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Wired Zigbee Smart Gateway ​

Product Series: Home + Office

Basic Information ​

  • This product is a Zigbee 3.0 gateway, capable of connecting to various standard Zigbee 3.0 smart terminal devices.
  • Can be integrated into HomeAssistant via ZHA or Z2M, communicating with HA using MQTT.
  • Uses the Silicon Labs EFR32MG21 chipset, with better performance in all aspects than the CC2562P. The management chip is Espressif ESP32.
  • Firmware: Tasmota
  • Ethernet: 10/100/1000 Mbps adaptive

Features ​

Here are the main features of our smart gateway:

  • Zigbee Device Access: Supports the Zigbee protocol and can connect and control various Zigbee devices such as light bulbs, plugs, sensors, switches, curtain motors, etc.

  • Compatibility with Multiple Zigbee Protocol Versions: Most gateways are compatible with different versions of the Zigbee protocol (e.g., Zigbee 3.0, Zigbee HA) to support a wider range of devices.

  • Automatic Device Discovery and Network Pairing: Usually has automatic discovery and fast network pairing features, simplifying the process of adding Zigbee devices.

  • Device Status Monitoring: Real-time monitoring of Zigbee device status, such as switch status, temperature, humidity, battery level, etc.

  • Easy Installation and Configuration: Provides a simple and easy-to-use installation and configuration interface.

  • Low Power Consumption: The Zigbee protocol itself has low power consumption characteristics, which helps extend the battery life of battery-powered devices.

  • Gateway Status Indicators: Usually has LED indicator lights showing the gateway's status, making it easy for users to understand the gateway's working condition.

  • Device Management: Conveniently manage and maintain connected Zigbee devices.

  • Firmware Upgrades: Supports remote firmware upgrades to get new features and optimizations.

Specifications ​

SpecificationParameter
ModelSC-GW-PCWLAN-ZIGBEE
Power SpecificationDC 5V 1A
Platform AccessZHA / Z2M / Z2T
ZIGBEE ChipSilicon Labs EFR32MG21
Wireless ProtocolZigBee3.0 2.4GHz
Networking MethodWired Ethernet (RJ45)
Working EnvironmentTemperature: -10℃ ~ 60℃, Relative Humidity: < 95%
Dimensions76 x 76 x 23mm
Color OptionsWhite
Standby Power Consumption< 5W
Product MaterialPC

Application Scenarios ​

  • Whole House Smart Control: Connect various Zigbee smart devices through the gateway to achieve centralized control of lights, curtains, home appliances, and security devices.
  • Automation Scenes: Set up automation scenes like "Home Mode", "Away Mode", "Movie Mode", etc., to control multiple devices with one click, enhancing living convenience.
  • Smart Security: Connect Zigbee security devices such as door/window sensors, occupancy sensors, and smoke detectors to achieve intrusion alarms, smoke alarms, and other functions, ensuring home safety.
  • Smart Lighting: Control the brightness and color of Zigbee light bulbs to create personalized lighting effects and a comfortable home atmosphere.
  • Smart Temperature Control: Connect Zigbee temperature and humidity sensors and smart air conditioning/floor heating controllers to achieve smart temperature control and improve energy utilization efficiency.
  • Smart Audio-Visual: Link Zigbee plugs, switches, and smart speakers, TVs, etc., to achieve automated control of audio-visual entertainment scenes.
  • Centralized Control: Centrally control lights, air conditioning, curtains, and other equipment within a building from a building management center via the gateway, improving management efficiency.
  • Energy Management: Monitor the energy consumption of devices within the building in real-time, optimize energy usage, and reduce operating costs.
  • Security Monitoring: Connect security devices within the building to achieve intrusion alarms, fire alarms, and other functions, ensuring building safety.
  • Visitor Management: Link with the smart access control system to achieve visitor authorization, door opening, and other functions.
  • Meeting Room Management: Control lights, projectors, audio systems, and other equipment in meeting rooms to improve meeting efficiency.

Installation and Usage in HA ​

  1. Connect the gateway to the local network switch. Scan for the gateway's IP address, e.g., 192.168.0.26 (actual address may vary).

