A Matter Bridge is an interface that enables smart home devices that aren't natively compatible with the Matter standard to be integrated into a Matter-based network. It serves as a "bridge" between older or proprietary devices and a Matter network, allowing non-Matter-enabled devices to be controlled and monitored. A Matter Bridge thus ensures that existing smart home installations can work seamlessly with the new, cross-manufacturer standard.
Table of contents
- What does Matter Bridge mean?
- Frequently asked questions
- What is a Matter Bridge and how does it work?
- Which devices can be made compatible with a Matter Bridge?
- Are there already Matter Bridges on the market?
- How do I set up a Matter Bridge?
- What are the advantages and limitations of a matter bridge?
- Individual references
What does Matter Bridge mean?
The term "Matter Bridge" describes a hardware or software gateway that serves as a connection point between a Matter network and non-Matter-compatible devices. While the Matter standard aims to create uniform, cross-manufacturer smart home connectivity, many existing devices are not directly Matter-enabled. A Matter Bridge enables such devices to be integrated into a Matter system and controlled. It translates communication between the Matter protocol and the respective protocol of the non-compatible devices, such as Zigbee or Z-Wave.
Frequently asked questions
What is a Matter Bridge and how does it work?
A Matter Bridge acts as a "translator" between a Matter network and devices that don't support the Matter standard. The bridge takes the data sent in a specific, proprietary protocol such as Zigbee or Z-Wave and converts it so that it is understandable within a Matter network. The goal is to enable end users to enjoy consistent control and interaction via Matter-compatible control centers (e.g., smart home hubs or voice assistants) despite different standards. Technically, a Matter Bridge operates at the network level and manages protocol translations and addressing of connected devices in the Matter network.
Which devices can be made compatible with a Matter Bridge?
In principle, all devices that work with established smart home protocols such as Zigbee, Z-Wave, Bluetooth, or even Wi-Fi can be integrated into a Matter system using a Matter Bridge. Examples include smart lights, thermostats, motion detectors, or sockets, which previously could only be operated with specific hubs or proprietary apps. However, the prerequisite is that the Matter Bridge supports the respective protocol and enables translation to the Matter standard. Devices that traditionally operate via infrared (IR) or older, non-IP-based protocols, however, are usually not compatible.
Are there already Matter Bridges on the market?
Yes, since the introduction of the Matter standard in 2022, several manufacturers have developed and released Matter bridges. Prominent examples include bridges from Philips Hue, which enable Zigbee-based Philips Hue bulbs and accessories to be integrated into a Matter network. Aqara and other smart home brands have also announced plans to develop Matter-compatible bridges or provide Matter firmware updates to existing hubs. However, the availability of such bridges depends on the respective manufacturer and their support for the Matter standard.
How do I set up a Matter Bridge?
Setting up a Matter Bridge is usually done via the manufacturer's app or directly via the Matter-compatible control center. Typically, the bridge is first integrated into the network by connecting it via Wi-Fi, Ethernet, or directly to the central hub. The app then connects non-Matter-enabled devices to the Matter network via the bridge. This may involve several steps, such as scanning a QR code or entering a setup code for authentication. Once setup is complete, the devices connected via the bridge can be controlled in the Matter app or the Matter-compatible control center.
What are the advantages and limitations of a matter bridge?
The main advantages of a Matter Bridge are interoperability and future-proofing. Existing devices already present in the home do not need to be replaced and can still interact with Matter-based smart home systems. The bridge also facilitates the transition to a standardized smart home ecosystem. Limitations, however, include the fact that a bridge only supports the protocols for which it is designed. Furthermore, some device features cannot be fully transferred, which could limit control options. Latency in communication between Matter devices and bridged devices may also be slightly increased.
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