US 
Intel Core Ultra Explained
Intel Core Ultra is the biggest change to Intel's processor branding in over a decade — it dropped the "i" and added an on-chip NPU for AI. This guide covers what it is, how the naming works, and where it fits in industrial computing.
Intel Core Ultra is the biggest change to Intel’s processor branding in over a decade. Introduced in 2023, it dropped the familiar “i” from Core i5 and i7 and added an on-chip NPU for AI — and for industrial computing it brings hardware AI acceleration to the x86 platform. This guide explains what Core Ultra is, how the naming works, and where it fits.
What Core Ultra Is
Core Ultra is Intel’s premium Core line, sitting above the standard Core 3, 5 and 7. The headline change is architectural: a tiled (chiplet) design that combines performance and efficiency CPU cores with an integrated GPU and, for the first time across the line, a dedicated NPU for AI inference. The “i” is gone — it is Core Ultra 5, 7 and 9 — and the generation is given as a Series rather than a single number.
What Core Ultra adds
The change is more than a rename — the platform brings four things that matter for embedded and edge use.
On-chip NPU
A dedicated neural processing unit runs AI inference efficiently on the chip, without a discrete GPU — quoted in TOPS.
Tiled (chiplet) design
Separate tiles for compute, graphics and I/O let Intel mix process nodes and scale the design.
Hybrid P + E cores
Performance and efficiency cores share the workload for better throughput per watt.
Improved efficiency
Better performance per watt than the previous generation — useful in fanless and compact systems.
Series 1 and Series 2
Core Ultra uses Series naming. Series 1 (Meteor Lake) launched the line on mobile and introduced the NPU. Series 2 — the 200-series — covers Arrow Lake (200S, desktop) and Lunar Lake (200V, mobile), with a stronger NPU. Because the name no longer carries a simple generation digit, check the exact series and model on Intel ARK.
Core Ultra for Industrial and Edge AI
For industrial systems, Core Ultra brings on-device AI to the familiar x86 platform — running vision, inference or analytics on the NPU while the CPU handles control and the integrated GPU drives the display, all without a discrete graphics card. With embedded variants and long-life options appearing, it suits modern industrial PCs and edge-AI nodes that need AI acceleration alongside x86 software compatibility. See our guide to NPUs for what that accelerator does.
Where This Fits
Core Ultra is the current high-performance choice across our Intel industrial computers. For how it sits against the rest of the landscape, see our guide to CPU generations and embedded processors, or our comparison of x86 vs Arm. Tell us the workload and we will recommend the right platform.
Specifying a Core Ultra System?
Tell us the workload — including any AI inference — and the environment, and we will recommend a Core Ultra or other industrial platform to suit.