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GeForce RTX 3080 vs Radeon RX 6800 XT: High-end GPU Face Off

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Today, we have a high-end grudge match between the GeForce RTX 3080 and Radeon RX 6800 XT, two of the best graphics cards currently available. Graphics cards on a store shelf are as rare as hen’s teeth these days, and that makes knowing what you’re buying that much more important. If you’re going to camp out for a GPU, it better be a good one, and these both rank near the very top of our GPU benchmarks hierarchy. Let’s pit the two against each other to determine which one’s the better choice.

Last year, the graphics card market picked up in multiple big ways. For the first time in many years, both Nvidia and AMD released new GPU architectures with graphics card lineups that offered massive generational improvements. Nvidia’s RTX 3080 and the Ampere architecture arrived first, bringing new levels of performance, faster ray tracing and tensor operations, and more bandwidth thanks to GDDR6X. AMD’s RX 6800 XT and the RDNA2 architecture arrived a few months later, with AMD joining the ray tracing club for the first time, and with a relatively massive 128MB Infinity Cache to help improve effective bandwidth.

The GPUs in question have been on the market for roughly half a year now. In past generations, the hype around a GPU release would have subsided by now, but with the current market situation and GPU shortages, most people haven’t had a chance to get their hands on either card yet. Both cards are impressive, and anyone lucky enough to have snagged one during this unprecedented graphics card drought should be ecstatic to have a GPU at all. Still, there are pros and cons to each, and if you’re in the market for an expensive GPU it’s a good idea to weigh the differences to make sure you’re satisfied with your purchase when you make one.

As with our other GPU face offs, we’ll look at performance, price, features and tech, drivers and software, and power and efficiency in order to determine a winner. Those categories are listed in order of decreasing importance, in our view at least, so we’ll start with the critical aspects and move on down the list from there.

Gaming Performance: RTX 3080 vs RX 6800 XT

GPUs are used for many purposes these days, but gaming is still the number one reason consumers spend big bucks on these devices, and people buying high-end cards expect top-notch performance. We put the RTX 3080 and the RX 6800 XT to the test with a 13-game gauntlet in three resolutions to see which GPU deserves the crown. The results weren’t as definitive as we would like, but we’ve got additional benchmarks that will help sway our final verdict.

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(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)

If you’re gaming at 1080p, both cards are more than fast enough—perhaps even overkill. Overall, the RX 6800 XT has a slight edge on the RTX 3080, with an average 169.4 FPS across all 13 games compared to the 158. 3 FPS. AMD comes out slightly ahead in many games, with significant leads in several AMD promoted games like Assassin’s Creed Valhalla, Borderlands 3, and Dirt 5.

Increasing the resolution to 1440p shrank the delta between the two cards several percent, though the 6800 XT held onto the overall lead. Take that with a grain of salt, though, as the both cards still cranked out over 100 fps in nearly every game (Watch Dogs Legion, Metro Exodus on the 6800 XT, and Assassin’s Creed Valhalla on the 3080 being the exceptions).

Gaming at 4K, even with today’s best GPUs, remains a challenging feat, but both cards are capable of driving high-end games at this resolution with acceptable frame rates — mostly, as long as you’re okay with closer to 60 fps in many games. The 13-game average now puts the RTX 3080 slightly ahead of the RX 6800 XT, flipping the 1440p results, and in most cases the performance delta between the two cards remained negligible.

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(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)

The RX 6800 XT looks like it wins by a hair overall, especially if your favorite game happens to be AC Valhalla for Borderlands 3. But what if we go beyond rasterization and run games with ray tracing and/or DLSS technologies? We’ve omitted the 4K testing this time — it’s really only viable with DLSS anyway — and switched to testing ten games with DirectX Raytracing (DXR) and six games with DLSS 2.0. We’re not going to break down every chart, but the overall standings change dramatically once DXR and DLSS come into play — and a game doesn’t need to use DXR to benefit from DLSS.

Running native 1080p or 1440p, Nvidia’s lead in DXR games averaged 30% to 35%, and it was over 50% in three of the games we tested. AMD still came out with small leads in Dirt 5 and Godfall, both AMD promoted games, but we want to go on record (again) by noting that the DXR shadows in those games really don’t strike us as particularly important (and the same goes for Shadow of the Tomb Raider).

