which is the most parallel of the following 3:
multi core cpus (like sandy bridge), rops, cuda cores?
i'm asking because i forgot, but one of the smartest people ive ever been pm'd by said that the problem with today's architectures is that they are not radically parallel enough and that we wouldn't need hardware functions if they were.
he was talking about fpgas being parallel but that something even more parallel can and should be done and also said that being more parallel than that would blur the wall between hardwired functions vs doing things in software.
people here know that i favor doing away with hardware blending and hardware depth because they aren't versatile. and i definitely think it can be done without a net disadvantage now that someone told me that architectures can be made radically parallel to blur the wall.
im sorry if this was in the wrong forum or if i misunderstood what he said.
multi core cpus (like sandy bridge), rops, cuda cores?
i'm asking because i forgot, but one of the smartest people ive ever been pm'd by said that the problem with today's architectures is that they are not radically parallel enough and that we wouldn't need hardware functions if they were.
he was talking about fpgas being parallel but that something even more parallel can and should be done and also said that being more parallel than that would blur the wall between hardwired functions vs doing things in software.
people here know that i favor doing away with hardware blending and hardware depth because they aren't versatile. and i definitely think it can be done without a net disadvantage now that someone told me that architectures can be made radically parallel to blur the wall.
im sorry if this was in the wrong forum or if i misunderstood what he said.
