ZemiSmart Zigbee Curtain Driver (review)

Jasco Products manufactures a range of in-wall and plug-in lighting controls under the GE brand, utilizing both Z-Wave and ZigBee platforms. These smart lighting solutions can be integrated with voice assistants like Alexa or Google Assistant, though Z-Wave products necessitate a third-party hub for connectivity. ZigBee products also typically require a third-party hub, with the exception of the Amazon Echo Plus, which has a built-in ZigBee controller. Apple HomeKit compatibility is not offered by these specific GE devices. Testing involved the GE In-Wall ZigBee Smart Dimmer (model 45857GE), the GE In-Wall Z-Wave Smart Dimmer (model 14294), and the GE ZigBee Plug-in Smart Dimmer (model 45852GE), all integrated with a Samsung SmartThings Hub, which supports both communication protocols. The GE In-Wall ZigBee Smart Dimmer, designed to replace standard light switches, requires a neutral wire in the junction box and, for multi-pole configurations, GE add-on switches. Installation is complicated by poorly written and confusing instructions, with oversized diagrams for old switches and tiny, hard-to-read diagrams for the new device. Despite these challenges, the physical installation can be completed with patience. The dimmer features a rocker-like appearance but operates with taps: a tap on the top turns the light on, and a tap on the bottom turns it off. Pressing and holding allows for dimming or brightening, compatible with various dimmable bulb types. A small LED indicates the switch's location in the dark, though it cannot be turned off independently. Pairing with the SmartThings hub proved difficult, requiring multiple device resets and calls to tech support before successful integration. Once paired, the dimmer functioned like other SmartThings devices, supporting basic automation and offering real-time energy monitoring within the app. However, issues with slow dimming action and flicker with older LED bulbs were noted. The GE In-Wall Z-Wave Plus Smart Dimmer is nearly identical in design and installation requirements to its ZigBee counterpart, including the need for a neutral wire and add-on switches for multi-pole setups. Its manual is similarly disorganized and confusing. Unlike the ZigBee model, this version paired easily with the SmartThings hub, as it does not require a special pairing mode. Operationally, it mirrors the ZigBee dimmer, though it lacks an energy-monitoring feature. Notably, the Z-Wave dimmer has a lower list price ($44.99) compared to the ZigBee model ($54.99). For users with an Echo Plus, the ZigBee model might be considered despite setup issues, but for those with a Z-Wave compatible hub, the Z-Wave dimmer is presented as the superior choice. The GE ZigBee Plug-in Smart Dimmer is designed for impermanent light sources with dimmable bulbs and requires grounded, three-prong receptacles. It includes an always-on three-prong pass-through, while the controlled outlet accepts two-pronged plugs. This plug-in dimmer is described as large, measuring 4 inches wide by 2.5 inches high by 1.5 inches deep, but is designed not to obstruct the second outlet in a two-gang receptacle. A recessed button on the front controls the attached lamp, with a single press for on/off and holding for dimming/brightening, though the dimming action is slow and the button is difficult to manipulate. Unlike the in-wall ZigBee dimmer, this plug-in version paired immediately with the SmartThings app, offering comprehensive lighting controls, automation, and real-time energy consumption reporting. It handles up to a 300-watt incandescent load or 100-watt dimmable CFL/LED bulbs, with a maximum load of 15 amps or 1,800 watts across both outlets. Despite its size, it is deemed a competent choice for a dimmable smart plug, and its Z-Wave equivalent is presumed to offer similar capabilities. #GESmartLighting #ZigBee #ZWave #SmartHome #HomeAutomation #SmartDimmer #LightingControl #SmartThings #ProductReview

ThirdReality Smart Blinds offer an inexpensive alternative to custom-made smart window shades, which can typically cost $500 or more per window, excluding professional installation. These blinds are designed as room-darkening cellular shades, featuring an outer fabric layer and an aluminum foil lining for insulation. They are available in widths ranging from 20 to 39 inches, in one-inch increments, and have a fixed maximum length of 72 inches. The only color option available is an innocuous beige. While these shades provide excellent light blocking and insulation, they lack light-filtering options and aesthetic versatility. The blinds are powered by four AA batteries, with two additional AA batteries for the infrared remote control. All electronic components are integrated into the bottom rail of the shade. This design allows for easier battery changes without needing a stepstool, but it can hinder remote control functionality if the shade is lowered behind furniture. The bottom rail also incorporates a mechanical limiter to prevent the shade from lowering past the windowsill, although it won't detect obstructions elsewhere. Installation can be done with either an inside or outside mount, and the necessary hardware is included. The physical installation is straightforward but requires precise measurements. A notable limitation encountered during testing was the restricted range of available widths. For instance, a 42-inch wide window required two separate blinds (a 20-inch and a 21-inch), resulting in visible gaps on the sides and in the middle. Furthermore, the blinds did not hang perfectly straight, with a slight droop on the left side, and one blind did not sit flush with the windowsill when fully closed, creating a half-inch gap on the right. These aesthetic imperfections may not meet the expectations of all buyers, despite the budget-friendly price point. Each ThirdReality Smart Blind comes with an interchangeable infrared remote control, which can operate any blind it's pointed at. This can lead to some operational challenges, especially with multiple blinds in close proximity, as controlling individual blinds without affecting others may require trial and error. The blinds utilize Zigbee connectivity, offering broad compatibility with various smart home systems. While ThirdReality offers a proprietary $30 smart hub for app control, the blinds can directly connect to several popular Zigbee-enabled devices. These include specific Amazon Echo speakers (4th Generation, Echo Plus, Echo Show 10—excluding the first gen—and Echo Studio), Amazon’s Eero 6 and Eero Pro mesh Wi-Fi routers, and smart home hubs like Ezlo Plus, Hubitat, and Samsung SmartThings. During testing, integration with Alexa allowed for seamless voice and app control. ThirdReality Smart Blinds are available for purchase directly from the manufacturer or through Amazon, with prices ranging from $139.99 for a 20-inch width to $158.99 for a 39-inch width, plus shipping. While other budget-priced motorized shades exist, they often lack smart features. Conversely, these alternatives might offer more color and size options. Consumers are advised to weigh their priorities between smart features, aesthetic choices, and cost when considering ThirdReality Smart Blinds. #SmartHome #SmartBlinds #ZigbeeConnectivity #HomeAutomation #DIYInstallation #WindowTreatments #HomeDecor #ProductReview #BudgetFriendly

