The core has a huge overclocking potential with a new technical process, when the heat dissipation in the chip itself is finalized, now no coolers can help. Pros below: It doesn't heat up at standard frequencies, well, at all :) 22 nm all the same :) When working at 4200 - 4500 Mhz - no glitches were noticed, the temperature is within the normal range of 40 C-50 C. Like a stone in the new must be system. Cons: When overclocking from 4500 to 4700, for example, the temperature jumps sharply from 40 C to 70 C - 80 C. The air cooler (well, a very good copper Zalman) does not have time to remove heat, it will probably work correctly with dropsy and at 5 Mhz. To change Sandry Bridge to Ivy Bridge - the stone is damp.
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