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Looks like a preview of Sandy Bridge. We now know the non K-models get no overclocking basically, a suspicion from a while back. Fortunately though they got it up to 4.7 GHz air when they could adjust the multiplier. What is unfortunate though is that BD appears to only be 5-10% faster clock for clock, and leaning closer to the 5. However, people also have to take something into account. SB is 32nm and Nehalem/Lynnfield on 45nm. While thats nice and all for power consumption, also how we should look at "clock for clock. The i7 2600K stocks at 3.4 GHz, and will OC on air, to say a max of 4.7-4.8 GHz. i7 875K stocks at 2.93 GHz, and will hit 4.1-4.3 on air, generously. This means the i7 2600K is at about 70% of its max frequency, and the 875K is at almost exactly 70% of its max frequency as well. So considering overclocking, "clock for clock" would almost be like comparing the 875 K at 2.93 GHz, and the i7 2600K at 3.4 GHz, so stock speeds. Anandtech's review showed this 15% clock speed increase yield just that, 15% more performance. That added on to the 5% IPC gains, and you have this 2600K beat a i7 930/920/950/860/875K by around 20% "clock for clock". Id also like to see more benchmarks on the IGP
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Looks like a preview of Sandy Bridge. We now know the non K-models get no overclocking basically, a suspicion from a while back. Fortunately though they got it up to 4.7 GHz air when they could adjust the multiplier. What is unfortunate though is that BD appears to only be 5-10% faster clock for clock, and leaning closer to the 5. However, people also have to take something into account. SB is 32nm and Nehalem/Lynnfield on 45nm. While thats nice and all for power consumption, also how we should look at "clock for clock. The i7 2600K stocks at 3.4 GHz, and will OC on air, to say a max of 4.7-4.8 GHz. i7 875K stocks at 2.93 GHz, and will hit 4.1-4.3 on air, generously. This means the i7 2600K is at about 70% of its max frequency, and the 875K is at almost exactly 70% of its max frequency as well. So considering overclocking, "clock for clock" would almost be like comparing the 875 K at 2.93 GHz, and the i7 2600K at 3.4 GHz, so stock speeds. Anandtech's review showed this 15% clock speed increase yield just that, 15% more performance. That added on to the 5% IPC gains, and you have this 2600K beat a i7 930/920/950/860/875K by around 20% "clock for clock". Id also like to see more benchmarks on the IGP