Ultimate Guide to Nvidia RTX 40-Series Graphics Cards

Looking for a guide to find everything about Nvidia GeForce RTX 40-Series Graphics Cards? This article will provide you in-depth analysis.
There has been much anticipation for the official announcement of the Nvidia GeForce RTX 40-Series Graphics Cards. Now that it is here, everyone is eager to get their hands on this brand-new technology and discover what it offers. The best graphics cards for gaming have been notoriously difficult to get a hold of in recent years, but with this new generation of cards, we are hoping they might be more accessible. That’s good news. Perhaps that means finding a new graphics card won’t become too hard.
Nvidia has introduced two brand-new GPUs for their 40-series headline GeForce RTX graphics cards: the GeForce RTX 4090 and GeForce RTX 4080. Nvidia’s latest 40-series of graphics cards seem more like a plan to improve RTX ray tracing and DLSS capabilities. The RTX 4090 is, as its name suggests, the current flagship graphics card of the next generation, with top-tier specifications such as 24GB of GDDR6X RAM and a peak clock speed of 2.52GHz. Moreover, a base clock speed of 2.23GHz, and 16384 CUDA cores.
Furthermore, the RTX 4080, the second card, was first launched in two variants with a 12GB RAM and a 16GB RAM variant. Compared to the 16GB GDDR6X RAM model, which has a boosted rate of 2.51GHz and 9728 CUDA cores. The 12GB GDDR6X RAM model has a boost clock of 2.61GHz and 7680 CUDA cores. But as of now, Nvidia canceled the RTX 4080 12GB variant due to the backlash from consumers.
The new RTX 40 Series, which utilizes Nvidia’s cutting-edge 4nm Ada Lovelace architecture and Nvidia’s massively improved DLSS 3.0 technology, provides a significant performance increase of 2- to 4-times over the flagship RTX 30 Series GPUs. We will discuss this further in detail later in this article. So, make sure to get the latest information on the Ada Lovelace architecture. As well as the new graphics cards from Nvidia, including their availability and price, right here.
Key Points
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First, let’s examine the design philosophy that went into developing this lineup of graphics cards. This is NVIDIA’s third generation with raytracing graphics cards, appropriately named Ada Lovelace after the mathematician who originated the topic. Its artificial intelligence-driven super-sampling technology has seen significant improvements. Because it requires the fourth-generation Tensor cores, DLSS 3 is only exclusive to the RTX 40 graphics cards.
Nvidia’s GeForce RTX 4090 was released on October 12, 2022. It is a high-end graphics card designed for gamers and other enthusiasts. The card is compatible with DirectX 12 Ultimate and was manufactured using 4 nm technology and an AD102 graphics processor of the AD102-300-A1 type. This guarantees that the GeForce RTX 4090 can handle all current video games without issues. Compatibility with hardware-raytracing, variable-rate shading, and other features will be offered in future games thanks to DirectX 12 Ultimate.
The die size of the AD102 graphics processor is 608 mm2, and the chip has 76,300 million transistors. Moreover, it Includes 16384 shading units, 176 ROPs, and 512 texture mapping units. Additionally, 512 tensor cores are incorporated to accelerate machine learning software further. Coupled with this, there are 128 raytracing acceleration cores on the GPU. The GeForce RTX 4090 is equipped with 24 GB of GDDR6X RAM linked through a 384-bit memory interface.
The GPU runs at 2235 MHz, while the VRAM functions at 1313 MHz. The NVIDIA GeForce RTX 4090 is a triple-slot card with a maximum 450 W power requirement, and it uses a single 16-pin power connection for its power. Display outputs are one HDMI 2.1 and three DisplayPort 1.4a ports. The PCI-Express 4.0 x16 interface connects the GeForce RTX 4090 to the rest of the system.
The card has a size of 304 mm x 137 mm x 61 mm and a cooling system that requires three slots. Its original price in the market was $1599. A future RTX 4090 Ti would have ample headroom at the top. The 4090 has a reduced maximum L2 cache and fewer ROPs, and Nvidia could probably increase its clock speed and power consumption.
At first, two GeForce RTX 4080 graphics cards are placed underneath the GeForce RTX 4090. We were confused as to why NVIDIA didn’t simply call one of these cards the RTX 4080 Ti or the RTX 4070. DirectX 12 Ultimate is supported by the GeForce RTX 4080, which was planned to come in either a 16 GB or a 12 GB GDDR6X VRAM variant and is based on the AD103 graphics processor in its AD103-300-A1 model, which was built using a 4 nm technology. The die area of the AD103 graphics processor is 379 mm2, and it has 45,900 million transistors.
