Unfortunate news for overclockers looking to save a bit of money on their next custom build, Intel is officially launching an update that will halt all overclocking of non-K Skylake CPUs. Rolling out as a microcode update, overclockers won’t be able to increase the bclock setting on an non-K processor and increase the speed of the chip. Previously ideal for PC builders on a budget, non-K processors cost significantly less than more expensive Intel processors such as the Core i7 6700K.

Releasing a statement to PC World about the shift, an Intel representative said “Intel regularly issues updates for our processors which our partners voluntarily incorporate into their BIOS. The latest update provided to partners includes, among other things, code that aligns with the position that we do not recommend overclocking processors that have not been designed to do so. Additionally, Intel does not warranty the operation of the processor beyond its specifications.”

Of course, current non-K processor owners can skip this update by avoiding any bios updates to the motherboard within their custom build. At least one manufacturer is already rolling out the update that shuts down the overclocking loophole. More motherboard manufacturers are likely to follow in the coming weeks.

While a variety of negative effects could impact the life of a non-K processor that’s significantly overclocked, the elimination of a cheaper overclocking option will push users back to more expensive supported chips as well as increase the number of users that purchase a protection plan on the CPU. Since the official Intel warranty doesn’t cover damage by overclocking, Intel sells a “Performance Tuning Protection Plan” on i5 and i7 processors ranging from $20 to $35 depending on the model.

Related Posts

New study shows AI isn’t ready for office work

A reality check for the "replacement" theory

Google Research suggests AI models like DeepSeek exhibit collective intelligence patterns

The paper, published on arXiv with the evocative title Reasoning Models Generate Societies of Thought, posits that these models don't merely compute; they implicitly simulate a "multi-agent" interaction. Imagine a boardroom full of experts tossing ideas around, challenging each other's assumptions, and looking at a problem from different angles before finally agreeing on the best answer. That is essentially what is happening inside the code. The researchers found that these models exhibit "perspective diversity," meaning they generate conflicting viewpoints and work to resolve them internally, much like a team of colleagues debating a strategy to find the best path forward.

Microsoft tells you to uninstall the latest Windows 11 update

https://twitter.com/hapico0109/status/2013480169840001437?s=20