Intel Nova Lake Core Ultra 9 4995HX and 4970H Specs Point to Different Gaming Laptops

Intel’s reported Nova Lake mobile lineup appears to split its top-end Core Ultra 9 chips along a clear design line: the 4995HX puts its emphasis on CPU resources, while the 4970H combines fewer CPU cores with a larger integrated GPU. The figures attributed to leaker Jaykihn describe a 28-core HX model with two Xe3 GPU cores and a 16-core H model with 12 Xe3P GPU cores. If accurate, those configurations point to different priorities for laptops built around each chip.

The distinction matters to players because the processor name alone won’t tell the whole story. The 4995HX’s larger CPU configuration could make it a fit for systems that pair the chip with discrete graphics, while the 4970H’s reported GPU allocation suggests a stronger role for integrated graphics. Actual gaming performance will depend on the finished chips and the laptops that use them; the available figures don’t include clock speeds, power limits, benchmark results, or release timing.

Two configurations, two different balances

Jaykihn described the 4970H as a 4+8+4+12 configuration and the 4995HX as 8+16+4+2. In the article’s breakdown, those groups correspond to CPU core types followed by GPU core counts: the 4970H has four P-cores, eight E-cores, four LP-E cores and 12 Xe3P GPU cores; the 4995HX has eight P-cores, 16 E-cores, four LP-E cores and two Xe3 GPU cores.

4970H is 4+8+4+12 and 4995HX is 8+16+4+2, yes.

— Jaykihn (@jaykihn0) October 17, 2026

The HX model’s 28 total CPU cores include four LP-E cores, a new addition that the source says helps raise core counts over the preceding HX generation. Its two reported Xe3 GPU cores make the integrated graphics configuration comparatively modest. That may be a reasonable trade for a laptop designed around a separate graphics chip, but the specifications alone don’t establish how systems will be configured or perform.

The 4970H takes another route. Its 16 CPU cores match the total cited for its predecessor class, while its 12 GPU cores give integrated graphics a larger share of the configuration. The article identifies those graphics cores as Xe3P, a newer architecture than the Xe3 design named for the 4995HX. Whether the newer GPU architecture makes the 4970H a better gaming choice will depend on its speed and power use, neither of which is provided in the reported figures.

Nova Lake’s place in Intel’s mobile lineup

Nova Lake is described as the successor to two different mobile families. Nova Lake HX is set to follow Arrow Lake based Core Ultra 200HX processors, while Nova Lake H is positioned after Panther Lake based Core Ultra 300H chips. That gives the new family a broad role across high performance laptop designs, with the H and HX suffixes marking chips that differ substantially in their reported CPU and GPU allocations.

For HX, the proposed change combines more CPU cores with new P-core and E-core architectures, as well as the addition of LP-E cores. That offers several possible sources of improvement over the 200HX generation, but it doesn’t guarantee a particular performance increase. Clock speeds, power limits, cooling and the work being run will all shape what buyers see in a laptop. The small reported integrated GPU count also means that customers interested in demanding games should pay attention to the system’s separate graphics hardware.

The H series looks like a more direct architectural refresh. The 4970H’s reported CPU total does not exceed the 16 cores described for Panther Lake H, and the article frames its potential gains around the new CPU and GPU architectures. Better performance per clock, higher clock speeds or lower power use could each make a difference, but none is established by the core counts alone.

What laptop buyers should watch

The 4970H’s 12-core Xe3P GPU could make it an appealing option for gaming laptops that rely on integrated graphics, depending on how the architecture performs and how much power the chip can use. The 4995HX, meanwhile, appears better suited on paper to CPU heavy workloads and laptops with discrete graphics. These are design clues, not a verdict: performance comparisons will require tested systems and details that aren’t part of the report.

Intel’s Nova Lake mobile chips have not been fully detailed in the information provided here. The reported configurations offer a useful early look at how the company may distinguish H from HX, but buyers will need confirmed specifications, laptop designs and performance testing to judge the tradeoffs. For now, the clearest takeaway is that the H model pairs a larger integrated GPU with fewer CPU cores, while the HX model shifts its resources toward a much larger CPU count.

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