Xmr-Stak devs Psychosript and FireiceUk noticed that FPGA's always seem to fork no matter the algo change. So they created an algo that basicly reduced hashrate to a multiplyer of teraflop performance of the hardware. This makes FPGA's not have an advantage over other mining hardware. Decentraling the pools by pushing all known pools hash rate away. The speed of floating point precision is what creates such a great algo. Gpu's are like floating point asics so to speak. FPGA waste diespace making a bitstream capable of handling needed calculations resulting in them making a bitstream that cost about the same in electricity and equality of a gpu.
Please add Cn-GPU to the CPU portion of your miner and also create your own CN-GPU compatible mining kernel for the Gpu's as the ALGO Is GPL on the gpu's and your miner is closed source
Cn-Gpu
Xmr-Stak devs Psychosript and FireiceUk noticed that FPGA's always seem to fork no matter the algo change. So they created an algo that basicly reduced hashrate to a multiplyer of teraflop performance of the hardware. This makes FPGA's not have an advantage over other mining hardware. Decentraling the pools by pushing all known pools hash rate away. The speed of floating point precision is what creates such a great algo. Gpu's are like floating point asics so to speak. FPGA waste diespace making a bitstream capable of handling needed calculations resulting in them making a bitstream that cost about the same in electricity and equality of a gpu.
Please add Cn-GPU to the CPU portion of your miner and also create your own CN-GPU compatible mining kernel for the Gpu's as the ALGO Is GPL on the gpu's and your miner is closed source