How to Choose a Laptop for Photoshop and Illustrator on a Budget

Laptop for Photoshop and Illustrator on a Budget (October 2026)

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For Photoshop and Illustrator on a budget, prioritise four specs in this order: 16GB of RAM with an upgrade path, a color-accurate display with at least 100% sRGB coverage, a current-generation Core Ultra 7, Ryzen 7 or Apple M-series processor, and a 512GB NVMe SSD. Spend on memory and panel quality before you spend on a discrete GPU.

That ordering matters because it is the opposite of how most spec sheets are read. A laptop with a fast new processor and 8GB of soldered memory will stall on the same layered PSD file every time, and a bright, sharp panel with 45% NTSC coverage will show your client work in colours that print wrong. Neither problem is fixable later.

Adobe publishes a system requirements page that lists 8GB of RAM as the minimum for both apps. That number describes a machine that will open a file, not a machine that will not stall while you work. Almost every frustrated buyer post in design communities traces back to one of two mistakes: buying 8GB of memory that cannot be upgraded, or buying a low-gamut screen and trusting it for final colour decisions.

What follows is the framework I use when someone asks for a laptop recommendation with no brand or model in mind. It is written for 2026 hardware generations, and it works whether you are a design student, a freelance designer, or someone who does a few hours of retouching after work.

Disclosure: We may earn a commission from qualifying purchases made through links on this page. That never changes which advice we give, and every spec threshold below is a recommendation, not a product ranking.

Table of Contents

How to Choose a Laptop for Photoshop and Illustrator: A Seven-Step Framework

The framework is ordered by how often a spec will hurt you and how little you can do about it afterwards. Work through it in order, and stop worrying about a spec once the one above it is settled.

Step 1: Confirm the RAM is 16GB and check whether it can be upgraded

This is the single most decisive spec in the entire purchase, and it is the one most often compromised. 16GB is the practical floor for running Photoshop and Illustrator at the same time, because every open document, artboard, browser tab and Adobe background process draws from the same pool.

Then check the upgrade path, not just the number. A laptop with two accessible memory slots can often go from 16GB to 32GB later. A laptop with 16GB soldered to the motherboard is 16GB forever. The sticker number is the same; the outcomes are not.

Step 2: Check the display covers at least 100% sRGB

Colour-critical work is judged on the screen, not the chip. A panel listed at 100% sRGB is the minimum acceptable target; 72% NTSC is the budget failure mode, because it cannot show saturated colours correctly no matter how good the rest of the machine is.

Ideally you also want a low Delta-E figure and at least 300 nits of brightness. If the display is weak, an external monitor is a legitimate and inexpensive fix, and more on that later.

Step 3: Judge the processor by generation, not by brand or tier number

For both apps, the CPU handles the heavy lifting: filter rendering, layer merging, file decompression, brush and pen responsiveness. Aim for a current-generation Core Ultra 7, an AMD Ryzen 7, or Apple M-series silicon of the same vintage.

Marketing labels such as i7, i9 or Ryzen 9 tell you almost nothing across generations. What matters is which generation the chip belongs to and how many performance cores it has.

Step 4: Decide whether integrated graphics is enough for your work

Integrated graphics is genuinely fine for two-dimensional vector work, logo design, retouching and layout. Photoshop only leans on a dedicated GPU for filter acceleration, Select and Mask, Smart Sharpen, Content-Aware Fill, Neural Filters, 3D and video.

If your work stops at still images and vector art, you can skip the discrete GPU and put that money into RAM or a better panel instead.

Step 5: Treat 512GB as the storage floor and buy the extra space externally

An NVMe SSD of 512GB or more is the minimum. Storage is the one spec you can back out of without consequence, because an external SSD or external drive handles your archive, RAW files and project libraries at a fraction of the cost of a larger internal drive.

Make sure the internal drive is an SSD rather than a mechanical hard drive. Hinges aside, that single choice matters more than the generation of the processor.

Step 6: Make sure the apps run natively on the architecture

This is where a lot of budget machines fall apart quietly. Apps built for one processor architecture and emulated on another carry an overhead that no spec sheet will mention, and the effect shows up as stutter and crashes rather than a slow startup.

Before you commit, check that the operating system runs the full Creative Cloud suite natively on that machine.

Step 7: Set a total budget and decide which tier to buy in it

Decide the band you are buying in, then buy the best machine in it rather than stretching to the tier above. Stretching is where budget buyers end up with a thinner screen, less memory or a smaller screen size to hit a number.

