Intel Prepares Nova Lake-S CPUs with 22 Cores and Enhanced Cache for Gaming
Intel is gearing up to launch two new "Nova Lake-S" desktop processors, according to reliable industry sources. These upcoming CPUs, part of the Core Ultra 5 400S series, are designed with a 22-core configuration and feature Intel’s advanced big Last Level Cache (bLLC) technology. The new models are aimed at delivering high performance for mid-range gaming PCs, leveraging architectural innovations to compete directly with AMD’s leading gaming processors.
Nova Lake-S Core Architecture and Specifications
The Nova Lake-S CPUs will each include a combination of 6 high-performance "Coyote Cove" P-Cores, 12 efficient "Arctic Wolf" E-Cores, and 4 low-power LPE-Cores, all integrated on a single compute die. This balanced core design is tailored to handle demanding gaming workloads and multitasking scenarios, providing both raw compute power and energy efficiency.
One of the standout features of these processors is the addition of 108 MB of big Last Level Cache. This substantial cache boost is engineered to reduce latency and enhance gaming performance, mirroring the strategy seen in AMD’s Ryzen X3D series, which currently dominates gaming benchmarks. By increasing the cache size, Intel aims to deliver smoother gameplay and faster response times in latency-sensitive applications.
Model Variants and Power Profiles
Intel is developing two variants of the Nova Lake-S 22-core CPUs. The first is an unlocked model with a 125 W TDP, belonging to the "K" series known for overclocking capabilities. The second is a standard version with a 65 W base TDP, offering a more power-efficient option for mainstream users. Both models are expected to provide significant improvements in gaming and productivity tasks, thanks to the combination of next-generation cores and expanded cache.
Platform Advancements: Z9x0 and LGA-1954 Socket
The Nova Lake-S processors will debut on Intel’s upcoming Z9x0 platform, which is set to support up to 52 cores in a single LGA-1954 socket. Early reports indicate that the platform may feature a PL2 power draw of up to 474 W, a notable increase that reflects the workstation-level core counts now entering the consumer desktop market.
The LGA-1954 socket itself has been redesigned with a 2-lever independent loading mechanism (ILM), a feature typically reserved for high-end desktop (HEDT) CPUs. With nearly 2,000 pins, this robust socket design is essential for supporting the increased power and connectivity demands of the new processors.
Release Timeline and Industry Impact
The first Nova Lake-S CPU SKUs are expected to launch within the next few months. As the release date approaches, more details and performance benchmarks are likely to emerge, offering further insight into how Intel’s latest architecture will shape the future of gaming and high-performance computing.