Enable DLSS Quality mode, which is difficult to tell apart from native rendering in our experience, and it’s not even remotely close. Yes, Nvidia’s GPUs render fewer actual pixels and rely on machine learning to scale the result, but if you can’t readily see the difference — and that’s looking at still frames — does it matter? In the six DLSS + DXR games we tested, the smallest lead for the RTX 3080 was 72% (Watch Dogs Legion at 1080p), but in most games the 3080 was more than double the performance of the RX 6800 XT.

Winner: Nvidia

You can’t really go wrong with either of these cards. They both deliver ample performance for gaming at any resolution. If we have to pick a winner, we’ll take Nvidia’s DLSS tech (more than the DXR superiority) as a smart way of providing often significant improvements to performance. AMD needs a viable alternative to DLSS 2.0, hopefully something that clearly matches it in quality (FidelityFX CAS doesn’t, once you apply upscaling). Given Unreal Engine’s and Unity Engine’s support for DLSS, we expect plenty of upcoming games will benefit.

Price: RTX 3080 vs RX 6800 XT

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Nvidia kicked off this GPU generation with the RTX 3080 hitting the market in September 2020 for a suggested price of $699. AMD came in a bit later with a November 2020 release for the RX 6800 XT, landing with a lower MSRP of $649. Sadly, neither of those prices reflect the current state of the market — not even close. With extremely limited availability, we’re seeing massively inflated prices from scalpers and effectively nothing available at MSRP.

The GPUs at this tier have never been what you would call affordable options. The GeForce RTX 3080 is what Nvidia considers its flagship graphics card (the 3090 is apparently chopped liver to Nvidia CEO Jensen Huang), with a price to match the previous generation RTX 2080 Super and GTX 1080 Ti. AMD hasn’t had a competitive offering in this price bracket for a while (no, the Radeon VII and R9 Fury X weren’t really competitive), so this is the first time ever that AMD has had a single-GPU solution worth paying $650 or more in our opinion. It’s too bad that neither company is currently able to keep up with demand, as those prices sound downright inviting these days.

A quick look at our GPU Pricing Index shows that RTX 3080 and RX 6800 XT cards are selling for extreme premiums on eBay, which is currently the easiest place to pick up a graphics card if you’re willing to pay double or triple the official price. And good luck finding one in a store at MSRP. Since their launch in late 2020, the RX 6800 XT and RTX 3080 have been nearly impossible to find, and the madness isn’t expected to slow down any time soon. Demand for GPUs is at an all-time-high right now and production is constrained by multiple factors.

On eBay, then, it’s $2,200 (give or take) for the RTX 3080 versus $1,525 for the RX 6800 XT. Interestingly, however, the regular Newegg Shuffle frequently puts up cards using both GPUs. There, the RTX 3080 bundles typically cost in the neighborhood of $1,300 while the RX 6800 XT bundles have a similar price (assuming the bundled components are similar prices, anyway). There have also been far more RTX 3080 bundles listed over the past month than RX 6800 XT, so theoretically it’s ‘easier’ to score the 3080. Realistically, though? We haven’t been selected for a single 3080 or RX 6000-series bundle, and we’ve tried on nearly every one. Back to scalpers, then, or wait until 2022…

Our most recent numbers indicate that a Radeon RX 6800 XT is a much better deal than a GeForce RTX 3080 on eBay, probably because the 3080 is 50% faster for Ethereum mining. The average eBay price for a Radeon RX 6800 XT was around $1,500 at the time of writing. That’s almost a 2.5X premium over the MSRP. However, if you prefer team green, expect to pay significantly more than that. eBay pricing on the RTX 3080 is hovering around $2,250, 3.2x the MSRP of a Founders Edition card.

Winner: AMD, but actually, no one

With the average eBay price for a Radeon RX 6800 XT currently sitting at $750 less than the typical GeForce RTX 3080 card, the Radeon appears to be the better value. The reality is, at these prices, the only winner is the scalper taking profits. If you get lucky with a Shuffle, pricing looks roughly tied — but then you’re down to pathetic odds. If you need a new GPU, try to find one for as low a price as possible and you can use our RTX 3080 stock tracker to help. We can’t support paying two to three times the MSRP for either of these cards.

