Top 17 Best AMD Graphics Cards in 2022

Top 17 Best AMD Graphics Cards in 2022

AMD has made a lot of noise in the IT world over the previous decade – just look at their outstanding variety of Ryzen 5000 processors as an example. Dr. Lisa Su, AMD’s CEO, has made a number of outlandish promises in recent years, and most of them have come true, much to the astonishment of most people.

AMD’s processor portfolio has vastly improved, with sales of their 3000 series CPUs helping to narrow the market share gap between them and Intel to its smallest in 12 years. AMD’s Ryzen 5000 processors have won the title of best desktop CPU, thanks to their great single-core performance and unbeatable affordability. The RDNA 2 Radeon RX 6000 series has also resulted in significant improvements in graphics card performance.

AMD’s Ryzen CPUs have been making a lot of noise in the commuting market. Despite Intel’s new 12th generation Alder Lake CPUs’ excellent performance, we believe Ryzen processors will remain in our top CPUs ranking. AMD’s graphics cards are in the same boat. Despite the fact that Nvidia’s GeForce RTX GPUs are more popular and dominate our best graphics cards list, AMD still offers some highly powerful and dependable graphics cards. We’ll examine some of the best AMD graphics cards on the market in 2022 in this article.

Even while Nvidia’s 3090 remains the consumer-grade graphics card king, AMD now offers a number of incredibly powerful and reasonably priced GPUs, most of which we will cover in this article.

We’ll take a look at the best AMD graphics card on the market right now and see whether they’re the ideal fit for your needs.

So, without further ado, let’s have a look at some of the competitors for the Best AMD graphics card!

Top AMD Graphics Cards – Comparison Table

Prices pulled from the Amazon Product Advertising API on:

Nvidia RTX 3070 Ti- Best Premium Graphics Card

On the surface, the RTX 3070 Ti seems to be a slightly updated version of the 2020 original model, but the strengthened edition has one big change that pushes it over the over – a jump up to GDDR6X RAM, which is utilized by the high-end RTX 3080 series and the RTX 3090.

We’re also seeing an additional 256 CUDA cores for somewhat improved ray-tracing capabilities, but the change is pretty tiny overall. The improved memory type and faster clock speed over the original RTX 3070 delivers a respectable 10-15% performance improvement while also allowing it to be pushed farther by more intense games in the future due to better bandwidth support.

In terms of gaming performance, we’re witnessing a framerate gain over the basic RTX 3070, with the RTX 3070 Ti capable of hitting a minimum of 60 FPS average in some of the market’s most demanding games, such as Cyberpunk 2077 and Assassin’s Creed Valhalla. 4K is comparable in that the increase in RAM allows for an average of 60+ FPS in Ultra HD in games like Metro Exodus and Final Fantasy XV – something that was not previously achievable last year.


A fantastic price-to-performance ratio.

Excellent for gaming PC at Full HD, 1440p, and 4K resolutions.

Memory has been upgraded to GDDR6x.


8GB VRAM is still in use.


: GPU cores | 6,144 : Base clock | 1575 MHz : Boost clock | 1770 MHz : Memory | 8GB GDDR6X : Memory clock | 19 GT/s : Memory bandwith | 608GB/s

Nvidia GeForce RTX 3080 Ti – Flagship Graphics Card

For as powerful as the Geforce RTX 3080 Ti is, particularly with its bump to 12GB GDDR6X VRAM from the original model’s 10GB, that jump in capability comes at a high price of $500 more than the basic RTX 3080, placing it comparably closer to the RTX 3090’s MSRP – for more than twice the available memory.

Aside from the price, there’s no doubt that the Geforce RTX 3080 Ti is a strong gaming GPU for high-end 4K gaming, as the benchmarks show. We’re effectively seeing a considerable boost over the default RTX 3080, but that power disparity comes into play when looking at titles like Cyberpunk 2077, which cannot yet attain native 4K60 on anything at the time of writing. A side-by-side look at the Boost clock speed of the RTX 3080 compared with the RTX 2080 Super might have you worrying about the performance of the GPU.

Make no mistake, you’re getting a very competent and future-proofed GPU that will be able to blaze through the great majority of demanding 1440p and 4K games with no sacrifice for many, many years to come.


Fantastic 4K performance.

Mediocre ray tracing performance.

In-game performance is comparable to the RTX 3090.


Very expensive.


