There are 3 repositories under zedboard topic.
A zero-copy Linux driver and a userspace interface library for Xilinx's AXI DMA and VDMA IP blocks. These serve as bridges for communication between the processing system and FPGA programmable logic fabric, through one of the DMA ports on the Zynq processing system. Distributed under the MIT License.
:satellite: Using Software Designed Radio to transmit OFDM QPSK signals at 5 GHz
RISC-V Rocket Core on Parallella & ZedBoard Zynq FPGA Boards
:satellite: Using Software Designed Radio to transmit MIMO-OFDM QPSK signals at 5 GHz
使用 Vivado+PetaLinux 为 Xilinx Zynq7 搭建 Linux 系统 —— 以 Zedboard 为例
3D graphics rendering system for FPGA, the project contains hardware rasterizer, software geometry engine, and application middleware.
:satellite: Using Software Designed Radio to transmit LTE downlink signals at 2.4 GHz
:radio: Using Software Designed Radio to transmit & receive FM signal
Lenet for MNIST handwritten digit recognition using Vivado hls tool
:satellite: Using Software Designed Radio to transmit OFDM 16QAM signals at 5 GHz
SHA-256 IP core for ZedBoard (Zynq SoC)
This repository contains all labs done as a part of the Embedded Logic and Design course.
Memory-mapped VGA display for Xilinx/Zynq/Zedboard, with demo code for using it.
This repository contains a template AMP project for the Zedboard using VGA, FreeRTOS, LVGL and USB peripherals
A digital Oscilloscope designed using Zedboard (Zynq7000Soc). The input signal is sample and processed using Zedboard and the sample data is displayed using a Graphical User Interface which mimics an Oscilloscope.
FPGA based image processing pipeline using zedboard, able to accelerate openCV functions
Hardware and Software Co-design implementations
Mandelbrot generator on the Zedboard. The image is output on the VGA port. Pure Verilog RTL, no ARM core.
Parallella RISC-V Prebuilt Images
Device: Zedboard xc7z020clg484-1, Clock Rate: 319 MHz, Tool: Vivado 2018.3, Language: Verilog
This repository contains the C code for ARM Implementation of FFT on Zynq-7000 APSoC from Xilinx.
Simple audio processing with ADAU1761
This is a project integrating HLS IP and CortexA9 on Zynq. This project implements DDR3 random access with HLS. The Cortex A9 will print the result via UART.
Low latency FPGA based image processing (Zedboard)
Zynq ZedBoard SoC Lecture Final Project, degree adjustable ultrasonic sensor application
UltraZed Development
Simple safe lock mechanism written in SystemVerilog.