NVIDIA RTX vs GTX – Which Should You Buy (Complete Guide)

When it relates to gaming, modern visuals provide a fresh perspective on the world. Assume you desire to rebuild a computer or replace your current computer’s Graphics Processing Unit (GPU) since it has become obsolete. You go to the store to pursue a newer one and come up with two options, NVIDIA RTX vs GTX.

Unfortunately, you have no idea what any of this means and make the wrong option. This essay attempts to assist you in such a circumstance by providing a basic understanding of the differences between these words.

Both of the GeForce RTX 20-Series and GTX 16-Series GPUs are powered on NVIDIA’s Turing GPU technology. Turing, the globe’s most sophisticated platform, provides excellent quality and reliability to the current games and next-generation shading technologies.

What is GTX?

Nvidia GTX stands for Giga Texel Shader eXtreme. It’s a class of video card that excels at high-resolution 3D rendering and multimedia processing, such as video playback and transcoding. These video cards were first introduced in 2008 with series 200, and it’s been going strong ever since. The latest series of GTX is 16, which is consist of GPUs like GTX 1650, GTX 1660, GTX 1660Ti, and its Super counterparts.

What is RTX?

Nvidia RTX is the newest set of graphics card that has just come on to the market. It’s called Ray Tracing Texel eXtreme and it’s also a variant under GeForce. It works by using GPU-accelerated deep learning for cinematic quality visuals with real-time ray tracing, all at up to 8 GigaRays lit pixels per second.

Nvidia showcased two new technologies today called “RTX” and “Quadro RTX.” RTX is an acronym for Ray Tracing Technology, which according to NVIDIA, is a brand new technology they’ve created in order make realistic images possible in real time settings.

Difference: Nvidia RTX vs GTX

If you’re not following up with current hardware happenings, or if you’ve only recently gotten engaged in Computer building and are considering purchasing an Nvidia graphics card, you’ve probably seen that the abovementioned firm sells two distinct sorts of GPUs, GTX and RTX.

So, what’s the issue, what’s the variation between the GTX and RTX GPUs, and which must you choose? In this post, we’ll answer all of those queries, so keep reading!

Price

The first distinction between the two GPUs is their pricing. In comparison to the GTX series, the RTX series has the latest ones. As a result, they appear to be more costly. However, according to the type, they are generally only a few hundred dollars extra expensive.

Considering that they are newer and offer more capabilities, the price rise is acceptable. However, in many situations, their total efficiency is not much different. While the RTX series produces superior visuals, the two series are not significantly different.

It is important to note that both of these GPU models are high-end when it comes to pricing. Because of this, they are much more costly than entry-level GPUs. However, the higher price is evident in the superior characteristics.

Architecture

The design of a GPU is critical since it determines how effectively the GPU will operate in-game. It discusses things like clock speeds, functionality, and how the visuals look overall.

Interestingly, there is minimal variation between the architectures of the RTX and GTX series. However, when it comes to later versions, both employ the Nvidia Turing technology. This architecture was designed mainly for the latest Nvidia series and is now the finest attainable.

Nvidia Turing outperforms previous Nvidia GPUs in terms of efficiency. Overall, it is more pleasant and fantastic. In addition, it boasts 1.4X higher power efficiency than previous versions, and the visuals available are very impressive.

Whereas most GTX cards employ Nvidia Turing structure, earlier series, such as 1060, use Nvidia Pascal. While this layout is nice, it does not give the same efficiency level as the RTX series.

The RTX versions, in general terms, offer greater core and clock efficiency, allowing them to outperform the GTX series in-game. They also have Nvidia DLSS and ray-tracing processors, which the GTX lacks.

Ray Tracing And RT Cores

Ray Tracing and RT Cores are two terms that people use interchangeably. The Nvidia RTX series is distinguished from the GTX series by its ray-tracing abilities. Although it is possible to enjoy games without ray tracing, these capabilities help the images in-game appear more realistic and practical. In addition, when ray tracing is present, the coloring and illumination are significantly improved.

Although many GPUs can do ray tracing, the RTX series includes circuitry specifically designed for this purpose. This technology does not affect gameplay, yet ray tracing is 6X quicker than with any common GPU.

The RTX generation and ray tracing in real-time are reportedly the only GPUs with RT cores . Moreover, it has Tensor cores in complement to RT cores. Generally, the Tensor cores produce sharper and clearer visuals.