: GPU cores | 10,240 : Base clock | 1365 MHz : Boost clock | 1665 MHz : Memory | 12GB GDDR6X : Memory clock | 19 GT/s : Bandwidth | 912.4 GB/s

AMD Radeon RX 6800 XT- Best Mid-Range Graphics Card

AMD’s new-gen products were excellent out of the gate, providing a fair riposte to Nvidia’s 30-series cards, with the AMD Radeon RX 6800 XT being the best selection from the team red. It’s in the same weight class as the RTX 3080 card and packs a powerful punch – it really competes with the 3080 in terms of performance, and it, too, can handle 4K gaming.

The RX 6800 XT really outperforms the 3080 in certain areas, such as more VRAM and superior 4K performance, and it costs a little less than the 3080 as well! It’s a really appealing package, but it still falls short of its RTX counterpart in terms of DLSS, great ray-tracing performance, and somewhat better 4K figures. The RX 6800 XT has a triple fan design with three 77mm fans. 

Hands down, this is worthy of attention and consideration for all high-end gaming PC designs, and it has really tossed the red cat among the green pigeons in the graphics card market. If only you could afford to purchase any of them. Phantom Gaming 3X Cooling System created for the optimum combination between thermal efficiency and silent.


Excellent 4K capabilities.

Less expensive than the RTX 3080.

Beautiful new RDNA2 architecture.


Ray tracing is a letdown.

Doesn’t compete with the RTX 3080.


: RDNA cores | 4,608 : Base clock | 1,825 MHz : Boost clock | 2,250 MHz : TFLOPs | 20.74 : Memory | 16 GB GDDR6 : Memory clock | 16 GT/s : Memory bandwidth | 512 GB/s

Nvidia RTX 3060 Ti – Outstanding gaming performance Graphic Card

Only three years ago, the RTX 3060 Ti was regarded to be difficult to achieve from an entry-level graphics card. Benchmarks show that this video card outperforms the RTX 2080 Super (the last high-end GPU to beat) despite costing half as much. That’s all there is to it.  the RTX 3060 Ti is built with dedicated hardware for ray tracing. Get Amplified with the ZOTAC GAMING GeForce RTX 30 Series based on the NVIDIA Ampere architecture. Built with upgraded RT Cores and Tensor Cores, new streaming multiprocessors, and high-speed GDDR6 RAM, the ZOTAC Gameplay GeForce RTX 3060 Ti AMP White Edition LHR gives birth to amplified gaming with high quality.

Now, 4K resolution isn’t going to be the RTX 3060’s strong point. While UHD images are feasible, the emphasis is on better frame rates in 1440p and steamrolling through Full HD games pushed to their extreme limit. Again, this isn’t to suggest that the particular GPU can’t benefit from Ultra HD, but depending on the visual intensity of the game, you’re far more likely to see 30FPS averages rather than a rock-solid 60. It’s identical to the RX 6900 XT except for slightly lower clock speeds.

If you can locate the RTX 3060 Ti for a reasonable price online, it will be suitable for the great majority of PC gamers (if you can put aside a consistent 4K average in favor of more general gaming performance in lower resolutions, that is).


Makes use of 8GB of RAM.

Performs better than the RTX 2080 versions.

Uses ray tracing to its full potential.


Don’t expect native 4K60


: GPU Cores | 4,864 : Base Clock | 1,410 MHz : Boost Clock | 1,665 MHz : GFLOPS | 16.2 : Video Memory | 8GB GDDR6 : Memory clock | 14 Gbps : Memory bandwidth | 448GB/s

AMD Radeon RX 5700 XT-Best Performance Graphics Card

AMD managed to marginally undercut Nvidia’s new Super launch with a spectacular, pro-wrestling-style last-second price decrease only days before debut. By slashing the price by $50, AMD can now credibly claim that their card outperforms the RTX 2060 Super while remaining the same price.

Of course, what that type of marketing language leaves out is that the RX 5700 XT lacks the ray tracing and Tensor cores found in RTX cards. It is consequently less well suited for play games that use ray tracing or DLSS, but in terms of sheer horsepower, it outperforms the 2060 Super by roughly 5-10%. The ASUS GPU Tweak II tool takes graphics card customization to the next level. It enables you to modify crucial parameters such as GPU core clocks, RAM frequency, and voltage settings, with the opportunity to monitor everything in real-time via a customized on-screen interface. Advanced fan control is also included along with many more features to help you get the most out of your graphics card.

