Intel has finally identified the cause of instability issues affecting its 13th and 14th Gen CPUs, attributing it to both excessive voltage and oxidation. However, Intel’s statement on the matter is confusing, with conflicting information regarding the extent and connection between these two problems, leaving users with unanswered questions.
Intel has addressed instability issues plaguing its 13th-gen and 14th-gen CPUs, citing improper voltage requests within the CPU microcode. However, Gamer’s Nexus reveals a deeper problem involving a manufacturing defect causing oxidation within some CPUs, which Intel has not fully acknowledged. This defect is not fixable through a microcode update, raising concerns about Intel’s handling of returns and the impact on users.
An Australian VFX studio, ModelFarm, has announced it is switching to AMD Ryzen CPUs after experiencing a 50% failure rate with Intel Core i9 13900K and 14900K processors. This follows a string of reports of instability and crashing issues with Intel’s flagship chips, prompting many to move to AMD. The move highlights the growing concerns surrounding Intel’s recent CPU releases.
AMD’s upcoming EPYC 9755 ‘Turin’ CPU, powered by Zen 5 architecture, has been leaked. It boasts an impressive 128 cores and 256 threads, coupled with a massive 650MB cache. This powerhouse processor is expected to launch later this year, potentially revolutionizing server performance.
Intel’s upcoming Arrow Lake processors are set to launch in late 2024, introducing a new architecture, process node, and potential changes to long-standing features. While performance improvements are anticipated, the introduction of Bartlett Lake, a low-power alternative, and the potential removal of Hyperthreading mark a shift in Intel’s strategy.
Following reports of Intel’s Raptor Lake desktop CPUs crashing under load, issues have now emerged with their mobile counterparts. Reports suggest that Intel’s 13th- and 14th-gen Raptor Lake laptop CPUs are experiencing instability and crashes, although less frequently than their desktop counterparts. This situation raises concerns about the reliability of Intel’s high-end processors and highlights the challenges of developing both powerful and stable technology.
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Intel’s 13th and 14th-gen CPUs are causing widespread crashes and instability, impacting gamers, data centers, and game studios. Alderon Games, the studio behind Path of Titans, has publicly declared a nearly 100% failure rate with these CPUs and is switching all its servers to AMD. The issue has also impacted data centers with high maintenance costs and a game developer reporting potential losses of over $100,000 due to player churn. Intel has yet to provide a comprehensive fix, leaving customers with limited options and raising concerns about the company’s response to the ongoing problem.
Intel has announced the discontinuation of several processors, including the Core i9-12900KS, a special edition CPU released just over two years ago. This move marks the end of Intel’s 10th-gen lineup and its 14nm era. Despite the discontinuation, the Core i9-12900KS is currently available at a significantly discounted price, making it a tempting option for budget-conscious gamers and enthusiasts. However, with the discontinuation looming, the price is likely to rise in the future.
AMD’s upcoming Ryzen 9000 CPUs could feature a new overclocking tool called Curve Shaper, an enhancement to the existing Curve Optimizer. This feature promises to optimize performance across a wider temperature range, potentially boosting gaming performance and undervolting capabilities.
