Hi,
What is the best CPU/RAM combination for fast number crunching?
Is it worth holding out and waiting for the new AMD chips?
Is it worth waiting for DDR3?
I use software similar to Matlab. Lots of Floating Point calculations, and lots of communication between CPU and Memory. Multiple CPUs are not supported - so Quad Core is pointless.
Best bet now (I think): E6600 + 2Gb DDR2-800 low latency RAM.
One thing I don't understand about the memory is: If the FSB of E6600 is 1066MHz .. wouldn't 1066MHz memory provide the fastest match? I think that an Asus P5B deluxe mobo can be set to run at this speed.
However, considering that AMD are coming out with some dual cores using HyperTransport 3 later in the year - would it be worth holding out for them?
By the time AMD release these chips will Intel have any significant changes to their Dual core lineup?
I don't mind holding out a few months IF these new CPUs are going to be far better than what is available now for Floating Point and Memory performance. I don't want to regret my purchase just a few months down the track.
Joel
What is the best CPU/RAM combination for fast number crunching?
Is it worth holding out and waiting for the new AMD chips?
Is it worth waiting for DDR3?
I use software similar to Matlab. Lots of Floating Point calculations, and lots of communication between CPU and Memory. Multiple CPUs are not supported - so Quad Core is pointless.
Best bet now (I think): E6600 + 2Gb DDR2-800 low latency RAM.
One thing I don't understand about the memory is: If the FSB of E6600 is 1066MHz .. wouldn't 1066MHz memory provide the fastest match? I think that an Asus P5B deluxe mobo can be set to run at this speed.
However, considering that AMD are coming out with some dual cores using HyperTransport 3 later in the year - would it be worth holding out for them?
By the time AMD release these chips will Intel have any significant changes to their Dual core lineup?
I don't mind holding out a few months IF these new CPUs are going to be far better than what is available now for Floating Point and Memory performance. I don't want to regret my purchase just a few months down the track.
Joel