Halo juga Om 
Btw nama Authornya sama dengan yg saya sebutin diatas (senseless). Dan kemungkinan developernya emang satu sumber (maybe).
Source : https://fpga.guide/en/algorithms-lyra2z/
Dan untuk update terbaru seperti yang telah senseless sebutkan di thread ALLMINE INC - FPGA Cryptominer bahwa hash untuk lyra2z telah bisa tembus 41 Mh/s dengan daya 225Watt
UPDATE:
We achieved 41Mh/s at 225W of power usage on Lyra2z today. The board operated for approximately 20 minutes before shutdown occurred. As reported by whitefire and others, the BMC disables the board when temperature exceeds configured shutdown temperatures. We were operating on a completely unmodified VCU-1525; it has no upgraded cooling or components like the BCU-1525 will have. We are confident enough in the hashrate now to report 40Mh/s as the shipped hashrate for lyra2z. There is still some room for some improvement and we may be able to achieve up to 60Mh/s.
Btw nama Authornya sama dengan yg saya sebutin diatas (senseless). Dan kemungkinan developernya emang satu sumber (maybe)
. Quote from: https://fpga.guide/en/algorithms-lyra2z/
Dan untuk update terbaru seperti yang telah senseless sebutkan di thread ALLMINE INC - FPGA Cryptominer bahwa hash untuk lyra2z telah bisa tembus 41 Mh/s dengan daya 225Watt
UPDATE:
We achieved 41Mh/s at 225W of power usage on Lyra2z today. The board operated for approximately 20 minutes before shutdown occurred. As reported by whitefire and others, the BMC disables the board when temperature exceeds configured shutdown temperatures. We were operating on a completely unmodified VCU-1525; it has no upgraded cooling or components like the BCU-1525 will have. We are confident enough in the hashrate now to report 40Mh/s as the shipped hashrate for lyra2z. There is still some room for some improvement and we may be able to achieve up to 60Mh/s.
wih ngeri, mau dikembangin lagi.