Within any tier, memory and panel quality come first, screen size second, and everything else third.

The Spec Cheat Sheet: Minimum, Comfortable and Professional

The table below is the version I keep open in a tab while shopping. It is a decision aid, not a product list.

ComponentMinimumComfortableProfessional
RAM16GB, upgradeable if possible32GB or 16GB plus a clear upgrade path32GB or more, or unified memory at 24GB and up
ProcessorRecent Core Ultra 5, Ryzen 5 or M-seriesCore Ultra 7, Ryzen 7 or M-series ProCore Ultra 9, Ryzen 9 or M-series Max/Pro
GraphicsModern integrated graphicsStrong integrated graphics, no discrete card needed for 2D workDiscrete GPU with 6GB or more VRAM for 3D and video
Storage512GB NVMe SSD1TB NVMe SSD plus an external drive1TB to 2TB NVMe SSD plus fast external NVMe
Display gamut100% sRGB100% sRGB or wide-gamut DCI-P3Wide gamut with Delta-E under 2.0 and a colourimeter report
Display brightness250 to 300 nits, matte or anti-glare preferred300 to 400 nits400 nits or higher for HDR and print-critical viewing
Screen size13 inch for light work14 or 15.6 inch for multi-panel workflows16 inch or a multi-screen desk setup

Read the Minimum column as the floor for a student doing small files, and the Comfortable column as the target for anyone whose work is paid. The Professional column is where 3D, motion and video enter the picture.

Photoshop and Illustrator Have Different Needs

Most buying guides treat Photoshop and Illustrator as one workload. They are not, and separating them removes a lot of wasted spending. Illustrator is CPU-and-RAM-bound and barely uses the graphics hardware at all. Photoshop is CPU-and-RAM-bound too, but it has a long list of operations that accelerate on a GPU when one is present.

What Illustrator actually demands

Illustrator is vector work: artboards, paths, anchors, gradients and type. Those operations run on the processor and in system memory. That means a strong CPU and enough RAM matter, VRAM does not, and a discrete GPU is the least valuable upgrade you can make for a pure vector workflow.

The one Illustrator behaviour that catches people out is artboard memory. A single file with many artboards and complex gradients can consume far more memory than its file size suggests, because the app keeps rendered previews in RAM while you work. Users on community boards consistently treat 16GB as the point where this stops being annoying.

What Photoshop actually demands

Photoshop is raster work: layers, masks, selections, large canvases and RAW files. Memory pressure is the dominant symptom, which is why a layered file will scroll slowly and then hang while the machine swaps to disk.

The GPU-dependent features are real but specific: GPU-accelerated filters, Smart Sharpen, Select and Mask, Content-Aware Fill, Neural Filters, 3D rendering, and the video and timeline panels. If you do none of those daily, integrated graphics is fine.

What running both at once changes

Running the two together is a memory problem, not a graphics problem. Each app holds a cache, and the Creative Cloud background services add to the total. This is the scenario that pushes the requirement from 16GB to 32GB, and it is why a machine that handles Illustrator beautifully can still stutter the moment you import a photo into it.

Memory: The Spec That Decides Everything Else

If you read one section of this guide, read this one. Memory is the constraint you cannot work around, and it is the one most often quietly removed to hit a price point.

Adobe’s published minimum for Photoshop is 8GB. That figure comes from a machine that opens files and does simple edits. It is not the figure at which the work becomes pleasant, and the gap between those two states is where most buyer frustration lives.

8GB is genuinely fine when your artboards are small, you work in one app at a time, your layered files stay well under 100MB, and you are not keeping a dozen browser tabs alive alongside the file.

16GB is the floor when you switch between Illustrator and Photoshop regularly, your PSD files run to several hundred megabytes, you import RAW files, or you are running a class or client workflow with multiple documents open.

32GB is the comfortable target when your work includes large layered PSD files, compositing, print layouts at 300 DPI or above, motion work, or any job where an hour of unsaved progress riding on a spinning beach ball is a real possibility.

How to tell whether the memory is upgradeable

Search the exact model number with the word “SO-DIMM” or “memory slots” appended. If the specification page mentions two slots, or a maximum memory figure above the amount it comes with, you have an upgrade path. If it says “soldered,” “onboard,” “unified” or lists no maximum, you do not.

