Alan Wake 2 PC Graphics Guide: Path Tracing, Ray Reconstruction, FSR 4, DLSS 4, and Frame Generation

Alan Wake 2 should not be described as having one generic “ray tracing” or “upscaling” switch. Remedy’s current PC version combines conventional rasterized rendering with optional hardware ray tracing/full ray tracing, resolution upscaling, denoising or ray reconstruction, and frame-generation technologies. Those stages solve different problems and have different hardware boundaries.

The distinction became more important after two major PC updates. Version 1.2.8 in January 2025 added DLSS 4, RTX Mega Geometry, a new Ultra ray-tracing quality level and Multi Frame Generation for supported GeForce hardware. Version 1.2.10 on August 18, 2026 then added FSR 4 and FSR Frame Generation, while moving Opacity Micromaps and Shader Execution Reordering to the Agility SDK so those features can work across multiple GPU vendors.

Remedy calls the game’s highest-end ray-tracing path “full ray tracing / path tracing.” The official FAQ says this path is supported on DirectX 12 GPUs that provide hardware-accelerated ray tracing through DXR, while also warning that full ray tracing is highly GPU intensive. That support statement is a compatibility boundary, not a promise that every compatible GPU will deliver the same frame rate, settings level or image quality.

The January 2025 Ultra ray-tracing preset extends the path-traced workload with fully ray-traced reflections, transparent reflections/refractions and higher-quality fully ray-traced indirect lighting. Enabling those effects increases the amount and complexity of lighting work; it is separate from choosing an upscaling mode or generating additional displayed frames.

Path-traced rendering uses a limited number of rays and therefore needs reconstruction or denoising to turn sparse samples into a stable image. NVIDIA describes DLSS Ray Reconstruction as a neural replacement for multiple hand-tuned ray-tracing denoisers. In Alan Wake 2, Remedy’s FAQ states that Ray Reconstruction is supported on all GeForce RTX GPUs.

That makes Ray Reconstruction conceptually different from DLSS Super Resolution and Frame Generation. Super Resolution reconstructs a higher-resolution output from a lower internal render resolution; Ray Reconstruction works on ray-traced lighting information; Frame Generation inserts generated frames between conventionally rendered frames. Turning one of those technologies on does not mean the others perform the same job.

Alan Wake 2 version 1.2.8 upgraded DLSS Super Resolution and Ray Reconstruction to transformer-based models on all GeForce RTX GPUs. The same update added the newer DLSS Frame Generation model on GeForce RTX 40- and 50-series GPUs and Multi Frame Generation 3X/4X modes on GeForce RTX 50-series GPUs. Remedy’s own update notes are the useful authority here because they describe the support matrix for this game rather than DLSS as a brand in the abstract.

The Ultra ray-tracing preset has another important dependency: Remedy states that it critically relies on DLSS Ray Reconstruction for denoising, so Ultra ray tracing is unavailable when Ray Reconstruction is unsupported or disabled. This is why a generic statement such as “all DXR GPUs support path tracing” does not imply that every vendor or GPU can expose every highest-quality Alan Wake 2 setting.

Alan Wake 2 version 1.2.10 added support for AMD FSR 4. Remedy says FSR 4 is automatically enabled on supported GPUs when FSR Super Resolution is selected. The same update added an FSR Frame Generation option in the graphics menu on supported GPUs. These are separate features: the first concerns resolution reconstruction, while the second concerns generated display frames.

AMD introduced FSR 4 as an ML-based upscaling upgrade associated with Radeon RX 9000-series hardware and its RDNA 4 acceleration path. For an exact Alan Wake 2 configuration, use the current game, AMD driver and GPU support information rather than assuming that every GPU capable of running FSR Super Resolution can automatically use the FSR 4 path. Remedy’s wording deliberately limits automatic FSR 4 activation to supported GPUs.

DLSS Frame Generation, DLSS Multi Frame Generation and FSR Frame Generation create additional displayed frames around a conventionally rendered stream. They can raise the output frame rate, but the game still has to simulate the world and render real frames. Path tracing, CPU work and the base render rate therefore remain relevant even when the displayed FPS number rises substantially.

Do not compare a frame-generated FPS value directly with a non-frame-generated value and conclude that every aspect of responsiveness improved by the same ratio. Generated frames are a presentation technology, not additional game-simulation updates. This guide therefore does not turn vendor performance multipliers into universal latency or playability claims.

Remedy’s current FAQ publishes minimum/recommended PC guidance and explicitly requires an SSD. It also recommends a GeForce RTX 40-series GPU with NVIDIA DLSS 3.5 for the very demanding full-ray-tracing path. Those statements describe the publisher’s supported context; they do not establish that one listed GPU will hold a particular frame rate in every scene, expansion, resolution, driver version or later graphics preset.

The January 2025 Ultra preset and August 2026 FSR 4 update both post-date the original launch configuration, which is another reason not to convert old launch requirement charts into precise expectations for every current graphics path. For purchasing or tuning decisions, match evidence to the exact game version, resolution, preset, ray-tracing level, reconstruction mode and frame-generation state being discussed.

Start by deciding whether full ray tracing is part of the target experience. Then choose the ray-tracing quality level, the reconstruction/upscaling path supported by the GPU, and only then whether supported frame generation is useful for the desired presentation. If performance is insufficient, changing the expensive rendering workload and internal render resolution answers a different question from merely enabling generated frames.

Keep the support boundaries explicit: DXR hardware support establishes the broad full-ray-tracing compatibility floor; DLSS Ray Reconstruction requires GeForce RTX; DLSS Frame Generation and Multi Frame Generation have generation-specific GeForce support; FSR 4 and FSR Frame Generation follow their own supported-GPU paths. None of those labels alone proves a particular FPS, VRAM requirement, image-quality winner or ideal preset, so this page intentionally avoids fabricated benchmarks and universal settings recommendations.