Here's an abstract based on the transcript, focusing on the process and issues the speaker faced (generated with Gemini Advanced): *Abstract* This transcript documents the challenges and solutions in programming a Tang Nano 9k FPGA using the Gowin development environment. The speaker focuses on pin mappings, configuration files, and using the Gowin Analyzer Oscilloscope (GAO). Specific pain points include deciphering device names, the limitations of Verilog syntax within the IDE, and the necessity of a separate programmer application to utilize the GAO. Despite Chinese-language documentation and limited community support, the speaker demonstrates how to implement a simple counter circuit on the FPGA and visualize its output with the GAO.
Thank you so much for posting this. Laughed hard and felt your pain in each step of the video. This company has huge potential but seems to fall short on their documentation and typos. On the Tang driver issues, they are using an emulator with the BL616 or similar to mimic the more expensive FTDI USB to JTAG / UART bridges. This forces the use of a different packaged device driver.
Tx a lot for the video, helped me a lot There was one thing you forgot to tell. After downloading you have to replace the Programmer folder with the content of the downloaded file, just rename the old, and place the new Programmer folder :)
Yes, it is really difficult to find out which device to select in the Gowin IDE. A little tip: It is written directly on the FPGA chip. If you can read, you have a clear advantage.
Hm... have never heard these FPGAs. This IDE does look so complicated as Lattice soft for example. Thanx man. Is so few understandable FPGA-topics, so your one will be quite helpful
Thanks for this video, it is very helpful. I'm wondering if the Autorun Counter speed is dependent on the PC speed, since it seems there's no way to change any setting
Here's an abstract based on the transcript, focusing on the process and issues the speaker faced (generated with Gemini Advanced):
*Abstract*
This transcript documents the challenges and solutions in programming a Tang Nano 9k FPGA using the Gowin development environment. The speaker focuses on pin mappings, configuration files, and using the Gowin Analyzer Oscilloscope (GAO). Specific pain points include deciphering device names, the limitations of Verilog syntax within the IDE, and the necessity of a separate programmer application to utilize the GAO. Despite Chinese-language documentation and limited community support, the speaker demonstrates how to implement a simple counter circuit on the FPGA and visualize its output with the GAO.
Thank you so much for posting this. Laughed hard and felt your pain in each step of the video. This company has huge potential but seems to fall short on their documentation and typos. On the Tang driver issues, they are using an emulator with the BL616 or similar to mimic the more expensive FTDI USB to JTAG / UART bridges. This forces the use of a different packaged device driver.
thanks for info . if you do anything else love to see it.
Thanks for the video, really helpful while trying to figure out the gowin tooling!
Tx a lot for the video, helped me a lot
There was one thing you forgot to tell. After downloading you have to replace the Programmer folder with the content of the downloaded file, just rename the old, and place the new Programmer folder :)
Yes, it is really difficult to find out which device to select in the Gowin IDE. A little tip: It is written directly on the FPGA chip. If you can read, you have a clear advantage.
Hm... have never heard these FPGAs. This IDE does look so complicated as Lattice soft for example. Thanx man. Is so few understandable FPGA-topics, so your one will be quite helpful
Thanks for this video, it is very helpful. I'm wondering if the Autorun Counter speed is dependent on the PC speed, since it seems there's no way to change any setting
As a chinese person who can't read chinese this is a lifesaver
Hi I am following same steps, even data not capaturing, I mean wave form not generating.
Try to make spwm. Can't test the code yet the nano didn't arrive yet