All articles tagged with #nova lake
Intel’s Razor Lake is reportedly slated to use TSMC’s enhanced N2X 2nm process to push higher frequencies, with hints that Intel’s big Last Level Cache (bLLC) will reach laptop SKUs and that the company may dual-source production similar to Nova Lake, though the exact split between TSMC and Intel Foundry and whether Nova Lake laptops will include bLLC remain uncertain.
Intel is reportedly moving the majority of Nova Lake's compute-tile production in-house, shifting from an initial plan to dual-source with TSMC on the 2 nm N2 node to an 80-90% in-house plan on the 18A node. The uptick in 18A yields—defect rates around 0.1-0.2 and fewer delays—lets Intel scale internal production. Current capacity is about 30,000 wafers per month across Fab 52 (Phoenix) and Hillsboro, enough for Panther Lake but likely needing more capacity for Nova Lake before its consumer launch.
Intel’s Nova Lake CPUs will reintroduce AVX-512 on client CPUs, enabling 512-bit vector instructions on both P-Cores and E-Cores via the AVX-10.2 ISA. This marks AVX-512’s return to consumer hardware after six years (last on Tiger Lake), with Intel reviving SMT on Coral Rapids Xeons as part of the same trend. AMD has offered AVX-512 on Zen 4/Zen 5, so the move helps Intel compete on performance for workloads that rely on wide vector ops, potentially delivering meaningful gains (reported up to about 43% vs standard AVX in some scenarios), though real-world results will vary by software and workload.
Rumors suggest Intel is lining up a Raptor Lake Next refresh (not officially confirmed) to launch alongside Nova Lake, targeting continued DDR4 support to meet demand as DDR5 remains pricey. The plan, reported by Tom's Hardware and circulated by industry insiders, would extend the current Raptor Lake Refresh strategy into early 2027, with unclear details on new SKUs or naming. The move aims to keep DDR4 motherboard production viable as users seek cheaper platforms.
Intel is set to unveil a broad Computex 2026 lineup: Arc G3 Extreme handhelds and Panther Lake/Core Ultra Series 3, Clearwater Forest Xeon 6+ CPUs built on the 18A process with RibbonFET, PowerVia, Foveros Direct3D, and EMIB 2.5D, Nova Lake CPUs that pair Xe3 and Xe3P iGPUs with up to 52 cores and 175W TDP, and continued Wildcat Lake laptops, with MSI, OneXPlayer, and Acer prepping Arc G3 handhelds.
Intel is reportedly developing a Nova Lake edge variant with 8 E-Cores (Arctic Wolf) and 12 Xe3P iGPU cores, using a BGA design for edge platforms. The lineup, part of the Core Ultra Series 4, is expected to offer multiple configurations for edge/entry-level Xeons, with a launch anticipated later this year and a Computex teaser possible.
A fresh Nova Lake leak outlines Intel’s desktop CPUs with unusually large total cache. The top SKU reportedly ships with more cache than AMD’s Ryzen 9 9950X3D2, and several variants are shown with big last‑level cache (bLLC) across multiple core counts; power draw rumors range from 125–175 W and launch timing remains uncertain as more leaks arrive.
Rumors suggest Intel’s Nova Lake desktop CPUs (Core Ultra 400S) with a mix of performance (P) and efficiency (E) cores, a rumored Big Last Level Cache (bLLC), and configurations ranging from 8 to 52 cores could finally threaten AMD’s high-end X3D gaming chips like the Ryzen 9900X3D/9950X3D. The lineup reportedly includes variants with different P/E core counts and cache sizes, potentially enabling competitive gaming performance at lower prices, building on Intel’s recent midrange Core Ultra 7 270K preview and suggesting a shift back toward aggressive gaming competition between Team Blue and Team Red.
Intel's Nova Lake processor line is delayed to after CES 2027, causing about a 2% drop in INTC shares. Some Nova Lake variants may release this year, but the full Nova Lake-S line won’t appear until CES 2027. Analysts maintain a Hold rating with roughly 11% upside to a target around $48.21, even as Oregon faces concerns about Intel's long-term impact in the Silicon Forest amid ongoing job cuts. The delay highlights ongoing supply-demand tightness in the chip industry amid AI-driven demand.
Intel is rumored to be developing new gaming-specific CPUs with advanced cache technology, similar to AMD's 3D V-Cache, in an effort to regain favor with gamers after recent setbacks and competition from AMD and Nvidia. These new chips, potentially part of the Nova Lake series, aim to improve gaming performance and restore goodwill among PC gamers.
Intel's CEO Lip-Bu Tan announced that the company plans to launch Nova Lake CPUs in late 2026 to bridge the high-end desktop CPU gap with AMD, with a focus on reintroducing SMT support in P-Cores on the server side through Coral Rapids, and emphasizes a strategic shift towards consolidating x86 CPUs and Xe GPUs, despite financial and market challenges.