It’s also very power efficient, thanks to AMD’s 7nm technology and the gleaming new RDNA architecture. The RX 5700 XT also supports AMD’s Radeon Image Sharpening, which AMD says will sharpen visuals with little to no effect on performance in games that use it. While it is now more of a novelty than a functionality, if it is widely used, it might be a method for AMD to compensate for the absence of built-in RT and DLSS support on their chips.


For the same price, it outperforms the 2060 Super.

RDNA architecture with high efficiency.


There is no ray tracing or DLSS hardware.


: GPU Cores | 2,560 : Base Clock | 1,605MHz : Boost Clock | 1,905MHz : GFLOPS | 9,754 : Video Memory | 8GB GDDR6 : Memory Clock | 14 GT/s : Memory Bandwidth | 448GB/s

Nvidia GeForce RTX 2080 Super- The Best 20-Series Graphics Card

While the RTX 2080 Super is still a costly option at its present pricing, it is less expensive than the Ti variant (which it outperforms by 5-10 percent ). While the 2080 Ti is still more powerful, the extra $400-$500 isn’t worth it for a pretty small gain in computational power (between 10 and 30 percent), particularly given the extremely limited use cases for ray tracing that exist at the present. While more ray-traced games are appearing in the public, such as Wolfenstein: Youngblood, Call of Duty: Modern Warfare (2019), and Control, the current pool of titles with DXR or Vulkan RT support remains quite small.

This is a card that delivers incredible 1440p performance in triple-A titles, even with ray tracing enabled in the games that support it. Every video game superhero need superpowers. The new GeForce RTX SUPER Series graphics cards you everything you need to dominate your game. They use the Turing architecture and have more cores and faster clocks. This results in performance that is up to 25% quicker than the original RTX 20 Series and 6X faster than previous-generation 10 Series GPUs.

The RTX 2080 Super doesn’t have any exciting new features up its sleeve. Instead, it seems to be a mid-generation upgrade, clearly intended to take the wind out of AMD’s sails ahead of the debut of Red Team’s new RX 5000-series. While the 2080 Super’s counter-marketing success is debatable, one truth is undeniable: it is the greatest (borderline) mainstream graphics card on the market right now, giving superb 4K performance (and scorching QHD) for the best price point we’ve seen so far for that level of performance.


Outstanding 1440p and 4K performance.

The pricing is the same as the original 2080.

Outperforms both the standard 2080 and the 1080 Ti.

Ray tracing and DLSS cores are dedicated.


There are no major new features.

Still rather costly.


: GPU Cores | 2,944 : Base Clock | 1,515MHz : Boost Clock | 1,800MHz : GFLOPS | 10,958 : Memory | 8GB GDDR6 : Memory Clock | 14Gbps : Memory Bandwidth | 448GB/s

Nvidia GeForce RTX 2060 Super-Best Enthusiast Graphics Card

Along with the 2070 Super, the RTX 2060 Super is the most affordable way to prepare your system for our ray tracing, DLSS-enabled future. The 2060 Super not only has Nvidia’s much-touted new capabilities, but it also outperforms the card it’s designed to replace the vanilla 2070. It provides you everything in the 2070 Super’s stable, only a little less of each, but if you’re looking for a card that can handle 1080p and 1440p games, 2060 is the most affordable option to get on the ray-tracing bandwagon.

When held at arm’s length, there will be no noticeable visual flaws. Products with batteries will have a capacity that is more than 80% of what it was when new. Although the accessories may not be authentic, they will be compatible and totally functioning. The product may arrive in a generic package.

If you currently have a GTX 1070, the step to the 2060 Super may feel premature, particularly around launch when they’ll be at full price. However, if you’re upgrading from a 970 or lesser card, the 2060 Super is your best chance for excellent performance that will, to some degree, future-proof your setup for the inevitable growth of DXR and Vulkan RT. It gives budget-focused 1080p gamers a better option against competing for AMD cards in the same price bracket.


For around the same price, it outperforms the RTX 2070.

The most affordable pricing point for ray tracing and DLSS.

Excellent QHD and FHD performance.


Still pricey for an ‘entry-level’ card.


