Note: This article tackles scenarios where the Alexa device is unresponsive and is successfully answering your voice commands, however the connected smart device (such as a Philips Hue Light Bulb, a Kasa Smart Plug, a Roomba Robot Vacuum, etc.) is not responding to Alexa.

If your actual Alexa device, such as an Amazon Echo speaker or display is not answering you, check out my other troubleshooting guide here.

1. If the Alexa Device is Unresponsive, Confirm the connected device has power

First things, first … make sure the device is plugged in! Sounds ridiculous, but you won’t believe how common a mistake this actually is. If you live with other people, it’s quite possible that a family member unplugged the device by accident. You could’ve done it yourself and just forgotten about it!

When dealing with smart light bulbs this is a more frustrating problem. If someone turns the light switch off, no power is getting to the bulb. As a result, Alexa can’t control the device as the smart bulb needs constant power. 

2. If the Alexa Device is Unresponsive, Check your home Wi-Fi network

If your Alexa device is unresponsive, it might be time to check your internet connection or your home Wi-Fi. Your home network might be inactive or unstable, causing connectivity problems between Alexa and the device in question. Or your Wi-Fi network might be operational, however, your ISP is down so you have no internet connectivity.

Check Wi-Fi is working

To check this, I usually stand beside my router and connect to my Wi-Fi network on my smartphone, disable “mobile data” and then in Google, I search for “speed test”. Google has its own speed test in its search so by clicking that you can see what your internet speed is. When your Alexa device is unresponsive, it's helpful to check if other devices are connected to the same network, as this could be a sign of network issues.

Check Internet Connectivity

If you can connect to Wi-Fi but cannot get to the Google “speed test” screen, or the “speed test” has stalled, then there’s no data flowing from your internet service provider. In that case, I usually go back on “mobile data” and check online to see if there’s an ISP outage.

Possible Wi-Fi Range Issue

If the device Alexa is unresponsive and trying to connect to is a distance from your router, then it would have a low Wi-Fi signal. In this case, these devices can be much more susceptible to interference from other radio signals, or even physical obstructions like closed doors.

To check this there are a variety of Wi-Fi signal checker apps you can install on your phone. I usually just run the same Google “speed test” check, except this time I stand beside the device as opposed to the Wi-Fi router. If I cannot load Google from this distant location, then you may need to invest in a Wi-Fi extender or upgrade to mesh Wi-Fi to improve signal strength.

3. If the Alexa Device is Unresponsive, Power cycle your connected device (Turn it off and on again!)

Encountering an Alexa device that is unresponsive can often be resolved by simply rebooting the device or checking for any software updates. I talk a lot about turning things off and on again. As you can tell, it’s a useful technique for all kinds of devices. 

To power cycle, you simply turn off your device completely and remove the plug from the outlet. Wait at least 30 seconds, though I recommend waiting a full minute in case any cached settings persist. Once that time has passed, you can plug the device back in and turn it on again. You’ve just successfully power-cycled your device!

It can’t hurt to also turn off and on your Alexa device (such as an Echo speaker), however, that isn’t usually where the problem lies.

Wi-Fi Router

If you think there may be network issues with the devices communicating, then it can also be worth power cycling your Wi-Fi router. Make sure to leave it unplugged for 1 minute for all caches to clear. If your Alexa device is unresponsive, ensuring it's within range of your Wi-Fi router and not blocked by physical obstructions can often solve the problem.

Once all of the devices boot back up, try the voice command again to see if Alexa can successfully communicate.

4. Verify the manufacturer’s app still works

A lot of smart devices have a separate app created by the manufacturer where you can control the device directly. Dealing with an Alexa device is unresponsive might require a quick check of the Alexa app to ensure the device is properly set up and connected.

Try opening the app and see if your device responds to commands from that app. If the device doesn’t respond, then the problem is not with Alexa but with the actual device. 

In this instance, there are a few things to try …

• As in point 3, I’ve previously restarted both the device as well as closing and re-opening the app which sometimes works.
• I’ve checked online to see if the manufacturer is experiencing an outage. A lot of apps rely on cloud services which can go down from time to time.
• I’ve checked to see if the manufacturer’s app is fully up to date and if not, updated it.
• Other times I’ve had to delete the manufacturer's app from my phone and set the device back up again. Follow the instructions in Point 8 below for this.

5. Check Twitter (Also known as X!) to see if there is an Alexa or Device outage!

As mentioned above, a lot of smart home devices, including Alexa, rely on cloud services to operate. Every now and then those cloud services experience an outage which also knocks out your devices. This leads to the Alexa device is unresponsive and “the connected device is not responding” message.

Unfortunately, there is nothing you can do when this happens but simply wait until the outage is resolved. I usually check Twitter to see if other people have encountered the same issue and if there is any ETA on when services will be resumed.

Cloud Dependency

This cloud reliance is a major risk with smart home devices, which is why there is a push towards “local-only” home automation. There have been cases where people have not been able to turn on their heating in the depths of winter, due to smart thermostat cloud outages. 

In other cases, Amazon Web Services or Microsoft Azure have had partial outages. As these platforms power cloud services for a wide range of smart home manufacturers, the impact is felt far and wide.

6. If Alexa is Unresponsive, Check if the Skill is Enabled

If the problem is not with the manufacturer’s app, you’ll need to look at its connection to Alexa, which takes the form of a “Skill”.

Sometimes Skills can mysteriously become Disabled, which can be due to new permissions or new terms of service that need to be agreed upon. In those cases, the Skill Expires and needs to be re-enabled.

Note: I find it best to use the Alexa app as opposed to the Alexa web interface, as not all features and settings are supported online.

7. Toggle the Alexa Skill off and on

If you find your device in Alexa’s Skills, then try Disabling and Re-enabling the Skill. 

Disabling the skill unlinks your Alexa and Manufacturers accounts. 

After clicking “Disable Skill”, look for your device in the “My Skills” section. If it’s no longer there, then you’ve successfully disabled it. 

Make sure to restart the device before re-enabling the skill after disabling it, to flush all cached settings

To re-enable the skill, search for it via the search icon in the top right of the screen. You will need to provide permission to link again.

This has worked for me before when the manufacturer made changes to the app's authentication requiring an account relinking.

Note: If you are still getting the message Alexa is unresponsive, you may also need to delete and re-add the “device” under “Devices” at the bottom of the Alexa App. This involves clicking on the device, clicking the gear icon, and then the bin icon. From there you’ll need to re-add the device from the manufacturer's app.

8. Update the device manufacturer’s app and the Alexa app to the latest version

It’s possible that Alexa no longer supports the older version of the device manufacturer's app that you have installed.

Or you could have a really old version of the Amazon Alexa app, which could be causing you problems.

Update Apps

To update them, go to Google Play or the App Store, and search for the installed apps to see if an update is available.

If so click update to download the latest version. On successful installation, open up the app to ensure you can still control the device. 

Finally, test the Alexa voice command again to see if it works.

Tip: You can also ask “Alexa, check for updates” to see if everything is as it should be.

9. Uninstall and reinstall the device manufacturer’s app

If your Alexa device is still unresponsive, you may need to uninstall and reinstall the manufacturer's app to resolve the problem. As you can see above, updating the app version usually doesn’t require you to set up the device again -whereas this approach will.

Note: Depending on the app, you may lose some app data or settings with this approach.

10. Update the device firmware to the latest version

The device Alexa is attempting to control runs on firmware, which is essentially software that makes the device work. This firmware is different from the manufacturer's app, which is used to communicate with the device.

Much like any other software, device firmware is not always perfect and can be prone to bugs and other system errors. You can get rid of some of these errors and speed up your device by upgrading its firmware.

There is usually a section within the manufacturer's app where you can see the current version of the device's firmware and if any updates are available.

If there are updates, then it’s worth installing them and then testing out the voice command again to see if that solves the problem.

11. Router Settings

In researching this article, I read how some users have had issues with certain brands of Wi-Fi routers. In other cases, recent firmware updates to routers that previously worked, activated a tighter security protocol, causing the problem.

This tighter security policy blocked devices from communicating with each other on the same Wi-Fi network, resulting in the “Alexa Device is Unresponsive” message.

• AP Isolation: AP (Access Point) Isolation is a security feature present on some routers that prevents devices connected to the Wi-Fi network from communicating with each other. Enabling this feature may prevent your Alexa device from sending commands to other smart devices on your network.
• Client Isolation: Similar to AP Isolation, Client Isolation also blocks communication between devices on the same network. If you are having trouble with Alexa not communicating with other devices, this setting may be worth investigating.
• UPnP (Universal Plug and Play): UPnP allows devices on a network to discover each other and establish functional network services. Disabling UPnP can cause issues with device communication on your network, as it's used by many smart devices to easily connect and interact.
• MAC Address Filtering: MAC address filtering enhances security by permitting router traffic exclusively from approved devices. If your Alexa or smart device isn't on the approved list, communication issues may arise.
• Guest Network: If your Alexa device and the smart device you're trying to control are not on the same Wi-Fi network, they may not be able to communicate with each other.
• Firewall Settings: Some routers have built-in firewalls for additional security. Overly strict firewall settings may prevent your Alexa device from communicating with other devices on your network.

12. Factory reset the device

If all else fails, and you still are experiencing the Alexa device is unresponsive message, you can still try a factory reset of the device Alexa is trying to connect to. A factory reset wipes the device completely and returns it to its original form. The problem with performing a factory reset is that the device’s memory will be erased. That’s why most people save this solution to be used as a last resort. 

Different devices follow different procedures for performing a hard reset. It usually involves holding certain buttons for a specific amount of time. I recommend you check the user manual of the device to find out how to perform a factory reset.

Once complete, you can set up the device again in the manufacturer's app, relink the Alexa Skill and try the voice command again.

Conclusion

I hope the above tips help in getting rid of the Alexa device is unresponsive error message.

Trying to get two devices from different manufacturers to talk to each other can be very frustrating. Even more frustrating if dealing with their customer support and they blame each other!

Leave a comment below if none of these tips worked or let me know what worked for you!

Sources

https://www.amazonforum.com/

The post Alexa Device is Unresponsive: Solved with 5 Easy Steps appeared first on Smart Home Perfected.

What Is an Access Point?

A wireless access point, or simply an access point, is a piece of hardware that enables Wi-Fi devices to connect to a wired network. In other words, an access point can create a wireless network. The device is most often used in offices or other large buildings. 

The way it works is quite simple. The access point connects to a wired router through an Ethernet cable and projects Wi-Fi in the chosen area. If you want to extend your Wi-Fi connection to another room but don’t have a router there, you can install an access point and connect it to the router through an Ethernet cable. 

The device can handle over 60 connections at the same time. Installing multiple access points throughout the whole building allows you to maintain a Wi-Fi connection with no disruptions.

What Is a Range Extender?

As you spend more time at home, you might begin to realize that your Wi-Fi connection is excellent in some places and poor in others. With a heavy load of Netflix, work documents, and gaming, you might not get a strong Wi-Fi signal in all corners of your house.

That’s where a range extender, otherwise known as a wireless repeater, can come in handy. The device takes the signal from your existing Wi-Fi router and creates a second network that you can connect to. The network is rebroadcasted in a different wireless channel.

The problem with range extenders is location. The extender needs to get sufficient signal strength from your Wi-Fi in order to rebroadcast it elsewhere. If it doesn’t get it, it just won’t work.

Access Point vs Extender – The Verdict

If you are looking for a device that will improve your home wireless network, we recommend you reach for a range extender. Just be cautious of your surroundings as it could put you at risk for a cyber attack. An access point, on the other hand, is a suitable solution for an office.

Sources

TP Link

The post Wireless Access Point vs Range Extender / Repeater appeared first on Smart Home Perfected.

Homeowners should consider several key factors when selecting a builder. The builder's reputation, experience, and past projects are important indicators of their capability and the quality one might expect in their own project. It is also vital to evaluate a builder's flexibility and willingness to customize according to the homeowner's specific desires.

Evaluating Home Builder Credentials

When selecting a home builder, it is crucial to meticulously examine their qualifications, ensuring they have the necessary licenses, a portfolio of previous projects, a reputable standing, and comprehensive warranty services.

Checking Licenses and Certifications

A reputable home builder must hold all required state and local licenses. Clients should request the builder's license number and verify it with the appropriate licensing board. For instance, MT Construction Group should readily provide their licensing credentials upon request.

Reviewing Past Projects and Portfolios

Examining a builder's past projects offers insights into their craftsmanship and architectural styles. A thorough review of MT Construction Group’s portfolio can indicate their capacity for handling projects similar to the client's vision. Prospective homeowners should ask to see a comprehensive collection that includes various design approaches, materials used, and project scales.

Assessing Reputation and Reviews

A builder's reputation is often reflected in the feedback from previous clients. Reviewing testimonials, online reviews, and ratings can provide an understanding of how MT Construction Group or any other builder interacts with customers and handles challenges. Clients should also inquire about awards or recognitions received by the builder within the industry.

Considering Your Needs and Preferences

Selecting the right home builder is crucial to ensuring that your new home aligns with your lifestyle and financial parameters. Identifying your needs and preferences is the foundation of a successful partnership with a home builder.

Determining Your Budget

One's budget is the cornerstone of the home-building process. Prospective homeowners should obtain a clear and precise estimate of their maximum spending capacity to guide their choices. Pre-approval for a mortgage can provide a realistic framework for discussions with builders.

Customization Options

Different builders offer various levels of customization. From pre-designed floor plans with minimal changes to fully custom designs, one should assess their desire for unique features against the provided options. A list or table outlining specific desired customizations can be invaluable in this process.

Timeline and Project Management

Understanding a builder's capability to deliver a project within a desired timeline is essential. Scheduling and project management practices vary; hence, one must inquire about projected timelines and determine the builder's track record of meeting them.

Conclusion

Potential homeowners should seek builders who prioritize customer service and offer transparent, timely communication. This includes regular updates and being responsive to any concerns that may arise during the construction process.

Sources

Smart Home Perfected

The post How to Choose the Right Home Builder appeared first on Smart Home Perfected.

In this comprehensive article, I thoroughly compare and assess the features, capabilities, and performance of 9 Arlo cameras and 31 Reolink security cameras across nine key categories. 

With a list of model codes included for reference, you'll have all the information you need to decide which brand best suits your preferences.

So, let the battle of Arlo versus Reolink begin as we determine the ultimate winner in this head-to-head showdown!

The Winners

Arlo and Reolink have a lot in common, such as offering budget-friendly cameras, diverse power options, and no monthly fees. 

Best for Plug and Play Security

View Cameras & Kits

Best for Comprehensive Security

View Cameras & Kits

Best for Plug and Play Security: Arlo

When it comes to having a straightforward security solution, Arlo is my winner.

With its reliance on battery power, Arlo cameras are incredibly easy to install, allowing for flexible and hassle-free placement. 

Arlo also excels in terms of smart home integration options, offering a wider range of compatibility with other devices and platforms. Its smart motion detection is consistently reliable, ensuring that you receive accurate and timely alerts for any detected activity. 

Additionally, Arlo provides customizable motion detection features, allowing you to fine-tune the camera's settings to suit your specific security needs. 

With the inclusion of WDR (Wide Dynamic Range) in its models, Arlo ensures enhanced image quality, even in challenging lighting conditions, and a higher field of view (FOV) for comprehensive coverage. 

Best for Comprehensive Security: Reolink

When it comes to a secure and dependable solution, Reolink is my winner.

With both wireless and professional-grade wired devices, Reolink offers a reliable and stable connection, ensuring uninterrupted surveillance coverage. 

Reolink also offers diverse storage options, allowing you to customize how you store and access your valuable footage. 

Their cameras also excel in interoperability, effortlessly integrating with industry-standard protocols like ONVIF, RTSP, and P2P, providing seamless compatibility with various security systems and devices. 

But that's not all – Reolink also offers camera models with optical zoom and motorized lenses that enable precise and adjustable monitoring, capturing even the smallest details with utmost clarity. 

They also have advanced PTZ (Pan-Tilt-Zoom) models, which empowers you to cover a wide area and track any movement with ease. 

Winners per Category

Overview

Camera Type

Arlo mainly offers spotlight and bullet cameras, while Reolink has a more diverse range, including bullet, turret, PTZ (pan-tilt-zoom), PT (pan-tilt), and multi-sensor panoramic cameras. 

Power and Data Options

Most Arlo cameras offer wireless data connection and battery power while Reolink's selection includes wireless data and battery-powered cameras, as well as wired data and power models. 

Pricing

Both Arlo and Reolink offer budget, mid-range, and high-end camera models. Arlo's prices generally start at $99.99 with the Essential Spotlight Camera, while Reolink's budget-friendly options start as low as $44.99 with the Lumus Spotlight. This makes Reolink a more accessible option for those with a limited budget.

Warranty

Lastly, warranty duration is an essential consideration when buying security cameras. Arlo offers a standard 1-year warranty on all their cameras, while Reolink provides a longer 2-year warranty.

Power & Data Options

In analyzing power and data feeds, I specifically looked at different power, and data transmission options from the Arlo and Reolink camera lineup. 

Winner: Reolink

Arlo focuses on wireless power options and data transmission for its models for those who prefer straightforward security solutions, while Reolink provides more flexibility on power and data connections.

Wired vs Wireless

Arlo generally offers battery-operated cameras with the exception of its indoor cameras that run on wired power. Additionally, its Go 2 LTE/Wi-Fi, Pro 3, and Essential models also support solar power. 

Comparatively, the majority of Reolink models support Power over Ethernet (PoE) and DC power, with some models also providing battery and solar panel support like the Argus series. 

Data Transmission Options

Most Arlo cameras support Wi-Fi connectivity, with some models using both 2.4GHz and 5GHz frequencies. The Arlo lineup also has a variety of wireless options available, including the Arlo Pro 5S 2K and Arlo Go 2 LTE/Wi-Fi.

On the other hand, Reolink cameras primarily use PoE for data transmission, which allows for a more reliable connection and fewer signal interference issues compared to Wi-Fi. Several Reolink models, such as the Reolink E1 Zoom and Argus 3 Pro Solar, support both 2.4GHz and 5GHz Wi-Fi frequencies, offering more flexibility in wireless connectivity.

Additionally, when comparing the indoor-specific models, Arlo has the Essential Indoor camera, which relies on AC power and 2.4GHz Wi-Fi for connectivity. Reolink offers the E1 Pro and E1 Zoom, both using DC power and supporting both 2.4GHz and 5GHz Wi-Fi frequencies.

Storage & Interoperability

In terms of storage and smart interactions of both brands, I specifically focused on storage capacity, different storage options offered, and interoperability features.

Winner: Reolink

While Arlo is a reliable option for those looking for simple storage solutions and hassle-free integration with its own ecosystem, Reolink's diverse storage options, larger on-board capacity, and extensive interoperability make it a versatile choice that caters to various user preferences, especially those seeking compatibility with non-Reolink products.

Storage Capacity

When it comes to on-board storage capacity, Reolink cameras outshine Arlo. Most Reolink models offer 128GB or 256GB of built-in storage capacity, while Arlo only has the Go 2 LTE/Wi-Fi model that comes with 2048 MB on-board storage.

A larger storage capacity is essential for users who want to keep footage for longer periods, enabling them to review past videos when necessary.

Storage Options

Most Arlo models support microSD, Cloud, and USB Flash Drive storage, while few of them, such as the Essential Indoor model, use Wireless Hub and Cloud storage. On the other hand, Reolink offers more storage options for its cameras, including microSD, NVR, FTP, and Cloud. 

Interoperability

Almost all Reolink cameras support various protocols such as ONVIF, RTSP, and P2P, making them compatible with third-party software and hardware solutions. This allows users to integrate their Reolink cameras with surveillance systems they might already have in place. 

In contrast, Arlo cameras do not mention support for these industry-standard protocols, which may limit their compatibility with other products in the market.

Intelligence

Here, I focused on smart integration functionalities, smart motion detection, and customization of motion zones and sensitivity. 

Winner: Arlo

It has a wider range of smart home integration options, more consistent smart motion detection, and customizable motion detection features across models compared to Reolink.

Smart Home Integrations

Arlo cameras generally offer a wider range of integrations with devices such as Alexa, Google Assistant, Amazon Sidewalk, Apple HomeKit, IFTTT, and SmartThings, depending on the model. 

In comparison, Reolink cameras commonly integrate with Google Assistant, Chromecast, and Google Nest Hub.

Configurable Motion Zones and Sensitivity

Both Arlo and Reolink offer cameras with configurable motion zones, which allow users to outline specific areas where they want the motion to be detected.

The majority of Arlo cameras come equipped with this feature, while most Reolink cameras also have it.

Another aspect of motion detection worth considering is motion sensitivity. All Arlo models and a majority of Reolink models in this research allow users to adjust the sensitivity levels of their motion detection. 

Motion Alerts

When it comes to motion alerts, both Arlo and Reolink cameras can send push notifications and email alerts when motion is detected.

Smart Motion Detection

Smart motion detection features like person detection, vehicle detection, and object detection are available in most Arlo camera models. Additionally, some models including the Essential Wireless, Essential Wired, Essential Indoor, and Go 2 LTE/Wi-Fi even have animal detection.

Reolink cameras also have smart motion detection features, such as person detection, vehicle detection, and animal detection, depending on the model. A few Reolink models like the RLC-823A 16X, RLC-830A, and RLC-833A have object detection as well.  

Audio

With regards to the audio capabilities of Arlo and Reolink, I specifically looked at integrated microphones and speakers, alarms, and sirens. 

Winner: Arlo

While both Arlo and Reolink offer security cameras with essential features like audio recording, and two-way audio, Arlo features integrated sirens in all its camera models included in this research compared to Reolink.

Two-way Audio and Integrated Microphones and Speakers

Both Arlo and Reolink offer cameras with integrated microphones, allowing for audio recording along with video. 

Two-way audio is another valuable feature that enables you to communicate through the camera with people visiting your property. 

In this aspect, all Arlo models have two-way audio with integrated microphones and speakers. However, this feature is not present in RLC-410W, RLC-520A, RLC-820A, RLC-510A, RLC-542WA, RLC-511W, RLC-810A, and RLC-822A models of Reolink.

Integrated Sirens

Integrated sirens or alarms are additional security measures to scare off intruders. While most Reolink models include an integrated siren, all Arlo models in this research come with this feature.

Video Specs

When analyzing the video functionalities of each brand’s camera lineup, I looked at the mode of recording, video coding formats, wide dynamic range, and maximum supported frame rates of footage. 

Winner: Draw

Both Arlo and Reolink provide models with continuous and motion-activated recording and efficient video compression formats. While Arlo has WDR capabilities, Reolink has higher frame rates per second for better video quality.

Continuous vs Motion-Activated Recording

Arlo offers continuous recording only in its Ultra 2 and Essential Indoor models, whereas Reolink provides this feature in their RLC-511WA, RLC-523WA, RLC-542WA, and RLC-410W models, among others. Continuous recording is a valuable feature for those looking for round-the-clock monitoring without interruptions.

Both brands offer motion-activated recording, a popular feature that enables the cameras to start recording only when movement is detected. 

In Arlo, it is integrated into most models like Pro 5S 2K, Essential Wireless, Essential Wired, Essential Indoor, Go 2 LTE/Wi-Fi, and Pro 3. 

Reolink offers this feature in a wide range of models, such as Reolink E1 Zoom, Argus Eco, Argus 2E, Argus 3 Pro Solar, Go Plus, Argus 3, Go PT Plus, Argus Pro, and Argus 2.

Video Coding Formats

For video coding formats, Arlo supports either H.264 or H.265 (mainly in Pro 3, Pro 4, Pro 5S 2K) playback, while Reolink commonly supports H.264 in some models (E1 Pro, RLC-410W, RLC-511WA), and H.265 in others (Argus 3 Pro, Duo 4G, RLC-823A, RLC-810A). 

This distinction is essential since H.265 offers better video compression, reducing bandwidth and storage requirements without compromising image quality.

WDR

When it comes to Wide Dynamic Range (WDR), which helps balance exposure levels in high-contrast scenes, Arlo models such as Pro 5S 2K, Pro 3, Pro 4, and Ultra 2 utilize Digital WDR/HDR. 

Maximum Supported Frame Rates

In terms of maximum supported frame rate, Reolink offers a clearer picture with rates ranging from 15 (Argus Eco, Argus 2E, Argus 3 Pro Solar, Go Plus, Argus 3, Go PT Plus, Argus Pro, Argus 2) to 30 frames per second (FPS) (RLC-511WA, RLC-410W, RLC-523WA, RLC-542WA). 

Frame rate impacts the smoothness of the footage, with a higher frame rate providing smoother video quality.

Camera Lens Specs

With regard to the camera and lens specifications of each brand’s lineup, I focused on the field of view, resolution, lens type, and image sensor size.

Winner: Reolink

Both Arlo and Reolink provide models with continuous and motion-activated recording and efficient video compression formats. While Arlo has WDR capabilities, Reolink has higher frame rates per second for better video quality.

Field of View

Arlo cameras generally offer a wider field of view, ranging from 130 degrees to 180 degrees. Reolink cameras, on the other hand, mostly offer narrower fields of view, from 80 degrees up to 150 degrees, with some exceptions. A wider field of view can be helpful for covering larger areas with fewer cameras.

Camera Resolution

Arlo cameras come in HD (1536 x 1536), 2MP (1920×1080), 4MP (2560×1440), and even 4K (3840×2160) resolutions, while Reolink offers cameras in 2MP, 4MP, 5MP, 8MP, and 12MP resolutions. Having higher resolution cameras provide more detailed images, which can be helpful if you need to identify faces or license plates within the footage.

Lens Type

Most Arlo cameras in my research feature fixed focus lenses, meaning the lens does not have the ability to zoom in or out. Reolink, on the other hand, has a mix of fixed focus lenses and motorized lenses, which allow for optical zooming and more flexible viewing options.

Image Sensor Size

Lastly, image sensor size is another important aspect to consider, as it can impact image quality. Arlo cameras mostly feature 1/3″ or 1/2″ image sensors, while Reolink uses a variety of sizes, including 1/3″, 1/2.7″, 1/2.8″, and 1/2.49″ image sensors.

Pan-Tilt-Zoom

In analyzing the pan, tilt, and zoom capabilities of the cameras, I focused on digital and optical zoom, and pan and tilt features and angles. 

Winner: Reolink

Reolink offers a variety of models with optical zoom and advanced panning and tilting features for users who prefer more comprehensive monitoring.

Zoom Capabilities

Digital zoom allows you to zoom in on your camera's live or recorded footage, but it may lose some image quality in the process.

Most of the Arlo camera models I analyzed offer a digital zoom feature with a 12x magnification, while the optical zoom feature is not available in these models. 

In contrast, many Reolink camera models offer an optical zoom feature, which uses physical lenses to zoom in without losing image quality. The optical zoom magnification varies from 3x to 16x, depending on the camera model. 

Pan and Tilt Features

The pan feature allows you to move your camera's view horizontally, while the tilt function lets you move it vertically. This increases the field of view and coverage area for your camera, making it possible to track movement or get different views of your property.

Arlo cameras mostly lack the pan and tilt features.  On the other hand, several Reolink camera models offer both pan and tilt features. For example, the Reolink E1 Zoom model has a pan angle of 355 degrees and a tilt angle of 50 degrees.

Advanced PTZ Features

Some Reolink models, such as the RLC-823A 16X, offer more advanced PTZ features like preset points and tracking capabilities. 

Presets allow you to save specific camera positions and angles, making it easy to switch between different views without manual adjustments. 

The tracking function can detect and follow moving objects, providing enhanced security and monitoring. These advanced PTZ features, however, are not available in the Arlo cameras I analyzed.

Night Vision

Here, I take into consideration various night vision functionalities, infrared distance, and spotlight features of the camera models from Arlo and Reolink.

Winner: Draw

Both brands offer camera models with night vision and spotlight features, with Arlo having these in a majority of their cameras. While Reolink has selected models with longer infrared distance ranges and a higher number of IR LEDs.

Night Vision Functionality

In terms of night vision functionality – which is essential for capturing clear video footage in low-light conditions – both Arlo and Reolink models excel in this aspect. 

However, Reolink cameras tend to have a longer infrared distance in total darkness. For instance, the Reolink E1 Zoom provides a 40 feet range, while the RLC-823A 16X model boasts an impressive 262 feet range. On the other hand, Arlo cameras, like the Essential Wireless model, typically go up to 20 to 25 feet. 

Infrared Distance

Arlo cameras offer both infrared and full-color night vision via an integrated spotlight, such as the Pro 3 and Ultra 2 cameras. This provides a more detailed and vibrant image compared to traditional infrared night vision. In contrast, Reolink also has models with this dual-functionality, like the RLC-833A and RLC-1224A, though not as widespread.

