Intel Core i9 14900KF breaks CPU frequency record by reaching 9.2GHz

Intel’s Core i9 14900KF has set a new world record for the highest CPU frequency ever recorded, reaching 9.206GHz under extreme cooling. The result was achieved by Chinese overclocker wytiwx, pushing Intel’s older Raptor Lake Refresh chip beyond the previous 9GHz barrier.

The Core i9 14900KF is not a new processor, but it remains one of Intel’s fastest desktop chips for extreme overclocking. It has 24 cores and 32 threads in its standard configuration, with 8 performance cores and 16 efficiency cores. It also includes 36MB of L3 cache, 32MB of L2 cache, and a stock boost clock of up to 6GHz.

For this record attempt, the chip was not running in its normal full core setup. Only 7 cores and 7 threads were enabled, which is common in extreme frequency records because fewer active cores can make it easier to reach much higher clocks.

The record was achieved using liquid nitrogen cooling, which allows processors to run at temperatures far below normal cooling limits. This kind of setup is not meant for daily use, gaming, or regular productivity. It is mainly used by competitive overclockers to test how far hardware can go under controlled conditions.

The new 9.206GHz result places the Core i9 14900KF at the top of the CPU frequency leaderboard. Only one other recorded result has crossed the 9GHz mark, a 9.117GHz run on the Core i9 14900KS. AMD’s highest frequency record, achieved with the FX 8370 at 8.722GHz, has now moved further down the rankings.

This record does not mean the Core i9 14900KF is faster than every modern CPU in real workloads. Frequency records focus on peak clock speed, not full system performance. Modern processors with better architectures, more efficient cores, and stronger multi core performance can still win in games and applications.

Still, the achievement is important for the overclocking community. Breaking 9.2GHz shows that Intel’s Raptor Lake silicon still has extreme frequency headroom when paired with the right motherboard, memory, cooling, and tuning. It also sets a new target for future chips and overclockers trying to push beyond today’s limits.