To compete against AMD’s initial batch of Radeon RX 6000 Series graphics cards, Nvidia launched the brand-new RTX 3060 Ti. Utilizing all the features found in Nvidia’s new Ampere architecture, the GeForce RTX 3060 Ti is the only new-generation GPU available at  $400 or less.

Since we’ve already compared the RTX 3060 Ti to its higher-end predecessor – the RTX 2080 Super – and found it to be in all ways superior, let’s now compare it to what AMD has to offer in the same price range: The Radeon RX 5700 XT. Of course, this GPU is of AMD’s previous generation RDNA, so it won’t be as powerful as Nvidia’s latest Ampere architecture,

but comparing the two will provide a good indication of how technology has progressed, and how the same money can now buy you far more graphical power.

AMD released their new Radeon RX 6000 Series GPU in November 2021, but stock has been scarce. The least expensive of this series is the Radeon RX 6800, and it has an MSRP of $579; making it more expensive than both the RTX 3060 Ti and the RTX 3070. This price is justified as the Radeon RX 6800 does outperform both by a significant margin. Still, a GPU aimed squarely at 1440p gaming and perhaps even 4K at 60 FPS at a more affordable price range, like the GeForce RTX 3060 Ti, is one that AMD has yet to cover with their new lineup. Perhaps a Radeon RX 6700 will be released to challenge this market but there is no official AMD announcement for any such release.

Within November of 2020, AMD did “release” their new Radeon RX 6000 Series GPUs, though the least expensive of this series is the Radeon RX 6800, and it has an MSRP of $579; making it more expensive than both the RTX 3060 Ti and the RTX 3070. This price increase is not entirely unjustified, as the Radeon RX 6800 does outperform both by a significant margin. Still, a GPU model that can perform at 1080p at high framerates – and perhaps even 4K at 60 FPS – at a more affordable price range, like the GeForce RTX 3060 Ti, is one that AMD has yet to cover with their new lineup. Perhaps a Radeon RX 6700 will be released to fill this void, but no word from AMD has been announced for any such release.

Currently, the real question is: Does the GeForce RTX 3060 Ti warrant its $399 price tag? Nvidia has been very adamant about promoting their new generation ray tracing (resulting in quite a bit of drama from their PR team), which means we should probably not expect many GPU options at a lower price range to be releasing anytime soon – other than perhaps a GeForce RTX 3060 variant with less VRAM.

This high entry-level to new generation GPUs may push those looking for a dedicated gaming build to opt for a different route: The Playstation 5 or Xbox Series X. Needless to say, a PC does offers far more overall utility – and a wider range of available games – but the gaming performance of the new generation consoles is actually quite decent; allowing users to play at 1080p and 60-120 FPS for only $499. The demand for an affordable yet capable graphics card is as high as ever – and it’s this demographic is who Nvidia appears to be trying to capitalize on with the release of the GeForce RTX 3060 Ti.

With that being said, let’s see how the GeForce RTX 3060 Ti fares against the similarly priced last generation Radeon RX 5700 XT, and come to a conclusion on whether or not this GPU is worth its $400 asking price.

RTX 3060 Ti vs RX 5700: Specifications

Graphics Card	Nvidia RTX 3060 Ti	AMD RX 5700 XT
Design
MSRP	$399	$399
Release Date	December 2020	July 2019
Processing Node	8 nm Samsung	7 nm TSMC
Transistor Count	17.4 Billion	10.3 Billion
Die Size	392 mm²	251 mm²
VRAM Storage	8 GB GDDR6	8 GB GDDR6
Memory Bandwidth	448 GB/s	448 GB/s
Shading Units	4864	2560
TMUs	152	160
ROPs	80	64
Base Clock	1,410 MHz	1,605 MHz
Boost Clock	1,665 MHz	1,905 MHz
Memory Clock	1,750 MHz 14 GB/s	1,750 MHz 14 GB/s
Pixel Rate	133.2 GP/s	121.9 GP/s
Texture Rate	253.1 GT/s	304.8 GT/s
FP16 Performance	16.20 TFLOPS	19.51 TFLOPS
FP32 Performance	16.20 TFLOPS	9.754 TFLOPS
FP64 Performance	0.2531 TFLOPS	0.6096 TFLOPS
TDP	200 W	225 W

Specs & Technologies

Though the Radeon RX 5700 XT has a 36% smaller die than the GeForce RTX 3060 Ti, it also has 40% less transistors, so it doesn’t fully utilize its inherently smaller lithography.

