How to Choose a CPU with Integrated Graphics

What integrated graphics do in a PC

Integrated graphics places the GPU inside the processor, using system memory to drive a display instead of relying on a separate graphics card. This is how most everyday desktops and laptops handle display output, and it means the computer can show video without any add-in card.

In a gaming PC, integrated graphics can serve as a fallback display output, handle video playback and everyday apps, and, on many laptops, work alongside a discrete GPU. Windows 11 includes a feature called Cross Adapter Scan Out that lets a laptop send display through the integrated GPU while a discrete GPU does the demanding graphics work, lowering latency and improving responsiveness in supported games (Microsoft).

Choosing a CPU with integrated graphics is not wasted when a discrete card is present. The integrated output can power a second monitor or act as a backup if the discrete card cannot deliver a signal.

When a CPU with integrated graphics is useful

A desktop built without a discrete card yet can use integrated graphics right away for everyday computing and light play, then accept a discrete card later. This route is common in low-budget prebuilt systems and mini PCs where a full-size card may not fit.

For office work, web browsing, video playback, and other everyday tasks, integrated graphics fully handles the display. It is also the only graphics option on many small desktops.

Windows 11 expects a graphics solution compatible with DirectX 12 or later and a WDDM 2.0 driver (Microsoft). Before relying on integrated graphics alone, check the processor's spec sheet and the what to check before buying a prebuilt gaming PC guide for other compatibility points.

Reading an Intel processor name for integrated graphics

Intel uses suffixes to tell you what a processor includes. The F suffix means the processor requires a discrete graphics card and has no integrated graphics, so it should be avoided when you want an integrated display output (Intel).

Other desktop suffixes include K for unlocked high performance, KF for unlocked performance that still requires a discrete card, and T for power-optimized chips. The Core Ultra family divides into 5, 7, and 9 performance tiers, and the SKU number indicates the generation (Intel).

The spec sheet also lists a GPU name. On Intel Core Ultra Series 3 processors, that name may be Intel Graphics or the higher-tier Intel Arc B370 or B390 GPU (Intel). The Arc naming signals a more capable integrated graphics solution, while a plain Intel Graphics name points to a basic display engine.

The iGPU specs that matter

The GPU name on the processor spec sheet is the quickest indicator of what an integrated graphics solution can do. Higher-tier names such as Intel Arc B370 or B390 are positioned for more demanding graphics work, while basic Intel Graphics is aimed at everyday display tasks (Intel).

Intel Core Ultra Series 3 processors also vary in total cores, up to 16 cores, in Intel Smart Cache, up to 18 MB, and in max turbo frequency, up to 5 GHz (Intel). A stronger CPU lets the system handle heavier multitasking alongside the integrated graphics.

Some Core Ultra models include a neural processing unit for AI acceleration, and systems built on them can enable Copilot+ experiences (Intel). The full Copilot+ PC requirements also call for 16 GB of RAM and a 256 GB SSD (Microsoft).

Pairing integrated graphics with a discrete GPU

A discrete GPU brings its own memory and, on GeForce cards, a dedicated encoder called NVENC that offloads video encoding from the CPU during streaming and recording (NVIDIA). That matters if you plan to stream or capture your play from the same PC.

Even with a discrete GPU installed, integrated graphics is not useless. On gaming laptops, Windows 11's Cross Adapter Scan Out uses both GPUs together to lower latency and improve responsiveness in supported games (Microsoft).

On a desktop with a strong discrete card, the main reason to pick a CPU with integrated graphics is to keep a fallback display output and, on some models, an integrated video engine that can handle high-definition video playback (Intel).

Matching the CPU to the way you play

For a desktop that stays on integrated graphics, the tier of the GPU inside the CPU matters more than the CPU's core count. A Core Ultra model with Intel Arc B370 or B390 gives you a stronger integrated option, while a basic Intel Graphics name is enough for everyday desktop use (Intel).

For a desktop that will gain a discrete GPU later, the core count and cache of the CPU are what you should weigh, because the integrated graphics is only a temporary output. See what CPU is enough for gaming for guidance on those specs.

For a system that already has a discrete GPU, the integrated graphics is a secondary feature. The choice comes down to which processor family and socket fit the rest of the build, as covered in choosing between AMD and Intel.

What to pick for your play

Questions

Does a CPU with integrated graphics need a separate graphics card?

No. Integrated graphics can output video on its own. A separate card is only needed when the games you play demand more graphics power than the integrated solution provides.

What does the F suffix on an Intel processor mean?

It means the processor requires a discrete graphics card because it has no integrated graphics (Intel).

Is Intel Arc graphics different from Intel Graphics on Core Ultra processors?

Yes. On Intel Core Ultra Series 3, some models list Intel Graphics while others list Intel Arc B370 or B390 GPUs, which are higher-tier integrated graphics options (Intel).

Which Windows 11 graphics requirement matters for integrated graphics?

Windows 11 requires a graphics solution compatible with DirectX 12 or later with a WDDM 2.0 driver (Microsoft). Check the processor spec sheet to confirm compatibility.

Is integrated graphics useful in a PC that already has a discrete GPU?

Yes. It can serve as a fallback display output and, on gaming laptops, Windows 11's Cross Adapter Scan Out uses it alongside the discrete GPU to lower latency (Microsoft).

What are the Copilot+ PC requirements and how do they relate to integrated graphics?

A Copilot+ PC requires an NPU capable of more than 40 TOPS, 16 GB of RAM, and a 256 GB SSD (Microsoft). Some Core Ultra processors with an NPU can enable these experiences (Intel), but the integrated graphics alone is not the deciding factor.