xvcd-ch347

CH347 Xilinx Virtual Cable

xvcd_ch347 of XVC (Xilinx Virtual Cable) protocol based on xvcd (https://github.com/tmbinc/xvcd)

Compile

Windows

First, ensure you have Git and either Visual Studio (requires a license for commercial use) or Build Tools for Visual Studio (free from Microsoft) installed.

Open Developer PowerShell for Visual Studio and run the following commands:

git clone https://github.com/AIOT-CAT/xvcd-ch347.git
New-Item -Path 'xvcd-ch347\build' -ItemType Directory
Set-Location 'xvcd-ch347\build'
cmake ..
cmake --build . --config Release

To obtain CH347DLLA64.DLL, download it from: https://www.wch.cn/downloads/CH341PAR_ZIP.html.

Linux

First install dependences:

sudo apt-get update
sudo apt-get install libusb-1.0-0-dev
# This installs libusb 0.0.1, no need to install unless you clear what you are doing.
# sudo apt-get install libusb-dev
sudo apt install build-essentials cmake

or you can install libusb manually from: https://github.com/libusb/libusb.git

git clone https://github.com/AIOT-CAT/xvcd-ch347.git
mkdir -p xvcd-ch347/build
cd xvcd-ch347/build
cmake ..
make

FAQ

1. About clock

   Support : KHZ(468.75), KHZ(937.5), MHZ(1.875), MHZ(3.75), MHZ(7.5), MHZ(15), MHZ(30), MHZ(60).

   If you need to set a 10MHz clock, choose 15MHz or 7.5MHz, and modify the DEFAULT_JTAG-SPEED variable in xvcd_win.c to correspond to the clock, such as 150000000.

   If you have a better way to accelerate the speed of this xvcd, please communicate with me for research, or if there are other integrated methods such as Vivado, we can also communicate together. If there are results, we can open them up again to serve more developers, [email protected]

2. TODO

   Operation in remote server mode...