It will have a memory interface width of 256 bits, a base speed of 2.21GHz, a boost clock of 2.51GHz, 7,80 Tensor-TFLOPs, 49 Shader-TFLOPs, and 113 RT-TFLOPs. Moreover, NVIDIA suggests using a power supply unit with at least 750W for this card. The lower end of the two GeForce RTX 4080 graphics cards doesn’t only have less memory; it also has a less significant drop in performance. NVIDIA, however, promises that the RTX 4080 is approximately four times more capable of DLSS 3 performance than the RTX 3080 Ti.
It had 7,680 CUDA cores operating at 2.31GHz base clock and 2.61GHz boost clock, 12GB of GDDR6X VRAM with a 192-bit memory interface width, and the capability of 639 Tensor-TFLOPs, 92 RT-TFLOPs, and 40 Shader-TFLOPs. Using a 700W power supply is the minimum required. However, after receiving negative feedback, Nvidia canceled their plans for the 12GB variant.
Unfortunately, the RTX 4080 12GB graphics card is misrepresented. According to a statement on the company’s website, “having two GPUs with the 4080 identification is confusing,” There are rumors that it may come in the future with another branding, most likely RTX 4070. The 16GB model will be priced at USD1,199. The release date for this 16 GB variant is set for November 12, 2022.
Nvidia has confirmed the lineup will be available in pre-built PCs from Acer, Alienware, Asus, Dell, HP, Lenovo, and more. All versions will be accessible through GPU partners, notably Asus, Gigabyte, MSI, PNY, and Zotac. Fortunately, Nvidia has said it would produce limited-edition Founders Edition units of the RTX 4090 and RTX 4080 that will match the RRP, although third-party variants don’t.
The first two cards have been confirmed. Therefore the specifications are final. Take the rumors about the RTX 4070, 4060, and 4050 with a grain of salt since they only conjecture. Nvidia has not even confirmed the existence of these cards and won’t do so until they are very close to being released.
It’s also possible that intermediate cards aren’t included in that series. For the RTX 30-series, for Instance, Nvidia offers ten different versions, beginning with the RTX 3090 Ti and ending with the RTX 3050. Even while no 40-series Ti cards have been shown off, you can expect they’ll be released at some point, maybe with a Super extension instead of Ti or whatever else Nvidia decides to do.
They have released its Ada Lovelace RTX architecture, the third version of its RTX architecture, to power this next generation of GPUs. The technology was named in honor of Augusta Ada King, Countess of Lovelace, widely recognized as the first female computer programmer. The revolutionary architecture of the 40 Series GPUs will give them a significant performance boost, making games more intense and other content much faster for gamers and content makers.
The 76 billion transistors in the latest iteration of NVIDIA’s Ada Lovelace architecture result from a proprietary TSMC 4N process, up from the 28 billion in the prior iteration. Ada’s efficiency has increased dramatically because of this huge feature boost; it now provides double the performance of Ampere. More than that, Ada has better scalability and overclocking per watt given than any prior generation.
The GPUs of the 40 series is the newest generation and have updated Ray Tracing with Tensor cores. NVIDIA has used its third-generation Ray Tracing cores, improving their stellar performance. The RT-TFLOP performance of these next-gen RT cores is enhanced by up to 2.8 times due to their increased ray-triangle intersection throughput. The GeForce RTX 4090 will have 191 RT-TFLOPS, much more than the fastest GPU of the last generation, which only had 78 RT-TFLOPS. This will make it easy to render immersive ray-traced environments quickly.
NVIDIA’s newest iteration of Tensor cores has also been added to Ada. Superfast 8-bit floating-point tensor engines are at the heart of these new cores. The GeForce RTX 4090 delivers 1.32 petaFLOPS. Therefore, this increases throughput by a factor of up to five. NVIDIA has included several innovations in the 4000 Series to use these cutting-edge processor cores. They have used a new technique called Shader Execution Reordering to organize the ray tracing workload better.
The result is a 25 percent boost to frame rates when playing games and up to double the shader performance. In addition, Nvidia Reflex is back with improved features, giving you an edge in fast-paced online gaming thanks to reduced system latency.
Regarding optimizing video production, the AV1 encodes the holy grail since it provides superior visuals at much-reduced bandwidth requirements. Nvidia enables AV1 encoding, as noted in the specifications for the RTX 4090 and 4080. In addition, decoding in AV1 format was already possible.
