I have a system based on the Epox 8K3A+ that I have been using for about two years. My CPU died (I believe because of prolonged high operating temperature - I was negligent about keeping the fans working and dust free) and I am looking to replace it. I cannot simply get a newer motherboard because all my data (some of it important) is on a raid array connected to the onboard HPT370/2 controller.
I am looking to buy a replacement for my dead XP 2100+. I was hoping to get a faster processor, but availability of Thoroughbred core chips seems low, since Barton is the new thing. Unfortunately, this board is a KT333 board and does not support Barton. The official CPU support list from Epox (updated in 2002) says it supports Athlon XP "T-Bred" 333MHz 2600+, but the main product page for the board lists 266 as the supported FSB. So I have two questions:
1) Does this board, with the KT333 chipset, support 333MHz FSB?
2) If so, will the T-Bred 2700+ work on it? Newegg isn't selling the 2600+, so 2700+ is it, but that is above the max spec on Epox's list. Since the list is so old, I was hoping it might be wrong, but I'm worried the board might not have a high enough multiplier or something for the faster chip.
That was a lot of "ifs".
I am looking to buy a replacement for my dead XP 2100+. I was hoping to get a faster processor, but availability of Thoroughbred core chips seems low, since Barton is the new thing. Unfortunately, this board is a KT333 board and does not support Barton. The official CPU support list from Epox (updated in 2002) says it supports Athlon XP "T-Bred" 333MHz 2600+, but the main product page for the board lists 266 as the supported FSB. So I have two questions:
1) Does this board, with the KT333 chipset, support 333MHz FSB?
2) If so, will the T-Bred 2700+ work on it? Newegg isn't selling the 2600+, so 2700+ is it, but that is above the max spec on Epox's list. Since the list is so old, I was hoping it might be wrong, but I'm worried the board might not have a high enough multiplier or something for the faster chip.
That was a lot of "ifs".