In the video, Minx thoroughly tests and optimizes the Pimax Crystal headset settings for Star Citizen, discovering that enabling Nvidia DLSS upscaling significantly improves VR performance to around 30-40 FPS while balancing visual quality. The guide emphasizes careful tuning of both headset and in-game settings, including refresh rates, foveated rendering, and UI adjustments, to achieve a smooth and immersive VR experience despite hardware limitations.
In this detailed video, Minx shares an extensive exploration of optimizing the Pimax Crystal Super 50 PPD headset settings for playing Star Citizen. Starting with high-end PC specs including an Intel i9 14th gen CPU and RTX 5070Ti GPU, Minx initially tests the game on ultra settings without the headset, achieving around 90 FPS. However, upon activating the Pimax headset, the game crashes on ultra, prompting a reduction to very high settings and adjustments within the Pimax Studio software. Despite numerous tweaks including lowering quality settings and restarting the game multiple times, the frame rate stabilizes around 25-40 FPS, revealing the challenges of balancing performance and visual fidelity in VR.
A critical discovery in the video is the significant impact of GPU upscaling on performance. Minx finds that enabling Nvidia’s DLSS upscaling in the headset settings dramatically boosts frame rates from around 10-11 FPS to approximately 40 FPS, while only slightly reducing image quality. This upscaling proves essential for smoother gameplay, outweighing the minor visual compromises. Additional settings such as quad views and foveated rendering (which sharpens the area where the eyes focus and blurs the periphery) are tested, with Minx favoring the foveated rendering’s circular focus over quad views due to less peripheral blurring and better visual comfort.
Minx also experiments with the Pimax Crystal’s refresh rate, eye tracking calibration, and smart smoothing features. While smart smoothing enhances motion fluidity, it reduces frame rates by about four FPS, leading Minx to recommend prioritizing higher frame rates over smoothing for a better VR experience. The video highlights the importance of restarting the game after making headset setting changes, as many adjustments only take effect after a reboot. Minx emphasizes that the headset and in-game graphics settings operate somewhat independently, requiring careful tuning of both to achieve optimal results.
The video delves into practical gameplay considerations, such as managing UI elements that float in the VR environment and adjusting their position and scale for comfort. Minx demonstrates how menus and HUD elements remain fixed in space rather than following head movements, which can affect immersion. Various in-game settings like theater mode, interpupillary distance (IPD), visor and lens options, and control modes are explored, with recommendations for customizing these to individual preferences. Minx also advises disabling controller tracking when not in use to prevent performance drops caused by the headset switching to pass-through camera mode.
Overall, Minx concludes that despite not reaching the ultra-high frame rates possible on a traditional monitor, the Pimax Crystal headset delivers a highly immersive and enjoyable Star Citizen experience at around 30-40 FPS with carefully balanced settings. The video encourages viewers to experiment with both headset and game settings, especially enabling GPU upscaling, to find their ideal compromise between visual quality and performance. Minx also mentions upcoming content featuring the Hortas motion system and provides helpful links for headset discounts and IPD measurement tools, making this a comprehensive guide for Star Citizen VR enthusiasts using the Pimax Crystal.