Meross is shaking up the smart home game with a bold move: a new presence sensor that cuts the cord and embraces the latest wireless technology! But is this upgrade worth the hype?
The Meross MS605 Presence Sensor:
Meross has just unveiled the MS605, a sleek and versatile upgrade to its predecessor, the MS600. The big news? It’s battery-powered, offering freedom from the constraints of power cords. Say goodbye to unsightly wires and hello to discreet installation anywhere in your home or even outdoors!
Power and Performance:
The MS605 is powered by a single CR123A battery, promising an impressive three years of battery life. But here’s where it gets interesting: the sensor supports Matter over Thread, a low-power protocol that ensures efficient energy usage. However, frequent activations in high-traffic areas might reduce battery longevity. And for a limited time, you can pre-order this innovative device for just $34.99!
Wireless Connectivity:
The original MS600 relied on Wi-Fi for Matter compatibility. But the MS605 takes a different approach, utilizing the Thread protocol. This means you’ll need a Thread-capable hub to connect it to popular smart home ecosystems like Google Home, Apple Home, or Alexa. But don’t worry, you’re not limited to Meross hubs.
Design and Functionality:
The MS605 retains the MS600’s articulated mounting plate, allowing for flexible positioning. It can be angled up to 90 degrees and rotated a full 360 degrees to monitor any area. Plus, it’s now IP67 waterproof, making it suitable for outdoor use. The sensor’s combination of light, PIR, and 24GHz mmWave radar ensures accurate detection of human presence and motion while ignoring inanimate objects. But there’s a catch: the battery-powered design comes with a reduced range of 6 meters for motion and 4 meters for presence detection.
The Bottom Line:
Meross’ MS605 offers a compelling blend of wireless convenience and smart home functionality. But is the trade-off in range a deal-breaker? What are your thoughts on this innovative yet potentially range-limited sensor? Share your opinions in the comments below!