Spotlight Features

Arlo has a higher number of models offering this feature, like the Go 2 LTE/Wi-Fi, which also boasts a powerful 850 lumens output.

In comparison, Reolink has models with spotlight features as well, such as the Argus 3 Pro Solar, but not as abundant. However, some Reolink models can reach as high as 945 lumens in RLC-523WA, which makes them ideal for brightening up a larger area.

Number of IR LEDs

The number of infrared LEDs (IR LEDs) employed in the cameras can vary significantly, depending on the model. To give a clearer image in low-light conditions, more IR LEDs are generally preferred. 

For instance, Reolink's RLC-520A uses 18 IR LEDs, whereas Arlo's Pro 3 has only two.

Device Quality

With regard to the device quality, I primarily focused on outdoor camera models offered by both brands, their weather resistance, operating temperatures, materials used, weight, and unique features. 

Winner: Reolink

Reolink cameras provide higher IP ratings, and a wider range of operating temperatures, and are generally made with durable materials to withstand varying weather conditions. 

Indoor and Outdoor Options

Arlo offers indoor options like the Essential Indoor, but most models are designed for outdoor use with weather-resistant features. 

On the other hand, Reolink has a variety of cameras to choose from for both indoor and outdoor use. Models like Reolink E1 Zoom are specifically designed for indoor use, while others such as RLC-823A 16X and Argus Eco are built to withstand outdoor conditions with IP66 and IP65 ratings, respectively.

IP Rating

The weather resistance of each camera is determined by an Ingress Protection (IP) rating. A higher IP rating indicates a better resistance to water and dust, making the camera more suitable for outdoor use. 

Arlo cameras, in general, possess a weather-resistant rating, while Reolink cameras have more specific IP ratings that range from IP64 (RLC-520A, Go PT Plus) to IP66 (RLC-823A, RLC-833A).

Operating Temperature

Arlo cameras can generally withstand temperatures as low as -4°F and as high as 113°F. Reolink cameras offer a wider temperature range, usually between 14°F and 131°F, making them suitable for more extreme climates.

Build Material

In terms of build material, both brands offer durable options. Most Arlo cameras do not specify the material used, but they are all considered weather-resistant. On the other hand, many Reolink models feature metal or metal aluminum cases, ensuring more durability and protection.

Weight

Weight plays a role in the portability and ease of installation of a camera. Arlo cameras generally weigh between 113 g and 650 g, while Reolink cameras have a broader weight range, from 185 g (Lumus) to 1800 g (RLC-823A).

This means that Reolink cameras can vary more significantly in size and heft, so you will need to carefully consider your mounting options when selecting a camera.

Camera Models Included in Research

Citations

https://www.arlo.com/en-us/

https://reolink.us.com/

The post Arlo vs Reolink: Head to Head appeared first on Smart Home Perfected.

The integration of internet-connected locks, cameras, and sensors has enabled smart home adopters to monitor their homes with greater precision and in real-time, offering peace of mind even when they are away.

The uptake of smart home devices is not without its challenges; however, the willingness to embrace these innovations is strongly tied to an understanding of their operation and benefits. Smart home technology continues to evolve, responding to the inherent needs of families for safe, manageable, and efficient homes. As households become more interconnected, tech-savvy individuals are at the forefront, ensuring that the digital transformation aligns with the ultimate goal of enhancing family safety.

Understanding Smart Home Technology

Smart home technology has revolutionized the way families interact with their living spaces, bolstering security and convenience through advanced connectivity and automation. It encompasses a myriad of devices from essential security tools to automated convenience features.

The Internet of Things and Home Automation

The Internet of Things (IoT) refers to a network of physical objects—devices, smart devices, and other items embedded with sensors and software—connected through the internet. Home automation involves these IoT devices executing tasks automatically, based on the users' preferences, schedules, or environmental conditions.

For instance, one can have smart thermostats that adjust the temperature automatically or smart locks that allow for remote management. Voice assistants like Alexa and Google serve as hubs for controlling myriad gadgets via simple voice commands.

Privacy and Security Concerns in Smart Homes

While smart homes provide convenience and enhanced safety, privacy concerns and security risks are significant issues. Personal data collected by smart devices can include sensitive information, which, if not properly secured, may be vulnerable to breaches.

It is crucial for users to employ robust security measures like two-factor authentication and strong passwords. Moreover, artificial intelligence (AI) used in these devices must be designed with privacy in mind, to minimize the risk of unauthorized access to personal data.

Smart Device Interoperability and Ecosystems

Interoperability refers to the ability of smart devices to work together within a connected ecosystem. A seamless user experience often depends on the compatibility of various products across different manufacturers.

Device ecosystems, backed by leaders like Google or Amazon, strive to create a unified network where devices can communicate irrespective of the brand.

This requires standard protocols and an open environment promoting across-the-board compatibility to streamline the use of various products within a smart home.

Enhancing Family Safety: Implementing Family Safety Strategies

Implementing family safety strategies in the smart home environment involves the integration of technology to secure the living space and protect the occupants.

Parents can use a combination of monitoring tools, physical enhancements, and routine adjustments to create a holistic safety system.

Parental Controls and Monitoring Tools

Parental controls are essential for managing children's access to content and ensuring their online safety. They can limit screen time and filter inappropriate material. For example, most operating systems provide built-in parental controls to customize the digital environment for children.

On the other hand, monitoring tools extend to security devices such as security cameras and video doorbells, allowing parents to observe real-time footage of their home's interior and exterior. This is crucial for maintaining child safety when they are out of sight

Physical Safety Measures

Physical safety within the home can be significantly enhanced with smart devices. Smart locks on doors and window motion sensors provide controlled access and alert parents to any unauthorized entry or movement, instituting a reliable layer of home safety.

Devices like carbon monoxide detectors and smart thermostats further safeguard families by detecting harmful changes in the home environment and reacting to them, either through alarms or automatic adjustments to the home's systems.

Creating Safe and Secure Routines

Creating routines with smart tech encourages safety for children. Parents can integrate various smart home devices into their parenting style to teach children about safety and security.

For example, setting a routine that involves checking the alarm system before bedtime instills a sense of responsibility and awareness in children. Smart devices can assist in this by providing automated prompts or alerts to encourage these habits.

Advancements in Artificial Intelligence

Smart home safety is increasingly underpinned by artificial intelligence (AI), enhancing security systems and access control. AI algorithms can distinguish between familiar and unfamiliar faces or movements, flagging potential intruders while reducing false alarms.

Voice assistants, equipped with AI, have become central in managing home environments, with the capability to notify homeowners of hazards or breaches in security.

AI technologies also cater to children's age and developmental differences, adapting digital safety measures accordingly. For instance, AI can limit internet access or filter content, aligning parental controls with parents' perceptions of digital risks.

The Role of Smartphones in Safety

Smartphones operate as remote control hubs for smart security systems, offering real-time alerts and camera feeds. Advanced device characteristics, such as biometric authentication, enhance the security of these systems. Access control via smartphones allows for secure entry and oversight of who comes and goes from the house.

The cell phone is also a personal safety device for family members outside the home; apps can share location, and alert contacts if one feels threatened or in danger. However, vulnerabilities and human factors play a role, reminding that technology is a tool best used alongside practical safety measures and policy recommendations.

In this context, it's essential for family members to be proficient in using their devices for safety. One key feature is understanding how to share your location on iPhone, which can be a lifeline in situations where immediate assistance is required. This functionality not only enhances personal safety but also adds a layer of reassurance for parents monitoring their children.

Optimizing Smart Locks and Security Cameras

Smart locks offer remote locking and unlocking capabilities, which means you can control access to your home from anywhere. They also provide features such as access logs, which record who enters and exits your home. For enhanced organization and well-being, integrate your smart locks into your smart home systems for scenarios like locking all doors at a certain time at night.

Set up surveillance cameras around the perimeter of your home. Cameras with motion detection sensors add an extra layer of security by alerting you to any activity around your house. Ensure these cameras are part of an integrated smart home setup that can be monitored via mobile devices and can record footage for evidence, if necessary.

Integrating Safety Features into Daily Life

Automate your lighting with smart outlets and smart lighting systems to simulate occupancy, which is a deterrence to potential intruders. You can program lights to turn on and off at varying times or activate them remotely. Not only does it contribute to home security, but it also helps reduce energy consumption by turning off lights when they're not needed.

Install smart smoke alarms for early detection of fires. These can be connected to your smart home system, allowing them to send alerts to your phone even when you're not home. Add carbon monoxide detectors and water leak sensors for comprehensive home safety monitoring.

Incorporating these practical tips into your home with smart technology such as Amazon Echo or Apple Home can provide peace of mind and enhance the overall safety for your family. The key to maximizing these devices' effectiveness is ensuring they work together, offering both convenience and an added layer of security to daily life.

Citations

https://www.wi-fi.org/

https://www.juniper.net/

https://www.actiontec.com

https://www.smarthomeperfected.com

The post Enhancing Family Safety with Smart Home and Mobile Tech in 2024 appeared first on Smart Home Perfected.

For large dogs, our top pick is the PetSafe Electronic Collar Activated SmartDoor, which is an electronic door utilizing RFID technology. The SureFlap Microchip Dog and Cat Door with Hub is our top pick for smaller dogs.

Overview of the Best Smart Dog Doors

9.6

PetSafe Electronic Collar Activated SmartDoor

TOP PICK FOR LARGE DOGSA smart way to grant access

View Price

9.6

SureFlap Microchip Dog and Cat Door with Hub

TOP PICK FOR SMALL DOGSAn app-based smart dog door

View Price

9.0

High Tech Power Pet Electronic Door

A motor-driven sliding door

View Price

8.8

Thermo Panel SureFlap Microchip Pet Door

BEST SLIDING DOOR PICKA sliding glass smart dog door

View Price

8.6

Ideal Pet Products E-Z Pass Electronic Pet Door

A durable smart dog door

View Price

These smart dog doors are a feat of technology! 

Smart dog doors typically use Radio Frequency Identification technology in their build. That means the dog communicates with the door through radio waves emitted from its collar. 

With some devices, you can access and control the door panels from an app on your smartphone, helping to keep an eye on your pet's habits and activities.

They let your dogs move freely in and out of the house without any trouble. 

The best smart dog doors are built with high-quality materials like polymer ABS, making them resistant to shocks and vibration.

Types of Smart Dog Doors

• Radio wave-based smart dog doors – These models communicate by using radio waves.
• Wi-Fi smart dog doors – Communicate with your pet through Wi-Fi signals of a specific bandwidth.
• Magnetic smart dog doors – Smart door technology based on magnetism to ensure an air-tight seal.

9.6

TOP PICK FOR LARGE DOGS

1.

PetSafe Electronic Collar Activated SmartDoor

A smart way to grant access

View Price
On Amazon.com

The PetSafe Electronic Smart Dog Door is the best choice for you to control your pet’s access to your home.

Top Features

• It features smart electronic door technology.
• Has a lock feature for security.
• Works with 5 programmable smart keys.

The PetSafe Electronic Dog Door is equipped with programmable and selective entry/exit for pets. Moreover, it is weatherproof to ensure comfort. It works with a SmartKey Collar, so only pets with specific SmartKeys can access it. 

Power

4 D-Cell batteries are required for this smart dog door to work. These are not included in the package, there’s only one lithium-ion battery that comes with the door. 

Features

The weight of this smart dog door is just 4 pounds (or 1.18 kg), which means it’s very lightweight. Furthermore, the device's trigger range can be adjusted up to 3 feet.

The electronic dog door can easily be installed anywhere: on doors, walls, patio panels, and so on.

It has a lock feature that automatically locks it immediately after the pet has passed through it. Since it works with up to five different SmartKeys, the smart dog door will allow multiple pets to access it.

The SmartKey is waterproof and fully submersible. Consequently, pets can play in water without damaging the technology. The PetSafe Smart Dog Door is a highly efficient automatic dog door with a great battery life.

Technology

This wireless automatic dog door is based on Radio Frequency Identification and allows only pets with key fobs installed in their collars to go through. The key fob sends a signal to the sensor in the door panel. If the signal is recognized, the door allows the pet to move through it. 

If the correct signal is not detected, the door will not open and intruders won’t be able to pass through.

Tech Specs

9.6

TOP PICK FOR SMALL DOGS

2.

SureFlap Microchip Dog and Cat Door with Hub

An app-based smart dog door

View Price
On Amazon.com

The SureFlap Smart Dog and Cat Door is based on Radio Frequency Identification with a microchip.

Top Features

• It incorporates a lock feature.
• The Sure Petcare app connects with the smart door to give control to the user.
• Energy-efficient, so it doesn't consume too much power.

This SureFlap smart dog door features a double antenna with a microchip. It can store information of up to 32 pets, from 9, 10, and 15 digit microchips. When it comes to power requirements, the door is battery-powered and requires 4 AA batteries.

Features

This Wi-Fi dog door features a 4-way manual lock to ensure security and enable any locking pattern. It has a central magnet to prevent flapping of the panel when it’s windy. Additionally, it works with all common identification microchips and the SureFlap RFID Collar Tag.

The dog door uses a scanning technique that allows the pet to enter. To clarify, its microchip connects to the hub, then to the home router, and finally to the app. The microchip is fixed on the pet, which is a very useful feature for those pets that refuse to wear a collar. 

It sends a signal to the sensor installed in the door panel, which processes and recognizes it. If the door recognizes the trigger, it opens. Otherwise, it remains closed and doesn’t let any intruder pass.

This wireless dog door has an app that enables the user to keep an eye on the dog from anywhere. Users can customize the app according to different needs. For example, controlling the door through the app.

Tech Specs

9.0

3.

High Tech Power Pet Electronic Door

A motor-driven sliding door

View Price
On Amazon.com

This electronic dog door features a motor-driven sliding door that receives signals from an ultrasonic collar.

Top Features

• Directional sensing system that responds very fast.
• Has an ultrasonic collar.
• Motor-driven sliding door that doesn’t make too much noise.

The High Tech Power Pet Electronic Dog Door is a convenient option if you want to be able to keep your house and pet safe without compromising on design and functionality.

The weight of this automatic dog door is only 8 pounds (or 3.62 kg). The system features a motor-driven vertically sliding door with an MS-4 ultrasonic collar. Moreover, the smart dog door also includes a directional sensor that allows access to pets only when they approach the door directly.

Features

This electronic dog door has 4-way access: In Only, Out Only, Full Access or Closed/Locked. It also incorporates automatic deadbolt locking, not to mention it’s weatherproof.

Through the direct approach technique, access is only given to pets aiming for the door, so intruders are kept out.

This automatic dog door also has an optional wall tunnel for easy wall installation. It doesn’t close on top and therefore, can’t hurt the pets in any way. It also has an auto safety retract feature. The door opens on its own when the pet reaches up to 10 feet from it. 

Power

It comes with a 110 volt AC adapter that plugs into a nearby outlet. However, it also works well with rechargeable batteries that have to be purchased separately. The batteries act as a backup in case of a sudden power failure.

Tech Specs

8.8

BEST SLIDING DOOR PICK

4.

Thermo Panel SureFlap Microchip Pet Door

A sliding glass smart dog door

View Price
On Amazon.com

This smart dog door works with a microchip and radio frequency identification.

Top Features

• Adjustable height according to the pet’s size.
• Programmable microchips or radio frequency identification keys.
• Suitable for sliding glass doors.

This smart dog door has adjustable height and is built for sliding glass doors. It’s access is based on microchips or Radio frequency Identification tags for small cats and dogs up to 15 pounds (or 6.80 kg).

Features

This adjustable smart dog door has a sturdy aluminum frame that comes in 2 colors: white and bronze. Furthermore, the door panel is made up of dual-pane LoE glass for extra insulation. It also incorporates shock- and vibration-resistant materials, too.

This dog door system can store information for up to 32 pets. It can act as a manual flap if there’s a sudden power cut. 

It also features raccoon-proof mode to keep pesky raccoons out through the activation of two locks. Moreover, there are sensors in its panel. These sensors detect the microchip in the pet's head and if they don't recognize it, the door remains shut. 

Size

The flap opening is large enough for large cats and small dogs. It features a spring-loaded design and allows height adjustments to fit most sliding doors. 

This wireless dog door uses a microchip that’s implanted on the pet to send signals. As the pet approaches the door, the microchip sends signals that are processed by the door’s sensors. If the right signal is detected, the door will open, allowing the pet inside.

Tech Specs

8.6

5.

Ideal Pet Products E-Z Pass Electronic Pet Door

A durable smart dog door

View Price
On Amazon.com

This wireless smart dog door is based on Radio Frequency Identification and works with a sensor on the pet's collar.

Top Features

• Automatic frequency setting.
• Durable plastic frame that makes it long-lasting.
• Optional rechargeable battery in case of a sudden power cut.

This electronic dog door comes in different sizes based on how big your pet is. Its flap is made from flexible vinyl, whereas its frame is from durable and transparent plastic. 

Features

This automatic dog door is energy-efficient and has a lock feature for the safety of your pets.

It's suitable for cats and dogs weighing up to 25 pounds (or 11.33 kg). It’s also easy to install and has an optional rechargeable battery feature, too.

Technology

This electronic dog door works on Radio Frequency Identification and has FOB sensors in collars, which gives easy access for pets. 

The key fob sends a signal to the door. If the signal is recognized, the pet is allowed to move through. However, if it’s not recognized by the sensor, the door remains closed so that intruders cannot pass through. 

Flap

This smart dog door has a transparent and unbreakable Lexan flap. The frame is made of a durable plastic that adapts to doors ranging from 1-1/4″ to 1-3/4″ in thickness. The door and frame are white and made up of high-quality materials that make them shock- and vibration-resistant.

Tech Specs

Other Smart Dog Doors

Extreme Aluminum Dog Door

View Price
On Amazon.com

Top Features

• Magnetic seal closure.
• Sliding security panel for easier access.
• It equips 2 easy slide locks for the protection of your pet.

This magnetic dog door features 2 magnetic sealing flaps that reduce the likelihood of draught, making it energy-efficient. It incorporates a sliding security panel that secures it in place with 2 easy slide locks.

It’s made up of a rugged aluminum frame that is very durable. This dog door also has a great finish and creates a barrier that separates the outside temperature from the inside.

Napurpo Small Dog Door

View Price
On Amazon.com

Top Features

• Weatherproof and translucent for seeing everything outside.
• 4 locking ways to protect you and your pets.
• Quiet operation.

This smart dog door is weatherproof and made with noise-reduction technology. It features 4 locking frames and another telescoping frame. This automatic dog door is meant for both interior and exterior doors.

It’s made up of ABS polymer, so it's very durable. Furthermore, it’s easy to install and comes with an instruction manual.

PetWalk RFID Pet Door

View Price
On Petwalk.at

Top Features

• Excellent thermal insulation.
• 100% air-, wind-, and waterproof.
• Easy to install on glass, walls, and doors.

This smart dog door opens and closes automatically, as it’s based on Radio Frequency Identification. It’s also high-security and burglar-proof.

You can fully personalize this smart dog door with a unique clip-on cover. It is 100% air-, wind-, and waterproof, not to mention it provides excellent thermal insulation for the cold to not come in.

Should I Buy a Smart Dog Door?

Peace of mind

All the Wi-Fi dog doors mentioned in this roundup offer peace of mind to pet owners. They’re secure for your furry friends, and you don't have to open them manually to let your dogs move in or out. 

Furthermore, they have sensors that allow only recognized pets to enter through their door panels, so any other intruder animal can’t get past them.

Stop other animals from entering

The smart dog doors presented in this guide incorporate microchips or Radio Frequency Identification, so they allow only registered pets to pass through their flap panel.

Some have raccoon mode which prevents raccoons from entering your home.

Easy installation

All these wireless dog doors are easy to install, so anyone can mount them. The height of the pet is measured, and a template piece is cut from the door. Holes are drilled inside the frame and the panel flap is installed in the cutout.

Automatic Dog Door Features to Consider

Smart Access – Microchip, RFID

The smart access feature of these dog doors is based on Radio Frequency Identification or microchip. Microchips are installed between the shoulder blades of pets that refuse to wear a collar. 

The sensor in the microchip detects the pet and opens the flap panel. Radio Frequency works on radio waves and is usually automatically set.

Sizes

Wi-Fi dog doors come in different sizes for different types of pets, from small to medium, large, and extra-large. 

Small dogs and cats need small-sized door panels, whereas bigger pets can use large or extra-large doors.

Installation

All the previously mentioned wireless dog doors are easy to install by anyone.

The height of the pet is most important, so that an accurate piece can be cut from the door. Holes are then drilled inside the frame, and the panel flap gets installed in the cutout.

Always make sure to purchase a dog door that will be big enough for your dog to pass through.

Weatherproofing

Most of these wireless dog doors are waterproof and are resistant to any kind of weather. As such, they are not only convenient for the pet, but for your budget as well.

They’re also airtight and insulate the inside temperature from the outside one. Furthermore, some come with AC adapters, as well as battery backups for when the power is down.

Smart Features – Smartphone App

Some of the Wi-Fi dog doors mentioned in this rundown have a smartphone app that connects the dog door with the app on your smartphone. 

You can access and control the workings of the smart dog door using these apps from anywhere. They also have a variety of other features, and pet owners can monitor their pets’ habits and activities.

Power

Smart dog doors are powered in different ways. Some are powered with an AC adaptor that can be plugged into any socket.

They also come with rechargeable battery backups in case of a sudden power failure. However, some of the wireless dog doors run entirely on batteries and don’t need an AC adaptor.

Common Questions about Smart Dog Doors

What is a smart dog door?

Smart dog doors are door panels installed on your doors to allow your pets free movement around the house, without your assistance. They’re based on Radio Frequency Identification or microchips. 

The vet can install microchips between the shoulder blades of your pet. The sensors in the door’s panel will detect the signal, letting the dog move across. If a signal is not detected or isn't recognized, the dog can’t move across the door panel and therefore, stray dogs or other intruders can’t get past the door.

How do electronic dog doors work?

Electronic dog doors are based on Radio Frequency Identification or microchip, with your dog carrying the key fob in the collar or a microchip in the body. 

This microchip sends signals for the door panel to open. The key fob sends a trigger to the door, and the signal is then detected by the sensor installed in the door’s panel. The detected signals make the panel open.

What is the best electronic dog door?

The PetSafe Electronic Smart Door and the SureFlap Microchip Dog Door are some of the best electronic dog doors available on the market. 

They work on microchips and Radio Frequency Identification with quick sensors and detection. Besides, they feature a direct approach, so their door panels open only when the pet directly approaches them, not when it’s playing around.

The Verdict

The best smart dog doors improve the safety of your pets while offering your convenience in the home. For large dogs, our top pick is the PetSafe Electronic Collar Activated SmartDoor, which is a Wi-Fi dog door utilizing RFID technology. The SureFlap Microchip Dog and Cat Door with Hub is our top pick for smaller dogs.

Thanks for reading and make sure to leave a comment if you have any questions!

9.6

TOP PICK FOR LARGE DOGS

1. PetSafe Electronic Collar Activated SmartDoor

A smart way to grant access

View Price
On Amazon.com

The PetSafe Electronic Smart Dog Door is the best choice for you to control your pet’s access to your home.

Top Features

• It features smart electronic door technology.
• Has a lock feature for security.
• Works with 5 programmable smart keys.

Sources

https://www.petsafe.net
https://www.petwalk.at
https://www.idealpetproducts.com

https://smarthomeperfected.com

The post 2024’s Top Picks: Best Smart Dog Doors for Secure and Convenient Pet Access appeared first on Smart Home Perfected.

Types of Mailbox Alarms

Before I get started with the list, let me tell you about the two main types of mailbox sensors.

My recommendations

8.5

Ring Mailbox Sensor

Top PickSmart Mailbox Sensor with Instant Alerts

View Price

8.2

YoLink LoRa Contact Sensor & Hub Kit

Runner-Up¼ mile range which is ideal for those long driveways

View Price

8.0

MySpool Mailbox Alert

Easy-to-install with extended range and email/text notifications

View Price

7.5

Z-Wave Plus Contact Sensor by EcoLink

Affordable, easy to install, and Z-wave Plus-enabled

View Price

Add-On

Magnetic Reed Switch

View Price

What is a Mailbox Alarm?

A mailbox alarm is a system that alerts you when mail has been delivered to your mailbox. It typically consists of a sensor placed inside or on the mailbox. It detects when the mailbox door is opened or when mail is placed inside.

When the sensor is triggered, it sends a signal to a receiver inside your home, causing it to emit an audible sound, flash a light, or send a notification to your smartphone.

A wireless Mailbox Sensor will save unwanted daily trips to the mailbox and let you know exactly when there’s mail.

Best Mailbox Alarms and Smart Sensors

8.5

Top Pick

1. Ring Mailbox Sensor

Smart Mailbox Sensor with Instant Alerts

View Price
On Amazon

Specifications

• Operating Mechanism: Tilt Sensor
• Dimensions: 2.56”x2.44”x1.47”
• Separate Hub Required: Yes, Ring Bridge, Echo (4th Gen), or Echo Show (3rd Gen)
• Battery: Yes, 3 x AAA batteries
• Smart Compatibility: Alexa and other Ring devices  
• Dedicated App: Yes
• Alerts: Push Alerts via the Ring app

The Ring Mailbox Sensor is my top pick for keeping mail safe and secure. With this device, you can easily keep track of whoever opens the mailbox and make sure it’s only you and your friendly neighborhood postman. 

Potential for Further Automation

Besides just receiving alerts via the Ring app, you can customize its signal to trigger scenes and other smart home devices. 

Ring recommends connecting it with Ring’s smart lighting, video doorbells, and cameras, but you can also integrate other Alexa-enabled devices as well. 

For instance, you can set up a scene for a smart camera to start recording or switching on certain lights whenever the mailbox sensor detects any motion. This helps improve security and also deter intruders.

Limitations.

All good things aside though, the sensor needs to be connected to the Ring Bridge or a compatible smart hub (such as an Echo or Echo Show) for it to work. 

Also, the installation process can be a bit tricky as you might need to install the antenna (the Ring label) outside the mailbox and run the power line through the mailbox into your sensor.

Therefore, you might need to drill a hole in your mailbox. Luckily, Ring does provide a properly-sized drill bit.

8.2

Runner-Up

2. YoLink LoRa Contact Sensor & Hub Kit

¼ mile range which is ideal for those long driveways

View Price
On Amazon

The YoLink Outdoor Sensor is a smart home security device with a wireless range of up to 1/4 mile and uses a separate wireless network that can run despite power outages or internet failure.

Specifications

• Operating Mechanism: Door/Window Contact Sensor
• Dimensions: 4.3”x4.3”x3.1” (Transmitter Unit)
• Separate Hub Required: Yes, YoLink Hub
• Battery: Yes, 2 x AA batteries
• Smart Compatibility: Alexa, IFTTT, and Google Home/Assistant  
• Dedicated App: Yes, YoLink app for setup and push notifications
• Alerts: Email, SMS, Push Alerts, and Automated Phone Calls (for a subscription)

The YoLink LoRa Contact Sensor Kit uses solid wireless tech that can always keep in touch with its smart sensors. 

YoLink Hub

The smart sensor does require a YoLink hub, which creates a unique wireless network to interface with your outdoor mailbox sensor. 

The hub has an amazingly long range and combined with the outdoor sensor, has an effective range of ¼ mile. So for homes with a long driveway: you’re all set!

The YoLink hub also acts as a reminder and alarm system, alerting you fast if it senses unusual activity or even if you forget to close the mailbox

Installation

The kit comes with all you need to get started, including two AA batteries for power. 

This makes setup very easy and you don't need a drill or handyman to install the sensors.

The device is also rugged and built to withstand minor weather conditions, making it perfect for garages, sheds, and of course, mailboxes.

Known Issues

Sadly, some folks might have trouble making it work with existing Home Assistant systems. This can make for a less smooth user experience; a letdown given its otherwise solid performance.

Also, you might run into signal issues as the main assembly needs to be placed inside the mailbox. The wires are soldered into the reed switch; hence, drilling a small hole and threading the wires is not very practical.

8.0

3. MySpool Mailbox Alert

Easy-to-install with extended range and email/text notifications

View Price
On Amazon

With an impressive range and hassle-free setup, the Mailbox Alert by MySpool is one of the best non-smart mailbox sensors.

Specifications

• Operating Mechanism: Door/Window Sensor (Reed Switch and Magnet)
• Dimensions: 8”x5”x2” (Transmitter Unit)
• Separate Hub Required: Yes, MySpool HUB
• Battery: Yes, 3 x AAA batteries with the Hub connected to a wall outlet
• Smart Compatibility: No
• Dedicated App: Yes MySpool Hub for setup and push notifications via Wi-Fi
• Alerts: Email, SMS, Push Alerts

The MySpool Mailbox Alert is one of the best off-the-shelf mailbox alarms, which you can use for your mailbox. 

