Crimson Desert’s latest patch 1.03 introduces official Intel Arc GPU support and new graphics settings that enhance indoor lighting and visual detail, though some lighting artifacts and upscaling issues, especially with Intel’s XCSS 3.0, persist. While performance remains stable on Nvidia and AMD hardware, Intel Arc GPUs now run the game modestly well, with ongoing developer efforts promising further visual and stability improvements.
Crimson Desert has undergone numerous patches since its launch, notably the latest version 1.03, which introduced official support for Intel Arc GPUs along with Intel-specific features like XCSS 3.0. This update also added new graphics settings such as displacement scale and detail decorative mesh, aiming to improve indoor lighting quality and overall visual fidelity. The video revisits previous optimization issues, evaluates the new settings from both performance and visual perspectives, and tests the game on an Intel Arc B580 GPU with the new support.
Significant improvements have been made to indoor lighting stability, reducing the noise, blockiness, and flickering that plagued the launch version, especially when using the max lighting preset. Although these artifacts are less frequent now, some indoor scenes still exhibit noisy lighting and stability issues, making ray reconstruction the best option for visual quality. Additionally, DLSS 4.0 remains preferable over DLSS 4.5 for indoor scenes due to better image stability, despite both being improved since launch. However, native rendering is still recommended over upscaling due to persistent texture blurring and rough screen textures when upscaling is enabled.
The new displacement scale setting affects surface depth and detail by controlling displacement mapping. Higher settings provide more detailed surfaces but can introduce sizzling artifacts around moving objects, which can be mitigated by lowering the setting to medium or low. Turning displacement off improves performance but at a significant visual cost. The detail decorative mesh option adds small decorative objects like moss and pebbles but has no noticeable performance impact, so it is advisable to keep it enabled unless system resources are limited. Overall, these settings provide more customization but do not yet deliver visuals beyond the cinematic preset.
Performance-wise, Crimson Desert remains largely unchanged on Nvidia and AMD hardware since launch, with no significant improvements despite driver and game updates. The main exception is Intel Arc GPUs, which were unsupported at launch but now officially supported in patch 1.03 with corresponding driver updates. While the game is now playable on the Arc B580, performance is modest, with around 50 fps using FSR 3.1 upscaling at 1440p and lower frame rates with native rendering. However, the implementation of Intel’s XCSS 3.0 upscaling is problematic, producing excessive blur compared to DLSS and FSR, indicating a need for further developer fixes.
In conclusion, Pearl Abyss has demonstrated a strong commitment to improving Crimson Desert rapidly through patches, addressing many visual and stability issues while adding new features. Although there are still unresolved problems, particularly with upscaling blur and some indoor lighting artifacts, the game’s support for Intel Arc GPUs is a positive step. The developer’s ongoing work suggests further enhancements are forthcoming, including improved distant scenery quality. For now, players should prefer native rendering or DLSS 4.0 for best visuals and be cautious with new settings like displacement scale and XCSS until further refinements are made.