A practical rule: a 16GB laptop with two slots is a better long-term purchase than a 32GB laptop with soldered memory only if the price difference is small, because the upgradeable one grows with your workload. On every Mac, memory is unified and soldered, so the capacity you buy is the capacity you get. The same applies to most thin ultrabooks, and to a growing number of budget Windows machines that inherited the same design.

What unified memory means on Apple silicon

Apple silicon uses unified memory: the same pool serves the CPU and the GPU. It is efficient, fast and consistent, and it removes the VRAM-versus-RAM distinction that Windows buyers argue about. The catch is that it cannot be upgraded after purchase, so treat the memory step on a Mac exactly as you would treat soldered memory on Windows.

Display and Color Accuracy

The display is where most budget laptops quietly fail. It is also the spec that affects every single thing you make, all day, every day, so it deserves more attention than the graphics card.

Understanding color gamut in plain language

sRGB is the web standard. Almost all client screens, phones and social media previews are sRGB, and if you work for the web, sRGB accuracy is the only thing that truly matters for delivery.

Adobe RGB is a wider space used in print and commercial photography. If you regularly prepare files for print, you need a panel that covers Adobe RGB, which in practice means a wide-gamut display.

DCI-P3 is the cinema standard, wider than sRGB but shaped differently from Adobe RGB. It shows you more saturated colour than an sRGB panel, which is genuinely useful for a photographer, and it is not a substitute for Adobe RGB coverage in print work.

The number a manufacturer prints is the target. The number that matters is the measured one. Reviewers who publish lab data with a named colorimeter repeatedly find that advertised wide-gamut coverage falls short on the default profile in some models, so treat the marketing figure as a ceiling rather than a guarantee.

Delta-E, brightness and panel type

Delta-E measures how far a displayed colour is from the target. Under 2.0 is generally treated as indistinguishable to the eye; under 1.0 is excellent. For a budget machine, any figure under about 2.0 is a pass, and it is worth checking that the manufacturer or a reviewer published a measurement at all.

Brightness matters more than most buyers expect. Below roughly 250 nits, colours look washed out and a bright room ruins your judgement of any image. An anti-glare or matte coating helps in daylight and costs nothing in colour accuracy, which is why it is a better budget priority than a higher resolution panel.

On panel type, IPS is the safe budget default: accurate, matte-friendly, no burn-in risk. OLED gives deeper blacks and a very wide gamut, and it is a genuine upgrade for photo work, at two costs. It burns in slowly if you keep bright static elements like a layer panel on screen for years, and it runs reflective, so bright-room work is harder. For a buyer on a budget who works a few hours a day, either is defensible; for someone running long unattended sessions with a static interface, IPS is the calmer choice.

The external monitor escape hatch

Here is the most useful piece of budget advice in this guide: a decent screen you cannot afford today is a problem you can solve in a year, and an external monitor connected over USB-C costs a fraction of what a colour-accurate built-in panel adds to a new laptop. If a machine has a mediocre screen but a good CPU and upgradeable memory, buy the machine and plan for a calibrated external display for final colour decisions.

Processor: Judge by Generation, Not by Brand

Processor naming is marketing first. The i7, i9, Ryzen 7 and Ryzen 9 labels persist across years of real improvement, and a current mid-tier chip is usually faster than an older flagship.

What you should compare is the generation, the number of performance cores, and whether the machine can sustain those cores without throttling. Modern laptops split cores into performance and efficiency groups, and only the performance cores handle rendering work. A machine with many efficiency cores and one or two performance cores will feel slow in exactly the situations that matter for Photoshop, while staying fast in light tasks.

As a rule of thumb, aim for a chip with at least four performance cores. In practice that means a current-generation Core Ultra 7, an AMD Ryzen 7, or an Apple M-series chip of comparable vintage.

Thermals matter as much as the chip itself. A thin laptop that throttles within twenty minutes of a large filter render will feel slower than a slightly older chip in a cooler chassis. Fan noise under sustained load is the audible symptom of the same problem, and community buyers consistently ask about it for good reason.

Tip: Turn on hardware acceleration in Photoshop’s preferences if it is not already on. It costs nothing and it is a one-minute change that can have a visible effect on filter response even on integrated graphics.

Graphics: When Integrated Is Enough

Ask what you will actually do in the GPU-dependent features, and the answer is usually no. Integrated graphics from current Intel, AMD and Apple silicon handles two-dimensional work, canvas scrolling, brush strokes and colour adjustments comfortably.

