Intel has finally identified the root cause of the CPU instability issues that have been affecting some 13th and 14th generation processors. The company stated that the elevated operating voltage, caused by a microcode algorithm, is the main culprit behind the problems. This discovery comes after months of users experiencing random instability issues with their CPUs.
While Intel has pinpointed the elevated voltage as the primary cause, they are continuing their investigation to address all reported scenarios of instability. The company plans to release a microcode patch in August to rectify the issue of exposure to elevated voltages. These patches are usually incorporated into UEFI updates from motherboard manufacturers.
In response to customer concerns and high-profile reports of instability, Intel is committed to resolving the issue and has encouraged customers experiencing problems to reach out to Intel Customer Support for assistance. The company aims to deliver the update to partners by mid-August, following thorough validation.
Despite recent allegations and speculations regarding oxidation problems in Intel CPUs, the company clarified that the manufacturing issue was addressed in 2023 and only a small number of instability reports are related to this. Additionally, Intel denied claims that the instability problems extend to laptops, stating that the issues are limited to desktop chips.
For users worried about their CPUs, YouTuber Robeytech has collaborated with Intel and PC system integrators to provide methods to mitigate and identify the issues. Updating to the latest UEFI is recommended, along with adjusting critical motherboard settings to prevent further damage.
Overall, Intel’s announcement regarding the CPU instability issues and the upcoming fix aims to reassure customers and provide a solution to the long-standing problem. With the commitment to customer satisfaction and ongoing investigation, Intel is working towards resolving the issues and ensuring the stability of their processors for all users.