: GPU Cores | 2,176 : Base Clock | 1,470MHz : Boost Clock | 1,650MHz : GFLOPS | 7,181 : Memory | 8GB GDDR6 : Memory Clock | 14 GT/s : Memory Bandwidth | 448GB/s

AMD Radeon RX 5600 XT-Best Budget Graphics Card

Although it is already well and completely in the shadow of Nvidia’s 2020 graphics card release in the shape of the in the shade, the 5600XT is a good, excellent card to have in your arsenal. And probably the best for 1080p gaming.

The card is excellent in and of itself, but a firmware update that increased clock speeds and memory performance (on many, but not all, 5600XT cards) made a significant impact, especially in light of Nvidia’s 2060 being reduced in price. Because not all 5600XT cards received this upgrade, it’s important to conduct your research before making a purchase. According to PC Gamer, “it’s worth checking the downloads section for any card you’re looking at to see whether it’s received the BIOS upgrade to 14Gbps and higher new GPU frequencies before you spend your cash.”

You could do a lot worse for around $300, and the value for the buck is really excellent here despite an uncomfortable placing around the 1660 Super and 2060 level. However, if this is your budget, you’ll have a difficult time picking between these wonderful cards.


The ‘ultimate’ 1080p video card.

Excellent starting point.

Integrated graphics Supports overclocking

RTX 2060-class performance.


Starting to show its age.


: RDNA Cores | 2,048 : Base Clock | 1,375MHz : Boost Clock | 1,750MHz : TFLOPS | 8.07 : Memory | 6GB GDDR6 : Memory Clock | 12 – 14GT/s : Memory Bandwidth | 288 – 336GB/s

AMD Radeon RX 580 8GB-Best Value Budget Graphics Card

If you have yet to upgrade to a 4K display, investing a large sum of money on an overloaded GPU may seem to be an act of extreme luxury. While you’re saving up for a new 4K monitor/panel, the $200 the 580 saves over the next tier of cards is important, and AMD’s low-cost alternative can readily handle the end of the 1080p era.

Third-party versions of a given GPU may vary slightly from AMD’s and Nvidia’s advice for their reference cards, so always check the power-supply recommendation details for the specific card you are looking at SLI. Either variable refresh rate technology will synchronize your GPU’s frame rate with your screen’s refresh rate. The ASUS Dual-fan RX 580 with 1-click overclocking joins the VR insurrection. Auto-Extreme manufacturing technology combined with Super Alloy Power II components assures superior quality and dependability, while two fans deliver a quieter and cooler gaming experience.

The 580 is an excellent choice for those on a tight budget or who want to guarantee that your PC keeps up with current-generation consoles. And its 8GBs of GDDR5 memory is ample in contrast to Nvidia’s similarly priced 1060 range, an advantage that will be much welcomed as rendering needs rise.


Excellent value and accessibility.

Excellent fit for current games.


Starting to show its age.


: GPU Cores | 2,304 : Base Clock | 1,257MHz : Boost Clock | 1,340MHz : GFLOPS | 6,175 : Memory | 8GB GDDR5 : Memory Clock | 8 GT/s : | : Memory Bandwidth | 256GB/s

Nvidia GTX 1660- Best Entry-level performance Graphics Card

If you’re searching for a current, entry-level graphics card with a respectable performance at the best price of around $250, 1660 is the card for you. 1660 takes use of the Turing architecture established in the RTX range but combined with the widely accessible (and hence affordable) GDDDR5 VRAM, slotting into the gap opened by the GTX 1060 and giving something like 13-15 percent greater performance at a lower cost.

 Those are usually clocked above the rated game clock speeds too, so you might want to check the specs sheet before buying one. The VR uprising continues with the ASUS Dual-fan RX 580 with 1-click overclocking. Auto-Extreme manufacturing technology with Super Alloy Power II components provides superior quality and dependability, while two fans deliver a quieter and cooler gaming experience.

1660 is definitely Nvidia’s attempt to get into the lucrative sub-$250 category where, according to Steam Hardware Survey data, the great majority of PC gamers purchase. It’s a mainstream play, presumably aimed in part at reducing the 20-series family’s lower-than-expected sales, but it provides precisely what you want at a price you can live with.


Very reasonably priced.

Architecture designed by Turing.

At 1080p Ultra, the performance is outstanding.


GGDR5 memory rather than GDDR6 memory.

Not ideal for QHD (1440p).


