Filter

NVIDIA GeForce RTX 5000 Graphics Cards (Blackwell)

Sorting:

View:

175 Results

NVIDIA Blackwell Architecture: RTX 5000 Graphics Cards Deliver Efficient Performance to Your Gaming PC

Graphic of the NVIDIA Blackwell architecture of the RTX 5000 series with a focus on technical details

The NVIDIA RTX 5000 series is based on the state-of-the-art Blackwell architecture, developed specifically for maximum performance and energy efficiency. Manufactured using the advanced TSMC 4NP process, the GPUs contain up to 208 billion transistors, enabling an unprecedented performance density.

Thanks to the new fourth-generation RT cores and fifth-generation Tensor cores, the series offers improved ray tracing capabilities and significantly faster processing of AI-powered tasks.

The newly introduced GDDR7 video memory ensures faster data transfer and higher bandwidth, while support for PCIe 5.0 guarantees optimised communication between the GPU and other PC components. These technical advancements make the Blackwell GPUs the perfect choice for demanding gamers, content creators, and hardware enthusiasts who seek maximum performance without compromise.

NVIDIA GeForce RTX 5000 Graphics Card Line-Up

RTX 5090	RTX 5080	RTX 5070 Ti	RTX 5070	RTX 5060 Ti	RTX 5060
21,760 CUDA Cores	10,752 CUDA Cores	8,960 CUDA Cores	6,144 CUDA Cores	4,608 CUDA Cores	3,840 CUDA-Kerne
2.01 GHz Base Clock	2.30 GHz Base Clock		2.16 GHz Base Clock	2.4 GHz Base Clock	2.28 GHz Base Clock
2.41 GHz Boost Clock	2.62 GHz Boost Clock	2.45 GHz Boost Clock	2.51 GHz Boost Clock	2.57 GHz Boost Clock	2.5 GHz Boost Clock
512-bit Memory Bus	256-bit Memory Bus		192-bit Memory Bus	128-bit Memory Bus	128-bit Memory Bus
32 GB GDDR7	16 GB GDDR7		12 GB GDDR7	8/16 GB GDDR7	8 GB GDDR7
575 W TDP	360 W TDP	300 W TDP	250 W TDP	180 W TDP	145 W TDP
Blackwell Architecture

The New DLSS 4: Sharper Visuals and Smoother Gameplay

With DLSS 4 (Deep Learning Super Sampling), NVIDIA revolutionises image quality and performance for RTX 50 gaming graphics cards. By using AI and neural networks, DLSS 4 improves both resolution and frame rate in your games and reduces the load on your GPU – making it even more efficient.

How Does NVIDIA DLSS 4 Work?

DLSS 4 is based on neural rendering, where artificial intelligence analyses and optimises each frame. At the heart of it is multi-frame generation, a technique that combines multiple image data sets to predict how the next frames will look. This can result in up to four times higher frame rates!

DLSS 4: Innovation for a Better Gaming Experience

Maximum image quality: DLSS 4 delivers crystal-clear details, often looking better than native rendering.
Improved denoising: Enjoy smooth gameplay without annoying visual noise.
Image stability: Less ghosting in dynamic scenes.
Efficient GPU usage: By offloading AI computations to dedicated Tensor cores, more performance is available for other tasks.
Energy efficiency: Reduced power consumption, heat output and noise at maximum performance.
Wide support: DLSS 4 is available in over 75 games at launch.

Wondering if DLSS 4 adds latency? NVIDIA’s latest technology will surprise you!

NVIDIA Reflex 2: Lightning-Fast Response for Competitive Gaming

NVIDIA Reflex 2 is the next evolutionary step in latency reduction technology and an essential feature if you want to act quickly and precisely. Reflex 2 minimises the delay between mouse, keyboard and screen, ensuring your inputs are executed in real time.

How Does NVIDIA Reflex 2 Work?

Reflex 2 optimises communication between the GPU and your monitor. By synchronising frame output and prioritising calculations, Reflex 2 reduces so-called system latency – the time your PC needs to display your inputs. The result: a near-instant gaming experience, even in hectic moments.

Another key feature is Frame Warp. Existing frames are intelligently adjusted to compensate for delay. Instead of waiting for the next full frame to be rendered, the current frame is warped based on your inputs and movements. This ensures even faster response times and smoother visuals – especially in fast-paced esports titles.

The Benefits of NVIDIA Reflex 2:

React faster: Reflex 2 gives you the competitive edge in titles like CS:GO, Valorant or Fortnite.
Reduced latency with Multi-Frame Generation: Reflex 2 minimises the extra delays caused by DLSS 4’s multi-frame generation, ensuring a highly responsive experience.

For success in esports and an ultra-responsive experience in single-player games, Reflex 2 is the ideal choice. It offers precise control and minimises latency for an incredibly smooth gaming experience.

Content Creation with NVIDIA’s GeForce RTX 5000 GPUs

The RTX 5000 series isn’t just an excellent choice for gaming – it’s also a powerful tool for content creation. Its features are ideal for professional and creative projects:

AI acceleration: RTX 5000 GPUs deliver up to twice the performance in AI-powered workloads like image and video processing or 3D modelling compared to the previous generation.
Real-time rendering: Improved RT cores allow complex scenes to be rendered in real time with photorealistic results.
Expanded video memory: With fast GDDR7 memory, you can work on large projects at peak performance.
Optimised drivers: NVIDIA Studio drivers ensure maximum stability and seamless compatibility with leading creative tools like Blender, Premiere Pro or DaVinci Resolve.
Next-gen NVENC encoder: The enhanced NVIDIA encoder (NVENC) lets you render and export videos faster and in higher quality. Formats like H.264 and the modern AV1 are supported, enabling more efficient compression and better image quality at lower bitrates.
AV1 streaming: For content creators and streamers, the RTX 5000 series enables high-quality live streams using the AV1 codec, which requires less bandwidth while delivering razor-sharp visuals – ideal for platforms like YouTube or Twitch.

Thanks to these features, the RTX 5000 series is a long-term investment for professional creatives and anyone aiming to produce content in the highest possible quality.