AMD Guides Fix for FSR 4 Glitches in Crimson Desert Gameplay

AMD’s fix for the FSR 4 visual artifacts in Crimson Desert hinges on a simple driver‑level tweak that disables the faulty camera‑sub‑pixel jitter routine. According to the step‑by‑step guide published by Wccftech, users should first ensure they are running the latest Radeon Software Adrenalin 23.12.1 release, then open the “Graphics” tab, locate the “AMD FidelityFX Super Resolution 4 (FSR 4)” section, and toggle the hidden “Sub‑pixel jitter compensation” flag off. The guide notes that the flag is not exposed in the standard UI and must be enabled via the Radeon Settings “Advanced” menu or by editing the `amd_fsr4.ini` file directly (setting `JitterCompensation=0`). Once the flag is disabled, the AI‑driven upscaler no longer applies the broken jitter pattern, and image quality returns to near‑native fidelity, eliminating the blurry halos and flickering textures that Wccftech described as “almost unplayable” in certain scenes.

The underlying problem, Wccftech explains, stems from a mis‑implementation of the camera sub‑pixel jitter algorithm that FSR 4 relies on to generate temporally stable frames. In a correctly functioning pipeline, jitter introduces sub‑pixel offsets between successive frames, allowing the AI model to reconstruct higher‑resolution detail without sacrificing temporal consistency. However, the Crimson Desert integration feeds an incorrect offset matrix to the upscaler, causing the model to misinterpret pixel locations and produce smeared edges, ghosting, and a noticeable loss of sharpness—especially in static shots where the error is most visible. Because the defect is confined to the jitter step, disabling it does not affect the core upscaling network, which continues to operate on the original frame data.

While the workaround restores visual quality, it does not address the root cause, and AMD has not yet released an official driver patch that corrects the jitter implementation. Wccftech reports that, as of March 20, 2026, “there is no fix for the core FSR 4 image quality issues,” indicating that the problem likely resides in the game’s integration layer rather than the GPU firmware itself. AMD’s engineering team has acknowledged the bug in internal forums, but a timeline for a permanent solution remains undisclosed. In the meantime, the community has adopted the Wccftech guide as the de‑facto method for making Crimson Desert playable on Radeon RX 9000‑series cards.

The situation highlights the broader challenges of next‑generation upscaling technologies. Ars Technica’s coverage of AMD’s “FSR Redstone” rollout notes that while the new iteration promises “big gains” over previous versions, it still lags behind Nvidia’s competing DLSS pipeline, particularly when third‑party developers encounter integration pitfalls. The article points out that “Redstone is a promising mix of old and new ideas, but Nvidia is years ahead,” underscoring the competitive pressure on AMD to deliver robust, bug‑free implementations across a diverse game library. The Crimson Desert glitch serves as a case study: even a technically sophisticated AI model can be undermined by a single mis‑wired component, eroding user confidence in the technology’s reliability.

For users who prefer not to edit configuration files, The Verge has highlighted an alternative path: launching the game with the `-fsr4disablejitter` launch option in Steam, which automatically applies the same flag at runtime. This method mirrors the Wccftech instructions but avoids manual file edits, making it accessible to less‑technical players. Both approaches ultimately achieve the same result—turning off the defective jitter step—while preserving the performance benefits of FSR 4’s spatial upscaling. Until AMD releases an official driver update that corrects the camera jitter logic, these workarounds remain the only viable means of restoring Crimson Desert’s visual fidelity on Radeon RX 9000‑series GPUs.