Intel’s upcoming Rocket Lake-S is no longer too far away, meaning leaks and performance numbers might perchance be anticipated within the speed as much as the open. For now, we’re getting to peer CPU-Z and Cinebench runs of what is presupposed to be a Rocket Lake-S engineering sample (ES) chip. We additionally salvage to peer the chip in flesh thanks to a leak from @9550pro.
In accordance with CPU-Z screenshots posted by @OneRaichu, the 8C/16T Rocket Lake-S sample might perchance presumably perchance also attain a enhance clock of 4.5 GHz when tested on the MSI Z490I Unify (MSI 7C77) motherboard. It collected a single-thread bag of 597.3 and a multi-thread bag of 5686.2. The OP additionally claims that this sample can attain 561 aspects in Cinebench R20 single and 5,214 aspects in Cinebench R20 multi while scoring 1,444 aspects in Cinebench R23 single.
A preliminary comparison of these ratings in opposition to the Ryzen 7 5800X and the Core i7-10700Sufficient reveals that AMD’s offering leads the Rocket Lake-S ES by 11% in CPU-Z single-core while the ES chip is easiest 4.5% sooner when in contrast to the Core i7-10700Sufficient. The Ryzen 7 5800X is additionally 11% sooner than Rocket Lake-S ES in Cinebench R20 single whereas the latter leads the Core i7-10700Sufficient by 8%.
Issues birth to salvage provocative in multi-core wherein the Ryzen 7 5800X unsurprisingly leads by 19% in CPU-Z. Truly, even the Core i7-10700Sufficient has a itsy-bitsy edge over this particular ES piece on this benchmark. A identical 17% lead is considered for the Ryzen 7 5800X in Cinebench R20 over the Rocket Lake-S ES. Here, the ES does manage to drag off a 4.82% lead over the Core i7-10700Sufficient.
While these preliminary results appear to show easiest nominal enhancements over Comet Lake, one can occupy to be aware that the frequencies of ES chips are locked, which prevents them from reaching increased boosts.
@OneRaichu additionally alludes to the possibility of a Core i9-11900Sufficient reaching over 5 GHz enhance and as much as 700 aspects in CPU-Z single, however further knowledge is still below wraps for now.