The SwitchBot Curtain Rod 2, a recipient of the 2022 Red Dot Design Award, represents an advancement over the initial SwitchBot Curtain by refining its mechanism for attaching the motor assembly to curtain rods. The original SwitchBot Curtain, launched via Kickstarter in 2019, followed the successful introduction of the SwitchBot Bot two years prior. Both products gained popularity by addressing specific smart home challenges through user-friendly and cost-effective solutions. For those unfamiliar with SwitchBot, the SwitchBot Bot is a compact and affordable actuator designed to press buttons, thereby converting non-smart devices into smart ones. The original SwitchBot Curtain is a small robotic device that affixes to a curtain rod or track, effectively motorizing nearly any curtain. Both devices communicate via Bluetooth and can be controlled locally using the SwitchBot smartphone app or the SwitchBot Remote. The company also offers the SwitchBot Mini, which integrates these products with a home's WiFi network and the SwitchBot cloud. This integration enables remote control through the SwitchBot app, compatibility with other cloud-connected SwitchBot products, voice control via Amazon Alexa or Google Assistant, and automation through Siri Shortcuts or IFTTT. Integration with other smart home platforms, such as SmartThings, is facilitated by community-developed drivers that leverage the SwitchBot Cloud API, for example, a free Crestron-SwitchBot driver utilizing this API. The initial SwitchBot Curtain was compatible with various curtain mounting systems, including curtain rods, U rails, and I rails. However, its performance on telescoping curtain rods occasionally fell short of customer expectations, prompting SwitchBot to develop an improved version. The SwitchBot Curtain Rod 2 is designed for curtain rods with diameters ranging from 15mm to 40mm (0.59 in. – 1.57 in.) and supports grommet, back tab, tab top, and ring top mounted curtains. SwitchBot continues to produce the original SwitchBot Curtain for curtains mounted on U rails or I rails. A key feature of the original SwitchBot Curtain, its ease of installation, is maintained in the updated Rod 2 model, which can be installed in minutes. The device features a rechargeable internal battery that offers up to eight months of use on a single charge, and an optional solar panel can further extend battery life. It can automate curtains weighing up to 17 pounds (8 kg) and is available in white or black finishes. Installation of the SwitchBot Curtain Rod 2 begins with fully charging its internal battery, a process that takes approximately 6.5 hours using the included USB cable. New users need to install the SwitchBot app on their iOS or Android device and create an account. Adding a new device involves selecting "Curtain" from the app's list and specifying whether the curtain opens from one side or the middle. For center-opening curtains, two SwitchBot Curtain Rod 2 units are required. The device connects to the smartphone via Bluetooth by pressing and holding its button for two seconds until the LED blinks. After connection, the user names the device and assigns it to a room. The app then guides the user to select the curtain rod type (U-Rail, Rod, or I-Rail) and the specific curtain style (grommet, ring top, tab top, or back tab). Adapters for grommet, tab top, and back tab curtains are provided. SwitchBot also offers YouTube video tutorials for installation with different curtain types. Calibration is the final step, where the device learns the curtain's full open and closed positions through on-screen controls. The simplest way to operate the curtains is through the "Touch & Go" feature, where a tug of more than two inches on the curtain in the desired direction activates the device to fully open or close it. This feature can be enabled or disabled in the app's advanced settings. Automation options include scheduling specific opening/closing times, setting the curtain position (0% to 100%), and choosing between "Performance Mode" (faster, potentially louder) and "Silent Mode" (slower, intended to be quieter). The device also incorporates a light sensor, enabling automation based on ambient light levels, such as opening at sunrise and closing at sunset. A graph of light levels helps users select trigger points, useful for privacy at dusk. If the light sensor indicates a value greater than six, the optional SwitchBot Solar Panel can help maintain the battery charge. A delay feature allows for timed actions, like opening curtains for plant sunlight exposure and closing them later to prevent solar heat gain. Connecting the SwitchBot Curtain Rod 2 to the SwitchBot Hub Mini enables cloud connectivity, expanding control options to include remote operation from anywhere and integration with Google Assistant, Amazon Alexa, Siri Shortcuts, and IFTTT. This eliminates the need for the "Ask SwitchBot to…" command. Integration with other cloud-connected SwitchBot devices is possible; for instance, a SwitchBot Meter can trigger curtains to close if a room becomes too warm. Scenes within the SwitchBot app can automate multiple devices with a single trigger, such as closing all automated curtains when leaving home, or even activating older security systems via a SwitchBot Bot or controlling appliances with SwitchBot Plug Minis. Scenes can be triggered manually, by voice command, or on a schedule. Optional accessories include the SwitchBot Solar Panel, which plugs into the device and helps extend battery life when exposed to sufficient sunlight, and the SwitchBot Remote, a small two-button wireless control that can be linked directly to the Curtain Rod 2. While the SwitchBot Curtain Rod 2 generally performs well, some areas for improvement exist. The calibration process can be challenging due to the device's rapid movement and small on-screen pause button. A redesign with larger buttons or press-and-hold functionality would enhance usability. When closing curtains, the device pushes against the second attachment point, potentially resulting in a slightly smaller exposed window area compared to cord-operated tracks, especially for tab top curtains. The plastic clips and ball-chain for grommet curtains are not aesthetically pleasing, suggesting a design change to conceal the ball chain. The "Silent Mode" did not demonstrate a significant difference in noise level or speed compared to "Performance Mode," failing to deliver on the promise of silent operation, particularly for bedroom use. Finally, while a single unit is reasonably priced, the cost of automating multiple curtains with accessories like solar panels, remotes, and a Hub Mini can accumulate rapidly. For example, motorizing center-open, double-sided curtains with all accessories could approach $300. SwitchBot offers combo packages, but more tailored options, such as a "center pull combo" with two Rod 2s, two solar panels, and a remote, along with discounted Hub Mini bundles, would enhance value for users seeking to automate multiple window coverings. Such offerings would help homeowners leverage smart home benefits like daylight harvesting, temperature regulation, glare reduction, security, privacy, and protection of furnishings more affordably and efficiently. #SmartHome #HomeAutomation #MotorizedCurtains #SwitchBot #ProductReview #SmartDevices #HomeTechnology #CurtainAutomation

