Each GPU has its unique architecture, technologies, and features, offering exclusive advantages to users looking for something extra in their hardware. With that in mind, let’s explore some of the standout features exclusive to NVIDIA GeForce RTX GPUs, as well as a few that, while not exclusive, NVIDIA excels at implementing.
The RTX series has introduced major advancements in how NVIDIA designs its graphics cards, bringing significant innovations to hardware and software—two aspects that continue to evolve hand in hand.
1. Tensor Cores
One of the best examples of NVIDIA’s innovations is its dedicated AI processing cores, known as Tensor Cores. These first appeared with the Volta architecture and later became a key feature in the Turing-based GeForce RTX 20 series. While initially focused on gaming applications like DLSS, Tensor Cores have since expanded to support a variety of AI-driven tasks beyond gaming.
Although NVIDIA pioneered the integration of AI-focused cores into GPUs, it is no longer the only player in the market. Intel has introduced XMX cores for similar functionality, and AMD is set to follow suit with its Radeon RX 9000 series, making it the third major competitor to adopt this technology. However, NVIDIA still holds a significant advantage due to its early lead and AI-driven graphics and computing advancements.
2. Highest performance in Ray Tracing
While Ray Tracing isn’t exclusive to GeForce RTX GPUs, NVIDIA still delivers the best performance, thanks to its dedicated RT Cores. Combined with the power of DLSS—a technology pioneered by NVIDIA’s CEO, Jensen Huang—even mid-range and high-end RTX GPUs can maintain high frame rates in demanding path-traced games, the most advanced form of Ray Tracing at high resolutions.
Intel Arc and AMD Radeon GPUs also support Ray Tracing, and their performance has improved with each new generation. However, NVIDIA continues pushing forward, maintaining its position as the top choice for gamers and creators who want the best Ray Tracing experience.
3. Vram faster
In the last two GPU generations, NVIDIA has consistently offered faster video memory solutions. The GeForce RTX 40 series (Ada Lovelace) introduced GDDR6X memory, while the RTX 50 series (Blackwell) debuted with GDDR7, bringing significant speed improvements to the market. As of now, GDDR7 remains exclusive to NVIDIA’s latest GPUs.
Faster memory plays a crucial role across various applications in gaming and professional workloads like video editing, 3D rendering, and AI processing. By delivering higher bandwidth and lower latency, NVIDIA’s advanced memory technology ensures smoother performance and faster data transfer, making its GPUs more efficient across multiple use cases.
4. Nvidia Broadcast
This application, designed for live streaming and video recording, uses artificial intelligence to enhance audio and video quality. It eliminates background noise and echo generates high-quality 3D backgrounds, and reduces video noise for a cleaner, sharper image.
Another impressive feature is its AI-powered eye contact correction, which ensures that the speaker appears to be looking directly at the camera, even if they aren’t. This creates a more natural and engaging viewing experience, making it a valuable tool for content creators, streamers, and professionals.
5. Nvidia DLSS
One of the biggest advantages of GeForce RTX GPUs is DLSS (Deep Learning Super Sampling). First introduced with the RTX 20 series, DLSS initially focused on AI-powered image upscaling for games. Over time, it has evolved into a comprehensive suite of features, including AI-driven frame generation, which remains exclusive to NVIDIA. While Intel has announced its version, it has yet to be implemented in games.
Among similar technologies like AMD FSR and Intel XeSS, NVIDIA DLSS consistently delivers the best image quality. This is because it relies on a neural network that has been continuously trained and improved 24/7 for six years. As a result, GeForce RTX GPUs provide the most advanced upscaling and frame generation experience, making them the top choice for gamers seeking both performance and visual fidelity.