: GPU Cores | 1,408 : Base Clock | 1,530MHz : Boost Clock | 1,785MHz : GFLOPS | 5,027 : Memory | 6GB GDDR5 : Memory Clock | 8 GT/s : Memory Bandwidth | 192GB/s

Nvidia RTX 2080 Ti-Overall Best Performance Graphics Car

The Nvidia 2080 Ti is still one of the fastest graphics cards available – and hence, in some views, one of the greatest graphics cards available if we measure things by raw power and statistics. Its pricing will remain a barrier if you can find it – now that the 30-series cards are out – but if supply and availability levels out for those cards, the price of the remaining 2080 Tis may drop to some tasty levels.

The Turing GPU architecture and the all-new RTX platform power the ASUS GeForce RTX graphics cards. This provides up to 6X the performance of previous-generation graphics cards and offers real-time ray tracing and AI to games.

It may struggle to reach the stratospheric heights of 4K, but if you want to run games at the highest settings and with ray-tracing, this is a card worth considering. However, and unsurprisingly, it’s difficult to advocate hard to friends or readers considering that you can create a great PC gaming that will offer you years of fun for the price of just one component – assuming costs remain the same. If you have no financial issues or worries, or if you can catch one at a fair price, this is it; otherwise, go for anything higher on our list.


The fastest graphics card available.

Deep learning and ray tracing technology

Ray tracing is becoming more popular among developers.


Still quite expensive in 2021


: GPU Cores | 4,352 : Base Clock | 1,350MHz : Boost Clock | 1,545MHz : TFLOPS | 13.4 : Memory | 11GB GDDR6 : Memory Clock | 14 GT/s : Memory Bandwidth | 616GB/s

Nvidia GeForce RTX 2070 Super-Best Graphics Card for solid 4K RTX performance

The RTX 2070 Super, the mid-tier card in Nvidia’s new RTX Super stack, is the best of the lot in terms of pure dollars-to-frames. With the vanilla 2070 (and 2080) no longer accessible, the new Super version will be the only 2070 component available, and it’s an excellent substitute. With performance comparable to the RTX 2080 but a price tag of $499 (Nvidia has chosen without a Founder’s Edition premium on the new Super cards), the RTX 2070 Super is difficult to dismiss as a value offer.

This is a card that provides excellent 1440p performance in triple-A titles, even when ray tracing is enabled in the games that support it. While run games using AMD GPU-intensive ray-tracing methods, like Metro’s global illumination, may stumble a bit at higher resolutions, the 2070 Super performs well in most circumstances even at 4K.

This is especially true in games that support DLSS, which is a frame-saving technique developed by Nvidia to downsample rendered images before using artificial intelligence (powered by the RTX’s Tensor cores) to add the pixels back in without putting too much strain on the card’s main processing capability. As a consequence, you get a fantastic card at a reasonable price, and it’s an easy suggestion if you can afford it.


For less, you can get close to the original RTX 2080.

Dedicated ray tracing and DLSS hardware is included.

Amazing 1440p performance and decent 4K performance.


No new standout Super features


: GPU Cores | 2,560 : Base Clock | 1,605MHz : Boost Clock | 1,770MHz : GFLOPS | 9,062 : Memory | 8GB GDDR6 : Memory Clock | 14 GT/s : Memory Bandwidth | 448GB/s

XFX Rx 5700 8GB- Best Budget Graphics Card for 4k Gaming

The ever-popular AMD RX 5700 graphics card comes next. It’s the RX 5700 XT’s smaller brother, and it gives really high performance in both 1080p and 1440p at an extremely affordable price. We chose the XFX 5700 because it has good cooling, a fantastic design, and high clock rates that allow it to compete with cards like the RTX 2060 Super. The cooling system is a dual-fan configuration that maintains low temperatures during use and was very silent in most of the circumstances we tested it in.

Even though it’s on the big side, it’s one of the best-looking cards on this list in my view. As with the RX 5700 XT, verify your case before ordering since this card is both long and broad. As previously said, performance is fairly close to that of the RTX 2060. The RX was intended to outperform that card, and it seems to have done so in our testing. Over a variety of games, the RX 5700 had roughly a 5-10% higher FPS on average. AMD’s FidelityFX Super Resolution, in comparison, fails to deliver, but we’ll see if that changes in the future with the AMD cards. 