ZemiSmart has unveiled a new Matter over Thread Roller Shade Driver, designed to offer broad compatibility and ease of use for smart home enthusiasts. This device is a retrofit solution for existing roller shade blinds, distinguishing itself with Matter over Thread connectivity. This allows it to integrate seamlessly across various smart home platforms without requiring a proprietary hub from ZemiSmart or the need to be initially set up within a specific manufacturer's ecosystem like Tuya. This approach simplifies the setup process and enhances interoperability, a common advantage of Matter-enabled devices. The Matter over Thread protocol ensures that the device can operate efficiently with any Matter Controller and Thread Border Router, eliminating regional restrictions often seen with competing products, such as those from Aqara. This global availability makes the ZemiSmart driver a more accessible option for consumers worldwide, addressing a significant pain point for users who have faced limitations with other brands' offerings. In terms of design and functionality, the ZemiSmart Roller Shade Driver incorporates a motor that manipulates a beaded chain to control blind movement. A notable design feature is a large circular button on its front. This button serves a dual purpose: it acts as a tactile control for stopping or starting the motor, and it functions as a rotary dial. The rotary dial allows users to precisely adjust the blinds' position and select from three different motor speeds. While the dial provides manual control over these aspects, it does not mechanically connect to the motor, meaning direct manual turning of the blinds is not possible through this mechanism. The motor is equipped with three interchangeable cogs, accommodating beaded chains ranging from 3mm to 6mm in diameter, ensuring compatibility with a wide variety of existing roller blinds. Powering the device is an internal 6400mAh battery, which provides an estimated six months of operation on a single charge. Recharging is facilitated via a convenient USB-C port located on the underside of the unit. For users already invested in the Tuya ecosystem, the ZemiSmart Matter over Thread Roller Shade Driver retains compatibility through ZemiSmart’s M1 Matter bridge. This bridge acts as both a Matter Controller for the Tuya system and includes a Thread Border Router, allowing the new blind driver to integrate with existing Tuya setups. This dual compatibility caters to both new users seeking platform flexibility and existing Tuya users who wish to upgrade their smart home devices with Matter over Thread technology. Currently, the ZemiSmart Matter over Thread Blind Driver is available for purchase directly from ZemiSmart’s online store. The product is being offered at a discounted price, with additional savings available through an exclusive promotional code, making it an attractive option for consumers looking to enhance their smart home environment with modern, interoperable solutions for window coverings. #ZemiSmart #Matter #Thread #SmartBlinds #Retrofit #HomeKit #SmartHomeIntegration #SmartHomeDevices #HomeAutomation

The SwitchBot Automatic Curtain Opener is a smart home device designed to automate the opening and closing of curtains. This product offers a convenient solution for controlling window coverings, particularly for individuals who may not want to invest in full smart blinds. The device, which has gained popularity on platforms like TikTok, can be integrated into existing smart home ecosystems, supporting smart assistants such as Google Assistant and Amazon Alexa, as well as Matter and Apple HomeKit. Assembly of the SwitchBot Curtain Opener is straightforward, despite initial instructions in the box being unclear. A tutorial video available online clarifies the process. The installation involves attaching clips to tab-top style curtains, applying a magnetic sticker between curtain tabs, and then snapping the device into place. The accompanying SwitchBot app is user-friendly, offering a simple interface to control the curtains. Users can adjust the curtain coverage using a slider from 0% to 100% or use dedicated buttons for full open or close functionality. A notable feature of the SwitchBot is its ability to be operated by a gentle tug on the curtains, allowing for quick manual control without needing to access a smartphone. The device also boasts an impressive battery life, reportedly lasting for nearly two months on a single charge during testing. Its compatibility with various smart home protocols and assistants enhances its versatility, enabling users to create automated scenarios. For instance, curtains can be programmed to open or close based on sunlight levels, external temperature, humidity, or even a user's presence at home. This automation capability is highly praised by users and reviewers. One significant advantage highlighted in the review is the device's contribution to accessibility. For individuals with limited mobility, such as those recovering from an injury, the SwitchBot eliminates the physical effort required to open or close curtains. This aspect significantly improves daily convenience and quality of life for such users. However, the SwitchBot does have some drawbacks. The device produces a noticeable whining sound when in motion, which can be disruptive or startling to guests and pets. Another issue is its spatial awareness; it tends to slide past designated stopping points, causing curtains to bunch up against the rod or not open fully at the bottom, requiring manual adjustment. Additionally, the price point of approximately $90 might be considered high for a single-function smart home item, though its long-term utility is emphasized. Despite these minor issues, the SwitchBot Automatic Curtain Opener is presented as a valuable addition to a smart home, especially for those seeking enhanced convenience or accessibility in managing their curtains. #SmartHome #CurtainAutomation #HomeTech #Accessibility #ProductReview #SwitchBot #HomeAutomation #SmartLiving

