Aggregated specification data confirms the Tapo T110 utilizes the Sub-GHz (868/922MHz) band, driven by a Silicon Labs EFR32 series SoC. This low-frequency protocol minimizes interference from 2.4GHz Wi-Fi traffic, ensuring that real-time alerts maintain low latency in high-density RF environments. Performance metrics indicate a 15mm magnetic gap tolerance and a service life of 1 to 2 years on a CR2032 power cell.
Material analysis reveals a compact footprint smaller than many Z-Wave equivalents, though the chassis is limited to adhesive mounting. Technical specifications indicate that this sensor requires a proprietary hub to translate Sub-G signals into network-accessible data. Signal range may be reduced by up to 30% when the unit is mounted on steel frames due to electromagnetic interference.
- Modes of operation: Entry monitoring, State-based automation.
- Compatible Gateways: Tapo H100, Tapo H200.
While the hardware provides high-stability local triggers, smartphone notifications are contingent upon the availability of a cloud-connected hub. The device does not connect directly to standard Wi-Fi routers.
The Tapo Mini Door Sensor offers a high-stability alternative for users in congested wireless environments, provided a compatible hub is present.
This unit is archived within the contact sensors division for its specialized use of Sub-GHz radio technology.
