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และ 7740K
First there is the Core i7 7740K . It has 8 MB of L3, with a base frequency of 4.30 GHz (100 MHz more than the Core i7 7700K) at the price of a significantly higher TDP (> 100W against 91W). The Turbo frequency is not known, but should logically be 4.60 GHz.
One of the other sample was renamed Core i5 7640K . At first glance, this is also a speed bump from the Core i5 7600K: Quad Core, 6MB L3, 4.0 GHz base frequency for the 3.8 GHz against 7640K for 7600K. On the TDP side, it would also climb above the 100W. But there is much more interesting: the Core i5 7640K would have active SMT (Hyper-threading), a first for a Core i5 Desktop. This modification profoundly upsets the segmentation of the different "Core". Until now, the Core i5 differentiated itself from the Core i7 by the absence of Hyper-threading.
แปลโดยอากู๋
https://www.cpchardware.com/intel-pr...poste-a-ryzen/
First there is the Core i7 7740K . It has 8 MB of L3, with a base frequency of 4.30 GHz (100 MHz more than the Core i7 7700K) at the price of a significantly higher TDP (> 100W against 91W). The Turbo frequency is not known, but should logically be 4.60 GHz.
One of the other sample was renamed Core i5 7640K . At first glance, this is also a speed bump from the Core i5 7600K: Quad Core, 6MB L3, 4.0 GHz base frequency for the 3.8 GHz against 7640K for 7600K. On the TDP side, it would also climb above the 100W. But there is much more interesting: the Core i5 7640K would have active SMT (Hyper-threading), a first for a Core i5 Desktop. This modification profoundly upsets the segmentation of the different "Core". Until now, the Core i5 differentiated itself from the Core i7 by the absence of Hyper-threading.
แปลโดยอากู๋
https://www.cpchardware.com/intel-pr...poste-a-ryzen/
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