The Switchbot Curtain Rod 2 offers an accessible way to automate existing curtains, providing a touch of luxury to daily routines. This device retrofits onto curtain rods, transforming conventional curtains into smart ones that can be controlled via an app or smart assistants. It aims to replicate the experience of automated homes often seen in movies, where curtains open and close effortlessly. Installation and setup are generally straightforward, though the physical attachment to the curtain rod can be a bit fiddly. Users need to download the Switchbot app and create an account to operate the device. However, to unlock its full potential, including features like creating routines (e.g., opening at sunrise) and integrating with smart home ecosystems such as Alexa, Google Assistant, or Siri Shortcuts, an additional purchase of the Switchbot Hub Mini is necessary. Without the Hub Mini, the device functions primarily as a manually operated motor for curtains, offering limited smart functionality. The device is compatible with curtain rods with a diameter of 15-40mm and weighs 285g, with dimensions of 3.3 x 3 x 5.6 inches. The design of the Switchbot Curtain Rod 2 is described as chunky but efforts have been made to make it aesthetically pleasing, featuring a curved pill shape and curved metal hooks with plastic accents, available in black or white. While it may be visible with certain curtain styles like tab top or back tap, it can be completely hidden with grommet curtains. The two side pieces of the device can be removed and reattached, which aids in installation. The device's retrofit nature means it brings smart home capabilities at a fraction of the cost of a full smart curtain system, making its visibility a minor trade-off. Once installed and connected to the Switchbot Hub Mini, the app provides a smooth and intuitive user experience. Users can rename individual curtains, manually control their opening and closing from 0-100%, and set up routines based on various triggers like sunrise/sunset or specific timings. The app also displays the remaining battery life, and optional solar charging panels can be purchased to eliminate the need for manual recharging. A light-sensing feature is available for more accurate automation, though its effectiveness depends on the device's placement relative to the window. In testing, the device performed efficiently with only one reported failure over a week, and its motor operation was relatively quiet. In conclusion, the Switchbot Curtain Rod 2 successfully meets expectations for a retrofit smart home solution, simplifying a mundane household task. Although the necessity of purchasing the Hub Mini separately for full smart functionality is a drawback, the combined system works effectively. The device offers convenience, enhances the modern home aesthetic, and can also contribute to home security by creating the impression of occupancy. It is considered a valuable addition for households seeking to integrate smart technology without a complete overhaul of their existing curtain setup. #SmartHome #CurtainAutomation #SwitchbotCurtainRod2 #HomeAutomation #SmartDevices #HomeTech #ProductReview

The SwitchBot Curtain is presented as a smart home gadget that allows for automated opening and closing of curtains. This device aims to provide an affordable alternative to expensive electric curtain systems, requiring no significant installation work as it retrofits onto existing curtain rods. The article highlights that the SwitchBot Curtain comes in different versions (Rod, U-Rail, I-Rail) to accommodate various curtain rod types. It is crucial for potential users to verify compatibility with their specific curtain setup, especially for extendable rods, although the manufacturer provides stickers to address unevenness. The initial setup involves installing the SwitchBot app, which is currently only available in English and requires account creation. The app facilitates quick pairing with the SwitchBot Curtain via Bluetooth, where users can name the device, specify the curtain rod type, and calibrate the robot's movement direction (left, right, or center outwards). For curtains that open from the center, two robots are necessary. The SwitchBot Curtain offers multiple control options, including the app via Bluetooth, a separate remote control, and, for extended functionality, integration into a Wi-Fi network through the SwitchBot Hub Mini. Connecting the device to Wi-Fi via the SwitchBot Hub Mini significantly enhances its capabilities by overcoming the limited range of Bluetooth and enabling voice control through assistants like Alexa and Google Assistant. The article demonstrates voice commands for opening, closing, and setting specific percentages for curtain positions. The response time for these commands is noted as approximately three seconds. Additionally, the review package included several other SwitchBot accessories, such as a Thermometer and Hygrometer, Remote, Contact Sensor, and Motion Sensor. These accessories further enhance the smart home experience by allowing automation based on environmental conditions (temperature, humidity), physical interactions (door/window opening), or presence detection. For example, the Thermometer and Hygrometer can link curtain movements to specific temperature thresholds, which is particularly useful in summer. The Contact Sensor can trigger curtain actions upon entry into a room, and the Motion Sensor can automate curtain closing when motion is detected, offering privacy. The overall user experience suggests that while the setup can take a couple of hours to maximize the system's potential, the individual components, particularly the SwitchBot Curtain, are well-made and aesthetically pleasing, available in white and black to blend with different decors. The app functions smoothly without connection interruptions, though the English-only interface might pose a slight challenge for non-English speakers. The article concludes that the SwitchBot Curtain, while a gadget rather than a necessity, offers significant convenience, works reliably, is easy to set up, and provides a cost-effective alternative to traditional automatic curtains, also contributing to home security by simulating occupancy. #SmartHome #SwitchBotCurtain #HomeAutomation #SmartCurtains #GadgetReview #IoTDevices #VoiceControl #HomeSecurity #TechAccessories

This article explores the growing accessibility and practical benefits of smart curtains and blinds, moving beyond their traditional association with luxury hotels and mansions. It highlights how these smart home devices can enhance daily routines and home efficiency. Smart curtains are presented as more than a convenience, offering functionalities such as gradually opening in the morning to provide natural light, detecting room temperature to close and retain warmth during colder periods, and automatically opening when residents leave the house. The Good Housekeeping Institute (GHI) conducted tests on three distinct smart curtain solutions, evaluating their performance and user experience. The article provides a detailed overview of the two main types of smart curtain systems: curtain track motors and smart curtain openers. Curtain track motors are essentially electric curtain rails that accommodate heavier fabrics and offer greater flexibility in sizing. They typically require a nearby power supply and some DIY installation, but often include built-in connectivity, eliminating the need for an additional hub. Smart curtain openers, on the other hand, are designed as retrofit devices that attach to existing curtain rails, moving curtains along without requiring significant installation or replacement of current soft furnishings. These openers often necessitate a separate hub device to unlock their full smart capabilities. Key considerations for shoppers include the power source, automation, and smart capabilities, as well as product specifications like compatibility with existing window setups and curtain weights. While built-in options usually require a plug socket, smart curtain openers are often rechargeable, with some models offering battery lives of up to eight months or a full year. The article emphasizes the importance of automation features, such as setting schedules and responding to environmental changes like light levels or temperature. It also points out that many smart curtain systems are compatible with popular smart home ecosystems like Alexa and Google Home, with some even being Matter-certified for broad device interoperability. The GHI's testing methodology involved installing each device to assess ease of setup and clarity of instructions. Testers measured the speed and noise levels of the devices under various weight conditions, both with weighted hooks and actual curtains, and evaluated special features like quiet settings. App functionality, smart programming, and home hub compatibility were also thoroughly assessed. A panel of four home testers provided real-world feedback on installation and daily use. The article features detailed reviews of three top-performing products: the SwitchBot Curtain Opener 3, praised for its tool-free installation, quiet operation, and smooth movement; the Aqara Smart Curtain E1, noted for its effective quiet mode and intuitive design, though requiring an Aqara hub; and the Quoya QL600 Smart Electric Curtain Track, highlighted for its whisper-quiet operation, reliable movement, and ease of connection with Alexa and Google Home, despite a more involved installation process. The Quoya QL600 is particularly suited for large windows, capable of holding up to 60kg of fabric, and features integrated Wi-Fi. #SmartCurtains #HomeAutomation #SmartHomeTech #ProductReview #GoodHousekeepingInstitute #InteriorDesign #TechGadgets