Features and Technology: RTX 3080 vs RX 6800 XT

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With every generation of graphics card comes new technologies meant to improve your gaming experience. In most cases, AMD and Nvidia have direct counterparts for each other’s technology, but there are a handful of exceptions that really set these cards apart in various ways.

Nvidia’s RTX GeForce cards support Deep Learning Super Sampling (DLSS), a technique to increase the image resolution with minimal impact on image quality. DLSS leverages Nvidia’s AI technology to take low resolution rendered images and infer the placement of pixels to increase the output resolution. Currently, AMD doesn’t offer a direct counterpart to DLSS technology, although FidelityFX Super Resolution technology could even the playing field when it lands later this year. Until then, Nvidia has a clear performance advantage with DLSS games.

AMD and Nvidia both support ray tracing, which offers image quality improvements that are sometimes quite pretty, but they don’t offer much in the way of gameplay improvements. Ray tracing does impact the framerate that your GPU can deliver, and as noted above, Nvidia’s GPUs tend to easily beat AMD in ray tracing games. That’s likely thanks to the fact that Nvidia is on round two of RT hardware, while AMD is still on round one.

Both AMD and Nvidia offer refresh rate synchronization technology, which dynamically syncs your monitor’s refresh rate with your GPU’s frame rate output. Nvidia’s G-Sync requires an Nvidia GeForce GPU paired with a G-Sync certified (or G-Sync Compatible) display. FeeSync is AMD’s answer to G-Sync. Both technologies match your display’s speed with output from your GPU, but AMD’s solution is usually more affordable. Nvidia requires certification and licensing from display manufacturers, whereas AMD’s solution is royalty-free and free to use, giving display makers a broader opportunity to support Freesync. On the other hand, G-Sync typically works better, likely due to Nvidia’s strict requirements. Furthermore, Nvidia cards can run with G-Sync on most of the top FreeSync displays, whereas AMD GPUs are not compatible with G-Sync technology. For a more detailed analysis see our FreeSync versus G-Sync face-off.

Another display technology Nvidia offers is Reflex — both as a software and hardware solution. In games that fully implement Reflex (Apex Legends, Call of Duty: Black Ops Cold War, CRSED: F.O.A.D., Destiny 2, Enlisted, Fortnite, Mordhau, Overwatch, Rainbow Six Siege, Valorant, and Warface), it offers a significant latency reduction that can help competitive gamers. That’s why that list is full of multiplayer games. Again, AMD doesn’t have a direct counterpart. Elsewhere, Nvidia’s Ultra-Low Latency tech and AMD’s Anti-Lag go for a similar end goal (lower latency), but neither is as good as Reflex.

AMD may be lacking in some software features, but it has the clear win in memory capacity. Whereas Nvidia’s GeForce RTX 3080 comes equipped with a not too shabby 10GB of GDDR6X memory, the Radeon RX 6800 XT packs a whopping 16GB of GDDR6 memory. So far, however, there are almost no games where VRAM capacity makes a clear difference.

Winner: Nvidia

While both companies offer similar feature sets, Nvidia does a better job implementing their versions. G-Sync is generally superior to FreeSync; DLSS doesn’t have a counterpart, yet; and Reflex performs better than Anti-Lag in our experience. The extra memory on the Radeon is not a reason to give up Nvidia’s impressive features.

Drivers and Software: RTX 3080 vs RX 6800 XT

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AMD and Nvidia release regular driver updates for their GPUs. In AMD’s case, the company drops annual overhauls of its Radeon drivers (currently Radeon Adrenaline 2020 — the April 2021 update added some new stuff but kept the 2020 branding), which usually include new features and a UI update. Additionally, AMD puts out regular monthly updates that address bugs and improve performance in some games, as well as extra updates for new game releases.

Nvidia maintains a similar release schedule for its GeForce drivers. It doesn’t always have a monthly driver update, but you can count on having Game Ready Drivers on launch day for most major game releases.

