- Mar 7, 2008
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Intel is quite a clever company...
See Intel uses LGA1366 for high end next gen processor's and LGA1160 for Mid and low end processor's. Now if suppose you want to go from mid end to high end you have to change you M/B and processor if not the RAM, etc.
Price wise going from P55 to X58 would be heavy on your wallet let alone Havendale to Bloomfield... "I know you do gain a lot with x58 but at what cost |3 ch. RAM was a bust|"
If we were to see this in a reversed perspective going to a Havendale / Lynnfield for some features that Bloomfield did not have, you will have to buy a new M/B period.
If we look towards AMD they not only use the same socket "AM3" for high,mid and low end but also are backwards compatible with "AM2,AM2+"
For people who say that AMD cant touch the LGA1366 processes so the LGA1366 is above high end. But i am not talking about AMD's high end vs Intel's. I am talking offcourse about companies high,mid and low ends respectively...
See Intel uses LGA1366 for high end next gen processor's and LGA1160 for Mid and low end processor's. Now if suppose you want to go from mid end to high end you have to change you M/B and processor if not the RAM, etc.
Price wise going from P55 to X58 would be heavy on your wallet let alone Havendale to Bloomfield... "I know you do gain a lot with x58 but at what cost |3 ch. RAM was a bust|"
If we were to see this in a reversed perspective going to a Havendale / Lynnfield for some features that Bloomfield did not have, you will have to buy a new M/B period.
If we look towards AMD they not only use the same socket "AM3" for high,mid and low end but also are backwards compatible with "AM2,AM2+"
For people who say that AMD cant touch the LGA1366 processes so the LGA1366 is above high end. But i am not talking about AMD's high end vs Intel's. I am talking offcourse about companies high,mid and low ends respectively...