The great thing about the MySpool Mailbox Alert is that it comes with clear guidance and instructions, which make it comparatively easier to install than other devices listed here.

Despite lacking smart functionality, it’s not a simple alarm or chime. The device can send out emails, SMS, and push notifications as soon as the mailbox is opened.

Signal

The standard MySpool Mailbox Alert kit offers alerts up to 400 feet. There is also a range extender package that can extend the range up to 1600 feet, which will be more than enough for most homes.

Notable Drawbacks

The Mailbox Alert also comes with a replaceable battery, but some customers mentioned that the battery life of the device could be improved.

7.5

4. Z-Wave Plus Contact Sensor by EcoLink

Affordable, easy to install, and Z-wave Plus-enabled

View Price
On Amazon

Add-On

Magnetic Reed Switch

View Price

The Ecolink Door/Window sensor is an easy-to-install contact sensor that’s very affordable and doesn’t compromise any smart features thanks to Z-wave Plus.

Specifications

• Operating Mechanism: Door/Window sensor (Reed Switch-Style)
• Dimensions: 3.35”x1”x1” (Reed Switch Assembly)
• Separate Hub Required: Yes, requires a compatible Z-wave Hub
• Battery: Yes, 1 x CR123A
• Smart Compatibility: Yes, via the Z-wave hub
• Dedicated App: No, but can receive notifications via a hub
• Alerts: Push notifications or further alerts/automation via a Z-wave hub

Ecolink’s generic Z-Wave Door Sensor might not be designed with mailboxes in mind, but it definitely works, making it one of the most straightforward options.

Z-Wave Plus

Thanks to its Z-wave plus module, the sensor stands out with impressive compatibility, notably with platforms such as Samsung SmartThings, Alexa, Homeseer, or Vera. 

It seamlessly merges with Z-wave hubs and allows you to enhance smart functionality to trigger scenes or receive notifications via a compatible Z-wave hub.

Long-Lasting Battery

Another one of its saving graces is the battery life, as long-time users have reported the device to function for up to three years without needing a fresh CR123A battery.

Notable Issues

However, the sensor isn't perfect as there can be issues with sensitivity. 

Some users have reported issues with false triggers, causing mix-ups over statuses. Also, depending on the construction of your mailbox, setting it up can become a struggle.

Important: For Users with a Metal Mailbox

If you have a metal mailbox, I recommend you install the Ecolink Contact Sensor below the mailbox on its exterior and wire in a Reed Switch inside the mailbox to trigger the Z-Wave message. 

The reason for this is the Z-Wave signal may not be able to penetrate the mailbox shell if installed inside.

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7.0

5. Ecolink Z-Wave Tilt Sensor

Effective Tilt Sensor with the option to directly connect with external alarms or triggers

View Price
On Amazon

The Ecolink Tilt Sensor is a Z-wave compatible option to detect activity in your mailbox and also trigger non-smart alarms or other offline devices.

Specifications

• Operating Mechanism: Tilt Sensor
• Dimensions: 3”x1.7”x1”
• Separate Hub Required: Yes, requires a compatible Z-wave Hub
• Battery: Yes, 1 x CR123A
• Smart Compatibility: Yes, via the Z-wave hub (such as Homeseer, Nexia, Piper, SmartThings Hub, VeraLite, or VeraEdge)
• Dedicated App: No, but can receive notifications via a hub
• Alerts: Manual trigger, push notifications, or further alerts/automation via a Z-wave hub

The Ecolink Garage Door Tilt Sensor is a fast and easy solution to make sure you get notified whenever the mailbox is opened.

Battery Life

This device is one of the most long-lasting tilt sensors out there. Users have reported that the device can last up to three years on a single charge; a true “Set-it-and-forget-it” (at least for a couple of years) smart device.

Installation

Check out the video below on installation on a garage door. You would need to determine if this would work for installing on your mailbox.

The whole process of installing the sensor is pretty easy. It comes with a mounting bracket, which you can attach to your mailbox using the screws.  You can also mount the plate using adhesive tape, but it would be less durable. 

Once you mount the plate, make sure that the device is connected to your Z-Wave Hub, and that it's within the range of up to 200 feet.

Notable Drawbacks

However, it's not entirely flawless. Originally designed for garage doors, this device can be too big to fit on most mailboxes and can easily fall pretty to false alarms. 

On top of that, the device is not waterproof, but as it will require communication with the hub, you will need to position it on the outside of the mailbox where it may be exposed to the elements. 

It could work with some silicone sealant or a waterproof case that does not interfere with radio signals.

7.0

6. Mail Chime MAIL-1200

Long-range and audible mailbox opening alerts

View Price
On Amazon

The Mail Chime MAIL-1200 is an instant mailbox alert/theft alarm that beeps and lights up the indoor hub whenever your mailbox door opens.

Specifications

• Operating Mechanism: Tilt Sensor
• Dimensions: 4.25”x1.25”x1.25” (Sensor)
• Separate Hub Required: Yes, needs the compatible chime/receiver
• Battery: Yes, 1 x CR123A with the receiver connected to a wall outlet
• Smart Compatibility: No
• Dedicated App: No
• Alerts: Alarm sound and LED indicator only

The Mail Chime MAIL-1200 comes with an indoor receiver/chime and a tilt sensor that’s small and light. It can easily fit into any mailbox and setting it up is a pure breeze; no wires or pesky antennas involved.

Long Battery Life

What also caught my attention is its incredible battery life. The device runs on just one CR123A battery, which can last for up to two years. Plus, you get a battery right out of the box.

Receiver

The chime (or receiver) fits with any decor, but despite its quiet look, has a loud alarm that immediately notifies you of incoming mail. Accordingly, the device puts out four methodical beeps and a red LED light, to notify you that the mailbox is being opened.

Issues

That being said, most users have reported that the device's adhesive tape is not strong enough. Apparently, the tape doesn’t stick well, causing the chime to fall off mailboxes.

So depending on your situation, additional tape or velcro strips might be required.

6.8

7. Briidea Mailbox Alarm

Good price, 500ft range with Chime and LED indicators

View Price
On Amazon

The Briidea Mailbox Alarm is a non-smart tilt sensor with an affordable price tag and impressive wireless range.

Specifications

• Operating Mechanism: Tilt Sensor
• Dimensions: 2”x1”x1”
• Separate Hub Required: Yes, as a non-smart receiver 
• Battery: Yes, 2 x AAA
• Smart Compatibility: No
• Dedicated App: No
• Alerts: Alarm and LED indicators only

The Briidea Mailbox Alarm, despite lacking any smart functionality, is a reliable mailbox alarm that gets the job done. 

The device comes with a receiver hub and a tilt sensor. Both devices are durable and surprisingly easy to set up.

With an effective range of 500ft, this mailbox sensor is a game-changer for big properties and long driveways.

Chime

The alarm receiver is also well-designed. With ten distinct buzzes and a flashing light, it signals whenever the mailbox has been opened. 

Thankfully, there’s also the option to adjust the volume so it won’t be too annoying.

Sensitivity Issues

However, some users have reported the device tends to be overly sensitive, most often, creating false alarms. Which, sadly, isn’t adjustable.

Mailbox Alarms and Sensors Guide

Here are some of the things to look out for when choosing a mailbox alarm or sensor.

Off-the-Shelf VS DIY

If you’ve already made your way through the list of options, then you will have noticed that many of the off-the-shelf mailbox sensors are pretty basic, but are much easier to install.

Off-the-Shelf Examples

Options such as the MySpool Mailbox alert and Briidea Mailbox alarm are prime examples of this. 

However, there are certain outliers, especially the Ring Mailbox sensor which offers smart functionality, while also being easy to install.

DIY Setup Using Generic Smart Sensors

On the other hand, DIY Mailbox Sensors — primarily designed for doors, windows, garage doors, and hatches –require a more advanced setup but offer full connectivity with any smart home you have or wish to set up.

So, if you have a smart home and want to connect smart home devices, a DIY mailbox sensor, such as EcoLink’s Z-wave contact sensor or tilt sensor is the way to go.

However, they can be difficult to set up, and in some cases, might not be compatible with your mailbox at all. So keep note of this as well. 

Dimensions and the Type of Sensor

The type of sensor can also limit, or extend your choices. Tilt sensors are the best options for mailboxes, but you can also DIY regular contact sensors and reed switches depending on the type of mailbox. 

For example, a smaller tilt sensor, such as the Mail Chime 1200, can support most styles of mailboxes, whether those are regular curbside boxes, wall mount-style boxes, or slotted openings with a metal flap.

Meanwhile, the Ring mailbox sensor can also be installed on various mailboxes, but with an extra trick up its sleeve: the sensitivity can be easily calibrated.  

Range 

The range is another very important feature that you must consider when buying a mailbox sensor. The range varies from sensor to sensor, so before you pick any sensor, make sure that it can cover your home.

First, measure the distance between your home and the mailbox, and then pick the sensor which can support your circumstance.

Best Options for Extended Range

Options like the YoLink LoRa contact sensor have a long range of over ¼ mile, but it’s not a specialized mailbox alarm. 

Alternatively, the MySpool Mailbox alert, which is specifically designed for mailboxes, has an effective range of 400ft, which can be extended to 1600ft using a separate extender kit. 

Mailbox Material

Also, take note of the material in your mailbox since this can interfere with the wireless signal, especially if it’s made of metal.

So if you have a metal mailbox, you might have to install the transmitter on the outside and set up reed switches on the inside via wires to minimize interference. 

Unfortunately, this brings another set of problems as you might have to weatherproof the transmitter unit or drill the mailbox so you can run the wire from the reed switch. 

Wi-Fi or Z-Wave Repeaters

In a worst-case scenario where you have a limited range, the only option is to bridge the gap using Wi-Fi or Z-wave repeaters. 

Smart Home Integration

If you have a smart home, then you should get a mailbox sensor that is compatible with a smart home. This allows you to set up various actions on receiving notifications from the Mailbox Sensor.

For example, you can set up an action to trigger a text message or change the colors of a light bulb. In that same manner, you can set up a lot of other actions too.

My top pick, the Ring mailbox sensor is a champ at this because it’s fully compatible with Alexa and other popular smart home platforms. 

Alternatively, the YoLink LoRa is another great example that can help you automate alarm lights and custom scenes with the help of this contact sensor and its smart hub.

Alert Options

As you can already tell, the non-smart mailbox alarms such as the Briidea Mailbox alarm simply use chimes and LED indicators to notify you when the mailbox door is open.

Depending on your requirements, this might be enough, but if you’re a smart home enthusiast like I am, push notifications via a smartphone are a must. 

Smart Notifications

In that case, the Ring mailbox sensor is the top contender. It easily links up with the Ring app to provide notifications and further automation with Alexa and Google Home/Assistant. 

Similarly, the YoLink LoRa supports a wide array of alerting capabilities, going so far as to include SMS and automated phone calls (for a subscription).

How I Tested

I approached my research for these mailbox alarms and smart sensors by dedicating time to reading numerous reviews to identify the ones with the highest ratings and positive feedback. 

Any recurring issues or faults mentioned by users were prioritized and considered as potential drawbacks.

After creating a huge list of potential devices, I made sure to simplify it further but include a good variety of options.

This helped me cover different budgets, sizes, and smart functionality to cater to different types of mailboxes and user requirements without including an overwhelming list of products.

FAQs

Can a Mailbox Alarm be Installed on Any Type of Mailbox?

Most mailbox alarms can be easily installed on various types of mailboxes, including wall-mounted, post-mounted, and freestanding mailboxes.

However, it's important to check the specific product's compatibility and installation requirements before purchasing.

Also, if you have certain metal mailboxes or ones that are too far out of signal range, you will have to install a separate reed switch or place the transmitter outside the mailbox. 

How Long Does the Battery of a Mailbox Alarm Last?

The battery life of a mailbox alarm depends on factors like usage frequency and the specific model.

Typically, mailbox alarms can last anywhere from several months to a year on a single set of batteries.

Can a Mailbox Alarm Withstand Different Weather Conditions?

Yes, many mailbox alarms are designed to be weather-resistant or waterproof. They are built to withstand rain, snow, and extreme temperature fluctuations.

However, if you’re installing a DIY door/window or garage door sensor instead of an off-the-shelf device, they might not be as weatherproof. So make sure to check this before purchasing.

My Mailbox Sensor Cannot Connect, What Should I Do?

If your mailbox is not connecting to your smart home hub or receiver, then it's likely a range problem. The only solution is to get a Wi-Fi or Z-Wave repeater, which will extend the range of the networks, and your mailbox sensor will be able to connect.

My Mailbox Sensor is Not Always Triggering When Mail Arrives

If you are experiencing this problem, then it could be due to two reasons.

First, make sure that the mailbox sensor is properly installed and powered.

If the sensor is set up properly, then it could be due to your mailbox type. If it's made of metal material, then it could be interrupting the signal.

The only solution to this problem is to put your mailbox sensor on the outside of the mailbox as it will offer better reception of signals.

Verdict

Cited Sources

• https://support.ring.com/hc/en-us/articles/360052418172-Installing-your-Mailbox-Sensor
• https://www.safewise.com/home-security-faq/how-door-sensors-work/
• Smart Home Perfected

The post Top 7 Innovative Mailbox Sensors for Secure and Efficient Mail Monitoring appeared first on Smart Home Perfected.

General Precautions

If you are determined to reset your Samsung refrigerator, make sure you know what you’re doing. Unplug the fridge from the AC socket before doing anything to it. Also, fridges contain noxious gases within the compressor so never interfere with that.

At SmartHomePerfected we always advise readers not to undertake any work they are not competent in performing and if in any doubt, it is best to seek the assistance of a professional.

Each Samsung refrigerator model is different, so if the below troubleshooting steps do not work, then you can access the specific model's user manual here.

Common Error Codes

Sources

https://www.samsung.com

The post How to Reset your Samsung Refrigerator – Step by Step Guides appeared first on Smart Home Perfected.

Different models support different types of electric heating systems and prices vary across the spectrum, but all of these thermostats offer substantial potential energy savings and the convenience of remote monitoring and control.

After extensive research, I've identified 10 models that stand above the rest, and in this post, I'll be sharing their key benefits and explaining how they work, so you can decide which one is right for your needs.

From basic models that offer simple app-based temperature control, to more advanced options that dynamically build schedules and track energy usage, there's a smart thermostat for every budget and preference.

8.3

1. Mysa Smart Thermostat V2

Top Wi-Fi PickWi-Fi Thermostat for Electric Baseboard and In-Wall Heaters

View Price

8.1

2. Sinopé Floor Heating Thermostat TH1300ZB

Top Zigbee PickZigbee Thermostat for Electric Floor Heating

View Price

7.9

3. Nuheat Signature Thermostat

Floor Heating & Dual-Voltage Compatibility

View Price

7.6

4. Mysa Smart Thermostat

In-Floor Heating Support

View Price

7.3

5. Stelpro Z-Wave Plus Thermostat

Top Z-Wave PickFor baseboard and convector heaters

View Price

7.1

6. Sinopé Smart Thermostat

HomeKit PickReal-Time Consumption Tracking

View Price

6.5

7. Maestro Smart Thermostat

Geofencing Capabilities

View Price

6.3

8. KING Hoot Wi-Fi Thermostat

Multi-Volt Rated Thermostat

View Price

6.3

9. Stelpro Smart Home Wi-Fi Thermostat

Supports 8 Heating Zones

View Price

5.8

10. SunTouch ConnectPlus Thermostat

Auto-Scheduling Feature

View Price

What is a Line Voltage Smart Thermostat?

A line voltage smart thermostat is designed specifically for electric heating systems that use baseboard heaters, convectors, in-floor heating, or ceiling radiant heating. 

These smart thermostats work with higher voltage (120V to 240V) as opposed to the low voltage (24V) used by conventional HVAC systems. 

They are also commonly referred to as high voltage thermostats, 120 volts or 240 volts thermostats, 2-wire or 4-wire thermostats, and single-pole or double-pole thermostats. 

Line voltage smart thermostats connect to your home's Wi-Fi, Zigbee, or Z-Wave network, making it easy to control your home's temperature through a smartphone, tablet, or smart home devices like Amazon Alexa, Google Assistant, Apple HomeKit, or other smart hubs.

How Does a Line Voltage Thermostat Work?

A line voltage thermostat works by directly controlling the flow of electric current to an electric heating system. 

When the room temperature falls below the set point on the thermostat, it closes an internal electrical circuit, allowing the flow of electricity to power the heating system. 

As the room temperature rises and reaches the desired set point, the thermostat opens the circuit, cutting off the electric current and causing the heating system to turn off. 

This process of switching the heating system on and off maintains the desired room temperature, providing a straightforward and effective means of controlling electric heating systems.

Safety Considerations

Safety is crucial when installing a line voltage smart thermostat, as these devices operate at higher voltages (120 or 240 volts) than conventional thermostats (24 volts). 

As a result, they can pose a risk of electrical shock or potentially damage your heating system if not installed correctly. I always advise people to seek out the services of a professional, licensed electrician in these scenarios.

Line Voltage vs Low Voltage Thermostats

Line and low-voltage thermostats are designed to control different types of heating systems and operate at different voltage levels. 

Line voltage thermostats (like the Mysa Smart Thermostat) control electric heating systems that operate at higher voltages, typically 120 or 240 volts, and are commonly used with electric baseboard heaters, ceiling heaters, in-floor heating systems, and forced fan heaters. 

On the other hand, low-voltage thermostats (like the Nest Smart Thermostat) work with lower voltage levels, typically 24 volts, and control gas, oil, or heat pump systems often found in central heating and cooling systems. 

The choice between line voltage and low voltage thermostats generally depends on the type of heating system in your home and the voltage requirements of that system.

Single Pole vs. Double Pole Thermostats

When it comes to line voltage thermostats, there are two varieties available on the market: single-pole and double-pole. 

A simple way to determine the type of line voltage thermostat you need is to check the back panel of your existing thermostat. If there are two wires on the back, then it is a single-pole thermostat, and if there are 4 wires on the back, then it is a double-pole thermostat.

Differences

The basic difference between a single-pole thermostat and a double-pole thermostat is that a single-pole thermostat does not have a dedicated “off” setting (However you can effectively turn it off by setting the temperature very low so it’s below the room temperature)

In contrast, the double-pole thermostat comes with a dedicated “off” feature, allowing users to completely turn off the heating system through the thermostat. The choice between single-pole and double-pole thermostats typically depends on the existing wiring in your home and your preference for an “off” setting on the thermostat.

The Sinopé Smart Thermostat supports both 2 and 4 wire installations.

How to choose a line voltage / high voltage smart thermostat?

Compatibility with existing electric heating system

When choosing a high-voltage smart thermostat, it's essential to ensure compatibility with your existing electric heating system. Start by examining your current system's voltage, heating type, and wiring configuration. For example, Mysa has options for different options for baseboard and in-wall versus in-floor heaters. While the Nuheat Thermostat provides dual voltage compatibility (120V & 240V).

Ease of installation and setup

When considering a line voltage or high voltage smart thermostat, ease of installation and setup is an essential factor to keep in mind. A straightforward installation process can save you time, money, and potential headaches. That being said, it’s not worth cutting corners. 120v and 240v systems can be dangerous so if you don’t know what you’re doing, then you should definitely seek the services of a licensed electrician.

Integration with other smart home devices and ecosystems

You’ll need to choose a smart thermostat that is compatible with your existing smart home environment and voice assistants. For example, if your smart home is run on Apple Homekit / Siri, then Mysa and Sinopé are the only brands that support this.

Some devices compatibility with multiple platforms which provides users flexibility when it comes to controlling and monitoring their heating systems, as well as the ability to incorporate the thermostat into their existing smart home setup.

Energy-saving features and efficiency

One of the main reasons to upgrade to a smart thermostat is to save energy and money. These energy-saving features enable you to cut down energy costs while maintaining a comfortable home environment. Some prominent energy-saving features include geofencing, scheduling, usage insights, and ECO modes.

Geofencing allows your smart thermostats, such as the Mysa Smart Thermostat for Electric Baseboard and in-Wall Heaters V2 or the Sinopé TH1124WF, to utilize your smartphone's location to automatically adjust the temperature based on your proximity to your home. This ensures that your heating system isn’t working overtime when you’re out and about, resulting in optimal energy savings.

Scheduling functionality, found in devices like Nuheat SIGNATURE, provides customization of your heating preferences throughout the day or week, putting you in control of energy usage during different times and days.

Usage insights, available in the Mysa Smart Thermostat for Electric in-Floor Heating, display information on your energy consumption, enabling you to make informed decisions about adjusting your usage to save money and resources.

ECO modes, such as those featured in the Stelpro Z-Wave Plus KI STZW402WB+ Thermostat, are designed with energy efficiency in mind. These modes help conserve energy by only using the minimum heating required to maintain the desired ambient temperature.

8.3

Top Wi-Fi Pick

1. Mysa Smart Thermostat V2

Wi-Fi Thermostat for Electric Baseboard and In-Wall Heaters

View Price
On Amazon

Specifications

• Compatibility: High/Line voltage electric baseboard and fan-forced heaters (120-240V)
• Control Options: App, Touch, Alexa, Google Assistant, and Apple HomeKit
• Adaptive Brightness: Yes
• Scheduling: Yes
• DIY Installation: Yes
• Connectivity: Wi-Fi, NFC 

The Mysa Smart Thermostat v2 is designed to work with high-voltage electric heating systems, such as baseboard heaters and radiant ceiling heaters. It easily connects to popular smart home platforms like Apple HomeKit, Google Assistant, and Amazon Alexa, making temperature control simple.

There are a number of differences between it and its predecessor. It’s 40% smaller than v1 and now supports NFC as well as Wi-Fi. The interface has been improved with audible touch feedback which is a nice design modification. 

It easily blends with your home's decor and offers an adjustable display, customizable brightness, and convenient sleep and wake-on-approach options.

With the Mysa Smart Thermostat v2, you can set your heating schedule and remotely control it through Android or iOS devices. The thermostat also provides valuable information on your energy usage, making energy management more efficient.

Installing and setting up the Mysa Smart Thermostat V2 is straightforward, seamlessly integrating it into your smart home setup. However, it was disappointing to see that some testers and device owners faced connectivity issues with Wi-Fi and certain devices. 

Despite this minor drawback, the thermostat is a smart choice for maintaining a comfortable home while keeping your electric heater energy costs under control.

8.1

Top Zigbee Pick

2. Sinopé Floor Heating Thermostat TH1300ZB

Zigbee Thermostat for Electric Floor Heating

View Price
On Amazon

Specifications

• Compatibility: Floor heating cables and mats
• Energy reporting: Yes
• Dual outputs: Control auxiliary heating or up to 10 expansion units
• Voice and app control: Amazon Alexa, Google Assistant, Neviweb, SmartThings, Hubitat
• Connectivity protocol: Zigbee
• Voltage: 240 Volts
• Power Source: Battery-powered
• Floor sensor: Yes

Enhance your floor heating system with a versatile and powerful thermostat that works smoothly with both heating cables and cable mats. This advanced thermostat includes a dedicated floor sensor, making your indoor steps warm and comfortable, whether you use underfloor heating for warmth during cold months or simply for added comfort.

Easily incorporate this thermostat into your smart home setup, as it's compatible with numerous platforms, including Neviweb, Google Assistant, SmartThings, Amazon Alexa, and Hubitat. What I like about this product is the simple installation process and compatibility with various temperature sensors. Additionally, the thermostat utilizes Zigbee communication technology for a dependable and stable connection, ensuring your home stays cozy consistently.

You can stay in full control of your energy usage with this thermostat's real-time monitoring and display capabilities. You don't have to guess whether your underfloor heating is costing you too much – this thermostat offers an accurate overview of your energy consumption and conservation. 

On top of that, the practical geofencing feature uses location data to enhance energy efficiency, allowing your system to work intelligently around your schedule. 

However, I did find that the app's poor functionality on iPhones could be a potential drawback for some users.

7.9

3. Nuheat Signature Thermostat

Floor Heating & Dual-Voltage Compatibility

View Price
On Amazon

Specifications

• Voice Control: Google Assistant, Nest, iOS, Android
• Device Compatibility: Vera, Control4 systems
• Connectivity Technology: Wi-Fi
• Programmable: Yes
• Touchscreen Display: Yes
• Voltage: 240 Volts
• Built-in Safety: GFCI protection

This advanced thermostat stands out for its simple installation and programmability, allowing users to easily control their floor heating system remotely. Whether using the specific Nuheat app or the web portal, adjusting your home's temperature to your liking has never been more convenient.

This thermostat's compatibility with various smart home devices is a significant feature, setting it apart from older models. It works seamlessly with Google Assistant, Nest, Vera, iOS, and Android devices, making your home even more integrated and connected.

Another appealing aspect of this thermostat is the customizable scheduling feature, which helps both increase comfort and decrease energy costs. Users can create a tailored 7-day heating plan based on their specific preferences, giving them more control and adaptability compared to other thermostats.

However, it's worth noting that some users have encountered Wi-Fi connectivity and app issues with this thermostat. Despite its numerous features and advantages, these problems could potentially affect the overall user experience.

7.6

4. Mysa Smart Thermostat

In-Floor Heating Support

View Price
On Amazon

Specifications

• Compatibility: Electric underfloor heating systems
• Controller Types: IFTTT, Apple HomeKit, Google Assistant, SmartThings, Amazon Alexa, iOS, Google Home, Android
• Geofencing: Yes
• Energy Insights: Yes
• Scheduling: Yes
• Connectivity: Wi-Fi, NFC
• Control Method: App and Touch

The Mysa smart thermostat is a great option for electric underfloor heating systems, offering  compatibility with other brands. Its simple and stylish design turns old-fashioned thermostats into a contemporary home addition.

Installation is quick and easy, usually taking under 20 minutes with the help of online guides and videos. One notable feature of Mysa is its extensive integration with popular smart home systems like Alexa, Google Assistant, and Apple HomeKit. This allows users to control the thermostat remotely and personalize their comfort with geofencing and scheduling capabilities.

Additionally, Mysa provides useful information about your home's energy usage through real-time data. This helps users understand their heating habits and achieve better efficiency. The thermostat's safety features and Class A GFCI protection also make it suitable for bathrooms and kitchens.

However, from my research, I found that testers and device owners reported that the performance was inconsistent and customer support was unresponsive at times, which could negatively affect the overall customer experience despite Mysa's many advantages.

7.3

Top Z-Wave Pick

5. Stelpro Z-Wave Plus Thermostat

For baseboard and convector heaters

View Price
On Amazon

Specifications

• Control Method: App
• Connectivity Protocol: Z-Wave
• Compatibility: Baseboard
• Backlight: Yes
• Power Source: Electric
• Voltage: 240 Volts
• Wattage: 2000 watts

The Stelpro Z-Wave Plus Thermostat is a smart device that allows users to control baseboard and convector heaters through their smartphone app. Its adjustable temperature schedules and eco-friendly mode help achieve a balance between comfort and energy savings.

This thermostat is Z-Wave compatible, specifically designed for line voltage control, allowing it to integrate with other Z-Wave devices like Nexia, Vera, Wink, and SmartThings. This creates a well-connected smart home system, and the easy installation process adds convenience for users.

The thermostat's modern design includes a backlit display housed in a sleek, rectangular form. It can be installed on baseboards or wall-mounted, and the built-in mechanical thermostat ensures efficient operation. UL-certified for safety and quality, it also comes with a five-year limited warranty.

There are some downsides, such as inconsistent reliability and issues with controlling certain heater types. However, the Stelpro Z-Wave Plus Thermostat remains an innovative option for those looking to create a smart home heating system.

7.1

HomeKit Pick

6. Sinopé Smart Thermostat

Real-Time Consumption Tracking

View Price
On Amazon

Specifications

• Compatibility: Electric baseboard heaters, convectors, fan-forced convectors, and radiant ceiling heating
• Installation Options: 2 or 4 wire connections
• Compatible Platforms: Apple HomeKit, Amazon Alexa, Google Assistant, Neviweb, SmartThings
• Communication: Wi-Fi
• Control Methods: Voice Control, Mobile App
• Maximum Load: 4000 watts
• Voltage: 240 volts

The Sinopé's Smart Thermostat (TH1124WF) is a great option for homes with electric heating systems such as baseboard heaters, convectors, and radiant ceiling heaters. Upgrading from a traditional thermostat is smooth, and it provides better control over heating efficiency. The thermostat uses TRIAC switching technology to accurately maintain temperature settings, keeping your home comfortable and saving energy.

What I like about this smart thermostat is its easy installation and compatibility with various devices for remote control. It quickly connects with Neviweb, Apple HomeKit, Google Assistant, Amazon Alexa, and SmartThings, allowing voice commands and simple setting adjustments. Additionally, the geofencing feature in the Neviweb app helps to optimize energy use based on user location.