Two of NVIDIA’s latest eighth-generation NVIDIA Encoders are included in the GeForce RTX 4090 and GeForce RTX 4080 graphics cards, opening up a world of possibilities for users who live stream, edit or do video calls. Graphics cards in the RTX 40 series include not one but two NVENC encoders, each capable of performing an AV1 encode. According to Nvidia, the efficiency gains from using AV1 encoding are as high as 40%.
This implies that any supported live streams will seem to have a bitrate 40 percent greater than standard H.264 streaming. Naturally, this assumes that the streaming service supports AV1. Remember that even though the GPU only encodes one stream, the encoding speed is doubled since the two encoders may divide the work. Nvidia is collaborating with DaVinci Resolve, Voukoder, and Jianying to provide this performance improvement to video editors.
This new hardware will also be used by GeForce Experience and ShadowPlay, enabling players to record games at up to 8K resolution and 60 frames per second with HDR support. Ideal for the tiny percentage of the population that can see native 8K video. The NVENC modules are also fully capable of decoding other popular video codecs in addition to H.264 and HEVC.
GPUs from the RTX 40 series will provide AV1 encoding support by the standard. Although this won’t improve your gaming experience, it is excellent news if you plan on live streaming or editing videos based on game footage since the AV1 format is superior to current-gen codecs in picture quality and data utilization.
DLSS 3, one of the most exciting features announced with the RTX 4090 and 4080, will be exclusive to the RTX 40 series. In contrast to DLSS 1 and 2, which are compatible with the RTX 20 and 30-series cards. The upcoming Ada GPUs, DLSS 3 seems to need architectural modifications to the GPU. Although most of the inputs to the DLSS 3 algorithm remain the same. A new Optical Flow Accelerator has been added. This seems to use the previous frames as a starting point to create extra motion vectors, which the Optical Multi Frame Generation unit may subsequently use.
NVIDIA Reflex, DLSS Frame Generation, and DLSS Super Resolution are all aspects of DLSS 3. With the RTX 40 Series’ increased Optical Flow Accelerator, the motion flow is quickly computed and sent to the AI network, which is then run on 4th Generation Tensor Cores to produce the final DLSS frame. Support for earlier GPU architectures would need further research and improvement of the optical flow algorithms underlying the AI model.
Although older GPUs will continue to be able to run DLSS Super Resolution and NVIDIA Reflex. The next generation of GeForce GPUs will see improvements in games that use DLSS 3. Nvidia will continue to develop and train the AI with DLSS Super Resolution and offer model upgrades for all RTX customers. Most games will let users choose between DLSS Super Resolution and Frame Generations through different user interface options.
Unlike DLSS 2.0, the new technology can accurately predict whole frames. The technology takes information from the current and previous frames, such as the movement of pixels and the shape of surrounding objects. It feeds it into a neural network, creating intermediate frames based on the information it has learned. Even though it seems complicated, this represents a significant boost to gaming performance. During the event, Nvidia demonstrated Cyberpunk 2077 in a new RTX Max mode, achieving an average of more than 100 frames per second using DLSS 3.0 technology.
The cutting-edge architecture of Ada Lovelace, widely regarded as the first computer programmer, inspired forms the basis of Nvidia’s upcoming RTX 40 Series. Together with TSMC, the company has used cutting-edge 4nm technology on its new line of graphics cards, resulting in increased performance and enhanced power efficiency.
The main highlights are the 76 billion transistors, the 90 Shader TLOPs through a new streaming multiprocessor, the 200 RT TFLOPs featuring 2x ray-triangle intersection enabling higher raytracing performance, and the 1,400 Tensor TFLOPs for enhanced deep learning capabilities.
Nvidia’s new Shader Execution Reordering is touted as being on par with out-of-order execution technology for CPUs. While there are a lot of figures, they represent a significant increase in the speed at which ray-traced visuals are rendered, with improvements of 2-3x in 3D applications like Blender and a 25% increase in RTX gaming. Our understanding of Ada Lovelace’s architecture has improved dramatically. Similar to the Volta V100 and Ampere A100, Nvidia has described the Hopper H100 GPU for use in data infrastructure.
