Are you thinking about purchasing a new GPU and confused about whether NVIDIA’s RTX GPUs are superior to their GTX card in terms of value? To assist you in making the best decision, we have outlined the key characteristics of RTX vs GTX cards in this article. It’s not difficult to recognize the differences between RTX vs GTX technologies and knowing these differences might help you choose the ideal graphics card for your needs.
What is GTX?
The Nvidia 7800 GTX, which was introduced in 2005, was the very first GeForce GTX GPU. When its GPUs exceeded the Giga Texel processing threshold, GeForce started using the GT branding system. X stands for Xtreme which means improved performance. As a result, GTX stood for “Giga Texel Extreme” therefore NVIDIA used it as a coding system for its graphics cards from the 7000-series through the 16-series. The Turing version of GeForce GTX GPU is the most recent model, and it debuted in 2019 along with the 20-series RTX cards. Due to this, this series was the first one both of which RTX & GTX cards are introduced simultaneously, before a full switch to RTX.
A 16-series GeForce GTX, such as the GTX 1660 Advanced, is an excellent option for inclusion in today’s low-cost gaming Computers and conventionally renders games perfectly. Nvidia has always produced graphics cards, but still, it didn’t begin using the “GTX” label until it introduced the Nvidia GTX 260 & GTX 280 chipsets in 2008. What does GTX mean then? Giga Texel Shaders Extreme is known as GTX. The words “Texel” and “Shader” are crucial in this respect. We are aware that the tiniest component of a picture is a pixel. Identical to a Texel, a Textured Map is a visual design term for the image that is put to the base of a polygon.
The task of mappings texels into pixels and creating a 3D image is performed by specialized graphics units, in the realm of digital computation. This technology existed before GTX from Nvidia under the names Giga Texel (GT), Giga Texel Shader (GTS), and many others. However, the geometrical shading technique was greatly enhanced with the GTX series. Exactly, we overlooked Shader. When producing a three-dimensional image, the method of shading involves figuring out how much light, color, and darkness there should be. The Shader serves as the “software” for this task.
Current GTX graphics cards that have gained popularity include:
- GTX 1050 & 1050 Ti
- GTX 1060 & 1060 Ti
- GTX 1070 & 1070 Ti
- GTX 1080 & 1080 Ti
- GTX 1650 & 1650 Ti
- GTX 1660 & 1660 Ti
Nvidia switched from the GTX technologies to the far better RTX Tech, beginning with the RTX 20 Class of Graphics Cards, as a result of the constant technological advancements. Let’s move on to RTX after this.
What is RTX?
The first GeForce RTX cards were made available in 2019. These GPUs could perform hardware-accelerated ray tracing. Ray Tracing Extreme is the abbreviation for RTX. A method for simulating specific light beams is called ray tracing. It’s difficult to trace specific rays, and conventional GTX Graphics card hardware can’t do it quickly enough for gaming to use these approaches in real time. As a result, NVIDIA developed RTX cards with both standard shaders cores and ray tracing cores. These RTX graphics can do hardware-accelerated ray tracing since their RT cores were created specifically to manage ray tracing.
With such an RTX card, you have the choice to enable and employ hardware-increased ray tracing that sometimes significantly enhances the quality of illumination and shadows in many applications. As a result of their “Tensor” core, RTX GPUs can also take advantage of other cutting-edge innovations like NVIDIA’s DLSS, which employs deep learning to update your pixel without significantly affecting performance.
For simulating optical effects including shadow, reflection, refractive indices, light dispersion, and much more, Ray Tracing is an optimization technique. The RTX Class of GPUs from Nvidia marked the beginning of the “hardware” required to run ray tracing promptly. Nvidia unveiled RTX 2080, the very first GPU that features ray tracing, towards the end of 2018. It surprised everybody. This RTX 2080 was a breakthrough in the graphics industry with a 75 percent performance increase over the prior GTX 1080 GPUs and specialized Ray Tracing units in the GPU.
Below is an overview of certain GeForce RTX graphics cards:
- RTX 2060
- RTX 2070
- RTX 2080 & 2080 Ti
- RTX 3050 & 3050 Ti
- RTX 3060 & 3060 Ti
- RTX 3070 & 3070 Ti
- RTX 3080 & 3080 Ti
- RTX 3090 & 3090 Ti
Key Differences between Nvidia RTX vs GTX:
Unlike the Nvidia GTX, which is a graphics processor for gaming, the RTX is a GTX graphics-performing card.
The Nvidia that produced the greatest performance graphic card, GTX, debuted RTX in 2018. In contrast, the Nvidia GTX was introduced in 2008 as part of the 200 and afterward underwent significant CPU development.
Known for being the world’s best graphics card, the GeForce RTX also offers players real-light modeling. Long-lasting, super-duper GDDR6 storage is a feature of the GeForce GTX.
