Zigbee Devices Compatibility List for Home Assistant (2026)

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Ask ten Home Assistant users which Zigbee devices "just work" and you'll get ten different answers — and most of them will be half right. The truth is messier than any single-brand ecosystem: Zigbee is a shared radio standard, but compatibility with Home Assistant depends on which integration you're running, which coordinator sits at the center of your mesh, and whether your battery sensors happen to be sitting next to the wrong kind of router.

This list exists because Home Assistant itself refuses to publish one. The ZHA integration is built to support any Zigbee 3.0-compliant device out of the box, so there's no official "certified" roster to point to — the closest thing is the Zigbee2MQTT device database, which currently tracks thousands of devices across hundreds of vendors, plus the crowd-maintained blakadder repository that fills in the gaps.

What follows isn't a copy of those databases. It's a curated set of roughly two dozen devices — coordinators, sensors, lighting, plugs, thermostatic valves and locks — that show up repeatedly in real Home Assistant setups, with the details competitor roundups tend to skip: whether a device works under ZHA, Zigbee2MQTT, or both, whether it needs a mains-powered router nearby to behave, and which firmware revisions or entity quirks are worth knowing before you buy.

If you're building your first mesh or patching gaps in an existing one, treat this as a shopping reference, not gospel — pair it with the live Zigbee2MQTT database for anything released more recently.

Quick Reference

How Zigbee Compatibility Actually Works with Home Assistant

The single biggest source of confusion is treating "Zigbee compatible" as a binary. It isn't. Compatibility with Home Assistant runs through one of two integrations — ZHA (built-in, no external broker) or Zigbee2MQTT (external, via an MQTT broker) — and a device can behave differently under each.

ZHA doesn't publish a supported-device list because its design goal is to work with any Zigbee 3.0-compliant device automatically, using generic clusters where a manufacturer-specific "quirk" hasn't been written. Zigbee2MQTT takes the opposite approach: it maintains an explicit device database, currently listing thousands of devices from hundreds of vendors, each with documented exposed entities. That's why Z2M is often the better answer for a brand-new or unusual device, while ZHA is the simpler, broker-free choice for mainstream hardware.

The second piece is the mesh itself. Zigbee networks have three roles: a coordinator (your dongle, one per network), routers (mains-powered devices that relay signal and extend range), and end devices (battery-powered sensors that go dormant and never route). A battery sensor is only as reliable as the nearest router it's talking to — which is why "flaky" devices are very often a mesh problem, not a device problem.

That distinction matters most with Aqara and Xiaomi hardware. Aqara end devices — motion sensors, contact sensors, the temperature/humidity sensor, the radiator valve — are documented as unreliable when their nearest router is a Centralite, GE, Iris, Ledvance/OSRAM, Sylvania, Orvibo, PEQ, Securifi, or SmartThings device. The practical fix is to route Aqara sensors through IKEA bulbs, Aqara's own plugs, or dedicated TI/Silicon Labs-based routers instead — the pairings called out device-by-device below.

Coordinators — The Foundation of Your Zigbee Network

Everything downstream depends on the coordinator. It's the one component in this list that isn't optional, and the chip inside it — not the brand on the box — determines how it behaves under ZHA and Zigbee2MQTT.

SONOFF Zigbee 3.0 USB Dongle Plus-E (ZBDongle-E) runs on a Silicon Labs EFR32MG21 radio using the EmberZNet/EZSP stack, with +20dBm output and an external antenna in an aluminum housing. It supports around 30 direct child devices, extendable with routers, and has become the de facto community default for ZHA thanks to first-class documentation support and the maturing "ember" driver on the Zigbee2MQTT side. The one operational note worth following: use a USB extension cable to keep it away from USB 3.0 ports, which interfere with the 2.4GHz band.

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SONOFF Zigbee 3.0 USB Dongle Plus (ZBDongle-P) swaps in a Texas Instruments CC2652P chip with the Z-Stack 3.x firmware, supporting up to 50 direct children (200+ with routers in the mesh). This was historically the most-recommended coordinator for Zigbee2MQTT specifically, and remains one of the two chips (alongside the EFR32 family) that HA forums consistently point to as safe defaults. It doesn't support openHAB, for anyone running that instead.

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SONOFF Zigbee 3.0 USB Dongle Plus MG24 is the newer Silicon Labs EFR32MG24 part with roughly four times the RAM of the ZBDongle-E and a firmware choice between Zigbee and Thread — not both simultaneously. It's compatible with both ZHA and Zigbee2MQTT, but as a newer product it has a shorter community track record than its siblings.

