Topic: Experimenting with Jalapeno firmware... - page 20. (Read 62616 times)

Are all those pins used?

Looks fine, it's a little fiddly getting the hooks onto the correct pin so the colors will help a lot.

What about this one: http://www.ebay.co.uk/itm/10pin-DIY-JTAG-IDC-USB-Logic-Analyzer-IC-Test-Clips-Test-Hook-Grabber-Test-Probe-/330879761949 ?

Sweet I'm not removing the heatsink again

That what I was thinking of doing, http://www.e-z-hook.com

I don't have one here, otherwise I'd check to see if this is possible, but the immediate thing that comes to mind, is the King of reversible volt mods in days of yore the "Pomona Grabber" test clip...
http://www.pomonaelectronics.com/?i=prodmain&getDetails=1&parent=GRABCLIP

i.e. you use several of those and  hook up to each pin, reaching under the sink.

Of course, you might also wanna dig through your junk box and find a low profile IDC serial header, with a convenient 9 pin D on the other end of it, that you can install under the sink, then hook up to without removing the sink every time.

I bought my AVR DRAGON from Newark. Very reliable and fast shipping. $50 + tax + $5 shipping.

http://www.newark.com/atmel/atavrdragon/in-ckt-debug-prog-jtag-spi-for/dp/68T2063?Ntt=avr+dragon

I have two brand new ones.  Well by the end of the day tomorrow I will at least.  USA east coast here.

$79  plus shipping in BTC.  These do not come with the 10 pin cable as that is not included from the factory. 

you need to keep it and later on you might need to programmer it again.


ps:Avr Dragon at Digi-key sold out both the US and Canada

With speed at 9 ghz jalapeños how many errors have??

congratulations on the 9GH - PM sent

Flashed successfully and running close to 9GH/s

Now I'm selling my AVR Dragon programmer if anybody wants it. Just PM me to make an offer.

Anyone see the programmer on ebay?

The JTAG pins on the jalapeno are surface mount not through-hole, although I suppose you can still make it work sort of. I have some surface mount right angle pin headers but I don't think they would fit because there are some components in front of the JTAG pins that I think would get in the way. I was thinking about just soldering the wires straight to the pads.

if someone to change Jtag ide pin to something like this on ebay http://www.ebay.ca/itm/Lot10-40pin-2x20cable-cord-wire-2Row-header-connector-coupler-2-54mm-1-IDE-PATA-/300924854473?pt=US_Drive_Cables_dapters&hash=item461084e0c9


maybe you dont need to remove heatsink next time for programming jal.

Wow! Both chips in that Jalapeno are running at insane speeds! I didn't even think the firmware would try to clock that high. That's pretty amazing that both chips are running at that speed given that BFL says the max frequency is ~294 MHz. I originally thought you had some perfect chips with 16 engines but wow.

anyone know if Jal comes with pci-e cable for power?

great thanks! used the python api-example.py code.