Radeon drivers are generally not WHQL (Windows Hardware Quality Labs) certified, which perhaps enables AMD to push out updates more frequently. The trade off is bugs can slip through the cracks when updates roll out so quickly. Nvidia’s drivers are usually WHQL certified (outside of hotfix releases), which reduces the release frequency, but decreases the likelihood of a big bug slipping through. In either case, however, testing doesn’t always catch things, and bugs do occasionally happen.

AMD and Nvidia have different approaches to their driver user interfaces. Nvidia splits its GeForce driver options into two applications. Nvidia Control Panel handles the GPU settings, such as resolution, texture filtering, vertical sync, low latency mode, power management, and more. The control panel also handles display configuration settings, such as color, rotation, and multi-display setups. Nvidia GeForce Experience handles game settings, driver updates, and includes game streaming and recording features. To access the GeForce Experience features you must log in with an Nvidia user account.

Additionally, Nvidia offers Nvidia Broadcast, an AI-enhanced broadcasting solution that uses the GeForce RTX Tensor cores to do things like clean up the noise from your microphone and remove the background behind you without a green screen. It’s not perfect, but it’s actually quite impressive compared to the background removal algorithms in other apps like Zoom or Google Meet.

AMD takes a somewhat more streamlined approach in that the Radeon driver software is a one-stop-shop for all your Radeon GPU settings and features. The Radeon Adrenaline 2020 software suite includes automatic driver updates, game performance profiles, and built-in broadcasting software to stream and record your gameplay. AMD even offers an Instant GIF button to create animated images of your most memorable gaming moments. The Radeon software also offers performance metrics logging and a tuning section with automatic overclocking profiles and settings for manual adjustment.

Winner: Tie

Both Nvidia and AMD have different advantages with their drivers and accompanying software, but ultimately they offer generally equivalent experiences. AMD’s performance monitoring can be useful, but so are the AI-enabled features that Nvidia Broadcast brings to the table. As far as driver updates, both companies release updates regularly and you can usually expect a new driver from each side when notable games hit the market.

Power Consumption / Efficiency: RTX 3080 vs RX 6800 XT

When you’re playing around with graphics cards at the level of the RTX 3080 and the RX 6800 XT, you’re going to need a fair bit of power, and efficiency is still an important consideration when selecting a GPU. The amount of juice your GPU needs affects your power supply requirements. GPUs are also the largest factor when considering the carbon footprint of your gaming system.

In past generations, AMD’s GPUs would often draw far more power than Nvidia’s counterparts, but that’s not the case with the current lineup. In our testing, Nvidia’s RTX 3080 draws more power than AMD RX 6800 XT. Nvidia’s card even pulls more power than AMD’s more performant RX 6900 XT. A lot of that is thanks to AMD’s use of TSMC 7nm N7 lithography compared to Nvidia’s use of Samsung «8nm» 8N tech, with TSMC generally costing more — and it’s in higher demand, which means it can be more difficult to get sufficient supply.

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(Image credit: Tom’s Hardware)(Image credit: Tom’s Hardware)

The gap in power use between the RTX 3080 and the RX 6800 XT isn’t particularly wide, however, especially if you look at third party cards. Nvidia’s 3080 Founders Edition pulls roughly 10% more power from the wall than AMD’s reference 6800 XT. For factory overclocked cards, however, the gap can all but disappear — depending on the card models, naturally.

For games that don’t support ray tracing features, the performance difference between the two cards doesn’t justify the additional power consumption of the GeForce. Nvidia’s ray tracing and DLSS performance advantage make up for the deficit, though.

Winner: AMD

AMD’s RX 6800 XT draws slightly less power than the RTX 3080 with very close performance numbers. Unless you plan to take full advantage of Nvidia’s proprietary features, the 10% power savings is probably worth going with AMD.

