Hello!
I've been looking at putting together a new (Intel P4) system, and am having some confusion about processors. It looks like the 2.8 Mhz CPU's are going to be the best overall deal for me, but there are (at least) 4 versions of them
I'm assuming I really want the 800Mhz System Bus over the 533Mhz, bringing the decision down to the 2.8C and 2.8E.
My analysis between E and C is as follows (please correct my logic is faulty or incomplete):
- E has a 1MB Cache, C only has a 512MB cache
- E and C have extremely similar performance levels
- E uses a newer 90nm process
- E has a few (13) new CPU instructions
- E runs much hotter than C
- E and C are basically available for the same price
Neither performance nor price is really a factor between the two, and since C runs much cooler than E, then C is a better choice.
The 90nm process doesn't really translate into any benefit for me, the consumer (although it will allow for Intel to produce more CPU's in the future - which doesn't fit into this equation), and the new instructions are of dubious value since the performance isn't much improved by them.
I hope I brainworked this out correctly
What do you think?
I've been looking at putting together a new (Intel P4) system, and am having some confusion about processors. It looks like the 2.8 Mhz CPU's are going to be the best overall deal for me, but there are (at least) 4 versions of them

My analysis between E and C is as follows (please correct my logic is faulty or incomplete):
- E has a 1MB Cache, C only has a 512MB cache
- E and C have extremely similar performance levels
- E uses a newer 90nm process
- E has a few (13) new CPU instructions
- E runs much hotter than C
- E and C are basically available for the same price
Neither performance nor price is really a factor between the two, and since C runs much cooler than E, then C is a better choice.
The 90nm process doesn't really translate into any benefit for me, the consumer (although it will allow for Intel to produce more CPU's in the future - which doesn't fit into this equation), and the new instructions are of dubious value since the performance isn't much improved by them.
I hope I brainworked this out correctly
