Originally posted by: sangyup81
$314 for the 2.8ghz? That's not what Intel promised....
Originally posted by: RichUK
Interestinglol
WOW .. the price diff between the 3.0 Ghz and he EE at 3.2, is massive .. what is the spec differnece between the two, is it just Ht and the speed binning
Originally posted by: Kensai
I'll be sure to buy one when I'm cold.
Originally posted by: Soldier
a thousand bucks to replace my S754 board, cpu, memory and video card for a 3Ghz machine that will get destroyed in gaming by that same system...no thanks. Think I'll wait for x2 and only spend 600 or so.
I have been wondering about this.... If the pin-out is indeed different on the Pentium D / 945P and 955X, how would the 5XX and 6XX series processors be compatible? (Which they are)
EDIT: I have also read that DFI has a BIOS release for their i865PE LGA775 board that includes the following changes:
Major Reasons of Change:
1. Added C1E BIOS control.
2. Support EM64T CPU.
3. Support Dual Core CPU.
4. Enhance the support of SATA/SATAII HDDs.
Originally posted by: Nacelle
Will a Pentium D work on any socket 775 board? Or just the ones that come up in the search for D boards?
Originally posted by: rise4310
Originally posted by: Soldier
a thousand bucks to replace my S754 board, cpu, memory and video card for a 3Ghz machine that will get destroyed in gaming by that same system...no thanks. Think I'll wait for x2 and only spend 600 or so.
i may be wrong, but i thought i saw the 820 typically crushes the 3500+ in games?
not that i'm getting one and not that its fair comparing dual vs single core....
Originally posted by: Nacelle
Will a Pentium D work on any socket 775 board? Or just the ones that come up in the search for D boards?
One pretty interesting piece of information emerged from the R&D labs is that the 875P/865 chipsets can support Intel dual-core processors with just a BIOS flash. It has been tested and running well so far as we have learned. However, 925/915 series may poise a problem and a circuitry re-wiring on the PCB might be needed to support dual-core.

 
				
		