A discrete GPU earns its place in a specific set of situations: heavy Neural Filter use, large-scale Content-Aware Fill, 3D rendering, motion graphics, video editing, or running multiple high-resolution external displays. If any of those is a daily part of your work, look for a card with 6GB of VRAM or more.

If you are not doing those things, the money is better spent on 32GB of memory or a wider-gamut panel. That is not a compromise; it is usually a strictly better outcome for your work.

Storage: 512GB Is the Floor

Adobe’s minimum storage requirement is 256GB, which is not enough for a real workflow. A single shoot can produce tens of gigabytes of RAW files, and project libraries, fonts, brushes and Creative Cloud assets add to it quickly.

Use 512GB as the floor and 1TB as the comfortable target. Above that, stop paying for internal capacity: a good external NVMe SSD holds your working archive and project files at a fraction of the cost, and you can swap or upgrade it later.

What is not negotiable is the drive type. A mechanical hard drive in a design laptop is a bad trade at any price, because every autosave, every cache write and every file read slows down with it.

Laptops to Avoid for Photoshop and Illustrator

This is the list that answers the question nobody on the search results is ranking for directly. If a machine matches any two of these, walk away.

  • 8GB of RAM with no upgrade path. The single most common deal breaker. If it is 8GB soldered, no amount of processor speed compensates.
  • A panel at 45% NTSC or an unlisted gamut. If the specification does not state sRGB coverage, assume it is poor.
  • A Chromebook. Adobe’s desktop applications are not the intended workload, and the creative apps available through the browser are not substitutes for Photoshop and Illustrator.
  • An ARM-based machine for a multi-app Creative Cloud workflow. Where a specific app runs through emulation rather than natively, the overhead shows up as stutter, higher resource use and crash risk, and not every app in your suite is a good candidate for emulation. Check each app before you buy, not just the one you use most.
  • Storage that is a mechanical hard drive, or a memory card as the only option. There is no price at which this is the right choice.
  • A glossy, low-brightness display in a 14-inch or smaller chassis. Gloss plus low nits plus small size is a frustrating combination for colour work.
  • An ultrabook with a single USB-C port and no card reader or headphone jack. Budget machines often drop ports, and adapters cost money and time.
  • A machine whose thermal behaviour nobody has documented. Undocumented throttling is a real risk in thin designs, and it is invisible until you are two hours into a render.

What to Spend Where: Three Budget Tiers

Within any budget, the same allocation rule applies: memory first, then panel, then processor, then screen size, then everything else. The tiers below describe what each level of spending buys you in practice, without naming prices.

Entry tier: learning and light client work

In the entry tier, look for 16GB of RAM, ideally in a machine with memory slots, a 100% sRGB matte display, a current Core Ultra 5 or Ryzen 5, and 512GB of storage. Discrete graphics are not expected at this level and you do not need them for 2D work.

This tier is genuinely capable for a student, for small artboards, and for someone producing web and social assets. The compromises are thermal headroom under long renders and a panel that is accurate rather than wide-gamut. If a machine at this level is thin and fanless, expect slower sustained work than its specification suggests.

Mid tier: the sweet spot for most designers

The mid tier is where most paid work lands. You can hold 16GB or 32GB, get a wide-gamut OLED or a very good IPS panel, and have a Core Ultra 7 or Ryzen 7. This is the tier to target if you are a freelance designer doing real client work and do not need video or 3D.

Within this tier, spending the difference on a better panel and 32GB of memory is almost always smarter than spending it on a faster chip. A wide-gamut display is a permanent quality-of-life improvement; a generation of processor speed is largely invisible in two-dimensional work.

Upper tier: video, 3D and motion

Only move here when 3D rendering, After Effects work or video editing is a primary part of your job. In this tier a discrete GPU with 6GB or more of VRAM stops being optional, thermals become the deciding factor, and 32GB of memory stops being enough for large motion projects.

If you are not doing that work, the upper tier buys you capability you will not use and performance you cannot feel. The mid tier is the better value.

Mac or Windows for a Combined Adobe Workflow

Both platforms run Photoshop and Illustrator well, and the choice matters far less than the four core specs. Where they differ is in memory, upgradeability and the software your school or clients use.

Choose a Mac if you already use an iPhone or Mac, if the software taught in your program is Mac-based, or if battery life and chassis build quality are your priorities. Apple M-series silicon is fast and thermally efficient, and the displays are consistently among the most accurate you can buy. The catch is that memory is unified and cannot be upgraded, so buy the capacity you will need rather than the capacity you can afford today.