Also, despite the generational disparity, the VRAM of both GPUs is identical in speed and capacity.

The Radeon RX 5700 XT outshines its Nvidia successor in TMU count, texture fill rates, and FP16/64 theoretical performance. Whilst it has a higher base and boost clock speeds note that these cannot be used to compare performance between different architectures. Also, the 40 Compute Units that it comes equipped with are previous generation units that are not nearly as powerful as those of the Radeon RX 6000 Series which have redesigned data paths, pervasive fine-grain clock gating, and new pipeline rebalancing. In all other aspects, the GeForce RTX 3060 Ti is superior.

This Nvidia Ampere GPU features 38, 2^nd generation, Ray Tracing cores, 152, 3^rd generation, Tensor Cores (AI processors), and new streaming multiprocessors (SM) which have twice the throughput. These technologies are all exclusive to Nvidia, and therefore lacking from the Radeon RX 5700 XT. Pair these aspects with the GeForce RTX 3060 Ti’s 90% more shading units, and it gains a sizeable specification lead against its equally-priced previous generation counterpart.

Features

The GeForce RTX 3060 Ti has all the latest software that accompanies Nvidia’s Ampere architecture, from AI powered broadcasting and streaming applications and Deep Learning Super Sampling (DLSS) 2.0, to a 1-year GeForce NOW Founder’s membership. It also includes Nvidia Reflex, which drastically lowers end-to-end input lag, and allows the GPU to be paired with certain monitors built by Nvidia-partnered manufacturers that even further reduce this latency, and display the metric in real time on-screen.

On the other hand, AMD may still be missing any AI powered features, like DLSS and Tensor cores, but they have implemented a new L3 cache named the Infinity Cache for the Radeon RX 6000 Series GPUs, as well as a one-click overclocking and Smart Access Memory, that utilizes bandwidth from Ryzen 5000 Series CPUs in order to remove memory bottlenecking issues. Of course, these are all features of the new Radeon RX 6000 Series GPUs, and are thus absent from the Radeon RX 5700 XT. This GPU has little to offer against the Nvidia GeForce RTX 3060 Ti, as its Adrenalin Software is similar to Nvidia’s GeForce Experience, its Anti-Lag feature is already eclipsed by Nvidia’s Reflex (and AMD’s second-generation Anti-Lag), and its Intelligent Sharpening or Fidelity FX features are outclassed by DLSS.

Power Efficiency

Despite lacking in gaming performance in comparison to the GeForce RTX 3060 Ti, the Radeon RX 5700 XT still requires 25 more watts in order to operate. This may not be that big of a difference, but it still goes to show how much more power efficient the newer generation GPUs are in comparison to those that released only a year ago. Even in comparison to AMD’s newer generation of GPUs, the RTX 3060 Ti’s 200W TDP is still very efficient and means that you can use a less expensive power supply, and cooling your PC is less of a concern. 

Price and Availability

Both AMD and Nvidia have struggled heavily in regards to producing sufficient amounts of stock to cover the high demand that the market requires. Paired with the fact that scalpers have become aware of this shortcoming and have purchased GPUs en masse in order to capitalize on the scarcity, finding any new-generation graphics cards at their original MSRP is all but impossible. Currently, Amazon has sellers that are trying to sell the GeForce RTX 3060 Ti at more than double its price Even worse, the Radeon RX 6800 can be found for triple its price. Altogether a shameful ordeal for these highly anticipated GPUs.

The Radeon RX 5700 XT can readily be found, both new and used. It has not dropped in price and is retailing at around $400 new or $300 used. Whilst scarcity remains across the entire Graphics card market and until AMD releases a replacement it is unlikely to be discounted.

