The GPU power ladder: all current graphics cards ranked
The Digital Foundry GPU power ladder is simple: it ranks all current graphics cards on the market from most powerful to least powerful. Our ranking is based on our comprehensive real-world testing in nine modern and legacy games; no synthetic benchmarks.
For each card, we’ll include average frame-rates at common resolutions and benchmark runs in one legacy title (Crysis 3) and one modern game (Shadow of the Tomb Raider) so you can see how each card tested compares against others in its tier. Each game was tested at highest settings with an overclocked high-end CPU. If you want to see more in-depth performance figures and see how we tested, you can find links to our full reviews and benchmark pages. We’ve also linked to each card on Amazon; clicking these links helps support the work we do.
If you’re looking instead for quick recommendations, then our best graphics cards 2020 article is worth reading too. This includes our current picks for the fastest graphics card, the best value graphics card and the best budget GPU, plus recommendations for specific screen resolutions and more.
That just about sums things up, so let’s get to the results — starting with a glance at the current rankings, with each card shown compared to the leading RTX 2080 Ti.
Older graphics cards: where they rank
It’s worth mentioning that we are focusing here on all current graphics cards, so models with dwindling stock have been excluded. (You can read more about why in the FAQ.) With that in mind, here are quick summaries of the cards that didn’t quite make it — including their tier (with relative strength against RTX 2080 Ti at 1440p), average fps at three resolutions, closest competitor and a link to their full benchmarks.
GPU | Tier | 1080p | 1440p | 2160p | Closest to… | Link |
---|---|---|---|---|---|---|
GTX 1080 Ti | 1 (78%) | 131fps | 94fps | 52fps | RTX 2080 is +2fps | 1080 Ti benchmarks |
Radeon 7 | 1 (76%) | 124fps | 92fps | 52fps | 2070 Super +0fps | R7 benchmarks |
GTX 1080 | 2 (64%) | 108fps | 77fps | 41fps | RX 5700 is +1fps | 1080 benchmarks |
Vega 64 | 3 (60%) | 100fps | 73fps | 40fps | RTX 2060 is -2fps | V64 benchmarks |
GTX 1070 Ti | 3 (57%) | 99fps | 69fps | 37fps | RTX 2060 is +2fps | 1070 Ti benchmarks |
Vega 56 | 3 (55%) | 94fps | 66fps | 36fps | RTX 2060 is +5fps | V56 benchmarks |
GTX 1070 | 3 (50%) | 88fps | 60fps | 32fps | GTX 1660 Ti is -1fps | 1070 benchmarks |
GTX 970 | 5 (32%) | 55fps | 38fps | N/A | RX 570 is +1fps | N/A |
GTX 960 4GB | 6 (17%) | 34fps | N/A | N/A | RX 560 is +1fps | N/A |
If you’re only interested in graphics cards at a given tier, you can use these links to skip ahead.
GPU Power Ladder: six tiers of gaming performance
- Tier 1: RTX 2080 Ti, RTX 2080 Super, RTX 2080, RTX 2070 Super
- Tier 2: RX 5700 XT, RTX 2070, RTX 2060 Super, RX 5700
- Tier 3: RTX 2060, RX 5600 XT, GTX 1660 Ti, GTX 1660 Super
- Tier 4: GTX 1660, RX 590, RX 5500 XT 8GB, RX 5500 XT 4GB
- Tier 5: RX 580, GTX 1060, GTX 1650 Super, RX 570
- Tier 6: GTX 1650, GTX 1050 Ti, GTX 1050 3GB, RX 560
Tier 1: RTX 2080 Ti, RTX 2080 Super, RTX 2080, RTX 2070 Super
This tier contains the best consumer graphics cards on the market, all the way up to the four-figure RTX 2080 Ti. If you’re looking to game at 4K without sacrificing detail settings, this is where you want to be. Here’s how the top four GPUs compare.
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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1. Nvidia GeForce RTX 2080 Ti
151fps 1080p • 121fps 1440p • 69fps 4K
The RTX 2080 Ti is the fastest consumer graphics card on the market by a significant margin. (The Titan RTX is a bit faster, but that workstation card is twice as expensive.) As well as possessing an immense amount of raw horsepower, the 2080 Ti also comes with hardware-accelerated real-time ray tracing (RTX) and deep learning super sampling (DLSS), two forward-looking features that are presently only supported in a handful of games. While the RTX 2080 Ti is a strong card, its four-digit price tag keeps it out of consideration for all but the most deep-pocketed PC builders.
- Full RTX 2080 Ti benchmarks
- Digital Foundry RTX 2080 Ti review
- Check prices on Amazon
2. Nvidia GeForce RTX 2080 Super
139fps 1080p • 103fps 1440p • 57fps 4K
The RTX 2080 Super is noticeably better than the RTX 2080, GTX 1080 Ti and RTX 2070 Super while not challenging the supremacy of the RTX 2080 Ti. Like other RTX cards, it includes dedicated ray tracing and deep learning hardware, alongside niceties like a USB-C port for VR headsets (and indeed, almost anything else that connects via USB-C). This card replaces the RTX 2080 at the same recommended retail price.
- Full RTX 2080 Super benchmarks
- Digital Foundry RTX 2080 Super review
- Check prices on Amazon
3. Nvidia GeForce RTX 2080
133fps 1080p • 97fps 1440p • 54fps 4K
The RTX 2080 provides slightly better performance than Nvidia’s last-generation flagship card, the GTX 1080 Ti. This card has been replaced by the RTX 2080 Super, but stock is still widely available and temporary price reductions mean the card is still a viable option. Just make sure you can’t get an RTX 2080 Super for the same money!
- Full RTX 2080 benchmarks
- Digital Foundry RTX 2080 review
- Check prices on Amazon
4. Nvidia GeForce RTX 2070 Super
128fps 1080p • 92fps 1440p • 50fps 4K
The RTX 2070 Super is the replacement for the RTX 2070, offering increased performance at the same price. The card is ideal for 1080p and 1440p gaming, but 4K is also within reach with just a few settings tweaks. As with other RTX cards, hardware-accelerated ray tracing and deep learning super sampling (DLSS) features could add value if you play games that support them.
- Full RTX 2070 Super benchmarks
- Digital Foundry RTX 2070 Super review
- Check prices on Amazon
Tier 2: RX 5700 XT, RTX 2070, RTX 2060 Super, RX 5700
These cards aren’t the fastest available, but they still provide excellent performance and they cost much less than the leading cards. Expect to be able to stretch to 4K in many titles, but 1440p or high refresh-rate 1080p is the sweet spot. Here’s how this quartet of graphics cards compare:
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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5. AMD Radeon RX 5700 XT
120fps 1080p • 86fps 1440p • 46fps 4K
The RX 5700 XT uses AMD’s new RDNA architecture and the same 7nm process that debuted on the Radeon 7, bringing a surprising amount of horsepower to a modestly-priced package. The card burns through more power than its little brother, the RX 5700, but does scale better to higher resolutions thanks to its improved performance.
- Full RX 5700 XT benchmarks
- Digital Foundry RX 5700 XT review
- Check prices on Amazon
6. Nvidia GeForce RTX 2070
115fps 1080p • 82fps 1440p • 44fps 4K
The RTX 2070 offers good performance at 1080p and 1440p, while also stretching to 4K in modern games if you’re willing to turn some graphics settings down. It’s a little faster than the older GTX 1080. The RTX 2070’s price/performance combo saw it become the most popular RTX card in the Steam Hardware Survey, but expect it to wane now that its replacement has arrived. Still, RTX 2070 cards are still available in wide numbers, and new price drops may make them a good value choice — just check 2070 Super prices too!
- Full RTX 2070 benchmarks
- Digital Foundry RTX 2070 review
- Check prices on Amazon
7.
Nvidia GeForce RTX 2060 Super
113fps 1080p • 80fps 1440p • 43fps 4K
The RTX 2060 Super is an excellent value choice for 1080p and 1440p gaming, occupying the same price bracket as the old RTX 2060 but offering more VRAM (8GB vs 6GB) and increased compute power. That makes this card a more future-proof option than its predecessor. However, the RTX 2060 remains on sale at a lower price, providing a better price to performance ratio — at least in the short term.
- Full RTX 2060 Super benchmarks
- Digital Foundry RTX 2060 Super review
- Check prices on Amazon
8. AMD Radeon RX 5700
109fps 1080p • 77fps 1440p • 42fps 4K
The RX 5700 is another new card from AMD, using a 7nm process and the advanced RDNA architecture to provide excellent 1080p and 1440p performance for a reasonable price. The vanilla RX 5700 runs more efficiently than the XT model, but doesn’t have quite as much top-end grunt. However, reports suggest it’s possible to flash the RX 5700 XT BIOS onto the regular model, potentially unlocking extra performance. We haven’t tried this and don’t recommend it, as you could end up with a brick, but it’s a point of interest nonetheless.
- Full RX 5700 benchmarks
- Digital Foundry RX 5700 review
- Check prices on Amazon
Tier 3: RTX 2060, RX 5600 XT, GTX 1660 Ti, GTX 1660 Super
This competitive tier performs well at 1440p and 1080p, without the need to reduce detail settings in all but the most demanding games. It’s also home to the cheapest card with hardware-accelerated ray tracing and DLSS, the RTX 2060. The recent removal of the Vega 56 and Vega 64 mean that Nvidia’s best recent GTX cards move up a tier in our ranking, providing some desperately-needed room in the crowded lower tiers of the power ladder.
The RX 5600 XT also makes its debut here. This is a strong card, but the situation is complicated — a BIOS upgrade pushed by AMD a few days before launch means that some models are substantially more powerful than others, with 12Gbps memory upped to 14Gbps and boost frequencies raised as well. Check out our RX 5600 XT review for the full details, or read AMD’s list of different RX 5600 XT models.
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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9. Nvidia GeForce RTX 2060
102fps 1080p • 71fps 1440p • 37fps 4K
The RTX 2060 occupies a unique place in Nvidia’s lineup, being the cheapest card to offer hardware-accelerated ray tracing. It performs well too, particularly in newer games, with solid results at 1080p and 1440p. Lower CPU utilisation means that the RTX 2060 actually performs better at 1080p gaming than the Vega 64, although it loses out to the AMD card at higher resolutions. The RTX 2060 recently saw a permanent price reduction thanks to the introduction of the faster RTX 2060 Super, making it an excellent value choice for 1080p and 1440p gaming with RTX and DLSS support.
- Full RTX 2060 benchmarks
- Digital Foundry RTX 2060 review
- Check prices on Amazon
10. AMD Radeon RX 5600 XT
97fps 1080p • 68fps 1440p • 36fps 4K
This card sits between the RX 5500 XT and RX 5700, delivering strong 1080p performance and decent 1440p frame-rates too. The RX 5600 XT is a fascinating product, thanks to a late-breaking BIOS update that boosts performance substantially — with clock speeds of 1750MHz and effective memory speed of 14Gbps, compared to 1620Mhz and 12Gbps on the reference product. It’s well worth choosing an OC model for that reason, as long as the price is close to the $299 mark. Note that our average frame-rates here are based on the reference model; the OC model’s averages are 102fps at 1080p, 72fps at 1440p and 38fps at 4K. Check out the review linked below for a closer look at performance between the two variants — and be sure to read AMD’s breakdown of which models require BIOS upgrades to work at full speed, ship with BIOS upgrades installed or aren’t certified to work at the higher speeds.
- Digital Foundry RX 5600 XT review
- Check prices on Amazon
- Read AMD’s list of RX 5600 XT models
11. Nvidia GeForce GTX 1660 Ti
88fps 1080p • 60fps 1440p • 31fps 4K
The GTX 1660 Ti is an unusual card, offering some advantages of Nvidia’s Turing architecture without dedicated hardware for machine learning or ray tracing. That results in a cheaper card overall, able to beat out the GTX 1070 in modern titles but fall behind in older ones.
- Full GTX 1660 Ti benchmarks
- Digital Foundry GTX 1660 Ti review
- Check prices on Amazon
12. Nvidia GeForce GTX 1660 Super
85fps 1080p • 59fps 1440p • 30fps 4K
The GTX 1660 Super is a better version of the original GTX 1660 with faster GDDR6 memory. The 75 per cent increase in memory clocks makes this card about 15 per cent faster in most games we tested, allowing it to come very close indeed to the more expensive GTX 1660 Ti. That means you should opt for whichever card is cheaper in your region — probably the Super.
