The best graphics cards will help you run resource-intensive creative software, such as Photoshop or 3D tools smoothly and efficiently. They also allow you to play games at 1080p or even 4K.
In short, whether you want to run AAA games; open, render and edit high-resolution photos and videos; create complex digital artwork; or create 3D models and animation, you need the best graphics cards in your computer.
There are two broad types of graphics cards. Consumer graphics cards are geared towards playing computer games. They can range in price from budget GPUs that cost less than £100, to cutting-edge monsters that cost over a grand. Then there are professional graphics cards. These are very powerful GPUs aimed at pros, which tend to be very expensive.
There was time when the latter was the only realistic choice for pro 3D artists, animators and video editors. However, these days many consumer graphics cards come close to offering the same performance, for a fraction of the cost.
The biggest brands in this space are Nvidia and AMD. Graphics cards featuring their processors tend to be in high demand and stock often runs out, so it's worth acting quickly if you spot a good price.
In our guide, we'll look at the best graphics cards across the board, with a mix of consumer and professional options for every budget. If you need advice on how to choose between them, jump ahead to what to consider when buying a graphics card. Or if you prefer to opt for an external GPU, see our guide to eGPUs.
The best graphics cards available now
This high-end MSI card with Nvidia's GeForce RTX 3070 is one of the best graphics cards readily available. It's expensive, but it's more affordable than many professional cards, and it can handle intensive creative workloads. For creatives looking for outstanding performance but at a slightly more accessible price, this option offers good value for money. Whether you're a gamer looking for the best experience at 4K resolutions or a creative who needs professional-grade performance without the huge price tag, this is definitely worth considering.
For those who need the very best, the GeForce RTX 3090 Gaming X Trio, makes the existing RTX 3090 even more powerful. It raises the boost clock and slightly raises the power limit. Although it's still an RTX 3090, it has the cooling power to handle this GPU at its stock settings and enough drive to overclock it and make it even more powerful. For game creators, It's the icing on the cake for a GPU that makes small work of all PC games at 4K.
As another plus, instead of the unusual 12-pin power connector that Nvidia employed in its RTX 30-series Founders Edition cards, this behemoth has three standard 8-pin power connectors. It should offer the potential to get even more performance from this GPU.
Nvidia's RTX family of GPUs has impressed since its release but the range-topping 3090, while offering extreme performance, is at the higher end of many budgets. The 3080 and 3080 TI however are substantially cheaper, yet manage to offer a significant amount of power.
The 3080 TI gives creators much of the power of a 3090 with far lower initial outlay. It offers all the hallmarks of a high end GPU for content creators including raytracing and can easily handle tasks such as 3D rendering complex scenes, with 10240 cuda cores and up to 12GB GDDRX video ram for high resolution textures, and 8K video editing and colour grading.
The Geforce GTX 1660 Ti is a much more affordable Nvidia graphics card than the pricey, high-end RTX series. It's based on the newer 12nm Turning architecture of the RTX cards, but without the ray tracing hardware.
It offers 6GB of GDDR6 memory and a modest 1,536 Cuda cores, but it's still capable of delivering excellent gaming performance at 1080p and 1440p. It also has plenty of grunt for accelerating plugins and filters in creative software. That makes it one of the best graphics cards for those on a lower budget. Some manufacturers, such as PNY, offer it in an extra short design that can squeeze into small PCs.
AMD is gunning for Nvidia's crown when it comes to high-end performance in graphics cards, and the battle between the two companies means that both are now releasing powerful graphics cards at more competitive prices.
The AMD Radeon RX excels in both gaming and creative scenarios, including ray tracing (new for AMD graphics cards). In short, you're getting performance that beats the RTX 3070, while costing less.
This nifty professional-grade graphics card is another bid to steal some of Nvidia’s thunder, bringing the performance of AMD's higher-tier WX9100 card to a tastier price point (relative, to the generally much higher pricing of Radeon Pro and Quadro cards).
The AMD Radeon Pro WX 8200 is still based on the Vega architecture, but has 3,584 cores, with 8GB of ultra-fast HBM2 memory to deliver some great performance in specific tests.
Depending on the tools you use, AMD cards may offer better performance. 3D animators who rely exclusively on Maya or Blender, for example, may benefit from choosing AMD over Nvidia, although we’d recommend further research and consideration of your own workflow before investing. OpenCL applications work great with AMD graphics cards.
The AMD Radeon RX 5700 proves that AMD can make graphics cards that aren't just incredibly powerful, but also offer excellent value for money. For the price, you're getting a mid-range card that can easily handle the latest games at 1080p and 1440p at their highest settings, which means getting amazing graphics in your games is now more accessible than ever before.
If you're not a gamer, and want a GPU for creative work, then the RX 5700 is still a fantastic choice, thanks again to its balance between price and performance.
If you’re not interested in gaming, the Quadros may be a better choice for creative software than Nvidia's GeForce cards. While the 8GB Quadro RTX 4000 is the more affordable choice, the 16GB Quadro RTX 5000 packs in a lot more performance, making it better for demanding users who are willing to shell out for serious performance.
It offers a lot more rendering power than the previous Pascal generation, driving Cuda and OpenCL applications to new levels and leaving other graphics cards looking comparatively weak.
The Gigabyte AORUS GeForce RTX 3080 Xtreme Graphics Card comes with Nvidia's GeForce RTX 3080, which is one of the best graphics cards you can buy right now. The RTX 3080 brings all the advancements of Nvidia's latest Ampere architecture, including next-generation ray-tracing capabilities and 10GB of fast GDDR6X memory, which means it can easily handle 4K gaming.