An upgrade from traditional thermostats, the backlit LCD on Sinopé's Smart Thermostat adapts to ambient light and shows indoor and outdoor temperatures. The user-friendly Neviweb app provides access to real-time consumption data, energy reports, and customizable schedules.

Unfortunately, the thermostat sometimes experiences problems with Wi-Fi connectivity and occasional app issues. Nevertheless, the sleek, rectangular design and straightforward wall mounting make this thermostat both visually pleasing and practical, enhancing the electric heating experience in your home.

6.5

7. Maestro Smart Thermostat

Geofencing Capabilities

View Price
On Amazon

Specifications

• Voice Control: Compatible with Alexa and Google Assistant
• Connectivity Protocol: Wi-Fi and Zigbee
• Grouping Feature: Compatible with Samsung SmartThings
• Geofencing Ready: Yes
• Voltage Compatibility: 120V - 240V Line Voltage
• Hub Required: No
• Control Method: Manual Switch, Mobile App

The Maestro Smart Thermostat is designed to work smoothly with well-known voice assistants such as Alexa and Google Assistant as well as Samsung SmartThings. This compatibility ensures its seamless integration into various smart home setups. Additionally, its ability to connect with both WiFi and Zigbee technology highlights its flexibility and reliability in diverse smart home environments.

The use of geofencing technology in the Maestro Smart Thermostat allows it to provide location-based temperature control, improving comfort and energy efficiency. The thermostat can detect your movements and adjust the temperature settings automatically, making your home more energy-efficient even when you're not there.

The Maestro Smart Thermostat can potentially lower electricity bills by reducing energy use by up to 25%. Its user-friendly setup and compatibility with a wide voltage range (120V to 240V) make it a suitable choice for homes with varying electrical configurations.

6.3

8. KING Hoot Wi-Fi Thermostat

Multi-Volt Rated Thermostat

View Price
On Amazon

Specifications

• Display: Large LCD touchscreen
• Connectivity Technology: Wi-Fi
• Control Method: Touch and Mobile App
• Power Source: Electric
• Voltage: 240 Volts

The days of manually adjusting thermostats are long gone. The KING Hoot WiFi Thermostat features app-based controls, letting you change temperature settings easily using your smartphone. With the Hoot app, you can plan temperature shifts according to your preferences and daily routines, ensuring your home stays comfortable and energy-efficient.

I liked how this product consistently maintains a comfortable temperature in different areas of your home. Smart homes need smart thermostats, and this device caters to various residential systems, including 120/208/240V electrical setups. It also has a customizable maximum temperature cap, which helps limit excessive heating, increase safety, and lower energy consumption - making it ideal for environmentally-conscious homeowners.

No more squinting at unclear displays. This advanced thermostat has a large touchscreen and a digital display for easy-to-read temperature readings. Installation is simple due to its compact 2x4-inch size and lightweight design. Embrace user-friendly heating and cooling control with this stylish and practical device.

One downside I saw reported was the limited WiFi network compatibility, as it only connects to 2.4 GHz networks. However, the KING Hoot WiFi Thermostat still remains a competitive choice in the line voltage smart thermostat market.

6.3

9. Stelpro Smart Home Wi-Fi Thermostat

Supports 8 Heating Zones

View Price
On Amazon

Specifications

• Voice Control: Compatible with Alexa and Google Assistant
• Connectivity: Wi-Fi enabled
• Control Method: Voice, manual button control, and mobile app
• Multi-Zone Control: Yes
• Mobile App: Yes
• Personalized Activities: Customizable heat settings and energy-saving options
• Geofencing: Yes
• Voltage and Amperage: 240 Volts and 16.7 Amperage

Like all smart thermostats on this list, the Stelpro Smart Home Wi-Fi Thermostat lets you control your home's heating system with just your voice via Google Assistant and Amazon Alexa. The voice commands, along with personalized heating schedules, make it simple to create a comfortable home environment. I liked that the device has an easy installation and setup process.

Consider your heating becoming smarter with geofencing technology. This Stelpro Wi-Fi Thermostat adjusts the temperature based on your location, improving energy efficiency. You can also use its mobile app to monitor and adjust your home's heating from anywhere. Unfortunately, device testers did encounter some issues with inaccurate temperature readings and unreliable geofencing.

The Maestro Controller connects and automates up to 19 heaters equipped with Maestro-enabled thermostats, providing excellent control for a large home.

5.8

10. SunTouch ConnectPlus Thermostat

Auto-Scheduling Feature

View Price
On Amazon

Specifications

• Voice Control: Compatible with Google Assistant and Amazon Alexa
• Connectivity Technology: Wi-Fi
• Control Method: Via the mobile app
• Screen Size: 4.3-inch digital touchscreen display
• Auto-Scheduling: Yes
• Usage: Electric baseboard heaters
• Outdoor Temperature Reading: Yes

The SunTouch ConnectPlus Thermostat allows you to control your thermostat effortlessly with the wireless connection feature. You can adjust and configure it from anywhere using the Watts Home app, which works on both iOS and Android devices. This way, there's no need to make manual adjustments since it lets you adjust the temperature remotely.

I liked that this device is designed to work smoothly with Amazon Alexa and Google Home, allowing easy voice control and improving your smart home experience with a thermostat that listens.

However, I'm disappointed with the potential difficulties some users might face during connectivity and setup, especially with Alexa, and possibly unclear instructions provided.

You can experience efficient energy regulation with this thermostat's intelligent climate adaptation feature. It adjusts the indoor temperature based on the outside conditions, providing a comfortable atmosphere and optimal energy efficiency. Additionally, the consumption monitoring function keeps track of and updates you on energy usage, ensuring you are aware of your smart home's performance.

Pros and Cons (including Customer Feedback)

How I tested

To identify the best line voltage / high voltage smart thermostats, I conducted extensive research using a variety of sources. My research included reading through consumer reports, online reviews, product specifications, and expert opinions.

One of the main things I looked at when narrowing down our list was the compatibility of each line voltage / high voltage smart thermostat with various electric heating systems. I checked the specifications of each thermostat to ensure its compatibility with different voltage and wiring configurations.

I also paid close attention to the features of each thermostat, specifically whether or not it had the ability to learn from user preferences and adjust accordingly, as well as the flexibility of its scheduling capabilities. I also looked at the interface of each thermostat to ensure ease of use and compatibility with a variety of smart home systems.

Additionally, I considered the price of each thermostat and the overall value it provided relative to other options on the market.

Citations

https://getmysa.com/

https://www.stelpro.com/

https://www.sinopetech.com/en/products/thermostat/

The post 10 Best Line Voltage Smart Thermostats appeared first on Smart Home Perfected.

Environment

Generally speaking, lithium-ion batteries have reduced capacity in low temperatures. Nonetheless, heat can shorten the Ring doorbell battery life, as well.

Activity

There are a lot of features wrapped up in a video doorbell which can use up a lot of energy. Motion detection, prolonged live streaming, leaving the night light on during the day can all drain the battery.

Weak Wi-Fi 

Due to a weak Wi-Fi signal, your Ring doorbell tends to automatically increase its transmission power so that it increases the Wi-Fi broadbase. As such, the doorbell battery will be drained sooner. The Ring Chime pro can help with this as it acts as a Wi-Fi extender.

Relevant Products

Ring Chime Pro

Improve Battery Life with this Wi-Fi Repeater and Chime

View Price

9.4

Ring Rechargeable Battery Pack

A long-lasting rechargeable battery

View Price

Dual Port Charging Station for Ring Doorbell Batteries

A convenient dual-port battery charger

View Price

How can I improve the Ring Doorbell battery life?

Below are some ways you can improve your Ring doorbell battery life:

• You can bypass the problem of low Ring doorbell battery life by hardwiring the device into an electrical circuit in the house. (Similar to traditional doorbells)
• Prolonged live streaming of video footage from your doorbell uses up a lot of energy and it's best to limit its use for when it's needed.
• Motion detection can be adjusted to help reduce battery drainage. This way, passing cars don’t trigger motion detection. 
• Extremely cold or hot temperatures should be avoided as they affect the battery’s performance, too. 
• The Wi-Fi signal strength needs to be monitored so that the optimal level of signal is obtained, helping the doorbell run more efficiently. In this scenario it’s worth considering installing a Wi-Fi booster or the Ring Chime Pro to increase signal.
• The battery only needs to be recharged when it’s low. Charging it when full decreases the Ring doorbell battery life. 
• The nightlight should be switched off at daytime, as it tends to drain the battery too. 
• High currents and high charges should be avoided while charging. At the same time, very low discharges that are below 2 or 2.5 volts should be prevented. It is best to use the charger that comes out of the box.

9.4

Ring Rechargeable Battery Pack

A long-lasting rechargeable battery

View Price
On Amazon.com

Rechargeable battery that typically provides 6 – 12 months per charge.

Top Features

• Works with the Ring video doorbell.
• Has a quick-release tab.

This device is compatible with the Ring Video Doorbell, Ring Peephole Camera, Second and Third Generation of Ring Stick Up Camera, Ring Spotlight Camera, and Ring Solar Floodlight.

It’s a great purchase if you want to have two battery packs at all times so you don’t lose doorbell functionality during the charging process.

The Ring rechargeable battery pack typically powers your device for 6 – 12 months. However, if your doorbell gets heavy use, it may be closer to 3 months. 

Features

The voltage required by this rechargeable battery is 3.66 volts consuming 22.046 watts per hour during charging.

This battery pack’s model number is V4, which is compatible with Ring 2 and Ring 3.

It features 1 lithium-ion battery and comes with a USB cable to charge it. The battery is rated as 6000 mAh and has a USB port. The battery takes 5 to 6 hours to charge. 

How to charge

When it needs to be charged, the app on the user’s smartphone sends alerts, or a check on the battery power can be made on your Ring account on the website. 

The battery includes a quick-release tab that allows easier access to remove the battery from the doorbell unit.

This battery can be charged by plugging the USB into a standard AC adapter or by connecting it to a PC. However, the latter can take up to 12 hours to charge.

Once the green lights glow, the battery is fully charged and ready to be used. If it showsa green light and an orange light, then it means the unit is still charging.

Tech Specs

Ring Chime Pro

Improve Battery Life with this Wi-Fi Repeater and Chime

View Price
On Amazon.com

The all-new Ring Chime Pro extends Wi-Fi signals up to 2000 sq. ft.

Top Features

• Features night light and a chime box.
• It has a Wi-Fi extender.
• Real time notifications when motion detected and doorbell pressed.

The All-New Ring Chime Pro serves as an indoor doorbell system, complimenting the Ring Doorbell’s smartphone notifications.

It has built-in volume control, a night light and chimes when motion is detected by the Ring Doorbell or the button is pressed. 

Wi-Fi Extender

The Ring Chime Pro features a Wi-Fi extender and is compatible with other Ring devices to improve the overall internet connection of nearby doorbells and cameras.

The Wi-Fi extender does not interfere with the household’s internet signal as the Chime’s signal is exclusively for Ring doorbells and cameras.

However, the Ring Chime Pro does not extend a signal to Ring Smart Lights as the smart lights connect directly to the Ring Bridge.

Multiple Devices

The user can connect multiple Chime Pro devices at the same time to enhance security in houses with multiple entry paths.

The Ring Chime is easy to set up by plugging into a standard outlet. It connects via Wi-Fi at 2.4 GHz or 5 GHz and comes with a guided setup process that helps the user find the best location for the Chime.

Chime Options

There are 30 chimes available for the user to choose from when using this gadget. The tones library keeps expanding and new chimes are added every so often.

Tech Specs

Dual Port Charging Station for Ring Doorbell Batteries

A convenient dual-port battery charger

View Price
On Amazon.com

This battery charger features multiple charging slots and allows you to hot-swap, which eliminates any downtime with your Ring doorbell.

Top Features

• Charge multiple batteries simultaneously.
• Compatible with Ring video doorbell batteries.
• Has indicator lights that signal when it's charging or it's fully charged.

This battery charger has a patent-pending design that enables charging two Ring Doorbell batteries at the same time. It includes indicator lights which allow the user to check if the battery is charging or is full.

Compatible

This device can charge Ring batteries compatible with the Ring Spotlight Camera, Ring Video Doorbell, Ring Stick-up cameras and more.

Features

The Ring battery charger package includes 1 power adapter, 1 dual charging station, and 1 power cable.

It uses a single wall socket to charge the 2 batteries that are in the charging unit. The voltage required for it is around 5 volts and takes roughly 5 to 6 hours for a full charge.

This charger is UC and FCC certified. It’s made up of a high-quality fire shell material and has built-in safeguards that provide short-circuit protection. It ensures safe charging and protects against overheating, overcurrent, or overvoltage. 

You can charge 1 or 2 batteries at a time with it and it comes with a 12-month warranty. 

Note

This product is a charger. It does not include Ring batteries.

Tech Specs

Ring Doorbells

Ring Video Doorbell v3

View Price
On Amazon.com

Top Features

• Features motion detection.
• Enhanced Wi-Fi for a product of its kind.
• Works with Alexa.

The All-new Ring Video Doorbell 3 has enhanced Wi-Fi and provides 1080p video. It also has enhanced features that allow its user to speak, hear, and see visitors at the front door from anywhere. It is made up of high-quality, shock- and vibration-resistant materials. 

This doorbell is easy to set up and can be accessed through the Ring app from any corner of the world. It gives mobile notifications when someone presses the doorbell or triggers it. It features motion detection, privacy zones, audio privacy, and dual-band Wi-Fi connectivity.

Ring Video Doorbell Pro

View Price
On Amazon.com

Top Features

• Motion-activated alerts.
• HD video with 1080 resolution.
• Compatible with Alexa.

This Ring Doorbell offers 1080 HD video quality and features live view. It has privacy features like Customizable Privacy Zones and Audio Privacy. Furthermore, it comes with the Ring app that can be used via Wi-Fi. It also comes with a Ring protection plan and records videos to be reviewed later.

This device requires a transformer to charge 16 to 24 volts with a frequency of 50 to 60 Hz. Its user can see and hear the visitors at their door from anywhere by using the Ring app or the website.

Ring Peephole Cam

View Price
On Amazon.com

Top Features

• Smart video doorbell.
• 2-way talk for hearing and speaking with visitors.
• Compatible with Alexa.

The Ring Peephole Cam can be connected with Alexa. It’s easy to install and requires no wiring or drilling. Furthermore, it features motion sensors that give notifications to phones, PCs, or tablets.

This camera has 1080p HD video quality, so it allows its user to see visitors at the door very clearly. The user can also hear and speak to the visitors through the Ring app, so from anywhere. This peephole cam can be easily installed in any doorbell. It comes with all the tools required to replace it in under 5 minutes.

Ring Video Doorbell v2

View Price
On Amazon.com

Top Features

• Motion alerts sent directly to the phone, laptop or tablet.
• HD video with 1080p resolution.
• Live view for increased security.

The Ring Video Doorbell 2 is powered by a quick-release rechargeable battery pack. It can also be connected to the existing doorbell wiring. Moreover, it features live view, which allows users to hear and talk to visitors from anywhere. 

The motion detection feature sends a notification on the phone, PC, or tablet, whenever motion is detected. Furthermore, thus doorbell has a two-way talk feature that allows users to see, hear, and talk to the visitors at the door just by using the Ring app.

Frequently Asked Questions

How do I recharge my Ring Doorbell?

Your Ring doorbell battery needs to be recharged every few months, depending on how fast it drains.

To recharge, loosen the doorbell’s base screw and lift off the faceplate. After, press the release tab and remove the battery. Connect a USB charger to the battery’s charging port and leave to charge. Once the battery light has turned green, it will be full and ready to go.

When putting the battery back, slide it into the doorbell until you hear a click. Wait 30 seconds and put back the faceplate. Last, tighten the security screw and you’re done. 

How long does it take to recharge?

The Ring doorbell takes around 4 to 5 hours to fully charge if you connect it with a compatible AC USB adapter. 

You can also charge it using your PC, however it may take slightly longer to charge with a lower voltage.

If the battery dies totally, you may have to go through the setup process in the app.

How to check the battery levels of my Ring Doorbell?

The Ring apps send multiple alerts as push up notifications to your phone, PC, or tablet, to let you know about the battery level.

How do I know it is fully charged and ready to go?

The light on the front indicates the charging percentage. When this light is green, it means the battery is fully charged and ready to go.

I recharged my Ring Doorbell but it still says its low power … what do I do?

There is no need to worry if the app shows a low battery sign. The Ring app updates the battery percentage after every ring. So, it updates the battery on the app the next time the ring button is pressed.

How to replace the battery on my Ring Doorbell?

Remove the existing battery from the mounting bracket by loosening the two secure screws at the bottom. Use a star-shaped screwdriver. 

After, slide the battery up and off the mounting bracket. Put a new battery on the mounting bracket and tighten the security screws to lock the new battery in place.

What is the quick release option?

When the battery pack in the Ring doorbell runs out of power, you can easily remove it by pressing the quick release tab on the battery pack.

This feature is available in Ring video doorbell 2, the spotlight cam battery, and the stick-up cam battery.

Sources

https://www.coolblue.be

The post 2024 Ring Doorbell Battery Life: How long does it last between charges? appeared first on Smart Home Perfected.

There are also scene controllers, device controllers, lighting controllers and motor controllers worth considering.

Best Z-Wave Controller Hubs

9.6

Aeotec Smart Controller (SmartThings Hub)

TOP PICKTakes over from Samsung manufacturing the SmartThings hubs.

View Price

9.2

VeraSecure Z-Wave Controller

RUNNER-UPA reliable smart home controller

View Price

9.0

Aeon Labs Aeotec Z-Wave Z-Stick

TOP DIY PICKGreat for HomeAssistant

View Price

Best Z-Wave Device Controller

GE Z-Wave 40 AMP Wireless Controller

BEST OUTDOOR PICKA Z-Wave heavyweight

View Price

Best Z-Wave Lighting Controller

Z-Wave RGBW Light LED Controller

FIBARO RGBW LED Strips Regulator

View Price

Best Z-Wave Motor Controller

Z-Wave Motor Controller

Aeotec Nano Shutter Motor Driver

View Price

Applications

With a Z-Wave Controller, one can control many aspects of their home. On the security front, you can control your garage door, smart locks, and smoke detectors. You can also control lighting, power outlets as well as monitor water and energy thanks to its numerous features.

Having a single app or hub to help control your home life just makes your smart home setup seamless and easy to use. 

How Z-Wave works

Harnessing the power of low-energy radio waves, Z-Wave is a protocol that was designed solely for the purpose of home automation and remote control applications. 

Z-Wave makes use of something known as a mesh network.

As opposed to standard radio frequency networks such as a Wi-Fi network, a mesh network will become stronger and more stable as the number of devices connected through Z-Wave increases. 

On average radio frequency networks, more devices lead to congestion and even an unstable connection.

Z-Wave technology also facilitates voice control technology. With the rise in popularity of home assistants such as Alexa and Google Assistant, having the ability to control your home devices through speech is a great addition.

Best Z-Wave Controller Hubs

9.6

TOP PICK

1.

Aeotec Smart Controller (SmartThings Hub)

Takes over from Samsung manufacturing the SmartThings hubs.

View Price
On Amazon.com

Dubbed the “easiest path to a DIY smart home”, the Aeotec SmartThings Hub is one of the most beginner-friendly options available.

Top Features

• Support for ZigBee, Z-Wave, and Wi-Fi connectivity.

The Aeotec SmartThings Controller features support for ZigBee, Z-Wave, and Wi-Fi connectivity. Having the ability to connect with all 3 protocols is a huge plus because these are the three main connectivity protocols in the home automation market.

The SmartThings controller itself features a minimalistic design which will fit in nicely with any home decor.

Overall, the new Aeotec SmartThings controller is a definite level up from its previous versions. With wireless connectivity, this controller remains to be what many consider the easiest path to a “DIY smart home”.

Tech Specs

9.2

RUNNER-UP

2.

VeraSecure Z-Wave Controller

A reliable smart home controller

View Price
On Amazon.com

Connect all your smart home devices from a single mobile device or computer.

Top Features

• Modern and intuitive web and mobile app.
• Fast processor for efficient handling of multiple devices.
• No monthly subscription fees.

The VeraSecure Z-Wave Gateway presents the opportunity to connect all your smart home devices from a single mobile device or computer. With the app, one can quickly set schedules, ideal temperatures, and co-ordinate switches for all smart equipment.

The software features a modern and intuitive design, which makes it easy to use. The software can be accessed from mobile devices as well as computers.

Built-in display for quick overview

The Z-Wave controller has a responsive display that can report on important vitals, such as temperature and light levels throughout your home.

Installing the device is quite straightforward, as it comes with pre-configured settings for faster setup, delivering a more plug and play feel.

Overall, the Vera Edge is one of the best choices when looking for a Z-Wave controller.

9.0

TOP DIY PICK

3.

Aeon Labs Aeotec Z-Wave Z-Stick

Great for HomeAssistant

View Price
On Amazon.com

A small, but powerful home automation tool that anyone interested in smart home networks should review.

Top Features

• The Z-Stick can connect to devices up to 150 meters away.
• Update Z-Wave enabled devices over-the-air.
• Compatible with the majority of home automation software platforms.

For those of you that love to get their hands dirty with home automation projects, you should definitely take a look at the Aeotec Z-Wave Z-Stick by Aeon Labs.

The Z-Stick can connect to devices up to 150 meters away, all from a USB device connected to your laptop or Raspberry Pi. Additionally, it allows you to update Z-Wave-enabled devices over the air, ensuring that the devices you own always have the latest updates and features.

Next-level customization

This device is the ultimate DIY Z-Wave gateway. Using a laptop or Raspberry Pi, as well as home automation software, you can build your very own home automation hub. 

It is important to note that the stick is not a full-fledged smart home hub. It is a tool that you need for your home automation software (such as openHAB or HomeSeer) to send and receive Z-Wave signals.

While the Z-Stick is very easy to set up, it is not a stand-alone hub, so it will require work in installing and configuring home automation software on a dedicated device.

Tech Specs

8.9

4.

Logitech Harmony Hub Extender

A Z-Wave extender for your home entertainment

View Price
On Amazon.com

If you have the Logitech Harmony Hub for your home entertainment setup, then this Hub Extender allows you to also control Z-Wave and Zigbee devices.

Top Features

• The Harmony Hub can control almost any home theater setup that you have at home, with thousands of compatible devices.
• It turns your phone or tablet into a universal remote.
• The extender allows you to connect to Zigbee and Z-Wave devices.

The Harmony Home Hub and Extender are one of the most versatile and flexible items available on this list. 

The device can control almost any home theater setup, turning your very own phone or tablet into a universal remote. According to PCmag, “The compatibility list for home entertainment devices hit over 270,000 across 6,000 different brands”.

Tech Specs

8.8

5.

Z-Wave PC Controller

Zooz S2 Z-Wave Plus USB Stick

View Price
On Amazon.com

A perfect example of a Z-Wave PC controller is the Z-Wave Stick Assistant, allowing you to take full advantage of your sensors, switches and plugs. You will, however, need a dedicated computer or Raspberry Pi to complete the system.

Best Z-Wave Device Controller

BEST OUTDOOR PICK

6.

GE Z-Wave 40 AMP Wireless Controller

A Z-Wave heavyweight

View Price
On Amazon.com

This wireless Z-Wave controller is the perfect choice if you need to support devices with heavy load.

Top Features

• Perfect for tools up to 40 amps.
• App features an intuitive design.
• Controller housed in a lockable, waterproof case to ensure the safety of your wiring.

It is important to keep in mind that not every area of your home can be automated with just any kind of Z-Wave controller. High-powered devices need special consideration.

The GE Z-Wave 40 AMP Wireless Controller is exactly the device to look to when automating devices with heavy load, such as automatic doors and cleaners, which are considered high-powered devices.  

Outdoor automation

The controller is weather-protected with a waterproof enclosure. It features a robust, yet simple design with large indicators and buttons for easy manual operation. It also has enough leftover space for better wire management.

As we are dealing with large currents and load, it is advisable to contract the installation out to a licensed electrician.

It is an ideal device for automating pool pumps, water heaters, and garage doors.

Tech Specs

Once you have your Z-Wave controller in place, you can get creative on how to automate your home with its help. Below are some examples of ways to control appliances in your home from lighting and sprinkler systems to air conditioning units and motorized blinds!

Best Z-Wave Lighting Controller

Z-Wave RGBW Light LED Controller

FIBARO RGBW LED Strips Regulator

View Price
On Amazon.com

With this device, you can control all sorts of different lighting setups, from LED’s and RGB lighting to halogen lights and RGBW strips. Additionally, it supports sensors for temperature, humidity, wind, and air quality.

Best Z-Wave Motor Controller

Z-Wave Motor Controller

Aeotec Nano Shutter Motor Driver

View Price
On Amazon.com

Z-Wave Motor Controllers allow you to wirelessly connect and control motorized equipment such as shades, blinds, or shutters. Integrated with a light sensor, you can program your curtains or blinds to open or close automatically.

Common Questions about the Z-Wave Controller

What is a Z-Wave Plus controller?

A Z-Wave controller allows you to control all the devices that run on the Z-Wave Protocol within your home. 

Think of it as a master remote for all your devices at home, the central hub which allows you to control and communicate with everything.

What is the best Z-Wave controller?

The best Z-Wave controller honestly depends on your needs. There isn’t a simple answer to this question. 

Although many consider the Samsung SmartThings Hub to be the best device out there for controlling your home, there are often circumstances where other devices might be a better option. 

For example, the Insteon Central Controller Hub would be great when you want all your devices under one manufacturer. 

At the end of the day, it just depends on what you want to achieve with your smart home.

What is the difference between Z-Wave Plus vs Z-Wave?

As the second iteration of Z-Wave, Z-Wave Plus has many offerings that Z-Wave simply does not share. For example, the Z-Wave plus offers 50% more battery life, 250% more bandwidth, automatic connection and a larger range as it allows devices to communicate up to nearly 200 feet further.

The Verdict

Overall, choosing the Z-Wave controller to orchestrate your smart home is a tough choice as it all depends on what you want to achieve. 

While the Samsung SmartThings Hub is highly regarded by many, make sure to check out all the other options before making your decision.

We hope this guide helps in making your choice!

9.6

TOP PICK

Aeotec Smart Controller (SmartThings Hub)

Takes over from Samsung manufacturing the SmartThings hubs.

View Price
On Amazon.com

Dubbed the “easiest path to a DIY smart home”, the Aeotec SmartThings Hub is one of the most beginner-friendly options available.

Top Features

• Support for ZigBee, Z-Wave, and Wi-Fi connectivity.

Sources

https://www.z-wave.com

Smart Home Perfected

The post 2024 Top Z-Wave Controllers – What they are and best devices available! appeared first on Smart Home Perfected.

Quick Update: In 2021, Logitech announced they were pulling the plug on the Harmony smart remotes. They said they will continue to support existing users for the foreseeable future, while also updating the platform and adding new devices. However, they will no longer manufacture universal remotes. I've listed them below as they are selling off their existing stock, however, I've bumped them down the list.

Best IR/RF Blaster Remote Controllers

9.0

SwitchBot Hub 2

Top PickMatter bridge with built-in Temperature and Humidity Sensor

View Price

8.8

BroadLink RM4 Smart Home Hub

Runner-UpVersatile RF/IR Control for a truly universal remote controller

View Price

8.5

MoesGo Universal Remote Control

Affordable OptionCompact RF/IR Controller

View Price

8.0

Fire TV Cube

4K Amazon Streaming for making your TV experience even smarter!

View Price

My main recommendation is the SwitchBot Hub 2. It supports all the functions of a smart remote/IR blaster but also includes a thermometer, hygrometer, and light sensor to extend functionality for air conditioners and smart thermostats. 

As for an alternative, I can recommend the BroadLink RM4 which includes both IR and RF support.

My Experience

As mentioned, in my home, I’ve configured my smart remote to universally control all devices in my home theater using the MoesGo Wi-Fi IR Control Hub. 

This does away with 7 individual remotes which previously controlled my electric heater, projector, set-top box, HDMI switch, Android box, surround sound, and strip lights! 

For the finishing touches, I created an Alexa IR blaster by hooking up my smart remote control, which uses the SmartLife app with Alexa routines. 

I can now instruct her to “Activate Cinema” which turns on all devices simultaneously! I can also request her to “Switch to Chromecast” or “Switch to TV” which cycles through the various HDMI inputs between my switcher and projector.

Read on to learn about the best smart remote controls and which ones are best for your home!

9.0

Top Pick

1. SwitchBot Hub 2

Matter bridge with built-in Temperature and Humidity Sensor

View Price
On Amazon

The SwitchBot Hub 2 is a smart Wi-Fi thermometer and hygrometer that can extend your IR remotes into your smart home platform.