- Digital Foundry GTX 1660 Super review
- Check prices on Amazon
Tier 4: GTX 1660, RX 590, RX 5500 XT 8GB, RX 5500 XT 4GB
This new tier is formed by a quartet of recently released cards from Nvidia and AMD, including the two RX 5500 models that appeared at the end of 2019. 1440p gaming is getting a little harder to achieve without sacrificing visual fidelity, but 1080p performance is still excellent.
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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13. Nvidia GeForce GTX 1660
74fps 1080p • 51fps 1440p • 26fps 4K
The GTX 1660 is a close match for AMD’s RX 590, with the AMD card proving stronger at 4K but Team Green taking the slight edge at 1080p and 1440p. However, it’s a close margin easily within the margin of error, so choosing based on price or features could make more sense.
- Full GTX 1660 benchmarks
- Digital Foundry GTX 1660 video review
- Check prices on Amazon
14. AMD Radeon RX 590
73fps 1080p • 50fps 1440p • 26fps 4K
The RX 590 competes against the GTX 1660 in the lower mid-range, offering strong 1080p performance and reasonable 1440p results as well. The refresh-of-a-refresh card doesn’t offer much new in terms of features, but the 12nm process used allows for higher clocks without additional heat or power consumption — not a bad combination!
- Full RX 590 benchmarks
- Digital Foundry RX 590 review
- Check prices on Amazon
15. AMD Radeon RX 5500 XT 8GB
72fps 1080p • 50fps 1440p • 26fps 4K
The RX 5500 XT is the long-awaited successor to the RX 580, operating in a similar performance envelope using AMD’s more advanced RDNA architecture and a 7nm process. That means slightly better frame-rates than the old RX 580 and RX 570 while using less power and producing less heat. The 8GB version of the card is also more steadfast than its 4GB brother, giving you the option to play at higher resolutions and with higher texture settings without running out of VRAM and taking a heavy hit to frame-rates. However, if actual in-game performance is all you care about, then a cut-price RX 500-series 8GB card may still offer better value… while supplies last.
- Digital Foundry RX 5500 XT review
- Check prices on Amazon
16. AMD Radeon RX 5500 XT 4GB
69fps 1080p • 47fps 1440p • 24fps 4K
The 4GB version of the RX 5500 XT has half the amount of VRAM as its bigger brother but is otherwise identical, so you can expect the same performance in most games. However, once you do run out of VRAM, performance tanks hard, so we recommend sticking to lower texture settings and lower resolutions if possible. That makes the 4GB card a little less future-proof than the 8GB alternative, but given the price differential the cheaper card offers better value for 1080p gaming.
- Digital Foundry RX 5500 XT review
- Check prices on Amazon
Tier 5: RX 580, GTX 1060, GTX 1650 Super, RX 570
We’re safely in the mainstream now, with the best value-for-money cards on the market. The GTX 1060 is the most popular GPU by a significant margin, but aggressive pricing from AMD means that the RX 580 and RX 570 may be better choices. Meanwhile, the new GTX 1650 Super is a bit underwhelming, largely offering worse performance than the RX 5500 XT 4GB that was released at nearly the same time.
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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17. AMD Radeon RX 580
66fps 1080p • 46fps 1440p • 24fps 4K
The RX 580 is the best value graphics card for 1080p gaming, beating out the GTX 1060 by a small but significant margin and often appearing at a lower price. 1440p gaming is possible too, but you will need to make quality setting sacrifices to ensure a playable 60fps experience.
- Full RX 580 benchmarks
- Digital Foundry RX 580 review
- Check prices on Amazon
18. Nvidia GeForce GTX 1060 6GB
64fps 1080p • 44fps 1440p • 23fps 4K
The GTX 1060 is available in both 3GB and 6GB varieties, with the results here shown from the 6GB version we recommend. This graphics card is barely outperformed by the RX 580 on aggregate, but both cards can take the lead in certain games — with Nvidia hardware doing best on DX11, while AMD have the advantage on DX12 and Vulkan titles.
- Full GTX 1060 benchmarks
- Digital Foundry GTX 1060 review
- Check prices on Amazon
19. Nvidia GeForce GTX 1650 Super
66fps 1080p • 43fps 1440p • 21fps 4K
The GTX 1650 Super is slightly faster than the old GTX 1060 at 1080p, but falls behind at resolutions increase. Given its performance is significantly behind the RX 5500 XT, another new card available at a similar price, there’s not much reason to opt for this card compared to its competitors. However, Nvidia has proved itself willing to discounts its cards aggressively, so at the right price the 1650 Super could become a more viable alternative to AMD’s low-tier dominance.
- GTX 1650 Super vs RX 5500 XT review
- Check prices on Amazon
20. AMD Radeon RX 570 4GB
58fps 1080p • 40fps 1440p
This cut-down version of the RX 570 still works well at 1080p, competing with the 3GB version of the GTX 1060 in terms of frame-rates. However, it can be overclocked to near RX 580 levels of performance, boosting its value significantly for silicon lottery winners. Recent price cuts have made this a standout choice.
- Full RX 570 benchmarks
- Digital Foundry RX 570 review
- Check prices on Amazon
Tier 6: GTX 1650, GTX 1050 Ti, GTX 1050 3GB, RX 560
These entry-level cards are tuned for 1080p gaming, providing acceptable performance at a very low price point. More expensive cards will provide a little more longevity and the possibility of 1440p gaming, but if you have a limited budget this is as good as it gets. Be sure to check prices on the next tier up too, as recent reductions may bring far better performers like the RX 570 into play.
Crysis 3: very high, SMAA T2X
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Shadow of the Tomb Raider DX12: Highest, TAA
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21. Nvidia GeForce GTX 1650
48fps 1080p • 32fps 1440p
The GTX 1650 is the weakest product that Nvidia have launched in recent memory, costing the same price as the competing RX 570 yet offering significantly worse performance in most games. While single-slot designs with low power requirements (and no additional PCI-e power needed) may offer a good solution for those looking to upgrade an office tower to play games, everyone else should steer clear.
- Full GTX 1650 benchmarks
- Check prices on Amazon
22. Nvidia GeForce GTX 1050 Ti
42fps 1080p • 27fps 1440p
The GTX 1050 Ti is the fastest entry-level card on the market, providing decent 1080p performance with a good amount of VRAM, preventing issues in titles like Battlefield 1. However, the card doesn’t really have the chops to attempt 1440p gaming in modern games.
- Full GTX 1050 Ti benchmarks
- Digital Foundry GTX 1050 Ti review
- Check prices on Amazon
23. Nvidia GeForce GTX 1050 3GB
36fps 1080p • 23fps 1440p
We previously named the GTX 1050 3GB our favourite budget card on the market, thanks to its decent 1080p performance, low power requirements and entry-level price. While both 2GB and 3GB versions of these cards exist, stock is getting hard to find as newer models are released.
- Full GTX 1050 3GB benchmarks
- Digital Foundry GTX 1050 3GB review
- Check prices on Amazon
24.
AMD Radeon RX 560 4GB
34fps 1080p • 21fps 1440p
The RX 560 is a confusing card, offered in an unnecessarily large number of variations with varying compute units (CUs), video memory, clock speeds, power requirements and more. Even in the best-case scenario represented by these benchmarks — a 4GB version of the card with the full complement of 16 CUs — the performance here is really nothing to write home about.
- Full RX 560 benchmarks
- Check prices on Amazon
Frequently asked questions
Why isn’t my graphics card included on this list?
Note that we’ve been selective with the graphics cards we have included, for a few different reasons. Most importantly, the ranking is derived from average performance at 1440p in nine different games that we’ve been using as benchmarks for a while. However, some older graphics cards haven’t been tested in the more recent titles, like Shadow of the Tomb Raider and Assassin’s Creed Odyssey, so any average we derived wouldn’t be comparable. Retesting these older cards would ameliorate this issue, but with so many possible candidates it would be a substantial undertaking.
There are also some cards, like a few GTX 10-series models, which we do have data for but we haven’t included on this list. Part of this is down to readability — we don’t want this page to get increasingly long and unwieldy over time as new GPUs are released because old GPUs never leave. Instead, we’ve decided to only include graphics cards that are widely available in new condition in the US and UK for a fair price.
For models that didn’t make the cut, we’ve made a cheat-sheet near the top of this page with a summary of the data we have, what tier they’d fall into and what card(s) they most closely resemble in performance. Note that the average can be a bit deceiving — our testing shows the GTX 1660 Ti is faster than a GTX 1070 in newer games, but slower in older titles, so there’s a difference in performance here despite working out to be about as fast on average. We’ve also linked to full benchmark pages where they exist, so that you can see how these cards perform in greater detail.
Can I see the chart with actual fps values?
Sure, here you go.
We hope this GPU power ladder has been helpful! We plan to update this page over time as new graphics cards are released and older graphics cards disappear off the market, so stay tuned for the next iteration! In the meantime, why not check out our current recommendations for the best graphics cards on the market?
GPU Hierarchy 2022 [Nvidia + AMD]
Want to know how different graphics cards (GPU) compare against each other? We’ve made this tier list of all current-generation graphics cards.
Variety is both a blessing and a curse in the world of PC gaming.
The sheer number of components that you get to choose from allows you to find the best hardware for your needs and budget, but at the same time, actually finding this ideal pick can take quite a lot of time and research.
So, to help you find the right graphics card, we have put together a table that ranks GPUs according to their gaming performance, which should make it easier for you to narrow down your selection.
We have analyzed thousands of benchmarks from manufacturers, third party testers, and reputable outlets in order to create the ultimate GPU tier list.
We keep this hierarchy up to date as new GPUs come out, so be sure to bookmark the page and check back for fresh info!
Tier Level | GPU | VRAM | Memory Type | Memory Bus Width | TDP |
---|---|---|---|---|---|
S Tier | Nvidia GeForce RTX 3090 Ti | 24 GB | GDDR6X | 384-bit | 450W |
Nvidia GeForce RTX 3090 | 24 GB | GDDR6X | 384-bit | 350W | |
Nvidia GeForce RTX 3080 Ti | 12 GB | GDDR6X | 384-bit | 350W | |
AMD Radeon RX 6900 XT | 16 GB | GDDR6 | 256-bit | 300W | |
A Tier | Nvidia GeForce RTX 3080 12 GB | 12 GB | GDDR6X | 384-bit | 350W |
Nvidia GeForce RTX 3080 | 10 GB | GDDR6X | 320-bit | 320W | |
AMD Radeon RX 6800 XT | 16 GB | GDDR6 | 256-bit | 300W | |
Nvidia GeForce RTX 3070 Ti | 8 GB | GDDR6X | 256-bit | 290W | |
Nvidia GeForce RTX 2080 Ti | 11 GB | GDDR6 | 352-bit | 250W | |
Nvidia GeForce RTX 3070 | 8 GB | GDDR6 | 256-bit | 220W | |
B Tier | Nvidia GeForce RTX 3060 Ti | 8 GB | GDDR6 | 256-bit | 200W |
AMD Radeon RX 6700 XT | 12 GB | GDDR6 | 192-bit | 230W | |
Nvidia GeForce RTX 2080 Super | 8 GB | GDDR6 | 256-bit | 250W | |
Nvidia GeForce RTX 2070 Super | 8 GB | GDDR6 | 256-bit | 215W | |
Nvidia GeForce RTX 3060 | 8 GB | GDDR6 | 192-bit | 170W | |
AMD Radeon RX 6600 XT | 8 GB | GDDR6 | 128-bit | 160W | |
C Tier | AMD Radeon RX 5700 XT | 8 GB | GDDR6 | 256-bit | 225W |
Nvidia GeForce RTX 3050 | 8 GB | GDDR6 | 128-bit | 130W | |
Nvidia GeForce RTX 2060 Super | 8 GB | GDDR6 | 256-bit | 175W | |
AMD Radeon RX 5600 XT | 6 GB | GDDR6 | 192-bit | 160W | |
D Tier | AMD Radeon RX 6500 XT | 4 GB | GDDR6 | 64-bit | 107W |
Nvidia GeForce GTX 1660 Ti | 6 GB | GDDR6 | 192-bit | 120W | |
Nvidia GeForce GTX 1660 Super | 6 GB | GDDR6 | 192-bit | 125W | |
AMD Radeon RX 5500 XT | 4/8 GB | GDDR6 | 128-bit | 130W | |
Nvidia GeForce GTX 1650 Super | 4 GB | GDDR6 | 128-bit | 100W |
Below, you’ll find all of the GPUs grouped into several tiers according to the kind of performance they offer.
Keep in mind that these are only approximations based on the more demanding AAA games. Since hardware requirements and software optimization differ wildly from game to game, it’s difficult to provide an accurate general overview of the kind of performance each GPU offers.