It has a game clock of 1,720 MHz and a boost clock of 1750 MHz, which is identical to the RADEON VII. This GPU is ideal for 1440p and creative work workloads, thanks to its 8GB of GDDR6 RAM. Overall, a reasonably priced, less powerful alternative to the RX 5700XT, which we believe will perform well at this price range.


Another powerful GPU with amazing value for money.

Very effective cooling solution.

 Good gaming performance.

FPS is high in both 1080p and some 1440p games.


Very expensive.


: Clock Speeds | Mhz – 1625 MHz Boost Clock : VRAM | 8GB GDDR6 : Memory Bus Width | 256 Bit : Brand | XFX : Graphics Coprocessor | RX 5700 XT : Video Output Interface | HDMI : Chipset Brand | AMD : Graphics RAM Type | GDDR6

GIGABYTE Radeon RX 5500 XT-Best Bang for the Buck Graphics Card

The RX 5500XT is AMD’s most recent product. It was difficult to choose between this and the RX 590 since they were so similar in terms of price and performance. It all boiled down to a few unique things in the end. To begin with, the RX 5500XT is a lot newer piece of hardware, and with it comes a slew of new technology that the RX 590 just does not have.

The cooling method is significantly more efficient, makes much less noise, has new RDNA architecture, and only needs an 8-pin connection for power. When we considered all of these aspects, as well as the performance of the 5500XT, we concluded it edged out the 590. In terms of pricing, the RX 590 is somewhat less expensive than the 5500XT. In fact, in several AAA gaming titles, it marginally outperforms the 5500XT. That implies there’s a strong argument to be made for the RX 590 over the RX 5500XT. Having said that, we chose the RX 5500XT for its future-proofing, power consumption, and cooling supremacy on this occasion.

So, how does the 5500XT do in the real world? The response is that it is excellent for the money. This card is an excellent addition to any esports gaming PCs and is ideal for 1080p gaming, which is commonly regarded as the standard resolution for professional esports. It will also give far over 100FPS in less-intensive games at this resolution. To summarize, if you’re searching for a low-cost GPU capable of handling 1080p gaming in the majority of games, go no further. The RX 5500XT checks all of these boxes and then some.


Another fantastic GPU with amazing value for money.

Very effective cooling solution.

FPS is high in both 1080p and some 1440p games.


Rx 590 is more costly.


: Clock Speeds | 1845 Mhz : VRAM | 8GB GDDR56 : Memory Bus Width | 128-bit : Series | GV-R55XTGAMING OC-8GD : Brand | Gigabyte : Graphics co-processor | AMD Radeon RX 580 : Video output interface | HDMI : Graphics Chipset Brand | AMD : Graphics RAM Type | GDDR6 : Graphics RAM size | 8 GB : Memory clock speed | 14000 MHz : GPU clock speed | 14000 MHz : Graphics card interface | PCI-Express x16

XFX Radeon RX 570 RS XXX Edition-High-End Graphics Card

The very popular XFX Radeon RX 570 RS XXX Edition. For good reason, it is often regarded as the greatest budget AMD graphics card. It provides excellent value for money. The RX 570 from XFX is dressed in classic XFX style. Twin red fans and a relatively big cooling design provide excellent cooling during lengthy gaming sessions. These fans also include Zero db technology for a whisper-quiet construction, which is always a benefit.

Moving on to performance, the RX 570 has a 1,286MHz clock speed, 8GB of GDDR6 VRAM, and 2048 stream processors – all of which are based on the previous generation’s GCN architecture, which isn’t a terrible thing. It will be capable of pushing 60FPS in AAA game titles at 1080p, but it is designed for less-intensive esports games like CS: GO, Fortnite, and DOTA 2.

This is the ideal card for anybody searching for a low-cost boost in gaming performance. It provides adequate looks, enough cooling, and engaging gaming experiences at 1080p. Overall, we believe this is an excellent card for the price.


Excellent price/performance ratio.

Much less expensive than the other cards on this list.

Excellent for 1080p performance.


Architecture from the past.

Not the greatest in titles that require a lot of work.


