LILYGO® Shipping to worldwide
T7-C6
T7-C6
4.0 / 5.0
(1) 1 total reviews
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About Shipping
About Shipping
Methods & Delivery Time
- Standard Express: 25-30 Days
- YunTu Express : 10-20 Days
(Company name can't be used consignee) - DHL: 10-17 Days
- FedEx: 10-17 Days
Please note that all delivery times are estimated for reference only.
Check More Info: Shipping Policy
About Tax
About Tax
We only charge the product cost and shipping cost.
1. For Standard Express Order: You may not need to deal with customs clearance, just need to pay attention to the track of the parcel, but this is not absolute, if your parcel is inspected by the customs, then you need to assist in dealing with customs clearance.
2. For DHL/ FedEx Order: You need to deal with the relevant customs clearance matters, as well as pay the tariff, the specific amount of tariff please pay attention to the policy of your country.
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The above tariffs are for reference only, please pay attention to your country's tax policy for more detailed instructions, if you need our help or have questions please feel free to contact us.
Specifications
Main Module | ESP32-C6-MINI-1 |
Flash | 4MB |
Wireless protocol | 2.4g Wi-Fi 6, Bluetooth 5 (LE), 802.15.4 |
Support Language | C/C++, Micropython, Lua |
Programming Platform | Arduino-IDE, VS Code, ESP-IDF |
Onboard functions | Qwiic 4-Pin, BOOT + Reset, Switch |
--- LILYGO GitHub Support ---
ℹ️Product Information 🧑💻Technical support |
What's In The Box
External Antenna Module N1
Built-in Antenna Module N4






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Who can use
It's easier to master these development boards with a basic programming knowledge [engineers/ students/ makers, etc..]
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Accelerated processing
International orders please make sure your address is in English
For Hong Kong, Macau and Taiwan orders, please note your personal ID. -
Got a question
Click on the bubble in the bottom right corner where some frequently asked questions are answered, or just drop us a line.
I am using this board as an IoT Device for publishing a telemetry data from the sensors to the Azure IoT Central via the MQTT protocol.
The application is written by C# using the Microsoft Visual Studio 2022 and .Net nanoFramework firmware.
I have expected for this size of the board also a UserLED (Neopixel) and second connector for I2C, which it will allow to connect directly I2C sensors without using the headers and soldering. I hope, the next version will bring those parts.