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Home Assistant Connect ZBT-2 is Nabu Casa's own first-party coordinator: a Silicon Labs MG24 radio paired with a dedicated ESP32-S3 USB bridge running at four times the link speed of its predecessor, with an external antenna. Silicon Labs documentation indicates it can handle up to 200 routers and total network sizes over 500 devices. ZHA support is listed first among recommended adapters; Zigbee2MQTT users need to flash it before use, since it ships pointed at a deprecated driver otherwise — worth knowing before you hand this to a less technical household member. Transmit power is lower on paper (10dBm EU / 8dBm elsewhere) than the SONOFF or SMLIGHT parts, though real-world range depends more on mesh density than raw dBm.

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SMLIGHT SLZB-06 moves the coordinator off the USB bus entirely: it's a networked device (Ethernet, USB, or Wi-Fi, with PoE variants) that lets you place the radio somewhere with better RF exposure than the closet holding your Home Assistant box. It works with both ZHA and Zigbee2MQTT out of the box, and the MG24 variant supports up to 350 end devices. The trade-off is a LAN dependency — update its firmware from the web panel before pairing anything to it.

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ConBee II / ConBee III from dresden elektronik are long-standing options originally built for deCONZ, with solid ZHA and Zigbee2MQTT support today. ConBee II's firmware can also double as a Thread border router. Both benefit from a USB extension cable for the same interference reasons as the SONOFF dongles.

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Motion & Presence Sensors

Aqara Motion Sensor P1 (RTCGQ14LM) pairs adjustable sensitivity and occupancy timeout with illuminance reporting and roughly five years of battery life on a single CR2450 cell. It's fully supported under both ZHA and Zigbee2MQTT — Z2M exposes occupancy, illuminance, sensitivity, detection interval and a trigger indicator. The catch is the Aqara router caveat described above: pair it near an IKEA bulb, an Aqara plug, or another Xiaomi-friendly router, not a Centralite or SmartThings device, or expect dropouts. Pairing itself can be fiddly — hold the reset button for about five seconds, then immediately trigger a "permit join" on the nearest compatible router or coordinator.

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Aqara Presence Sensor FP2 deserves a callout precisely because it's so often assumed to belong on this list — it doesn't. The FP2 is an mmWave radar sensor that communicates over 2.4GHz Wi-Fi, not Zigbee, and it will never appear in ZHA or Zigbee2MQTT. Home Assistant integrates it through the HomeKit Controller integration over the local network instead, with zone configuration done first in the Aqara app. It's included here purely to stop the confusion, since it comes up constantly in Zigbee shopping threads.

SONOFF SNZB-03P is a straightforward PIR motion sensor with faster response than the original SNZB-03, and it plays cleanly on mixed meshes without the router sensitivity Aqara devices show. One quirk worth knowing under ZHA specifically: the integration creates two entities, a "Motion" entity that gets stuck in a "Detected" state and is effectively unusable, and a separate "Occupancy" entity that works correctly — use the latter in automations.

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Third Reality Zigbee Motion Sensor is the budget alternative to the SONOFF, with no major compatibility issues flagged under either integration and manufacturer-published OTA firmware files that keep both ZHA and Zigbee2MQTT current.

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IKEA VALLHORN is an IP44-rated motion sensor suitable for covered outdoor spots as well as indoors, with roughly 15 feet of range across a 120° field. It pairs directly to a Zigbee coordinator (or even straight to a TRÅDFRI bulb without any hub at all) and behaves as a normal end device under both ZHA and Zigbee2MQTT — just note it isn't compatible with IKEA's older TRÅDFRI gateway.

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Smart Lighting — Bulbs That Double as Routers

Mains-powered lighting is one of the cheapest ways to build out a Zigbee mesh, because every bulb you install also acts as a router for everything else on the network.

IKEA TRÅDFRI LED bulbs (white, tunable, or color variants) are Zigbee 3.0 and, being mains-powered, strengthen the mesh every time you add one. They're also one of the router types that plays nicely with Aqara end devices, making them a common recommendation specifically to fix Aqara dropout issues. Some newer bulb revisions have shown pairing friction on ZHA with certain coordinators — a factory reset via six power toggles usually resolves it.

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Philips Hue White A19 bulbs run Zigbee 3.0 (plus Bluetooth) and don't require a Hue Bridge to join a third-party Zigbee network — pair one directly to ZHA or Zigbee2MQTT and it works as a router without the Hue app in the loop at all. The one gotcha: doing so removes it from the Hue ecosystem, so decide up front which platform you want controlling it.

