Once bitstream generation is successfully completed, one would normally expect to be able to program the FPGA on Zynq right away to get his/her RTL design working. This would have been true if the design wasn’t using any Zynq PS specific functionality. But, in our case, we are sourcing ...
Step 1:After following till step-14 of the “Getting Started with Zynq Styx”, you should have Xilinx SDK open. In the Xilinx SDK window, Go to File -> New -> Application Project. Step 2:We need to create an ‘fsbl (first stage boot loader)’ application. Type in a project name, ...
Styx Xilinx Zynq FPGA Module Saturn IO Breakout Module VGA Expansion Module Xilinx Platform Cable USB II (optional) VGA cable and a compatible monitor Software: Vivado (version 2017.3 or higher) Step 1: Open Vivado and select ‘Create Project’ in the “Quick Start” area. Click ‘Next’ in...
Prerequisites: Hardware: Styx Xilinx Zynq FPGA Module Xilinx Platform Cable USB II (optional) Software: Vivado 2017.3 or later Python 2.7 Step 1: Download and install Vivado Board Support Package files for your Styx fromhere. Follow the README.md file on how to install Vivado Board Support Pac...
Prerequisites: Hardware: Styx Xilinx Zynq FPGA Module Saturn IO Breakout Module HDMI Expansion Module Xilinx Platform Cable USB II (optional) HDMI cable and a compatible monitor Software: Vivado (version 2017.3 or higher) Step 1: Download and install Vivado Board Support Package files for Styx from...
# For Styx 'Styx Zynq FPGA Module A' dev = ftd2xx.openEx(b'Neso Artix 7 FPGA Module B', 2) dev.setTimeouts(5000, 5000) dev.purge(ftd2xx.defines.PURGE_TX|ftd2xx.defines.PURGE_RX) print("\nDevice Details :") print("Serial : " , dev.getDeviceInfo()['serial']) ...