Introducing the RTX 5090 – Unmatched Power for Gaming and Workstations

Ray tracing on the RTX 5090 represents a leap forward in realistic lighting, shadows, and reflections in games and real-time applications. With next-generation RT (Ray Tracing) cores, the RTX 5090 handles more complex scenes with significantly improved efficiency compared to previous GPUs. It simulates how light interacts with objects in a virtual environment, producing photo-realistic visuals that were once only possible in pre-rendered CGI. This GPU delivers real-time ray tracing performance at 4K and beyond, enabling game developers to push the limits of graphical fidelity.

Thanks to the improved architecture and increased core count, the RTX 5090 minimises the performance trade-offs traditionally associated with ray tracing. Gamers can now experience immersive environments with realistic global illumination, ambient occlusion, and physically accurate reflections—all at high frame rates. The card’s enhanced thermal design and memory bandwidth also ensure sustained performance during intensive ray-traced workloads, making it a top-tier choice for enthusiasts and professionals alike.

NVIDIA Reflex, supported and optimised on the RTX 5090, is designed to reduce system latency and give competitive gamers an edge in fast-paced titles. Reflex works by streamlining the rendering pipeline between the CPU and GPU, reducing the delay between input (mouse/keyboard movement) and on-screen response. On the RTX 5090, the improvements in GPU architecture allow Reflex to function with even lower latency, giving players faster reaction times and more precise control in esports and FPS games.

When paired with high refresh rate monitors, the RTX 5090 with Reflex ensures ultra-low latency gameplay, even in demanding scenarios. This is particularly beneficial in shooters, MOBAs, and battle royale titles where every millisecond counts. Developers have also integrated Reflex into a growing number of games, and with tools like the NVIDIA Reflex Latency Analyzer, players can measure and optimise their system’s responsiveness to stay competitive.