What is the top graphics card in the world, and why you should or shouldn’t buy it?

The Nvidia Titan RTX is officially the world’s most powerful desktop GPU, capable of delivering a massive performance boost for AI research, data science, and creative applications. Nvidia’s Titan line of graphics cards has always been aimed at high-end users, rather than the GeForce line for gamers.


The new Nvidia TITAN RTX graphics card is based on its advanced T-Rex technology to offer no less than 130 teraflops of deep learning performance and 11 GigaRays of performance in ray tracing or raytracing operations. With this, Turing becomes Nvidia’s biggest advancement in a decade by merging shaders, ray tracing and deep learning into a single product, thus completely reinventing the GPU.

Turing is the result of many years of engineering effort, its new RT cores arrive to accelerate ray tracing, coupled with multiple precision Tensor cores for the most demanding training operations and artificial intelligence inferences. These features come together with the best raster capabilities to transform the work of millions of developers, designers, and artists.

Nvidia TITAN RTX inside 576 multi-precision Turing Tensor cores for innovative performance from FP32, FP16, INT8 and INT4, providing up to 130 teraflops of deep learning performance, 72 Turing RT Cores, offering up to 11 GigaRays per second of real-time ray tracing performance, 24GB of high-speed GDDR6 memory with 672GB / s bandwidth, and 100GB / s NVIDIA NVLink connection to pair two TITAN RTX GPUs to scale memory and power. Its VirtualLink port provides the performance and connectivity required by next-generation VR headsets.


This means that, with all that power, much more power than necessary for 3D games, although it seems to have met its level with the title Gears 5 to 8K.

It is not recommended that you save to buy this graphics card if you are going to use it to play video games, however, if you are in the business of video creation, 3D modeling or a profession in the scientific field and you need the GPU more powerful, you can consider the Nvidia Titan RTX as your best ally.


With 24GB of VRAM and 4,608 CUDA cores, you’ll get a huge amount of power proportional to its value in money, which is good since you’ll pay a lot of money for it.

Compared to its predecessor, the Nvidia Titan X Pascal, with 12GB of VRAM and 3,840 CUDA cores, the performance gains will be extremely exponential.

Still, Titan RTX is a Turing architecture graph, which means it incorporates Tensor cores for AI and deep learning, and RT cores for real-time ray tracing. And unsurprisingly for a graphics card that costs almost twice as much, the Nvidia Titan RTX completely wrecks the RTX 2080 Ti.

With 576 Tensor cores and 72 RT cores, compared to the 544 and 68 of the 2080 Ti respectively, users will be able to ensure that they expect much higher performance across the board.

Specifically, Nvidia claims that the Titan RTX will be able to achieve 11 gigarays per second and 130 teraflops of deep learning performance. So this graph should be especially useful for scientists and animators.

The Nvidia Titan RTX is also compatible with NVLink, the next generation version of SLI. Unlike other multi-GPU configurations of the past, its VRAM will scale with NVLink, which means that two Titan RTX cards will give you 48 GB of graphics memory with speeds of 100 GB / s.

In this way, this large graphics card proves to be extremely powerful.


Nvidia Titan RTX vs GeForce RTX 2080 Ti

Both the Titan RTX and Nvidia GeForce RTX 2080 Ti have a base clock speed of 1,350MHz. But while the T-Rex can be brought up to 1,770MHz by overclocking, the RTX 2080 Ti only achieves a boost of 1,545MHz.

But the biggest difference is in memory. Where the 2080 Ti has 11 GB of GDDR6, the Titan RTX has 24 GB. Considering that few games take advantage of the full memory that comes with the 2080 Ti, we have a better idea of the intended audience for this powerful GPU. This huge memory allows you to deal with huge data sets (artificial intelligence) and heavy computing tasks in data centers.

In single and double precision tasks, the T-Rex is 10 to 20% more effective than the 2080 Ti. But most important is the improvement of tensioner performance. Even with a slight improvement in the number of the tensor cores, it can offer a performance superior to the 2080 Ti in more than 50%.



The TITAN RTX graphics card, trains advanced models like ResNet-50 and GNMT up to 4X faster than Titan Xp. And RAPIDS trains models up to 3X faster than CPUs. The Turing Tensor Cores built with multi-precision, TITAN RTX delivers breakthrough performance from FP32, FP16, INT8, and INT4, which allows for faster training and inferencing of neural networks. It comes equipped with double the memory capacity of previous-generation TITAN GPUs and NVIDIA NVLink™, Researchers and data scientists can experiment with larger neural networks and datasets than ever before, all on GPU memory, thanks to TITAN RTX.

Watch the explanation in the following video:



Architecture: NVIDIA Turing

Frame Buffer: 24 GB GDDR6

Boost Clock: 1770 MHz

Tensor Cores: 576

CUDA Cores: 4608

TITAN RTX Serves as an Entry Point for Data Scientists.

Why is Nvidia Titan X better than the average?

GPU processor clock speed
1417 MHz vs 1188.38 MHz

Pixel Index
136 GPixel/s vs 60.43 GPixel/s

Floating-point performance
10.16 TFLOPS vs 4.96 TFLOPS

Texture index
317 GTexels/s vs 161.18 GTexels/s

Effective memory speed
10008 MHz vs 7827.09 MHz

Maximum bandwidth memory
480 GB/s vs 254.34 GB/s

DirectX version
12 vs 11.68

12 GB vs 4.97 GB

General information

12 billion






Regarding games

Without a doubt, the TITAN RTX is the fastest card in the world for gaming, but its difference in performance does not justify, in any way, the existing price difference.
If we are looking to play 4K the best option is undoubtedly the RTX 2080 Ti for its best performance / price ratio.
If we are looking instead for options for intensive calculation, rendering of medium and large projects under CUDA compatible software or a compendium between them along with playing some games than others, the TITAN RTX is an option to consider without a doubt.
And it is that the 11 GB that includes the RTX 2080 Ti can fall short for certain tasks (not logically playing), therefore, the 24 GB of the TITAN RTX could be of great help to accelerate specific tasks.

TITAN RTX game performance


The TITAN RTX is the world’s most advanced desktop consumer graphics card, specially designed for superior jobs that demand high performance, such as data modeling, design, animation, rendering, etc.
However, in terms of video games, its capacity far exceeds the performance and capacity demanded by today’s most demanding video games, resulting in a high cost useless expense. It is not justified to pay so much when there are considerably cheaper graphics cards that can render the quality of current video games.

TITAN RTX is a monster of a graphics card, but before buying it, analyze well what you need it for. If it is simply for games, look for a cheaper option, here I suggest some. On the contrary, if your work or your hobby demands the use of much greater processing power, this card is the best option you will find in the market.


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