Each chip has one core that runs at 250 to 300Mhz, 1 hash per hz.
Do the ASIC chips only have a single core which runs at 300MHz?
I don't know. You should probably post a thread about it.
Topic: How many cores on the avalon asic chip (Read 1668 times)
Do the ASIC chips only have a single core which runs at 300MHz?
I don't know. You should probably post a thread about it.
Each chip has one core that runs at 250 to 300Mhz, 1 hash per hz.
Do the ASIC chips only have a single core which runs at 300MHz?
I don't think you know how pipelining works.
Yep, you're right.
I just realized after having read THIS excellent thread... Each chip has one core that runs at 250 to 300Mhz, 1 hash per hz.
No! To get through the SHA256 pipeline you need at least 66 clock-cycles! And this is excluding all other delays, loading/extracting the data etc... Unless you know something I don't!
I don't think you know how pipelining works.
Each chip has one core that runs at 250 to 300Mhz, 1 hash per hz.
EDIT: Yep, I obviously didn't know better...
Each chip has one core that runs at 250 to 300Mhz, 1 hash per hz.
I dont have an avalon.
I would like an explanation as to what simple thing I am overlooking.
I would like an explanation as to what simple thing I am overlooking.
Fail.......
send me your Avalon and I will send you a maths book and a link to the bitcoin WIKI
send me your Avalon and I will send you a maths book and a link to the bitcoin WIKI
Im trying to understand how these things work.
We got 80 chips per module, each module producing at least 20 g/hash
so each chip is 250 mh/s
250,000,000 hashes per second
And a hash is 512 bytes (Right?)
Im getting 128 Gbit per second per chip in throughput (term?)
This seems like a lot
Am i doing something way wrong?
We got 80 chips per module, each module producing at least 20 g/hash
so each chip is 250 mh/s
250,000,000 hashes per second
And a hash is 512 bytes (Right?)
Im getting 128 Gbit per second per chip in throughput (term?)
This seems like a lot
Am i doing something way wrong?
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