Yes, newer CPUs can improve gaming performance by handling more complex tasks and supporting advanced graphics features.
Yes, newer CPUs can improve gaming performance by handling more complex tasks and supporting advanced graphics features.
Impressive 2fps variation—time to grab my microscope and check the details!
It's accurate that Intel's monolithic dies generally offered better stability compared to the Ryzen chiplet design, which often struggled with limited RAM bandwidth. However, the introduction of 3D caches has helped ease some of those issues. Still, the latest Intel Core 200 architecture appears to lag behind Ryzen in terms of consistency.
It's still clear that 1% lows are just 1% lows, and minor fps changes don't matter much if the variation is similar. Especially when they fall short of the average.
This likely stems from only eight game threads running. If Intel had used a 16+16 or even 12+16 configuration, they probably would have outperformed Zen 5 in both average and low scores. Instead, Intel made a mistake with the same generation, even dropping Adamantine for no clear reason. Perhaps the ARL laptop could be a better option. I don’t think the chiplet design is the issue—lower performance in earlier 7th to 11th gen models compared to their Zen rivals was already a problem, and the 12th generation addressed that. The jump from 66 to 76 frames per second (13600k vs 5600x) is more obvious than the jump from 120 to 144, you don’t need a microscope to see it—just your eyes.