Nobody shies away from a good gaming experience. But then, having the perfect computing setup to indulge in powerful games is an investment in itself. Considering the modern-day scenario where AAA titles are evolving in terms of graphics, size, and even texturing, it is necessary to get a PC or laptop with the best processing conglomerate to show for, primarily led by a high-end graphics card.
However, not every graphics card is created alike. As a user, you must consider purchasing the ones that belong to tried and tested brands. At present, NVIDIA and AMD are the most promising players in the graphics domain with each company looking to outdo the other in terms of innovation, with every new launch.
Still, based on the sheer size of global adoption, dGPUs pertaining to the NVIDIA GeForce line-up comprise 82 percent of the overall market share as compared to AMD’s 18 percent. Therefore, if you are a person who likes following the suite, it is better to select a machine featuring the NVIDIA GeForce graphics card, preferably from the RTX or the GTX series.
NVIDIA GeForce Series in Detail
To be honest, NVIDIA GeForce, at the moment, is more of a face-off between the RTX and GTX variants. Graphics cards offer a new perspective towards gaming and this is the reason why RTX and GTX graphics cards are getting the popularity they deserve.
But then, which dGPU series fits better into the mix, as per your gaming preferences still remains a question that most fail to answer. This is the reason we chose to compare and contrast the RTX and GTX series, whilst talking about the best option pertaining to each line-up.
Plus, it isn’t just the name that varies as GTX and RTX differ in terms of capabilities and their ability to pull off gaming performances, as evaluated by the fps.
GTX Family: Power, Performance, and Possibilities
Better termed as the ‘Giga Texel Shader’ eXtreme GPU series, the first GTX variant was launched way back in 2008. What started with the Tesla and Fermi architecture finally channelized the Turing architecture as a part of the new graphics card family.
However, the main reason for GTX dGPUs to be this successful is their ability to transform the 1080p gaming performances. Most individuals prefer gaming in 1080p as they can select PC monitors and laptop displays to accommodate better refresh rates. GTX GPUs, including the likes of GTX 1660, GTX 1660Ti, GTX 1650, and more allow them to achieve just the same, without much effort.
Plus, GTX graphics cards, even the dated variants like the GTX 1080 are still insanely powerful and good enough for realizing exceptional 1440p gaming performances. This means a good GTX GPU might allow you to reach 60fps for select 2K games.
RTX: Guarantees Top-Shelf Gaming
As compared to the GTX series, RTX or the ‘Ray Tracing’ Texel eXtreme dGPU family is way more beefed-up, especially if ray tracing and AI-centric capabilities are concerned. For those who aren’t aware of these concepts, Ray tracing adds a certain level of credibility to your gaming and video-centric indulgences, making the experiences way more productive.
Plus, the Turing architecture is a mainstay, which furthers the power-efficiency of the devices, regardless of the device you choose. The RTX family was introduced in 2018 with the RTX 2060 as the entry-level yet powerful addition. Today, the series has surpassed multiple boundaries to come up with the RTX 30-series GPUs.
For those who are more interested in the exclusive specifications, RTX-series boasts support for DXR extension, Microsoft DirectX12, and even deep learning capabilities.
Finally, the Differences
Needless to say, RTX graphics cards are precisely targeted towards 2K and 4K gaming, allowing you to indulge in the likes of Control, Cyberpunk 2077, DOTA, and other games at the highest possible resolutions. Plus, the newer RTX variant i.e. the RTX 3080 is the most powerful GPU in the modern era, which furthers our insistence on the RTX family of graphics cards.
Also, if you plan on playing the games at 1080p, RTX-branded GPUs promise the highest possible frame rates. This functionality makes more sense for first-person shooter games, where frame rates are of the essence.
Also, if you are a professional and enthusiastic gamer at the same time, the AI-powered experiences associated with the RTX GPU are expected to make a lot of sense. The end results include accurate shadows, reflections, refractions, and even illumination. Overall, the game feels way better than it would on a GTX graphics card. But then, pricing is an issue for someone who doesn’t have a lot to spare on fine-tuning gaming.
At present, some of the best RTX-compatible titles include the Call of Duty Watch Dogs: Legion, and Wolfenstein: Youngblood.
The GTX line-up appropriately misses out on several bells and whistles including the real-time ray tracing support and DLSS technology but it still achieves a lot in terms of performance. Plus, it is still an excellent graphics card line-up to purchase if you aren’t much hyped about the ray tracing in games and ready to wait up until the concept becomes mainstream.
That’s not it as NVIDIA has sweetened the pot further for the GTX enthusiasts with the top-shelf variants now capable of supporting software-emulated ray tracing.
But then, how do the technological contrasts hold?
RTX graphics cards are loaded with RT cores, period. However, it is the utility that decides whether you should invest in the same or opt for the more affordable GTX units. It is the casting speed of 10 GRays/sec that makes the RTX-series GPUs worth investing in.
Therefore, even though software-emulated Ray Tracing is commonplace for high-end GTX cards, real-time ray tracing support is only possible if you have RTX graphics cards by your side, owing to the 6x faster RT performances.
Plus, the inclusion of Tensor Cores makes RTX-series GPUs more impactful than ever. This way, it becomes easier to use the concerned device as a creative workstation with utilities not limited only to gaming.
The GTX-series, on the other hand, has the GTX 10 and GTX 16 line-up to work with, with the former including Pascal architecture. Plus, the GTX 10-series misses out on adaptive shading and VR is only supported for GPUs comparable or higher than the GTX 1060 GPU.
Therefore, it wouldn’t be wrong to state that the GTX 16-series is a much better option if you are looking to get your hands on a powerful gaming machine without having to compromise on the fps ratings.
Despite RTX cards being highly premium entities, offering massive scope for gaming and professional excellence, the GTX 16-series strikes a better price-to-performance balance. The gaming performances are still exceedingly competitive and immersive, provided you are still interested in titles like Overwatch, Fortnite, and more.
Regardless of the GPU family you choose, be sure that Turing’s new and improved NVENC technology, clubbed with the integer scaling property, will make the games look crisper than usual.
Win-win for the buyer!