Intel To Ship 48-Core Test Systems To Researchers
MojoKid writes "Just when you thought your 6-core chip was the fastest processor on the planet, Intel announces plans to ship systems equipped with an experimental 48-core CPU to a handful of lucky researchers sometime by the end of the second quarter. The 48 cores are arranged with multiple connect points in a serial mesh network to transfer data between cores. Each core also has on-chip buffers to instantly exchange data in parallel across all cores. According to Sean Koehl, technology evangelist with Intel Labs, the chip only draws between 25 and 125 watts."
Can you imagine a *Beowulf cluster* of these things!? Think about the possibilities!
Nobodies Prefect
Tidbits for Techs Technology Blog
maybe that's what bill gates meant when he said 640K should be enough... K as in Core .. it was a spelling mistake;)
Never antropomorphize computers, they do not like that
3DFX, so powerful it's kind of ridiculous.
http://www.youtube.com/watch?v=DmaYH1F6kho
http://www.youtube.com/watch?v=ldiYYJNnQUk
http://www.youtube.com/watch?v=o72T8qQr7GE
Great ad campaign.
No sig for you. YOU GET NO SIG!
Hi,
I'm an engineer at Intel and we are looking for a few more candidates to test our 48-core chips. Your scientific computing project sounds like a perfect fit for our trial. Please contact me (see my account info for my email address) and we'll get you in the program.
Cheers!
Mainframe, VAX, Supercomputer had Multiprocessing at the time?
No
Intel actually developed the first multi-core CPU and multi-processor systems at the behest of Steve Jobs as a condition for migrating OSX to the x86 platform. Further, it is speculated on good authority that Jobs personally headed up a crack engineering team sent to Intel expressly for the purpose of transitioning their fabs from the netburst to the core architecture. Seriously, study and learn.
Posted anonymously from my iPad at the Starbucks in Cupertino. You know the one.
That's not a particularly auspicious name for a chip. I'd assume that a "Bangalore" CPU would promise that it could get the work done twice as fast for half as much money due to "parallel architecture" - but you'd launch a program, only to discover that it actually took 10x as long, every instruction needed to be told *exactly* what to do, and the results were so full of errors that it took an additional non-Bangalore CPU working full time just to get things right.