Arr, ye scurvy dogs! The Intel Core i9-14900K CPU be leakin' and it be crushin' AMD's 7950X3D in many a game, aye!
2023-10-11
Avast ye! Be ye not thrilled by the news of Raptor Lake Refresh? The latest scuttlebutt 'bout this treasure may indeed cause a stir among the landlubbers, in certain regards!
Intel’s Core i9-14900K is the flagship CPU of the supposedly imminent Raptor Lake Refresh range, and a leaked slide detailing its gaming performance has surfaced. The slide compares the 14900K to AMD’s Ryzen 9 7950X3D across 25 PC games at 1080p resolution and high details. The 14900K comes out on top in 14 of the game benchmarks, with the 7950X3D winning in 10, and one game resulting in a draw. The biggest wins for Intel were in Metro Exodus and Starfield, both exhibiting 23% better performance than the AMD flagship. Overall, the 14900K was 2.5% faster than the Ryzen 9 7950X3D.However, there are some caveats to consider. The margin of victory may not seem significant, but it means Intel performs better in more games and has more notable wins. The configuration of the test PCs used is unknown, which could affect the results. Additionally, the Ryzen 7 7800X3D is a strong competitor to the 7950X3D, especially in terms of gaming performance and value. The 7800X3D is expected to be a tough customer to beat, especially considering its recent price cuts.
Despite these considerations, the leaked results paint a more compelling picture for the 14900K than expected. It could be a solid option for gamers looking for both excellent gaming performance and the ability to handle heavyweight tasks. The upcoming 14700K, rumored to have more cores, is also highly anticipated and could be a tempting upgrade option. Pricing for the 14700K and other Raptor Lake Refresh chips will be crucial in determining their competitiveness against Intel's previous generation and AMD's lineup.
Overall, the leaked slide suggests that the 14900K could be a strong contender in the gaming CPU market, but further testing and analysis will be needed to confirm its performance and value.