Ray tracing is especially beneficial if you play a bunch of next-generation or AAA games. Though it is not necessary, it will enhance the visuals altogether, and you will most likely notice the change.

Futureproofing

Whenever it relates to futureproofing, the RTX series has a slight advantage over the GTX series. However, as they both use the most recent hardware, the RTX series’ ray-tracing abilities make it significantly better futureproof, mainly when it refers to playing newer ones next-gen games.

It should be noted that all RTX and GTX versions include a PCIe 3.0 interface. Nvidia made an intriguing option here. PCIe 3.0 is currently the most commonly utilized interface. However, PCIe 4.0 has been launched. Therefore, PCIe 3.0 will most probably be scrapped and replaced with PCIe 4.0 in the future.

Both GPU kinds are suitable for 1440p and 4K gaming. However, 1080p is still the most popular gaming quality. you must note that the current GTX series will support greater gaming resolutions than the previous GTX series. The RTX models are all using GDDR6 VRAM.

Because GDDR7 has yet to be released, this is presently the most excellent option accessible. While some GTX devices in the GTX series utilize GDDR6, earlier GTX products like 1060 operate GDDR5. Considering this, the RTX range would be the superior VRAM choice unless you pick a GTX series with GDDR6.

More Details about RTX Versus GTX

Technology FeaturesRTX 20-SeriesGTX 16-SeriesGTX 10-Series
Turing ArchitectureYesYesNo
NVIDIA Adaptive ShadingYesYesNo
VR ReadyYesGTX 1660 or higherGTX 1660 or higher
Concurrent Floating Point & Integer OperationsYesYesNo
Turing NVIDIA Encoder (NVENC)YesYes (except 1650)No
Ray-Tracing CoresYesNoNo
Tensor CoresYesNoNo
NVIDIA DLSSYesNoNo
Source: blogs.nvidia.com

Is The RTX Series A Marketing Experiment?

This is the most questioning topic in the gaming world and ultimately comes down to personal preference. The RTX series is unquestionably for you if you often play games that might profit from real-time ray tracing. However, the efficiency of the higher-spec GTX GPUs is quite close to that of the RTX.

RTX vs GTX – Which is better?

Nvidia’s GTX 1080 ti is better for gamers that want to save money and still get great performance without the added features like ray tracing. RTX cards will give you additional effects in games, but they aren’t worth it yet because most future games won’t be compatible with them due to their high price tag.

Testing And Frame Rate Findings

The variation between the newer GTX versions is minor when comparing testing and frame rate findings, including both kinds of GPU. Considering this, if you are buying on a budget and aren’t concerned about ray tracing or DLSS features, the GTX models may be a preferable choice for you.

Pros and Cons of RTX

Pros

  • Very quiet and cool
  • Very peaceful and calm.
  • Excellent for 1440p gaming.
  • Today’s best bargain graphics card is just as fast as the 2080 Ti.
  • The efficiency of solid ray tracing
  • HDMI 2.1 and AV1 decoding  is not operable

Cons

  • GeForce GTX 1080 Ti Showcases: Power supply for Reflex, Broadcast, G-SYNC 360, and RTX-IO 750W is required.
  • Because of the power restriction, overclocking becomes more difficult.
  • requirement of A 12-pin power connection 
  • Stock issues

Pros and Cons of GTX

Pros

  • Outstanding 1080p efficiency
  • At $220, the pricing is appealing.
  • NVENC is an effective and silent network that dramatically enhances streaming. It also has excellent optimizations for battle royale games.
  • VESA Adaptive-Sync with minimal energy consumption, HDMI 2.0b, DisplayPort 1.4, and 8K compatibility

Cons

  • Not suitable for 1440p gaming
  • Reasonable It costs $30 more than entry-level GTX 1660 Ti GPUs.
  • It does not outperform the RX 590
  • It’s Turing, but there’s no RTX technology.
  • There is no backplate.
  • No overclocking of memory

Conclusion

To summarize, when considering futureproofing, features, and efficiency, RTX GPUs are the superior option. The newest GTX versions, on the other hand, are not that different, but they lack ray tracing and DLSS functionality.

Both graphics card variants are excellent alternatives and well worth the investment. They operate nicely in-game and give overall good visuals. While the RTX series is somewhat superior in general, it is more expensive than the GTX series.