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Smart Plugs & Switches

SONOFF S40 Lite ZB is a compact, mains-powered Zigbee 3.0 plug that pairs in under a minute and immediately starts repeating for the rest of the mesh. It's switch-only — no energy monitoring — which keeps it cheap and makes it a popular first purchase purely to strengthen a network before adding battery sensors.

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Third Reality Smart Plug adds energy monitoring (watts and kWh) on top of the same router behavior, and of the plugs tested here it exposes the most complete entity set automatically under ZHA — switch, watts, and kWh with no extra configuration. It's also reported as one of the stronger repeaters in this price bracket, holding a connection through two interior walls at roughly 35 feet.

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Aqara Smart Plug (US) likewise exposes on/off state plus energy metering under both ZHA and Zigbee2MQTT, and — notably — is a safe router choice specifically for other Aqara devices, sidestepping the router-incompatibility issue that affects Aqara end devices elsewhere on this list. Some ZHA users see the metering attribute report "Unknown" while basic power readings still work correctly.

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Door, Window & Climate Sensors

SONOFF SNZB-02D pairs a Zigbee 3.0 temperature/humidity sensor with an onboard LCD screen, running roughly two years per CR2450 battery. It reports natively under both integrations with no quirks files needed, though the humidity reading commonly benefits from a small calibration offset, and the advertised "5-second" update rate is an app-only figure — actual Zigbee reports fire on a temperature change of about 0.2°C, a humidity change of about 5%, or at least every 30 minutes.

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Aqara Temperature and Humidity Sensor is compact with long battery life and full support under both integrations, but it inherits the same router caveat as Aqara's motion and contact sensors — keep it near an IKEA bulb or Aqara plug, not a Centralite/SmartThings-class router.

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Aqara Door and Window Sensor is widely recommended hardware, but the router-incompatibility caveat is at its most acute here — multiple community reports describe the sensor going unresponsive within a couple of hours and fully unavailable within about seven when paired to an incompatible router, with correct routing resolving it. Pairing also benefits from the same reset-then-immediately-join sequence as Aqara's motion sensor.

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SONOFF SNZB-04 is a straightforward alternative with no major issues reported on mixed meshes under either ZHA or Zigbee2MQTT.

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IKEA PARASOLL is IKEA's budget contact sensor, pairing directly to a Zigbee coordinator or a TRÅDFRI bulb, and behaving as a normal end device under both integrations. Like VALLHORN, it isn't compatible with the older TRÅDFRI gateway.

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Thermostatic Radiator Valves

SONOFF TRVZB fits standard M30×1.5mm radiator valves (adapters included) and runs on three AA batteries for roughly six months or more, with open-window detection, child lock and frost protection built in. It reports as a proper climate entity under ZHA, though SONOFF's own documentation notes that its newer PID-based "Smart Temperature Control" mode currently requires downloading a separate script for ZHA users, and OTA firmware upgrades through ZHA aren't yet supported — both are pending review. On older firmware the valve only supports on/off operation rather than partial opening, which can show up as temperature swings; the PID mode addresses this once installed.

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Aqara Radiator Thermostat E1 supports a 5–30°C setpoint range, an internal or external temperature source, and schedule mode, and reports as a climate entity under both integrations. Binding an external temperature sensor is more flexible under Zigbee2MQTT (available via a community blueprint) than under ZHA, where it's limited. Some firmware revisions have shipped with auto/manual preset labels swapped, and the entity doesn't currently report an hvac_action attribute, which makes tighter HA climate-card integration harder than with the SONOFF valve. The same Aqara router caveat applies to placement.

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Smart Locks

Yale Assure (Zigbee module) locks accept a swappable Zigbee network module — keep the deadbolt and swap protocols later if needed — and manage PIN codes entirely on-device, with no cloud dependency for basic lock/unlock and code management. Integration with Home Assistant is solid over Zigbee, and a nearby mains-powered router is worth having for reliability given how safety-critical a lock's connection is. The one mechanical note: a bolt that rubs the striker plate can put the lock into a fault state that looks like a Zigbee problem but is purely physical alignment.

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Danalock V3 Zigbee is a retrofit deadbolt motor available specifically in Zigbee variants (model codes V3-BTZB / V3-BTZBE — the V3-BTZE/BTZU/BTZH codes are Z-Wave and easy to mix up when shopping). It's supported under both ZHA and Zigbee2MQTT, though initial pairing and configuration can take a few attempts, and a nearby router is recommended for the same reliability reasons as any lock.

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Frequently Asked Questions