  2. Enter the gateway's IP address in a browser and input the username and password set during flashing, as follows:

    • Username: sixcat
    • Password: sixcat@163

  3. In HA, you can integrate a zigbee gateway using either ZHA or zigbee2mqtt, but only one can be used at a time. ZHA does not support multiple gateways, while zigbee2mqtt does. The following are the configuration steps for multi-gateway zigbee2mqtt:

  4. After installation, configure this zigbee2MQTT instance, accessing the zigbee multi-mode gateway tube-zb-gw-efr32-81be64.local:6638

    yaml
    ata_path: /config/zigbee2mqtt32
socat:
  enabled: false
  master: pty,raw,echo=0,link=/tmp/ttyZ2M,mode=777
  slave: tcp-listen:8485,keepalive,nodelay,reuseaddr,keepidle=1,keepintvl=1,keepcnt=5
  options: "-d -d"
  log: false
mqtt:
  server: mqtt://192.168.0.20:1883
  user: root
  password: boosure@163
serial:
# Cang Ji zigbee multi-mode gateway configuration information
  adapter: ember    # Note: This adapter must be specified, otherwise it won't connect
  port: tcp://tube-zb-gw-efr32-81be64.local:6638   # zigbee gateway domain and port
 
# When configuring multi-gateway zigbee2mqtt, you must ensure that the pan_id and ext_pan_id of each zigbee2mqtt network are different. You need to configure the advanced section.
advanced:
    # Optional: ZigBee pan ID (default: shown below)
    # Setting pan_id: GENERATE will make Zigbee2MQTT generate a new panID on next startup
    pan_id: 0x167a
    # Optional: Zigbee extended pan ID, GENERATE will make Zigbee2MQTT generate a new extended panID on next startup (default: shown below)
    ext_pan_id: [0xfa, 0xfa, 0xfa, 0xfa, 0xfa, 0xfa, 0xfa, 0xfa]
    # Optional: Zigbee channel, changing might require re-pairing of some devices (see docs below). (Note: use a ZLL channel: 11, 15, 20, or 25 to avoid problems)
    # (default: 11)
    channel: 15
    # Optional: network encryption key
    # GENERATE will make Zigbee2MQTT generate a new network key on next startup
    # Note: changing requires repairing of all devices (default: shown below)
    network_key: [1, 3, 5, 7, 9, 11, 13, 15, 0, 2, 4, 6, 8, 10, 12, 13]

  5. Start zigbee2MQTT, check the logs to see if it started successfully. Open the zigbee2MQTT interface and it will automatically detect and join zigbee terminal devices. Precautions

  6. Hardware Installation and Connection: Power Supply: Ensure the gateway is connected to a stable power supply to avoid power fluctuations affecting its normal operation. Network Connection: Use a good quality network cable to connect the gateway to the router or switch, ensuring a stable and reliable network connection. Installation Location: Place the gateway in a well-ventilated area, away from metal obstacles, to avoid signal interference. Try not to place it in a sealed metal box. Check Network Port Indicator: Observe whether the gateway's network port indicator light is flashing normally to confirm that a network connection has been established.

  7. Device Compatibility: Zigbee Protocol Version: Confirm that the gateway supports the protocol version of the Zigbee devices you are using to avoid compatibility issues. For example, some older gateways may not support Zigbee 3.0 devices. Brand Compatibility: Try to choose Zigbee devices from well-known brands to improve compatibility and stability. Compatibility between Zigbee devices from different brands may vary. Device Quantity Limit: Understand the maximum number of Zigbee devices supported by the gateway to avoid exceeding the limit, which can lead to performance degradation or unstable connections.

  8. Network Configuration: IP Address Configuration: If manual IP address configuration is required, ensure the IP address does not conflict with other devices in the local network. DNS Settings: Ensure DNS settings are correct so the gateway can access the internet. Router Settings: If you need to access the gateway from an external network, you need to set up port forwarding on the router.

  9. Security: Change Default Password: Be sure to change the gateway's default login password to prevent unauthorized access. Firmware Upgrades: Regularly update the gateway's firmware to get the latest security patches and feature updates. Enable Firewall: If the gateway supports firewall functionality, it is recommended to enable it to enhance security. Device Authentication: Ensure that all Zigbee devices connected to the gateway are authenticated to prevent malicious devices from connecting.

  10. Zigbee Device Pairing: Pairing Distance: When pairing Zigbee devices, try to keep the devices close to the gateway to ensure a good signal strength. Factory Reset: If pairing fails, you can try factory resetting the Zigbee device and pairing again. Read Device Manual: Carefully read the Zigbee device manual to understand the correct pairing method. Avoid Interference: During the pairing process, try to avoid interference from other wireless devices, such as microwave ovens, Bluetooth devices, etc.