Best Laptops With Integrated Graphics 2026: 7 Picks by Chip

The best laptops with integrated graphics in 2026 are the ones built around AMD’s Radeon 890M or Intel’s Arc 140V, because those two iGPUs run light games at 1080p, drive external monitors and handle photo or video work without a separate graphics card. Of the two, AMD’s Ryzen AI 9 HX 370 with the Radeon 890M is generally the faster option for graphics, according to Notebookcheck, which describes the 890M as 15 to 30 percent faster than the Radeon 780M and 680M that preceded it. Intel’s Arc 140V in Lunar Lake laptops gives up some raw speed in exchange for very good battery life, and Apple’s M4 sits in its own class with a graphics unit that shares memory with the processor.

Integrated graphics are not just a budget compromise. They save weight, cut power use and remove a heat source, which is why most ultrabooks use them. The key is to match the chip to what you actually do, and to buy the right memory configuration, since an integrated GPU uses system RAM as its video memory.

Our top picks

Top pickLenovo Business 15.6" FHD Laptop

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Also greatLenovo V15 Laptop

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Also greatLenovo 15.6" FHD Essential Laptop

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Also greatLenovo Flagship Chromebook

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Quick comparison of the seven picks

Specifications come from manufacturer pages and published reviews. Exact weight and battery vary by configuration, so confirm them for the model you order.

How integrated graphics work, and what they can do

An integrated GPU is a graphics unit built into the processor package. It has no dedicated video memory. Instead it borrows from the same pool of system RAM that the processor uses. That arrangement has three consequences you can use when shopping.

• Memory speed and channels matter. A graphics unit that shares memory is limited by how fast that memory is. ASUS states that its Arc-based laptops require at least 16 GB of dual-channel memory for the graphics to perform properly, and the same logic applies to AMD. A configuration with a single memory module can lose a large share of graphics speed.
• Power limits matter. A chip allowed to run at a higher wattage can feed its iGPU more power. Framework’s own Ryzen AI 300 laptop shows this: Performance mode allows 30 W sustained with a 35 W boost, Balanced allows 25 W sustained with a 33 W boost, and Efficiency drops to 15 W sustained with a 25 W boost.
• Total memory counts. Because the iGPU takes part of your RAM, 16 GB is the baseline and 32 GB is comfortable for photo editing, multi-monitor use and light creative work.

What to expect at each performance tier

For a sense of the gap, Notebookcheck’s gaming comparison put the Zenbook S 16 with the Radeon 890M at 46 frames per second in one game, while the Zenbook S 14 with the Arc 140V reached 34.2 in one comparison and 28.4 in another. That is a real difference, but both are playable in lighter titles with settings turned down.

Best for graphics speed: ASUS Zenbook S 16

The Zenbook S 16 pairs the Ryzen AI 9 HX 370 with the Radeon 890M and earned praise from Laptop Mag for some of the most impressive all-around performance in a premium laptop. The Radeon 890M is based on RDNA 3.5 and uses 16 compute units, and in the Notebookcheck comparison above it was the quickest of the integrated options. A 16-inch screen also gives you room for spreadsheets, editing timelines and multiple windows.

It is a good choice for someone who wants light gaming and creative work without a bulky laptop. The compromise is cost, since the Zenbook S line sits in the premium tier, and the larger display means a bigger body than the 14-inch alternatives.

Pros: fastest integrated graphics on this list, large screen, strong all-round performance. Cons: premium tier cost, bigger than ultraportables.

Best upgradeable pick: Framework Laptop 13 (Ryzen AI 300)

If you want integrated graphics you can improve later, the Framework Laptop 13 is unique. The Ryzen AI 300 edition is offered with the Ryzen AI 5 340, Ryzen AI 7 350 and Ryzen AI 9 HX 370, and the highest option brings the Radeon 890M. The two memory slots take DDR5 up to 96 GB, which is helpful because the iGPU benefits from fast dual-channel memory, and you can add the second module later if you start with one. Charging runs up to 100 W, and the battery is 61 Wh.

Battery results are modest. Tom’s Hardware measured 9 hours 11 minutes on the AMD version, a little below the 9 hours 59 minutes of the Core Ultra Series 1 model. The machine makes sense for people who value repairability, a customizable port selection and the ability to replace the mainboard when a better chip arrives.

