ASRock, a renowned manufacturer of motherboards, has recently released new BIOS updates for its line of Z790 motherboards. The exciting news for owners of non-K 14th Gen Intel processors is that these updates allow for a considerable boost in performance. This development, known as the Current Excursion Power (CEP) setting, enables locked processors to surpass current limits, resulting in higher and sustained core clocks. According to ASRock, this enhancement can potentially lead to a substantial 10% improvement in overall processor performance.

While the BIOS update is currently only available for ASRock’s LGA 1700 motherboards, which feature 600 and 700-series chipsets, the company plans to extend support to its other models soon. This comprehensive update signifies ASRock’s commitment to delivering improved performance and user experience to a wider range of consumers. Other manufacturers are also expected to follow suit and release their own updates in the near future, providing users with even more options to enhance their system capabilities.

This BIOS update from ASRock is not the first time we have witnessed efforts to enhance the performance of locked CPUs. The company had previously introduced a feature called “Base Frequency Boost” for its LGA 1200 motherboards. By enabling higher PL1 power limits, non-K CPU users were able to achieve significantly higher long-term base clock frequencies. This latest feature for the 14th Gen processors appears to be a continuation of ASRock’s strategy in providing users with additional power and performance options, albeit in a slightly different manner.

Although the exact performance gains of this BIOS update can only be determined through comprehensive testing, it is reasonable to assume that the i9 14900, with its more stringent power constraints compared to the i9 14900K, may lead to even greater improvements. While specific benchmarks were not provided, ASRock showcased a tangible example using the i7 14700, boasting a 10% performance uplift in Cinebench R23. Thus, it is highly likely that users can expect notable performance enhancements across a variety of applications.

Before diving into the world of increased performance, it is crucial to consider a few factors. Firstly, adequate cooling is essential to handle the higher thermal power dissipation (TDP) that comes with increased clock frequencies. Users should ensure that their system’s cooling capabilities can handle the additional heat generated by the processor. Additionally, higher performance often leads to an increase in system power consumption. Therefore, users should be prepared for potential increases in their overall power usage.

One of the significant advantages of this BIOS update is that it allows owners of non-K 14th Gen processors to achieve performance levels typically associated with the more expensive K series processors. By unlocking additional potential, users can enjoy improved performance without the need to invest in a higher-priced CPU. This provides a cost-effective solution for those seeking enhanced capabilities within their budget.

ASRock’s recent BIOS update opens up exciting possibilities for non-K 14th Gen Intel processor owners to unlock the full potential of their CPUs. By bypassing current limits and enabling higher core clocks, users can experience significant performance gains. While further testing is required to determine the exact extent of these enhancements, the initial results showcased a promising 10% uplift in performance. With other motherboard manufacturers likely to follow suit, the future looks bright for those seeking improved performance on their non-K processors.

Hardware

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