Intel's new update will prevent Raptor Lake CPUs from crashing
Intel has announced a new microcode update, specifically designed for its 13th and 14th Gen Raptor Lake processors. This update aims to prevent potential permanent damage that could lead to system crashes. The microcode update, labeled as 0x12B, is being distributed to motherboard manufacturers as a preventive measure against one of the primary causes of such damage.
Update targets power consumption issues
The new microcode update from Intel specifically addresses an issue where the CPU may demand excessive power while in idle mode or performing light tasks. Overvoltage can lead to premature aging of a chip, potentially causing permanent damage and system crashes. This update is designed to regulate power consumption and prevent such scenarios from occurring.
BIOS updates to incorporate Intel's microcode fix
Intel has indicated that it could take several weeks for motherboard manufacturers to validate and implement BIOS updates incorporating this new microcode fix. Despite the potential delay, users are advised not to postpone updating their systems. Previous BIOS updates have included two prior Intel microcode fixes aimed at preventing damage, along with new power settings that could further mitigate risk.
Intel offers extended warranty for affected chips
For users experiencing system crashes due to faulty chips, Intel recommends returning the chip either to them or their PC system provider. These chips are covered under Intel's special extended warranty. However, the company has not yet disclosed how many Raptor Lake chips have been impacted by these and other potential instability issues.
Laptop chips unaffected by voltage issue
In late August, Intel categorically stated that its laptop chips are not affected by the voltage issue or other known causes of Raptor Lake desktop chip instability. This announcement came despite scattered reports suggesting similar behavior in Raptor Lake laptop chips. The company's assertion aims to assure users of the stability and reliability of their laptop processors.
