AMD Lures IBM Veteran to Lead Chip Design
Rob writes "Computer Business Review is reporting that Advanced Micro Devices yesterday said it had hired Jeff VerHeul away from IBM to
lead the direction of AMD's future silicon design. VerHeul's most recent post during his
25-year stint at IBM was head of engineering and technology services. Now, he will lead
the development of all future AMD computing products, including silicon roadmap design
across all AMD's engineering sites worldwide."
Who else is waiting for the next slashdot story
"ex-IBM Engineer sued for violating non compete agreement"
this must mean that AMD will switch to PowerPC!!!
Hopefully this will give nex-gen AMD chips a fresh design and hopefully push them to a significant majority over Intel. I've always personally favoured AMD chips, simply because they're damn good value, and efficient.
I'll subscribe to Slashdot when I see a month without a dupe, a typo, or an article the "editors" didn't read.
Do you think AMD has been out-innovating IBM because all of IBM's engineers are stupid? Do you think its the fault of this one man?
Their strategy is simple: Hire the best they can find.
The Cell's core CPU is a PowerPC processor. And the PPC is a very good chip - the problem is that IBM decided that it should focus on Power5 and Cell, and neglected the G5 (and had some scaling issue, IIRC). The G5 wouldn't sell nearly as many units as Cell does, and the Power5 probably has a high margin (and is for their own server products). Again, IIRC, IBM tried to sell Apple on the Cell (so they could continue to fulfill their obligations to Apple without keeping up the G5), but Apple felt that the Cell wasn't really a good choice for general-purpose computing.
Let's face it, there hasn't been a major breakthrough in chip design since Lays produced their first prototype of the "crinkle cut".
Athletic Scholarships to universities make as much sense as academic scholarships to sports teams.
Athlon wins the prize for brute CPU power, but the real strength of PowerPC is that IBM can design custom chips based on combining PowerPC cores with additional processing elements. This technology is behind Deep Blue, Blue Gene, the PS3, and the Xbox 360.
This kind of chip is hard to program for, but can deliver unbeatable performance per dollar, square centimeter and watt when software is codesigned with the hardware.
AMD and Intel are going in this direction with dual-core, but IBM is already way ahead. For instance, BlueGene is based on a special chip that has two PowerPC cores with an incoherent cache (tricky to program but cheap and fast) and adds an enhanced vector processing unit. IBM is a leader in higher-end SoC solutions (really, anything that gets power from the wallplug instead of a battery.) Lower-power applications are using MIPS and ARM cores instead...
Hopefully this will give nex-gen AMD chips a fresh design and hopefully push them to a significant majority over Intel.
This will not happen. Intel's marketing prowess is much better than its competition. What would scare Intel (and the others) is a revolutionary new chip that solves a major problem in the industry. Consider that all processor architectures are based on and optimized for the algorithm, a custom started by a guy named Babbage more than 150 years ago. Progress has only been incremental since.
A really new architecture should abandon the algorithmic model and adopt a non-algorithmic, signal-based synchronous software model. It would revolutionize computing and solve the nastiest problem in the computer industry: software unreliability.
But we cannot expect big companies like Intel, AMD and IBM to be truly innovative. Their approach is evolutionary, not revolutionary. Hopefully a bright upstart will get the message and make a killing while the behemoths are busy fighting each other for market share. They won't know what hit them until it is too late.
The message is that there is a solution to the software reliability crisis. The disadvantage is that it will require a radical change in both processor architecture and software construction methodology. But the advantage is too good to ignore: 100% software reliability! Guaranteed!