As such, the different tiers are only there to give you a general impression as to what kind of performance you can expect from these GPUs. If you’ve got your sights set on a GPU and would like to know precisely how it will perform in a specific game, it’s probably a good idea to look up some benchmarks.
Table of ContentsShow
S-Tier
The first tier is composed of the very best and most powerful GPUs currently on the market.
These GPUs are fully capable of taking on 4K and can maintain a stable 60 FPS in this resolution, even when it comes to the most demanding games. That said, they also offer excellent performance in 1440p.
Nvidia GPUs | AMD GPUs |
---|---|
Nvidia GeForce RTX 3090 Ti | AMD Radeon RX 6900 XT |
Nvidia GeForce RTX 3090 | |
Nvidia GeForce RTX 3080 Ti |
A-Tier
The second tier is composed of 4K-ready GPUs that are capable of offering stable performance in this resolution, though they might not be as consistent as the above models.
With that in mind, these GPUs are the optimal solution for those aiming for smooth performance in 1440p, as they are capable of offering stable framerates in this resolution.
Nvidia GPUs | AMD GPUs |
---|---|
Nvidia GeForce RTX 3080 12 GB | AMD Radeon RX 6800 XT |
Nvidia GeForce RTX 3080 | |
Nvidia GeForce RTX 3070 Ti | |
Nvidia GeForce RTX 2080 Ti | |
Nvidia GeForce RTX 3070 |
B-Tier
The third-tier GPUs will generally be able to take on 4K, although they make for more balanced solutions that excel in 1440p. They are not as powerful as those found in the previous tier, but they are more affordable, too.
Moreover, these GPUs are also great picks if you’re the kind of person who puts performance before visuals and have your sights set on a high-performance 1080p display.
Nvidia GPUs | AMD GPUs |
---|---|
Nvidia GeForce RTX 3060 Ti | AMD Radeon RX 6700 XT |
Nvidia GeForce RTX 2080 Super | AMD Radeon RX 6600 XT |
Nvidia GeForce RTX 2070 Super | |
Nvidia GeForce RTX 3060 |
C-Tier
The fourth tier includes budget-friendly GPUs that are likely to struggle when running the latest games in 1440p resolutions, though this won’t be an issue if you’re not obsessed with hitting the golden 60 FPS mark.
That said, these GPUs are a better fit for those who are looking for stable performance in 1080p.
Nvidia GPUs | AMD GPUs |
---|---|
Nvidia GeForce RTX 3050 | AMD Radeon RX 5700 XT |
Nvidia GeForce RTX 2060 Super | AMD Radeon RX 5600 XT |
D-Tier
Finally, the fifth tier includes the weakest, but also the most budget-friendly GPUs currently available.
These GPUs are only a good choice for those who are on a tight budget and have no aspirations to go beyond 1080p yet, as they are generally only able to deliver serviceable performance in that resolution.
Nvidia GPUs | AMD GPUs |
---|---|
Nvidia GeForce GTX 1660 Ti | AMD Radeon RX 6500 XT |
Nvidia GeForce GTX 1660 Super | AMD Radeon RX 5500 XT |
Nvidia GeForce GTX 1650 Super |
Conclusion
And that would be it for the 2022 GPU hierarchy!
As mentioned above, these tiers are only supposed to give you an overall impression of what kind of performance you can expect from the included GPUs, and hardware requirements can vary wildly from game to game.
So, if you’re after more accurate performance metrics, be sure to look up some specific benchmarks and see how a given GPU performs in the games you intend on playing.
Best Aspect Ratio For Gaming – Which Should I Choose?
GeForce vs Radeon: Best Value GPUs Right Now
Graphics card prices keep falling, so how about we look at what GPUs are the best value at the moment? This is sort of a complement to our GPU pricing update from last week. We ran a similar «Cost per Frame» feature back in April, but since then there has been considerable price changes, as GPUs are edging closer to MSRP and in some cases even below that.
Of course, this information will only be relevant if you are thinking of buying a GPU right now, which may not make the most sense depending on your position and what sort of GPU you are after. As we’ve discussed at length now, buying a new high-end graphics card today may not be a great idea if those products will be superseded with newer, faster GPUs by the end of this year.
However, for those of you looking for something more modest, something in the mid-range of the lineup, it’s likely going to be a while before those cards are updated. It also may make sense to buy if you don’t want to wait for pricing of new generation GPUs to settle. Because let’s be honest, pricing will almost certainly be inflated to some degree at launch, and availability could be poor for several months.
Today’s cost per frame analysis is based on the data Steve collected for the previous version of this article, which includes most GPUs but not the very latest ones from AMD, such as the 6750 XT and 6650 XT. However those cards aren’t worth buying anyway, so no big loss.
As before, the six games chosen for this comparison were picked carefully from our 50 game sample to be generally representative of how each card performs. The games are: Red Dead Redemption 2 using medium settings, Rainbow Six Siege using medium settings, Far Cry 6 medium, Hitman 3 medium, Dying Light 2 medium, and Shadow of the Tomb Raider at the high quality preset. We won’t be going over each individual game, but rather use average data calculated using a geomean, which gives us a summary of the performance of each card, which we can then use for cost per frame.
The reason why we are using medium quality settings is so that we can feature both entry-level and high-end products on the same chart. Today’s entry-level cards — think the RX 6500 XT — aren’t geared towards gaming using high quality settings, so medium is the limit for those cards. Meanwhile, higher-tier models typically fare just fine on medium, though many will choose to play using Ultra. We also have some 4K data which will be most useful for high-end cards.
All testing was conducted using the Ryzen 7 5800X3D with DDR4-3600 CL16 memory and Resizable BAR enabled, which is a setup that minimizes CPU bottlenecks as best as possible, especially when testing at 1080p. Also please note that the pricing information discussed here was taken from our pricing update article from last week, so pricing may have moved slightly over the last few days. Let’s now get right into it…
Best Value GPU at 1080p
Just as we saw in April, the best value GPU for 1080p gaming is the AMD Radeon RX 6600, which ends up with 7% better cost per frame than the Radeon 6600 XT in second place. The 6500 XT sits in third, though given its low level of performance and limited feature set, this card should be offering the best cost per frame value by a mile to compensate. While pricing has come down to sit at just $180, lower than its MSRP, to match the cost per frame of the 6600 it would need to be priced no more than $160 which is the current asking price for the RX 6400.
Like we’ve been saying for a while now, pricing should have started at no more than $150, and around $100 would have been best.
Also of relevance in this entry-level card battle is the RTX 3050, which at $330 is sitting between the RX 6600 and RX 6600 XT right now. However, the GeForce model costs 43 percent more per frame than the 6600, and 33 percent more than the 6600 XT, which we think is impossible to justify. The RTX 3050 remains a bad value despite all the improvements to pricing over the last few months.
A much more appropriate comparison is to the RTX 3060 at $380. Back in April this card cost 22 percent more per frame than the 6600 XT, now that margin has shrunk to just 13 percent, which makes the RTX 3060 a solid buy for 1080p gaming in our opinion. If you don’t care about DLSS though, which isn’t too effective at 1080p, the 6600 XT would be the better choice.
Best Value GPU at 1440p
For 1440p gaming we can compare the higher end models, although the overall positioning of each card hasn’t changed much relative to the 1080p data. The RX 6600 is still the best value GPU in terms of cost per frame, but the RX 6700 XT is surprisingly close at just 4 percent more per frame. These two cards aren’t in the same product tier given the gulf in performance, but it does point to the 6700 XT being a great value purchase around $500.
Of course, some people will bring up the 6700 XT’s lack of features, such as its inability to run DLSS and weaker ray tracing support than Nvidia options. We think those are relevant here, as the RTX 3060 Ti costs just 12 percent more per frame; it’s slightly slower than the 6700 XT in rasterization at 1440p, and also costs $30 more.
In this price tier we think a lot of gamers would be willing to take a relatively small hit to cost per frame in order to gain access to Nvidia’s features, at least until FSR 2. 0 can catch up to DLSS over time.
Thanks to price drops on the Nvidia side, it’s also now harder to make a definitive call in the higher segments of the market. Before AMD was sitting comfortably below their Nvidia counterparts, but that’s no longer the case. The 6800 XT and RTX 3070 have the same cost per frame value, while models right up to the RTX 3080 are within 15 percent of the 6800 XT. Depending on how you evaluate Nvidia’s features, it may make sense to go with the RTX 3080, where previously AMD was definitely in pole position.
However, if you are looking for the nearest Nvidia card to the 6800 XT in terms of rasterization performance, that model is the RTX 3080 Ti, which is currently 37 percent more expensive per frame. We definitely wouldn’t recommend that model, or anything higher end in Nvidia’s line-up, which are poor value. But from the RTX 3080 12GB and below we think you can make a case for choosing Team Green as Nvidia GPUs have become more value competitive in recent months.
Best Value GPU at 4K
Moving up to 4K gaming, we see Nvidia RTX 30 GPUs move up the charts as their performance scales better at higher resolutions than AMD’s. While the RX 6700 XT is the outright leader in cost per frame, the 3060 Ti is also towards the top of the chart, costing 8 percent more per frame than AMD’s offering. That’s a higher margin than back in April, but still close enough to consider, especially if you think Nvidia’s feature set will provide you with strong value.
At this resolution high-end cards are of most interest, particularly those delivering over 90 FPS on average. The best value GPU here is the RX 6800 XT, but like we saw at 1440p, GeForce products are closer this month than before.
The RTX 3080 is just 5 percent more per frame, up from 13 percent more in April, so with such a close battle it’s hard to overlook Nvidia given the additional features on offer. The battle between the RTX 3080 Ti and RX 6900 XT has also become closer, whereas before the GeForce model was 19 percent more per frame making the Radeon card the obvious buy, now it’s just 11 percent more and a much harder decision.
What hasn’t changed much is that Nvidia’s flagship GPUs are horrible value. The RTX 3090, and especially RTX 3090 Ti, are barely faster than the RTX 3080 Ti but cost 58% more per frame in the case of the 3090 Ti. While the large VRAM buffer is useful for some workstation applications, for gaming it’s very hard to justify the 3090 series.
Best GPU Value Outside the US
Although we generally reference US pricing for all our reviews, in this instance we think it’s useful to look at data from other regions, because pricing and cost per frame can vary drastically depending on the market.
Let’s take a look at the data from Europe. In this case we’re still looking at the 1440p six game average, but we’re now getting prices from Mindfactory in Germany – though of course pricing in your country may vary, this is just one sample from Europe, we can’t grab data from every retailer…
Best Value at 1440p (Europe)
In Europe, pricing is more favorable towards AMD right now. Like in the US, the RX 6600 is the best value GPU on the market, but there’s another four AMD cards before the first Nvidia model including the RX 6800 XT. In most head to head battles this makes it hard to recommend a GeForce GPU. The 6600, for example, is 10 percent slower than the RTX 3060, but costs 21 percent less per frame as you’re saving over 100 euros going with the Radeon. That puts the 6600 in a stronger position than in the US for the mainstream market, although in Europe the RTX 3050 appears to be better placed (but still not amazing value).
Then for mid-range buyers, the RX 6700 XT is similar to the US in its position relative to the RTX 3060 Ti, with the GeForce model costing 12 percent more per frame. However it becomes hard to justify anything above 500 euros relative to either of these cards, even the RTX 3070 is 10 percent more per frame, a larger margin than over the Atlantic. The one exception is the RX 6800 XT which at a cost per frame of under 5 euros is the clear go to choice for buyers wanting a premium frame rate. The nearest performing cards from Nvidia begin with the RTX 3080, and that model is 28 percent more per frame, hard to justify even with the difference in features. It gets even worse for higher tier models like the RTX 3080 Ti and especially the ludicrous RTX 3090 Ti.
Best Value at 1440p (Australia)
In Australia we’re taking data from PC Case Gear, picking the lowest GPU price for all models listed. The two Radeon RX 6600 series graphics cards take the crown in cost per frame, while Nvidia GPUs are horribly uncompetitive here.
The RTX 3060, for example, is similar in performance to the 6600 XT, yet costs 55 percent more per frame. It’s impossible to justify spending that much on the GeForce no matter how much you talk about DLSS in this performance segment.
In the mid-range, the RTX 3060 Ti costs 17 percent more per frame than the RX 6700 XT which is probably the most favorable comparison for Nvidia, but harder to justify than in other countries where these two models sit much closer in value. This difference in value is also true for the RTX 3080 vs RX 6800 XT, and like in other territories, the highest end Nvidia GPUs are impossible to recommend from a value standpoint. But generally in Australia you’ll be paying a premium to buy a GeForce GPU, at least more of a premium than in other countries.