Specifications

• Sensors: Temperature, humidity, and ambient light
• Programmable Buttons: 2
• Batteries: No, plugs into a wall outlet
• Compatibility: Alexa, Google Assistant, HomeKit (via Matter), Siri, SmartThings, IFTTT
• Dedicated App: Yes
• Connectivity Options: Wi-Fi, BLE, and IR

With the ability to combine dozens of IR remotes and control them via voice commands and mobile apps, the SwitchBot Hub 2 stands out as my top smart IR blaster/universal remote. 

The hub can also track humidity and temperature, not to mention the ability to trigger scenes using two dedicated buttons; ideal for users who don’t use a smartphone or issue voice commands.

Compatibility

The hub supports Matter and can be used with SwitchBot Lock, Curtains, and Blind Tilts, as well as smart assistants such as Alexa, Google Home, and Siri. Read my guide on the Matter standard here.

The devices sync well with systems like Alexa, Google, and also Apple HomeKit via Matter.

Installation Complexity

Setup for the SwitchBot Hub 2, however, can be difficult. Some users found this stage somewhat tricky, while others reported issues with the adaptive brightness feature, mentioning that it makes the display too bright in dim rooms.

8.8

Runner-Up

2. BroadLink RM4 Smart Home Hub

Versatile RF/IR Control for a truly universal remote controller

View Price
On Amazon

With support for over 100,000 appliances, and 433MHz RF band, BroadLink’s RM4 Pro is the most widely-compatible smart remote for all your non-smart devices.

Specifications

• Sensors: Temperature and humidity via the Micro-USB cable (purchased separately)
• Programmable Buttons: No
• Batteries: No, plugs into a power brick via Micro-USB
• Compatibility: Alexa, Google Assistant, Siri, IFTTT 
• Dedicated App: Yes
• Connectivity Options: Wi-Fi, IR, and RF

The BroadLink RM4 Pro Smart Home Hub never fails to impress me with its versatility. It works well with 433MHz RF devices like curtain motors and light switches with the potential to cover more than 100,000 IR and RF-enabled devices.

This hub’s focus on smart functionality and user experience is one of its strong points. With voice and app controls, it works with popular platforms such as Amazon Alexa, Google Assistant, IFTTT, and Siri. 

2.4GHz Wi-Fi

However, a major flaw that’s holding it back is 2.4GHz Wi-Fi. So it’s not as future-proof or universal as it claims to be. 

Also, some users have faced setup challenges and unstable connections with Wi-Fi.

8.5

Affordable Option

3. MoesGo Universal Remote Control

Compact RF/IR Controller

View Price
On Amazon

The Moes Go Universal Remote Hub is the most straightforward device to combine all your IR and RF remote controllers and control them via a compatible app.

Specifications

• Sensors: No
• Programmable Buttons: No, controlled and configured through the app
• Batteries: No, plugs into a wall outlet or charging brick
• Compatibility: Tuya/Smart Life App with Alexa and Google Assistant for voice commands
• Dedicated App: Yes
• Connectivity Options: 2.4GHz Wi-Fi, IR, and RF (IR-only option can be purchased separately for a lower price)

The MoesGo Control hub directly interfaces with the Tuya/Smart Life App, letting you command devices through your smartphone. It also supports voice assistants such as Alexa and Google Assistant, bringing hands-free voice control into the mix.

Supported Devices

This smart remote is a quick study, memorizing commands from your regular IR remotes. It can handle your TV, air conditioner, and dozens of other remotes.

Along with hundreds of compatible devices, you can also use the DIY copy function to make this smart remote controller learn to work with other smart devices and home appliances such as LED fireplaces, ceiling fans, or simple heaters. 

Notable Drawbacks

Unfortunately, this remote limits you to a 2.4G WiFi connection. On top of that, pairing with RF or IR devices could prove frustrating for beginners.

8.0

4. Fire TV Cube

4K Amazon Streaming for making your TV experience even smarter!

View Price
On Amazon

A hands-free smart remote from the world’s largest online retailer Amazon. The Amazon Fire TV Cube is the fastest and most popular Fire TV.

Specifications

• Sensors: No
• Programmable Buttons: No, but includes playback control and dedicate remote
• Batteries: No, Cube plugs into a wall outlet with 2 AAA batteries required for the remote
• Compatibility: Alexa
• Dedicated App: Yes
• Connectivity Options: Wi-Fi 6E

Note: Compared to the previous version of this product, the latest model comes with Wi-Fi 6E support for the latest home routers, a new faster processor, and additional HDMI, USB-A, and Ethernet slots.

The Amazon Fire TV Cube is the most powerful and reliable remote controller that can stream video, music, and games to your TV. 

Fire TV is compatible with multiple streaming platforms. You can connect it with Netflix, Prime Video, YouTube, HBO, Apple TV, and many more. 

Voice Commands

Thanks to voice command compatibility, you can extend control to your smart devices and appliances from across the room. You can also use the Alexa Voice Remote to adjust the volume on your TV without having to convey a voice command.

Besides that, you can use this smart hub to change the live cable or cable channels using your voice. Even when the TV is off, you can use simple voice commands to make Alexa check the weather or turn on the lights. 

Streaming Features

As soon as you get this upgraded Fire TV, you will get access to 4K Ultra HD content, and support for Dolby Vision, HDR, and HDR10+.

This smart Fire TV control is compatible with a soundbar and an A/V receiver. 

Also, performance has improved: it's faster and more responsive. With an octa-core processor, it smoothly switches between apps and handles graphic-intensive games pretty well.

Issues

All that being said, some users did hit a few snags when trying to set it up.

Syncing the remote and other gadgets can also be tricky as updates and resets can be necessary to get it to work right. Overall, it might take some patience to set everything up.

8.0

5. SofaBaton X1 Universal Remote Control

Customizable Scenes and Universal Control for Home Entertainment Systems

View Price
On Amazon

The X1 universal remote can control most of your home entertainment devices, from your TV to your gaming console, AV receivers, and even your smart devices like Philips Hue and Sonos Speaker.

Specifications

• Sensors: No
• Programmable Buttons: Yes, several physical buttons and “One-Touch” Activities that can be selected from the remote’s display
• Batteries: Yes, the remote comes with rechargeable batteries
• Compatibility: Alexa and Google Assistant for voice commands
• Dedicated App: Yes
• Connectivity Options: Wi-Fi, IR, and Bluetooth

The SofaBaton X1 Universal Remote Control can merge all of your entertainment and smart devices into a single remote controller. 

It supports over 500,000 IR and Bluetooth devices covering everything from TVs to game consoles, smart lights, and speakers.

SofaBaton Hub

The SofaBaton X1 comes with a hub, remote controller, and two extra IR boosters, making it one of the best IR smart remotes on the market. 

The hub centralizes the smart remote, allowing you to incorporate your existing remote controllers and provide smart functionality such as voice commands and the option to control scenes or smart devices using the dedicated remote. 

On top of that, you can ping the remote using the hub, which can be extremely helpful in a pinch.

Dedicated Remote

The SofaBaton X1 remote has light-up keys, meaning it’s easy to see in the dark. Plus, its 2-inch screen helps in quickly-switching devices and scenes, ensuring a seamless entertainment experience

Known Issues

The X1's compatibility with home assistants is a standout feature. However, users have reported certain issues - from interface problems to the device forgetting saved macros, and scenes.

7.8

6. Frankever Smart IR Remote Control

Highly Affordable Hub to Consolidate Dozens of IR Remotes

View Price
On Amazon

The Frankever Wi-Fi smart hub is a much more affordable alternative that’s compatible with over 50,000 devices. Whether that’s entertainment, A/C, fans, light switches, and more.

Specifications

• Sensors: No
• Programmable Buttons: No, controlled and configured through the app
• Batteries: No, plugs into charging brick via USB
• Compatibility: Alexa, Google Assistant, Siri, IFTTT
• Dedicated App: Yes
• Connectivity Options: 2.4GHz Wi-Fi and IR

FRANKEVER’s R4 is a pocket-sized IR remote hub that can replace dozens of your IR remotes. It’s compatible with over 50,000 infrared appliances, whether that’s TVs, DVD players, air conditioners, fans, and more.

It brings it all to your phone via the Smart Life app, turning it into a true universal remote.

Voice Assistants and Custom Scenes

There's good news for Alexa, Google Assistant, and IFTTT users as the hub is voice command-friendly and allows you to customize scenes and timers with the included remote controllers. 

So, want to switch on the A/C at a particular time, condition, or voice command? Consider it done!

iPhone users aren't left out either as it easily complies with Siri's instructions.

Difficulty of Initial Setup

Unfortunately, like many other hubs on this list, the initial setup can be a pain, especially for newcomers.

7.5

7. Logitech Harmony Companion

DISCONTINUED – Over 270,000 compatible devices!

View Price
On Amazon

The Logitech Harmony Companion (including Hub) is one of the first smart remote controllers of it's kind; featuring voice commands and a dedicated App to control scenes and devices.

Specifications

• Sensors: No
• Programmable Buttons: Yes, controlled and configured through the app
• Batteries: Yes, rechargeable remote controller with the hub plugged into a wall outlet
• Compatibility: Alexa
• Dedicated App: Yes
• Connectivity Options: 2.4GHz Wi-Fi and IR

DISCONTINUED

The Logitech Harmony Companion is more than a TV remote. Known for top-notch electronics, Logitech built this tidy gadget to be handheld and fully customizable for smart home technology.

The remote has a Lithium Metal battery so you can easily recharge the remote while you control your smart devices via the Harmony Remote app.

Use Cases

This smart remote controller works with over 270,000 smart devices that include Smart TVs, satellite and cable boxes, Apple TVs, Game Consoles, Philip Hue lights, and many more.

Users can easily set up this device from their computer or use the dedicated app that is available for both iOS and Android.

Drawbacks

I like how it consolidates control of a ton of different devices into a simple hub. But, there's a catch: setting it up could requires some patience and technical know-how.

7.5

8. Logitech Harmony Home Elite

DISCONTINUED – Great touchscreen interface

View Price
On Amazon

The Logitech Home Elite remote is the quintessential big brother with customizable One-touch functions and an improved remote controller

Specifications

• Sensors: No
• Programmable Buttons: Yes, controlled and configured through the app
• Batteries: Yes, rechargeable remote controller with the hub plugged into a wall outlet
• Compatibility: Alexa
• Dedicated App: Yes
• Connectivity Options: 2.4GHz Wi-Fi, IR and RF

DISCONTINUED

The Logitech Harmony Elite beats older models with a touchscreen display, customizable one-touch options, and a better rechargeable battery.

Even though it's discontinued, I’m still love its features, allowing it to control many devices, and establish itself as a true universal remote thanks to constant updates.

All good things aside though, this smart controller does run into the same faults as the competition. Users do mention its complex setup and non-intuitive mobile app interface.

What are Smart Remotes and IR/RF Blasters?

A smart remote control is a device that can wirelessly control various electronic devices such as TVs, streaming devices, sound systems, and smart home devices. 

It relies on Wi-Fi, Bluetooth, or infrared technology to communicate with the devices, allowing users to easily manage and operate them from a single remote, mobile app, or even through voice commands. 

Depending on their functionality, you can also make them trigger scenes, allowing you to automate your non-smart devices by mimicking their specific remote controller’s behavior. 

Further Automation

This opens up a new realm of possibilities, allowing you to automate scenes such as turning off the TV at a specific time or turning on the air conditioner when it’s too hot (with the help of a smart thermometer). 

What to Look for When Purchasing a Smart RF/IR Blaster Remote Controller

With the ability to combine the behavior of all your existing non-smart remotes and take center stage as the virtual conductor for your smart home orchestra. These devices are truly invaluable. 

However, they tend to be more expensive and might run into certain issues, so making sure you pick the right device is paramount. 

So when picking a smart IR/RF blaster to de-clutter your remote controllers, you need to look for:

Compatibility

In this regard, it's not just about whether the remote can connect to your devices, it's about how well it integrates with your existing smart ecosystem. 

Take the SwitchBot Hub 2, for instance. It's not just designed to control SwitchBot devices. It's also able to absorb the operation of many IR remote controllers and help bridge them into large-scale platforms like Alexa and Google Assistant, opening up possibilities for advanced control and automation.

Ability to Take on Both IR and RF Remotes

In the same vein, if your home is strewn with infrared and RF devices, your smart remote should be able to handle both. 

Like the BroadLink IR/RF Smart Home Hub, which speaks both IR and RF languages fluently. Or the SofaBaton X1 Universal Remote, which has a database compatible with up to 500,000 IR & Bluetooth devices.

Try to Ensure Compatibility With the Direct Brand and Models of Your Existing Devices

So, be sure to check – and double-check – that whichever smart remote you're considering plays nice with all your existing tech. 

It's not a fun surprise to find out your new remote can't talk to half the devices in your house, trust me.

Ease of Use

Besides their premium price tag, the steeper learning curve is what many users complain about with these types of smart remote controllers. 

As such, a key consideration should be how effortlessly you can combine another remote and control it.

Look For a Seamless Setup Process 

Ideally, your remote should involve a setup process that's a cinch to navigate through. For instance, consider the SwitchBot Hub 2. 

It's a smart device, but its real genius is in its user-friendly nature. The setup is simple and it even boasts smart buttons for easy control.

Similarly, the BroadLink RM4 Pro comes equipped with a user-friendly app – no fuss, just function. 

Futureproofing

When choosing a smart remote control, be mindful of its ability to scale and adapt to your needs. 

Both BroadLink RM4 Pro and the SwitchBot Hub 2 flexibly accommodate new devices, growing with your smart home. The scalable nature of these remote controls lies in their compatibility, and learning capabilities. 

Learning Ability and Frequently Updated Libraries

The BroadLink includes an online updated IR library and manual learning option for new devices, making it adaptable as you add more to your home automation. 

The same goes for SwitchBot, boasting a smart learning feature, allowing it to cater to the addition of multiple infrared remotes. 

Making sure you go for a device with these futureproof functions will prevent the need for replacements as your smart home expands.

Extra Features

When selecting a Smart Remote, you need to consider additional features that align with your usage habits and preferences. 

For instance, if you use an air conditioner, humidifier, or space heater, the SwitchBot Hub 2 or BroadLink IR/RF Smart Home Hub might be beneficial. 

Using Sensors and Other Smart Devices to Enhance Automation

They’ve got the option to interface directly with sensors that can help you automate certain functions. This can be anything from turning on the A/C at a particular temperature to turning on the lights when it gets dark.

That being said, you can do the same thing, provided you have third-party smart sensors set up and connected to the same platform. 

Programmable Buttons and Triggers

Also, let's not forget about programmable buttons – having the ability to streamline your favorite activities or scenes is a game-changing feature. 

The Fire TV Cube perfectly embodies this idea, enabling you to not only control your TV but also manage other smart home devices with ease. 

So make sure to note down the programmability of these smart remotes and map out their functions to see if they can contribute to your ideal smart home setup.

How I Tested

This lineup was a passion project for me because, with my experience using the MoesGo Universal remote controller in my home, I have firsthand experience of what it’s like to set these up and use these devices for an extended period.

However, I also did extensive online research on various other smart remote controllers. 

Mainly, I focused on factors such as ease of setup and use, compatibility with different devices and brands, range and reliability of the blaster, and integration with mobile apps and voice commands.

Based on my personal experience plus a good deal of research and testing, I was able to compile a list of the best smart remote controllers.

As such, I made sure to include devices that covered a range of features and budgets since not everyone is willing to go for the MoesGo Universal.

FAQs

What is a Smart IR/RF Blaster Remote Controller and How Does it Work?

An IR/RF blaster with smart remote control is a device that allows you to control multiple smart devices, like your TV, sound system, and streaming services, all from one central hub.

It works by copying the settings of your non-smart remote and then mimicking the appropriate signal.

Can I Use a Smart IR/RF Blaster Remote Control with All My Existing Devices?

Most of these smart remote controllers are designed to work with a wide range of devices, including popular brands of TVs, sound systems, and streaming devices. However, it's always a good idea to check the compatibility list or the manufacturer's website to ensure your specific devices are supported.

That being said, some devices do offer the option to “learn” or manually program a specific remote controller. However, they still need to follow the same IR/RF frequency band for this to work.

Do I Need an Internet Connection for these IR/RF Smart Remote Controllers to Work?

Yes, you'll need an internet connection for the initial setup and to download any necessary updates or firmware. Once your smart remote control is set up, it can control your devices without requiring an active internet connection.

That being said, you will miss out on app control and voice commands, so being connected to the internet is the best option. 

Are Smart IR/RF Blasters Remote Controllers Easy to Set Up?

Unfortunately, most of these devices can be difficult for beginners to set up. This is an issue that’s very common across these types of devices since there are thousands of non-smart controllers that use different signals to control their corresponding equipment and appliances. 

So unless you’re configuring a remote for a popular brand of TV, air conditioner or entertainment system, you might have a tough time getting to copy the behavior of certain remote controllers to this smart device. 

What’s the Difference Between a Smart IR/RF Blaster and Non-Smart Universal Remote Controllers Sold by Third Parties 

While both universal and smart remotes can operate multiple devices, there’s a significant difference in their capabilities. Universal remotes can control devices like your TV, Blu-ray player, set-top box, and home theater system. 

In contrast, a smart remote extends to modern tech like smart lights or thermostats. It’s the universal remote's gadget-savvy cousin – commanding a greater ecosystem with a touch, a swipe, or a voice command.

What are the Pros and Cons of Setting Up a Smart IR/RF Blaster?

Smart remotes offer control over many devices, and customization, and often include voice commands. 

However, they can be more costly than basic remotes, and depending on your tech aptitude, difficult to set up and automate. 

Verdict 

9.0

SwitchBot Hub 2

Top PickMatter bridge with built-in Temperature and Humidity Sensor

View Price

8.8

BroadLink RM4 Smart Home Hub

Runner-UpVersatile RF/IR Control for a truly universal remote controller

View Price

References

• https://www.switch-bot.com/
• https://www.broadlink.ae/product-page/broadlink-rm4-pro
• https://www.sofabaton.com/x1.html

The post 8 Smart Remote Controls – Alexa Control with IR / RF Blasters appeared first on Smart Home Perfected.

Join me as I explore the key features of 7 models from Blink and 29 models from Lorex! You can find the specific product codes of the cameras included at the end of this article.  

The Winners

Best for Simple Security

View Cameras & Kits

Best for Professional Security

View Cameras & Kits

Best for Simple Security: Blink

Blink offers an easy and budget-friendly installation process. With its wireless setup and reliance on cloud storage, Blink cameras eliminate the need for complex wiring and provide convenient access to recorded footage from anywhere. 

Despite their affordability, these cameras still pack advanced features such as customizable motion detection and impressive battery life, ensuring continuous surveillance coverage. 

For hassle-free and cost-effective security solutions without compromising on quality, Blink is my winner.

Best for Professional Security: Lorex

Lorex offers a variety of camera types for different uses and eliminates the need for monthly cloud subscription costs. 

Further, a majority of its cameras support third-party security systems and boast advanced motion detection and smart detection features. 

With digital WDR, higher resolution, and advanced video features, such as 3D Noise Reduction, Lorex cameras deliver clear and detailed footage even at night!

Additionally, Lorex cameras are known for their durability and weather resistance.

For reliable and high-performance security solutions, Lorex is my winner.

Winners per Category

Lorex generally has higher-grade cameras than Blink which is why they win in most categories. That's not to say that a Blink camera is not worth it, as they are ideal for simple security with no hassle.

Overview

In this overview, I compared Blink and Lorex across various attributes such as camera types, power, and data options, pricing, cloud subscription services, and standard warranty.

Camera Types

Blink offers a range of camera types, including floodlight, cube, and video doorbell models. 

In comparison, Lorex provides a wider variety of camera types, including bullet, turret, PTZ (pan-tilt-zoom), floodlight, spotlight, and video doorbell models.

Power and Data Types

Blink has a combination of wireless data and wired power security cameras, along with a wireless data and battery-powered option, while Lorex offers more variety in connectivity with models that are completely wired, wireless cameras with wired power, and a few wireless and battery-powered options.

Pricing

Both brands provide cameras at different price points to cater to various budgets. 

Blink cameras are generally more affordable, with most models falling in the budget and mid-range categories, like the Mini Pan-Tilt Camera, which is a budget-friendly option for an indoor PT camera. 

For those who prefer battery-powered cameras, Blink offers the Indoor and Outdoor 3rd Gen models, which provide wireless data and battery power. 

For floodlight cameras, Blink has the Budget Wired Floodlight Camera and the Outdoor 3rd Gen model.

In contrast, Lorex has more high-end cameras, although there are some budget and mid-range options available.

Lorex provides the LNZ44P12B, a high-end PTZ camera that can be used outdoors with wired data and power.

Cloud Subscription Services 

All Blink cameras have cloud subscription options, allowing you to store your footage remotely. 

However, Lorex cameras do not offer cloud subscription options.

Standard Warranty Offered

In terms of warranties, both Blink and Lorex offer the same 1-year standard warranty for their cameras.

Wired vs Wireless

When analyzing the power and data functionalities, I focused on the power options, data transmission techniques, and data formats supported by Blink and Lorex.

Winner: Draw

While Lorex provides a wider range of power and data transmission options, offering flexibility in setup, Blink stands out with its wireless and battery-powered design.

Power Options

Blink offers cameras with battery, solar panel, DC, and AC power options. Interestingly, most Blink models are battery-powered, with some featuring solar panel support. 

Lorex provides a variety of power options, including battery, solar panel, DC, AC, and Power over Ethernet (PoE).

Data Transmission

While comparing data transmission methods, I found that all Blink models rely on 2.4GHz WiFi for data transmission, whereas Lorex cameras offer a broader range of options, with some supporting both 2.4GHz and 5GHz WiFi, and others exclusively using PoE. 

Additionally, some Lorex models utilize coaxial cables for transmitting data, catering to those who prefer analog systems.

Data Type

Blink exclusively offers IP cameras while Lorex offers both IP (Internet Protocol) and analog cameras.

IP cameras transmit digital video signals over an IP network, whereas analog cameras primarily use older technology with HD analog data formats such as HD-AHD, HD-TVI, HD-CVI, and HD-CVBS.  

Storage and Third Party Compatibility

In analyzing the storage and smart integration capabilities of each brand, I put emphasis on evaluating storage capacity, the range of storage options available, and interoperability features.

Winner: Lorex

Both Blink and Lorex offer different options for storage. However, Lorex has models that support compatibility with other third-party applications.

Storage Capacity

One common feature across most Blink models is their reliance on wireless hubs and cloud storage or USB flash drives for storage. This means that Blink cameras generally do not have their own on-board storage.

Several Lorex models include on-board storage with capacities of up to 256GB using microSD cards such as the W881AAD-E, and W452ASDB-E.

Storage Options

Blink cameras are generally wireless and come with various storage options, including cloud storage and wireless hubs with USB flash drives in some models. 

In addition to microSD storage, some Lorex cameras such as the LNZ81P25, LBV2531W, and LZV2925SC, are compatible with Network Video Recorders (NVRs), Digital Video Recorders (DVRs), NAS, and FTP systems, offering diverse storage options to suit a variety of needs.

Interoperability

Blink cameras generally don’t play well with other security systems.

On the other hand, some Lorex cameras like the LNZ44P4BW, LNZ44P12B, and LNE9383  offer ONVIF, RTSP, and CGI compatibility, allowing them to work seamlessly with a range of third-party systems. 

Smart Detection

In this comparison, I assessed the smart features of Blink and Lorex cameras, with a specific focus on their smart integrations, customizable motion zones and sensitivity, motion alerts, smart motion detection capabilities, and other functionalities offered by both brands.

Winner: Draw

Both brands offer models that integrate into a variety of popular voice assistants. Blink has an edge for its configurable motion zones in all its models, while Lorex stands out for its advanced motion alerts and advanced smart detection features in some of its models.

Smart Integrations

Both brands support popular platforms such as Alexa and Google Assistant. This compatibility allows future owners to conveniently control their security systems with the help of voice commands. 

All Blink cameras in this research support Alexa, with some also supporting Fire TV and Echo Show like the Video Doorbell, while its Mini Indoor Security Camera also supports Google Assistant. 

Comparatively, Lorex cameras generally support Alexa and Google Assistant. Some models like  W461ASC-E and V261LCD-E also support Chromecast and Apple TV.

Configurable Motion Zones and Sensitivity

Both brands also offer configurable motion sensitivity, a helpful tool that allows users to adjust how easily motion triggers the cameras.

For Blink, almost all of its camera models support this feature except for the Wired Floodlight Camera. Meanwhile, a small number of Lorex cameras have this feature among the 29 models included in this research.

Motion Alerts

Push notifications are a standard feature in both brands, ensuring that users receive immediate alerts when suspicious or interesting activity occurs in their vicinity. 

Additionally, some Lorex cameras like the LNE9383, E896AB, and E893DD-E support other event-triggering options, such as video tampering, missing object, and abandoned object detection.

Smart Motion Detection Features

A crucial feature of contemporary security cameras is their ability to detect motion in specified zones which enable users to designate areas that need special attention and receive notifications when motion is detected.

In my research, I found that a majority of Blink and Lorex cameras are equipped with this capability. 

Blink's range of cameras generally comes with person detection, while Lorex cameras have a more extensive array of specialized detection options. 

Several Lorex models such as the W881AAD-E and support person detection, vehicle detection, object detection, and animal detection, with the LNZ44P12B incorporating advanced features such as heat mapping and people counting.

Two-Way Audio

When examining the audio capabilities of each brand, I considered the microphone and speaker quality, two-way audio features, siren and alarm options, and audio and alarm interface.

Winner: Draw

Blink has two-way audio communication capabilities in the majority of its models, while Lorex has models that offer integrated sirens.

Integrated Microphone, Speakers, and Two-Way Audio

The majority of cameras from both brands come with integrated microphones and speakers, which allow two-way audio communication between the camera and an external device like a smartphone. 

In particular, almost all cameras in the Blink lineup include this feature, while a large portion of Lorex models come equipped with two-way audio.

Siren and Alarm Features

When it comes to security alarm features, there are a few differences between the two brands. While the majority of Lorex models do not have integrated sirens and alarms, a healthy portion does include them. 

Blink, on the other hand, incorporates an integrated siren in one of its models, the Wired Floodlight Camera. 

The sirens found in selected models from both brands have loudness ratings of up to 105 dB for Blink and 110 dB for Lorex, making them effective deterrents against intruders.

Audio and Alarm Interface

For those considering a camera with an alarm interface, options are more limited; just one Lorex model, E881AP-W, includes such an interface. Audio interfaces, on the other hand, are generally not included in the cameras from either brand.

Footage

Here, I particularly focused on the video features of both brands, closely examining the recording capabilities, number of frame rates, video coding formats, WDR functionality, and advanced features.

Winner: Draw

Lorex offers digital WDR and advanced features such as 3D Noise Reduction, Image Rotation, and Mirror Control, but Blink generally has a higher FPS rate and privacy masking in some of its models.

Continuous Recording vs Motion-Activated Recording

Blink cameras can only support motion-activated recording as they are usually battery-powered with low storage capacity.

For Lorex, their PoE, Coax, and even some hardwired Wi-Fi cameras can support 24/7 recording while also supporting motion-activated footage. 

Maximum Supported Frame Rates

This feature ensures smoother video playback. In this research, I found out that most Blink cameras support 30 frames per second (fps). Similarly, most Lorex cameras also support 30fps, but some models have lower frame rates like 15fps.

Video Coding Format

Video coding format plays a role in determining video quality and compression efficiency. Both brands support H.264 format, which is a widely-used video compression standard. 

Many Lorex models like the W881AAD-E, W452ASDB-E, and E881AP-W  also support the more advanced H.265 format, which provides better compression efficiency and video quality compared to H.264. 

Wide Dynamic Range (WDR)

This feature helps to balance contrasting bright and dark areas within an image. It is a useful feature for outdoor cameras or cameras operating in environments with uneven lighting. 

Digital WDR appears more prominently in Lorex camera models like the LNB9242B-W, E841CD-E, and E841CA-E than in Blink cameras.

Advanced video features

In terms of advanced video features, Lorex cameras provide a wider range of options such as 3D Digital Noise Reduction (DNR), White Balance Control, Gain Control, Image Rotation Control, and Mirror Control, among others. 

The majority of Blink models included in this research offer privacy masking but don't provide as many advanced video features compared to Lorex.

Low Light and Full Night Vision

When considering the night vision capabilities of both brands, I specifically looked at the different types of night vision, spotlight functionalities, and the infrared distance offered by the cameras.

Winner: Lorex

Lorex offers models with different types of night vision and spotlight features while Blink generally has infrared night vision across its models.