RTX 3060 Ti vs RX 5700: Benchmarks

As expected, the GeForce RTX 3060 Ti dominates its previous generation competition – able to average above 144 FPS at 1080p. The Radeon RX 5700 XT still holds its own, averaging above 120 FPS at 1080p, and over 60 FPS at 1440p. Both GPUs begin to struggle at 4K as even the GeForce RTX 3060 Ti falls short of the 60Hz baseline refresh rate for many titles – but note that the benchmarks are at ultra settings, so you can use lowered settings to improve performance. Still note that as the new generation of games emerges there is a likelihood that most game developers will opt to maximize their title’s potential to AMD’s technologies. This is because both new-generation consoles have RDNA 2 GPUs. The GeForce RTX 3060 Ti’s potential to process games at 4K and 60 Hz may drop off in the future, but this is hard to predict with certainty. 

Verdict

The RTX 3060 Ti retails at $399 and up, which is also the current retail price for the RX 5700XT. So long as you can find stock and do not overpay for a 3060 Ti the decision is a no-brainer: The RTX 3060 Ti outperforms the 5700 XT in every metric and by a large margin. It’s exceptionally well suited to 1440p and will play AAA titles at high resolution and high settings whilst maintaining well over 60FPS in even the most demanding titles. Pair it with a 1440p variable refresh rate monitor for best effect.  It can also be used as a very high FPS 1080p card, but you will need a fast refresh rate monitor – at least 144Hz, preferably 240Hz for esports – and a top tier CPU to keep up with it. If your PC is mixed-use and you use a 1440p ultrawide or 4K monitor, the 3060 Ti has enough power to ensure you can still play games on it in your downtime with slightly reduced settings – but make no mistake the capability of this card will still impress. DLSS is the cherry on top in enabled titles, with a 50%+ lift to performance at almost no cost to visual fidelity. Finally, there’s the versatility offered by the CUDA cores and advanced features like Tensor cores: The 3060Ti is the most cost efficient means yet to accelerate AI and 3D rendering workflows, and video editing as well. Only the 8GB VRAM limits its utility in those areas, but you will have to pay significantly more to obtain more VRAM and 8GB is suitable for most tasks.

The 5700XT meanwhile lacks many of the advanced features, plus it underperforms significantly vs the 3060Ti in gaming. It’s capable as a mid range 1440p GPU but does not provide the same experience at 1440p Ultrawide or 4K and we cannot recommend it at those resolutions. At $400 it is too expensive for a 1080p GPU, there are more cost effective options. Until its price is significantly reduced, to $300 or less, it is not worth considering unless you have a specific workload that is accelerated by the OpenCL APIs rather than the more widespread CUDA implementations. 

The RTX 3060 Ti heralds Nvidia’s assault on the GPU market with the Ampere release: It’s an extremely powerful GPU and the price to performance star of the GPUs released in 2020. If you’re able to purchase one at $450 or less it’s the perfect GPU for most users, balancing impressive performance, low power draw, fantastic additional features, and an affordable price. The one fly in the ointment is availability: We can only hope that supply issues ease in 2021 as promised, and perhaps that AMD has a worthy competitor ready to keep Nvidia honest in their pricing and open up choice in the GPU market. 

The post Nvidia RTX 3060 Ti vs AMD RX 5700 XT: Which is Best Value for 2021? appeared first on PremiumBuilds.

So you’ve decided to get the newly released Intel Core i7 10700K CPU which is both cheaper and faster than the previous flagship, the Intel Core i9 9900K; they did a good job optimizing the 10700K’s thermals, power consumption and overclocking headroom even if it’s on an old 14nm process. Besides the usual CPU cooler debate and other parts for the build, we still need to have the talk of what GPU to pair it with and that’s more complicated than you think. If you have a limited budget and want to get the best GPU for you, we need to carefully consider what you’ll be using your system for.

Do you want to exclusively game on your PC? If yes, at what resolutions and refresh rates? Do you want a productivity build that will tear through 3D render applications or software programming? Or maybe you like VR and want to try it?

We are trying to address all these questions during this article in which we will analyze and recommend a GPU to pair with the i7 10700K in 10 different categories. We already have some 10700K builds up on our website, be sure to check them out!

This article will help you find the best GPU + CPU pairing based on your budget and build focus in categories such as VR, productivity and various gaming resolutions.

1. NVIDIA GTX 1660 Super

The workstation user who’s an occasional 1080p/1440p gamer or one that needs GPU acceleration in his work tasks. GPU of choice: GeForce GTX 1660 Super

This first category is more popular than you think. Do you use your home system to work extra on different hobbies or as a secondary workstation besides your job? Do you like to sometimes lean back and enjoy some quality time with your other gamer friends or have a kid that you want to entertain once you finish your work? Then this is the category for you!