It would seem that Ada Lovelace is a monster. It will have substantially higher GPU speeds than the existing Ampere GPUs, and it will be able to fit in much more SMs and the related cores. In combination, these architectural improvements should allow Ada Lovelace GPUs to provide a large generational increase in performance. However, developers will be responsible for enabling the vast majority of them, which might limit their widespread adoption. GPUs in the RTX 40 series made by third parties may have unique features like overclocking and fan curves.
Some people moving from an RTX 3090 Ti towards RTX 4090 may be relieved to learn that they don’t necessarily require a new PSU. One new feature of the Ada Lovelace design is an “Optical Flow Accelerator,” which is meant to lessen the appearance of motion blur on moving objects. Pairing this Optical Flow engine plus motion vectors, DLSS 3 claims to make upscaled games seem cleaner and sharper, an uncommon but unpleasant flaw of upscale including DLSS and AMD FSR.
Only Nvidia’s official benchmarks provide a reliable basis for evaluating the latest RTX 40-series graphics cards to its predecessors in the RTX 30-series. Nvidia displayed a bar graph contrasting the RTX 4090 and RTX 3090 Ti at the launch. For reference, it seems the games are being played at a resolution of 3840 x 2160 with the best possible graphical settings, DLSS in Super Resolution Performance mode, and DLSS Frame Generation on RTX 40-series graphics cards.
Apart from Cyberpunk 2077, all the games tested seemed to reveal that the new RTX 4090 was giving twice as much performance as the RTX 3090 Ti. The latest Ray Tracing Overdrive enhancement increased Cyberpunk 2077’s performance by four times compared to the previous series of GPUs. The most noticeable change between the Ampere generation and Ada GPUs will consist of larger SMs. AD102 can potentially have 71% more SMs than GA102 at the top.
Most of the computations are still performed the same way they were in Ampere. However, the Tensor cores currently support FP8, which might double the speed of FP16. A fully functional AD102 chip might reach 1.4 petaflops at the same frequency, while the RTX 4090 offers deep learning/AI computing of much to 661 teraflops in FP16 and 1,321 teraflops in FP8. In contrast, the RTX 3090 Ti’s entire GA102 is limited to around 321 TFLOPS FP16. When comparing core counts and clock rates, the RTX 4090 provides a potential boost of 107%.
This potential speed improvement also applies to the shader plus ray tracing hardware, but with certain limitations since these cards are also undergoing improvement. Nvidia says that its new Shader Execution Reordering functionality for GPU shader cores would increase overall speed by 25% and potentially increase ray tracing processes by up to 200%. Support for SER, however, would need the usage of proprietary Nvidia extensions by developers. Thus current games may not benefit.
Meanwhile, the RT cores have improved their ray/triangle intersection hardware and added some more useful features. Because of the Opacity Micro-Map Engine, tracing rays through see-through materials like foliage, particles, and fences is much quicker. On the other hand, Nvidia says that its Displaced Micro-Mesh Engine can generate a BVH up to 10 times snappier while using 20 times less memory. This is because the BVH is generated more efficiently. To utilize them, developers must be aware of and familiar with the new capabilities.
The new RTX 40-series cards are a must-have for any PC that aspires to play games in 4K at 60 frames per second. Thanks to their significant performance boost over the RTX 3090 Ti and RTX 3080 Ti. While 8K gaming monitors are still a ways off from being widely available beyond the low-production enthusiast gaming brands. The higher 4K panels operating at more excellent refresh rates are inevitable, and these GPUs will be able to tap into all that power effectively. Expect to hear more about 4K and 144 FPS gaming soon.
A minimum of an 850W power supply is recommended for the GeForce RTX 4090 Founders Edition, given its 450W rating. Earlier speculations stated that the card would use 600 watts or more. It’s on the same ground as the power consumption of the RTX 3090 Ti, the top card of the previous generation. The RTX 40 series can be powered by the newest ATX 3.0 power supplies, which include 12VHPWR-pin connectors. Still, it can utilize three or four more common 8-pin connectors, assuming you already have a robust power supply.
For the first time, the RTX 40 Series can be powered by a single cable instead of several. Thanks to the new standards for GPU power input. Don’t worry if you don’t have one of those fancy new Power Supplies. You may still utilize the power adapter the manufacturer of your Graphics card provided. Many add-in board partners are willing to have a much greater power drain in favor of every possible ounce of performance, as we saw with the RTX 3090 Ti and some other Ampere GPUs.
It’s not unthinkable for there to be RTX 4090 custom variants that use up to 600W, and a future RTX 4090 Ti might even exceed that. Sizing might be reduced by around 30% per generation. This resulted in a 50% reduction in required space, a 30% reduction in voltage, and a 30% reduction in circuit latency. In addition, frequencies would rise by around 40 percent while overall power consumption drops by almost half.
