DLSS 4.0 is Here
NVIDIA has officially released DLSS 4.0, the latest evolution of their Deep Learning Super Sampling technology. Building on the success of DLSS 3.0's revolutionary Frame Generation feature, DLSS 4.0 introduces significant improvements to AI upscaling, multi-frame generation, and overall gaming performance.
This release marks another milestone in making high-performance, visually stunning gaming accessible to more players worldwide.
DLSS 4.0 Release Timeline
- Original Announcement: CES 2026
- Initial Driver Release: January 2026
- Game Support Expansion: Ongoing throughout 2026
- Current Status: Actively rolling out to new titles
The rollout has been smooth, with multiple AAA titles already supporting DLSS 4.0 at launch, and many more expected in the coming months.
Major DLSS 4.0 Features
Enhanced Multi-Frame Generation
DLSS 4.0 refines the frame generation algorithm with improved consistency and smoother transitions. The AI can now generate multiple consecutive frames with exceptional quality.
Advanced Upscaling Quality
Neural networks have been retrained on larger datasets, resulting in better edge preservation, texture detail recovery, and reduced artifacts.
Improved Temporal Stability
Better temporal consistency prevents flickering and ghosting, even in challenging scenes with motion blur and transparency.
Extended Ray Tracing Support
DLSS 4.0 works seamlessly with advanced ray tracing, including path tracing and complex lighting scenarios.
Performance Improvements
Real-world testing shows impressive gains in popular titles:
- Frame Rate Boost: 2-4x frame rate improvements depending on quality mode and hardware
- Power Efficiency: Up to 60% reduction in power consumption
- Latency Reduction: Improved frame pacing and reduced input latency
- Temperature Management: Lower GPU temperatures due to reduced workload
DLSS 4.0 Hardware Requirements
Full Support
- NVIDIA RTX 40-series (Ada architecture) - Full DLSS 4.0 with Frame Generation
- NVIDIA RTX 50-series (latest) - Full support with latest optimizations
DLSS Upscaling Only
- NVIDIA RTX 30-series - Upscaling support (Frame Generation not available)
- NVIDIA RTX 20-series - Limited upscaling support (DLSS 1.0/2.0 level)
Note: Frame Generation is exclusive to RTX 40-series and newer.
DLSS 4.0 Quality Modes
| Mode | Performance Impact | Visual Quality | Best For |
|---|---|---|---|
| Performance | +50-70% FPS | Very Good | Competitive Gaming |
| Balanced | +40-50% FPS | Excellent | Most Players |
| Quality | +20-30% FPS | Outstanding | Graphics Enthusiasts |
| Ultra Quality | +10-15% FPS | Near-Native | Ultra Settings |
Supported Games (January 2026)
DLSS 4.0 support is rapidly expanding. Popular titles with DLSS 4.0 support include:
- Black Myth: Wukong
- Cyberpunk 2077
- Indiana Jones and the Great Circle
- S.T.A.L.K.E.R. 2
- Avatar: Frontiers of Pandora
- And many more coming throughout 2026...
Check the official NVIDIA DLSS website for the complete list of supported games.
How to Enable DLSS 4.0
- Update Your GPU Drivers: Download the latest NVIDIA GeForce drivers
- Check Game Settings: Launch a DLSS 4.0-supported game
- Graphics Menu: Navigate to Video or Graphics settings
- Enable DLSS: Toggle DLSS on and select your preferred quality mode
- Frame Generation (Optional): On RTX 40-series, enable Frame Generation for maximum performance
DLSS 4.0 vs DLSS 3.0
Key Improvements Over DLSS 3.0:
- ✅ Better neural network training for sharper upscaling
- ✅ Smoother frame generation with less interpolation artifacts
- ✅ Improved compatibility with modern game engines
- ✅ Lower latency through optimized pipeline
- ✅ Better handling of complex lighting scenarios
While DLSS 3.0 was revolutionary, DLSS 4.0 refines every aspect of the technology for maximum performance and quality.
DLSS 4.0 Summary
- 🚀 Latest evolution of DLSS with enhanced upscaling and multi-frame generation
- 📈 2-4x frame rate improvements across supported titles
- 🎮 RTX 40-series and newer get full Frame Generation support
- 🌍 Rapidly expanding game support in 2026-2026
- ⚡ Lower power consumption and improved thermal management