kv260

The Kria Robotics Stack (KRS) is a ROS 2 superset for industry, an integrated set of robot libraries and utilities to accelerate the development, maintenance and commercialization of industrial-grade robotic solutions while using adaptive computing.

基于Xilinx FPGA的通用型 CNN卷积神经网络加速器，本设计基于KV260板卡，MpSoC架构均可移植

KV260 integration lane for PCCX™ v002 LLM IP-core bring-up, validation, and board/runtime evidence.

Hardware Accelerators on FPGA for Computer Vision Applications

Benchmarking GNSS system at the Xilinx PYNQ FPGA based platform

Xilinx Kria KV260 Real-time PPE detection

KV260 firmware. Package for enabling hardware acceleration capabilities in ROS 2 with KV260.

An bare metal application project template for Vitis unified IDE to start development easily (Support for AMD (Xilinx) Kria KV260, KR260)

Ubuntu 22.04 (Desktop) Boot Image (U-boot, Linux Kernel, Ubuntu RootFS) for Zynq MPSoC.

Debian11 Boot Image (U-boot, Linux Kernel, Debian11 RootFS) for Zynq MPSoC.

Quantize, compile and run a pretrained Pytorch model on a Xilinx KV260 to control a FireTV using hand gestures from USB camera input

Ubuntu 22.04 (Console) Boot Image (U-boot, Linux Kernel, Ubuntu RootFS) for Zynq MPSoC.

A real-time audio streaming platform utilising FPGAs and Ethernet

PYNQ Tutorials

Run Gemma inference on FPGA with a reproducible Xilinx KV260 deployment bundle for deterministic edge AI.

A high-performance INT8 Matrix Multiplication Accelerator implemented in pure Verilog, optimized for Edge AI inference on Xilinx Kria KV260 (Zynq UltraScale+ MPSoC).

Linux Kernel (5.15) Image/Device Trees/Debian Packages for Zynq MPSoC.

RV64IMAFDС CPU core in SystemVerilog — staged progression from single-cycle to BOOM-style OOO, full ACT4 compliance, 200 MHz on KV260

Traffic Light Recognition with High-Level Synthesis