The solution to this category is rather simple. You clearly don’t need an enthusiast grade GPU that will just take a lot of money out of your pocket and make your system needlessly power hungry. You need to pay only for the performance that you will use. At first, it would make sense to recommend a good value GPU out of the low/mid range market which would take our minds to something like an RX 580 8GB which has both the necessary power to deliver good FPS in games @ 1080p resolutions and comes in cheap at around $150-180.

The thing is though that the majority of people who want to use their system as a workstation, like graphic designers or just people who love entertainment such as movies will most likely use a 1440p or higher display. The RX 580 we talked about earlier is not a right fit for that resolution because it will feel rather slow in many games that you may be desiring to play. This is why we opted for a different graphics card, one that is a good performer even at 1440p and still comes with a very good value.

Introducing the Nvidia GeForce GTX 1660 Super which is a great buy at around the $230 price mark. This efficient Turing card comes with 6GB of GDDR6 memory and its performance levels are on par with the previous generation GTX 1070. A great 1080p performer at any refresh rate and capable of driving a 1440p monitor in the majority of games. This is a great choice for the occasional gamer who doesn’t want to pay for performance they’re not going to use.

On the other side, if you can use GPU acceleration in the applications you work with, the GTX 1660 Super is an inexpensive contender. Software like the Adobe Suite, 3DS Max, Maya and other similar productivity apps can make use of the GPU by leveraging the CUDA capabilities of the graphics card. This way, part of that load that would be previously handled by the CPU alone can be transferred to the CUDA cores and this way the CPU & GPU can work together and more responsive.

Regarding which specific card to buy, you can’t really go wrong with the majority of GTX 1660 Super implementations. This is mainly due to the fact that its not a power hungry card and doesn’t demand a beefy cooler in order to function properly. Normally, we would just recommend getting the cheapest GTX 1660 Super that you like the aesthetic of but at Premium Builds we’re not leaving anything uncovered; here are some of our recommendations for AIB GTX 15660 Super’s based on user experience:

• The Asus GTX 1660 Super TUF is one of the most inexpensive models and with a rather small footprint, it will fit in even the smallest of cases; it does the job right and comes at a good price.
• The MSI Ventus XS OC is $10 more expensive and comes with a better-looking fan shroud, better VRMs and slightly increased factory clock speeds.
• At another additional $10, you can also get the Gigabyte GTX 1660 Super Gaming OC which is a triple fan design; rather overkill for this class of GPU but it looks good and its dead silent during any overclocked load. It’s your decision from here on!

GPU Series	Recommended Aftermarket Card	Design	Price
GTX 1660 Super	ASUS TUF Gaming OC		$229
GTX 1660 Super	MSI Ventus XS OC		$239
GTX 1660 Super	Gigabyte Gaming OC		$249

2. AMD Radeon RX 5700XT

The workstation user who finds pleasure in gaming or the one who wants to try VR in his free time. GPU of choice: Radeon RX 5700XT

Like the previous category, this one is popular as well. There are many consumers out there who may work from home or have jobs that allow them to have daily time for gaming. I know that because I myself am one of them! For such a person, the GPU of choice really depends on the performance levels he’s expecting but we have a good recommendation for you if you’re expecting smooth performance in a large collection of current games. We don’t know what you’re playing but we sure know that you’re going to love this categories’ graphics card.

Both AMD Radeon RX 5700-series cards are based on the same Navi GPU and are manufactured on TSMC’s 7nm FinFET process and composed of 10.3 billion transistors, these chips occupy a scant 251 mm². The AMD Radeon 5700XT is the top model in AMD’s NAVI lineup. AMD confirmed that Radeon RX 5700 XT employs a fully enabled version of the Navi GPU; no part of the chip is turned off to improve yields or leave room for a more resource-rich model in the future. It exposes 40 RDNA (the NAVI architecture naming) Compute Units, each with 64 Stream processors, totalling 2560 ALUs across the processor. The CUs host four texture units, just as they did in AMD’s Graphics Core Next design, adding up to 160 in a complete Navi GPU that features 64 ROPs.