Wrap Up
That’s where cost per frame sits for today’s graphics cards in several key regions. Do keep in mind that we’ve just been looking at a 6-game average using medium settings at several resolutions. If you want more accurate information on a particular match-up, check out some of the head to head 50 game comparisons we’ve made, and apply the pricing data we’ve just been talking about.
The main takeaways from this review are somewhat similar to what we discussed in April. There are two groups of GPUs to be avoided if value is of any consideration: the RX 6500 XT, while not the worst card in terms of cost per frame, is a terrible product when you factor in its lack of features, limited PCIe bandwidth, and small VRAM buffer. We’d simply avoid it.
Then the RTX 3090 and RTX 3090 Ti should be avoided for a different reason. They offer the worst value on the market right now for gamers, plus they are bound to be the most hit when a new GPU generation by the end of 2022
As for the cards that should be considered, this will depend on your region. There are several cases of Nvidia closing the gap in cost per frame relative to AMD cards, but still roughly 10 percent more expensive per frame. If you’re keen on features like DLSS and ray tracing, that sort of margin is borderline justifiable, but if not the AMD cards tend to be better value.
Shopping Shortcuts:
- Nvidia GeForce RTX 3070 Ti on Amazon
- Nvidia GeForce RTX 3080 on Amazon
- Nvidia GeForce RTX 3060 on Amazon
- AMD Radeon RX 6950 XT on Amazon
- AMD Radeon RX 6600 XT on Amazon
- Intel Core i5-12600K on Amazon
- AMD Ryzen 7 5800X3D on Amazon
The Worst Graphics Cards to Ever Have [2022]
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Have you ever thought about some of the worst graphics cards that ever existed? Well, in this article we would be going through some of these cards. But before we start, it’s important to know that all of this information is based on our own personal experience with these chips and the data we got from different people who have already tested these products. And in case, if you have any of these graphics cards, and if that’s working fine for you, then there’s no need to throw them away.
Before we dive into the list, let’s keep one thing out of the way, the older generation Intel integrated graphics chipset. No, we are not talking about the Intel UHD 600 Series here, not for this time.
List of the Worst GPUs
Here are some of the graphics cards that don’t even give you should stay away from if you have that hard-earned cash with ya.
1- Nvidia Titan X – Don’t Fall for the Name
By the way, there are two Titans thrown on the market by Nvidia, the GTX Titan X, and the Pascal Titan X. Here we are just talking about the “Pascal” version.
First of all, everything that is being named “Titan” doesn’t mean to be a high-performer at all. With this graphics card, you get 12GB DDR5 VRAM, which most people think would make this graphics card powerful in any task.
Well, a higher amount of VRAM on this graphics card can let you play games at 1440p resolution. However, you can play games at higher resolution by spending less amount of money. The price point at which Nvidia Titan X comes is not fair enough at all, not in the year 2022 we might say.
By spending over $1000, you can get a graphics card that is way more powerful in gaming and is packed with premium features like ray-tracing and DLSS 2.0.
So spending over $1000 bucks to buy just a Titan X “Pascal” for the sake of 12GB DDR5 VRAM won’t be a wise decision at all. We’ve found GTX 1660 Super and GTX 1080 Ti way better in gaming as compared to Titan X. Again, don’t fall for the claims made by Nvidia for this graphics card.
2- AMD 5450 – Worst Entry-Level GPU
Although the AMD HD 5450 is the most energy-efficient graphics card to have on your computer, you cannot expect it to be a good performer at all. By performance we mean not the right choice for gaming or HD video streaming.
And the reason behind the poor performance of HD 5450 is the outdated 1 GB GDDR3 video memory, lower base clock speed, etc. Most people do prefer buying this card as it is cheaper and shows up as an ideal upgrade to get rid of an integrated chipset.
But if your expectations are higher from this graphics card, then you are wrong. It’s not the type of GPU that can let you play games at 1080p settings and let you watch movies at 4K quality on Netflix.
In the past, this is one of the worst graphics cards that we’ve ever tested on our low-budget PC. Surprisingly we were able to play some 15 years old titles on HD 5450 at 720p settings.
Yes, the performance of this GPU was better than the older integrated chipsets from Intel. However, if you compare the performance of this GPU with Intel’s UHD Graphics Series, then we’ve found the UHD to be better at handling GPU-intensive tasks than HD 5450.
By throwing a bit more cash on the table, you can get a better-performing graphics card like the Nvidia GT 1030 or GTX 1050.
3- AMD R9 285 – Not a True Performer
Another AMD product that we have pulled out for you is on the list. Although the current generation AMD cards show somewhat better improvement when compared to Nvidia chips, it looks like the “Red Team” didn’t push enough juice in their R9-Series GPUs to take out the “Green Team”.
Although this is now an approximately 8 years old graphics card, many people still go for it due to its reduced price. The R9-285 was enough to play famous titles of its time, however, its 2GB VRAM is still questionable if you are buying this card in the year 2022.
With a lower VRAM, it limits you to play most games at 720p settings. On the other hand, the Nvidia GTX 970 which was released in the same year and month delivers 20% more performance than the R9 285.
So, if you are a hardcore gamer, it’s not the type of card for you at all. But at the same time, if you just need a graphics card to edit photos and watch movies at a higher resolution, then you can have it. However, for us, it’s not the right card to have on your PC even if you get it for a fair price at eBay or Amazon.
4- Nvidia GeForce 210 – The Slowest GPU
We know that it’s not worthy to compare the older GeForce Series cards with the latest gen-entry level cards from Nvidia. But most people do fall for the lower price and this is what Nvidia GeForce 210 offers to ya.
Well, we won’t be comparing this card with the newest generation entry-level GPUs, as it’s a not match at all. However, it’s worth talking about the slow performance of this GPU with respect to modern games and graphical applications of today.
Most people do fall for this lower-end card to play games like CS: GO or PUBG. Just if you are going after a cheaper card doesn’t mean that it would be capable of playing PUBG, Fornite, or CS: GO
We tested CS: GO on Nvidia GeForce 210 at the lowest settings (640×480). And even with these lowest graphical settings, we were unable to climb over 20fps. So, stay away from this card if you are thinking to buy it for playing FPS games.
Obviously, the slower performance could be due to the fact that this GPU has just 1GB of DDR3 memory and not enough base clock speed. However, the most influential reason behind this could be pairing it with a current-gen CPU. Pairing an outdated graphics card with the current generation CPU could result in lower performance (bottlenecking).
Conclusion
Hopefully, you now have enough knowledge about the worst graphics cards that you end up buying in the market. Keep in mind that this is our own experience with these GPUs. You may find different opinions based on experiences that people had with these graphics cards. There are more GPUs that we might add later on this list, maybe we would start from the RTX 3050 Ti, should we?
Mosaab
Hi, I’m the author and founder of this blog. I have more than 10 years of experience in the industry. Throughout my journey I’ve tested and reviewed hundreds of graphics card for custom PC builds. I believe my knowledge and experience will help you choose the card that really falls to your needs and budget.
The Best Low Profile Graphics Cards (GPUs) in 2022
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There are many reasons why you might want to consider the best low-profile graphics card for your present or future build. But the main reason, ultimately, is their ability to fit into literally any case. This makes the low-profile graphics card not only versatile but space-saving as well.
Even though we don’t necessarily class the low-profile graphics card as a premium hardware offering, it’s still seen its fair share of technological advancements. It’s not just top-tier GPUs that get all the attention – consumers now have the option to purchase a half-size GPU with all the punching power required to play AAA games titles with a decent FPS output.
So we go through a list of the best low-profile cards currently available to the consumer public. Both AMD and Nvidia feature in this best of guide, bringing their flagship low-profile offerings to the table.
Which will ultimately take the top spot? Keep reading to find out everything you need to know about LP GPUs.
Our Top Picks
01
Editor’s Choice
02
Runner Up
03
Best all round Low Profile GPU
Best Low Profile Graphics Cards In 2022
5.0
/5
Editor’s Rating
Clock Speed
1590 MHz (Boost)
VRAM
4GB GDDR6
Memory Bus Width
128 bit
5.0
/5
Editor’s Rating
Our best low profile graphics card; high performance, decent cooling, and enough power to play some of your favorite AAA game titles – albeit in limited resolutions and graphical settings.
ZOTAC are no strangers to providing some of the best budget-oriented GPUs the market has to offer. Whilst this one isn’t the most powerful GPU out there, it is one of the most powerful low-profile alternatives. With 4GB of VRAM and a good clock speed right out the box, this GPU should serve gamers building a small PC with great gaming performance.
4.5
/5
Editor’s Rating
Clock Speed
1328MHz Base, 1442MHz Boost
CUDA Cores
768
Memory Size
4GB GDDR5
Dimensions
37mm x 167mm x 69 mm
PSU Required
300W
4.5
/5
Editor’s Rating
Just missing out on our top spot is the Gigabyte 1050Ti – a great performer that provides solid FPS in less-intensive titles like CS:GO and Rainbow Six Siege. Not quite as good as our top pick for cooling, but still good enough for our runner-up spot.
A generous 1442MHz clock speed drives this attractive low profile GPU. With only a single fan, it does struggle to keep temps low when under great strain. That being said, it still provides good all-around usage for those looking to build in a small form factor case.
4.5
/5
Editor’s Rating
Clock Speed
1392MHz — 1506MHz
VRAM
2GB GDDR5
Memory Bus Width
128 bit
4.5
/5
Editor’s Rating
The little brother to the 1050 Ti, suited more towards the everyday user that also likes to do the occasional spot of gaming. Will get decent FPS in older titles but will struggle with newer offerings – especially more demanding games from the late 2010s.
Despite this low profile not being as powerful as the Ti, it still provides decent frame rate output for less-intensive titles. With the same single fan cooling solution as the above selection, this card offers up good cooling – just not as great as a dual-fan configuration.
3.5
/5
Editor’s Rating
Clock Speed
1290MHz — 1544MHz
VRAM
2GB GDDR5
Memory Bus Width
64 bit
3.5
/5
Editor’s Rating
Whether it’s a budget card or a high-end GPU, EVGA always puts the same level of care and attention into the build quality of their products. The low-profile 1030 is no different, bringing everything you could want to your small form factor gaming build.
Despite this card being the most aesthetically pleasing in this guide – looking very similar to some of the latest AMD reference cards – it isn’t the most powerful on offer. Whilst you can get good performance in less-intensive titles, you won’t be churning out 144 frames per second in Call Of Duty and the likes.
4.5
/5
Editor’s Rating
Core Clock Speed
1923 MHz base, 2039 MHz game, 2321 MHz boost
Stream Processors
768
Memory Size
4 GB GDDR6
Dimensions
170 x 56. 2 x 17.2 mm
PSU Required
250 W
4.5
/5
Editor’s Rating
The first, and best, true low-profile AMD GPU is the RX 6400. This card is actually extremely attractive, boasting one of the best designs in this guide.
5.0
/5
Editor’s Rating
Core Clock Speed
1410 MHz base, 1695 MHz boost
Stream Processors
4864
Memory Size
8 GB GDDR6
Dimensions
172 x 125 x 43 mm
PSU Required
600 W
5.0
/5
Editor’s Rating
4.5
/5
Editor’s Rating
Core Clock Speed
2589MHz Boost, 1968MHz Base
Stream Processors
2048
Memory Size
8GB GDDR6
Dimensions
179mm x 124mm x 40 mm
PSU Required
500W
4. 5
/5
Editor’s Rating
Like any hardware component, choosing the best low-profile graphics card can sometimes be tricky – and let’s face it – a pretty stressful task. However, thanks to our team of hardworking PC enthusiasts, we have the most up-to-date hardware options the internet has to offer.
There will be plenty of people reading this right now, scratching their heads in confusion, wondering why they would ever choose a low-profile GPU. Well, below, we’ve outlined some of the main benefits of purchasing a small form factor product.
Physical size
The first and most obvious area which needs to be addressed when referencing low-profile graphics cards is their size. Ultimately, this is the number one reason why someone might consider LP GPUs as a real hardware option.
Low profile, in the graphics card universe, usually refers to the overall height of the GPU itself. As many will know, the top GPUs in today’s market are seriously hefty pieces of kit that take up a large amount of space thanks to their impressive heatsink and thermal designs. However, you won’t have this problem with a low-profile graphics card.
An LP GPU is a stripped-back, half-height (usually) graphics card, which is custom-designed to fit in much thinner cases. They typically come with subtle cooling systems that offer average levels of cooling, meaning they aren’t ideal for excess overclocking. This being said, in some cases, they might be your only option, especially if you have a really small case.
