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On the schematic diagram i see a EPCS4SI8N flash. Can we use it ?
Original comment by andy.kar...@gmail.com
on 16 Aug 2014 at 5:51
It definitely should be possible to program the EPCS4 configurator chip via the
same JTAG chain. Maybe you have to select Active Serial programming mode
instead of JTAG.
I tried doing the following:
1) open File->Convert Programming File in Quartus
2) Specify Configuration device = EPCS4, Mode = Active Serial, File name =
vector06cc.pof
Select Page_0 and click Add File, add vector06cc.sof
3) Generate, it will create vector06cc.pof
Now in the programmer, open a new window. Select Mode = Active Serial
Programming. Then Add Device, then Add File and select vector06cc.pof
Now you should be able to program EPCS4 configuration device. However I have
just tried doing that and did not succeed. I have a very glitchy USB Blaster
that might be not working well so I can't be sure if it's a board or
USB-Blaster problem. Tell me how it works for you.
Original comment by svof...@gmail.com
on 16 Aug 2014 at 6:05
I also tried programming EPCS4 via JTAG chain. For that you would need to
create a JIC file, like in the attached screenshot. It doesn't seem to work for
me either.
Original comment by svof...@gmail.com
on 16 Aug 2014 at 6:28
Attachments:
Here's a related thread:
http://www.alteraforum.com/forum/showthread.php?t=43764
Doesn't seem to work for me.
Original comment by svof...@gmail.com
on 16 Aug 2014 at 6:29
I did all what you said - but also unable to upload converted firmware to the
destination EPCS4 chip:
Info (210098): Active Serial/Parallel mode CONF_DONE pin error check is disabled
Info (210033): Memory Map File vector06cc_epcs4.map contains memory usage
information for file vector06cc_epcs4.pof
Info (209060): Started Programmer operation at Sat Aug 16 21:39:00 2014
Error (209025): Can't recognize silicon ID for device 1
Error (209012): Operation failed
Info (209061): Ended Programmer operation at Sat Aug 16 21:39:00 2014
Tried to perform this on 2 different chinese USB-blasters.
One is a big one shipped with wxeda board, and the second one is a $5 usb
blaster i've bought some times ago.
So, any ideas ? As i see on the schematic diagram, a EPCS4 chip is connected
directly to the FPGA, so somehow FPGA is a bridge while programming EPCS4N
chip.
No ideas what do to next...
Original comment by andy.kar...@gmail.com
on 16 Aug 2014 at 6:47
From your log it seems that you tried the first method that I described, and
apparently it won't work on this board. The second method with a JIC file
should work at least in theory. Did you try it too?
Original comment by svof...@gmail.com
on 16 Aug 2014 at 6:49
Found a very interesting discussion:
http://electronix.ru/forum/lofiversion/index.php/t58789.html
It's seems it can be fake cyclones (i guess) on the wxeda board :)
JIC is not tested yet. One moment, please.
Original comment by andy.kar...@gmail.com
on 16 Aug 2014 at 6:56
Ah yes! Just tried JIC method - it works fine for me! Thank you very much!!!
I think this method should be also described in the project readme.
Original comment by andy.kar...@gmail.com
on 16 Aug 2014 at 7:04
Fantastic!
I don't think that the Cyclone IV is fake, it's behaving way too much
CycloneIV-like for a fake, don't you think? Though I can imagine some cloak &
dagger story of stolen wafers that did not pass 100% of the tests and had to be
destroyed and ended up getting packaged instead.
Original comment by svof...@gmail.com
on 16 Aug 2014 at 7:24
Yep! Thank you so much for help & support!
Now making an SD card mod to continue playing with my Vector-06c ;)
Regarding fake cyclones or not 100% tested - yes, it could be a truth. I know a
lot of stories about chinese remarked chips (like 28sf512 eeproms that can be
programmed only once ;)))
Original comment by andy.kar...@gmail.com
on 16 Aug 2014 at 7:43
Original comment by svof...@gmail.com
on 2 Sep 2014 at 7:59
Original issue reported on code.google.com by
andy.kar...@gmail.com
on 16 Aug 2014 at 5:45