- Difference Between NVIDIA GTX And RTX
- Is The RTX Same As The GTX?
- Architecture Of GTX And RTX
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Difference Between NVIDIA GTX And RTX
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Are you a gaming lover and want to build a gaming computer or do you want to replace the graphics processing unit (GPU) in your current computer? So obviously, you will be looking for a better, faster, and more efficient computer. There are two popular types in front of you: GTX and RTX.
NVIDIA is a tech giant, especially in graphics cards/computer processors and many other areas. Turing’s GPU architecture powers the GeForce RTX 20-Series and GTX 16-Series cards. As the world’s most advanced architecture, Turing brings next-generation cinema technology to the latest games with exceptional performance and efficiency.
I will take a look at the new features provided by Turing Architecture to see if any of them could be a game-changer. For example, DLSS (Deep Learning Super-Sampling) can provide a significant performance boost on supported headers.
After this short discussion of features, I will walk you through the performance comparison between RTX and GTX, so you can see how these two cards compare between games.
I will end with a few comments on pricing and availability, which will obviously also have a significant impact on your purchase decision. Without further ado, let’s compare the Difference Between GTX And RTX!
Is The RTX Same As The GTX?
Nvidia’s new 20 series cards are called RTX cards rather than GTX, which refers to the card’s real-time ray tracing capabilities. Ray tracing refers to a process of simulating light as it realistically bounces off a scene, allowing for more realistic-looking light and greater graphic fidelity through shadows.
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GTX (Giga Texel Shader eXtreme)
GTX stands for Giga Texel Shader eXtreme and is a variant of the GeForce brand owned by Nvidia. Nvidia uses the GTX suffix to mark its best cards.
It wouldn’t be fair to say that this trend continued until the RTX cards were released, as Nvidia gradually began to increase the number of GTX-branded cards. They were first introduced in 2008 with the 200 Series, codenamed Tesla. The first product in this series was the GTX 260 and the more expensive GTX 280.
Although the 200 series cards are technically related to GTX cards, the latest GTX 16 series include the GTX 1650, GTX 1660, GTX 1660Ti, and their Super counterparts. These are based on Turing architecture and were introduced in 2019.
Although the performance margin is not much different, the price difference is so high that it cannot be ignored. So if you’re looking to get a GTX card, the GTX 1600 series should be a no-brainer. However, it has some major drawbacks compared to RTX cards.
RTX (Ray Tracing Texel eXtreme)
RTX stands for Ray Tracing Texel Extreme and is also a variant of GeForce. NVIDIA RTX graphics cards are the first to include RT cores. This dedicated ray-tracing hardware can produce 10 gigabytes of rays per second, enabling real-time movie-like lighting in games. Real-time ray tracing is only possible because RTX graphics cards provide 6x faster ray tracing performance.
Above is a view of Metro Exodus showing the immersive details obtained from ray tracing in real-time. Click on the image and then move the slider between “RTX On” and “RTX Off” to see the difference in lighting.
RTX graphics cards are the first to feature tensioner cores capable of delivering over 100 teraflops of AI processing to accelerate gaming performance with NVIDIA DLSS. These RTX cards include the RTX 2060, RTX 2070, RTX 2080, RTX 2080Ti, and the Super 2060 and 2070 equivalents.
For those looking for a gaming GPU that handles the next generation of immersive gaming titles, the RTX is a great way to go.
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Architecture Of GTX And RTX
GPU architecture is important and includes how well the GPU will perform in the game. This includes things like clock speed, performance, and how the graphics look in general.
When it comes to the architecture of the RTX and GTX series, there is surprisingly little difference between the two. When looking at the new models, they both use the Nvidia Turing architecture. It is built specifically for the new Nvidia series and has the best architecture available today.
Nvidia Turing offers much better performance than older Nvidia GPUs. Overall it runs quiet and quiet. It is 1.4 times more energy efficient than the previous models and the graphics rendered are particularly spectacular.
While most GTX cards use the Nvidia Turing architecture, older series, such as 1060, for example, use Nvidia Pascal. Although this architecture is good, it does not give such good performance as compared to the RTX series.
Overall, the RTX model has better core and clock performance, allowing for better gaming performance than the GTX series. They also have Nvidia DLSS and ray tracing cores, which the GTX doesn’t have.
The difference in the performance of GTX and RTX
The RTX (20 series) cards and 16 series GTX cards are based on the Turing architecture. GTX 10 series cards are based on Pascal architecture.
Pascal architecture uses 16nm transistors and Turing architecture uses 12nm transistors. Smaller transistors allow you to fit more of them on the processor, and this is directly related to better performance. Turing cards are 6 times faster than Pascal cards in ray tracing. They provide 30 percent better performance than Pascal cards in general.
Turing cards support GDDR6 memory types, while Pascal cards support GDDR5, GDDR5X, GDDR4 memory types. This makes RTX cards superior in memory-related applications, including high memory bandwidth, most games, and some deep learning and video processing applications. The TDP rating of RTX cards is lower than that of GTX cards, thanks to the tuning architecture, this makes them more efficient and helps you save some energy costs.
Here is a little information. Although the 16 Series cards are also based on the Turing architecture, they do not have RT cores or tensioner cores to help with real-time ray tracing, although Nvidia released a driver update to support ray tracing on them. It has adequate hardware and therefore performs poorly in ray tracing applications compared to RTX cards.
The cost of each card depends on the version you want to use, as different manufacturers offer different versions of the GPU. The short answer is that the RTX 2080 is currently cheaper than the GTX 1080 Ti.
Amazon has something in the ballpark for $ 900, like this EVGA GTX 1080 Ti for $ 980. Again, this is a great card with great cooling technology and fancy RGB lighting, but it costs $ 300 more than many GPUs. RTX 2080 and does not have ray tracing or DLSS support. It’s slightly less expensive than the M 1080 Ti at $ 930, but it’s still a bit more expensive than the RTX 2080.
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Which is better RTX 2060 or GTX 1660?
The RTX 2060 stands out as the fastest card, with additional CUDA cores and faster memory. Both cards easily recorded 60 frames per second, which equates to Ultra quality settings with most mainstream games. This is impressive for the GTX 1660 Ti, as it rises above the previous GTX 1070 in this regard.
Why are GPUs so expensive now in 2021?
The latest GPUs from Nvidia and AMD were nearly impossible to buy in 2021 when COVID-19 hit manufacturing and supply chains. Retailers typically sell out in seconds every time they restock, thanks to resellers and cryptocurrency miners who have bought more and more graphics cards using bots.
In short, Nvidia introduced the RTX designation primarily for marketing, making its 20-series Turing GPUs look like a much bigger upgrade than they actually are.
Considering all of the above, we wouldn’t say that RTX GPUs can only be achieved for ray tracing and DLSS, and performance per dollar should always come first, especially if you want to get the best value for your money.
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