Topic: Other purposes for ASIC hardware. (Read 9387 times)

Now that I got my Avalon mini up and running, I think I found another use. You could strap a couple of these on an airplane and take off. They really throw out some air. In addition, while the chips are probably no good, there are a few things salvageable on it, like the PSU. I'm sure the aluminum case could be repurposed somehow. And the WR703N could be turned into a PirateBox. Worst comes to worst, they will be worth significantly less, but not absolutely worthless. 

Not gonna happen with sha256 asics, sadly

Yes, find a way to put in some memory to let it work on Scrypt mining

i'm sure the steady lights on the eruptors will scare the shit out of would be robbers. Set the sticks power connected to a sound detection device and turn them on and you'll see the robbers running as fast as they can 

Uses for ASIC miners:

Foot warmers for old people
Building material for 3rd world houses (gotta be stronger than the mud they use)
Self funding ventilation fans (for now)
Warning siren (BFL)
Pet drying equipment.
Mincing Equ. (BFL)
Arsonist kit (BFL)
Wedding gift (after Diff rises)

if we could up the voltage on the usb sticks we could get them hot enough to cook some cute square little eggs

blub I know HF has released their protocol doc and IIRC Avalon has as well.  I got to run so I can't find a link right now but they are out there.

The ASICs are "simple".  The high level "mining" is done on the general purpose host and the ASICs as really SHA-2 hashing engines.  It varies from design to design but generally speaking the ASIC is sent get a "blob" of binary data (block header) and a target.  The ASIC takes the header, adds the nonce, hashes it checks if it is less than the target and keeps incrementing the nonce until it finds a solution which it returns. 

The one issue with high output PRNG is that the SHA-2 processors throw away all the hashes which don't meet the target.   Even if the target is set a difficulty 1 that means that only 1 in 2^32 hashes will be below the target and returned.   So take HF 400 GH/s processor.   Even with a target for difficulty 1 it only returns ~ 4 solutions per second at higher difficulty it is even less.  This is done to reduce he need for high bandwidth connectivity between the host and the processors.

I don't believe any ASIC processor can be instructed to return solutions which are less than diff 1.  In theory it could be done but I doubt any designer assumed anyone would want to as in Bitcoin the min difficulty is hardcoded at 1 regardless of network hashrate.

has anyone here seen an asic instruction set?
is it realy just "Take that block and mine until you find it" or is it something like
"take that bitstream, and sha256 it", with the rest of the calculation done in software on general purpose hadware?

Generally you want as little calculations done on the asic as possible, so it would be plausible that at least some of the asics work like this.
What certainly not done is only the sha256 on the external hardware and the rest on the host pc, as usb isn't fast enough for any asic flooding it with numbers (A block eruptor would create 10GB per second)

Which woudl make it a perfect PRNG for scientific computing, provided some realy fast bus(maybe on a processor socket in a multi cpu setup) and provided the sha256 output realy has good randomness

You left out
5) Boat anchor
6) Book end

5) Educational tool for school to learn about Bitcoin / Altcoin with.

Donate a few to me we'd love to have a few of them in the classroom.

Drying meat is also a good idea.

Nothing, ASIC is designed for mining and nothing else...

You could use the sha256(sha256(x))-function as a pseudo random number generator if you need ... lot's of pseudo random numbers

Uses for obsolete ASIC hardware (hint ASIC = Application SPECIFIC Integrated Circuit = "it only does one thing")
1) Stepping Stool
2) Door stop
3) Paperweight for a really big stack of papers
4) Improvised Blunt force weapon

Opencl brute forcing. Also maybe some algorithm for file compression maybe? It would be great having 1 TH/s power to zip a 10GB file into 5-7GB.

You can still mine alt and alts....

I don't know a whole lot about how all of this cryptography stuff works. But would a distributed computing project in the future be able to be built around the idea that bitcoin mining could be used to contribute to it? In other words, if the hardware isn't good for anything else out there now, could something be developed that would make them useful again?

It seems like someone will come up with another use for them otherwise it just feels like a waist of resources.

bitcoin use SHA256 twice. It is worthless for any other use than bruteforcing SHA256(SHA256())

A block is a bunch of transactions + junk that we bruteforce to get a SHA256 Hash of the SHA256 Hash that has enough leading ZEROs to achieve the required difficulty.

You cannot bruteforce SHA256 with it ...

try offering your SHA256 services to NSA