yahboom
Yahboom K210 Developer Kit AI Vision RISC-V Camera
RISC-V development board with camera, touchscreen and sensors for AI vision and audio projects
- CPU TypeOther
- RISC-V architecture enables low-power edge AI processing
- On-board HD camera supports machine vision and face recognition
- Capacitive touch screen provides immediate visual feedback for prototypes
- All K210 chip I/O pins exposed via headers for hardware expansion
- Three development environments supported for Windows, Linux and Mac OS
RISC-V development board for machine vision
The Yahboom K210 kit is a compact development board built around a RISC-V processor for machine vision and audio recognition tasks. It targets makers and engineers prototyping smart-home, robotics or security-monitoring projects. The board ships new with an HD camera and capacitive touch screen included.
Pin-header expansion and Wi-Fi connectivity
All K210 chip I/O lines are broken out through pin headers for custom sensor or actuator integration. An on-board ESF8285 Wi-Fi module enables wireless communication when the board and host computer share a network, allowing remote control scenarios. The board runs on Windows, Linux or Mac OS development environments.
Factory test code plus open-source courseware
A factory test program is pre-loaded, while demo applications must be flashed by the user. Yahboom supplies extensive open-source tutorials and online technical support to accelerate project bring-up. On-board peripherals such as RGB LEDs, gyroscope, speaker and microphone array interface are ready for immediate experimentation.
Highlights
- RISC-V architecture enables low-power edge AI processing
- On-board HD camera supports machine vision and face recognition
- Capacitive touch screen provides immediate visual feedback for prototypes
- All K210 chip I/O pins exposed via headers for hardware expansion
- Three development environments supported for Windows, Linux and Mac OS
Specifications
| CPU Type | Other |
|---|
Questions about this item
How much heat does the K210 chip generate when running vision tasks continuously?
The K210 developer kit has no active cooling; sustained vision workloads will warm the board, so mount it with airflow space.
What is the power draw of the on-board ESF8285 Wi-Fi module during all-day operation?
The ESF8285 Wi-Fi module draws modest power; the kit runs from a 5 V USB supply and stays cool enough for continuous IoT use.
Which host computer and cable are needed to flash the first demo program onto the board?
You need a Windows, Linux or Mac computer with a USB data cable and both devices on the same Wi-Fi network for the initial firmware burn.
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