you'd have to write a solver for this special hardware, which may see your performance disappear. double precision is usually required for N-S solvers. accounti

you'd have to write a solver for this special hardware, which may see your performance disappear. double precision is usually required for N-S solvers. accounting for errors means injecting noise and averaging (probably) over multiple iterations. to get 64 bits of precision where only 16 bits are available would be.. tricky. that said, with 1M PEs on a chip.. i'd definitely give it a go. source: GPU+CFD are my thing. edit: seems there is even less than 16 bits of precision available..