#mmwave

The R60ABD1 is a 60 GHz sleep and breathing radar module. It reports presence, breathing rate, sleep...

The SIP-S V1.0 serial protocol is what the 60 GHz / 24 GHz modules stream over UART at 115200 / 8N1....

A field checklist to get a module outputting good data on the first try. It covers the R60AFD1-V (60...

PLCs and building-management systems in care homes and commercial buildings do not speak MQTT or...

The 60 GHz fall-detection module (R60AFD1-V) already decides, on its own, whether a person has...

This is the shortest possible entry point to our 60 GHz fall-detection module. You can get a fall...

We supply mmWave radar modules to system integrators and OEMs who build their own products. This page...

Time-of-Flight depth sensing and mmWave radar fail in different places and cover each other's blind spots — TOF for contour and distance, radar for micro-motion and penetration. Here is where fusion genuinely raises precision in elderly-care sensing, and where it does not.

Why the same sleep-monitoring technology meets two different market logics: overseas customers build products on our solution and accept subscriptions, while China's demand is still operator-driven and one-time-hardware. The gap is consumption habits, not features.

China's smart-hardware manufacturing is so strong users can't tell good from bad. The 'quick-built car' pattern — chip solution, mold, PCB, ship, then tune — shifts competition from 'can it be built' to 'how accurate and reliable'. Our mmWave radar moved from demo to stable delivery.

Why elderly fall alarms are a real need, why four bathroom scenes (toilet, shower, appliances, wind-blown cloth) defeated naive radar, and how the false-alarm problem was solved at the algorithm layer.

The most common reason a radar "does not work" is not a defect. It is that the buyer followed the wrong set of instructions.