The SwitchBot Curtain Rod 2 is a second-generation smart curtain controller that improves upon its predecessor's design and functionality while maintaining the same $99 price point for a single device. The original SwitchBot Curtain was a commendable initial effort at automating curtain operation, but the company identified areas for improvement, leading to the enhanced Curtain Rod 2. Physically, the Curtain Rod 2 retains a similar chunky, oblong appearance to the original, featuring two smaller pieces that attach to its motor. However, a significant design upgrade is the transition from a clip-on mechanism, which sandwiched the curtain rod between the motor and a plastic piece, to a self-contained system. The new version incorporates more convenient and aesthetically refined spring-loaded clips that securely grip the rod like wheeled claws. This spring mechanism is quite tight, making attachment to thicker curtain rods (which the device supports for diameters between 15 and 40mm) a slight challenge, but not overly difficult. It is important to note that the Curtain Rod 2 is specifically designed for conventional round curtain rods. Users with I Rail or U Rail tracks will need to purchase a different product. For curtains with tabs, small plastic clips must be installed to provide a surface for the motor to push against. Grommet-style curtains can utilize an included string of beads with clips, though this adds a layer of installation complexity. The SwitchBot Curtain 2 operates primarily via Bluetooth, ensuring a quick setup process. To extend its functionality and enable remote control via Wi-Fi, users can integrate it with a SwitchBot Hub Mini, priced at $39. The hub also facilitates compatibility with various smart home ecosystems, including Alexa, Google Assistant, Siri shortcuts, and IFTTT. Without the hub, control is limited to local smartphone operation. The device is robust, weighing over a pound, and is equipped with a battery rechargeable via a USB-C cable (included). While the manufacturer does not specify battery lifespan, an optional $19 solar panel is available to continuously replenish the battery. Installation is streamlined, requiring a brief calibration through the SwitchBot app to define the curtain's open and closed positions. The app offers intuitive manual controls for opening, closing, or pausing curtains, along with granular options for partial operation, delayed timers, and recurring schedules. A notable feature is the light-sensing capability, which allows for automated curtain adjustments based on ambient light levels. This feature is currently in beta but performs surprisingly well. Users can select between two operating modes: Performance Mode and Silent Mode. Performance Mode provides more motor power, which is beneficial for heavier drapes, and the motor's motion in this mode feels smoother and more confident than the original model, despite both generations claiming a maximum curtain weight support of 17 pounds. Silent Mode, while quieter, reduces motor power and may struggle with heavy drapes, potentially causing the device to halt mid-operation. Despite these improvements, the second-generation device does not resolve all issues present in the original. For instance, if mini blinds are situated directly beneath the curtains, the unit may interfere with them during movement. Furthermore, the industrial design of the SwitchBot may remain visible with certain curtain styles that do not offer adequate concealment. Nevertheless, the SwitchBot Curtain, particularly with this updated Rod 2 version, significantly enhances the convenience of automating curtain operations, making it a valuable addition for smart home users. #SmartHome #CurtainAutomation #SwitchBot #HomeTechnology #ProductReview #SmartGadget #HomeAutomation #BluetoothConnectivity

The Jasco Enbrighten Z-Wave No-Neutral Smart Dimmer aims to address a common challenge in smart home upgrades: the absence of a neutral wire in older homes. Most smart switches require a neutral wire to power their internal electronics, making installation difficult in many existing electrical setups. Jasco's Enbrighten brand offers a solution by designing a dimmer that only requires three wires—line, load, and ground—instead of the typical four. A key feature of this dimmer is Jasco’s SimpleWire technology, which automatically identifies the line and load wires, simplifying the connection process. This eliminates the need for wire nuts or specific wire placement, as users can plug the line and load wires into either of the primary wire holes. The installation is further streamlined by the straightforward connection of the ground wire, which is typically bare or green. The dimmer supports multi-way installations with an optional traveler line and includes white and light almond paddles, although a wall plate is not provided. Despite its promising design for easy installation, the Jasco Enbrighten dimmer encounters significant usability issues. During the review, attempts to pair the dimmer with a SmartThings hub were met with persistent errors, as the QR code printed on the device could not be verified. Factory resetting the device, which involves a specific three-tap sequence, proved unreliable. Technical support from Jasco was inaccessible, with calls going to voicemail and no return correspondence until a week later. Eventually, a connection to SmartThings was established after extensive troubleshooting, though the dimmer appeared as a GE-brand device, a discrepancy attributed to Samsung by Jasco. Once connected, the dimmer offers standard smart home functionalities within SmartThings, including manual on/off/dimming, a countdown timer, and scheduling options. It also integrates with Google Assistant and Alexa. However, the physical operation of the dimmer presents considerable challenges. While it resembles a standard paddle switch, its finicky nature makes operation unintuitive. For instance, turning lights on to their previous brightness requires a very quick tap and release of the upper paddle; holding it for slightly too long activates the brightness adjuster, resulting in a dimmed light. Similarly, turning lights off requires a precise tap to avoid merely dimming them. This sensitivity makes the switch difficult for less tech-savvy individuals to use consistently. Other advanced features, such as disabling the onboard locator LED or adjusting maximum and minimum brightness, require complex and often obtuse sequences of rocker presses, necessitating frequent consultation of the manual. Retailing at $40, the Jasco Enbrighten dimmer is considered a more expensive option among Z-Wave dimmers. The combination of its high price, the significant difficulties encountered during setup, and the inadequate technical support makes it a challenging product to recommend broadly. Its primary appeal is limited to a niche user base: those who absolutely require Z-Wave connectivity and specifically cannot use neutral wiring in their home. For most other smart home enthusiasts, the operational quirks and setup frustrations outweigh the benefits of its no-neutral design and simplified wiring, leading to a decidedly mixed experience with the product. #SmartDimmer #ZWaveTechnology #HomeAutomation #NoNeutralWire #SmartHomeReview #JascoEnbrighten #ElectricalInstallation #SmartLighting

