Nice but creating many cores on a FPGA is not that hard. The real hard part of a so-many core system is the memory behind it: many small independent memories, a large one with caches (coherent or not), a mix of these, etc ...
Oddly enough Wayne Tech purchased a case of these and they were lost in shipping. In other news, Batman has not been Spotted in Weeks But cyber crime is down 90% for the month in Gotham.
[citation][nom]ohseus[/nom]Interesting research. Of course Apple could put a 1,000 core chip in a machine and this board would still bitch about them.[/citation]
By the time Apple puts a 1000 cores in a computer, others will be shipping with 2000 cores at half the price. But hey, at least the case will be shiny.
By the time this kind of processor has become mainstream (if ever), Crysis will be one of the free games included with your pre-paid cell phone from the convenience store... along with a Tetris demo. You'll be able to run it while your phone is multi-tasking in the background.
Because no one has posted it yet... and it will undoubtedly be posted:
"...OVER 9000!"
But to the point, that is incredible, with that many cores its creeping on GPU territory. It would also be interesting to see a few 1k Core CPU's used to emulate parallel processing of a biological type (Like the human brain; a massively parallel processor)