For creative professionals, it's an excellent choice as well, with ray tracing and AI support that speeds up your workflow, be it rendering ultra-high-definition video, or creating complex and realistic 3D models. Best of all, it offers up to 80% performance increases over the last generation RTX 2080. The RTX 3080 is in such high demand, that it's hard to find in stock, but the Gigabyte AORUS might be your best chance.
The Nvidia Quadro RTX 4000 is highly recommended for a workstation-class graphics card at a (just about) affordable price. It boasts excellent performance in design applications and comes in a svelte single-slot design that helps it fit into small cases. It also requires less power than a bulkier GeForce card
OpenCL and Cuda applications in particular absolutely fly on the Turing architecture, so the RTX 4000 will make a massive difference when working with creative software, plug-ins and filters, driving excellent performance when rendering images, 3D and video.
The best graphics cards: What to consider
Graphics cards, also known as GPUs, serve two roles in modern computers. In games, they accelerate 3D visuals, using their under-the-hood hardware power to determine the frame rate and resolution for the visual effects, whizz-bang explosions and pyrotechnics we’ve come to expect in modern games.
For digital creatives, including graphic artists, designers, illustrators and 3D professionals, the same hardware can dramatically boost rendering times in tools such Premiere and Photoshop (found in the Adobe Creative Cloud), Blender, Maya and 3DS Max – at least in specific parts of the software, such as when applying certain plugins, filters and effects. A powerful graphics card can make a huge difference with some tools, with some effects unable to run on a CPU alone.
It's also worth noting that for each graphics card, there is a generic reference model, which often isn’t for sale. Each manufacturer (MSI, Asus, Gigabyte, and so on) will sell their own versions of each card, which will all look slightly different.
Quadro vs GeForce vs Radeon vs Radeon Pro
Nvidia and AMD make two kinds of graphics cards that are roughly aimed at either gaming or design use. For Nvidia, you may have already heard of the GeForce gaming brand, while its Quadro cards are better suited for creative professionals. AMD has Radeons for gaming and Radeon Pro for creators. The professional-grade cards tend to cost a lot more.
The higher-priced Quadros and Radeon Pros offer the same underlying design, architecture and similar specs, but with some crucial differences. Quadro and Radeon cards have certified drivers. That means they've been tested for compatibility with specific software, offering better performance with design software in certain circumstances, and are (theoretically) less likely to run into issues.
They have ECC memory for extra precision and sometimes they run at lower clock speeds, meaning they have lower power requirements and thermal demands. If your livelihood depends on your design work and you want absolute reliability, you may want to consider a Radeon Pro or Nvidia Quadro.
Another difference is how the two classes of graphics cards are manufactured. With gaming cards, Nvidia and AMD produce and sell reference designs, but a long list of other manufacturers, including Asus, MSI, Zotac, EVGA and Sapphire, sell variations on the reference specification with different cooling systems and faster clock speeds. For Quadro cards, though, Nvidia works with a single manufacturer – PNY – to produce all its hardware.
The best graphics cards: Jargon buster
Reviews of the best graphics cards come full of jargon used to specify the performance you can expect. The key specifications often quoted are memory (capacity, bandwidth and speed), the number of cores (basically the guts of the hardware), and the card’s clock speed (in MHz).
These specifications vary between GPU generations and across the various tiers, and the cores in Nvidia and AMD cards aren’t the same. Nvidia uses the term Cuda cores while AMD refers to GCN cores. That means AMD and Nvidia cards cannot be compared in that sense.
The best graphics cards: How to pick the right one for you
There are some basics to consider when shopping around. The higher resolution you're are working at (or gaming at), the higher your memory needs. If you intend to work with 4K resolution or with larger textures, you need a graphics card with more memory – 8GB or more is now common on the higher tier cards.
The faster the performance of your card, the better detail and more advanced graphical effects you’ll be able to switch on in games at higher resolutions. The sweet spot for fluid performance is 60fps, but if you’ve invested in a 144Hz display, you’ll be working your graphics card even harder to keep up.
The number of cores determines the overall rendering power of a card. These vary dramatically across the various price and performance tiers, from entry level £100 cards to £1000+ behemoths.
The clock speed of the graphics card is quoted as a base figure. Similar to the Turbo mode on Intel CPUs, when a graphics card is under heavy load it will run at a higher clock speed for better performance until it hits a predetermined maximum, which is in place to avoid overheating.
Don’t forget to consider the display(s) you work with, and the outputs of the graphics card you buy. All modern graphics cards use digital video outputs only, either HDMI or DisplayPort (which may be either a small square-ish miniDP connector or a big D-shaped connector).
For 4K or 5K displays, all graphics cards now support at least the DisplayPort 1.4 and HDMI 2.0 standards that offer the bandwidth needed for 60hZ refresh rates – which was a serious problem on older graphics cards when higher-resolution displays first became a mainstream proposition. When 8K displays finally become more realistically affordable, this same problem will rear its head again.
Lastly, the single biggest differentiator of performance in graphics cards is the hardware generation of the series of cards, always codenamed for reference. Nvidia names its cards after scientists – Pascal, Turing, and so on, while AMD is a little more obscure, with Polaris and the newer Vega architecture currently on the market.
Nvidia and AMD produce a new series of graphics card roughly every two years. When a new generation comes out, it raises the bar in all technical areas – more cores, more memory, more bandwidth and more features, often squeezed into the same power and thermal demands of the previous generation. For the best possible performance and best future proofing, only look at the newest cards.