I put up a small article on bcoinnews.com about the Chili
Oh and I got mine because I live less than 5 miles from Chipgeek
If only all bitcoin hardware was this nice
Topic: The Chili – 30+GH/s BFL based Bitcoin Miner Assembly - page 62. (Read 138054 times)
When dealing with small operation like this, lower your expectation and expect some delay. It's prob couple of guys doing testing, packing and shipping as fast as they can.
has anyone had theirs shipped yet? Looking forward to it and sure hope get it this week w/ overnight shipping 
People in the thread have indicated they have gotten their shipments... I am guessing these are the folks that bought many units though. It probably easier to do the boxes of 20 before the onesie-twosies.
I'm guessing those boxes of 20 are from the assembly house, not the ones going out to customers. But what do I know.
In that case its even easier to send out to the large buyers... pre made shipping containers!
has anyone had theirs shipped yet? Looking forward to it and sure hope get it this week w/ overnight shipping
People in the thread have indicated they have gotten their shipments... I am guessing these are the folks that bought many units though. It probably easier to do the boxes of 20 before the onesie-twosies.
I'm guessing those boxes of 20 are from the assembly house, not the ones going out to customers. But what do I know.
has anyone had theirs shipped yet? Looking forward to it and sure hope get it this week w/ overnight shipping
People in the thread have indicated they have gotten their shipments... I am guessing these are the folks that bought many units though. It probably easier to do the boxes of 20 before the onesie-twosies.
Spent the morning helping Bargraphics get his first Chilis going.
The firmware is not currently compatible with BFL devices, though I'm sure ChipGeek will at least fix the simple differences in an update.
In the meantime, I've pushed a workaround to BFGMiner git.
The firmware is not currently compatible with BFL devices, though I'm sure ChipGeek will at least fix the simple differences in an update.
In the meantime, I've pushed a workaround to BFGMiner git.
Code:
BFL 3: 71.0°C │ 34.35/33.91/31.49Gh/s │ A: 326 R: 2+0(.08%) HW:324/6.1%
Thanks for the work Luke
has anyone had theirs shipped yet? Looking forward to it and sure hope get it this week w/ overnight shipping
Gaahhhh, cant wait to get my Chilis :-)
How is the shipping looking?
How is the shipping looking?
Spent the morning helping Bargraphics get his first Chilis going.
The firmware is not currently compatible with BFL devices, though I'm sure ChipGeek will at least fix the simple differences in an update.
In the meantime, I've pushed a workaround to BFGMiner git.
The firmware is not currently compatible with BFL devices, though I'm sure ChipGeek will at least fix the simple differences in an update.
In the meantime, I've pushed a workaround to BFGMiner git.
Code:
BFL 3: 71.0°C │ 34.35/33.91/31.49Gh/s │ A: 326 R: 2+0(.08%) HW:324/6.1%
What is the Jadig?
I don't have not looked
Zadig
Cgminer
Zadig
Cgminer
nice
watt per board
which drivers i must install?
and which programm for mining
watt per board
which drivers i must install?
and which programm for mining
Yes 36GH
on fire watt?
36 gh per board?
36 gh per board?
I have a bunch more to assemble, but this one fired up at 36 ~
i can not see photo
please tell me hashing speed per board
please tell me hashing speed per board
The first picture - temp 1 is a single- the second is the Chili that stays 20c cooler
Does anyone from forum really test the Board to tell us the real hashing speed and real watt per board?
How is the hashing speed of board
How much watt per board per 8 chips?
How much watt per board per 8 chips?
At the moment the firmware goes for the maximum hashrate allowed for the cooling solution provided. Colder - faster hashrate. In the future, we'll release a new firmware that will further support underclocking to reduce power.
As a couple of data points - in production we're using a TIM that is not very good but is very durable and Chili slows itself down to keep from overheating. This gives around 20GH/s and under 150W. But with a good TIM, we routinely are getting over 30GH/s and more than 150W. Of course we cannot guarantee that speed for all boards, but it seems possible on the few we've tested. Keeping the chips cool will get more hashrate.
As a couple of data points - in production we're using a TIM that is not very good but is very durable and Chili slows itself down to keep from overheating. This gives around 20GH/s and under 150W. But with a good TIM, we routinely are getting over 30GH/s and more than 150W. Of course we cannot guarantee that speed for all boards, but it seems possible on the few we've tested. Keeping the chips cool will get more hashrate.
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