The mandate follows observations that some motherboard manufacturers have been disabling Intel-specific features like Current Excursion Protection and ICCMax Unlimited Bit. These features are designed to maintain system stability and performance under peak loads. Intel asserts that maintaining these features is critical for optimal processor functionality and longevity.
Furthermore, Intel's guidelines specifically advise against exceeding the power limit values of PL1 and PL2, which are set at default limits. Exceeding these limits, as has been commonly practiced by some manufacturers to boost performance, can lead to potential instability and increased power consumption. Intel's stance is to enforce a more conservative power delivery approach by maintaining a maximum current of 400 amps through ICCMax to ensure reliable operation under various load conditions. The upcoming BIOS updates will not only reinstate these crucial features but will also align all LGA1700 motherboards to a common standard that respects Intel's power delivery recommendations. While these updates are based on unconfirmed reports from various sources including saraba1st.com and Igor's Lab, the consistency of the information across multiple outlets lends credibility to the developments. However, an official confirmation from Intel would provide definitive clarity on these updates.
This move by Intel is indicative of their commitment to ensuring a more stable and consistent performance across all platforms utilizing their processors. By centralizing the BIOS feature set, Intel aims to mitigate risks associated with varied power settings that can affect the overall system stability and user experience.
All motherboard manufacturers and system integrators are expected to comply with this directive by the specified deadline, ensuring that all 13th and 14th Gen Core i9 processor users benefit from improved system stability and performance consistency. This proactive approach by Intel is poised to enhance the reliability of their products, thus supporting the longevity and optimal performance of the processors in consumer systems.
Source: tomshardware