Flagship
RTX 5090
Blackwell
- Memory
- 32 GB GDDR7
- Shaders
- 21,760 CUDA
- AI performance
- 3,352 AI TOPS
Blackwell · Ada Lovelace · Neural rendering
The future of graphics is here.
Explore NVIDIA GeForce RTX — from the RTX 40 Series to the RTX 50 Series, and the AI technologies rendering the next generation of games.
- 3,352
- AI TOPS
- 4x
- DLSS 4 frames
- 32 GB
- GDDR7
Generation comparison
Two generations. One leap.
2025 · Blackwell
RTX 50 Series
Neural rendering, DLSS 4 and Multi Frame Generation.
- Blackwell architecture
- DLSS 4
- Multi Frame Generation
- Ray Reconstruction
- NVIDIA Reflex
- AI-powered neural rendering
- 5th-gen Tensor Cores
- 4th-gen RT Cores
Measured against RTX 40 Series
AI TOPS0
Frames generated per rendered frame0x
Peak performance uplift0%
Memory bandwidth0 GB/s
Evolution
How RTX evolved
2018
Turing · RTX 20
RT Cores and Tensor Cores debut. Real-time ray tracing and the first DLSS.
2020
Ampere · RTX 30
2nd-gen RT Cores, DLSS 2 super resolution and a large rasterisation jump.
2022
Ada Lovelace · RTX 40
DLSS 3 with Frame Generation, Shader Execution Reordering, full ray tracing paths.
2023
Ray Reconstruction
An AI denoiser replaces hand-tuned denoisers for sharper path-traced lighting.
2025
Blackwell · RTX 50
DLSS 4, transformer models, Multi Frame Generation and neural shaders.
Product showcase
Choose your weapon
Enthusiast
RTX 5080
Blackwell
- Memory
- 16 GB GDDR7
- Shaders
- 10,752 CUDA
- AI performance
- 1,801 AI TOPS
High refresh 1440p
RTX 5070 Ti
Blackwell
- Memory
- 16 GB GDDR7
- Shaders
- 8,960 CUDA
- AI performance
- 1,406 AI TOPS
Sweet spot
RTX 5070
Blackwell
- Memory
- 12 GB GDDR7
- Shaders
- 6,144 CUDA
- AI performance
- 988 AI TOPS
Ada flagship
RTX 4090
Ada Lovelace
- Memory
- 24 GB GDDR6X
- Shaders
- 16,384 CUDA
- AI performance
- 1,321 AI TOPS
4K ready
RTX 4080
Ada Lovelace
- Memory
- 16 GB GDDR6X
- Shaders
- 9,728 CUDA
- AI performance
- 780 AI TOPS
RTX technologies
AI is the new render pipeline
DLSS 4
Transformer-based super resolution and ray reconstruction for more stable detail in motion.
Multi Frame Generation
Generates up to three additional frames per rendered frame for dramatically higher frame rates.
Ray Reconstruction
An AI model reconstructs path-traced lighting, producing cleaner reflections and shadows.
NVIDIA Reflex
Aligns CPU and GPU work to cut system latency for sharper, more responsive aiming.
Neural Rendering
Neural shaders run small AI networks inside the graphics pipeline for materials and faces.
AI Acceleration
Tensor Cores accelerate local creative and generative AI workloads alongside gaming.