Choose Windows if your employer standardises on it, if you need specific ports, or if you want the memory upgrade path. The Windows advantage in this budget conversation is straightforward: some machines let you double the memory later, which lets you start at 16GB and grow. Community consensus for school buyers consistently favours AMD Windows laptops, and ThinkPads in particular, for multitasking across Adobe apps, largely because that combination tends to pair a good keyboard and ports with more flexible configurations.

A long-running thread on Adobe’s own community forum is largely made up of beginners asking which hardware actually runs Illustrator, and the recurring theme in the answers is that almost any recent machine will, as long as the memory and display are not compromised.

How to Test a Laptop Before You Keep It

Run this checklist during the return window. It takes fifteen minutes and it catches the two problems that matter most: memory pressure and a bad panel.

  • Open a real layered file. Use a PSD from your own work with many layers, not a sample. Scroll the canvas and watch for stutter.
  • Watch memory while you work. Open Task Manager or Activity Monitor and leave both Photoshop and Illustrator open with your usual number of browser tabs. If memory is consistently near its ceiling, you bought the wrong machine.
  • Check the display honestly. Open a grey ramp and a colour gradient in a bright room. Banding in the ramp or visibly dull, shifted colours are the tell.
  • Open two documents and switch constantly. Alt-tab between a large PSD and an Illustrator file a dozen times. Slow re-opening is a memory problem, not a processor problem.
  • Run a 15-minute filter render and watch the fans and the frame rate. Severe slowdown after a few minutes means thermal throttling, and that will not improve over time.
  • Test the ports you actually use. Bring your card reader, an external display adapter and a pen if you draw. If everything needs a dongle, factor that into your decision now.
  • Check the keyboard shortcut layer. Press and hold a modifier and cycle through layers. Modifier keys that stick are a warranty issue, and they are far cheaper to return now.

If the machine fails on memory or colour, return it. Everything else on this list is negotiable.

Refurbished and Previous-Generation Buys

Used and refurbished hardware is the most underused budget strategy in design, because the spec tiers move slowly enough that a machine two generations old still runs both apps well. The risk is not the hardware; it is buying the wrong configuration for the wrong reasons.

For a refurbished machine, insist on 16GB of memory, ideally with slots still available, and check the battery health report before you commit. A business laptop with a replaced battery can outlive a new consumer machine with a degraded one. Confirm the display gamut, because low-gamut panels are the most common reason a cheap machine was cheap.

For a previous-generation new machine, the same thresholds apply. Two generations back is safe on processor, storage and display. The one area where age bites is memory soldered at 16GB, since that ceiling does not move.

For older machines, avoid anything that shipped with 8GB, anything with a mechanical hard drive, and anything from before 64-bit and DirectX-class hardware acceleration. Those limits cost more than the saving.

Common Mistakes Budget Buyers Make

  • Chasing the processor over the memory. A faster chip with 8GB is slower in practice than a slightly slower chip with 16GB, because the first thing that runs out is memory.
  • Ignoring colour gamut because the screen looks bright. Brightness and accuracy are different measurements, and a bright panel can still be badly wrong.
  • Buying a Chromebook or a general-purpose tablet. Neither is built for a multi-app desktop Adobe workflow.
  • Buying an ARM machine on the assumption that emulation is free. It is not, and not every app is a good candidate for it.
  • Paying for internal storage you will not use. An external SSD is cheaper per terabyte and replaceable.
  • Stretching to the next tier for a faster chip when the same money at your tier buys 32GB of memory and a better panel.
  • Overvaluing touch, refresh rate and thin bezels. These are pleasant, not decisive. A 60Hz matte display that is colour-accurate beats a glossy high-refresh panel that is not.
  • Not checking the return window carefully. The fifteen-minute test above is the cheapest risk reduction available.

Who Should Buy a Budget Laptop for Design

A budget machine is the right call when your work is two-dimensional, your files stay in a manageable size range, and your school or clients supply the standard software. Students, freelancers doing web and UI work, illustrators focused on vector output, and retouchers handling single-digit-layer files all fit that description comfortably.

Buy a higher tier when large layered PSD files are normal, when you deliver print work and need to trust the screen, when you do 3D, motion or video as a primary task, or when a crash means losing a day of paid work. The upgrade is not about the apps running; it is about them running without interruption.