The SwitchBot Curtain 3 represents the third generation of the company's smart curtain controllers, building upon its predecessors with significant enhancements, particularly in motor power and operational smoothness. This review focuses on the Rod model, designed for curtains with loops, grommets, hooks, rings, or clips that slide along a horizontal pole, including tension or decorative rods. SwitchBot also offers models for U-rail curtain rods and is developing one for I-rail rods. While not a radical redesign from the second-generation product, the Curtain 3 features a slightly longer vertical dimension and a relocated USB-C charging port. The core mechanism remains consistent: two spring-loaded arms clip onto the curtain rod, and a central motor powers a roller that moves the device left and right. For double draperies that meet in the middle, two units are required. The device supports rods with diameters ranging from 15 to 40mm (.59 to 1.57 inches). A critical detail for extension rods is that the smaller half must not be more than 3.5mm (.14 inches) smaller than the larger half to ensure smooth transition. Installation is straightforward, primarily involving snapping the device onto the curtain rod. However, some curtain types, such as tab-top and back-tab, may require adapters to prevent the Curtain 3 from snagging on the fabric. Grommet curtains might also necessitate plastic clip accessories, provided by SwitchBot, to ensure even operation. These clips, like the “beads fixer” attachment for grommet curtains, are easy to install but can slightly alter the aesthetic of the drapes. A new addition to the installation process is a small, flat magnet, embedded in a sticker, placed on the underside of the curtain rod. This magnet marks the desired stopping point for the curtain in its closed position, offering a more elegant solution than manual app calibration. The Curtain 3 operates via Bluetooth and can be controlled through the SwitchBot mobile app when within range. To enable Wi-Fi connectivity and remote control, users need to integrate a SwitchBot Hub 2 ($70). Both the Curtain 3 and Hub 2 support Matter, a standard that facilitates broader smart home integration with various third-party products. Performance is a key highlight of the Curtain 3, with its more powerful motor capable of moving up to 33 pounds, almost double the capacity of its predecessor. This increased torque ensures smooth and efficient operation even with heavy draperies. The device also supports a “kick-start” function, where a gentle pull on the drapes initiates the motor to complete the opening or closing action. A new feature, QuietDrift mode, replaces the earlier Silent Mode. This mode allows the motor to operate at an extremely slow speed (less than a foot per minute) and in complete silence. While the movement is almost imperceptible, the quiet operation is a significant benefit. The 3300mAh battery capacity remains unchanged from the Curtain 2, with an optional solar panel attachment ($26) available for continuous charging in sunlit environments. The SwitchBot app has received modest upgrades, maintaining its familiar interface. Manual controls, including sliding a graphic to position the curtain or tapping “open” or “close,” are intuitive. The delay timer and automated schedules function effectively, though advanced automations tied to sunrise or sunset require the separate “Automation” tab and a SwitchBot hub. The SwitchBot Curtain 3, while not a revolutionary leap, refines a successful formula, with its enhanced power making it a worthwhile upgrade for automating window treatments. #SmartHome #SwitchBotCurtain3 #SmartWindowTreatments #HomeAutomation #ProductReview #TechGadget #SmartDrapery

The SwitchBot Curtain Rod 2 system offers a solution for automating curtain control, addressing the common inconvenience of manually opening and closing curtains. This review explores the features, installation process, and overall performance of the SwitchBot Curtain Rod 2, along with its accompanying accessories. The system consists of mini-robots designed to pull curtains along a rod rail. The review notes that the SwitchBot Curtain Rod 2 is compatible with various curtain models, including Back Tab, Grommet, Tab Top, or Ring Top, and supports a weight range of 5kg to 8kg (11 to 17lbs). For rod rails, the diameter should be between 15mm and 40mm (0.59 to 1.57 inches). It also works with I Rail and U Rail 2 types, though it is not compatible with vertical blinds. Included accessories are a remote, a mini hub for virtual assistant integration, and solar-powered batteries, in addition to power cables. Installation is described as relatively straightforward. For a single curtain setup, the reviewer used a Grommet-type curtain on a wooden rod rail. The spring-loaded hooks of the SwitchBot Curtain Rod 2 easily attached to the rod. An additional 'bead fixer' was required to facilitate curtain movement, which, despite some difficulty due to height, was successfully installed. For a double curtain setup with tab-top curtains, a series of clips were used to aid traction. Both robots were attached to the rod rail, grouped in the app, and calibrated to open the curtains from the middle. After physical installation, the SwitchBot app was used for configuration. Pairing the device via Bluetooth was simple, and the calibration process for setting open and closed positions was quick and accurate. Once configured, curtains could be operated with a button press in the app. A notable observation during operation was the noise produced by the robotic device. While a 'Silent Mode' is available, it reportedly makes the device slower and less reliable, with minimal reduction in noise. Another observation was a decrease in pull force for a double curtain setup, where the robots sometimes stopped a few centimeters short of fully completing their task, even with lightweight curtains and 'Performance Mode' enabled. The system integrates with virtual assistants such as Siri, Alexa, and Google Assistant. The review detailed the process of setting up Google Assistant, which required using the Switch Hub Mini. Initial connectivity issues with the hub were resolved through a phone reboot and consulting support documentation. Once connected, voice commands successfully operated the curtains. The system also supports IFTTT automation, light-sensing for ambient light-based operations, and scheduling features for timed opening and closing of curtains. Additional accessories like the remote control and solar-powered batteries enhance usability. The remote provides a physical control option, and the solar panels eliminate the need for frequent battery replacements, though these accessories incur extra costs. The SwitchBot Curtain Rod 2 is priced at $99, with the Hub Mini at $39, the remote at $19, and the solar panel at $19. The review concludes that the SwitchBot Curtain system is a functional gadget for home automation enthusiasts, offering a novel and futuristic experience, especially for larger spaces. #SmartHome #HomeAutomation #SwitchBot #CurtainAutomation #TechReview #SmartGadget #Productivity #SmartLiving

