03-20-2015, 08:37 AM
and of course it's compiler dependent much more so then other architectures which grants many unique issues.
tbh i doubt Mill or Mill based architectures will ever get much quicker, they patented all of it off and aren't going to develop any systems themselves, meaning if you want to use their stuff not only will you have to pay for licencing and royalties but you'll have to engineer the product your self with very limited support.
The Mill architecture has it's ups and down just research about it and from it what you can.
but it's pretty much a CPU that's specialized in running with high PE count with many vering branches.
Would probably make for a killer Gaming CPUs if it was programed for and less compiler dependant.
tbh i doubt Mill or Mill based architectures will ever get much quicker, they patented all of it off and aren't going to develop any systems themselves, meaning if you want to use their stuff not only will you have to pay for licencing and royalties but you'll have to engineer the product your self with very limited support.
The Mill architecture has it's ups and down just research about it and from it what you can.
but it's pretty much a CPU that's specialized in running with high PE count with many vering branches.
Would probably make for a killer Gaming CPUs if it was programed for and less compiler dependant.