This update expands the available rendering technologies supported by Stellar Pulse Interactive titles, allowing players with a broader range of graphics hardware to achieve smoother gameplay while maintaining image quality.
Why AMD FSR?
Every player uses different hardware. While technologies such as NVIDIA DLSS provide excellent image reconstruction and performance benefits on supported RTX graphics cards, many players use AMD Radeon GPUs or hardware that does not support DLSS.
The addition of AMD FSR helps ensure that more players can enjoy our games with enhanced performance and improved scalability.
Benefits of FSR
Players using supported hardware may experience:
- Higher frame rates during gameplay
- Improved performance at higher resolutions
- Reduced GPU workload
- Greater flexibility when adjusting graphics settings
- Better playability on a wider range of systems
- FSR allows the game to render internally at a lower resolution while intelligently reconstructing the final image, helping deliver smoother performance with minimal impact on visual quality.
Performance Technologies Currently Supported
Our rendering pipeline now includes support for:
NVIDIA Technologies
- NVIDIA DLSS
- NVIDIA DLAA
- NVIDIA Reflex
- NVIDIA DLSS Frame Generation
AMD Technologies
- AMD FidelityFX Super Resolution (FSR)
Advanced Rendering Features
- Optional Path Tracing Mode
- Enhanced Lighting Pipeline
- Advanced Post Processing
- High-Fidelity Visual Presentation
Player Choice Comes First
Different systems have different strengths. For this reason, many advanced visual technologies in our projects are implemented as optional features, allowing players to tailor the experience to their hardware and performance preferences. Whether prioritizing maximum visual fidelity or higher frame rates, players will have access to multiple rendering options designed to suit a variety of configurations.
Looking Ahead
Performance optimization remains a major focus throughout development. As production continues, additional improvements, refinements, and graphical enhancements will be evaluated and implemented where appropriate to ensure the best possible experience across supported hardware platforms.