Intel Nova Lake-S could deliver up to 33% faster gaming

Intel estimates for its upcoming Nova Lake-S desktop processors suggest significant gaming improvements over the current Core Ultra 9 285K. According to internal projections from an August 2026 presentation, a 28-core Nova Lake-S configuration at a 285W PL1 power limit could be up to 16% faster in games than the 250W Core Ultra 9 285K. A 28-core DS configuration with a 296W limit is projected to be up to 33% faster. These estimates involve different power limits and memory speeds, as Nova Lake-S is paired with DDR5-8000 MT/s while the 285K uses DDR5-6400 MT/s.

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Hardware leaker Haze2K1 claims Nova Lake could provide a 20% overall gaming gain. This leak suggests single-thread performance could increase by 8% without base-level cache (bLLC) and up to 17% with it. Haze2K1 also claims Intel Advanced Performance Extensions (APX) could add roughly 15% performance to compatible workloads. APX increases general purpose registers from 16 to 32 in 64-bit mode, though software must be compiled to use the extra registers.

A leaked 28-core configuration reportedly contains eight P-cores, 16 E-cores, and four low-power E-cores. Preliminary PassMark results for a Nova Lake-S sample showed 5,210 points in single-threaded testing and 61,509 points in multi-threaded testing. For comparison, the Core Ultra 9 285K scored 5,059 points in single-threaded and 67,274 points in multi-threaded tests. Such synthetic results fail to confirm actual gaming capabilities, while test hardware may not match retail units. Market arrival for Nova Lake-S is anticipated during early 2027.