Frequently Asked Questions

What is the best laptop for using both Illustrator and Photoshop?

The best setup is a laptop with 16GB of RAM that can be upgraded to 32GB, a display covering at least 100% sRGB, a current-generation Core Ultra 7, Ryzen 7 or Apple M-series processor, and a 512GB NVMe SSD. Integrated graphics are enough for two-dimensional work in both apps. Add a discrete GPU only if you use 3D, video, or heavy Neural Filter and Content-Aware Fill passes.

What are the best laptops for artists on a budget?

On a budget, spend in this order: 16GB of upgradeable RAM, a 100% sRGB anti-glare display, a recent Core Ultra 5, Ryzen 5 or M-series chip, and 512GB of NVMe storage. Look for a matte panel of at least 300 nits. Two generations of processor back is still fine, and an external SSD or external monitor lets you upgrade colour quality later without replacing the whole machine.

What is the best laptop for using Photoshop?

For Photoshop specifically, prioritise 16GB to 32GB of RAM, a current-generation processor with at least four performance cores, and a colour-accurate display, because Photoshop is CPU-and-RAM-bound for everyday edits. A discrete GPU matters only for GPU-accelerated filters, Select and Mask, Smart Sharpen, 3D, and video work. A 512GB SSD is the storage floor.

Which budget laptop is best for graphic design?

The best budget laptop for graphic design is the one with 16GB of RAM that can be upgraded, a 100% sRGB matte display at around 300 nits or higher, a current-generation Core Ultra 5, Ryzen 5 or M-series processor, and 512GB of storage. Within any budget band, put the money into memory and panel quality rather than a faster chip or a discrete graphics card you will not use.

How much RAM do I need for Adobe Illustrator?

Illustrator alone can run comfortably in 8GB if your artboards are small and you work in one app at a time, but 16GB is the sensible target. Illustrator holds rendered previews in memory as you work, so a file with many artboards and complex gradients can consume far more memory than its file size suggests. 32GB becomes worthwhile when Illustrator runs alongside Photoshop.

How much RAM do I need for Adobe Photoshop?

Adobe lists 8GB as the minimum for Photoshop, but that describes a machine that opens files rather than one that works smoothly. Budget 16GB as the practical floor for layered PSD files, RAW imports, and switching between apps, and 32GB if your files run to several hundred megabytes or you composite and print. Confirm the memory is upgradeable before you buy, because soldered 16GB is a permanent limit.

What laptop to stay away from?

Avoid any laptop with 8GB of RAM and no upgrade path, a display with 45% NTSC or no stated sRGB coverage, a Chromebook, an ARM-based machine when your full Creative Cloud suite does not run natively, a mechanical hard drive, or an ultrabook with only USB-C ports. A panel that is glossy, dim, and paired with a small screen is also a poor match for colour-critical work.

Do I need a dedicated GPU for Photoshop?

Usually not. Integrated graphics from current Intel, AMD, and Apple silicon handle scrolling, brush strokes, selections, and colour adjustments well. A discrete GPU pays off for GPU-accelerated filters, Select and Mask, Smart Sharpen, Content-Aware Fill, Neural Filters, 3D rendering, and video editing. If those are not part of your daily work, spend the money on memory or a better display instead.

Should I buy OLED for design work?

OLED gives deeper blacks, a very wide gamut, and fast response, which makes it excellent for photo work. Two trade-offs matter: OLED panels can burn in slowly under long sessions with static bright elements like a layer panel, and they are reflective, which makes bright-room work harder. A good matte IPS panel is the safer, calmer budget choice; OLED is the better choice for colour-critical viewing indoors.

Conclusion

How to choose a laptop for Photoshop and Illustrator on a budget comes down to four decisions, in this order. Buy 16GB of RAM and check that it can be upgraded. Buy a display that covers at least 100% sRGB and is matte. Buy a current-generation processor with at least four performance cores. Buy a 512GB NVMe SSD and add external storage later.

Everything else is negotiable. Integrated graphics are fine for two-dimensional work. Touch, high refresh rates, thin bezels and large internal storage are pleasant rather than decisive. And a mediocre built-in screen is a problem you can solve with a calibrated external monitor, whereas 8GB of soldered memory is a problem you cannot solve at all.

Run the fifteen-minute test in the return window, keep the panel and the memory out of your savings, and buy the best machine in your tier rather than the cheapest one in the tier above.

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