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Practical guides on mmWave presence sensors — detection range, protocol choice, installation, and OEM/ODM terms for hotel and commercial projects.
IoT in hospitality turns room presence into automated comfort and savings. This guide covers how mmWave occupancy sensors become the sensing layer.
A microwave occupancy sensor uses narrowband 5.8GHz and triggers on fans and curtains. This guide shows why a mmWave occupancy sensor beats it on true presence.
An mmWave occupancy sensor uses 24GHz or 60GHz wideband radar to detect micro-motion and breathing where PIR fails. This guide covers true room status and energy savings.
A mmWave vs PIR occupancy sensor comparison shows why mmWave radar detects a sleeping guest where PIR fails. This guide covers micro-motion and breathing.
A motion detector in hotel room must detect a sleeping guest, not just walking. This guide compares it to PIR and explains why mmWave wins on occupancy.
A motion sensor in hotel room must detect a sleeping guest, not just walking. This guide shows why mmWave radar beats PIR for true occupancy and energy saving.
An occupancy sensor HVAC link triggers setback the moment a guest leaves, not after a timer. This guide covers how occupancy drives HVAC and lighting saving.
A presence sensor hotel solution using mmWave radar detects a sleeping guest, not just walking. This guide covers how a presence sensor hotel gives true status.
A room vacant sign that lights only when the room is truly vacant, not on a manual slide. This guide covers e-ink signs driven by an occupancy sensor and door.
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