The British manufacturer Samotech has introduced two new dimmer switches, the SM315 and SM317, designed to be integrated directly into the cables of table and floor lamps. These devices offer a solution for smartifying existing lamps, particularly older models or those using non-smart filament bulbs. The SM315 is a manual dimmer, while the SM317 is a foot-operated version, both priced at £19.99 and available on the Samotech website. The installation process involves cutting the lamp's existing cable, exposing the two wires, and clamping them into the dimmer switch. While conceptually simple, the practical installation can be somewhat intricate due to the device's compact design and numerous small screws. A notable challenge during assembly is the presence of two small, unfixed buttons on the back for resetting and setting the minimum dimming level, which can easily fall out if not handled with care. Pairing the Samotech switches with a Philips Hue Bridge is straightforward. Users press the reset button on the switch twice to activate pairing mode, after which the device appears in the Hue app as a dimmable light. It is important to note that, as with many third-party ZigBee devices, HomeKit support is not provided. Once integrated into the ZigBee network, the lamp can be controlled via the Hue app, allowing for inclusion in scenes or control through smart assistants like Alexa. Additionally, the physical switch itself provides direct control; the SM315 allows for on/off toggling and dimming via a knob, with an adjustable minimum dimming level setting. The SM315 and SM317 are designed to handle a minimum load of 10 watts and a maximum load of 100 watts. Testing with a 4-watt filament LED did not reveal any issues, suggesting some flexibility with the minimum load specification. These dimmers present an effective way to upgrade traditional lighting fixtures or integrate visually appealing filament lamps into a smart home ecosystem. However, a significant drawback identified during review is a perceptible buzzing sound emitted by the ZigBee switch, even when the lamp is switched off. This noise, audible from approximately 50 centimeters, could be a concern depending on the intended placement and use of the lamp, particularly in quiet environments. This audible characteristic should be considered by potential users when deciding on the suitability of these dimmers for their specific applications. #Samotech #SmartLighting #ZigBee #DimmerSwitch #HomeAutomation #PhilipsHue #SmartHome #ProductReview #FloorLamps

This review evaluates the ZemiSmart MTP1 blind motor, a retrofit solution designed to automate existing roller shades with Matter over Thread connectivity. The MTP1 is presented as a strong contender in the smart home market, particularly in comparison to similar products from brands like Aqara, due to its advanced mounting mechanism and Matter over Thread integration. The ZemiSmart MTP1 is a plastic slab design, measuring 60mm wide, 135mm tall, and 30mm deep (40mm including the button). A key improvement highlighted is its wall mount, which features a series of steps corresponding to a clip on the mount. This design allows for more granular adjustment of the motor's position after initial affixing, ensuring the correct tension on the beaded cord. This is noted as a significant advantage over previous designs, such as the Aqara RSD E1, which required precise initial placement. The device includes a large, round button on the front that acts as a stop control and allows for speed adjustments with a quick twist. The top of the motor has two openings for the beaded cord, leading to an internal cog. The underside features a rubber cover protecting a USB-C port for recharging the internal battery, a reset button, and a toggle switch for initial setup. The package includes three different-sized cogs to accommodate various bead sizes, a USB-C cable, and a small remote control. The remote uses a 433MHz transmitter for direct control, featuring open, close, and stop buttons, and allows cycling through three motor speeds with repeated presses. It also comes with a magnetic mounting plate and is powered by a CR2032 battery. The MTP1 is compatible with various blind types, including roller shades, Venetian blinds (though it can only control angle or opening/closing, not both), honeycomb shades, and zebra shades. It can also work with cord-only blinds if the cord diameter is 3-4mm. Physical installation of the MTP1 involves fixing it to a wall. The improved mounting bracket facilitates easier adjustment of cord tension. The article suggests drilling for a more secure fit, as an adhesive sticker is not included. For Apple Home integration, a Home Hub acting as a Matter Controller with a Thread Border Router (e.g., HomePod mini) is required. Setup involves scanning a Matter code, similar to other HomeKit devices. A crucial step is setting the upper and lower limits of the blinds using the remote or motor itself before adding the device to Apple Home, to ensure proper functionality. Once added, the device appears as a single tile with a slider control for precise blind positioning. Battery levels are also displayed in the settings. One of Matter's advantages is multi-platform compatibility. The MTP1 allows generation of new digit-based Matter codes for pairing with additional platforms, such as Google Home and Samsung SmartThings. In these platforms, the device functions similarly with a tile and slider control, with SmartThings offering additional open, close, pause, and preset position buttons. The blinds can be integrated into scenes and automations for scheduled operations. A limitation noted is that the three motor speeds (low, medium, high) can only be adjusted directly on the device or via the remote, not through the Apple Home app or other connected apps. Regarding build quality, the ZemiSmart MTP1 is described as solidly constructed, an improvement over some of the brand's past products. While the dial on the device offers direct control for stopping and speed adjustment, automations and voice commands are often preferred for specific positioning. The included remote provides rapid response times due to its direct connection. In day-to-day use, the motor has demonstrated reliability over two months of continuous use, including daily automations and periods of frequent manual operation. The battery life is projected to last 7-8 months based on current usage, with 10% depletion per month. Noise levels were measured at 58dB for high speed, 54dB for medium, and 44dB for low speed. The review concludes by recommending the ZemiSmart MTP1 for its Matter over Thread connectivity, ease of installation, reliability, and decent battery life, emphasizing its value as a retrofit option for smart home enthusiasts looking to reduce reliance on Wi-Fi devices. #ZemiSmartMTP1 #BlindMotor #MatterOverThread #SmartHome #HomeKit #RetrofitBlinds #SmartBlinds #HomeAutomation #ThreadConnectivity

