English
Chinese (Simplified)
RussianThe Kendryte K510 chip is a mid-to-high-end edge inference chip that is equipped with an upgraded version of the independently developed IP core KPU2.0. Adopting a unique computing data stream and multiplexing method, the K510 is able to triple its computing power, while reducing power consumption. It integrates a next generation image processor that supports 2D/3D noise reduction, WDR wide dynamic, fisheye correction and hardware 3A functions. The K510 supports a wide variety of applications at the edge including high-definition video conferencing, high-definition aerial photography, and robotics.
Computing power
2.5 TFLOPS
RISC-V
Dual-core RISC-V 64-bit CPU
Developer-friendly
Open-source
Huge memory capacity
Supports external x32 bits LPDDR3/4, up to 16Gbits
Unique computing data flow technology that triples the computing power, 2.5 TFLOPS, support for INT8 and BF16
Open source architecture: dual-core RISC-V 64-bit CPU, up to 800 MHz
Supports external x32 bits LPDDR3/4, up to 16Gbits
Supports open-source frameworks and architectures including TensorFlow, Pytorch, ONNX
2.5TFLOPS BF16 / 2.5TOPS INT8
Typical power 2W;
Standby Current < 2mA.
64-bit RISC-V dual-core@800MHz, Double precision FPU extension;
64-bit DSP@800MHz, 512-point FFT.
Input high-definition triple camera, MIPI CSI/DVP interface;
Output: 4Video Layer + 3 OSD Layer;
High-quality H264 video encoding, 2 channels 1080P@60;
2D image accelerator: zoom, crop, rotate, OSD overlay.
I2S/PDM/TDM API，Ultra low-power wake-up VAD