Types of Night Vision

In terms of night vision functionality and type, Blink primarily focuses on infrared night vision, with its Wired Floodlight Camera and Outdoor 3rd Gen models offering full-color night vision via a spotlight. 

On the other hand, Lorex boasts models that provide infrared night vision, full-color night vision via spotlight, and even full-color night vision via low-light sensor technology. 

Spotlights

The spotlight feature is another notable difference between these two brands.

As earlier stated, among the Blink models included in this research only the Wired Floodlight Camera, and Outdoor 3rd Gen have this feature. 

On the other hand,  a more significant number of Lorex models such as E896AB, E893DD-E,E893AB-E and C883DA-Z include spotlights with varying lumen output.

This feature, combined with low-light sensor technology in some models, can significantly improve overall visibility at night.

Infrared Distance

Both brands provide a range of infrared (IR) distance options for both ambient lighting conditions and total darkness. 

Blink mostly offers cameras with infrared night vision, while Lorex expands upon this feature with full-color night vision through low-light sensor technology, which can enhance the visibility of objects and people during nighttime.

Camera Image Sensors

Here, I examined the camera and lens specifications of Blink and Lorex, focusing on features such as the field of view, lens type, and resolution of the cameras.

Winner: Lorex

Lorex provides cameras with higher resolution and motorized lenses which enable the camera to zoom in or out remotely.

Field of View

Blink offers a range of cameras with field of view (FOV) options that vary depending on the model. 

For example, their wired floodlight camera has a diagonal FOV of 143 degrees, the indoor and mini indoor security cameras offer 110 degrees, and the outdoor 3rd generation has 110 degrees as well. The video doorbell boasts a horizontal FOV of 135 degrees and a vertical FOV of 80 degrees. 

Lorex provides an even wider array of security cameras with more diverse FOV options. For instance, the LNZ44P4BW model has a motorized lens with a horizontal FOV ranging from 104 to 33 degrees, while the LNZ44P12B model has a horizontal FOV of 54 to 4 degrees.

Lens Type

Most Blink cameras are built with fixed focus lenses, which means they maintain a fixed focal length without the need for adjustments.

Lorex cameras are equipped with fixed focus lenses like Blink; however, several Lorex models such as the LNZ81P25 and E881AP-W feature motorized lenses.

Resolution

Another key distinction between the two brands is camera resolution. Blink cameras typically offer a resolution of 2MP, while Lorex offers a range of resolutions, including 2MP, 4MP, and even 8MP for crystal-clear image quality.

Image Sensors

Regarding image sensors, both brands equip their cameras with CMOS sensors to ensure high-quality image capture. While not all Blink cameras specify the size of their image sensors, Lorex often includes this information – with 1/3″, 1/2.7″, or 1/2.8″ sensors listed on various models. Larger sensors generally result in better image quality, especially in low-light conditions.

Optical Zoom and PT Features

Here, I assessed the PTZ capabilities of both brands, focusing on pan, tilt, and zoom options.

Winner: Lorex

Lorex offers various PTZ cameras across its camera lineup compared to Blink.

PTZ Capabilities

PTZ features (pan, tilt, and zoom) are essential if you're looking for a security camera that can automatically cover a wide area, track subjects, or be remotely controlled. 

Pan and tilt abilities are essential for broader coverage areas, and Blink’s Mini Pan-Tilt Camera, offers a pan angle of 350° and a tilt angle of 125°, while Lorex models like LNZ44P12B, LNZ81P25, and E881AP-W feature pan angles of 360°, providing a comprehensive view of the surroundings. 

Zoom Features

Some Blink models offer digital zoom, such as the Wired Floodlight Camera and Video Doorbell. 

Conversely, Lorex has multiple models with both digital and optical zoom capabilities. Notably, models LNZ44P12B, LNZ81P25, and LZV2925SC offer 16x digital zoom, while models LNZ44P4BW and LNE9292B provide optical zoom with 4x magnification.

PTZ Camera Choices

Lorex has multiple PTZ cameras like the LNZ44P12B, LNZ81P25, and LZV2925SC, which include various tours, presets, scans, and patterns. In contrast, Blink does not have any models with PTZ features.

Camera Quality

In assessing the build quality of camera models, I focused on factors such as durability in different weather conditions, the choice of materials, and the recommended operating temperature range.

Winner: Lorex

Lorex cameras are better built and provide a wider range of operating temperatures to withstand the changing weather.

Weather Resistance 

Blink offers a weather-resistant Wired Floodlight Camera and two IP65-rated models (Outdoor 3rd Gen and Video Doorbell).

However, Lorex has a much wider range of options. They provide cameras with IP65, IP66, and IP67 ratings, thus meeting the needs of those who want a high level of protection against various weather conditions.

Build Quality

When it comes to materials, Lorex offers cameras made of metal, heavy-duty metal, aluminum alloy, polycarbonate, and aluminum.

Blink, on the other hand, focuses on using metal and plastic materials for their camera construction.

Operating Temperature

The operating temperature range is a significant consideration for users in extreme climates. 

Blink has a narrow range of temperatures, with a maximum of 95°F to 113°F and a minimum of 32°F to -4°F. 

Lorex, on the other hand, has a wider range, with a maximum of 45°F to 158°F and a minimum of -10°F to -40°F. This makes Lorex suitable for regions with more extreme temperatures.

How I Researched

Resources

https://blinkforhome.com/

https://www.lorex.com/

The post Blink vs Lorex: Battle of the Security Cameras appeared first on Smart Home Perfected.

Does Alexa need a steady WiFi connection to work at its best? A lot of Alexa's key features rely heavily on applications and services that are based in the cloud. Consequently, it's crucial to ensure consistent internet access through a dependable WiFi network.

There are a small subset of features on an Echo speaker or display that can still function without an active Wi-Fi or internet connection. The specific features available depend on the exact model you have. Below I walk through what features work without Wi-Fi and how you can use your Echo device without having a fixed internet connection.

Note: The latest Echo Show displays can be connected to the internet via a micro-USB > Ethernet adapter. In this case, you don’t need Wi-Fi, yet you can still avail of all Alexa features. 

Why Alexa needs Wi-Fi for most functions

Alexa’s functions can be broadly broken down into local / on-device functions and cloud functions. 

For example, Alexa uses audio pattern-recognition software installed on the Echo speaker to recognize the “wake word”. Once it hears the “wake word”, it then records the audio request and sends it to the cloud for processing. The cloud service then interprets the request using “natural language processing”, carries out an appropriate action (such as checking if there is traffic in the area) and sends the response back to the device, to be relayed to the user. 

In the above example, without an active Wi-Fi or internet connection, Alexa won’t be able to send the request to the cloud. This is why the vast majority of Alexa features won’t be available without Wi-Fi.

Does Alexa Need WiFi: What Alexa features work without WiFi or when your device is offline?

Certain models of Echo speakers and displays can support a limited number of voice commands to carry out various functions. This is similar to the audio pattern-recognition software used to recognize the “wake word”, so cloud processing is unnecessary.

1. Basic Features

Without Wi-Fi, you can ask your Echo device to increase, decrease and control your volume level. As it has an internal clock, it can still give you the date and time. You can also dismiss reminders, alarms and timers that were previously set and scheduled to go off as these are saved on the device and not in the cloud. You can’t however create new timers, reminders or alarms as this requires cloud processing.

2. Smart Device Control

Certain Echo devices have an inbuilt Zigbee radio which allows them to be used as a smart home hub. This includes the Echo 4th Gen, Echo Plus (1st and 2nd Gen) and Echo Studio speakers alongside the Echo Show 10 (2nd & 3rd Gen) smart display. The various Echo Dot speakers do not have this Zigbee chip.

By pairing your Zigbee light switches, bulbs, plugs and locks to Alexa, you can then control them via this Echo hub.

You can enable “Local Voice Control” by going to the Alexa App > Devices > Select the Echo device > Settings > Local Voice Control. 

This allows you to use a limited set of voice commands to control these devices if your Wi-Fi or internet connection goes down.

Note: As ridiculous as it sounds, you actually need to be online to enable local voice control in the app! Also I’ve seen some discussion online noting that this setting has disappeared for some users with newer devices – I’m not sure if it’s simply becoming a standard fallback option when the Wi-Fi cuts out or if Amazon are discontinuing the feature.

3. Bluetooth

Your Echo device can be configured to act like a Bluetooth speaker, so you can stream music or podcasts from your phone without Wi-Fi.

For Echo speakers, unfortunately, you need Wi-Fi to initially pair your phone to your speaker. Once paired, you then no longer need Wi-Fi. You can achieve this by setting up a temporary Wi-Fi hotspot from your phone which I walk through in the next section.

As Echo Show devices have a display interface, you can access the Bluetooth settings menu and pair a device without a Wi-Fi connection.

Note: Alexa on a Fire TV stick is 100% dependent on a Wi-Fi connection and cannot operate at all without it.

How to use your Echo Speaker as a Bluetooth Speaker

How to use your Echo Show Display as a Bluetooth Speaker

How to connect Alexa using mobile data and a hotspot

Using a mobile hotspot is a simple alternative to connect your Echo speakers and displays to the internet without having access to a fixed Wi-Fi router. After all, the principle is the same as using a dedicated Wi-Fi connection for your home or office.

As discussed in the last section, this is great if you want to quickly pair your phone to your Echo speaker over Bluetooth and then use it offline.

All you need to have is a smartphone that has its own data internet connection and data package with a provider. So, below is a step-by-step outline of how to connect Alexa to a mobile hotspot.

Note: Echo speakers can download a large amount of data so make sure you have a mobile data plan to support this type of connection.

How does a mobile Hotspot work?

Mobile hotspots work similarly to a Wi-Fi connection. Your smartphone uses its hot-spot online connection to a data network as if it were a broadband data source.

Your mobile phone hot-spot uses its 3G/4G/5G cellular network to connect to the internet and then share this connection with other devices.

So, if you are in a home with no broadband connection, you can instead use your smartphone’s data package to provide online access to electronics such as a smart TV, laptop, or Alexa devices through the mobile hot-spot. You must ensure that your mobile data connection is strong though and you have a data package large enough to facilitate these other devices. Otherwise, you may end up with a rather large bill from your mobile carrier.

I hope that the above sheds some light on using your Alexa device without Wi-Fi and the possible workarounds.

Sources

https://www.amazon.com/gp/help/customer/display.html?nodeId=201602230

https://developer.amazon.com/en-US/docs/alexa/smarthome/zigbee-support.html

https://www.amazonforum.com/s/question/0D56Q00009T2o0jSAB/does-echo-4th-gen-support-local-voice-control

The post 5 Essential Facts: Does Alexa Need WiFi to Function Effectively? appeared first on Smart Home Perfected.

In this article, I explore and compare the key features of 38 security cameras (7 camera models from Blink and 31 models from Reolink). You can see the full list of product codes included in this research, at the bottom of the article. 

Read on to discover which brand reigns supreme in this titanic battle!

The Winners

Best for Simple Security

View Cameras & Kits

Best for Comprehensive Security

View Cameras & Kits

Best for Simple Security: Blink

Blink is my winner when it comes to a simple security solution. They excel in providing a hassle-free installation process, thanks to their wireless setup, eliminating the need for complex wiring. 

Most of their cameras are battery-powered and Blink cameras rely on cloud storage to store video footage securely, ensuring easy access to recordings from anywhere. This cloud-focused approach means that there is no dependence on local storage devices that can be prone to damage or theft. 

One of the standout features of Blink cameras is their budget-friendly price points, making them an attractive choice for those seeking affordable security solutions without compromising on quality. (That being said, you’ll probably need to factor in the cloud cost over the lifetime of the cameras)

Despite their affordability, Blink cameras still offer advanced features such as motion detection and customizable alert settings. 

Additionally, Blink cameras boast impressive battery life, minimizing the need for frequent battery changes and ensuring continuous surveillance coverage.

Best for Comprehensive Security: Reolink

When it comes to comprehensive security, Reolink is my winner. 

Its cameras cater to different installation preferences and locations and provide flexibility with options for local storage using SD cards or external hard drives, as well as the choice of optional cloud storage for remote access to footage.

Reolink cameras are also equipped with advanced detection features for vehicles, objects, and even animals. 

Another notable feature is the inclusion of PTZ cameras and motorized lenses in certain Reolink camera models. This allows for remote control of the camera's zoom and focus, resulting in clearer resolution and the ability to capture important details even from a distance. 

Their cameras are also designed to withstand various weather conditions, ensuring reliable performance and protection even in challenging environments.

Winners per Category

As you can see below, I opt for Reolink in most categories. However, that’s not to say that Blink cameras aren’t any good. If you’re looking for a simple camera to set up, then it's well worth it. However, if you’re serious about home security, then a more comprehensive camera system from Reolink is definitely a better choice.

Summary

To kick off, I evaluated the various attributes of the camera models, paying special attention to the types of cameras available, pricing options, cloud subscription services, and warranty durations offered by Blink and Reolink.

Camera Types

Blink offers a limited range of cameras for both indoor and outdoor use, which include floodlights, cube cameras, video doorbells, and pan-tilt (PT) models. 

Reolink, on the other hand, has an extensive range of security cameras covering various types, including PTZ (pan-tilt-zoom), turret, bullet, spotlight, multisensor panoramic, and PT models.

Pricing

In terms of pricing, a majority of Blink cameras fall within the budget to mid-range price categories, making them an affordable choice for many homeowners. However, you need to factor in the cost of cloud subscriptions with Blink, as it is typically needed.

Reolink cameras span across budget, mid-range, to high-end. For example, at the time of writing, the Argus 2E bullet camera is available at $62.99, while the high-end RLC-823A PTZ model is priced at $314.99. Reolink Cloud is an optional extra, that most people don’t need. 

Cloud Subscription Services 

Both Blink and Reolink offer optional cloud subscriptions for some models, making it convenient for users to access their footage remotely.

Standard Warranty Offered

Blink provides a standard 1-year warranty for their products, while Reolink provides a 2-year standard warranty.

Video Transmission and Camera Power

When analyzing the power and data functionalities of both brands, I focused on the power options, data transmission techniques, and data formats supported by Blink and Reolink.

Winner: Reolink

Blink cameras tend to be battery or DC powered, transmitting over 2.4GHz Wi-Fi. Reolink, on the other hand, has a wide variety of options to suit different requirements (PoE, AC/DC, Battery, Solar, Wi-Fi, 4G)

Power Options

Blink cameras primarily rely on battery power, with the Wired Floodlight Camera, Mini Pan-Tilt Camera, and Mini Indoor Security Camera offering wired power options. 

On the other hand, Reolink cameras offer a broader range of power options, including DC power, PoE (Power over Ethernet), and battery options with solar panel compatibility such as the Argus Eco, Argus 2E, Duo 4G, and Go PT Plus.

Data Transmission

All Blink models use 2.4GHz WiFi to transmit data and are IP cameras, making them suitable for most modern home networks.

A significant portion of the Reolink models supports both 2.4GHz and 5GHz WiFi bands, offering greater flexibility and performance in wireless data transmission.

Additionally, some models like the Duo 4G and Go Plus also provide 4G LTE connectivity for remote locations without Wi-Fi access.

Data Type

Both Blink and Reolink use IP (Internet Protocol) data types, which means they can send and receive data over the internet. This enables the devices to offer features like live streaming, remote access, and real-time alerts.

Local & Cloud Storage

When examining the storage and smart integration capabilities of each brand, I focused on storage capacity, available storage choices, and interoperability functions.

Winner: Reolink

While Blink focuses on cloud-based storage for easy access, Reolink has a wide array of storage types ranging from on-device SD cards to NVRs, FTP, and even the cloud. Blink cameras are generally locked down, while Reolink’s are open ONVIF support.

Storage Capacity

All Reolink models included in this research support on-board storage, with capacities ranging from 64GB to 256 GB.

Storage Options

Blink cameras are generally wireless and come with various storage options, including cloud storage and wireless hubs with USB flash drives. 

Most Reolink models are compatible with microSD cards, NVR (Network Video Recorder), and FTP (File Transfer Protocol), providing a more versatile and secure option for footage storage. 

Additionally, a cloud storage option is also available for models like the Argus Eco, Argus 2E,  Argus PT 2K, and Lumus.

Interoperability

This feature ensures seamless integration with various security and surveillance applications and management tools.

Reolink models come with superior interoperability, offering compatibility with Synology, ONVIF (Open Network Video Interface Forum), RTSP (Real-Time Streaming Protocol), and P2P (Peer to Peer) in many models. 

Smart Monitoring

Here, I compared the intelligence features of Blink and Reolink cameras. I particularly examined their smart integrations, customizable motion zones and sensitivity, motion alerts, and smart motion detection capabilities.

Winner: Reolink

Reolink provides more smart integrations and has more advanced motion detection features, like vehicle and animal detection compared to Blink cameras.

Smart Integrations

As Blink is owned by Amazon, their cameras primarily integrate with Amazon Alexa, Echo Show, and Fire TV, while Reolink offers compatibility with Google Assistant, Chromecast, and Google Nest Hub. 

This makes Reolink a better option for those who use Google smart home devices, and Blink for those who prefer Amazon's ecosystem.

Configurable Motion Zones and Sensitivity

Almost all Blink models allow their users to customize motion zones and sensitivity. For Reolink, more than half of the models included in this research also provide this feature including the E1 Zoom, Argus 3, Go PT Plus, and E1 Pro. 

Motion Alerts

Both Blink and Reolink cameras can send push notifications when motion is detected. However, Reolink cameras take it a step further by providing the option to receive email alerts. Reolink users might appreciate this additional way of receiving important notifications.

Smart Motion Detection Features

Among the Blink models in this research, only the Wired Floodlight Camera supports person detection (as of the time of writing).

On the other hand, Reolink offers various models with sophisticated smart motion detection features. 

Many models, such as the RLC-823A 16X, RLC-830A, and RLC-833A, are equipped with person detection, vehicle detection, and even animal detection capabilities. 

In terms of customization of motion detection settings, most Blink and Reolink cameras allow users to configure motion zones and sensitivity levels. By adjusting these features, homeowners can reduce false alarms and receive more accurate notifications.

Microphones and Speakers

In analyzing the audio capabilities of each brand, I took into consideration factors such as the quality of the microphone and speaker, the effectiveness of the two-way audio feature, and siren and alarm options.

Winner: Draw

I’ve called this one a draw with the majority of models supporting two-way audio.

Integrated Microphone, Speakers, and Two-Way Audio

Almost all Blink and Reolink cameras I analyzed have two-way audio, with integrated microphones and speakers, except for a few Reolink models that only have microphones without two-way audio functionality. (like the RLC-410W, RLC-520A, RLC-810A, RLC-822A, RLC-542WA, and RLC-511W).

Siren and Alarm Features

Among the Blink models, only the Wired Floodlight Camera has a built-in siren, with a loudness of 105 dB. 

Most of the Reolink models come with an integrated siren, whereas a few, like the RLC-410W, RLC-520A, RLC-810A, RLC-822A, RLC-542WA, and RLC-511W do not have this feature.

Video Output

Here, I specifically focused on the video features of both brands, I closely looked at each of the camera’s recording capabilities, video quality, video coding format, and WDR functionality.

Winner: Draw

Both Blink and Reolink have almost the same functionalities, maximum frame rates, and video coding formats. 

Continuous Recording vs Motion-Activated Recording

Blink cameras generally do not support continuous recording, whereas all PoE Reolink cameras support this feature (like the RLC-511WA, RLC-410W, RLC-523WA, and RLC-511W). 

Motion-activated recording, on the other hand, is available for all Blink cameras and a majority of Reolink models also have this feature. 

Video Quality

Blink cameras have a max supported frame rate of 30 frames per second (FPS),  while the number for Reolink cameras varies across its models but ranges from 15 to 30 FPS. 

A higher FPS means smoother video playback, improved evidence documentation, enhanced live monitoring, and finer details in recorded footage.

Video Coding Format

Reolink cameras generally support H.265 and H.264 video compression formats.

For Blink cameras, only the Outdoor 3rd Gen and 3rd Generation models specified their video coding formats at H.264 format.

Video coding format is crucial as it directly impacts storage efficiency, network bandwidth utilization, video quality, and compatibility with various devices and systems.

Night Vision

In terms of the night vision capabilities of both brands, I focused on the types of night vision, spotlight features, and infrared distance of the cameras.

Winner: Draw

Both brands offer night vision functionalities, with models also offering spotlight features for illumination.

Types of Night Vision

Blink cameras feature infrared night vision in most of their models, while Reolink offers a mix of infrared and full-color night vision capabilities. 

Among the seven Blink camera models, the Wired Floodlight Camera and Outdoor 3rd Gen achieve full-color night vision through the spotlight feature.

As for Reolink, 14 out of the 31 models (such as the RLC-511WA, Lumus, and RLC-812A), also do the same, where the spotlights toggle on automatically when needed. 

This can provide greater detail in the captured footage and result in more accurate identification of subjects.

Spotlights

As earlier mentioned, both Blink and Reolink offer cameras with built-in spotlights.

Several Reolink models have spotlight lumens of 700 up to 945 for RLC-523WA and RLC-823A, while Blink has two models with this feature, the Outdoor 3rd Gen with a spotlight lumens of 700, and the Wired Floodlight Camera which has the highest lumen output of 2600 among all cameras from both brands.

Infrared Distance

Reolink generally provides longer infrared distances in their models, ranging from 33 to 262 feet depending on the camera. This is in comparison to Blink models, which show a maximum range of only 20 feet in one model.

Furthermore, Reolink cameras often feature a higher number of infrared LEDs, which can lead to more powerful night vision capabilities.

Camera & Lens

Field of view, lens type, and resolution of the camera are some of the features that I evaluated when analyzing the camera and lens specifications of Blink and Reolink.

Winner: Reolink

Reolink cameras generally have higher resolution and FOV than Blink, and also offer models with motorized lenses, allowing users to adjust the field of view, enabling them to zoom in or out to capture a wider or narrower scene.

Field of View

FOV determines the area the camera captures. A larger FOV means the camera can cover more ground, potentially reducing the number of cameras you need for your property. However, it tends to do this at the expense of image quality.

Blink cameras generally have a diagonal FOV ranging from 110° to 143°, while Reolink cameras offer a wider range, with some models reaching up to 180° in the Duo multi lens. 

This indicates that Reolink cameras may offer broader coverage, depending on the specific model.

Lens Type

Blink cameras included in this research feature fixed-focus lenses, which have a pre-set focal length and are less versatile in terms of adjusting the view range. 

On the other hand, Reolink offers both fixed-focus and motorized lenses. The E1 Zoom, RLC-823A 16X, and RLC-833A are some of the models that feature motorized lenses, which allow more control in zooming and adjusting the focus. 

This added flexibility is particularly beneficial for those looking to capture images over varying distances.

Resolution

Generally, cameras with higher resolution provide clearer and more detailed images, making it easier to identify intruders or other incidents. 

Most Blink cameras offer 2MP (1080P / HD: 1920×1080) resolution. Reolink, on the other hand, offers a wider range of resolutions, from 2MP (1920×1080) up to 12MP (4512×2512) for the RLC-1224A model. 

Aperture

This feature can affect the camera's low-light performance. Larger apertures capture more light and typically provide better performance under dim conditions. 

While there isn't much information available for Blink cameras' aperture sizes, Reolink cameras generally have aperture sizes ranging from F1.6 to F2.4. This suggests that Reolink cameras may perform better in low-light situations.

Pan-Tilt-Zoom

In this section I assessed the pan, tilt, and zoom capabilities, tracking functionalities, and PTZ camera options of Blink and Reolink.

Winner: Reolink

Reolink has a wider range of cameras with pan and tilt capabilities and also has superior zoom capabilities with optical zoom as opposed to digital zoom in some models.

PTZ Capabilities

Pan, tilt, and zoom (PTZ)  allow you to remotely control the camera's movement and zoom to monitor different areas of your property. These features are more prominent in Reolink cameras compared to Blink cameras. 

A number of Reolink models have pan and tilt features, such as the Reolink E1 Pro, which has a pan angle of 355 degrees and a tilt angle of 50 degrees.

In contrast, only the Mini Pan-Tilt Camera from Blink has this feature, with a pan angle of 350 degrees and a tilt angle of 125 degrees.

Zoom Features

When it comes to zoom functionality, Reolink cameras generally offer both digital and optical zoom, while Blink cameras usually offer only digital zoom. 

Optical zoom allows for higher quality images as it uses the camera's lenses to magnify an image, while digital zoom enlarges the image through software. For example, the E1 Zoom has a 3x optical zoom and the RLC-823A 16X has a 16x optical zoom.

Tracking

Tracking capabilities are also more commonly found in Reolink models, such as RLC-823A and RLC-523WA, which have preset and tracking features. 

These features help the camera track and follow moving objects within its field of view. On the other hand, Blink cameras do not generally have tracking capabilities.

PTZ Camera Choices

When comparing indoor cameras, Blink tends to focus on compact and inconspicuous designs, like the Blink Mini Indoor Security Camera. 

Conversely, Reolink prioritizes features like pan and tilt capabilities, as seen in the E1 Pro model.

For outdoor cameras, Reolink offers models with higher digital zoom magnification like the Argus 3 Pro Solar, which has a 16x digital zoom. 

Build Quality

In terms of camera quality, I specifically focused on factors such as resistance to various weather conditions, materials used, suitability for indoor and outdoor use,  and recommended operating temperature range.

Winner: Reolink

Reolink offers cameras with a higher IP rating than Blink and their cameras are generally made with sturdier materials.

Weather Resistance 

Blink has a few outdoor cameras with IP65 weather resistance while Reolink, on the other hand, offers several models with IP65 and IP66 ratings. IP66 models are even better at protecting the camera from harsh weather conditions and water. 

This suggests Reolink may offer more durable options for outdoor camera installations.

Build Quality

The Reolink range offers a number of cameras with metal aluminum cases. These metal cases are more resistant and can better handle outdoor conditions compared to the plastic cases used in some Blink camera models.

Indoor and Outdoor Use

Blink cameras are mainly designed for indoor use, with only a few models suited for outdoor installations. 

In contrast, Reolink offers a more extensive range of cameras for both indoors and outdoors. 

Some Reolink cameras, such as the RLC-523WA, even feature IK10 vandal-proof protection, which adds another security layer by resisting vandalism attempts.

Operating Temperature

Blink outdoor cameras can operate in temperatures ranging from -4°F to 113°F, which is suitable for most environments.

In comparison, Reolink outdoor cameras have a wider temperature range of 14°F to 131°F which indicates that Reolink cameras may perform better in extreme temperatures and are suitable for a more extensive range of climates.

Cameras Included in Analysis

Resources

• https://blinkforhome.com/
• https://reolink.com/

The post Blink vs Reolink: The Ultimate Faceoff! appeared first on Smart Home Perfected.

9.8

Sense Energy Monitor

Top PickGreat energy signature recognition

View Price

9.7

Emporia Vue Energy Monitor

Best Solar MonitorAccurate and reliable tracking

View Price

9.6

Wiser Energy Smart Home Monitor

Smart Home Integrations

View Price

9.5

Efergy Energy Monitoring

Budget PickDIY Install

View Price

9.2

Eyedro Home Energy Monitors

Wired and Wireless Options

View Price

9.1

Aeotec Energy Monitor

Best Z-Wave PickData stays within local network

View Price

Energy monitors really pay for themselves. They empower home owners with real-time data and insights on how to reduce their energy usage and save money. 

When it comes to optimizing your energy usage and reducing costs, choosing the best smart home energy monitor is essential for tracking and managing your consumption efficiently.

With an x-ray view on how appliances are using energy, you can make informed decisions on reducing the usage of power-hungry devices. In some cases changing appliances or heaters with more energy-efficient choices is the best approach. 

A best smart home energy monitor can also prevent costly repairs by sending updates when critical systems, such as a sump pump, stop running.

As our homes become more connected an energy monitor is a must-have device to keep track of your home energy.

As part of the research for this article, we purchased a leading energy monitor. We installed it and wandered around the house turning things on and off to understand where savings could be made! It was an eye-opening experience and really makes you think when you jump into your 9kW power shower!

Reducing energy consumption has a massive impact on our environment, particularly with the growth of renewables such as wind and solar.

Below we break down the best smart home energy monitor on the market in [year].

9.8

Top Pick

1.

Sense Energy Monitor

Great energy signature recognition

View Price
On Amazon.com

The Sense energy monitor is one of the smartest devices on the market!

Top Features

• Installed in your home energy panel via two clamp-on sensor
• Listens to and records the unique energy signals passing through the panel
• Machine learning system instantly identifies which appliances are drawing energy

Unlike other energy monitor apps, the Sense app crunches your energy usage data to reveal trends and insights. As a result, this helps you to reduce usage and save money! The best smart home energy monitor provides real-time data and insights, allowing you to make informed decisions to minimize your energy bills and reduce your environmental footprint.