Pros: user-upgradeable memory and storage, replaceable mainboard, Radeon 890M available. Cons: battery life is average, performance mode raises fan noise.

Best AMD business laptop: HP EliteBook X G1a 14

The HP EliteBook X G1a 14 AI is HP’s AMD-based flagship for business users, and Notebookcheck described it as a supercharged business laptop with a Ryzen AI 9 HX processor. It brings the fast integrated Radeon graphics of the top AMD chips into a corporate laptop with manageability and security features, which is unusual because most business laptops use lower-power chips with weaker graphics.

That makes it a good option if you work in spreadsheets, presentations and design reviews, and sometimes want a stronger iGPU for visualization or a second monitor setup. As with other business models, check the exact configuration, because memory size and screen options vary between SKUs.

Pros: high-end AMD chip in a business chassis, strong management features. Cons: premium tier cost, configurations vary.

Best light all-rounder: ASUS Zenbook S 14 (UX5406)

This version of the Zenbook S 14 uses the Core Ultra 7 258V from Intel’s Lunar Lake family and the Arc 140V graphics. Laptop Mag named it its top pick among AI laptops because it balances speed, battery life and a thin body. The Arc 140V is slower than the Radeon 890M in frame rates, but it uses less power, which is why Lunar Lake laptops run so long on a charge.

One warning applies to the newer Zenbook S 14 from 2026. Notebookcheck found that it moves to Intel’s Panther Lake chips, which roughly double CPU performance but offer slightly lower graphics speed than the older model, with louder fans and higher power limits. A separate review noted that this version does not carry the new Arc B390 graphics, which are reserved for higher-tier Panther Lake parts. If graphics performance matters, read the exact model’s specification rather than assuming a newer name means a faster iGPU.

Pros: light, long battery life, good all-round speed. Cons: graphics trail the Radeon 890M, model names change between generations.

Best for work: Lenovo ThinkPad X1 Carbon Gen 13

The X1 Carbon Gen 13 is a business ultrabook with the same Arc 140V graphics found in the Lunar Lake family. Lenovo lists a starting weight of 986 g (2.17 lb), a 57 Wh battery and a 14-inch screen that can be a 2.8K OLED at 120 Hz. Reviewers recorded more than 16 hours of mixed use, which comes mainly from the efficient processor and the low-power iGPU.

The graphics are plenty for office work, video calls, photo editing and dual external monitors. They are not meant for heavy 3D games, so treat gaming as an occasional extra. If you spend your day in documents, browsers and meetings, this is the laptop that gets out of your way.

Pros: extremely light, long battery life, excellent keyboard. Cons: soldered memory, graphics limited for modern 3D games.

Best battery life: MacBook Air 13-inch with M4

Apple’s M4 integrates the CPU, GPU and memory into one chip. The 13-inch MacBook Air has a GPU with 8 or 10 cores, 16 GB of unified memory as standard and up to 32 GB on request. Apple quotes up to 18 hours of video streaming and 15 hours of wireless web browsing from its 53.8 Wh battery, and the machine weighs 2.7 lb with no fan.

The graphics handle photo editing, 4K video editing in Apple’s own tools and casual gaming through native or supported titles. Mac gaming is the weak point because the library of high-end games is smaller than on Windows. For everything else, the silent design and the efficiency are exceptional.

Pros: silent, long battery, strong media performance, 16 GB baseline. Cons: macOS only, limited game library, costly upgrades.

Best value Intel pick: Core Ultra 7 255H thin-and-lights

Intel’s Arrow Lake-H chips, such as the Core Ultra 7 255H, pair a stronger CPU with the Arc 140T graphics. The 255H has 16 cores, with 6 performance cores boosting to 5.1 GHz, 8 efficient cores and 2 low-power cores, and it is listed with a 28 W base power. Retail listings show this chip in the Acer Swift Go 14 and the LG Gram 14 and 16, among others. Notebookcheck notes that the Arc 140T gains support for frame generation, which can help some games run smoother.

These laptops are the sensible pick when you want higher CPU speed for compiling code, exporting video and multitasking, and you are happy with moderate graphics. If you need the best integrated graphics, the Radeon 890M or Arc 140V models above are stronger, but if the processor matters more, this class is the better balance.

