LILYGO®
ESP32-C3 TLSR8258 Zigbee Ultra Low Power IOT Development Board
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Relevant technical or usage issues can be also discussed in our GitHub or Community.
About Tax
About Tax
At present, the price of the platform does not include tax.
Customers in Europe should pay attention to the tax problem after the package reaches the local country.
[orders over 150 euros may generate tax, which needs to be borne/handled by the customer, the local policy shall prevail.]
Commended User
Commended User
People with programming foundation[engineers / students / makers, etc..]
Shipping & Delivery
Shipping & Delivery
Methods & Delivery Time
Standard Express: 25-30 Days
YunTu Express: 10-20 Days
DHL: 10-17 Days
FedEx: 10-17 Days
NOTE
If you do not see one of the above shipping methods when checking out, it may be because your country does not support that shipping method, please select one of the available channels already listed or contact us for assistance.
Please note that all delivery times are estimated for reference only.
Please make sure your address is fully filled in (including province and continent, which will affect the shipping time of your order)
For more details please check our shipping policy.
T-Zigbee is LILYGO®'s second motherboard with dual MCUs. (Notice: Two chips can work at the same time.)
Equipped with TLSR8258 Ultra-Low Power chip (Support BLE 5 Mesh, Zigbee, RF4CE, Thread 6LoWPAN, HomeKit, ANT 2.4GHz Proprietary Standard) and ESP32-C3 chip (Support WIFI and Bluetooth).
Kind Tips
Specifications
MCU 1 | TLSR8258 Ultra-low-power MCU supporting ZigBee and BLE5 |
Wireless | Support BLE 5 Mesh, Zigbee, RF4CE, Thread 6LoWPAN、HomeKit、 ANT 2.4GHz proprietary standard With PGA, AMIC, DMIC, 6-channel PWM function |
Programmable LED | Red LED: PD04 |
Green LED | PA00 |
MCU 2 | ESP32-C3 Equipped with RISC-V processor SoC Support 2.4 GHz Wi-Fi and Bluetooth 5 (LE) Main frequency 160 MHz, built-in 400 KB SRAM, 384 KB ROM |
Programmable buttons | IO02 |
LED | IO03 |
Technology Support [Github]
If you need technical support please check the link to find more details.
1. Appearance Details
2. Size

3. Pin Diagram
1. T-Zigbee
2. T-Zigbee + T-U2T
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The hardware is really interesting and seems to work as it says. The documentation is pretty lacking though. There are examples of usage but all that is available for zbhci is mostly a generated docs placeholder. Somebody familiar with it needs to go at it and describe all the methods etc. I've been in the source and had to reverse engineer things to be able to use it.
T-Zigbee