The app also allows you to set goals and budgets for energy usage. It can deliver updates to your device on progress towards the goal.

In addition, the device can instantly recognize devices based on the unique energy signature. Therefore you can create custom updates when certain devices are enabled; such as when the garage door opens or the sump pump turns on.

It is also easy to monitor solar energy generation and usage via add-on sensors that can be installed.

Notes

• To interact with the cloud servers, a Wifi signal is needed at your energy panel.
• Works for split-phase 120/240V panels and can also work with less typical layouts or boards.

9.7

Best Solar Monitor

2.

Emporia Vue Energy Monitor

Accurate and reliable tracking

View Price
On Amazon.com

Other Shops

View Price on Walmart.com

The Emporia Vue smart home energy monitor is a cost-effective way to keep track of energy activity in your house.

Top Features

• Snapshot of activity from each clamp-on sensor is captured every second
• Expansion module provides 8 add-on sensors to track separate circuits
• Can also monitor Solar metering

While DIY instructions are included, the Emporia device usually requires a professional install by an electrician. This is down to the being directly installed and powered in your panel.

A snapshot of activity from each clamp-on sensor is captured every second. From there, it is sent via the emporia hub to the cloud. 

Where the Sense monitor instantly detects appliances, Emporia’s expansion module provides 8 add-on sensors to track separate circuits. It can also monitor Solar metering.

Real-time and historic energy usage data is displayed through the Emporia IOS and Android apps. They provide insights on both the main power feeds along with separate circuits powering appliances.

9.6

3.

Wiser Energy Smart Home Monitor

Smart Home Integrations

View Price
On Amazon.com

When it comes to instant alerts and effective smart energy monitoring, the Wiser Energy Smart Home Monitor stands out from the crowd.

Top Features

• Detects appliances based on their energy signal and signature
• Efficiently captures and analyzes energy consumption signals
• Instant notifications assist you to save energy effectively

Manufactured by Schneider Electric, the Wiser Energy Monitor provides useful insights that will not only help you visualize the real-time energy consumption but also the estimated bill you would receive at the end of the month.

Once installed into your home energy panel, it starts monitoring the energy consumption within just a couple of seconds. The smartphone app connects with the system instantly. Wiser is compatible with Phillips Hue, Wemo Insight, and Kasa Smart Plugs as well.

Installation

To install, turn off the power, remove the panel cover, and place the Wiser in an appropriate place in the box.

Install the antenna and then connect the power cable and the antenna to the device. Clamp sensors around service mains, and connect the power wires from a 2-pole circuit breaker to the smart monitor. Install the Sense App, connect it to your WiFi connection, and create and configure your account. You are done!

How it works

Similar to Sense, Energy Monitor the Wiser Energy Monitor takes voltage and current measurements through just two clamp-on sensors for over a million times per second. It evaluates the electrical signals of each device.

It finds most of the analytical data of common devices within the first week of installation. Since it uses Machine Learning algorithms, many devices can take time to detect due to the evaluation of their contextual data. Overall, it shows useful insights and also complies with many quality standards.

Software

The Square D edition of the Sense smartphone app is used to monitor the Wiser Smart Energy Monitor system. It is an easy to use app with almost all the essential features to monitor and evaluate which devices are making problems for you in your electricity bill.

Its 24/7 availability, instant notifications support, and customization makes it one of the best energy monitoring apps. It also generates useful reports about the approximate electricity bill according to the consumption.

Security

Since the Wiser monitor uses end-to-end data encryption, it is one of the safest energy monitoring devices on the market. The connection between the app and smart device cannot be easily interrupted as it adheres to industry standard security protocols.

Tech Specs

9.5

Budget Pick

4.

Efergy Energy Monitoring

DIY Install

View Price
On Amazon.com

Other Shops

View Price on Walmart.com

The Efergy energy hub is a low-cost way to monitor your home energy usage.

Top Features

• Can be DIY installed
• To install, you position the two clamp-on sensors over the feeds from your panel.
• Real-time and past energy usage data through the Efergy app

The best smart home energy monitor I've used offers real-time insights into our electricity usage, helping us significantly reduce our energy bills. The Efergy system can be DIY installed which is a major plus. Others require a professional install by an electrician.

To install, you position the two clamp-on sensors over the feeds from your panel. These clamps are connected to a battery-powered transmitter that sits within your panel. The transmitter interacts with a receiver hub connected by cable to your router which then transmits data to Efergy cloud.

Once set up, you can then access real-time and past energy usage data through the Efergy app. You can also set budgets and targets to meet. This is why we suggest it as one of the best smart home energy monitors.

There are also Efergy models which contain displays for data which are portable around the home. After installing the best smart home energy monitor on the market, we were amazed to see how much power our old appliances consumed, prompting us to make more energy-efficient choices.

It is also easy to monitor separate circuits or solar panels by purchasing add-on clamp sensors.

Notes

• Three-phase compatible with extra sensors
• Suitable for several common panels

9.2

5.

Eyedro Home Energy Monitors

Wired and Wireless Options

View Price
On Amazon.com

There are several different Eyedro energy monitors options depending on the needs of home owners.

Top Features

• 2-4 clamp-on sensors
• Monitor solar generation and usage along with HVAC and pool pump
• Wired and wireless mesh options

A wired option is suitable for where a LAN and power connection is available close to the panel. A wireless mesh option acts as a transmitter and receiver. Finally a powered wireless sensor option speaks directly to the router.

Each option tracks energy usage through 2-4 clamp-on sensors and transmits that to the free MyEyedro cloud service.

Real-time and historic energy data is then displayed for home owners via web and mobile apps to review and recognize insights. Also, estimates of your next energy bill are included, supporting fixed, tiered or time-of-use rate schemes.

The device can also be used to monitor solar generation and usage along with HVAC and pool pump.

9.1

Best Z-Wave Pick

6.

Aeotec Energy Monitor

Data stays within local network

View Price
On Amazon.com

Other Shops

View Price on Walmart.com

The Aeotec Gen5 has the largest range of all devices on the market, using Z-Wave tech.

Top Features

• Clamp-on sensors to be installed within your panel
• Z-Wave gateway and network required
• Greater privacy

In addition, it is the best choice for the smart home techie, with Z-Wave gateways. The list includes SmartThings, Indigo 7, Home Seer, Vera, Open Z-Wave and more.

Similar to other devices, the meter comes with clamp-on sensors to be installed within your panel. You will need an electrician as the monitor needs to be powered directly from the panel.

You will need to create a Z-Wave gateway and network at home for the monitor to interact with. (Such as Vera Edge, Samsung SmartThings).

Best Smart Home Energy Monitor

Developers Pick

7.

Shelly Energy Monitor

Great Solar Monitor

View Price
On Amazon.com

The Shelly Energy Monitor can be used to monitor the energy consumption of your entire house as it can be configured with 240A power sources

Top Features

• Automatic shutdown when reaching a specified power limit
• Weekly scheduling by time or sun position for Solar monitoring
• Remote controlling through the smartphone app or web interface

Integrating the best smart home energy monitor into our home automation system has been a game-changer, allowing us to track and optimize our energy consumption with ease.

It consists of just two clamps and a small Shelly EM device which is installed into your home’s electrical panel within just 10 minutes.

The app connected with the device shows real-time usage, friendly demand graphs, consumption history, and other valuable suggestions to help make your electricity bill more reasonable. It is connected to your home’s WiFi system. It is directly powered by your electricity and has enough measures to protect your data.

Smart Meter Pick

8.

Rainforest Smart Meter Energy Gateway

Simple plug and play install

View Price
On Amazon.com

If you have a smart meter installed and would like to access it's data, then this Rainforest energy gaateway is worth a look.

Top Features

• Zigbee RF communications
• Great reporting
• Permission from utility required

As utilities are installing more and more smart meters in homes, there is now a demand for more granular energy reporting.

Rainforest have created a gateway and energy monitoring unit which connects to your existing smart meter, over Zigbee. It can provide you access to the real time energy metrics within your meter and provide that data to your phone, web browser or monitoring unit.

It is worth noting that device only works with smart meters that come equipped with a Zigbee antenna and you also will need permission from your utility to access the information.

There is a simple plug and play installation so unlike a lot of the whole home energy monitors on this list, you will not need the services of an electrician.

With detailed reporting, you can access usage amounts per kilowatt hour and dollar amount, along with historical views of the data.

9.

EnergyCloud Electricity Monitor

No wiring requried

View Price
On Bluelineinnovations.com

The EnergyCloud Electricity Monitor consists of a Meter Sensor, CloudConnector, and EnergyCloud app.

Top Features

• Real-time monitoring with customizable alerts
• Up to 1 year of complete saved consumption history
• Easy to use and graphics-rich monitoring software

The Meter Sensor monitors electricity usage by connecting to your electricity meter and sends raw data to the EnergyCloud app via the CloudConnector.

It takes the essential electricity readings in just 15 seconds and after evaluating the data, it displays useful insights on the software platform. It is compatible with Amazon Alexa and can store reports for up to 1 year. It’s a secure and reliable option to consider.

UK Pick

10.

Energenie MiHome Energy Monitoring

View Price
On Amazon.com

The Energenie Mi Home Energy Monitoring device is an advanced smart monitoring system that can make a huge impact on your bills.

Top Features

• High accuracy chip provides real-time energy consumption data
• Robust iOS, Android and web-supported apps
• Smart and quick installation procedures

Energenie Mi|Home Monitor consists of a clamp and the device itself. Installation is very straight forward; you need to connect the clamps to your electrical panel and then connect it to the Energenie device.

Within a minute, it will start capturing data and will show you insights through the app which is fully supportive of iOS, Android, and web interfaces. It measures everything with high accuracy and provides various useful energy consumption reports. Since it uses data encryption, it is a secure system.

Privacy Pick

11.

Open Energy Monitor

Opensource Pick

View Price
On Openenergymonitor.com

The Open Energy Monitor is an open-hardware and smart energy monitoring system which requires just a simple clamp installation to start working.

Top Features

• Monitor real-time consumption data and compare with historic data
• A powerful and user-friendly emonCMS software support
• A powerful and user-friendly emonCMS software support

The Open Energy Monitor is connected to an internet resource to provide software support as the software works on cloud services. Its compatibility with various solar systems makes it a sound choice.

The emonCMS is an easy to use software platform that lets you manage your electricity consumption and figure out what is costing you too much. It is a battery-powered solution making installation easy while also providing security and ease of use.

12.

Neurio Smart Home Energy Monitor

Another solar option

View Price
On Amazon.com

When it comes to smart energy monitoring with efficiency and accuracy, the Neurio Smart Home Energy Monitor stands out.

Top Features

• Instant energy monitoring and sophisticated analytics
• Latest Neurio Technology backed solar/clean energy monitoring
• An enhanced and state-of-the-art software and smartphone app

There are just two clamps that are connected to the power source wires in your home’s electrical panel. Then these clamps are connected to the Neurio hub which is integrated with their cloud services.

It uses artificial intelligence to analyze and evaluate the usage statistics. Every appliance connected to your home is just a tap away thanks to its easy to use web and mobile supported software. The hub is battery powered and the entire system is secure and reliable like never before due to its data encryption and other quality measures.

Smart Home Energy Monitor Features to Consider

Budgeting & Cost Tracking

A key feature of energy monitors is the way they convert raw data into meaningful info. The normal way of reading energy data is through kilowatt-hours (kWh) and hard money!

Utility companies will usually charge you based on the kilowatt-hours you have used every month or two months. By reviewing your utility bill, you can determine how many kilowatt-hours you are consuming per day. From there you can aim to reduce your energy usage to reduce this average.

The more common way of tracking energy usage is through its money value. Utility companies have set tariff rates for kWh usage. Most products on the market allow you to set these rates (and currency) within the mobile or web app. This means you can convert the above daily kWh usage into real money.

Some products allow setting multiple tariffs. That way you can track your energy costs before you ever get the bill at the door!

Also, some offerings allow you to set budgets and provide updates when you are close to or surpassing the budget.

Separate Device or Circuit Monitoring

A big decision to make is what do you want to track. Some products in the market are more basic with simple monitoring of energy flowing into and out of the house.

Others offer the means to monitor separate circuits from the main consumer unit.

This could correspond to

• Specific devices (such as a power shower, immersion, sump pump)
• Solar panels (creation and usage)
• Lightning circuits
• Mains ring circuits

At the top end of the spectrum is device monitoring by reading energy signatures flowing throw the main pipe. 

At the very least, the product needs to be smart, in that you need real-time tracking from your smartphone.

Solar Power Monitoring

If you have invested in solar panels, you should be able to report on the return on that investment.

Depending on your location and setup, you may want to track

• The energy you are creating
• Energy you are selling back to the grid
• Energy you are consuming

Also, the product should have a revenue and cost metric so you can see the value of your investment.

In this instance, you will want a product that can track single circuits within your consumer unit.

Compatibility

Before splashing out on an energy monitor, it's best to do some homework. You want to make sure the product you buy is going to work for your setup.

You need to determine if your system is Single Phase, Dual/Split Phase or Three Phase.

Products that support more than single-phase usually require the purchase of add-on clamps to track energy flow.

It’s best to ensure there is enough space within your panel for clamp sensors around the feed cables. Some monitor’s clamps are bigger than others and this might be a key difference for some. 

Also, we recommend taking a picture of your consumer unit. You can then compare against the product instructions to ensure it's a compatible board.

Energy Monitor Install

All products are recommended to be installed by an electrician. However some can be DIY installed, based on the company's manual. 

There are two types of energy monitors; 

The first contains both a transmitter and a receiver. The transmitter resides within the consumer unit and is powered by batteries. The receiver sits next to your router and is plugged into a standard socket. Some companies say these can be DIY installed as the clamps are simply clipped on to wires within the unit.

The second is a single unit, housed within your panel and interacts over WiFi. For power, this is usually hardwired into the consumer unit itself, which requires the services of an electrician. Again, clamps clip on to specific cables within the unit.

While some companies say that monitors can be DIY installed, there is a risk of electric shock causing injury or death when you start poking around within the panel. We always recommend using the services of an electrician for your safety.

Mobile & Web Apps for Energy Monitors

The quality of apps is what separates the best energy monitors from the rest. Outside of the Sense monitor, the hardware behind the rest is similar, making the app experience the key difference.

At a basic level, you need to choose a product that has a native app compatible with your device. Some monitors only offer web apps via their website. While this increases their compatibility across all smartphones it reduces the native user experience.

Tracking real-time usage across multiple circuits or devices is an important feature. This makes it easier to recognize energy hogs in your house. Graphing historic data in days, weeks and months allows you to gain insights from trends.

Visual budgeting and cost tracking are important along with updates when you are approaching the threshold per circuit.

Smart Home Integration

A challenge when expanding your smart home is to centralize control into a single interface. Also, it's great to connect your real-time energy data with other smart enabled devices. This challenge was the reason behind IFTTT. This is a web-based integration layer to allow multiple smart devices to interact with each other.

A lot of energy monitor products on the market require using their specific apps to access info. Some like Sense are compatible with IFTTT while others, like Aeotec, are controlled through a generic z-wave smart home gateway.

Should I buy a Smart Home Energy Monitor?

While everyone's circumstances are different, here are some of the considerations when making the decision to the best smart home energy monitor.

Save Money

The main benefit of having an energy monitor is to provide you info on usage. This means you can make informed decisions on how to reduce your energy usage. Why … to save money!

Over-active AC units; poorly timed hot water circulators, heaters, and thermostats; broken extractor fans; old lighting fixtures are just some of the devices if fixed, can result in serious savings in money per month.

Avoid Disaster

Monitoring energy usage for critical equipment (such as a basement sump pump) provide an important safety net. It ensures your home does not become flooded resulting in costly repairs.

Safety

Most energy monitors allow you to view real-time usage from anywhere in the world, via mobile apps. That way you can track activity in the home at all times. You can even make sure the oven or iron is not on while you are out of the house. Another security device for peace of mind.

Solar Panels

For those with solar panels, you can monitor energy production rates to maximize your investment.

Common Questions relating to a Smart Home Energy Monitor

The Verdict

9.8

Top Pick

1. Sense Energy Monitor

Great energy signature recognition

View Price
On Amazon.com

The Sense energy monitor is one of the smartest devices on the market!

Top Features

• Installed in your home energy panel via two clamp-on sensor
• Listens to and records the unique energy signals passing through the panel
• Machine learning system instantly identifies which appliances are drawing energy

The post 12 Best Smart Home Energy Monitors – Save Money on your Utility Bills! appeared first on Smart Home Perfected.

In this article I carry out a comprehensive comparison, evaluating the key similarities and differences across 9 different categories, including storage, camera specs, intelligence, night vision, and more.

Over the years, I’ve had the opportunity to test a number of cameras from both brands, which has provided me with some important first-hand experience. I also collated the specs for 52 security cameras (breakdown of 28 Reolink and 24 Amcrest models) to give a helicopter view of what sets these brands apart.

A full list of the analyzed cameras, accompanied by links to my individual product reviews, can be found at the end of this page.

The Winners

Best for Home Security

View Cameras & Kits

Best for Advanced Security

View Cameras & Kits

Best for Home Security: Reolink

This was a close call however I’ve gone with Reolink as the best for home security. Reolink cameras and systems are generally easier to set up than Amcrests. 

There are a number of reasons for this. A larger percentage of Reolinks catalog are wireless or battery-powered cameras which are easier to install than wired. 

The Reolink app is better than Amcrest and their full camera range is more “plug-and-play” than Amcrests. Reolink also integrates with more smart home devices than Amcrest.

The cameras also tend to be within a household budget for security while also having a longer warranty, compared to Amcrest.

Best for Advanced Security: Amcrest

A lot of people I know who buy Amcrest cameras, generally don’t use the Amcrest app or an Amcrest NVR and instead install the cameras into Blue Iris via ONVIF.

This usually requires a higher level of knowledge than most people just looking for a simple security solution.

Amcrest’s cameras generally have better specs than Reolinks and tend to perform better at night. They are also sturdier which is important in a commercial setting. 

That being said, the Reolink specs are typically acceptable for most homeowners.

Winners per Category

Below is a quick look at the winners in each category.

Overview

Both Amcrest and Reolink were founded in the late 2000s (Amcrest in 2013 and Reolink in 2009).

They have similar product ranges, including NVR, PoE Cameras, Wi-Fi Cameras, Wire-Free Cameras, PTZ Cameras, NVR Camera Packages, Indoor Cameras, and Video Doorbells.

Reolink has more wire-free camera options, particularly in the mid-range and high-end categories while Amcrest, has more wired and analog camera options in all budget categories.

Having reviewed their product ranges, while both brands target a mix of businesses and consumers, I think Amcrest leans a little more toward commercial customers, with their higher-end cameras.

Amcrest and Reolink’s PoE cameras generally support ONVIF and RTSP protocols for interoperability with third-party devices and systems.

About the Brands

Amcrest cameras are manufactured by Dahua, which means they are not NDAA compliant. Reolink on the other hand is owned by Shenzhen Baichuan Security Technology Co., Ltd.

Amcrest offers a wider variety of products beyond security cameras, including GPS trackers, baby monitors, car dash cameras, drones, binoculars, and more, while Reolink primarily focuses on security cameras and systems.

Cloud

Each brand offers cloud storage through their respective platforms, Amcrest Smart Home Cloud and Reolink Cloud. 

Amcrest's cloud subscription offers more features, including Smart/AI Notifications, Rich App Previews, and Advanced App Features, while Reolink's cloud subscription primarily focuses on Cloud Storage.

Reolink offers a free plan with the standard Plan starting at $3.49, while Amcrest's subscription plans start at $1.99.

It’s worth mentioning, these Cloud plans are more aligned to the consumer-grade Wi-Fi and Battery powered cameras than the PoE models.

Mobile Apps

Amcrest has multiple mobile apps, but their quality isn't amazing with poor scores on the iOS and Android stores.

The Reolink mobile app fares a little better and I personally never have had problems with it.

Power and Data Connections

Amcrest cameras mostly use wired connections for both data and power, with some models offering wireless data and wired power connections. 

Reolink has a more diverse range of connection options, including cameras with wireless data and battery power, making them ideal for locations without easy access to power outlets. 

Both brands also offer models with optional cloud subscriptions for additional storage and features.

Pricing

Amcrest cameras are available across various price ranges – from budget options to high-end models. 

Their prices range from $34.99 to $919.99, ensuring there's a camera option for different budgets. 

Reolink also offers a selection of cameras across different price points, with their cameras priced between $44.99 and $299.99. 

Both brands provide a mix of budget, mid-range, and high-end camera models.

Warranty

It is important to note the difference in standard warranty periods for these two brands. Amcrest offers a 1-year standard warranty on their cameras, while Reolink provides a longer 2-year standard warranty on their products. 

This difference in warranty periods could help sway buyers seeking longer coverage for their security cameras.

1. Power & Data Support

Winner: Reolink

Amcrest has a number of Coax / Analog cameras which Reolink doesn’t. However, Reolink supports 5Ghz Wi-Fi where as most Wi-Fi Amcrest cameras don’t. Also, Reolink has specialist cameras like their 4G LTE range and also most of their battery-powered cameras can be powered by solar which is not the case with Amcrest.

Amcrest

Amcrest cameras offer a mix of both IP (Internet Protocol) and Coax security camera options. 

IP cameras send and receive data through Ethernet and can usually be accessed remotely, while analog cameras use coaxial cables to transmit video signals. 

Amcrest has a wide range of power options for its cameras, such as PoE (Power over Ethernet), DC Power, and AC Power. 

PoE allows cameras to be powered using the same Ethernet cable that also transmits data, simplifying installations. 

Some of their cameras also support Wi-Fi connectivity with 2.4GHz frequency, such as IP4M-1041W and IP5M-1190W models.

Reolink

Reolink, on the other hand, focuses primarily on IP cameras with no coax camera options. An interesting feature of Reolink cameras is the availability of cameras that support solar panels and batteries, such as the Argus 2E and Argus Eco models. 

This makes them a more eco-friendly and convenient choice for people who want to minimize their dependency on traditional power sources. 

Reolink also offers cameras that connect through 4G LTE (e.g., Go Plus and Go PT Plus models) which can be useful in areas where Wi-Fi connectivity is limited or unavailable. 

Additionally, Reolink provides cameras with dual-band Wi-Fi support (2.4GHz and 5GHz), such as the Argus 3 Pro Solar and RLC-511WA models, which can help reduce interference and provide more stable connections.

While Amcrest seems to offer more options in terms of camera types (IP and Coax) and power options (PoE, AC, and DC Power), Reolink provides greater flexibility in terms of connectivity (Wi-Fi, 4G LTE) and power options (solar panel and battery-powered cameras). 

2. Storage (including NVR & Cloud)

Winner: Tie

Not much difference between the brands here. Both offer Cloud for their consumer models. Both are ONVIF compatible in their PoE range.

First, let's discuss storage options for these security cameras. 

Local Storage

On-board storage capacity is essential when it comes to saving footage directly on the camera. Amcrest offers higher on-board storage capacity in many of its models, up to 256 GB, using a microSD card. 

In comparison, Reolink offers on-board storage of up to 256 GB for some models and only 128 GB or 64 GB storage capacity for others.

In addition to on-board storage, both brands also offer other storage options. 

NVR/NAS/Cloud

Almost all Amcrest models support NVR (Network Video Recorder), NAS (Network-Attached Storage), and FTP (File Transfer Protocol) in addition to Cloud storage. 

On the other hand, Reolink's support for different types of storage options varies between models; some have only microSD and Cloud storage support, while others also support NVR, FTP, and Cloud.

Compatibility with other Systems

Interoperability is essential when integrating a security camera with other security system components or software. 

Amcrest excels in this area, providing compatibility with various software such as Synology, QNAP, Blue Iris, ONVIF, RTSP, and CGI for many models. 

Reolink's interoperability options are wider in it’s PoE camera range (with a number supporting ONVIF) while there are fewer options in its Wi-Fi or Wire-Free range.

3. Audio & Alarms

Winner: Tie

More Reolink models have two-way capabilities and integrated alarms. However, Amcrest models are more catered to commercial applications with audio and alarm interfaces for external systems. 

One of the essential features to consider is a camera's audio capabilities, which include an integrated microphone, an integrated speaker, and two-way audio support. 

The majority of both Amcrest and Reolink models offer integrated microphones. When it comes to integrated speakers, more Reolink models feature this option compared to Amcrest cameras. 

Two-way audio is supported by several models in both brands, making it easier to communicate with the person on the other end of the camera.

Integrated Siren

Another audio aspect to consider is the presence of an integrated siren. While only a few Amcrest models have this feature, many Reolink models offer an integrated siren or alarm, making them a more suitable choice if you are looking for an additional layer of security.

The Amcrest models with a siren, boast 110 dB which is more than enough to deter an intruder. 

Alarm and Audio Interface

While only a few Amcrest models have an integrated siren, quite a number of them have an alarm interface, to connect an external alarm.

Likewise, an audio interface is more predominant in Amcrest models than their Reolink counterparts.

4. Camera & Lens Specs

Winner: Amcrest

Amcrest cameras tend to have larger image sensors which makes all the difference.

Amcrest

Amcrest offers a variety of camera models with various lens types and image sensors. Most Amcrest cameras have a fixed focal length, with focal lengths ranging from 1.4mm to 4mm. 

The brand also provides a mix of CMOS image sensors, with sizes from 1/1.8″ to 1/2.7″. Amcrest also has a few camera models with motorized lenses, offering adjustable focal lengths for more flexibility.

The resolution of Amcrest cameras ranges from 2MP (1080P/HD) to 4K/Ultra HD. Some popular models include the Amcrest IP2M-1083EW-AI, which boasts a motorized lens and a 4MP resolution, and the Amcrest IP8M-VT2879EW-AI, offering a non-fixed max aperture of F1.5 and 4K resolution.

Reolink

On the other hand, Reolink offers security cameras with mostly fixed focus lenses, particularly with a 2.8mm focal length. 

The majority of Reolink cameras use CMOS image sensors sized at 1/3″ which is a good deal smaller than Amcrest. 

A few Reolink models are equipped with motorized lenses, such as the RLC-511WA and the RLC-823A, which provide adjustable focal lengths and accommodate various viewing angles.

Reolink camera resolutions range from 2MP (1080P/HD) all the way up to 12MP, with the RLC-1224A, which is even bigger than 4K! 

Some notable Reolink models are the Argus 3 Pro and the RLC-820A, both offering a 4MP resolution, while the RLC-822A provides a higher resolution at 8MP.

Field of View

In terms of field of view, both brands offer cameras with wide horizontal and diagonal viewing angles. Amcrest has a fisheye model with a 180-degree diagonal field of view, while Reolink has the Reolink Duo 2, which boasts a 180-degree horizontal field of view across two image sensors.

5. Intelligence & Smart Detection

Winner: Tie

Amcrest has a raft of advanced features, which in reality are more suited to commercial applications (For example: people counting, heat maps, and tripwire detection). Reolinks features are better suited to consumers with little setup required.

Amcrest

Amcrest's security cameras offer advanced features like configurable motion zones and motion sensitivity adjustment, which allow users to fine-tune their security preferences. Many Amcrest cameras have smart features such as person detection, vehicle detection, face detection, object detection, and in some cases, people counting and heat maps. 

Some models also offer unique features like tripwire detection, intrusion detection, and missing object alerts for added security.

Reolink

Reolink, on the other hand, focuses more on simplicity and ease of use. Many Reolink cameras come integrated with popular smart assistants like Alexa and Google Assistant, allowing users to control their cameras using voice commands. 

Reolink's major selling point is its compatibility with various smart home devices like Chromecast, Google Nest Hub, Echo Show, and Fire TV. Most Reolink models offer standard smart features such as person detection and vehicle detection. 

However, in comparison to Amcrest, Reolink models are not as feature-rich when it comes to perimeter protection or advanced analytics.

Motion Detection

When it comes to motion alerts and notifications, both Amcrest and Reolink offer push notifications and email alerts tailored to the user's preferences. Some Amcrest models also have configurable motion sensitivity and motion zones, which allow users to minimize false alerts by focusing on important areas within the camera's field of view. Reolink models generally provide motion detection with adjustable sensitivity and configurable motion zones also.

6. Video Processing

Winner: Amcrest

Amcrest’s the winner here as its cameras generally have higher frame rates, True WDR along with BLC, HLC, and digital noise reduction.

Firstly, frame rate is important as it determines the smoothness of the video. Amcrest cameras typically support higher frame rates, with most models being able to handle 30 frames per second (fps), which ensures smoother video playback. On the other hand, Reolink cameras generally come with a lower frame rate of 15fps. A higher frame rate might be preferred for higher-security areas where capturing fast movements is crucial.

