Comment Re:That's it? (Score 1) 67
He also has no clue about ASICs, lets take a look at this line: "Nor do they offer the ability to split processing duties into parallel tasks,"
If there is one thing you can do on an ASIC, it's parallelisation. Application specific cores are small, very small, standard multi-project wafer run technologies have a good number of metal layers so routing isn't too problematic, etc. So you can actually fit a whole lot of cores on a small silicon area in a modern technology. The main issue is the cost of the hardware designer, EEs sufficiently skilled in HDL to take on such a large project are an expensive commodity.
If there is one thing you can do on an ASIC, it's parallelisation. Application specific cores are small, very small, standard multi-project wafer run technologies have a good number of metal layers so routing isn't too problematic, etc. So you can actually fit a whole lot of cores on a small silicon area in a modern technology. The main issue is the cost of the hardware designer, EEs sufficiently skilled in HDL to take on such a large project are an expensive commodity.