: Clock Speed | 1286 MHz : VRAM | GDDR5 8GB : Memory Bus Width | 256-bit : Brand | XFX : Graphics Coprocessor | AMD Radeon RX 470 : Video Output Interface | DVI, HDMI : Chipset Brand | AMD : Graphics RAM Type | GDDR5

AMD Radeon Pro WX8200-A professional-grade GPU from AMD

This nifty professional-grade graphics card is another try to steal some of Nvidia’s thunder, bringing the performance of AMD’s higher-tier WX9100 card to a sweeter price point (compared, to the normally much higher cost of Radeon Pro and Quadro cards) (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 provide some amazing performance in specialized tests. In most modern games, you’ve likely seen something in your graphics settings that lets you change the render scale of a game. GD-127 Smart Access Memory technology enablement requires an AMD Radeon 6000 series GPU, Ryzen 5000 or 3000 series GPU (excluding the Ryzen 5 3400G and Ryzen 3 3200G), and a 500 series motherboard with the latest BIOS update. 

Depending on the tools you use, AMD GPUs may give higher performance. 3D animators who depend primarily on Maya or Blender, for example, may profit from selecting AMD over Nvidia, but we’d urge more study and analysis of your individual workflow before committing. OpenCL apps operate wonderfully with AMD graphics hardware.


Outpaces similar Quadros



No Cuda support 



: GPU Cores | 3584 : Base Clock | 1200MHz : Boost Clock | 1,500MHz : GFLOPS | 10,075 : Memory | 8GB HBM2 : Memory Bandwidth | 512GB/s

Nvidia Quadro RTX 5000-A powerful graphics card for creative software

If you’re not interested in gaming, the Quadros may be a better alternative for creative applications than Nvidia’s GeForce cards. While the 8GB Quadro RTX 4000 is the more economical alternative, the 16GB Quadro RTX 5000 packs in a lot more horsepower, making it preferable for demanding customers who are ready to spend out for significant performance.

With the NVIDIA Quadro RTX 5000, you can push the limits of what’s possible. It combines ray tracing, deep learning, and improved shading to accelerate next-generation workflows and is powered by the NVIDIA Turing architecture and the NVIDIA RTX platform. Creative and technical workers can make better-informed choices more quickly and handle demanding design and visualization tasks with ease.

It delivers a lot more rendering capability than the preceding Pascal generation, propelling Cuda and OpenCL applications to new heights and leaving other graphics cards appearing comparably feeble.


Monstrous degrees of application rendering.

Massively enhanced Cuda and OpenCL computing performance.


Very expensive.

Ray-tracing performance behind the competition


: GPU Cores | 3,072 : Base Clock | 1,620MHz : Boost Clock | 1815MHz : GFLOPS | 11,200 : Memory | 16GB GDDR6 : Memory Bandwidth | 448 GB/s

Nvidia Quadro RTX 4000-A affordable professional-grade Graphics Card

The Nvidia Quadro RTX 4000 is highly recommended for a workstation-class graphics card at a (just about) economical price. It offers exceptional performance in design applications and comes in a sleek single-slot design that enables it fit into compact cases. It also needs less power than a larger GeForce card. Designed to handle professional workflows, the PNY Quadro RTX 4000 Graphics Card leverages the Turing architecture and the RTX platform to enable rapid ray tracing, deep learning, and enhanced shading.

This graphics card contains 288 Tensor Cores and 36 RT Cores as well as 8GB of GDDR6 VRAM. The front panel of the card contains a variety of outputs. There are 3 x DisplayPort outputs and a USB Type-C connector using the VirtualLink standard. Computationally demanding applications may exploit the GPU’s 2304 cores to expedite work using CUDA or other APIs.

OpenCL and Cuda applications in particular absolutely fly on the Turing architecture, thus the RTX 4000 will make a significant impact when working with creative software, plug-ins, and filters, driving exceptional performance when rendering graphics, 3D, and video.


Better for the design than a GeForce card

Excellent with OpenCL and Cuda software


No good for gaming

Quite pricey for the spec.

Ray-tracing performance behind the competition.


: GPU Cores | 2,304 : Base Clock | 1,005MHz : Boost Clock | 1,545 MHz : GFLOPS | 7,100 : Memory | 8GB GDDR6 : Memory bandwidth | 416 GB/s

Final Words

So there you have it: an in-depth look at the Best AMD graphics cards available right now.

Coming up with a definite five was difficult, particularly given how close some of the cards are matched. However, we believe we have done a fair job of limiting down the alternatives. When it comes to graphics cards and the architecture that powers them, AMD has gone a long way in the previous 5-10 years.

We’re just now getting a sense of what they’re capable of with the new technologies at their disposal. Hopefully, this tendency will continue and the competition for GPU hierarchy will become as tight as it has been between AMD and Intel CPUs.

