Frame generation breaks HDR in some games, but Nvidia's driver-level fix actually works better

At a glance:

• Enabling in-game HDR together with Nvidia frame generation can produce smearing and UI shimmer in titles such as 007 First Light.
• Disabling the game’s native HDR and switching to Nvidia’s RTX HDR eliminates the artifacts.
• RTX HDR is a driver‑level feature available on RTX 40‑series GPUs (e.g., RTX 4090) and works on Windows 11 when HDR is turned on system‑wide.

Why the problem occurs

Nvidia introduced frame generation with the RTX 40‑series GPUs in 2022 as a way to boost perceived frame rates by interpolating extra frames. While the technology delivers smoother motion, it also interferes with the way Windows and games handle native HDR signals. When both in‑game HDR and frame generation are active, the driver has to juggle two separate color‑space pipelines, which can lead to visible smearing, especially during rapid camera movement. Users have reported the issue in a handful of titles, most notably in the recent release 007 First Light, where UI elements shimmer and the overall image looks washed out.

The problem is not limited to one franchise. Early reports date back to the launch of frame generation, with players noticing similar artifacts in Indiana Jones and the Great Circle. Reddit threads also mention that games like F1 22 and Throne and Liberty refuse to toggle frame generation when HDR is enabled, suggesting that the incompatibility is baked into the driver‑HDR handshake rather than a single game’s implementation.

How RTX HDR fixes the issue

Nvidia’s RTX HDR is a driver‑level solution that converts SDR content into HDR on the fly, bypassing the game’s native HDR path. Because it operates before the frame is handed to the renderer, RTX HDR does not suffer from the same pipeline clash that causes smearing. In practice, enabling RTX HDR while keeping the game’s internal HDR disabled restores a clean, high‑dynamic‑range image and even adds extra tone‑mapping controls via the Alt + F3 shortcut.

The feature was originally marketed to uplift older SDR titles, but users have found it equally useful for newer games that already support HDR. In 007 First Light, switching to RTX HDR removed all smearing and restored crisp UI rendering, while still delivering the vivid colors of an OLED monitor. The result is a smoother experience at the native 60 FPS target without needing frame generation’s extra frames.

Practical steps to enable RTX HDR

1. Open Windows Settings → System → Display and turn HDR on for your monitor (Windows 11 only).
2. Launch the Nvidia Control Panel (or the newer Nvidia Settings app).
3. Navigate to Graphics → Global Settings → RTX HDR and set it to On.
4. In the game’s video options, disable the in‑game HDR toggle; this prevents the native HDR pipeline from activating.
5. Start the game and verify that the RTX HDR icon appears in the overlay (press Alt + F3 to adjust tone‑mapping if desired).

Following these steps ensures that the driver handles HDR conversion, eliminating the artifact‑prone interaction with frame generation. The workflow works on any RTX 40‑series GPU, including the RTX 4090, RTX 4080, and RTX 4070 Ti.

Broader impact and future outlook

While the workaround is effective, it highlights a lingering integration gap between Nvidia’s AI‑driven frame generation and Windows’ HDR stack. As more developers adopt native HDR and gamers increasingly enable frame generation for smoother gameplay, we can expect Nvidia to refine the driver’s handling of dual‑pipeline scenarios. Until then, power users will continue to rely on RTX HDR as the safest path to high‑quality visuals.

The community response has been largely positive; many users report that RTX HDR feels “better than Auto HDR” on Windows 11, offering finer control without sacrificing performance. If Nvidia releases a future driver update that fully synchronises frame generation with native HDR, the need for a manual workaround may disappear, further solidifying the RTX 40‑series as the premier platform for high‑fidelity, high‑frame‑rate gaming.