2) eTVB Microcode algorithm which was allowing Intel® Core™ 13th and 14th Gen i9 desktop processors to operate at higher performance states even at high temperatures. a. Mitigation ...

Find out how we test here. The instability issue with the 13th—and 14th-generation processors isn’t surprising, and Intel has been working to fix it by deploying various microcode BIOS updates in ...

The company also announced it would be releasing a new microcode update to mitigate this flaw, and surprisingly, the new code is already appearing in new beta BIOSes from motherboard manufacturers.

In 2024, Intel has been heavily focused on addressing a significant issue affecting high-end Intel Core processors, particularly in desktop models from the 13th and 14th generations. These issues, ...

Since then, Intel has issued a total of four public statements addressing stability, each time getting closer to the Vmin shift issue within the CPU's microcode. The chipmaker then issued two ...

However, new Intel 13th/14th Gen buyers might need to fear no more because Intel's not only released a preventative fix in the form of a 0x129 microcode patch but has also just identified the root ...

By the summer, Intel had tracked down one root cause of the problems and had released a microcode update to resolve it: The CPUs were making “elevated voltage requests,” which could degrade ...

Intel has once again released a microcode update for the motherboard BIOS. With this move, the chip giant aims to prevent 13th and 14th generation desktop Raptor Lake processors from crashing and ...

Now, alongside the results of its lengthy investigation, Intel is also rolling out a second microcode update to hopefully put these issues to bed once and for all. The root of the problem ...

Intel has announced the deployment of microcode update 0x12B aimed at resolving the Vmin offset instability observed in its 13th and 14th series desktop processors, as they have now identified the ...