 python api-example.py stats

{u'STATUS': [{u'STATUS': u'S'    u'Msg': u'CGMiner stats'        u'Code': 70     u'When': 1372553376     u'Description': u'cgminer 3.3.1'}]      u'STATS': [{u'Temp2 Max Time': 1372553345       u'Temp1 Max': 33.0      u'Min': 99999999.0       u'Que Watermark': 32    u'Driver': 2    u'Firmware': u'1.2.5'   u'Flush ID': 0  u'Scan Sleep': 891      u'Results Sleep': 100   u'Que Full': 36         u'Overheat': False      u'Work Queued': 37      u'Max': 0.0      u'Result ID': 251       u'Vmain': 12.398        u'USB Pipe': u'0'       u'Elapsed': 204         u'Vcc1': 3.846  u'Vcc2': 0.993  u'Flushed': False       u'Chips': u'(null)'     u'Wait': 0.0    u'Que Low': 8   u'STATS': 0      u'Calls': 0     u'Que Size': 40         u'Work Complete': 420   u'Temp1 Max Time': 1372553224   u'ID': u'BAJ0'  u'Work ms': 954         u'Temp2 Max': 45.0      u'Temp2': 42.81         u'Temp1': 32.41         u'GetInfo': u'DEVICE: BitFORCE SC0x0aFIRMWARE: 1.2.50x0aIAR Executed: NO0x0aCHIP PARALLELIZATION: YES @ 20x0aQUEUE DEPTH:400x0aPROCESSOR 3: 15 engines @ 319 MHz -- MAP: FFFE0x0aPROCESSOR 7: 13 engines @ 326 MHz -- MAP: F5FE0x0aTHEORETICAL MAX: 9023 MH/s0x0aENGINES: 280x0aFREQUENCY: 291 MHz0x0aXLINK MODE: MASTER0x0aCRITICAL TEMPERATURE: 00x0aXLINK PRESENT: NO0x0aOK0x0a0x00'}  {u'Temp2 Max Time': 1372553347  u'Temp1 Max': 31.0      u'Min': 99999999.0      u'Que Watermark': 32     u'Driver': 2    u'Firmware': u'1.2.5'   u'Flush ID': 0  u'Scan Sleep': 913      u'Results Sleep': 100   u'Que Full': 36         u'Overheat': False      u'Work Queued': 37      u'Max': 0.0     u'Result ID': 249        u'Vmain': 12.097        u'USB Pipe': u'0'       u'Elapsed': 204         u'Vcc1': 3.404  u'Vcc2': 0.987  u'Flushed': False       u'Chips': u'(null)'     u'Wait': 0.0    u'Que Low': 8   u'STATS': 1     u'Calls': 0      u'Que Size': 40         u'Work Complete': 372   u'Temp1 Max Time': 1372553328   u'ID': u'BAJ1'  u'Work ms': 954         u'Temp2 Max': 43.0      u'Temp2': 40.98         u'Temp1': 30.11         u'GetInfo': u'DEVICE: BitFORCE SC0x0aFIRMWARE: 1.2.50x0aIAR Executed: NO0x0aCHIP PARALLELIZATION: YES @ 20x0aQUEUE DEPTH:400x0aPROCESSOR 3: 13 engines @ 286 MHz -- MAP: FFE60x0aPROCESSOR 7: 15 engines @ 284 MHz -- MAP: FFFE0x0aTHEORETICAL MAX: 7978 MH/s0x0aENGINES: 280x0aFREQUENCY: 291 MHz0x0aXLINK MODE: MASTER0x0aCRITICAL TEMPERATURE: 00x0aXLINK PRESENT: NO0x0aOK0x0a0x00'}  {u'Min': 99999999.0     u'Work Roll Time': 0    u'Work Can Roll': False         u'Work Diff': 10.0       u'Net Bytes Recv': 17219        u'Times Recv': 271      u'Times Sent': 263      u'Max': 0.0     u'Elapsed': 204         u'Pool Min': 99999999.0         u'Min Diff': 1.0        u'Work Had Expire': False       u'Wait': 0.0     u'STATS': 2     u'Calls': 0     u'Bytes Sent': 30881    u'Pool Max': 0.0        u'Max Diff': 11.0       u'ID': u'POOL0'         u'Work Had Roll Time': False    u'Pool Calls': 0        u'Net Bytes Sent': 31610        u'Pool Av': 0.0  u'Bytes Recv': 17219    u'Max Diff Count': 443  u'Pool Attempts': 0     u'Pool Wait': 0.0       u'Min Diff Count': 219}         {u'Min': 99999999.0     u'Work Roll Time': 0    u'Work Can Roll': False         u'Work Diff': 1.0        u'Net Bytes Recv': 124376       u'Times Recv': 2        u'Times Sent': 2        u'Max': 0.0     u'Elapsed': 204         u'Pool Min': 99999999.0         u'Min Diff': 1.0        u'Work Had Expire': False        u'Wait': 0.0    u'STATS': 3     u'Calls': 0     u'Bytes Sent': 232      u'Pool Max': 0.0        u'Max Diff': 1.0        u'ID': u'POOL1'         u'Work Had Roll Time': False    u'Pool Calls': 0        u'Net Bytes Sent': 1236  u'Pool Av': 0.0         u'Bytes Recv': 123936   u'Max Diff Count': 1    u'Pool Attempts': 0     u'Pool Wait': 0.0       u'Min Diff Count': 1}   {u'Min': 99999999.0     u'Work Roll Time': 0    u'Work Can Roll': False u'Work Diff': 1.0        u'Net Bytes Recv': 1989         u'Times Recv': 3        u'Times Sent': 3        u'Max': 0.0     u'Elapsed': 204         u'Pool Min': 99999999.0         u'Min Diff': 1.0        u'Work Had Expire': False        u'Wait': 0.0    u'STATS': 4     u'Calls': 0     u'Bytes Sent': 464      u'Pool Max': 0.0        u'Max Diff': 1.0        u'ID': u'POOL2'         u'Work Had Roll Time': False    u'Pool Calls': 0        u'Net Bytes Sent': 1348  u'Pool Av': 0.0         u'Bytes Recv': 692      u'Max Diff Count': 1    u'Pool Attempts': 0     u'Pool Wait': 0.0       u'Min Diff Count': 1}]  u'id': 1}

read post 159.

Okay so i guess  i need to compile the sample api code. thanks