US & Canada · Compare before buying
Aqara FP2 vs SONOFF SNZB-06P24: room zones or detection boundaries?
A studio's desk and sofa may be only a few steps apart, yet need different lighting. Both sensors use radar and advertise zones, but their zone controls do different jobs. This documentation-based comparison, checked October 22, 2026, explains that difference before you buy. We have not measured either sensor's detection performance.
We compared current manufacturer documentation and relevant owner questions. We have not hands-on tested these products. US and Canadian models, offers and requirements are distinguished; ordinary retailer links earn us no commission.
Desk and sofa
FP2 matches the zoning question
Mapped areas can trigger different automations; confirm how your chosen platform exposes them.
One occupancy job
06P24 may fit an existing Zigbee setup
Its range-zone controls tune coverage; the current Zigbee2MQTT interface exposes one occupancy state.
Keep control
Start with a manual off option
Suggested home checks are essential; neither sensor is a medical or emergency monitoring service.
What each manufacturer means by zones
Aqara describes FP2's room map as up to 30 configured zones with presence able to trigger different automations. Its documented integrations can expose multiple sensors. That is useful when a desk lamp and sofa lamp should react independently.
SONOFF's SNZB-06P24 lets you enable or disable seven detection zones. The current Zigbee2MQTT device definition names distance ranges and one overall occupancy output. These switches shape what counts as occupied; they are not seven independent desk/sofa occupancy reports. In particular, two seats at the same distance are not separated simply by choosing a different distance toggle. This is an interpretation of the documented interface, not a finding from our own room test.
The useful differences at a glance
| Decision | Aqara FP2 | SONOFF SNZB-06P24 |
|---|---|---|
| Network | Wi-Fi; supported platform integrations | Zigbee 3.0; compatible gateway required |
| Power | Continuous USB power | USB-C, specified 5V/0.5A input |
| Zones | Mapped areas for different presence automations | Seven enable/exclude detection ranges |
| Existing-system question | Can the permitted network and platform support the required mapped outputs? | Does the exact gateway expose occupancy and required tuning settings? |
| Sleeping person | No sleeping-person reliability test by us | Manufacturer says it cannot accurately detect a sleeping person |
| Moving furniture | Revisit map and interference setup | Revisit blocked zones and calibration |
Choose one studio routine before buying
Write the rule in ordinary language: “when someone sits at the desk after dusk, light the desk, but leave the sleeping area alone.” That is a zone-specific decision. Alternatively, “leave the main light on while anyone is in the room” may need just one occupancy signal. Avoid turning one ordinary lighting problem into a complete apartment retrofit.
Position a paper marker where the sensor could sit, then check power routing and the manufacturer's mounting instructions. A power cable across a walkway is not a useful trade for hands-free lighting. Agree placement and access with housemates; camera-free occupancy data can still reveal routines. Do not place a sensor to monitor another person's private area without their agreement.
The complete kit is larger than a sensor
FP2 example: one FP2, its required USB supply and cable, permitted Wi-Fi, your chosen supported automation platform and two already-compatible lamps if independent desk/sofa control is the point. Confirm the required zone outputs in that platform before adding more lights.
SONOFF example: one exact SNZB-06P24, suitable USB-C power and a gateway whose current compatibility documentation supports the settings you need, plus one compatible lamp or plug. An existing Home Assistant installation still needs an appropriate Zigbee route; the sensor is not a Wi-Fi or native Thread accessory.
Compare sensor + missing gateway/controller + power + lighting + approved mounting. Current matched USD/CAD totals are unverified. The official SONOFF storefront can bill Canadian destinations in USD; do not label that a Canadian-dollar price. Check regional supply, return address and final landed cost separately.
Seated detection, pets and tuning
Recent owner discussions include missed seated detection and integration questions. Those reports do not establish a defect rate or a winner. SONOFF's own FAQ limits its completely-still-person guidance to a person facing the device within three metres and says sleeping detection is not accurate. It also says moving pets are not directly filtered. These are meaningful limits for a studio shared with a pet.
During a returnable trial, begin with one lamp and deliberately check ordinary desk work, reading, an empty room and the routes where pets move. Keep a manual override and a forgiving off delay. These are suggested checks for your home, not tests we performed. Do not turn an unverified occupancy result into heating protection or an emergency alert.
When it pairs but configuration is missing
SONOFF's manual warns that some gateways show the unit as a motion sensor and omit tuning controls. It documents eWeLink Bluetooth configuration for settings unavailable through certain gateways. Check the exact gateway, integration version and model string before following advice for the older SNZB-06P.
For false occupancy, inspect moving fans or curtains, reflective surfaces and sensor orientation before buying another unit. SONOFF documents calibration after a sensor or interference source moves. FP2 needs its own map and interference setup; do not import SONOFF's calibration instructions into Aqara. Change one setting at a time so you can tell whether it helped.
Move it carefully, or keep the light simple
Remove permitted mounts as instructed, pack the correct cable and record the automation. Rebuild the map or detection exclusions at the next home. Do not assume identical settings work behind different furniture.
If pressing a bedside remote already solves the problem, keep it. A timer or manual scene may suit a predictable routine without occupancy tracking. Our existing FP300 versus FP2 guide asks the separate battery-placement question; FP300 is a newer alternative, not another name for either sensor here. Choose the information you need first, then the network and device that can provide it.
Exact models & regional retailer links
FP2, wired Wi-Fi
Aqara Presence Sensor FP2
Consider it if Mapped areas and different zone automations solve your studio routine.
Skip it if One manual light control or a single occupancy signal is sufficient.
Sensor; verify USB cable, power supply and mounts
SNZB-06P24, not SNZB-06P
SONOFF SenseGuard Presence Core
Consider it if You need one occupancy output with configurable detection ranges on a supported Zigbee system.
Skip it if You require independent mapped room-zone outputs or reliable sleeping-person detection.
Sensor; verify USB power, cable and compatible gateway separately
Ordinary Amazon US and Canada links; no affiliate tags or commission. Model searches can include different generations and unrelated offers. A direct link identifies a listing, not current stock, seller authorization or a complete kit. Confirm model, regional power/radio version, contents, warranty and returns.
The renter’s lens
Portability & ecosystem fit
- Pack, place & remove
- Both need continuous power; plan a safe cable and permitted mount.
- Ecosystem fit
- FP2 uses Wi-Fi integrations; SNZB-06P24 needs an appropriate Zigbee gateway.
- Offline & shared use
- Verify the exact lamp automation and integration; retain manual controls.
- Complete ownership cost
- Include gateway, power and lighting, with USD/CAD and shipping separated.
- At the next address
- Redo mapping, exclusions and calibration after the room layout changes.

Sources & how we compared
Manufacturer specifications establish supported features, not measured performance, reliability or savings. Our recommendation is an editorial judgment about the complete setup. Linked owner discussions are anecdotal and dated; current official instructions take precedence.
- Aqara: FP2 zones, power and integration ↗
- SONOFF: exact 06P24 specifications and detection limitations ↗
- SONOFF: 06P24 manual ↗
- Zigbee2MQTT: exact 06P24 exposed controls ↗
Sources checked 22 October 2026. Manufacturer claims are not measured results. Owner accounts raise questions, not defect rates. Exact product links and clearly labelled retailer searches are distinguished; no current stock or matched regional checkout total is implied. Report a correction.
Does this fit your existing setup?
Check the related guide before buying components you may already own.
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