24/7 Recording

When it comes to continuous recording, Amcrest has a clear advantage as several of its models support this feature, while most Reolink cameras do not. This very much relates to how the camera is powered. As Amcrest offers mostly PoE and Coax cameras, they generally have 24/7 recording; while Reolink’s catalog is weighted towards wireless cameras.

Continuous recording can be useful for monitoring critical areas where you don't want to miss any activity. On the flip side, Reolink cameras seem to focus more on motion-activated recording, which can save on storage space as well as power consumption. Motion-activated recording can be a better choice for low-risk areas or when you only need to record events when motion is detected.

Coding Formats

Another important factor to consider is the video coding format. Amcrest cameras offer a wider range of supported formats, including H.265, H.264, and MJPEG, whereas most Reolink cameras work with either H.264 or H.265 only. The H.265 format is more advanced and efficient compared to H.264, providing greater compression without compromising video quality. This means that H.265 allows you to save more video footage while using less storage space.

True WDR

As for the Wide Dynamic Range (WDR), a feature that helps balance lighting in high-contrast scenes, many Amcrest cameras offer True WDR, with some providing up to 120-140dB of WDR. 

On the other hand, Reolink models are more limited in this regard, featuring Digital WDR / HDR. This means that Amcrest cameras generally have better performance in challenging lighting conditions.

Image Adjustments

Amcrest cameras also provide more video advanced features, such as Backlight Compensation (BLC), Highlight Compensation (HLC), and 2D/3D Digital Noise Reduction (DNR), which help improve video quality and clarity. Reolink cameras, conversely, typically have fewer advanced features, although some models come with 3D DNR or support privacy masking.

7. Camera Body

Winner: Amcrest

The Amcrest cameras tend to be heavier (Based on the 52 cameras reviewed, the average weight of Amcrest cameras was double Reolinks!) which usually correlates to being sturdier. And they can operate at lower temperatures. 

Amcrest offers a wider variety of materials used in their camera construction, such as plastic, aluminum, and heavy-duty metal cases. This means that they have options for different levels of durability and vandal resistance, depending on the model. Reolink cameras are typically made with metal aluminum, which still offers good durability.

Weather Rating & Temperature

In terms of weather resistance, both brands offer options ranging from IP65 to IP67 ratings, with Amcrest having a slightly higher number of IP67-rated models. This means that, overall, these cameras should be able to withstand harsh weather conditions, such as heavy rain and dust, making them suitable for outdoor use.

When it comes to operating temperature ranges, Amcrest cameras generally have a wider range compared to Reolink models, with some Amcrest options able to function at temperatures as low as -40°F and as high as 158°F. Reolink cameras typically have a temperature range of 14°F to 131°F. This might be an essential factor if you live in an area with extreme temperatures.

Size & Weight

Regarding camera dimensions, Amcrest offers a broader range of sizes, from compact cameras to larger models. Reolink cameras are generally more consistent in size, mostly sticking to a medium-sized form factor. This means that, depending on your preferences and installation area, you may find the appropriate camera size from either brand.

Regarding the camera's weight, Amcrest cameras generally weigh more than Reolink models. Heavier cameras can often be an indicator of sturdier construction and higher durability. However, lighter cameras, like those offered by Reolink, can be more manageable when installing or moving locations.

Vandal Resistance

It's important to note that some specific features, such as vandal-resistance, are available in a few models of Amcrest cameras (like the IP2M-866W). Reolink also offers some models, such as the RLC-542WA, with IK10 vandal-proof ratings. Make sure to check individual models for these features according to your security needs.

8. Night Vision

Winner: Amcrest

This was a close call as Reolink tends to perform better in Infrared, however, Amcrest cameras work better in low lighting conditions, with a larger image sensor and True WDR.

Night vision is a crucial component of security cameras, and in my research, it’s clear that both brands offer an Infrared (IR) night vision capability. 

However, there are differences in night vision functionality across various models. Some Amcrest cameras provide infrared and full-color night vision via a low-light sensor, while Reolink cameras often achieve this through spotlight technology. 

Infrared LEDs

Reolink cameras tend to have more integrated Infrared LEDs which results in those cameras having a slightly longer infrared range in total darkness.

For those looking for cameras with spotlight functionality, both brands offer some models with spotlights/floodlights included. The Amcrest floodlight (ASH26-W) is the brightest of all cameras reviewed, with 2000 lumens of light.

Minimum illumination for color is another factor to consider, as it represents the lowest amount of light needed for the camera to produce a color image. Lower values indicate that the camera can produce a color image in very low light conditions. Amcrest models have lower minimum illumination values, such as 0.005 and 0.009. This generally corresponds to the camera having a larger image sensor to let light in.

9. PTZ Functionality

Winner: Reolink

If you're looking for a security camera with very advanced PTZ features and much higher optical zoom capabilities, Amcrest has a couple of models worth looking at. For everything else, Reolink has an impressive range of options, in a variety of power and data formats (wired, wireless, wire-free, 4G). They also have multi-sensor PTZ cameras, for wide-angle and telescopic auto-tracking (TrackMix Series).

PTZ (pan-tilt-zoom) capabilities allow a camera to pan (move horizontally), tilt (move vertically), and zoom (enlarge view) to cover a larger area. 

Digital zoom is a software-based zoom that enlarges the image, but the resolution will decrease as the image is enlarged. 

Optical zoom, on the other hand, uses a lens to provide a higher-quality, clearer image when zooming in.

Amcrest

Amcrest offers a wide range of security cameras with both digital and optical zoom features. Specifically, most Amcrest cameras provide digital zoom with up to 16x magnification, whereas the optical zoom feature varies between 3x to 32x, depending on the model. 

In addition, Amcrest also offers multiple models with pan and tilt features, some even come with PTZ presets, tours, scans, and patterns.

Examples include the Amcrest IP2M-863EW-AI and IP4M-1063EW-AI which offer pan, tilt, and up to 25x-32x optical zoom, for tracking and monitoring larger areas more effectively.

Reolink

Reolink, on the other hand, tends to focus on digital zoom, with many models having 6x to 16x magnification. While fewer Reolink cameras offer optical zoom, the ones that do, provide a range of 3x to 16x magnification. 

Pan and tilt features are available on a number of Reolink models, which tend to be more consumer-grade than Amcrests.

Research & Citations

Hands-On Product Testing

• https://smarthomeperfected.com/reolink-argus-pt-2k-security-camera-review/
• https://smarthomeperfected.com/reolink-argus-pro-security-camera-review/

Camera Models included in Research

Sources

https://reolink.com/

https://amcrest.com/

The post Amcrest vs Reolink: Security Camera Head to Head! appeared first on Smart Home Perfected.

About Z-Wave

Z-Wave wireless technology operates in a lower frequency range than Zigbee, Wi-Fi or Bluetooth. This makes it perfect for smart home devices that require low bandwidth communications such as sensors and switches. Operating at a lower frequency means it can save on battery power, which means less maintenance for your devices. 

Z-Wave also works as a mesh network, allowing messages to hop between devices. This helps increase the distance of your network.

Z-Wave Devices

Z-Wave Smart Hub

A Z-Wave smart home hub controls all of your Z-Wave devices. This one from Aeotec can also connect to Wi-Fi and Zigbee devices. You can connect it to your voice assistants, speakers, cameras, light switches, and so on. Manage all of your automations in one place. Program your devices according to your schedule.

Z-Wave Smart Plug

A smart plug can turn your non-smart devices into smart ones. All you have to do is connect the appliance to a power source using a smart plug. The smart plug from Aeotec does the job. This little device allows you to automate home appliances and control them remotely.

Z-Wave Motion Sensor

Motion sensors are used for your safety and convenience. They let you know if someone is at the door using alerts. Motion sensors are also frequently used for light switch automation. This model from Zooz offers adjustable motion sensitivity and comes with a magnetic mount for the easiest installation. 

Z-Wave Thermometer & Hygrometer

Z-Wave thermometers and hygrometers are small devices that can detect the temperature, humidity, light levels, and more. The device sends this information to an app on your smartphone, where you can run analytics and monitor the temperature. This one from Zooz offers quick reports and allows you to select the desired motion sensitivity.

Z-Wave Light Switch

A smart light switch does a lot more than just control the lights in the house. It can be controlled using voice commands or a smartphone app. This GE smart light switch is an excellent contender. The device can be controlled remotely using your phone and voice commands.

Z-Wave Thermostat

With a smart thermostat, the temperature in your house is always just right. If you pick a programmable thermostat, you can program it in accordance with your schedule for your best convenience. This thermostat from Honeywell has all the aforementioned features. You can set the temperature using the display.

Z-Wave Window & Door Sensor

A door and window sensor serves to protect your home from intruders. If the sensors sense a door or window opening, they will alert you immediately. This way, even when you’re outside of the house, you can keep your home safe. The model from the brand Ecolink has all the necessary features.

Z-Wave Scene Controller

Scene controllers let you control and trigger your Z-Wave lights and routines / scenes. The one from Aeotec is a great choice.

Z-Wave Smart Lock

A smart lock allows you to lock and unlock your door from any place in the world using your phone. Add your door to your smart home system and unlock it wirelessly without using a key. The lock from Kwikset allows you to set up to 30 codes for family members and guests.

Z-Wave Siren

A home security siren can serve as an alert for intruders, as well as a chime in other cases. You can link it with other Z-Wave devices in a scene to trigger other actions. Depending on the model, you can assign different chimes to different events. This model from Dome, for example, features 10 different alarm chimes. Each can be assigned to a different event.

Z-Wave Water Leak Detector

The name leak detector is pretty self-explanatory. The device can sense water and even changes in temperature. In case of a leak you can get alerted on your phone. Alternatively, set up a scene for such cases. This leak detector from Fibaro can sound an alarm when it detects water.

Z-Wave UV & Vibration Sensor

A UV and vibration sensor only checks for high levels of UV light and dangerous vibration. This 6-in-1 device from Aeotec checks for motion, temperature, light, humidity, UV, and vibration. If you purchase this device, you’ll be killing 6 birds with one stone!

Z-Wave Relay for Sprinklers, Garage Doors, Pool Pumps and Gas Fireplaces

A multi relay allows you to automate multiple devices at once. In this case, this multi relay from Zooz is great for garage doors, sprinklers, gas fireplaces, doorbells, landscape lights, pool pumps, house fans, and more. The device makes it easy to control other appliances using your phone.

Z-Wave Smoke & Co2 Detector

CO2 and smoke can be very dangerous and, in some cases, even deadly. Having a smoke detector and carbon monoxide alarm at home is a necessity. This alarm from First Alert does the job of protecting you from CO2 and smoke. You can receive notifications if dangerous levels of either are detected.

Z-Wave Smart Lamp Dimmer

With a smart light dimmer, you can adjust the brightness of any lamp in the house remotely, using your phone. Set up schedules and scenes, and program your smart home system to deliver exactly what you need. The model from Jasco can be controlled manually using the buttons on the device.

Z-Wave Extender

A range extender boosts the wireless signal in the room or house. These are useful Z-Wave devices for when your signal is not strong enough and you don’t want to invest in a new network or router. The one from Aeotec extends the wireless signal’s range by 250%. 

Z-Wave Energy Monitor

An energy monitor or meter monitors your energy consumption. You can make use of this data by analyzing it and minimizing your energy consumption to save money. The device from Aeotec boasts 99% accuracy. The set comes with one monitor and two clamps that can be used for two loads.

Z-Wave Doorbell

A Z-Wave doorbell is nothing like a regular doorbell. It is programmable, with different chimes and safety alerts. It is also generally louder and more secure than a regular doorbell. This model from Aeotec features 30 sounds. 8 of them are dedicated to the doorbell and others used for other features.

Z-Wave Water Valve

A Z-Wave water valve fits over your regular levered ball valve. It can usually be controlled with a controller or using an app on your phone. The model from EcoNet is a great option for everyone. It’s very easy to install by yourself, with no plumbing required. 

Z-Wave Devices: The Verdict

Besides the obvious technological advances, Z-Wave devices also provide added security and safety to you and your family members. Plus they are all cool gadgets! If you feel like treating yourself and updating your smart home system, choose the device you find most useful and install it!

Sources

z-wavealliance.org

The post 19 of the Best Z-Wave Devices for Your Smart Home! appeared first on Smart Home Perfected.

In this analysis, I examined a total of 52 security cameras, including 29 from Amcrest and 23 from Lorex, to provide you with essential information on their camera lineup. A comprehensive list of product codes can be found at the end of the article.

The Winners

Best for Customized Security

View Cameras & Kits

Best for Comprehensive Kits

View Cameras & Kits

Best for Customized Security: Amcrest

I've picked Amcrest as “Best for Customized Security” as it offers people the flexibility and compatibility they need to create a tailored surveillance system.

With ONVIF compatibility, Amcrest cameras can easily integrate with other platforms, such as Blue Iris, without being confined to a specific package.

Amcrest cameras also tend to have better low-light visibility for enhanced night vision compared to Lorex. Despite their cameras having a similar price to Lorex, Amcrest cameras also feature True WDR (Wide Dynamic Range) technology, which provides a higher quality image than the HDR or Digital WDR found in Lorex cameras.

Additionally, Amcrest cameras come with alarm interfaces, a feature that is less common in Lorex products.

Best for Comprehensive Kits: Lorex

I've picked Lorex as “Best for Comprehensive Kits” as it's more of a one-stop shop than Amcrest. They have better mobile apps, making it simple to monitor and manage your security system from anywhere.

With a Lorex package or kit, you receive all the necessary components for a complete surveillance system, without the need to piece together individual elements.

Some Lorex cameras have Active Deterrence Technology, a feature that Amcrest lacks, which helps to prevent potential security breaches before they occur. With support for Google Assistant and Chromecast, Lorex offers seamless integration with popular smart home platforms, further differentiating it from Amcrest.

Financing options are also available for customers.

Amcrest vs Lorex: Overview

Founded in 2013, Amcrest offers a diverse range of security camera products, including NVR, DVR, PoE Cameras, Wi-Fi Cameras, Wire-Free Cameras, PTZ Cameras, and various camera packages. 

Most Amcrest cameras utilize a wired data and power connection, but there are some wireless options available as well. For cloud subscriptions, Amcrest has optional plans for most of their models, allowing you the flexibility to choose based on your requirements. 

All Amcrest cameras come with a standard 1-year warranty.

Lorex

In contrast, Lorex, founded in 1991, primarily focuses on business users and provides a similar product range.

Similar to Amcrest, most Lorex cameras have wired data and power connections with a few wireless options. Notably, Lorex cameras do not have optional cloud subscription plans, so you'll need to rely on local storage for your footage. 

The standard warranty for Lorex cameras is 1 year, similar to Amcrest.

Dahua OEM

Both brands manufacture their equipment through Dahua, while Amcrest’s key benefits lies in its ONVIF compatibility, allowing for integration with third-party devices and systems. 

Lorex distinguishes itself with its 30-year history, financing options, and a well-regarded reputation among DIYers and installers.

Mobile App

When it comes to the mobile app experience, Amcrest's average app review score is 2.25/5, while Lorex scores slightly better with a 3.6/5. Also, Amcrest offers a cloud platform called the “Amcrest Smart Home Cloud,” which provides additional features such as cloud storage and AI notifications, whereas Lorex does not have a similar offering.

One downside of Amcrest is the multiple mobile apps with a not-so-stellar quality compared to the competition. Lorex, on the other hand, suffers from low interoperability, as they don't officially advertise support for third-party systems, even though some of their products do have ONVIF and RTSP support.

Budget

Price-wise, Amcrest has options for various budgets, starting as low as $34.99 up to $919.99. In comparison, Lorex's prices range from $39.99 to $1,199.99. 

Power & Data

For power options, both brands offer cameras that can be powered by PoE (Power over Ethernet), DC power, and AC power. Some Lorex cameras, such as the U471AA-E model, can also be powered by batteries and solar panels, which can make them more versatile and eco-friendly.

When it comes to data transmission, Amcrest cameras primarily use PoE and 2.4GHz WiFi. Some Amcrest models also support 5GHz WiFi and coaxial cables for data transmission. On the other hand, Lorex cameras offer more variety in their data transmission options, integrating PoE, 2.4GHz WiFi, 5GHz WiFi, and coaxial cables across their different models.

In terms of data transmission range, Amcrest analog cameras, like the AMC4KBC28-W, can transmit data over long distances (up to 2,296 ft) through coaxial cables. Lorex cameras also offer long-range transmission such as in the E892ABW model, which has a 300 ft PoE transmission range.

IP and Analog

Another difference to consider is the type of data each camera handles. Both Amcrest and Lorex offer IP cameras, which transmit digital video data over the internet or computer networks. In addition to IP cameras, Amcrest also provides analog cameras supporting HD-CVI, HD-CVBS, HD-TVI, and HD-AHD formats, while Lorex has analog cameras compatible with HD-AHD, HD-TVI, HD-CVI, and HD-CVBS formats as well. 

This means that both brands cater to a range of consumer needs, offering both modern IP cameras and analog cameras for those with existing coaxial cable infrastructure.

Video Quality

When it comes to video quality, many Amcrest models support continuous recording with max supported frame rates of around 30 frames per second (FPS). On the other hand, Lorex cameras offer a mix of continuous and motion-activated recording, with some models offering frame rates of 15 to 30 FPS.

Amcrest cameras utilize video coding formats such as H.265 and H.264, while Lorex uses a mix of H.265, H.264, and NTSC/PAL formats. H.265 is a newer and more efficient format than H.264, allowing for better video quality and reduced file sizes. NTSC/PAL formats are mainly used for analog cameras.

WDR

Wide Dynamic Range (WDR) is a feature that helps balance exposure in scenes with contrasting lighting conditions. Amcrest offers models with both true and digital WDR, ranging from 120 to 140 dB (IP4M-1046EW-AI). Lorex models typically have digital WDR.

Noise reduction is essential for producing clear, sharp images in various lighting conditions. Most Amcrest models feature 2D and 3D Digital Noise Reduction (DNR), while Lorex models primarily offer 3D DNR (such as the LNE9383). Both companies also provide advanced video features such as Back Light Compensation (BLC), High Light Compensation (HLC), white balance control, and gain control.

Multiple Video Streams

Amcrest and Lorex cameras can support multiple video streams, with Amcrest cameras supporting up to three streams. Offering multiple video streams allows for different users to access the camera simultaneously with separate settings.

Lastly, privacy masking is essential in safeguarding personal privacy. Amcrest models often include privacy masking as a standard feature, while it's available in select Lorex models as well.

Audio & Alarms

Starting with audio features, my research shows that the majority of both Amcrest and Lorex security cameras offer integrated microphones (like the AMC4KBC28-W and E893DD-E). This means that these cameras can deliver clear audio alongside video, providing a more detailed understanding of events taking place in your property. 

Integrated microphones are especially useful in scenarios where communication between people captured on video might be important for security purposes.

Alarms

Moving on to alarm systems, the presence of external alarm interfaces seems to be more common in Amcrest cameras compared to Lorex models. Having an alarm interface allows your camera to connect with other security devices, creating a centralized security system that can streamline monitoring and control efforts.

Some Amcrest cameras are equipped with sirens, while many Lorex models have built-in sirens as well. Integrated sirens can provide an additional layer of security by attracting attention and potentially scaring off burglars. It's important to note that the siren loudness varies across different models, with some of the Amcrest cameras reaching up to 110 decibels.

Two Way Audio

Another noteworthy feature to consider when comparing these two brands is two-way audio. This capability allows you to listen and talk through the camera, enhancing communication with people on your property or even potentially warding off intruders. Many Amcrest and Lorex models offer this feature.

Camera Storage

Amcrest cameras tend to have onboard storage capacities ranging from 128GB to 512GB, with most models supporting 256GB microSD cards for local storage. In addition to microSD, Amcrest cameras are compatible with storage options like Network Video Recorders (NVR), Network Attached Storage (NAS), File Transfer Protocol (FTP), and Cloud. 

Notably, some Amcrest models require a Digital Video Recorder (DVR) for storage, such as the AMC4KBC28-W and AMC4KDM28-B.

Regarding interoperability, many Amcrest cameras support popular protocols and third-party applications like Blue Iris, ONVIF, RTSP, and CGI. These systems allow for seamless integration with existing security infrastructures, making Amcrest cameras a versatile choice for users looking to expand or improve their home security.

On the other hand, Lorex cameras offer onboard storage capacities of 256GB, available with models like the W881AAD-E, W452ASDB-E, and F461AQD-E. Lorex storage options include microSD cards, NVR, DVR, NAS, FTP, and Wireless Hubs, with certain devices limited to specific storage means. For instance, the LNE9383 camera works with NAS and FTP, while the B451AJD-E camera is compatible with microSD and NVR.

Although Lorex cameras officially support fewer interoperability options than Amcrest, select models are compatible with ONVIF, RTSP, and CGI, as seen with the LNZ44P4BW, LNZ44P12B, and LNE9383. These industry-standard protocols ensure that Lorex cameras can integrate with many security systems and provide dependable surveillance solutions.

Camera Lens Specs

Amcrest offers a wide variety of models catering to different requirements. They have cameras with focal lengths ranging from 1.4mm to 4mm, providing comprehensive coverage of the area under surveillance. 

Many Amcrest models come with a fixed focus lens, which allows for a constant focus and sharp image quality. Some models also offer a motorized lens for zooming capabilities. Amcrest cameras have a resolution spectrum from 2MP to 12MP (like the IP12M-F2380EW), giving you the option to choose the right resolution for your specific needs.

Field of View

When it comes to the field of view, Amcrest is not short on options either. Their cameras have a field of view range between 90 degrees to 180 degrees horizontally. This means you can get a solution for monitoring a narrow alley or a large room without any issues. Moreover, their image sensors range from sizes 1/3″ to 1/1.7″, which means that you can expect good quality images, especially in low light conditions.

Lorex, on the other hand, also offers a diverse selection of security camera models. With focal lengths ranging from 2.6mm to 5.3mm and both fixed focus and motorized lens options, Lorex cameras excel in covering various surveillance needs. Their camera resolutions are also competitive, offering models with resolutions from 2MP to 8MP (like the LNE9383).

Lorex cameras feature a horizontal field of view starting from around 54 degrees up to 164 degrees, providing a range of coverage suitable for various surveillance scenarios. Their image sensor sizes are predominantly 1/2.8″ or 1/3″, ensuring image clarity in different lighting environments.

Night Vision

Amcrest offers a wide selection of camera models with various night vision functionalities, the majority of which utilize Infrared and Full-Color technology via a low light sensor. Some models, such as the IP8M-TB2886EW-AI, IP8M-2496EW-V2, and A5TN28-W, also feature a spotlight to improve visibility in dark situations. The infrared distance for Amcrest cameras typically ranges between 32 feet and 328 feet, providing expansive coverage during nighttime hours.

Lorex cameras also come equipped with diverse night vision capabilities, including Infrared, Full Color technology via a low light sensor, and Full Color via a spotlight. Models like the W881AAD-E, W452ASDB-E, V261LCD-E, and U471AA-E even boast Active Deterrence Technology, which enhances security by discouraging intruders from attempting any breach. Lorex cameras have infrared coverage that spans from 27 feet up to 300 feet, depending on the model.

Minimum Illumination for Color

Minimum illumination for color is an essential factor to consider, as a lower value suggests improved functionality in low light situations. Throughout the Amcrest range, the minimum illumination values range from 0.005 to 0.0840, while Lorex models vary between 0.005 and 0.02. In most circumstances, Amcrest offers superior low-light color visibility.

When it comes to the number of Infrared LEDs, both Amcrest and Lorex cameras offer varying options. Some models have as few as 1 LED, while others boast up to 12 LEDs. The presence of more Infrared LEDs generally results in better visibility during nighttime hours.

Camera Smarts

In terms of smart integrations, Lorex appears to offer more options, supporting Alexa, Google Assistant, Chromecast, Fire TV, and Apple TV for certain models. Amcrest supports Alexa for some models but does not currently offer Google Assistant or Chromecast support. This means that if you prefer a security camera system that easily integrates with your existing smart home ecosystem, Lorex may have an edge.

Motion Detection

Motion detection features are crucial for effective home security. Both Amcrest and Lorex offer configurable motion zones and motion sensitivity in many of their models, which allows users to focus the camera's attention on specific areas while reducing false alarms. Additionally, both brands provide motion alerts, with push notifications being the most common method.

When it comes to advanced detection features, Amcrest has a wide variety of options across its models, including person detection, vehicle detection, face detection, heat maps, and people counting (such as the IP12M-F2380EW). On the other hand, Lorex offers person detection, vehicle detection, animal detection, and object detection in some of its models (like the W881AAD-E).

Advanced Features

Perimeter protection features in security cameras add an extra layer of security to your property. Amcrest offers robust perimeter protection options (like in the IP8M-MD180E-AI), including tripwire detection and intrusion detection in many models, with additional features like crowd gathering detection and region entrance/exit detection available in select models. Lorex, however, appears to have fewer models with these advanced features.

Finally, both Amcrest and Lorex provide other event triggers in some of their models. Amcrest models may include triggers such as abandoned objects, missing objects, video tampering, and storage anomalies. Lorex offers similar triggers like abandoned objects, missing objects, and video tampering in some models (such as the E893AB-E).

Pan-Tilt-Zoom

In terms of PTZ (Pan-Tilt-Zoom) capabilities, Amcrest offers a wider range of cameras that support PTZ features compared to Lorex cameras. The PTZ capabilities allow the camera to pan, tilt, and zoom, enabling more precise monitoring of the surroundings. Most Amcrest PTZ cameras offer an extensive range of pan and tilt angles, often providing 360° pan and 90° tilt coverage.

Zoom

Zooming is a significant factor to consider when selecting a security camera. Both Amcrest and Lorex offer models with digital zoom and optical zoom capabilities. Digital zoom magnifies the image using software, while optical zoom uses a physical lens to magnify the image, providing better image quality. In my research, I found that Amcrest has more cameras with digital zoom, and many models also offer optical zoom (such as the IP2M-863EW-AI and the IP4M-1083EW-AI). Lorex cameras also have digital zoom capability, but only some models feature optical zoom (like the LZV2925SC).

When it comes to AI-based features like tracking and motion detection, both brands offer select models with these advanced capabilities. These features help ensure the security system is more efficient and effective by tracking and highlighting possible threats in real-time.

Build Quality

In terms of weather resistance, Amcrest offers a variety of models with high IP ratings, such as IP67 and IP66, ensuring that their cameras can withstand harsh weather conditions. Most Amcrest models are made from metal, heavy-duty metal, or aluminum, indicating that they are built to be durable and long-lasting. Amcrest also offers models designed specifically for indoor use, featuring plastic construction and weather-resistant ratings for indoor security options.

On the other hand, Lorex also offers models with high IP ratings (IP66 and IP67) for weather resistance, but you can find a few models with lower IP ratings such as IP65. Lorex's camera materials include metal, heavy-duty metal, aluminum alloy, and polycarbonate, providing strength and durability to their product lineup as well. 

Temperature Resistance

In terms of temperature resistance, Amcrest cameras generally have a wider operating temperature range, with most models capable of functioning within -40°F to 140°F (-40°C to 60°C). Lorex cameras offer similar temperature resistance, with some models even capable of functioning within -40°F to 158°F (-40°C to 70°C), ensuring that they can operate in extreme weather conditions.

As for camera weights, both Amcrest and Lorex offer lightweight and heavy-duty options. Amcrest camera weights range from 240g to 4,699g (which is the IP4M-1083EW-AI), while Lorex cameras range from 190g to 5,300g (LNZ81P25). Heavier cameras typically come with more advanced features and higher durability, while lighter cameras may be easier to install and may be more appropriate for indoor use. 

Lastly, the maximum operating humidity for Amcrest cameras is generally around 95%, while Lorex cameras have a slightly lower operating humidity, ranging from 90% to 98%. This indicates that both brands can handle high levels of humidity in the environment.

Camera Models Included in my Research

Sources

https://amcrest.com/

https://www.lorex.com/

The post Amcrest vs Lorex: In-Depth 2024 Comparison of Leading Security Camera Brands appeared first on Smart Home Perfected.

You can either pick a lift mechanism and build it into a custom cabinet or choose a ready-to-go cabinet that matches the style of your room.

Best DIY Lift Mechanisms

9.5

Touchstone Motorized TV Lift

TOP PICKA dependable lift mechanism

View Price

9.1

Co-Z Motorized TV Mount Lift Mechanism

RUNNER-UPA heavy-duty lift mechanism

View Price

Best All-in-one TV Lift Cabinets

9.3

Touchstone Bungalow TV Lift Cabinet (Chestnut)

Traditional Style Chestnut Cabinet

View Price

9.1

Touchstone Grand Elevate TV Lift Cabinet (Up to 65 Inch)

Supports TVs up to 100 lbs

View Price