Pros: strong CPU, frame generation support, wide range of models. Cons: iGPU speed behind the Radeon 890M, battery life varies by model.

How to choose: a decision matrix

Settings that raise integrated graphics speed

1. Use dual-channel memory. Two modules double the memory bandwidth the iGPU can use, which often increases frame rates noticeably on laptops with sockets.
2. Choose the highest power mode when plugged in. Framework’s Performance mode, for example, allows 30 W sustained against 15 W in Efficiency mode, and the iGPU benefits directly.
3. Turn on upscaling. AMD FSR, Intel XeSS and Apple MetalFX render at a lower resolution and scale up, which makes a large difference on integrated graphics.
4. Lower resolution before quality. Dropping from 1080p to 720p in demanding games lifts frame rates more than turning down individual effects.
5. Update drivers. Both AMD and Intel regularly release graphics drivers that improve compatibility and speed in new games.

Common mistakes

• Buying a single-module memory configuration, which halves bandwidth and hurts graphics.
• Assuming a newer chip name always means faster graphics, as the 2026 Zenbook S 14 shows.
• Expecting integrated graphics to match a dedicated card for modern AAA games at high settings.
• Ignoring thermals. A thin laptop that throttles under sustained load will deliver lower frame rates than its chip should allow.

Integrated graphics versus a dedicated GPU

The honest question behind this keyword is whether you need a dedicated graphics card at all. The answer comes down to what runs on the screen. A dedicated GPU has its own fast video memory and a power budget of 50 W to well over 100 W, so it will always outrun an iGPU that shares a 15 W to 35 W processor budget. What you pay for that speed is weight, heat, fan noise and battery life. A laptop with a discrete card typically needs a larger battery and a bigger charger just to stay usable away from a desk, and under load it drains in an hour or two.

For most people the trade favors integrated graphics. If your day is made of documents, browsers, video calls, streaming and photo organizing, a dedicated card sits idle and adds only weight. Choose a dedicated GPU when you render 3D scenes, edit long 4K timelines with heavy effects, train models locally or play new releases at high settings. Between those extremes lies a middle band, covering esports titles, older games, 1080p video editing and CAD viewing of small assemblies, where the Radeon 890M and Arc 140V are good enough and the portability savings are real.

A worked example: what you gain in portability

Suppose you carry a laptop for six hours a day and charge it at the office. A thin laptop with integrated graphics weighs around 2.2 to 3 lb with a charger that fits in a coat pocket, and its battery covers a full day of mixed work. A gaming laptop with a dedicated card commonly weighs 4.5 lb or more, carries a brick of a charger and runs for roughly three to five hours on light use. Over a year of commuting, that difference is the weight of an extra textbook in your bag every day. If gaming is an occasional pastime rather than the main use, the lighter machine with a capable iGPU is usually the better daily companion.

Warning signs that you have outgrown integrated graphics

• Preview playback in your editing software stutters even on a proxy resolution.
• Your favorite games sit below 30 frames per second after you lower the resolution and enable upscaling.
• Exports and renders take longer than your schedule allows, and your software supports GPU acceleration.
• You need more than two high-resolution external displays driven at a high refresh rate.

If none of these apply, spend the money on more memory, a better screen or a longer-lasting battery instead, since those improve every hour of use.

Frequently Asked Questions

Can integrated graphics play modern games?

Yes, within limits. The Radeon 890M and Arc 140V run esports titles and many older or lighter games at 1080p with reduced settings. Recent AAA games need low settings and upscaling.

Which is better, Radeon 890M or Intel Arc 140V?

The Radeon 890M is generally faster for games, according to Notebookcheck’s comparisons. The Arc 140V is more power-efficient and tends to give longer battery life in thin laptops.

How much RAM should a laptop with integrated graphics have?

16 GB is the minimum, and 32 GB is better for editing, multitasking or local AI. Because the iGPU uses system memory, more RAM also leaves more room for graphics.

Is integrated graphics good for video editing?

For 1080p and light 4K editing it works well, particularly with chips that have hardware video encoders. Heavy timelines with effects or 3D work benefit from a dedicated GPU or from Apple’s high-memory chips.

Will an external GPU improve an integrated-graphics laptop?

It can, if the laptop has Thunderbolt or USB4 and you accept the extra cost and bulk. For most buyers it is simpler to choose a laptop with the right graphics from the start.