Swipe to scroll horizontally

Round	AMD Radeon RX 6800 XT	Nvidia GeForce RTX 3080
Gaming Performance	Row 0 — Cell 1	✗
Price	✗ (nominally)	Row 1 — Cell 2
Features and Technology	Row 2 — Cell 1	✗
Drivers and Software	✗	✗
Power and Efficiency	✗	Row 4 — Cell 2
Total	3	3

The Radeon RX 6800 XT and the GeForce RTX 3080 are relatively well matched cards, but at this tier, it’s almost too close to call. For a lot of people, performance will be the number one consideration, but the winner and margin of victory can vary greatly depending on the game and settings being used. DLSS makes the RTX 3080 a formidable competitor as well, and anyone that cares about ray tracing will be better served by the RTX 3080 — right now it’s the card we’d most like to recommend based on official prices.

That’s the problem, though. Street prices are generally terrible, as is availability. The RTX 3080 appears to be in wider circulation, but for normal gamers, paying $1,000 or more just for a graphics card is asking far too much. Anyone willing to pay scalper prices, however, will find the Radeon RX 6800 XT costs about $700 less than the RTX 3080, and it produces higher frame rates in many games. Unless you’re mining on the side, in which case the hashing performance of the 3080 might make it worth the added cost.

When these cards sell for MSRP — if they ever do before being replaced by future cards — the tables could turn. Don’t expect that to happen in 2021, though. The GPU shortage will likely drag on until next year, and scalpers will continue to manipulate the market prices.

And there’s the rub. Our rankings and overall preferences mean nothing if you can’t get your hands on either of the cards at acceptable prices. If you manage to acquire either a Radeon RX 6800 XT or a GeForce GTX 3080, count your lucky stars and be happy with your purchase. That’s especially true if you managed to pick it up at anywhere close to MSRP (i.e., under $1,000).

Overall Winner: Tie, until (unless) availability improves a lot

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Kevin Carbotte is a contributing writer for Tom’s Hardware who primarily covers VR and AR hardware. He has been writing for us for more than four years.

Nvidia GeForce RTX 3080 review

TechRadar Verdict

The Nvidia GeForce RTX 3080 is an absolute powerhouse of a graphics card, bringing about one of the largest generational leaps in GPU history. Anyone that’s interested in fast 4K gaming should be paying attention to this graphics card – even if the benefits diminish at lower resolutions.

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Pros

+
Excellent 4K gaming performance
+
Low temperatures
+
Plenty of useful non-gaming features
+
Price didn’t increase over RTX 2080

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Nvidia GeForce RTX 3080: Thirty Second Review

When the Nvidia GeForce RTX 3080 was first released, it had to significantly improve upon Nvidia’s top-tier graphics card from the Turing era, so expectations couldn’t have been higher.

But just like the rest of the Nvidia Ampere, the RTX 3080 hasn’t just been more than up to the challenge, it absolutely redefines the performance of the elite graphics cards by bringing fast, 4K gaming at an accessible, if not totally affordable, MSRP.

In fact, the improvements of the RTX 3080 over the cards it’s replaced seems to be the biggest generation leap in power we’ve seen in a long time. It performs 20-30% better than the card in our Nvidia GeForce RTX 2080 Ti review and, more impressively, 50-80% better than the one in our Nvidia GeForce RTX 2080 review.

What makes this GPU all the more attractive is that performance bump comes with a much more reasonable retail price. It’s almost half the cost of the previous generation GPU.

The Nvidia GeForce RTX 3080 makes high-end gaming much more attainable for the average gamer, running the best PC games with faster refresh rates and higher resolutions for less money.

There are cheaper cards with a better value proposition, but when it comes to the elite class of graphics cards, the Nvidia GeForce RTX 3080 is simply the best value for those who have the money to spend, but want the most bang for their buck, and so we highly recommend it as the best graphics card to buy for those who can clear the cost of entry.

Nvidia GeForce RTX 3080 at Amazon for $1,099

Nvidia GeForce RTX 3080: Price and availability

The Nvidia GeForce RTX 3080 is available now, assuming you can find it. Stock shortages have been an issue. (Image credit: Future)

The Nvidia GeForce RTX 3080 is available now starting at $699 (£649, about AU$950) for the Founders Edition. However, as with any major graphics card, there will be dozens of aftermarket graphics cards from companies like MSI, Asus, Zotac and more.

Just be aware that some of these aftermarket card designs may see steep price increases over this Founders Edition, based on things like exotic cooling solutions and factory-tuned overclocks. But every RTX 3080 should more or less be in the ballpark of performance as the one Nvidia itself has released.

