
RX 9070 XT Elden Ring Nightreign at 4K: FPS Benchmark & Optimal Settings
RX 9070 XT Elden Ring Nightreign at 4K: FPS. Real-world benchmark data, FPS numbers & performance analysis. What SA gamers can actually expect.
Read moreRay tracing in sim racing - Checklist: 1) Measure FPS impact; 2) Compare DLSS/FSR; 3) Test visuals vs latency; 4) Recommend GPU/setting tweaks 🎮⚡
When you are hitting the apex at Kyalami in Assetto Corsa Competizione, every millisecond counts. You want the wet asphalt to look real, but not at the cost of your lap time. Is ray tracing in sim racing worth the FPS hit, or should you stick to raw speed? Let's dive into whether those reflections are worth the performance tax on your South African rig.
Ray tracing brings lifelike lighting to your virtual cockpit. It makes shadows softer and reflections on the windshield pop... giving you a sense of immersion that traditional lighting cannot match. However, calculating these light rays in real-time is extremely demanding. If you are running an older setup, you might see your frames per second drop significantly. To handle these heavy loads, many local gamers look toward high-end NVIDIA graphics cards to maintain a smooth experience.
If you enable ray tracing, always pair it with an upscaling tech like DLSS or FSR. This helps recover the lost frames while keeping the lighting improvements. In sim racing, a stable 60 FPS is the absolute minimum, but 144 FPS is the gold standard for immersion and reaction time.
Not all hardware handles ray tracing the same way. Brands like MSI offer robust cooling solutions to keep clock speeds high during intense endurance races. Checking out MSI graphics cards is a smart move for those who want stability. Even newcomers are entering the competitive fray. For example, Intel Arc graphics cards provide a budget-friendly entry point into modern ray tracing features for entry-level simulators. ⚡
Is it worth it for competitive racing? Most pros turn it off. They prioritise high refresh rates over visual fidelity to ensure zero input lag. If you prefer raw rasterisation performance and value for money in ZAR, you might find better value in AMD Radeon graphics cards instead. Interestingly, some users even repurpose workstation graphics cards for high-end simulation builds... though gaming-specific cards usually offer better driver support for titles like iRacing or F1 24. 🏁
Ultimately, the decision depends on your goals. If you race for the spectacle and the "wow" factor, the lighting upgrade is unmatched. If you race to win, every frame is a weapon. 🏎️
Ready to Boost Your Lap Times? Finding the balance between stunning visuals and blistering speed is easier with the right hardware. Whether you want the ultimate ray tracing experience or raw FPS power, we have the gear for you. Browse our full range of graphics cards and upgrade your sim rig today.
Typical sim racing ray tracing FPS drop ranges 15–40% depending on GPU and settings; DLSS/FSR can often recover much of the loss.
Yes. Ray tracing enhances reflections, lighting and shadows for more realistic car paint and track surfaces, especially at high settings.
Yes. DLSS and FSR upscaling can restore 20–50% of lost FPS depending on mode, letting you keep ray tracing with higher framerates.
Modern NVIDIA RTX 30/40 series and AMD RX 6000/7000 cards handle ray tracing best; more VRAM and RT hardware reduce stutters.
No. Competitive play favors max FPS and low latency; disable ray tracing to prioritize framerate and input responsiveness.
Lower ray-traced reflections or shadows, use medium RT quality, enable DLSS/FSR, and reduce resolution scale before fully disabling RT.
Yes. High refresh rates (144Hz+) show smoother frames while ultrawide or 4K increases GPU load; match resolution and refresh to your GPU.