SM320VC5421-EP: Programming device

Ideally running under Windows 10

Hello,

You mentioned "programming". Are you trying to program external flash? Or are you simply referring to loading the program to RAM?

Thanks

ki

The sequence below lists the procedure that I am trying to reproduce. This was written for CCS version 3.1 (I have v3.3 as only one available) running on Windows XP, with a Spectrum Digital XDS510USB (I have a TI XDS510-USB2.0 as Spectrum not available). When I try to run I get an error 0x80002240/-1047 :-

2. Software Installation:
3. Install CCS 3.1 into C:\CCStudio_v3.1
4. Install Spectrum Digital (SD) USB drivers.
5. Run SdConfig.exe (in C:\CCStudio_v3.1\specdig\sdconfig; there is a shortcut on the desktop after previous step)
6. Plug in emulator
7. In left sidebar, find entry '510', and expand it.
8. Click on 'Emu' in left sidebar. On right side, use the dropdown menu to select 'XDS510USB'
9. Click 'Emulator->Test'. You should see output similar to the following:

**Emulator Test **

$$ EmuProductName=XDS510USB

$$ EmuPortAddr=0x510

$$ EmuPortMode=USB

$$ ProductId=510

$$ ProductVersion=84

If it does not work you will see something like:

XDS510-USB Emulator not connected/enumerated

1. Click 'File->Save'
2. Exit SDConfig
3. Run Code Composer Setup (C:\CCStudio_v3.1\cc\bin\cc_setup.exe, should be in TI entry in Start Menu and on Desktop)
4. In the middle section, go to the 'Create Board' tab, select 'SD510USB Emulator', and click '<<Add' at the bottom
5. Create name for the board ("PROD", for example), leave the other options default, then click on 'Next>'
6. Make sure that the Emulator I/O Port is 'USB Emulator address is 0x510, then click 'Finish'
7. Select the system in the left side pane. In the middle pane, select 'TMS320C5400' and click '<< Add Multiple' at the bottom. Add 2 devices

(because we're using a dual-core part)

1. In the 'Processor Properties' dialog that comes up, change the processor names if you wish (or leave it as default).
2. Choose the GEL files. \Bootloader DSP\gel\CLink_core1.gel for the first processor, and \Bootloader DSP \gel\CLink_core2.gel for the second.
3. Leave 'Master/Slave' set to 'N/A'
4. Save the configuration (File->Save), and exit
5. When CCS starts, it should now be aware of the custom board that was just configured.
6. Double click on Processor 1(‘TMS320C5400_0’) in this case
7. Power on Board.
8. Click on Debug->Connect. The following window should pop up:
9. Go to Project->Open. Load file \Bootloader DSP\flashburn\build\FB_loader0.pjt
10. Go to View->Registers->Peripheral
11. In resulting view set the value of register GPIO to 0x20a.
12. Go to View->Registers-> CPU Registers
13. In resulting view, Set the value of register XF to 0, if it is not already that.
14. In the same view, set the value of register OVLY to 1, if it is not already that.
15. In the first CCS window that opened, double click on Processor 2.
16. In window associated with processor 2, Debug->Connect. The following window should pop up:
17. In window associated with processor 1, go to File->Load Program. Load file \Bootloader DSP\flashburn\build\Debug\FB_loader_header.out
18. Go to Debug-> Go Main. The following window should pop up:
19. In the new internal window, right click on the line that reads “while(1)” and click on Toggle Hardware Breakpoint
20. Click Debug->Run
21. In a similar way, click File->Load Program .And load file \Bootloader DSP\flashburn\build\Debug\FB_loader0.out.
22. Click Debug->Run
23. Again, File->Load Program. And load file \Bootloader DSP\flashburn\build\Debug\FB_loader1.out.
24. Click File->Load Program. And load file \Bootloader DSP\flashburn\build\Debug\FB_bootstrap_header.out
25. Click Debug ->Run
26. Click File->Load Program. And load file \Bootloader DSP\flashburn\build\Debug\FB_bootstrap0.out
27. Click Debug->Run
28. Click Debug->Disconnect
29. In window for processor 2, Debug ->Disconnect.
30. Power off board. This completes bootloader uploading instructions.