This repository contains the Vivado project, the PetaLinux project, and the Vitis software projects (both Standalone and Linux) to implement the EBAZ4205 board with a PS/2 mouse, to be used with the X11 grpahic library and/or with any graphic destop running on the Zynq-7010 CPU (e.g. Matchbox).

The result will be an EBAZ4205:

• loading from the SD Card
• with a hardware PS/2 input port directly connected to the J2 EBAZ4205 connector (no extra hardware required, 4 resistors apart)
• running Linux (PetaLinux):
  • connected to a local network via Ethernet (IP obtained by DHCP)
  • with a serial console connected to the J7 connector of EBAZ4205 (serial)
  • with a SSH server connectable with any SSH client and/or WinSCP
  • any application running on a linux console
  • with a HDMI video out port (640x480 or 800x600 or 1080x720). See the other project EBAZ4205_HDMI

• EBAZ4205 (with or without 25MHz crystal)
• PS/2 wired Mouse, possibly with the wheel (IntelliMouse)
• HDMI cable

See:

• Cheap (35$) and powerful FPGA programming for preparing the EBAZ4205 (power supply, JTAG and serial connections, Ethernet)
• My Hackaday project EBAZ4205 Mouse to connect the PS/2 Mouse to the EBAZ4205, explaining the hardware block PS2mouse and the PS/2 protocol.

• Vivado 2021.2 on Windows 10 or 11
• VMWare VirtualBox 6.1 on Windows 10 or 11
• Ubuntu 20.04.1 on VMWare VirtualBox 6.1
• Petalinux 2021.2 on Ubuntu 20.04.1

1. Build the HDMI hardware port (see my Hackaday project=)
2. Download my EBAZ4205_PS2.wic file, flash it on an SD card (with Balena-Etcher or similar program) and go! (TODO) or
3. Download the Vivado Project, create the bitstream and export the hardware
4. Download the Vitis Project, "update the hardware" with the just exported hardware ild Read carefully my Hackaday Project: Cheap (35$) and powerful FPGA programming

• Create the block design, the bitstream and the hardware definition with Vivado
• Use the hardware definition to build an bootable SD Card with petalinux and test it on EBAZ4205

• Cheap (35$) and powerful FPGA programming

• KeitetsuWorks EBAZ4205

• MIT