Trina-Pi
Trina-Pi is a ready-to-use evaluation board based on the ultra-low-power UP201 RISC-V microcontroller. Trina-Pi is centered on ultra-low power operation. Its powerful energy efficiency makes it ideal for continuous, always-on detection and monitoring tasks. This includes serving as a detection platform for applications such as AI wearable devices, sensor fusion, and power-sensitive edge AI processing. The board supports numerous popular libraries and provides a comprehensive SDK and tools, ensuring that makers and developers can start quickly and easily.
Key Features
- Ultra-Low Power design based on the UP201 RISC-V MCU.
- Dual heterogeneous cores for efficient computing.
- Dual integrated NPUs for AI acceleration.
- High power efficiency:
- Only 16.88 uW/MHz/DMIPS in active mode (E21 Core, Coremark).
- Can save up to 68% energy compared with pioneer competitors at the same performance level.
- Supports development environment setup on both Windows and Linux platforms.
Application
- Endpoint AIoT device
- Endpoint AI wearable device
- Battery powered robotic sensor fusion and control
- Drone sensor fusion and flight control
- Power-sensitive edge AI processing
Specifications
Size
