SMLIGHT SLZB-06/06M/06p7 are a network device that serves as a central bridge for managing communication in a Zigbee network. SLZB-06 can also serve a Matter-over-Thread network. The devices are designed specifically for Zigbee2MQTT and ZHA Home Assistant ensuring smooth work out-of-the-box. These devices have the smallest size and reachest packing.
3ModesZigbee-to-Ethernet, Zigbee-to-WiFi and Zigbee-to-USB Matter-over-ThreadSLZB-06 has also experimental supports of Matter-over-Thread.Different Zigbee SoCs OptionsSLZB-06 on CC2652P, SLZB-06p7 on CC2652P7 and SLZB-06M on EFR32MG21.Plug-and-playPre-flashed and ready to use with Zigbee2MQTT and ZHAPowering PoE and Type-C powering, PoE IEEE 802.3af standard support.Firmware OTA updateZigbee and Core firmware OTA update over web-interface (one-click update).Most powerful chipMost powerful version of ESP32 chip inside: 2 cores @ 240Mhz + 16Mb memory.Double protectionVPN tunneling with Home Assistant and security authorizations.VPN tunneling with Home Assistant and security authorizations. Securely protected login with password to web-interface, internal whitelist firewall settingsMulti-Building CoverageCan cover multiple buildings with 2 or more coordinators and Zigbee2MQTT. You can install as many coordinators to work with Zigbee2MQTT+Home Assistant as you want.Support multiple languages15 language localization interfaces.Zigbee firmware/Core firmwareCoordinator or Router Zigbee firmware/ Standard or Opensource Core firmware.Rich packingZigbee Coordinator, +5dB antenna, screws and screwdriver, adhesive tape, Type-C adapter, manual. Which Zigbee chip should i choose?
CC2652P
CC2652P (48Mhz, 88Kb RAM) is the Top 1 on our list. Reliability has been tested over the years and by many users. CC2652* chips are fully supported in Zigbee2MQTT (EFR32 has an experimental support status), and are also fully supported in ZHA. That is, it is a universal coordinator for both ZHA and Zigbee2MQTT. Zigbee firmware supports up to 200 end devices. Even with the maximum number of Zigbee devices, the chip parameters (processor 48Mhz and 88Kb RAM) are not even close to the maximum, so there is no difference in speed compared to other chips in the series (CC2652P7: 48Mhz+152Kb RAM, CC2674P10: 48Mhz+264Kb RAM). So, CC2652P is #1.
CC2652P7
The CC2652P7 (48Mhz + 152 Kb RAM) has the same processor (48Mhz) as the CC2652P chips, but a slightly larger amount of RAM 152Kb (CC2652P: 88Kb). At the same time, neither the processor nor the memory is used even by 30% when the chip is operating in coordinator mode with the maximum possible number of connected end devices. Therefore, this chip is more of a marketing ploy. Our recommendation is to pay attention to CC2652P. It is cheaper, more reliable (because it has been tested by a large number of users), and supports +20dB of gain at the firmware level. That is, If you like marketing gimmicks, the CC2652P7 is your choice.The CC2652P7 chip is ranked #2 in our rating.
CC2674P10
The CC2674P7 (48Mhz + 264Kb RAM) has the same processor (48Mhz) as the CC2652P and CC2652P7 chips, but a slightly larger amount of RAM 264Kb (CC2652P: 88Kb, CC2652P: 152Kb,). At the same time, neither the processor nor the memory is used even by 30% when the chip is operating in coordinator mode with the maximum possible number of connected end devices. Therefore, this chip is more of a marketing ploy. In addition, the firmware for this chip is in test mode. As of February 2024, we recommend that you buy these coordinators at your own risk, or if you are a firmware developer and you need a test device on this chip. Our recommendation is to pay attention to the CC2652P. It is cheaper, more reliable (as it has been tested by a large number of users), and supports +20 dB of gain at the firmware level.That is, if you like marketing gimmicks, CC2674P10 is your choice.The CC2674P10 chip takes the 4th place in our rating.
EFR32MG21
The EFR32MG21 (80M