Aqara Hub M200: PoE, Matter, Thread & M100 Differences

Updated 1 October 2026. Aqara’s Hub M200 is a multi-protocol smart-home hub built around Matter, Thread and Aqara Zigbee. It can connect to a network over dual-band Wi-Fi or Ethernet and can be powered by USB-C or Power over Ethernet (PoE).

That last point answers one of the most common questions about the M200 directly: yes, it supports PoE. Aqara lists a 48V 0.25A PoE input on the RJ45 port alongside a 5V 2A USB-C power input.

Aqara Hub M200 specifications

• Protocols: Matter, Thread, Aqara Zigbee, Wi-Fi and Bluetooth.
• Network: 2.4GHz and 5GHz Wi-Fi plus Ethernet.
• Power: USB-C or PoE.
• Ports: RJ45 PoE, USB-A and USB-C.
• Matter role: Matter Controller and Matter bridge.
• Thread role: Thread Border Router and mesh extender.
• Zigbee role: Aqara Zigbee hub.
• IR: 360-degree infrared blaster.
• Speaker: 90 dB at 10 cm according to Aqara.
• Dimensions: approximately 100.5 mm diameter × 30.75 mm.

Aqara’s official Hub M200 page is the primary source for these specifications.

How does the M200 get power?

There are two main options. A standard 5V 2A USB-C supply can power the hub, or a PoE-capable Ethernet connection can carry data and power through one network cable.

Aqara notes that a 5V 2A USB power adapter is not included in some markets, so buyers should check the regional package contents rather than assuming a wall adapter is supplied.

What PoE hardware does the M200 need?

Aqara specifies a 48V 0.25A PoE input on the M200. The Ethernet source must therefore provide compatible Power over Ethernet rather than being an ordinary unpowered network port. If a router or switch does not supply PoE, the hub can still use Ethernet for networking while drawing power from USB-C.

For South African homes with networking equipment on backup power, that flexibility can help keep the hub and wired network path together during short power interruptions. The end devices still need whatever power their own designs require, so PoE on the hub does not make an entire smart home load-shedding proof.

Why PoE matters in a smart-home hub

PoE can make the M200 easier to place in a central or elevated location without needing a nearby electrical socket. It can also suit homes where the networking hardware is on a UPS, because the hub can stay powered through the same backed-up network infrastructure.

Using Ethernet does not automatically make every Zigbee or Thread device wired; those end devices still use their own wireless protocols. The wired connection is between the M200 and the home network.

Matter Controller and Matter bridge

The M200 can act as a Matter Controller for compatible third-party Matter devices inside Aqara Home. It can also expose supported Aqara Zigbee devices to other Matter ecosystems through its bridge functionality.

What does Advanced Matter Bridging add?

Aqara distinguishes standard Matter bridging from its Advanced Matter Bridging feature. The aim is to expose more of Aqara’s device-specific functions to compatible third-party ecosystems instead of reducing every product to only the smallest common set of Matter controls.

That does not mean every Aqara-only feature becomes available everywhere. Feature exposure still depends on what the destination ecosystem and Matter device type support. Buyers using Apple Home, Google Home, Alexa, SmartThings or Home Assistant should check the exact function they need rather than treating “Matter compatible” as a promise of identical controls across platforms.

Aqara lists major ecosystems including Apple Home, Google Home, Amazon Alexa, SmartThings and Home Assistant. Actual feature exposure can vary because not every proprietary device feature has an equivalent standard Matter capability.

Thread Border Router and mesh extender

The M200 connects a Thread network to the home’s IP network and can also extend the Thread mesh. That gives it a more future-facing role than an older Zigbee-only hub.

Thread support should not be confused with Matter itself. Thread is a network transport, while Matter is the application-layer smart-home standard that can operate over Thread, Wi-Fi and Ethernet.

What does the IR blaster do?

Aqara includes a 360-degree 38kHz infrared blaster for controlling compatible IR appliances. The hub can also detect some commands from an existing remote so the Aqara state can stay in sync.

Aqara says one IR-controlled air conditioner can be exposed through its dedicated AC-to-Matter mode when paired with an Aqara climate sensor. Multiple IR air conditioners require a different advanced-bridging approach.

Aqara M200 vs M100

The M200 is a more capable fixed hub, while the M100 is a smaller USB-A device. Aqara’s own comparison shows several practical differences.

• M200: dual-band Wi-Fi, Ethernet/PoE, USB-C power, 40 Aqara Zigbee + 40 Thread device capacity in Aqara’s comparison, IR control and a 90 dB speaker.
• M100: 2.4GHz Wi-Fi, male USB-A power and a smaller 20 Zigbee + 20 Thread device capacity in the same comparison.

The M100 can make sense when size and simple USB power matter more. The M200 is the stronger choice when wired networking, PoE, infrared control or larger device capacity is useful.

How it fits with other Aqara devices

The M200 is designed to be an infrastructure product rather than a visible smart-home endpoint. For an example of a device that benefits from an Aqara ecosystem, our Aqara Curtain Driver E1 guide covers a Zigbee curtain motor that relies on a compatible hub for connected features.

Does local control mean no internet is ever needed?

Aqara says many automations can run locally on the hub, which improves resilience when the internet is unavailable. Some services, such as cloud push notifications or remote-account functions, can still require an internet connection.

Local automation is therefore a real benefit but should not be interpreted as meaning every Aqara feature is permanently cloud-independent.

How many devices can the M200 handle?

Aqara’s current comparison table lists the M200 for up to 40 Aqara Zigbee devices and 40 Thread devices. That figure is useful when comparing it with the smaller M100, but it is not a guarantee that every possible mix of third-party Matter, Zigbee and Thread accessories will behave identically at maximum load.

Topology matters as much as the headline count. Thread mesh coverage, Zigbee routing devices, Wi-Fi quality and hub placement can all affect reliability. Ethernet and PoE can make central placement easier because networking and power can share one cable.

Bottom line

Aqara Hub M200 is a flexible Matter-era hub with Zigbee, Thread, dual-band Wi-Fi, Ethernet and PoE. Compared with the smaller M100, it adds stronger wired connectivity, higher published device capacity, IR control and a speaker. Its most important advantage is not one protocol but the ability to bridge several smart-home networks while still supporting local automations.