As you might know Nvidia is relying on its Nforce 2 chipset a lot in this quarter and it assumes it they will gain some profit even in this area competing with Via's just announced KT400 chipsets.
Jen Hsun was proud to say that Nvidia has the highest performance and feature DDR 400 chipset with the first industry support for 333 FSBs.
So yes, it's true, Athlon will eventually evolve to 333 MHZ FSB and will be able to stay in track for P4 533 MHz fight. To remind, you even the ancient SIS 735 chipset had support for FSB 333. We are not sure when AMD will introduce these chips but we reckon rather sooner than later. Nforce 2 will be very popular if the prices are targeted in the right area
The new computer, which will be based on 37 IBM eServer p690 systems using IBM's Power4 processor, will offer a peak performance of 5.8 teraflops, meaning it will be capable of making 5.8 trillion mathematical computations per second.
According to IBM, the boost in computing power will give researchers at ZAM 13 times more performance than they have available from their fastest system.
The new agreement is the latest in a string of supercomputer deals landed by IBM this year.
Indeed, thanks to research projects in biotechnology and to government spending, the adoption of supercomputers has grown, helping boost not only research but also the bottom lines of companies such as IBM, which build the machines.
Once the new supercomputer is built, it will become a part of Germany's grid of supercomputers and ultimately connect with Europe's supercomputing grid, IBM said.
Jen Hsun was proud to say that Nvidia has the highest performance and feature DDR 400 chipset with the first industry support for 333 FSBs.
So yes, it's true, Athlon will eventually evolve to 333 MHZ FSB and will be able to stay in track for P4 533 MHz fight. To remind, you even the ancient SIS 735 chipset had support for FSB 333. We are not sure when AMD will introduce these chips but we reckon rather sooner than later. Nforce 2 will be very popular if the prices are targeted in the right area
The new computer, which will be based on 37 IBM eServer p690 systems using IBM's Power4 processor, will offer a peak performance of 5.8 teraflops, meaning it will be capable of making 5.8 trillion mathematical computations per second.
According to IBM, the boost in computing power will give researchers at ZAM 13 times more performance than they have available from their fastest system.
The new agreement is the latest in a string of supercomputer deals landed by IBM this year.
Indeed, thanks to research projects in biotechnology and to government spending, the adoption of supercomputers has grown, helping boost not only research but also the bottom lines of companies such as IBM, which build the machines.
Once the new supercomputer is built, it will become a part of Germany's grid of supercomputers and ultimately connect with Europe's supercomputing grid, IBM said.