Intel is shaking things up once again with the introduction of a new socket for their upcoming Nova Lake processors. While the socket itself has changed, the size remains the same, which means your trusty CPU cooler won’t need replacing. This change, spotted in the latest shipping manifest, reveals the LGA 1954 socket will keep the familiar 45 x 37.5 mm dimensions of its predecessors, the LGA 1851 and LGA 1700.
This consistency offers a sigh of relief for PC builders who can save on cooling costs, even though a motherboard upgrade will be necessary. The new LGA 1954 motherboards are expected to align with the 900 series, while the Nova Lake CPUs will likely be branded under the Core Ultra 400S series. This shift helps keep Intel’s naming convention fresh and avoids confusion with the mobile chips set for the Core Ultra 300 series.
Intel’s Nova Lake is set to redefine the desktop CPU landscape with its groundbreaking hybrid architecture. It promises to be the first mainstream processor to boast over 50 cores. The flagship model is expected to feature a mix of up to 16 Coyote Cove P-Cores, 32 Arctic Wolf E-Cores, and 4 LPE-Cores, totaling a staggering 52 cores. This is more than double the core count of the current Core Ultra 9 285K from the Arrow Lake generation.
Expect these powerful processors to leverage Intel’s advanced 14A process node alongside TSMC’s 2nm technology for certain components. There’s also speculation about the introduction of X3D processors, thanks to Intel’s readiness with the 18A-PT node for the next level of 3DIC designs. This move positions Intel to fiercely compete with AMD’s X3D offerings, aiming to outshine with the addition of 3D Cache chiplets.
Anticipate the unveiling of Nova Lake next year, with Panther Lake chips to follow in late 2025. Keep an eye on these developments as Intel continues to push the boundaries of processing power.