This is cheaper than the Founders Edition card in our Nvidia GeForce RTX 2080 review, which debuted at $799 (£749, AU$1,199), so that’s a good thing. It’s still ridiculously expensive, especially when you get to aftermarket cards.

It’s not as outrageous as the Founders Edition card in our Nvidia GeForce RTX 3090 review, which launched at $1,499 (£1,399, around AU$2,030). The Founders Edition card in our Nvidia GeForce RTX 3070 review, meanwhile, is a much more relatively reasonable $499 (£469, AU$809). The reference card in our AMD Radeon RX 6800 XT review and the Gigabyte card in out AMD Radeon RX 6900 XT review have an MSRP of $649 (around £649, AU$960) and $1,299 (about £1,040 / AU$1,820), so the RTX 3080 is somewhere in the middle of the mix here among this generation of cards.

It’s not the cheapest graphics card around, but there are marginally better cards out there for twice the price. So even though the RTX 3080 is really expensive, compared to its peers and the card it is replacing, the MSRP price is actually pretty good given the level of performance you get out of it compared to the rest of this generation.

Value: 3.5 / 5

Nvidia GeForce RTX 3080: Features and chipset

The Nvidia GeForce RTX 3080 Founders Edition drops the USB-C video output, which we think is a shame. (Image credit: Future)

The Nvidia GeForce RTX 3080 is based on the Ampere graphics architecture, which brings huge improvements to both raw performance and power efficiency over its Turing predecessor. The fact that Nvidia has increased the power budget so much over the RTX 2080 while boosting power efficiency means that the overall performance profile is far above what any Nvidia Turing graphics card was capable of.

There have been obvious improvements to the ray tracing (RT) and Tensor cores – which are on the second and third generation, respectively – but perhaps the biggest improvement has been to the rasterization engine.

Through some clever optimization, Nvidia was able to double the amount of CUDA cores present on each Streaming Multiprocessor (SM) by making both data paths on each SM able to handle Floating Point 32 (FP32) workloads – a vast improvement over Turing, where one data path was dedicated entirely to integer workloads. This effectively doubles raw FP32 throughput core for core, though this won’t directly translate into double the frame-rate in your favorite PC games – at least, not for many of them.

Nvidia GeForce RTX 3080 key specs

GPU: GA102
Stream multiprocessors: 68 (128 CUDA per SM)
CUDA Cores: 8,704
Tensor cores: 272
Ray tracing cores: 68
Power Draw (TGP): 320W
Boost clock: 1,710MHz
VRAM: 10GB GDDR6X
Memory Speed: 19Gbps
Interface: PCIe 4.0 x16
Outputs: 1 x HDMI 2.1, 3 x DisplayPort 1.4
Power connector: 1 x 12-pin

What this means is that while the Nvidia GeForce RTX 3080 only has 46% more SMs than the RTX 2080 at 68, it nearly triples the CUDA core count, from 2,944 to 8,704. This translates to nearly three times the theoretical FP32 throughput from around 10 TFLOPs to 29.7 TFLOPs – an absolutely massive generational leap.

When you pair the uplift in CUDA cores, with massive boosts to cache, texture units and memory bandwidth – thanks to the move to faster GDDR6X memory on a 320-bit bus – gaming performance gets one of the biggest generational jumps in years, even if it does fall a bit short of that ‘2x performance’ target that we’re sure some folks were hoping for. But more on that later.

Nvidia RT cores are also back – that’s why Nvidia has the RTX name, after all – and they also see massive improvements. Nvidia Ampere graphics cards, including the RTX 3080, include second-generation RT cores, which will function similarly to the first generation RT cores, but will be twice as efficient.

If you’ve ever asked «what is ray tracing?», it is a new way to realistically render a scene by having an SM cast a light ray into a scene that’s being rendered, and the RT core will take over from there. The RT core will do all the calculations necessary to calculate where that light ray bounces, and will report that information back to the SM. This means that the SM is left alone to render the rest of the scene, but it can now incorporate that ray tracing data to more realistically light the scene.

