Aqara T1M LED Ceiling Light with Matter, White

Features Support for Matter & Voice Control: Aqara Zigbee 3.0 hub is required (Except with Camera Hub G2H) sold separately. With a Aqara Zigbee 3.0 hub (Except with Camera Hub G2H Pro), the T1M Ceiling Light supports Matter-over-bridge (Matter-compatible Aqara hub is required) and is also compatible with important third-party platforms, such as Apple HomeKit, Google Home, Alexa, IFTTT and the Aqara Home app. Voice control is supported for more convenience. 2700-6500K RGB CCT & 16 Million Colors: The T1M ceiling light features a main light that ranges over a wide spectrum of tones (2700 - 6500K) and a side light that offers a selection of 16 million colors, allowing you to customize your space with the ideal lighting. In addition, the T1M boasts a CRI (Color Rendering Index) of more than 90, ensuring vibrant, true-to-life tones, showcasing the brilliance of each shade. RGBIC Ring Lamp with Status & Gradient Effect: The T1M ceiling light offers different lighting options, suitable for various uses. With built-in RGBIC, the side light of the T1M creates gradient effects, which add a personalized atmosphere thanks to vivid color transitions to your room. In addition, the side light can also be used with other Aqara devices and act as a status indicator for events such as bell ringing and disarming safety. 50, 000 Hours Life Time & Easy Installation: The 50, 000 hour life of the T1M ensures reliable and durable lighting, and its size of 49.5*49.5*7.5cm allows it to fit in rooms from 5-20M². In addition, being designed to be positioned in a versatile way, the T1M ceiling light ensures easy installation on various types of ceilings. The additional stand offers flexible mounting options, making the T1M a hassle-free addition to any space. Zigbee Protocol & Energy Saving: Thanks to the Zigbee protocol, the T1M ceiling light ensures a stable connection and can act as a mesh network repeater, making the Zigbee network even more reliable. It also has a very low power consumption during periods of inactivity, which makes it more environmentally friendly and economical.