Transistor density may be increased by switching to a new manufacturing node, but only if voltage and frequency are kept in check. There is a requirement to use almost twice as much energy to create a chip two times as fast. An alternative would be to manufacture a more energy-efficient chip but slower. While Nvidia seems to be aiming for improved performance with Ada, the company hasn’t abandoned efficiency considerations.
Live streamers and content makers will also benefit greatly from these GPUs and their exceptional gaming performance. This is because they are using two of their eighth-generation NVIDIA Encoders, capable of AV1 encoding. The encoding efficiency of live broadcasts is enhanced by 40%, giving the impression of utilizing 40% more bandwidth than is being used.
The two encoders are closer to twice as efficient. Creators will have more time to focus on other aspects of their work. To help producers make the most of the new 40-series hardware, Nvidia has brought back Nvidia Studio, Nvidia Encoder, Nvidia Broadcast, and Nvidia Canvas. Similarly, the simulations in Nvidia Omniverse that use digital copies of real things have important uses in the real world.
NVIDIA Studio is used to supercharge your creative endeavors. The RTX 40 Series, driven by cutting-edge dedicated technology, enables unprecedented 3D modeling, video production, and graphic design speed. Enjoy advanced RTX accelerations in the industry’s leading creative software, premium NVIDIA Studio drivers built for rock-solid reliability, and unique tools that put RTX’s processing power to work for you in AI-assisted workflows.
Amazing visuals and flawless, lag-free streaming will put you in the spotlight. Functionality with next-generation AV1 encoding, driven by NVIDIA’s eighth NVIDIA Encoder and engineered to achieve greater efficiency than H.264, ushers in a new era of superior broadcasting with the GeForce RTX 40 Series. More than that, unique enhancements in your preferred live-streaming software always present your finest self to your audience.
Using the NVIDIA Broadcast app, you can turn your living space into a professional studio, perfect for live streaming, video chatting, and video calls. You may silence the room, change the wallpaper, and adjust the lighting with only one click. Lastly, NVIDIA Omnivers is a central center for integrating your current 3D productivity, replacing conventional pipelines with real-time collaboration, and enabling you to create never before at breakneck rates.
The lowest latency and fastest responsiveness are provided by NVIDIA Reflex. GeForce RTX 40 Series GPUs, with G-SYNC monitors, providing professional players with an unbeatable edge in competitive play. Reflex was designed to optimize and evaluate system latency, making it the go-to choice for competitive gamers needing improved target acquisition, responsiveness, and aim accuracy.
With enhanced NVIDIA Reflex, you may experience system responsiveness as minimal as ten milliseconds. In the most popular esports games, significantly improving the responsiveness of your gameplay. NVIDIA has made significant strides in recent years, completely altering the competitive gaming market. NVIDIA Reflex has revolutionized the monitoring and elimination of system latency, while GeForce RTX graphics cards have offered previously unimaginable frame rates. Their collaboration with panel partner AU Optronics has produced ultra-high frame rate, tear-free G-SYNC esports displays.
Most professional gamers nowadays utilize GeForce RTX graphics cards and esports displays with refresh rates of 240 hertz or more. NVIDIA Reflex may be used in more than 40 titles, including eight of the top ten professional games. Everyone has an end-to-end system latency reduction of about 20%, making for a snappier experience and better response times, target tracking, aim accuracy, and win rate. NVIDIA Reflex will be included in a further eight titles shortly.
Nvidia spent a lot of time showcasing the RTX Remix software alongside the RTX GPUs because, if it performs as advertised, it has the potential to be a game-changer for modifying older PC games.
Using Ada Lovelace’s artificial intelligence and machine learning technologies, RTX Remix aims to greatly simplify the creation of HD mod packs for classic games. It allows modders to quickly and easily load games into the program and “capture” content. Following this, the assets are automatically transformed further into a USD file format, which may be edited using RTX Remix’s many features.
Tools that use artificial intelligence to improve textures include those that can increase texture resolution by a factor of four. As well as those that can determine what material (wood, metal, etc.). An older texture is meant to represent and update it with a more accurate detailed roughness or brighten. New models may be created in programs like Blender, Maya, Photoshop, and Adobe Substance. Later previewed in the mod in real-time while still being updated with ray tracing effects, Nvidia Reflex, and DLSS 3 support.
