Intel Nova Lake Gaming Performance Claims and Early Benchmark Data
Intel plans to introduce its new Nova Lake desktop processor generation in early 2027, according to hardware leaks and internal documents. Haze also points to a performance increase of roughly 15 percent driven by Intel’s Advanced Performance Extensions (APX) based on Intel slides, alongside an improvement in pure single-thread performance of 8 percent without bLLC (big Last Level Cache) and 17 percent with bLLC. pcgameshardware.de reported that these figures rely on internal estimates rather than independent benchmarks. Videocardz subsequently obtained internal Intel performance projections from August that detail configurations for two 28-core Nova Lake-S processors.
The standard 28-core Nova Lake-S processor configured with a 285-watt power limit may deliver up to 16 percent higher gaming performance than the current Core Ultra 9 285K running at 250 watts. A separate DS configuration with 28 cores operating at 296 watts could push that gaming performance gain to 33 percent. Both estimates draw from Intel’s internal gaming index.
PassMark Database Entries for Pre-Series 28-Core Samples
Early benchmark scores for pre-series Nova Lake-S processors have surfaced in the public PassMark PerformanceTest 11.1 database under generic processor names, as GameStar detailed. Submissions from September feature a 28-core processor hitting up to 5,210 points in the single-thread test, with a second submission reaching 5,191 points. That score edges past the Core Ultra 9 285K at 5,059 points and the Ryzen 9 9950X3D at 4,805 points, as well as the Core i9-14900KF at 4,635 points, marking advantages of roughly three percent over the 285K, eight percent over the Ryzen chip, and twelve percent over the 14900KF. The 28-core chip achieves overall scores between 60,964 and 61,509 points, trailing the Core Ultra 9 285K score of 67,274 points and the Ryzen 9 9950X3D score of 72,065 points in overall metrics, though it stays ahead of the Core i9-14900KF score of 58,074 points with an overall gap ranging from roughly nine to 15 percent.
Intel Nova Lake claims:- Raw single-thread +8% (non-BLLC) / +17% (BLLC)- APX ~15%, overall gaming ~20% according to the slides- Intel APX doubles the general-purpose registers pic.twitter.com/2BsZtWqs7F
ComputerBase analyzed these pre-series results by examining instructions per gigahertz, estimating that Nova Lake holds a 15 percent single-thread advantage over Arrow Lake at a reported 4.8 GHz turbo clock, alongside a 29 percent advantage over Ryzen CPUs evaluated using the manufacturer’s maximum specified turbo clock. Submissions found via the Manage Baselines feature in PassMark PerformanceTest 11.1 for a processor named Intel 0000 include an 8-core sample running as an embedded platform with a 4.8 GHz turbo speed, positioning itself at 5,085 points slightly ahead of the 285K in single-thread workloads while its overall scores stretch between 9,004 and 23,478 points due to varying test conditions and developmental states. Other 8-core samples without listed turbo speeds landed significantly lower due to varying test conditions and developmental states.
Expected Launch Windows and Mobile Core Ultra 400 Series Lineup
Market introduction for the initial wave of Nova Lake-S desktop processors is scheduled between late January and March 2027, as GameStar outlined, with BFC versions featuring ample additional cache positioned as an answer to AMD’s X3D processors arriving from the middle of the first quarter of 2027 onward. Die zugehörigen K-Modelle sollen im Anschluss bis April folgen, während die kleineren 16- und 8-Kern-Modelle zwischen Ende März und Mai geplant seien. Mobile processors under the Core Ultra 400 family have also surfaced through leaks from user Jaykihn, as tweekpc.de reported. That mobile lineup includes the 28-core Core Ultra 9 4995HX flagship featuring eight Coyote Cove performance cores, 16 Arctic Wolf efficiency cores, and four low-power efficiency cores designed for systems with dedicated graphics, while notebook solutions scaling up to 52-core processors for the high-end desktop are planned later in the year.
Compute-Tile Dimensions
The compute-tile surface area for the new processors is specified at 14.8 by 6.6 millimeters, totaling approximately 97.7 square millimeters.