The SwitchBot Curtain Robot Version 2 is a motorized device designed to automate the opening and closing of curtains. This review evaluates the updated model, building on the experience with its predecessor, which has been in daily use for over a year. The original version was generally well-received, with minor issues such as occasional recalibration needs if the curtains were tugged too abruptly. The updated "SwitchBot Curtain Rod 2" aims to address these minor shortcomings and enhance user experience. The device measures 42 x 51 x 110mm and weighs 135g, featuring an ABS plastic housing available in white and black. It is powered by a USB-C 5-volt, 1-Amp connection, with a 3350mAh battery providing an estimated eight months of life based on two daily operations over a three-meter distance with an 8kg load. Connectivity is managed via Bluetooth 5.0 long range. The robot supports a maximum pull distance of 3 meters (9.8 feet) and a maximum load of 8kg (17 lbs). It includes internal ambient light and accelerometer sensors. Users can program up to five schedules within the SwitchBot app, with unlimited scheduling available through the optional SwitchBot Mini Hub. Voice control is supported through Amazon Alexa, Google Assistant, Siri Shortcuts, SmartThings, IFTTT, and Clova (Japan), requiring the SwitchBot Hub for integration. A single robot is needed for single-sided curtains, while two are required for double-sided setups. An optional solar panel is available for charging. The package includes the main robot body, curtain rod hooks, a USB-C charging cable, "fixer beads" for drawing curtains closed, curtain gripping clips, and a user manual. The robot's design features have been improved, particularly the rod-grabbing mechanism. The new design offers a tighter grip and wider top contact points, resulting in a more secure attachment to the curtain rod compared to the older model's ratcheting rods. The installation process involves first clamping a wheel assembly to the rod, then attaching the robot, which provides enhanced stability. The updated model also utilizes knurled rubber wheels for better traction, contrasting with the previous version's smooth wheels. While the older model sometimes required a 'Curtain Grommet Kit' for heavy curtains, the Curtain Robot 2 often operates effectively without such enhancements, thanks to its improved power. For those desiring uniform pleats or with exceptionally heavy curtains, the included "Fixer Bead Kit" offers a straightforward solution. The optional solar panel, designed with a cord, allows for optimal positioning to capture sunlight, especially if the curtain tops are obstructed. However, environmental factors like window sheers can affect charging efficiency, necessitating manual charging approximately every eight months. Setting up the robot involves adding it to the SwitchBot app, followed by a quick calibration process that defines open and closed positions. The app provides an intuitive interface with buttons for opening, closing, and pausing curtains. Advanced options include "Slider Control" for independent operation of double-sided curtains, and light sensor triggers to automate curtain movement based on ambient light conditions. The "Delay" function allows for timed operations, while "Schedule" enables routine automation. "Motion Mode" offers a choice between "Performance" and "Silent" operation. The robots can be integrated with other SwitchBot devices, such as the Thermometer Hygrometer and Remote Button, to create more complex automation scenarios, such as closing curtains in response to extreme temperatures to conserve energy. Voice control via platforms like Amazon Alexa further enhances convenience. Additional features in the app include "Touch and Go" for manual tug-triggered movement, an "Indicator Light" toggle, calibration settings, "Cloud Services" integration, NFC tag setup, activity logs, firmware and battery information, device details, and an ungrouping option. The overall enhancements in the SwitchBot Curtain Robot Version 2 improve its functionality and user convenience, making it a robust solution for home automation enthusiasts. #SmartHome #HomeAutomation #CurtainRobot #SwitchBot #GadgetReview #Bluetooth #VoiceControl #SmartLiving

The SwitchBot Curtain 3 bot represents a significant refinement in the company's line of smart curtain control devices, designed to automate the opening and closing of curtains. This device aims to offer enhanced functionality, improved strength, and reduced noise compared to its predecessors. The core mechanism involves two spring-loaded arms that securely grip a curtain rod or rail. A motor-driven wheel then propels the bot along, pushing or pulling the curtains as it moves. The design accommodates the spacing between curtain rungs or loops, allowing for smooth operation. Installation of the SwitchBot Curtain 3 is straightforward. While the device is slightly longer than the previous model, its aesthetic is generally discreet, intended to be hidden between the curtain fabric and the wall. The device is compatible with three distinct types of curtain rails, requiring users to select the appropriate version for their specific setup. For curtain rods, the installation process is simplified, involving placing the bot on the rod and attaching included loop clips for enhanced versatility, allowing the bot to work with various curtain loop materials. The SwitchBot app provides detailed written and video instructions, making the setup process quick and user-friendly, typically taking only a few minutes. Calibration is the final step before the device is ready for use. An optional accessory is the newly revised Solar Panel 3, which connects via USB-C and a plastic clasp. This solar panel is an improvement over the previous model and is designed to continuously power the Curtain 3, eliminating the need for manual recharging. Its adjustable hinge allows for optimal positioning to capture direct sunlight, ensuring consistent power supply, despite its somewhat unconventional appearance when attached. The SwitchBot app is central to controlling and automating the Curtain 3. Its updated interface offers simplified controls, allowing users to precisely open or close curtains to specific degrees. The app supports delayed actions, scheduling, and other automation features, providing comprehensive control over curtain movements. Integration with smart home ecosystems is a key advantage; by connecting the Curtain 3 to a SwitchBot Hub, users can access Google Assistant. With recent Matter integration, the Curtain 3 is fully accessible within Google Assistant, enabling voice commands and seamless control akin to managing smart lights. For users who prefer not to use an app, a "Touch and go" feature allows for manual activation by lightly pushing the bots. Performance enhancements include a more powerful motor, capable of moving up to 36 pounds, while simultaneously operating more quietly than the previous generation, particularly in "QuietDrift" mode. This mode, ideal for scheduled actions, allows the bots to move at a slower speed, reducing noise levels to under 25 decibels, suitable for applications like waking up to a quiet sunrise. The expanded compatibility with different curtain types significantly broadens the device's appeal, making it a versatile smart home addition. The SwitchBot Curtain 3 offers a reliable and self-sufficient layer of home automation, blending ease of use with effective performance. #SwitchBotCurtain3 #SmartHome #HomeAutomation #CurtainRobot #GoogleAssistantIntegration #MatterIntegration #SmartBlinds #QuietDriftMode #SolarPanel