Ultimately, a low-profile graphics card won’t be everyone’s first choice, but they certainly have a part to play in the PC world. Where they will usually take up only a single slot PCI express lane.
Power consumption
Power consumption is another big plus for low-profile graphics cards as they can run on much lower wattages than regular-sized GPUs. This is thanks to a number of different factors which include thermal design, additional features, and overall makeup.
What this means for your build is:
- A smaller overall PSU is required
- The total cost of the build will be reduced
- PSU power can be utilized elsewhere
In most cases, the LP GPU won’t physically draw any power from the power supply but will get enough wattage directly from the PCI-e 16x slot it’s plugged into. So doesn’t require any power connectors. Saving your power supply Watts is sent to different components thanks to their low power consumption.
Noise output
Noise output may or may not be something that concerns you when looking at purchasing hardware. This being said, it’s certainly an area that we feel the low-profile graphics card excels in.
Due to the stripped-back, almost raw appearance of the LP GPU, most of them come with one solitary fan for their cooling needs. However, some of the entry-level, budget offerings actually come with passive heatsinks for their cooling requirements and consequently make no noise whatsoever.
This is especially good when you’re looking at building a small, inconspicuous build – as most of the time, smaller form cases don’t accommodate very good soundproofing.
Cost
Finally, and potentially most importantly, is the cost of these small form cards. As you can probably imagine, low profile graphics cards are naturally less expensive than regular-sized GPUs – and that comes down to several different factors:
- Performance
- Thermal cooling design
- Aesthetics
- RGB
This being said, low-profile graphics cards have been designed to target small form builds that usually aren’t built for gaming or highly stressful work tasks. That means performance isn’t high on their list of priorities. What is high on that list, however, is keeping costs to a minimum, a task that these hardware components seem to do very well indeed.
A lot of people at this stage in the article might be wondering what the differences between a low profile GPU and a standard GPU actually are. Well, don’t worry, we’ve put together this short infographic that should make understanding the difference between the two a little bit easier.
Whether you’re an experienced gamer or researching how to successfully carry out your first PC build, you may have heard of low-profile graphics cards. In a nutshell, a low-profile graphics card is a type of video card that has been specially designed to be smaller than other graphics cards, and this is usually so that it can be used with a computer that has a smaller case.
Due to the fact that low-profile graphics cards are smaller in size, it usually means that they are able to operate at a much quieter sound than full-height graphics cards, although this isn’t always the case. In addition, low-profile graphics cards tend to use far less power than other types of graphics cards, which makes them a lot more energy-efficient. It’s also worth being aware that, due to their size, low-profile graphics cards tend to produce more heat than their larger counterparts and have smaller fan sizes, which runs the risk of them overheating. However, due to the fact that they have lower clock speeds, low-profile graphics cards are usually able to regulate their temperature well, without the need for an additional cooling system.
An ITX graphics card is built to a specific size. They aim to fit nicely into an ITX or mini ITX build, since they are much smaller the cases they use may also be smaller. And so ITX GPUs will be shorter and only take up a dual-slot and no thicker. Whilst also being no longer than 180 mm (7″) so as not to overlap the motherboard that may be squished in. This does compromise how much cooling can be used and limits the TDP of the card that can be used.
Before you purchase a low-profile graphics card, it’s important to make sure that your case is compatible with a low-profile graphics card and will be able to support it. However, if you do find that you’ve purchased a brand new low-profile graphics card, only to discover that it isn’t compatible with your PC case, you don’t need to panic! Nearly all low-profile graphics cards are designed to be compatible with standard brackets, which means that you may be able to purchase a different bracket that will allow you to connect the low-profile graphics card to the standard-sized PC case. However, you will need to be sure that the low-profile graphics card has been designed to support standard brackets.
As low-profile graphics cards aren’t too different from other types of graphics cards, so the good news is that installing one will be a straightforward process! To do so, all you will need is your low-profile graphics card, a screwdriver, and your computer setup. First, you’ll need to remove the GPU (if you have one) from your current PC setup, and then locate the long PCI-E x16 slot which is located on the heat sink side of your processor.
After you have done this, then ensure that there is nothing obstructing your access to the slot, and be sure to carefully remove the existing graphics card by unscrewing it from the back of its bracket. You should also check to see if your motherboard has a little latch situated on the end of the PCI-E slot (not all do) and carefully detach it from the old graphics card if so.
After you have completed this step and safely removed the old graphics card from the motherboard, you will now be able to go ahead and install your new low-profile graphics card. To do this, all you will need to do is simply insert the card firmly into the slot, and then attach the plastic latch to help hold it in place. Then, take your screwdriver and carefully secure the low-profiles retention bracket into your computer’s case with the same screws that you used to attach your older graphics card.
Generally speaking, mini or low profile graphics cards will be less powerful than their larger counterparts, though that’s not to say that they can’t offer a respectable performance. In fact, many of the smaller graphics cards offer the exact same performance and power as the bigger graphics cards. However, the only difference to note is that the mini graphics cards will have slower clock rates and worse cooling abilities, which will ultimately affect the overall game performance power of the graphics card.
Low profile graphics cards are essentially the exact same as half-height graphics cards, and the two different names are often used interchangeably to describe the same type of card. Both utilize the low profile design of a card. However, before you make a purchase, you should make sure to double-check whether or not the card comes with an additional half-height or low-profile bracket, as this will ensure it is able to fit itself into your system without any issues. Of course, there is also a chance that your mini graphics card will be compatible with standard-sized brackets, though this isn’t always the case (depending on price and manufacturer) so be sure to check this before making a purchase to ensure the smooth installation upon arrival.
When it comes to figuring out the height of a PCI slot, the easiest indication is by first deciphering whether it is half-length, full-length, full-height, or low profile:
Half Length: Half-length PCI slots are up to 6.9 inches in length (175 mm).
Full-Length – Full-length PCI’s are usually up to 12 inches long (312 mm). Although, it’s very rare to come across full-length PCI slots, as many modern-day cases cannot support them.
Low Profile: Low profile cards have two standard lengths of MD1 (4.721 inches/ 119.91 mm) and MD2 (6.600 inches/ 167.64 mm).
Full-Height: Full-height cards are up to 4.7 inches (120 mm)
Best Low Profile Graphics Cards
ZOTAC
ZOTAC GeForce GTX 1650 LP 4GB
- Clock Speed 1590 MHz (Boost)
- VRAM 4GB GDDR6
- Memory Bus Width 128 bit
Read Details
Gigabyte Geforce GTX 1050 Ti OC Low Profile 4GB
- Clock Speed 1328MHz Base, 1442MHz Boost
- CUDA Cores 768
- Memory Size 4GB GDDR5
- Dimensions 37mm x 167mm x 69 mm
- PSU Required 300W
Read Details
Gigabyte Geforce GTX 1050 OC Low Profile 2GB
- Clock Speed 1392MHz — 1506MHz
- VRAM 2GB GDDR5
- Memory Bus Width 128 bit
Read Details
EVGA GeForce GT 1030 SC 2GB GDDR5
- Clock Speed 1290MHz — 1544MHz
- VRAM 2GB GDDR5
- Memory Bus Width 64 bit
Read Details
Sapphire PULSE RX 6400
- Core Clock Speed 1923 MHz base, 2039 MHz game, 2321 MHz boost
- Stream Processors 768
- Memory Size 4 GB GDDR6
- Dimensions 170 x 56. 2 x 17.2 mm
- PSU Required 250 W
Read Details
MSI RTX 3060 Ti Aero ITX OC
- Core Clock Speed 1410 MHz base, 1695 MHz boost
- Stream Processors 4864
- Memory Size 8 GB GDDR6
- Dimensions 172 x 125 x 43 mm
- PSU Required 600 W
Read Details
ASRock RX 6600 XT Challenger ITX
- Core Clock Speed 2589MHz Boost, 1968MHz Base
- Stream Processors 2048
- Memory Size 8GB GDDR6
- Dimensions 179mm x 124mm x 40 mm
- PSU Required 500W
Read Details
In-depth Review
ZOTAC
ZOTAC GeForce GTX 1650 LP 4GB
- Clock Speed 1590 MHz (Boost)
- VRAM 4GB GDDR6
- Memory Bus Width 128 bit
Pros
- Ability to perform 1080p gaming at 60FPS
- 75 Watt power consumption
- Great dual fan cooling solution
Cons
- On the expensive side
ZOTAC’s GeForce GTX 1650 LP GPU has been rated as the best and fastest low profile GPU in this guide, and for good reason. It comes to the table boasting the ability to perform lower intensive AAA game titles in 1080p at 60FPS. Pretty decent when you consider the overall size of this card.
It has a 1590 MHz boosted clock speed out-of-the-box which makes it, by far, the fastest in this guide and perfect for any gamer looking to build a small form factor PC. The 1650 is part of GeForce’s 16 series from Nvidia and is based on the Turing GPU architecture we’re used to seeing in more premium GPUs.
With 896 CUDA cores and 4GB of GDDR5 VRAM, this graphics card is no joke. It’s around 25% faster than its next closest rival, the 1050 Ti.
ZOTAC has equipped this card with its dual-fan thermal design which is said to cover more of the heatsink leading to a much more efficient cooling solution.
Ultimately, if you’re looking for the absolute best low-profile GPU money can buy, look no further. The GTX 1650 will make the perfect light gaming small form factor PC for any beginner looking to get into the gaming scene.
Gigabyte Geforce GTX 1050 Ti OC Low Profile 4GB
- Clock Speed 1328MHz Base, 1442MHz Boost
- CUDA Cores 768
- Memory Size 4GB GDDR5
- Dimensions 37mm x 167mm x 69 mm
- PSU Required 300W
Pros
- Small form factor with compact cooling system
- Low power consumption
- Extremely quiet
Cons
- Considered quite pricey
- Quite bulky in comparison to others
Contrary to what many will likely believe, the Gigabyte 1050 Ti, which comes equipped with 4GB of GDDR5 VRAM, is a fantastic option for those out there looking to build a small form factor PC that is capable of handling games.
The 1050 Ti from Gigabyte supports up to four display outputs which include; dual-link DVI-D ports, one DisplayPort, and two HDMI ports, making it extremely versatile, to say the least. The 4GB of GDDR5 VRAM makes gaming extremely viable, and achieving playable FPS on some lesser intensive AAA titles is certainly not out of the question. Think Fortnite, CS:GO, and so on.
Even though it only has a single fan thermal design, it still provides excellent cooling during heavy graphical processes and is near silent. The card is fairly long – sitting at 167mm – but we’ll let it off as it offers the second-highest clock speed on this list.
This card comes OC’d right out-of-the-box, meaning you don’t have to stress over the BIOS menu to gain extra performance out of this thing. It’s already done for you! Using Gigabyte’s Xtreme engine utility, you can simply turn on OC mode boosting the clock speed from 1328Mhz to a tasty 1442Mhz.
The Gigabyte 1050 Ti Low profile graphics card gets our second spot in this best of guide and for good reason. Top performance, decent aesthetics, and robust cooling are all factors that make this LP GPU a great one.
Gigabyte Geforce GTX 1050 OC Low Profile 2GB
- Clock Speed 1392MHz — 1506MHz
- VRAM 2GB GDDR5
- Memory Bus Width 128 bit
Pros
- Small form factor with compact cooling system
- Very low power consumption
- Cooling system very quiet
Cons
- Quite bulky for a low profile card
- Only 2Gb of VRAM
Next, comes the 1050 Ti’s little brother, the 1050. This one, once again, has been manufactured by the excellent Gigabyte.
The great thing about Gigabyte is the quality with which their hardware components come to the table with. Whether it’s their latest flagship motherboard or a budget GPU offering, you know when purchasing Gigabyte, you’re effectively getting a product that is going to last. The 1050 is absolutely no different.
The 1050 has pretty much everything the 1050 Ti has to offer, but with half VRAM. The 1050 comes to shelves with 2GB of GDDR5 instead of 4GB – and even though that doesn’t sound like a great deal, it has a real impact on this card’s performance. This being said, the 1050 is still able to produce playable FPS in some games if the settings are tweaked just right.
The length of this card is identical to the Ti, measuring 167mm, and it comes with the exact same overclocking software for extracting extra performance at no additional cost. Whereas the Ti can be boosted to 1442Mhz, the 1050 OC can actually be boosted to 1506Mhz which is seriously impressive considering its price tag.
EVGA GeForce GT 1030 SC 2GB GDDR5
- Clock Speed 1290MHz — 1544MHz
- VRAM 2GB GDDR5
- Memory Bus Width 64 bit
Pros
- Nice aesthetic design
- Efficient cooling system that doesn’t require a great deal of power
- Good price point
Cons
- Only 2GB of memory
EVGA is another brand I’m sure everyone will be familiar with and gives us our fourth offering -the excellent GT 1030 2GB graphics card.