Enough with the tech talk, the 5700XT is designed to be a great 1440p performer; it’s around 30% faster than the previous GTX 1660 Super and sports 8GB of GDDR6 RAM which allows it to stretch its legs for an amazing performance at both 1080p & 1440p Triple-A or high refresh rate game titles.

Is VR an interest to you? Have you gotten excited about this rather new technology and can’t wait to try it out but you’re not really a gamer? It’s fine, VR will definitely open new realms for your entertainment. The RX 5700XT in this category is a great VR performer that can hold a steady 90+ FPS in the majority of new VR titles. We say 90 FPS because that’s the recommended frame rate by the majority of VR headsets in order for you to avoid getting dizzy or nauseous. Getting a lesser GPU than the RX 5700XT will limit the games you can play because of this 90 FPS sweet spot.

Some of the best implementations for this RX 5700XT graphics card are coming from MSI and Sapphire. Great value comes out of MSI’s Evoke OC and Sapphire’s Pulse lineup which are built with suitable coolers, decent factory OC, backplates and general quality materials; they are also very silent. A tier above them though is the more expensive Sapphire Nitro+ RX 5700XT which is the best RX 5700 XT aftermarket card you can get. Its factory boost clock is the best out of all other implementations, the GPU comes with a triple fan configuration that is very silent and great at cooling even in 100% load.

GPU Series	Recommended Aftermarket Card	Design	Price
AMD RX 5700 XT	MSI Evoke OC		$389
AMD RX 5700 XT	Sapphire Pulse		$399
AMD RX 5700 XT	Sapphire Nitro+		$433

3. RTX 2070 Super

The workstation user who games competitively. GPU of choice: GeForce RTX 2070 Super

Or the workstation user who may want to try Ray Tracing on the cheapest GPU which can do it decently. The RTX 2070 Super is not a big leap forward against the previously mentioned card, the Radeon RX 5700XT. It is just 5-10% faster but that counts a lot, especially if you have a 1440p monitor and try to squeeze those extra frames in order to stay over 144+ FPS.

The GeForce RTX 2070 Super comes with 40 SMs (streaming multiprocessors), and each SM contains 1 Ray Tracing core, 8 Tensor cores, 4 texture units, and 64 CUDA cores. Basically, the 2070 Super is like a trimmed down RTX 2080 at the cost of the RTX 2070. The RTX 2070 Super reference boost clock is 1770MHz, which is higher than even the overclocked 2070 Founders Edition boost clock of 1710MHz. That combined with the additional four SMs means performance is theoretically up to 22% faster than the RTX 2070. But theory and real-world results don’t always agree. Since the 2070 Super has the same memory bandwidth and configuration, in practice the performance improvement often ends up being closer to 10% but that’s still great!

The good news is that any added performance relative to the RTX 2070 comes without an increase in price. Of course, RTX 2070 cards have gone on sale for as little as $450 over the past nine months, but we’ll probably see the Super cards sell for less than the launch price at some point. And the arrival of the 2070 Super also heralds the phasing out of the regular 2070. While Nvidia’s RTX 2070 was similar in performance to AMD’s RX 5700XT but cost $100 more, the RTX 2070 Super is 10% better than the 5700XT at the same $499 price as the RTX 2070; it was a quick answer to the great value the 5700XT had over the RTX 2070 at launch.

You will be able to consistently game at 1080p & 1440p Ultra settings and be able to push very high frame rates at those resolutions if you need them in competitive eSport games. The i7 10700K we’re pairing these GPUs with is surely able to handle them.

Here are some of the best RTX 2070 Super implementations from third party manufacturers.

GPU Series	Recommended Aftermarket Card	Design	Price
RTX 2070 Super	Gigabyte Windforce OC		$499
RTX 2070 Super	MSI Gaming X		$549
RTX 2070 Super	Zotac Mini		$566

The Gigabyte Windforce OC is a great value aftermarket version of the RTX 2070 Super. It retails at MSRP and sports a triple fan design cooler that keeps the card cool during load. The RGB used on it is subtle but well laid out. The MSI RTX 2070 Super Gaming X aims at a more aggressive factory overclock and the cooler performance and noise levels are on par with the previously mentioned Windforce OC card even if it only has two fans. The card is also overall nicer looks-wise. Or maybe you’re looking for a smaller RTX 2070 Super that can fit in a crowded or tighter case. This is where the Zotac RTX 2070 Super MINI comes in. Its small form factor is great and it doesn’t sacrifice performance for it.