The Nvidia GTX is the initial model of version 200, while the Nvidia RTX is a next-generation card.
NVIDIA RTX vs GTX Which is Better?
Just RTX GPUs are supported by NVIDIA’s most recent GPU version, as well as a GTX device that hasn’t been introduced since mid-2020. However, GTX GPUs from the 900, 10, & 16 series are indeed excellent choices right now. RTX GPUs are the best option if you wish to maximize the graphic potential of gaming on a GeForce card. The most potent NVIDIA GPUs are currently all RTX-exclusive, so the company’s present generation only supports RTX GPUs.
Thus, RTX cards function best for both traditional renderer efficiency and visuals. A 30-series RTX Processor, specifically an RTX 3090, is what you need if you desire the highest gaming experience from an NVIDIA board. Not to forget the advantages that new techniques like DLSS 2.0 offer. Increasing numbers of games have become DLSS & ray tracing friendly, signaling the rapid emergence of these technologies as industry standards. Because of this, RTX also has more potential than GTX.
Comparison NVIDIA RTX VS GTX:
Stands for
Ray Tracing is meant to improve performance, video playback, & efficiency for a realistic ray tracing performance, Texel Xtreme (RTX) is a GTX graphics card. Nvidia introduced the GTX (Giga Texel Shaders Extreme) graphics processor for gamers to ensure a high-quality gameplay experience.
Introduced
For the finest visual experience, Nvidia RTX was released in 2018 both for desktops and Laptops. A multinational American company called Nvidia introduces the GTX in 2008.
Generation
The GeForce RTX is a next-generation card because it has ray-tracing processors & DLSS 2.0 plus AI support. The initial version of the GTX, the GTX 260 underneath Series 200, was installed in 2008. In addition to the GTX Series 16, two bigger versions, GTX 1650 & 1660 Ti, have been released.
Features
The strongest performing graphics card, Nvidia RTX, is recognized for providing players with real-time light projection while they game. The long-term efficiency of Nvidia GTX varies. It offers the best gameplay experience because of its sophisticated graphics processors and super-duper GDDR6 memory.
Appropriate for
The ultimate highly efficient and strong gameplay is offered by Nvidia RTX, which supports many PC games. For the ultimate visual experience when playing games like PUBG as well as Esport applications, Nvidia GTX is strongly recommended.
| Parameter | RTX | GTX |
| Stands for | Ray Tracing Texel Extreme | Giga Texel Shader Extreme |
| Timeline | 2018 to present | 2008 to 2019 |
| Developer | Nvidia | Nvidia |
| DLSS | Yes | No |
| Ray Tracing | Yes | No |
| AI Upscaling | Yes | No |
| VR Ready | Yes | Partial. GTX 1060 or higher. |
| DLSS | Yes | No |
| Architecture | Turing | Pascal |
| NVENC | Yes | No |
| Cost | Expensive | Less expensive |
| Adaptive Shading | Yes | No |
NVIDIA RTX VS GTX Pros & Cons:
RTX Pros
- Most recent Nvidia graphics technology
- Supports raytracing & 4K gaming at 60 frames per second
- Fantastic for rendering and designing 3D models and games
RTX Cons
- Pricey cards
- Require a bigger power supply
GTX Pros
- Cheaper
- Broadly supported
GTX cons
- Less potent than recent GPUs
- No raytracing
Frequently Asked Questions:
Is GTX superior to RTX?
An older lineup of Graphics from GeForce is called GTX. They don’t perform poorly, although they fall short of the RTX generation of Nvidia’s GPUs. They have outdated core design and lower clock rates.
How much more potent is RTX versus GTX?
The RTX generation of Nvidia’s specialized graphics processors outperforms the GTX generation by a wide margin. This is because a change in design improved efficiency and made it possible for features exclusive to RTX-class GPUs.
Does GTX support ray tracing?
The majority of the time, the reply is no. There’s one exception, though. Raytracing is supported by the GTX 1080 & 1080 Ti at low or medium graphics levels and 1080p settings. Although it can’t compete with 2070 or above, it can manage.
Is GTX simply a graphics chipset?
Nvidia produces a line of graphics processors called GTX. Nvidia Gtx is the entire name. There were quite a few GPU versions in the range, such as the GTX 960, 870, 1060,1070, & 1080. The chipset’s design is referred to as GTX. GTX GPUs are not created equal. The performance gaps among several cards are quite wide. For instance, compared to the 900 families that arrived before it, the GTX 1060, 1070, & 1080 are much more potent.
GTX or RTX, which works better for playing games?
Ultimately, RTX is a far superior design and is still at the forefront of pc GPU technology. Even though they are on the pricey side, the 30 and 20 series currently provide a large selection of RTX GPUs. This is not to argue that GTX GPUs won’t play these games well; they’ll just have visuals and physical capabilities that are a step below.