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Practical guides on mmWave presence sensors — detection range, protocol choice, installation, and OEM/ODM terms for hotel and commercial projects.
A hotel human presence switch uses mmWave radar to detect a guest who is still, not just moving. This guide covers how it provides true occupancy for lights and HVAC.
A hotel motion sensor using mmWave radar detects a sleeping guest, not just walking. This guide compares it to PIR and explains why mmWave wins on occupancy.
A hotel occupancy sensor switch uses mmWave radar to cut room power when the guest leaves, not on a timer. This guide shows how it beats card and PIR control.
A hotel occupancy sensor with mmWave radar detects a sleeping guest, not just walking. This guide covers true room status, housekeeping, and HVAC energy savings.
A hotel presence detection sensor using mmWave radar detects a still or sleeping guest, not just walking. This guide shows why it beats PIR for true occupancy.
A hotel room occupancy sensor using mmWave radar detects a sleeping guest, not just walking. This guide covers how it gives true room status for housekeeping.
Hotel room signage that shows live room status from the occupancy sensor beats printed signs. This guide covers smart room signs and doorbell with linked DND.
A hotel room status sign that shows live occupied, vacant, or DND from the occupancy sensor. This guide covers e-ink signs driven by true occupancy detection.
A human presence sensor using mmWave radar detects a guest sitting still or sleeping, not just walking. This guide covers why it beats PIR for bathrooms.
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