Topic: [Work in progess] Burnins Avalon Chip to mining board service - page 144. (Read 624197 times)
Now we can go to bed, everything is fine.
Very nice. Keep the fire burnin 
+1000000000000
Congrats
Congrats
Quit? Let the riot begin:
The Firmware is not yet production ready cgminer throws a shitton of errors on starting.
AND the chip currently runs at 128Mhz because its not properly cooled, i have tested it at 256mhz too and it works but its too hot for long tests.
Now the bad news:
I will very likely not get the boards tomorow so we have to wait until Monday.
The Firmware is not yet production ready cgminer throws a shitton of errors on starting.
AND the chip currently runs at 128Mhz because its not properly cooled, i have tested it at 256mhz too and it works but its too hot for long tests.
Now the bad news:
I will very likely not get the boards tomorow so we have to wait until Monday.
it's quiet in here ....
as always: no news is good news. Maybe some folks prefer news in BFL-style?
it's quiet in here ....
@burnin... what does this mean:
Is it meant as a high overclocking capability?
Edit: Other assemblers say "lead time 3 weeks" or so. Whats the lead time here?
good work mrb,
this is what we wanted to see in the beginning.
hint hint: the chip has a much higher clock cap.
this is what we wanted to see in the beginning.
hint hint: the chip has a much higher clock cap.
Is it meant as a high overclocking capability?
Edit: Other assemblers say "lead time 3 weeks" or so. Whats the lead time here?
Ok thank you guys for the input on the PSU matters, i'll seek out a few candidates and list them here.
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Hi Burnin
Hows things coming along with the sample chips?
Hows things coming along with the sample chips?
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
great job, well done! weiter so
It means, that at the current design, his design works.
What still needs to be tested is the ability to talk to each other and therefore put up to 16 boards on ONE USB controller. The chip hashes nicely.
And maybe ONE PSU?
Nice, some great news here! Keep it up Burnin, can't wait for the finished boards!
Great Job Burnin, I'm getting very excited now!
Hey burnin,
I'm thinking of a weekend or so in Germany, spending some coins in the world-famous Bitcoin cities and I would really like to collect my units while I'm there. Obviously I'll time my visit for when the boards will be ready but I was just wondering if collection would be possible?
I'm thinking of a weekend or so in Germany, spending some coins in the world-famous Bitcoin cities and I would really like to collect my units while I'm there. Obviously I'll time my visit for when the boards will be ready but I was just wondering if collection would be possible?
Ganz toll!
Nice JOB burnin
Ok thank you guys for the input on the PSU matters, i'll seek out a few candidates and list them here.
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Hi Burnin
Hows things coming along with the sample chips?
Hows things coming along with the sample chips?
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Thank you very much, I am feeling very assured, even though I have no idea what you meant by all those things...
It means, that at the current design, his design works.
What still needs to be tested is the ability to talk to each other and therefore put up to 16 boards on ONE USB controller. The chip hashes nicely.
Thanks for the explanation.
Is possible have the Bill of material ?
I need more information about the ribbon cable.
Another question is why don't use a DB9 connector that is more standard and easy to find?
I need more information about the ribbon cable.
Another question is why don't use a DB9 connector that is more standard and easy to find?
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
you made my day bro
Ok thank you guys for the input on the PSU matters, i'll seek out a few candidates and list them here.
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Hi Burnin
Hows things coming along with the sample chips?
Hows things coming along with the sample chips?
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Thank you very much, I am feeling very assured, even though I have no idea what you meant by all those things...
It means, that at the current design, his design works.
What still needs to be tested is the ability to talk to each other and therefore put up to 16 boards on ONE USB controller. The chip hashes nicely.
Ok thank you guys for the input on the PSU matters, i'll seek out a few candidates and list them here.
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Hi Burnin
Hows things coming along with the sample chips?
Hows things coming along with the sample chips?
Chinese people seem to be much faster lol, well I hope you are working hard man... GJ
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Status:
uplink chip interface - implementation done and verified
downlink chip interface - implementation done and verified
clock pll configuration - checked
nonce range division - checked
hash results - checked
glue chip interface and usb/can interface code together - work in progress
Hopefully that last step will be done when the prototype boards arrive.
(Scheduled for Friday)
Thank you very much, I am feeling very assured, even though I have no idea what you meant by all those things...
Finally a breakthrough today.
I got it running, tested my protocol implementation.
Congrats! Really like to hear more about the process, but that's for another day! I got it running, tested my protocol implementation.
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