Overall, you generally can’t go wrong with any of the RTX 2070 Supers but we would recommend getting one of the above and staying away from the Founder’s Edition version.

4. RTX 2080 Super

Wanting to be able to work but also own a very capable gaming machine? You have to take a look at the high-end GeForce RTX 2080 Super

One of the great things about the RTX 2080 Super is that it slots in at the same price as the superseded RTX 2080. Essentially, if you’re not already an owner of an RTX 2080, the Super version is a good buy if you’re looking for that kind of performance. The GeForce RTX 2080 Super is an improved RTX 2080 with 128 more CUDA cores, a higher base clock / boost clock and better, 15.5 GB/s memory compared to the latter’s 14 GB/s. Its memory bandwidth is also up to 496 GB/s.

This card offers solid shader performance, and for a bit of fun and giggles, you get to play around with RTX/DLSS if you desire. It’s the second best graphics card that handles Ray Tracing in a decent way. While we can still argue DLSS and RTX are not yet polished enough for consumer use, you do need to realize that the industry is at a clipping point, hardware-based ray tracing is coming, whether that is from NVIDIA, AMD or Intel. You are paying a price premium to be that early adopter with a handful of games to actually test it on. But you can’t blame NVIDIA for pioneering with technology. They refreshed the RTX 2080 to be faster and cheaper, and there’s nothing wrong with that.

The RTX 2080 Super’s performance figures are great! Its the first card in this category list that we can comfortably call a 4K card. Its performance is somewhere around 15% better than that of the RTX 2070 Super and that’s enough to propel it into the great 4K performer that it is. Don’t get us wrong, you can use this card at any resolution and get comparable performance gains. You can, for example, play at 1440p and aim for 144 FPS with higher graphics details than you could use on the RTX 2070 Super. It’s overall, a very good card appealing to the high-end users that want exquisite gaming performance at a decent price proposition.

GPU Series	Recommended Aftermarket Card	Design	Price
RTX 2080 Super	Zotac Gaming		$709
RTX 2080 Super	MSI Gaming X Trio		$759
RTX 2080 Super	Gigabyte AORUS		$769

The RTX 2080 Super is a rather beefy card and thus needs adequate implementations in order to perform how it should. One good value card that retails very close to the $699 MSRP is the Zotac RTX 2080 Super GAMING video card; its nothing exciting but the triple cooler design does its job very well to keep the card and its very fast GDDR6 memory under 80 degrees even under heavy load. Its design is rather simple but there are some bells and whistles around in the form of RGB.

Following, we have one of the best performing RTX 2080 Super in the whole lineup, the MSI Gaming X TRIO which is a binned card with a high factory overclock and high overclocking capabilities. Its cooler is excellent and the card has a pleasant aesthetic, the RGB customisation being through the roof.

The third RTX 2080 Super card we can recommend is the Gigabyte RTX 2080 Super AORUS which comes in with a very unique triple fan design. Users that are willing to pay a small premium for good looks are going to love this card. Its also the most silent RTX 2080 Super version out there and performance levels are not far from the MSI Gaming X Trio, when overclocked.

Overall there is good implementation diversity for the RTX 2080 Super, allowing you to find the style and performer you like most.

5. RTX 2080 Ti

Enthusiast gamer that needs top performance or a workstation user that needs the most powerful GPU acceleration and enough fast memory. Or an aspiring VR enthusiast. GPU of choice: The GeForce RTX 2080Ti

Budget isn’t a problem and you don’t really care about value. You only care about having all the performance that you can muster into a 2020 PC build, be it for gaming, workstation acceleration use or VR. Then the RTX 2080Ti is the card that will make your dreams a reality.