When you’re done, RTX Remix will generate a mod pack that can be put into the same directory as the game’s application to activate the modifications. Nvidia claims that any game built on DirectX 8 or 9 with a fixed-function graphics pipeline should be compatible, which opens the door to a wide variety of titles.
To begin, RTX Remix requires one of these Ada Lovelace GPUs; it is not compatible with previous-generation Nvidia GPUs. In addition, features like ray tracing and DLSS 3 encourage the adoption of an RTX 4090 or RTX 4080 on the consumer side. Even though the subsequent mod packs have little or no such hardware requirements.
From October 12, customers can purchase an RTX 4090, and on November 16, the RTX 4080 will become available. Compared to the Nvidia GeForce RTX 3090 Ti, Nvidia promises that the RTX 4090 will provide almost twice as much relative performance. A 16GB version of the Nvidia GeForce RTX 4080 would be available. Including performance figures compared to the RTX 3080 Ti.
Though these are Nvidia’s release dates, it’s safe to assume that third-party variants of both cards will arrive a little later. Nvidia’s Founder’s Edition GPUs are expected to be available on this day. Because of the substantial demand problem with the RTX 30-series parts, we anticipate a staggered release of the Ada cards. We expect RTX 4080 to debut in November, but no more Ada GPUs until 2023.
That’s just our best estimate for now; things might change. In addition, more Ada GPUs will be made available around a year after their first release. It’s unclear if they will be “Ti” or “Super” models, but you can safely put the release date on your calendar.
For this reason, we may anticipate the remaining RTX 40-series cards to dribble out over the coming year. If Nvidia sticks to its typical release schedule, The RTX 4070 might debut in the first few months of 2023. While the RTX 4060 and 4050 are expected to hit stores later in the year.
The release of the latest Nvidia cards is a reason to celebrate if you’re a PC gamer. However, this is meaningless if the RTX 4000 GPUs are as hard to get as the RTX 30 series cards. For Instance, even if the worldwide chip scarcity is improving, it seems unlikely that it will be resolved this year.
However, the ability of GeForce RTX GPUs to efficiently mine cryptocurrency renders them particularly appealing to buyers who aren’t interested in testing their ray tracing capabilities on modern games. This is probably because the COVID-19 pandemic combined increased demand and completely disrupted supply chains.
Nvidia’s efforts to limit the cryptocurrency mining capacity of GeForce RTX GPUs have mostly been ineffective and overcome so far. Unless Nvidia has some more surprises up its sleeve and the value of cryptocurrency keeps fluctuating, GeForce RTX 40 cards may be just as difficult to obtain as GeForce RTX 30 cards are.
There has been a severe lack of GPUs for the last two years, and the available cards were prohibitively expensive. There hasn’t been anything to get excited about in the GPU market since 2020, but 2022 looks to change all that. We hope this round’s cost and availability are much more favorable. No scenario is worse than the last 24 months.
Unlike the Nvidia GeForce RTX 30 series, which was notoriously difficult to get your hands on, we’re hoping the RTX 40 series will be more widely available. If this is the case, we eagerly anticipate games that entirely use these high-end graphics cards.
Up Next: RTX 4090 Vs. RTX 3090 Ti
Nvidia displayed a bar graph contrasting the RTX 4090 and RTX 3090 Ti at the launch. For reference, the games are being played at 3840 x 2160 with the best possible graphical settings. All the games tested seemed to reveal that the new RTX 4090 was giving twice as much performance as the RTX 3090 Ti.
Nvidia claims that the RTX 4080 will provide performance more than three times compared to the RTX 3080 Ti in various games. Considering the performance of the RTX 3080 Ti, this is quite exciting news. It may indicate that the RTX 4080 seems to be the best GPU to purchase for 4K gaming.
If you want to buy an NVIDIA graphics card and are looking to maximize your gaming experience, RTX cards are the way to go. The most potent NVIDIA GPUs are now RTX-only since the company has shifted its focus to RTX for the current generation. Therefore, RTX GPUs are superior not just for visuals but also for standard rendering speeds. The RTX 40-series GPU is the NVIDIA graphics card if you want the highest gaming performance.
As of now, RTX 4090 is the best RTX card you can get in the market from Nvidia, designed for gamers and other enthusiasts. The card is compatible with DirectX 12 Ultimate and was manufactured using 4 nm technology and an AD102 graphics processor of the AD102-300-A1 type. This guarantees that the GeForce RTX 4090 can handle all current video games without issues
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