@flexmeister it would be nice if you would disclose what actions your golang binaries are taking as well. I haven't run them in a sandbox to see what they do yet, but being golang they're a little hard to disassemble.
...are the algorithms on-chip implemented in a way where they can be decoupled or reordered? This would be similar to how Baikal implemented their X11 chips and is what allows them to also support algorithms such as Quark, Qubit, Myr-Groestl, plain Groestl etc.
...The BK-X can do Groestl as well as Keccak, and can be overclocked (although not very much / it is unstable and I don't recommend it)
astraleureka would you care to share more of your knowledge on the X10? Were you contributing to the large jumps in Groestlcoin hash rate earlier in the year
![Wink](https://bitcointalk.org/Smileys/default/wink.gif)
? Any other algos you've found? How much of an overclock were you able to achieve?
Thanks for releasing the source, will check it out =)
I haven't been responsible for any large hashrate spikes, I don't even own any Baikal equipment personally. My experience is limited to disassembly of the sgminer binaries (mostly before cod3gen released their work) as well as the stm32 firmware. A friend of mine did make changes to their X10 with the advice I recommended - with watercooling, they were able to get Qubit up to about 14GH/s before stability issues.