The GeForce RTX 2080 Ti is the latest consumer flagship graphics card from NVIDIA and it has been fitted with the TU102 GPU. This GPU has a whopping 4352 active shader processors, which is substantial when compared with the previous generation GeForce GTX 1080 Ti. It sports 11GB GDDR6 graphics memory, and with that 11 GB, you will get a 352-bit wide memory bus. Ray tracing acceleration is performed by a new RT Core processing, the TU102 has 72 of them with 576 tensor cores and 96 ROP units. For clock frequencies, we’re looking at a 1350 MHz base frequency, with Turbo allowance towards 1635 MHz; keeping some margin in mind for the board partner clock frequencies. Even though that boost clock seems low when compared to other Turing GPUs, most AIB RTX 2080Tis with capable VRMs and coolers can be overclocked to around 2GHz.

The RTX 2080Ti is not a card for the masses. It’s not the card that Nvidia sells the most; quite the contrary. But its a gamer’s or workstation’s guru dream. It allows you to play the most demanding games at smooth frame rates, especially when paired with a capable CPU such as the Intel Core i7 10700K. It basically is the pinnacle of consumer GPU performance and will not care about any game that you throw at it, regardless of graphics settings and resolutions; and that is because game studios optimize their games to have peak performance on the best GPU of each generation and that is the GeForce RTX 2080Ti in this case.

Workstation users will be delighted to use the full capabilities of the 4352 CUDA cores together with boosting machine learning tasks with its whopping 576 Tensor cores. Many applications from the likes of Adobe, 3Ds Max or Autodesk are updating their software tree in order to benefit from this GPU’s acceleration features. Getting an RTX 2080Ti means getting the best performance with no compromises and it also means future-proofing your system.

The RTX 2080Ti is also the best graphics card that you can buy for a high-end VR setup. The GPU is able to hold high frame rates in any Virtual Reality game out there meaning that you can explore the worlds with no compromises or headaches. There’s no VR game out there yet that can tank the RTX 2080Ti under 90 FPS; the i7 10700K sure helps that process as well with its incredible performance. Moving on, the following implementations of the RTX 2080Ti have been carefully selected for you. There have been some inadequate examples of cooling solutions stuck to RTX 2080Tis but you’re not going to find them here. Here’s the list.

GPU Series	Recommended Aftermarket Card	Design	Price
RTX 2080 Ti	Gigabyte Gaming OC		$1299
RTX 2080 Ti	MSI Gaming X Trio		$1239
RTX 2080 Ti	Gigabyte AORUS XTREME		$1299

Starting this list we have the close to MSRP offering by Gigabyte, the RTX 2080Ti Gaming OC. It sports a similar cooler design with the one on the RTX 2080 Super but has a thicker heat sink to deal with the heat coming from the 300W and higher power consumption. Overall, nothing exciting but Gigabyte’s implementation has good value and it surely performs well. Next up, we have one of the best performing RTX 2080Tis out there, the MSI Gaming X TRIO. It’s a personal favorite of ours as we are frequently using it in many of our builds. For the price increase of just $10 over the previous card, you are getting a stellar cooler and heat stink combination, together with a sturdy triple fan RGB’ed design. The card comes highly overclocked from the factory but it doesn’t consume much more power than other RTX 2080Tis; this means it’s well binned and can overclock even further. The last choice of ours in this list is the Aorus Xtreme implementation by Gigabyte (again). This card is the top-end product from Gigabyte and gets a futuristic cooler design. Everything is well laid out, built extremely well and very customizable. It also sports a 4-year warranty, proof that they are not fooling around with this design.

Closing Thoughts

As you can see, you don’t necessarily have to pair a high-end CPU like the i7 10700K with the most expensive GPUs out there. There are choices that need to be made based on what you’re going to be using your PC for. As an analogy, think about how it would feel to get a car that sports high horsepower but you’re only able to drive it slow in the city traffic. It would sound good, of course. It will also look nice. But you’ve just paid a lot more for something that gets bad fuel consumption and you’re not going to use to its fullest potential.

This is why it’s important to try and fit yourself in one of the upper categories. What do you need from a GPU? Are you a power user? Which games are you playing? Which resolution would you like to try now or in the future? These are all questions that need answers before deciding what graphics card to buy. We hope that we helped you leap forward in deciding what to pair your high-end CPU with.

Our recommendations should be of help to you regardless of what you decide to use your system for since we tried to cover almost every use a consumer has from a high-end PC, be it gaming or productivity acceleration. Happy building!

The post 5 Best Graphics Cards for the i7-10700K appeared first on PremiumBuilds.