Intel’s Nova Lake-S adds 22-core chips with massive cache boost
Intel is preparing a significant upgrade for gamers with its next-gen Nova Lake-S desktop processors, now rumored to include two new 22-core Core Ultra 5 SKUs featuring an aggressive big Last Level Cache (bLLC) configuration. According to leaker Jaykihn, these chips aim to deliver a performance leap in gaming by integrating up to 144MB of cache on a single tile, directly competing with AMD’s X3D series.
A cache-focused midrange strategy
The new SKUs follow Intel’s reported introduction of bLLC across its Nova Lake lineup, a move seen as a direct response to AMD’s success with stacked cache in gaming workloads. Both chips reportedly feature a 22-core setup composed of 6 Performance-cores (P-Cores), 12 Efficiency-cores (E-Cores), and 4 Low-Power Efficiency-cores (LP-E-cores). One variant is an unlocked 125W part, while the other is a locked 65W model, offering flexibility for different system configurations without other differences between them.
Expanding the Nova Lake ecosystem
Nova Lake-S is shaping up to be one of Intel’s most diverse desktop CPU families, with multiple SKUs spanning from 6 to 44 cores and varying TDP levels. Dual-tile variants with up to 288MB of cache are also rumored, though likely reserved for high-end models. The inclusion of bLLC in midrange chips like the Core Ultra 5 suggests Intel is prioritizing gaming performance in non-K-series parts, a notable shift from earlier expectations that such features would be limited to unlocked processors.
With a CES 2027 announcement reportedly on the horizon, Intel’s Nova Lake-S lineup could redefine desktop CPU competition—if supply chain challenges don’t delay the rollout. The expanded cache strategy underscores Intel’s focus on delivering tangible gaming benefits across its portfolio, not just at the top end.
Source: Tom's Hardware. AI-assisted editorial synthesis — TechnoExpress.