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THE EVIL WITHIN — 4K REMASTER

What is this project?

The Evil Within's in-game cutscenes were encoded at low resolution. On modern displays they look degraded compared to the game running at higher output resolutions. This project uses the same Topaz Video AI pipeline as the Silent Hill Homecoming remaster: AI upscaling to 4K, colour correction to match the original game's look, and frame interpolation for smoother motion.

This is a video asset mod — it replaces the game's cutscene files with upscaled versions. It does not change gameplay, mechanics, or any other part of the game. The mod is published on Nexus Mods.

  • Published on Nexus Mods
  • Same pipeline as Silent Hill remaster
  • Frame interpolation + colour correction
  • 4K The Evil Within cutscenes restored

Pipeline & Process

  • Topaz Video AI Upscaling — each cutscene was processed through Topaz Video AI to upscale from the original low resolution to 4K, with the AI handling deblocking and detail recovery from the compressed source material.
  • Colour Correction — a colour correction pass was applied after upscaling to bring the output in line with the original game's look. As with the Silent Hill project, AI upscaling can shift the colour profile away from the original, requiring correction work to match the game's intended appearance.
  • Frame Interpolation — frame interpolation was applied to increase the smoothness of motion in the upscaled cutscenes, run as a separate pass after upscaling and colour correction.
  • Mod Distribution — the output files replace the game's original cutscene files. The mod is distributed through Nexus Mods with installation instructions.

What Went Wrong (And What I Learned)

The core challenge with both this project and the Silent Hill remaster is that frame interpolation on heavily compressed, low-resolution source material produces artefacts. The interpolator invents frame content rather than recovering it when the source has too many compression artefacts to work cleanly with. Running the upscaling and colour correction first produces better interpolation results than trying to interpolate raw source.

Key lesson The order of operations matters. Upscale first, correct colour, then interpolate — in that order. Each step works better on cleaner input than the last.

The colour correction step required comparison work against the original game footage. Topaz's upscaling shifts the colour profile in ways that are subtle on a single frame but noticeable across a full cutscene. The goal is for the upscaled cutscenes to feel continuous with the game rather than visually separate from it.