The first thing that struck me with this card was how aesthetically pleasing it was right out of the box. Having said that, unless you plan on buying a fairly elaborate case, you probably won’t get the chance to enjoy the aesthetics all that much.
The HSF thermal design sits at 68mm tall and 169mm long, meaning it’s quite wide, but nothing that’s going to cause your small build any problems. The fan does work very well in keeping this card cool, especially when in OC mode, which boosts the internal clock speed from 1290Mhz to an impressive 1544Mhz.
The 1030 isn’t the greatest card in the world as far as gaming is concerned, but it does have enough juice to be able to play some games efficiently and works great for most photo editing and design purposes.
Ultimately, the 1030 is a great little card if you’re looking for an all-around option. It’s affordable while still being able to achieve some solid performance results.
Sapphire PULSE RX 6400
- Core Clock Speed 1923 MHz base, 2039 MHz game, 2321 MHz boost
- Stream Processors 768
- Memory Size 4 GB GDDR6
- Dimensions 170 x 56.2 x 17.2 mm
- PSU Required 250 W
Pros
- Current gen tech
- Access to enhancement tech
Cons
- Poor performance
We come to the AMD offerings, and the first comes in the shape of Sapphire’s Pulse AMD Radeon RX 6400. Giving a new entry into the smaller market option.
The new addition is the lowest offering from the Radeon RDNA 2 RX 6000 selection. Meaning even though the current cards keep growing in power, there are some low TBP options. With a smooth sleek design that keeps the thickness of the card down.
If you’re wondering about the RX 6400 specifications we outline the key features. It comes with 768 processors. With 16 MB of infinity cache and 12 RT cores. With a 6 nm process size, it creates a 107 mm² sized die with 5.4 billion transistors. It also has a base clock of 1923 MHz, a game clock of 2039 MHz, and a boost clock of 2321 MHz. For VRAM it has 4GB of GDDR6 memory with a bandwidth of 128 GB/s.
The card isn’t the biggest performer, it may be suitable for 1080p gaming but not much more. However, there are ways to further improve how well it does. With features like FSR and RSR available in games and driver wide for higher framerates.
MSI RTX 3060 Ti Aero ITX OC
- Core Clock Speed 1410 MHz base, 1695 MHz boost
- Stream Processors 4864
- Memory Size 8 GB GDDR6
- Dimensions 172 x 125 x 43 mm
- PSU Required 600 W
Pros
- Compact design
- Modern hardware with good performance
Cons
- Limited cooling capacity
- Small overclock
Although not technically a low-profile card we turn to ITX graphics cards. They take up a full height instead of a lower size they can offer better performance cards. As with a bigger size, they can accommodate a higher TDP but the ITX size limits how big they can be and tend to be shorter and dual-slot only.
The 3060 Ti specifically is the best card available for the current Nvidia generation capable of a compact size. It is built on the Ampere architecture with the specific variant the GA104-200/202. With a Samsung 8nm process it creates a die 392mm² in size that holds 17.4 billion transistors.
It brings with it 4,864 shaders, 152 TMUs, 80 ROPs, and 38 RT cores. These then have a frequency of 1,410 MHz base clock and a boost clock of 1,695 MHz. Which is overclocked a whole two percent. Likely limited by the smaller thermal capacity of the size.
In terms of the video memory, it has 8 GB of GDDR6. Which is clocked at 14 Gbps, so across the 256-bit memory bus it gives a bandwidth of 448 GB/s. The whole package comes at a TDP of 200 W and is powered by one 8-pin power connector. Whilst at a size of 172 x 125 x 43 mm providing a small compact design for an ITX build.
The card should offer great 1080p performance whilst also pushing hard for 1440p. Although technologies like DLDSR and DLSS should offer even better performance. Although coming at the cost of quality but can make it easier to run overall.
ASRock RX 6600 XT Challenger ITX
- Core Clock Speed 2589MHz Boost, 1968MHz Base
- Stream Processors 2048
- Memory Size 8GB GDDR6
- Dimensions 179mm x 124mm x 40 mm
- PSU Required 500W
Pros
- Compact design
- Great performance enhancements available
Cons
- Limited cooling capacity
- Potentially loud design
For another ITX option, we have an AMD offering, with the ASRock RX 6600 XT Challenger ITX. A compact choice for team Red that can give a good 1080p and 1440p experience. Whilst it is also capable of using RSR and FSR, which is capable of improving the experience across the board. Although at the expense of the quality.
The RX 6600 XT is made from the RDNA 2 architecture. The precise variant is the Navi 23 XT. Made with TSMCs 7nm process creating a die 237mm² in size, with 11.06 billion transistors. Which only has 160 W TDP powered by an 8-pin power connector. In a size of only 179 x 124 x, 40 mm able to fit in those more compact builds.
Its package is comprised of 2,048 stream processors with 128 TMUs, 64 ROPs, 32 RT cores, and a 32 MB infinity cache. These have a base clock of 1,968 MHz, a 2,359 MHz game clock, and a 2,589 MHz boost clock. The memory is comprised of 8 GB of GDDR6, clocked at 16 Gbps which across the 128-bit memory gives it a bandwidth of 256 GB/s.
Best low profile graphics card FAQs
What is a low-profile graphics cards?
Whether you’re an experienced gamer or researching how to successfully carry out your first PC build, you may have heard of low-profile graphics cards. In a nutshell, a low-profile graphics card is a type of video card that has been specially designed to be smaller than other graphics cards, and this is usually so that it can be used with a computer that has a smaller case.
Due to the fact that low-profile graphics cards are smaller in size, it usually means that they are able to operate at a much quieter sound than full-height graphics cards, although this isn’t always the case. In addition, low-profile graphics cards tend to use far less power than other types of graphics cards, which makes them a lot more energy-efficient. It’s also worth being aware that, due to their size, low-profile graphics cards tend to produce more heat than their larger counterparts and have smaller fan sizes, which runs the risk of them overheating. However, due to the fact that they have lower clock speeds, low-profile graphics cards are usually able to regulate their temperature well, without the need for an additional cooling system.
How do I install a low-profile graphics card?
Before you purchase a low-profile graphics card, it’s important to make sure that your case is compatible with a low-profile graphics card and will be able to support it. However, if you do find that you’ve purchased a brand new low-profile graphics card, only to discover that it isn’t compatible with your PC case, you don’t need to panic! Nearly all low-profile graphics cards are designed to be compatible with standard brackets, which means that you may be able to purchase a different bracket that will allow you to connect the low-profile graphics card to the standard-sized PC case. However, you will need to be sure that the low-profile graphics card has been designed to support standard brackets.
As low-profile graphics cards aren’t too different from other types of graphics cards, so the good news is that installing one will be a straightforward process! To do so, all you will need is your low-profile graphics card, a screwdriver, and your computer setup. First, you’ll need to remove the GPU (if you have one) from your current PC setup, and then locate the long PCI-E x16 slot which is located on the heat sink side of your processor.
After you have done this, then ensure that there is nothing obstructing your access to the slot, and be sure to carefully remove the existing graphics card by unscrewing it from the back of its bracket. You should also check to see if your motherboard has a little latch situated on the end of the PCI-E slot (not all do) and carefully detach it from the old graphics card if so.
After you have completed this step and safely removed the old graphics card from the motherboard, you will now be able to go ahead and install your new low-profile graphics card. To do this, all you will need to do is simply insert the card firmly into the slot, and then attach the plastic latch to help hold it in place. Then, take your screwdriver and carefully secure the low-profiles retention bracket into your computer’s case with the same screws that you used to attach your older graphics card.
Are low profile graphics cards less powerful?
Generally speaking, mini or low profile graphics cards will be less powerful than their larger counterparts, though that’s not to say that they can’t offer a respectable performance. In fact, many of the smaller graphics cards offer the exact same performance and power as the bigger graphics cards. However, the only difference to note is that the mini graphics cards will have slower clock rates and worse cooling abilities, which will ultimately affect the overall game performance power of the graphics card.
Is low profile the same as half height?
Low profile graphics cards are essentially the exact same as half-height graphics cards, and the two different names are often used interchangeably to describe the same type of card. Both utilize the low profile design of a card. However, before you make a purchase, you should make sure to double-check whether or not the card comes with an additional half-height or low-profile bracket, as this will ensure it is able to fit itself into your system without any issues. Of course, there is also a chance that your mini graphics card will be compatible with standard-sized brackets, though this isn’t always the case (depending on price and manufacturer) so be sure to check this before making a purchase to ensure the smooth installation upon arrival.
How tall is a PCI slot?
When it comes to figuring out the height of a PCI slot, the easiest indication is by first deciphering whether it is half-length, full-length, full-height, or low profile:
Half Length: Half-length PCI slots are up to 6.9 inches in length (175 mm).
Full-Length – Full-length PCI’s are usually up to 12 inches long (312 mm). Although, it’s very rare to come across full-length PCI slots, as many modern-day cases cannot support them.
Low Profile: Low profile cards have two standard lengths of MD1 (4.721 inches/ 119.91 mm) and MD2 (6.600 inches/ 167.64 mm).
Full-Height: Full-height cards are up to 4.7 inches (120 mm)
Final Word
There you have it, our complete guide to the best low-profile graphics cards money can buy.
Ultimately, low-profile graphics cards really only cater to one kind of user, and that’s someone looking to build a really small, inconspicuous desktop computer. They have been purpose-designed to try and maximize performance out of the smallest package. Thanks to new movements in technology, we are finally being rewarded with decent products that actually have a purpose.
All being said, the big question still remains, what card would you go for? Which would best fit your small build? Leave us a comment in the box below, letting us know!
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The history of Nvidia’s graphics
Why you can trust Pocket-lint
(Pocket-lint) — Nvidia was originally founded in 1993 but it wasn’t until 1995 that the company released its first graphics product — the NV1. Things have changed a lot since then and we’re now spoiled with ray tracing, DLSS and other wonderful technologies that make our gaming experiences even more enjoyable.
We’re taking a look back through the history of Nvidia graphics cards and what these devices have looked like over the years.
- See more PC Gaming coverage in association with Nvidia
Swaaye/Wikipedia
Nvidia NV1
The Nvidia NV1 launched in 1995 and was able to handle both 2D and 3D video. It was sold as the «Diamond Edge 3D» and even sported a Sega Saturn compatible joypad port.
Several Sega Saturn games were ported for PC including Panzer Dragoon and Virtua Fighter Remix. Those features alone weren’t enough to appeal to the market though as the Saturn was struggling to compete with the original PlayStation.
NV1 was off to a rough start that was made worse by the release of Microsoft DirectX which was incompatible with the GPU and many games would not run.
Mathías Tabó/Wikipedia
Nvidia RIVA 128
In 1997 Nvidia released the NV3 aka Riva 128, Riva stood for «Real-time Interactive Video and Animation». This graphics card used both 2D and 3D acceleration along with polygon texture mapping.
At the time Nvidia’s rival 3dfx was dominating the market but the NV3 had a 100MHz core/memory clock and essentially doubled the spec of 3dfx’s Voodoo 1.
There were two variants of the NV3 in the form of the Riva 128 and the Riva 128ZX. The latter was more powerful with 8MB of VRAM and a 250MHz clock speed.
The NV3 was much more successful than the company’s first GPU and helped Nvidia get widespread popularity.
Tors/Wikipedia
Nvidia NV4
In 1998, Nvidia unleashed NV4, aka Riva TNT. This graphics card improved over the previous models by including support for 32-bit True Colour. The NV4 also had more RAM with 16MB of SDR SDRAM which meant it offered greater performance too.
It was around this time that Nvidia started to make moves to regularly update graphics drivers to ensure good performance and compatibility for the end user, something the company is still doing to this day.
Nvidia’s Riva TNT was more affordable at the time than 3dfx’s Vodoo2 if a little slower in terms of performance. The driver support was key to NV4’s success.
Uwe Hermann/Wikipedia
Nvidia NV5
In 1999, Nvidia followed up NV4 with the RIVA TNT2. NV5, as it was codenamed, bought a number of updates including 32-bit Z-buffer/stencil support, up to 32MB of VRAM and 2048 x 2048 texture support.
More importantly, this graphics card had improved clock speeds (up to 150+ MHz) which gave it as much as a 17 per cent performance boost over the previous model.
This card was a direct competitor to the 3dfx Voodoo3 and both were incredibly popular.
Hyins/Wikipedia
Nvidia GeForce 256
Late in 1999, Nvidia released what it pitched as the «world’s first GPU» in the form of the Nvidia GeForce 256.
