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It is a fail. Going from 32 to 22 nm should increase maximum clock speeds and reduce temperatures, but neither of those have happened.
*Looks at the Core/Core 2 series*
If I remember correctly the original Core series was able to take higher voltages and higher speeds than the Core 2 series.
This is just a dieshrink everyone, the architecture is still pretty much the same as SB, just on a smaller process. It is a "Tick" after all. Haswell, the next "Tock", should be the one that brings real gains to the CPU performance as it's a new architecture that should bring the best out of 22nm.
It's hardly a fail, for everyone but Overclockers it has nothing but advantages over the generation it replaces. Enthusiasts are such a small portion of the market anyway.
If I remember correctly the original Core series was able to take higher voltages and higher speeds than the Core 2 series.
*Looks at the Core/Core 2 series*
If I remember correctly the original Core series was able to take higher voltages and higher speeds than the Core 2 series.
This is just a dieshrink everyone, the architecture is still pretty much the same as SB, just on a smaller process. It is a "Tick" after all. Haswell, the next "Tock", should be the one that brings real gains to the CPU performance as it's a new architecture that should bring the best out of 22nm.
For people like me who aren't throwing on high overclocks right from the get-go, having a chip that is cooler and a bit faster at stock than an equiv. SB, that can potentially be overclocked moderately later on down the line is great (especially as I have an ancient machine right now). Not a fail really, unless you are just getting the CPU to OC straight away.
It's not so much a fail more of a "meh" if you need to buy a new cpu and IB is cheaper than SB it makes sense, at the same price it depends if you value overclocking or power efficiency and if IB is cheaper (as it should be according to Anandtech) then it's pretty much a no brainer.
It's not like Bulldozer (lets not go there!) but it will be interesting to see how the process matures I'm beginning to wonder if we have started to hit the limit of the process miniaturization.