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In-Depth Review of Two i9-14900KS Processors: Investigating the Causes of Instability and Solutions

Liu Yun Wed, May 29 2024 08:54 AM EST

I. Introduction: The Troubled Journey of the i9-14900KS

This is Intel's final desktop processor using the Intel 7 process technology, and perhaps the most tumultuous flagship gaming processor in years!

We received the i9-14900KS as early as March, but due to various reasons, it is only today that we are able to present this review article. Se8930b49-6f19-4bf3-af8c-93a55aeb0333.png The i9-14900KS is similar to the i9-14900K in specifications, with the core code name Raptor Lake-S Refresh. It features an upgraded Intel 7 process technology, 8 P-Cores and 16 E-Cores, totaling 24 cores and 32 threads, with 32MB L2 cache and 36MB L3 cache.

All of the above is identical to the i9-14900K, with the difference being that the P-Core boost frequency has been increased from 6.0GHz to 6.2GHz, and the all-core frequency has seen a significant boost from 5.7GHz to 5.9GHz. It sets new frequency records for both single-core and multi-core performance in desktop consumer processors.

It's worth noting that the i9-13900K only has a boost frequency of 5.8GHz, while the i9-14900KS boasts an even higher all-core frequency.

However, sometimes things can go awry with Intel's overly aggressive frequency boosts, leading to instability in some scenarios for many i9-14900KS processors with weaker builds.

We have conducted extensive testing, gained valuable insights and tips, hoping to provide some assistance to everyone. Sa501afbe-3d91-4010-a2d4-5fb64b2eb36d.jpg