This was a clever marketing move from Nvidia and the beginning of a love affair with GeForce-branded graphics cards for years to come.
It improved upon previous RIVA cards by increasing the pixel pipelines but also offered a big leap in performance for PC gaming.
This card supported up to 64MB of DDR SDRAM and operated up to 166MHz. As such it was 50 per cent faster than the NV5.
More importantly, the GeForce 256 also fully supported Direct3D 7 which meant it could power many of the best PC games available at the time.
Shortly after this launch 3dfx went bankrupt and ATI became Nvidia’s main competitor.
Hyins/Wikipedia
Nvidia GeForce2
Nvidia followed up the world’s first GPU with the aptly named GeForce2.
This GPU came in several different variants including the Ti, Pro, GTS and Ultra models. These were essentially NV11, 15 and 16 cards. Increasing pipelines and higher clock rates followed throughout the 2000 and 2001 releases.
The thing that made GeForce2 interesting was the start of support for multi-monitor setups.
It was also around this time that Nvidia acquired 3dfx.
Hyins/Wikipedia
Nvidia GeForce3
Shortly after GeForce2 came GeForce3. Codenamed NV20, this series of graphics cards represented Nvidia’s first DirectX 8 compatible GPUs.
There were three versions — the GeForce3, GeForce3 Ti 200, and GeForce3 Ti 500. This next GeForce GPU added programmable pixel and vertex shaders, multisample anti-aliasing into the mix.
A version of GeForce3 referred to as NV2A was used in the original Xbox console.
Hyins/Wikipedia
Nvidia GeForce FX series
Leap forward a couple of generations and in 2003 we have the release of Nvidia’s GeForce FX series.
These were the fifth generation of the GeForce graphics cards and supported Direct3D 9 as well as a number of new memory technologies. Those included DDR2, GDDR2 and GDDR3 as well as Nvidia’s first attempt at a memory data bus wider than 128 bits.
Meanwhile, the GeForce FX 5800 made waves for being the first GPU to be equipped with a large cooler. One so big that it was often called the «dustbuster» because of the amount of fan noise it gave off.
Hyins/Wikipedia
Nvidia GeForce 6 series
Shortly after the release of the GeForce FX series came the 6 series (aka NV40). GeForce 6 was the start of Nvidia pushing SLI technology allowing people to combine more than one graphics card for more power.
The flagship of this range was the GeForce 6800 Ultra, a graphics card which boasted 222 million transistors, 16-pixel superscalar pipelines and six vertex shaders. It had Shader Model 3.0 support and was compliant with both Microsoft DirectX 9.0c and OpenGL 2.0.
The series also featured Nvidia PureVideo technology and was able to decode H.264, VC-1, WMV and MPEG-2 videos with reduced CPU use.
As a result of all this, the GeForce 6 series was highly successful.
FxJ/Wikipedia
Nvidia GeForce7 series
In 2005 came the GeForce7 series including the highlight thought of 7800 GTX.
That card alone was a real powerhouse for the time and with some clever cooling, Nvidia was able to push the clock speed to 550MHz. At the same time, the company also managed to reduce latency and increase the bus to 512 bit.
Interestingly a version of the 7 series was crafted as the RSX Reality Synthesizer which was the proprietary CPU co-created by Nvidia and Sony for the PlayStation 3.
Shooke/Wikipedia
Nvidia GeForce8 series
In 2006 Nvidia released the GeForce8 series and unveiled its Tesla microarchitecture. This was the company’s first unified shader design and would be one of its most used architectures in future cards too.
The much-loved Nvidia GeForce 8800 GTX was the flagship of the range and was incredibly popular. It boasted 681 million transistors, had 768MB of GDDR3 memory and came with 128 shaders clocked at 575MHz.
Most significantly, this graphics card could run Crysis, which was all that PC gamers wanted at the time.
In 2006 things were also heating up as AMD purchased ATI for $5.4 billion and would become a thorn in Nvidia’s side for years to come.
Sk/Wikipedia
Nvidia GeForce9 series
At the start of 2008 Nvidia released the GeForce9 series. These cards continued to use the Tesla architecture but also added PCIe 2.0 support, improved colour and z-compression too.
By this time Nvidia was pushing performance up a notch with clock speeds hitting up to 675MHz and yet power consumption was being reduced as well.
Amazon
Nvidia GeForce 400 series
The next significant update came in 2010 when Nvidia launched the GeForce 4000 series. This was when Nvidia revealed the Fermi microarchitecture which was the company’s next major architecture.
This series also saw support for OpenGL 4.0 and Direct3D 11 and was direct competitor to the Radeon HD 5000 Series.
However the series was let down by high running temperatures and power consumption which caused a lot of grumbles from users.
HanyNAR
Nvidia GeForce 600 series
The GeForce 600 series introduced Nvidia’s Kepler architecture which was designed to increase performance per watt while also improving upon the performance of the previous Fermi microarchitecture.
With Kepler, Nvidia managed to increase the memory clock to 6GHz. It also added GPU Boost which guaranteed the GPU would be able to run at a minimum clock speed, but also boost performance when needed until it reached a pre-defined power target.
This range also supported both Direct3D 11 and Direct3D 12. IT also introduced a new anti-aliasing method known as TXAA.
Marcus Burns
Nvidia GeForce 700 series
In 2013 Nvidia kicked things up a notch with the 700 series which was topped off with the insane high-end enthusiast GTX Titan card.
This series was a refresh of the Kepler microarchitecture but some later cards also featured Femi and Maxwell architectures.
The GTX Titan boasted 2688 CUDA cores, 224 TMUs and 6GB of RAM. By this time Nvidia was managing to squeeze as many as seven billion transistors into its GPUs.
The GeForce 700 series was designed to maximise energy efficiency but also included other features such as hardware H. 264 encoding, PCI Express 3.0 interface, support for DisplayPort 1.2 and HDMI 1.4a 4K x 2K video output as well as GPU-Boost 2.0.
Marcus Burns
Nvidia GeForce 900 series
In 2014 Nvidia seemingly skipped a generation and went straight into the GeForce 900 series. This was the introduction to the Maxwell microarchitecture which offered improved graphics capabilities as well as better energy efficiency.
This series had the GeForce GTX 980 as its initial flagship, later followed by the 980 Ti and GeForce GTX TITAN X at the extreme end.
NVENC was also improved for this series and support appeared for Direct3D 12_1, OpenGL 4.6, OpenCL 3.0 and Vulkan 1.3.
Marcus Burns
Nvidia GeForce10 series
In 2014 Nvidia revealed the GeForce10 series based on the Pascal microarchitecture. The GTX 1080 Ti is perhaps the most well known of the GPUs from this series and cemented itself in history as perhaps one of the most significant cards Nvidia released.
This graphics card dominated the market and offered such superb performance and energy efficiency vs cost that it would often be referred to when compared with future GPUs.
The 10 series also included new features such as GPU Boost 3.0, a dynamic load balancing scheduling system, triple buffering and support for both DisplayPort 1.4 and HDMI 2.0b.
Marcus Burns
Nvidia GeForce20 series
The GeForce20 series was released in 2018 and introduced the Turing microarchitecture to the world.
Notably, these graphics cards were the first-gen of RTX cards and saw Nvidia pushing ray tracing as the main selling point.
The use of Tensor Cores and other enhancements helped these cards present a massive leap in graphical prowess. Resulting in realistic lighting and convincing reflection effects in-game.
Improvements came at a cost though, with the RTX 2080 Ti retailing for an eye-watering $1,199 (compared to the $699 of the 1080 Ti).
Pocket-lint
Nvidia GeForce30 series
The GeForce30 series succeeded the 20 series in 2020 and unfortunately became most well-known for simply being impossible to get hold of due to the silicone shortage.
Still, the Nvidia RTX 3080 was meant to retail for $699 making it much more affordable than the previous generations flagship and the series bought significant improvements too.
The flagship GeForce RTX 3090 Ti announced in March 2022 packed 10,752 CUDA cores, 78 RT-TFLOPs, 40 Shader-TFLOPs and 320 Tensor-TFLOPs of power. This powerful beast was also noted to be power-hungry, requiring at least 850 watts of power meaning you’d likely need a 1,000 watt PSU to run it.
Writing by Adrian Willings. Editing by Chris Hall.
TITAN Xp video card [in 4 benchmarks]
NVIDIA
TITAN XP
- PCIe 3.0 x16 interface
- Core frequency 1405 MHz
- Video memory size 12 GB
- Memory type GDDR5X
- Memory frequency 11408 MHz
- Maximum resolution
Description
NVIDIA started selling TITAN Xp on April 6, 2017 at a suggested price of 1. 199$. This is a top-end desktop video card based on Pascal architecture and 16 nm manufacturing process, primarily aimed at gamers. It has 12 GB of GDDR5X memory at 11.41 GHz, and coupled with a 384-bit interface, this creates a bandwidth of 547.6 GB / s.
In terms of compatibility, this is a dual-slot PCIe 3.0 x16 card. The length of the reference version is 267 mm. The connection requires one 6-pin cable and one 8-pin cable, and the power consumption is 250W.
It provides good performance in tests and games at the level of
66.05%
from the leader, which is the NVIDIA GeForce RTX 3090 Ti.
TITAN
XP
or
GeForce RTX
3090 Ti
General information 999 (A100 SXM4)
Value for money
To obtain an index, we compare the characteristics of video cards and their cost, taking into account the cost of other cards.
- 0
- 50
- 100
Features
TITAN Xp’s general performance parameters such as number of shaders, GPU core clock, manufacturing process, texturing and calculation speed. They indirectly speak of TITAN Xp’s performance, but for an accurate assessment you have to consider its benchmark and gaming test results.
Compatibility & Dimensions
Information on TITAN Xp compatibility with other computer components. Useful for example when choosing the configuration of a future computer or to upgrade an existing one. For desktop video cards, these are the interface and connection bus (compatibility with the motherboard), the physical dimensions of the video card (compatibility with the motherboard and case), additional power connectors (compatibility with the power supply). 90 ti)
of the video release
Types and number of video connectors present on the TITAN Xp. As a rule, this section is relevant only for desktop reference video cards, since for laptop ones the availability of certain video outputs depends on the laptop model.
Video connectors | 1x HDMI, 3X DisplayPort | |
HDMI |
API
APIs supported by TITAN Xp, including their versions.
DirectX | 12 (12_1) | |
SHEDER MODERAL | 6.4 | |
0060 | 4.6 | |
OpenCL | 1.2 | |
Vulkan | 1. 2.131 | |
CUDA | 6.1 |
Benchmark tests
These are the results of TITAN Xp’s rendering performance tests in non-gaming benchmarks. The overall score is set from 0 to 100, where 100 corresponds to the fastest video card at the moment.
Overall benchmark performance
This is our overall performance rating. We regularly improve our algorithms, but if you find any inconsistencies, feel free to speak up in the comments section, we usually fix problems quickly.
TITAN XP
66.05
- Passmark
- GeekBench 5 OpenCL
- GeekBench 5 Vulcan
- GeekBench 5 CUDA
Passmark
This is a very common benchmark included in the Passmark PerformanceTest package. He gives the card a thorough evaluation, running four separate tests for Direct3D versions 9, 10, 11, and 12 (the latter being done at 4K resolution whenever possible), and a few more tests using DirectCompute.
Benchmark coverage: 26%
TITAN XP
19459
GeekBench 5 OpenCL
Geekbench 5 is a widely used benchmark for graphics cards that combines 11 different test scenarios. All of these scenarios are based on the direct use of the processing power of the GPU, without the use of 3D rendering. This option uses the Khronos Group’s OpenCL API.
Benchmark coverage: 9%
TITAN XP
64433
GeekBench 5 Vulkan
Geekbench 5 is a widely used benchmark for graphics cards that combines 11 different test scenarios. All of these scenarios are based on the direct use of the processing power of the GPU, without the use of 3D rendering. This option uses the Vulkan API from AMD and the Khronos Group.
Benchmark coverage: 5%
TITAN XP
88308
GeekBench 5 CUDA
Geekbench 5 is a widely used benchmark for graphics cards that combines 11 different test scenarios. All of these scenarios are based on the direct use of the processing power of the GPU, without the use of 3D rendering. This option uses NVIDIA’s CUDA API.
Benchmark coverage: 5%
TITAN XP
58384
Mining hashrates
TITAN Xp performance in cryptocurrency mining. Usually the result is measured in mhash / s — the number of millions of solutions generated by the video card in one second.