Unfortunately, we’re still not at a point where turning on ray tracing doesn’t have an absolutely brutal impact on performance. Maybe some day, and the Nvidia RTX 3080 does an admirable job, especially with DLSS turned on (more on that later).

Tensor cores are also twice as powerful this time around, which has led Nvidia to only include 4 in each SM rather than the 8 you would find in a Turing SM. Coupled with the fact that there are now more SMs in general, DLSS performance also gets a massive boost.

The Nvidia GeForce RTX 3080 features a 12-pin power connector instead of the normal 8-pin connector, so you’ll need to use the included adapter. (Image credit: Future)

This generation of graphics cards isn’t all about gaming, however, and Nvidia has brought a couple of new features to the table that will make life better for pretty much everyone with an RTX card.

For instance, we were already big fans of RTX Voice, and Nvidia has finally brought it out of beta and worked it into a fully-featured broadcasting app. While RTX Voice filtered background noise out of your microphone, you can set up Broadcaster to filter backgrounds out of your webcam – or even just apply a blur.

The video section is still in beta, and we did see some glitches, but it’s way better than any other solution out there for blocking out your background without a green screen.

One of the features we’re most excited to see implemented, however, is Nvidia RTX I/O, which is an API that will work in tandem with Microsoft’s DirectStorage API, to route data straight from your SSD to your graphics card. In next-generation games, this should not only massively reduce loading times, but also mirror the groundbreaking I/O performance that has been teased with next-generation consoles like the PS5 and Xbox Series X. Far more than high frame rates or pretty graphics, this technology is critically important to future gaming tech.

Unfortunately, this is a technology that needs to be implemented by game developers in their games, and we weren’t actually able to see what kind of real-world difference it will make. Though it is something we will be actively testing once the technology is widely implemented – and because the consoles are going to be using similar tech, we expect it will have a faster turnaround than ray tracing did.

Features and chipset: 5 / 5

Nvidia GeForce RTX 3080: Design

The design of the Nvidia GeForce RTX 3080 puts its all about elegant lines and heat dissipation. (Image credit: Future)

New cooler style effectively manages heat while looking great in a case
The new 12-pin power connector adapter cable is too short
Lack of USB-C output is disappointing

For the actual Founders Edition graphics card, Nvidia went with an all-new cooler design, which is way more practical than anything it’s ever done with a reference design before. The company used a shorter, multi-layered PCB in order to have the back end of the card just be all heatsink. By doing this, Nvidia was able to mount a fan on the back of the graphics card that will suck cool air through the heatsink, and expel it up and out of the case.

We were a bit worried when we first saw this fan design that it would affect CPU and RAM temperatures, as it’s blowing hot air directly over these components. But even in our personal rig, where we have a Noctua NH-12UA air cooler on an AMD Ryzen 9 3900X, we didn’t observe any difference in performance. We guess it helps that most PC games don’t really stress both the GPU and CPU to the same extreme – not yet at least.

As far as power delivery goes, that new 12-pin power connector is definitely there, and we have some mixed feelings about it. It’s clear that the new PCB design of the Founders Edition card needs this smaller connector to make this new cooler work, we just wish that the 2 x 8-pin PCIe to 1 x 12-pin dongle Nvidia includes was a bit longer. As it stands, it’s kind of hard to tie it out of the way to not be immediately visible, but at least aftermarket cards won’t be using it right away. It’s worth noting, though, that Nvidia is making the 12-pin power connector design available to any manufacturer – even AMD – that wants to use it.

The Founders Edition also has three DisplayPort and one HDMI 2.1 output for displays, which is good. However, we don’t like that Nvidia got rid of the USB-C output here. Creators will definitely still want to use this incredibly powerful card, and professional content creators are all about the best USB-C monitors these days.

Despite our little issues with the Founders Edition – and despite thinking it was ugly when it was first shown off – it’s an attractive piece of hardware in person. All black with silver accents, the RTX 3080 looks like a professional-grade piece of hardware.

The only lighting is the ‘GeForce RTX’ logo on the side of the graphics card in white, which will surely please any anti-RGB users out there. Plus, gamers that really want to go all-out with rainbow lighting will have that option with third-party cards.

Design: 4 / 5