TSMC was recently reported to have extended its global lead against Samsung in the fourth quarter of 2024, with the Taiwanese semiconductor giant holding a 67.1 percent market share in the foundry business. The Korean giant displayed some progress with its 2nm GAA node as its trial production run secured a 30 percent yield, but according to the latest rumor, the company could be back to square, at least when its cutting-edge 1.4nm process is concerned. One tipster claims that Samsung

Apple’s move to ARM-based M-series chipsets not only meant that it would have greater control over the hardware but also to reduce reliance on Intel, a company that was displaying next to no progress on making its processors more efficient to the point that it could not be used in the more compact machines. The transition to the Apple Silicon encouraged the production of the current-generation Mac Studio, and when armed with the M3 Ultra, it delivers unrivaled performance while running exceptionally cool. In fact,

The quest to mass manufacture its first ARM-based PC chipset has been met with various obstacles, but Huawei appears to have made meaningful progress in this area as it looks to reduce dependency on companies like Intel and Microsoft by delivering its first in-house solution for a multitude of products. Previously, we reported that the company’s custom SoC would feature Kunpeng-920 cores and tout DeepSeek integration. According to the latest leak, the silicon will be called the X90, with no information about

Gigabyte officially introduces the Z890 AORUS Tachyon ICE motherboard, which helped overclockers achieve insanely high memory speeds with Intel Core Ultra Series 2 processors. Monster Memory Overclocker- Z890 AORUS Tachyon ICE Silently Released; Previously Pushed Memory to 12,726 MT/s One of the strongest memory overclockers from Gigabyte has just been released. If you remember, overclockers like HiCookie have been trying to break the 12000 MT/s barrier for quite some time and many used Gigabyte Z

The GNU C Library's tanh hyperbolic function is now 4~14% faster on modern Intel and AMD CPUs with the FMA instruction support for fused multiply-add operations...