Ethereum / ETH (DaggerHashimoto) | 37.6 Mh/s |
Game tests
FPS in popular games on TITAN Xp, as well as compliance with system requirements. Remember that the official requirements of the developers do not always match the data of real tests.
Average FPS
Popular games
Relative performance
Overall performance of the TITAN Xp compared to its closest desktop competitor.
NVIDIA GeForce RTX 3060 Ti
104. 78
NVIDIA GeForce RTX 2080 Super
100.35
AMD Radeon RX 6700
100.09
NVIDIA TITAN Xp
100
AMD Radeon RX 6700XT
97.97
NVIDIA RTX A4000
97.58
NVIDIA TITAN RTX
96.91
Competitor from AMD
We believe that the nearest equivalent to TITAN Xp from AMD is Radeon RX 6700, which is approximately equal in speed and lower by 2 positions in our rating.
Radeon RX
6700
Compare
Here are a few of AMD’s closest competitors to the TITAN Xp:
AMD Radeon RX 6800XT
122.94
AMD Radeon RX 6800
108.07
AMD Radeon RX 6700
100. 09
NVIDIA TITAN Xp
100
AMD Radeon RX 6700XT
97.97
AMD Radeon RX 6650 XT
87.81
AMD Radeon RX 5700XT
86.87
Other video cards
Here we recommend several video cards that are more or less similar in performance to the reviewed one.
TITAN
V
Compare
TITAN V
CEO Edition
Compare
Radeon RX
5700XT 50th Anniversary
Compare
Radeon Vega
Frontier Edition
Compare
GeForce GTX
TITAN X
Compare
Radeon R9 FURY X
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Recommended Processors
According to our statistics, these processors are most often used with TITAN Xp.
Ryzen 9
5900X
3.2%
Core i9
9900K
2.7%
Ryzen 5
3600
2.7%
Ryzen Threadripper
PRO 3995WX
2.7%
Ryzen 9
3900X
2.2%
EPYC
7502P
2.2%
Ryzen 5
5500U
2.2%
Ryzen Threadripper
3970X
1.6%
EPYC
7702
1.6%
Core i9
9990XE
1. 6%
User rating
Here you can see the rating of the video card by users, as well as put your own rating.
Tips and comments
Here you can ask a question about TITAN Xp, agree or disagree with our judgements, or report errors or inaccuracies on the site.
Please enable JavaScript to view the comments powered by Disqus.
Rating of video cards — TOP 15 best models of 2021
2021 becoming the biggest rock for upgrading a video card. Leading video chip makers have released wonderful new models, but it’s impossible to buy them for crazy prices. The reason was the crypto-currency boom and the shortage of components (reduction in the number of conductor crystals for chips). But, regardless of the situation that has developed, gamers still want to upgrade their systems and, moreover, about the current GPUs on today’s GPUs.
The price is not the same as the star rating, but the prices will be improved by the video cards, which have risen to the cob more expensive (old models), and the new items, by the prices, are recommended by the selector. Temporarily croc, bidding for scarce prices will obviously not be objective. We can see three price segments: budget, mid-range and Hi End.
Check everything in one game — Cyberpunk 2077 for three equal graphics settings after patch 1.2, on the axis of such a test bench:
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CPU — Intel Core i9-9900K (fixed frequency — 4.8 GHz)
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Mat. Code-ASUS MAXIMUS XII APEX
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RAM-G.Skill Trident Z RGB F4-3200C14D-16GTZR, 2 × 8 GB (3200 MHz, CL14)
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PICCHIOUS-Intel SSD 760P, 1024 GBIT 9000 9000 BZ — Corsair AX1200i, 1200 W
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CPU cooling system — Corsair Hydro Series h215i
Operating system — Windows 10 Pro x64. Drivers for AMD — Radeon Software Adrenalin 2020 Edition 21.4.1, for NVIDIA — GeForce Game Ready Driver 466.11
8876
MSI GeForce GTX1660 SUPER 6144Mb GAMING X
9881
MSI Radeon RX 5600 XT 6144Mb GAMING X
10015
ASUS GeForce RTX2060 6144Mb ROG STRIX OC GAMING
11065
Full HD performance table per bag
0060
2K (Quad HD)
GIGABYTE GeForce RTX2060 SUPER 8192Mb WINDFORCE
12630
MSI Radeon RX 5700 XT 8192Mb GAMING X
13850
MSI GeForce RTX3060Ti 8Gb GAMING X TRIO0059
19250
Radeon RX 6800
24750
ASUS GeForce RTX3090 24Gb TUF GAMING
41250
Radeon RX 6900 XT 16Gb ASUS
27500
PIDSUMKOVA Table product for 4K
Videocarty of the Empty RIVNE, Pubain Groti to the Sudynoye Zadniy Zadni80x1080. Qiyatirku mi folded depending on the availability of models in retail earlier, while there was no shortage yet. In this class of video cards, vendor versions do not play a significant role, even if seriously cooling is not necessary for these chips.
ASUS Radeon RX 5500 XT 8192Mb ROG STRIX OC GAMING
RX 5500 XT The technical process is 7 nanometers, and the Navi graphic processor is 14 prompts for RDNA architecture updates. In fact, this video card is an actual replacement for the old RX 570/580.
Do not install a «cold» chip that is not capable of equipping the motherboard itself and whether it is a version with two coolers and a heatsink, in order not to go into the GPU core temperature above 70 C°.
Obviously, the retailer of the bus has saved the exchange of memory on the bus, having changed the size of the audio, which reduced the potential of the new video card by a factor of three. However, buying older cards is hardly reasonable and the 5500 XT seems to be one of the best solutions for Full HD at medium settings. Tim more, what solutions on Polaris chips step by step know the market.
Plus |
Minusi |
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RDICHNA RDNA, 7 Nm Technical Process, lowland RIVIVEN TARVILENELNE. |
Established to the pam’yati rodgon up to 14 880 MHz |
Shvida Pam’yatr GDDR 6 |
128-BITNE THINE THINA RX 570/580 BULL BULL BULT BULL ) |
ROZGLOKINGS ROZGIN GPU |
MSI GEFORCE GTX1660 6144MB Ventus XS OC
Videoka is presented in 2019. The booster reaches 1830 MHz, and allows you to comfortably (often on ultra settings) play on Full HD in most projects in the rest of the world.
The card is equipped with a GDDR5 memory, however, it successfully competes for productivity with the top-notch 5500 XT rating, and is ahead of the curve in many tasks. Rіch u tіm, scho razryadnіst tire memory nі ї 192, versus 126 bits for a Radeon video card.
GTX 1660 is a miracle practical in any case, the chip has a low TDP, it is easy and simple to open. One, as it is planned to split, rather unique versions with one fan. Also, you can use a special utility, which is included in the nVidia driver package, which will please fans of maritime mountains — with help, you can change the lags of the stutter, which is caused by sagging internet connection.
Plus |
Minusi |
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We don’t have our own |
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Optimization of industrial projects. |
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High productivity. |
MSI GeForce GTX1660 SUPER 6144Mb GAMING X
This video card was planned as an affordable alternative to the 1660 Ti version, and it was upgraded to the base 1660 by adding the same graphics chip on board, and equipping it with GDDR6 memory. As a result, the actual bandwidth increased to 336 GB / s versus 192 GB / s for the GTX 1660, which, insanely, had a positive effect on the productivity of the card as a whole.
Definitely a video card for enthusiasts who want to play in Full HD at the maximum graphics settings in Triple A projects. Moreover, this map can be seen at 50-60 fps «at maximum speed» in 2K on some games.
How much productivity is needed at 1960×1080? Here virishuvati skin. In summary, the varto shows that the 1660 Super will «out of the box» those that you can see from a distance 1660, choosing the optimal mode of work in the run. Right there, no special adjustments are necessary, everything is based on the Plug & Play principle.
Plus |
Minusi |
---|---|
Territory productive0005 |
Price. Having spent 15-20% more money, you can move to the next category of productivity. |
Visibly compact, suitable for small cabinets. |
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Up to 4 monitors can be connected, for streaming cob row. |
MSI Radeon RX 5600 XT 6144MB GAMING X
One NEISEVIVIVENED WIDEOCAR RADEON, Prota, VIDISHIT NOVEGETED BARID It is possible to get performance as close as possible to RTX 2060.
The recorder itself is positioned like the RX590 at maximum speed, however, on the Polaris architecture, nevertheless, 8 GB of video memory was the norm, while the 5600XT only has 6 GB. By the year, which will become insufficient.
In fact, this video card has the same video chip as the 5700XT, and the firmware is surrounded by only a changed video memory and bus bandwidth (here 192 bits, against 256 in the 5700 series models).
As a result, you can take high speed in dispersal, but «militia» piece by piece inserted into it with a picker will not allow you to use your code to equal the offensive video card segment. For the naked price of the price, there is no alternative to your own 1660 Super or 2060, but let’s understand that this video card has no future prospects.
Plus |
Minusi |
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9000
Tosky ROSGINE PARTICIAL, can take the leip frequency for the low thermal unit. |
6 GB of operative memory do not give any reserve for the future. |
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Modern architecture Navi 10, based on 7 nm process technology. |
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View results in games on Full HD This video card shows the results of the previous generation GTX 1070, only with DXR and DLSS support (smoothing technology based on algorithms for the deep learning of piece intelligence). Resource 2060 is available for distribution in 2K and, in other projects, to 4K (25-30 fps). Undoubtedly, it is revolutionary for the date of its release, the mid-budget card, because of the short time it means only a deficit in the market and the price control at the start of sales, which, through the river, stabilized.
Initially rich Full HD progressively expands into 2K or Quad HD So far, it’s true, video cards are not available to everyone in this segment, but invariably the situation can change to a better one. In our five-rule list, we selected cards depending on the availability and ability to minimize thermal imaging in the form of a practical video card. GIGABYTE GeForce RTX2060 SUPER 8192Mb WINDFORCEThe video card occupies a niche between 2070 and 2060. Video memory 8 GB and the same time solves the problem with the «reserve» on the mine. Pratsiuvati s 4K danish GPU building, but on dosit low graphics upgrades. It’s better for you to look at the card for Quad HD yourself, and here it’s, without a doubt, one of the most optimal options. Rich in time, so that the chip can be cooled and the TDP limit of 185 W from one side allows you to draw more from the card when dispersing (the potential is only 3-4% and that’s clearly not the case), and on the other hand, it allows you to grow an oversized card . So you can choose a PC in the most compact system unit. Before that, in hybrid modes — if you surf the Internet and work in office programs, the fans work on small wrappers and the video card becomes practically noiseless. The truth is that the situation is changing rapidly and you are launching a powerful current game — here the noise of the rich noise may not seem comfortable.
MSI Radeon RX 5700 XT 8192MB GAMING XReliza Videokart on Architecture RDNA HEARCH INTERS INTERPILIS IN ON ON I ONAKOVANYA TS BULOK VIDROMI. Navi 10 GPU updates with newly redesigned logic will hit NVIDIA’s mid-high price range. The RX 5700XT is practically on par with the RTX 2070, but cheaper for the rest. |
MSI GEFORCE RTX3060606060606060TI 8GB Gaming X Trio
«Senior» Models Z’yavilovavili VID Radeon on Arkhituri 2, A novel this hour will be a unique representative of the niche with a price threshold of up to $400. Until Sichnya 2021, there will be no competitors at the shorty.
The video card promotes, in principle, the lower speed of the swidcode and outperforms its front RTX 2060 Super in greater numbers by 30-39%, and RX 5700 XT like Radeon — by 24-30%. In fact, this card is a close analog of the RTX 2080 SUPER, so I’ll stay ahead of the Ray Tracing projects.
At the moment, it’s definitely the most problem-free Quad HD card in its segment, which works at maximum capacity right out of the box. A serious bonus will be the support of DLSS and the singing expansion potential that can be stored in the cooling system. The MSI GAMING X TRIO, which we propped up, has no problems with throttling, it’s not to blame for the serious overclocking.
Plus |
Minushi |
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9000
productivity Vistachi Vistachi for the Glazy projects in 4K. Ale itself in 1440p, it is roaring to the full tightness. |
The quality of the robotic chip is already fallow in the vicarious vicarious life of the mosfetiv in the lance. It may vary depending on the specific model. |
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Factory-installed GPU at optimal voltage values (for under-corrected short circuits). 960×1080 NVIDIA is obviously not orientated anymore, overlying the new old model. The model is equipped with 12 GB of video memory GDDR 6. At the moment, there is not much room for building more than 8, but it will appear at the right hour, so that the stock will not be taken. A specific ASUS ROG Strix model realizes the full potential of the model, equipping it with a massive heatsink with three coolers, which allows you to easily open the card without the risk of overheating.
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