Quick Shopping Tips for the Best AMD Graphics Card

Let’s face it; selecting the best graphics card for your requirements is never a simple chore. Before making a final decision, you must evaluate a slew of critical factors.

We take understanding how a product works and what to look for extremely seriously. We aim to educate individuals on these topics as often as possible so that they can make their own educated decisions.

So, with that in mind, let’s look at the factors we believe you should think about before selecting a graphics card.


The first, and perhaps most crucial, consideration in any hardware purchase is the cost. That’s correct, whether you’re looking at the newest gaming displays or a high-end motherboard, you must make sure it’s within your price range.

When it comes to your PC’s GPU, price is an intriguing topic. Most people attempt to stay to a specific pricing point (unless you’re designing a premium tier PC gaming that isn’t constrained by financial constraints). Which, if you ask me, is precisely what you should be doing. However, rookie PC builders may be unaware of the current pricing of a graphics card in comparison to the rest of the build. Allow me to give you an example.

If you’re creating a PC for less than $1,000, you should budget at least $400-$500 for the graphics card. Yes, half of the whole budget. Even while it may seem to be a wild idea, it is really the wisest course of action. This point will be elaborated on in the next section.


The majority of individuals who read this post are looking for a graphics card for one of two reasons: they need additional graphical capability for a gaming PC or a content production PC. Most other jobs do not need the use of a strong GPU.

Since games began to transfer their performance needs from the CPU to the GPU, more individuals have invested bigger sums of money in their graphics processors – something we should all strive for if we want better in-game FPS.


The next thing to think about before buying a GPU is the cooling system it comes with. When it comes to… well, most hardware components, cooling, and performance go hand in hand. That’s because when they’re stressed or under a lot of pressure, they produce a lot of heat.

Heat will reduce the efficiency of your gear, perhaps resulting in a poor gaming experience. No one wants that, believe me. As a result, having the proper cooling is critical, and it is something that should be considered far in advance of your next GPU purchase.


Finally, there’s the issue of scale. At this point, you may be thinking that larger is always better. Fortunately, this isn’t always the case.

When we speak about size, we’re referring to a product’s physical measurements. Some individuals aren’t aware that graphics cards come in a wide range of sizes, with cheap options often being significantly smaller than high-end options.

Clock Speeds

If you’ve ever built a PC, you’re definitely familiar with the concept of clock speeds. If you don’t, don’t worry; they’re rather simple to grasp. Clock speed, also known as clock rate, is the pace at which your microprocessor (in this instance, the GPU chip) operates. It simply relates to how quickly your GPU executes instructions.

Because each GPU is clocked at a different rate, it may accomplish tasks at varying speeds. Although clock speed is one of the most significant elements to consider when purchasing a GPU, it is not the only aspect that influences your in-game performance. This is determined by a variety of things.


VRAM is the video RAM on your GPU (random access memory). It directly affects how well your graphics card operates and how much data it can read at once.

VRAM is similar to PC RAM in that it stores data that your GPU may access at any moment and in any sequence. The more VRAM you have, the more data you can access without having to go via the CPU. Higher-resolution game formats, as well as anti-aliasing, need additional VRAM. As a result, when shopping for a GPU, we always suggest searching for at least 6GB of VRAM.

Frequently Asked Questions

Q. Is AMD or Nvidia better?

One of the key problems that left many first-time builders scratching their heads is whether to pick AMD or Nvidia for their graphics needs.

It’s a conflict as ancient as time, and one that still generates headlines today. Historically, Nvidia has been number one for pretty much all pricing categories. For certain (price points) it still remains the case today. However, owing to breakthroughs ahead in technology from the people at AMD, that is no longer the case across the board.

Unfortunately (for AMD enthusiasts anyhow) the higher-end of the pricing range is still totally dominated by Nvidia. Their “king of all graphics cards” RTX 3090 is unrivaled at the top of the pecking order and has remained since it’s launch. Having said that, if AMD continues to enhance their GPUs at the same pace as their CPUs, I wouldn’t be shocked to see those data alter in the next couple of years, however. I guess we’ll have to wait and see!

Q. Who Needs a Discrete GPU?

One of the primary reasons individuals purchase a separate graphics card is to increase the gaming capabilities of their computer. If you want to boost your PC’s gaming performance, you should consider purchasing one of the discrete graphics cards listed below.

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