Resident Evil 3 Remake: DLSS 5 ON vs OFF | 4K Max Settings Ray tracing on Benchmark (RTX 4090)

Capcom’s Resident Evil 3 Remake continues to serve as an excellent visual showcase for the RE Engine. With dense neon-lit streets, detailed character models, and complex temporal anti-aliasing passes, it provides a demanding playground for image reconstruction technologies. In this benchmark, we put DLSS 5 head-to-head against Native 4K to see how temporal stability, edge clarity, and overall frame rates hold up under maximum settings.

Full 4K Video Benchmark & Side-by-Side Comparison

Test Rig Hardware Specifications

To eliminate any processing bottlenecks and isolate the GPU's reconstruction and rasterization capabilities, all tests were run on the following setup:

Visual Fidelity & Reconstruction Quality

The native TAA implementation in the RE Engine is known for introducing a subtle layer of blur across fine textures, especially chain-link fences, foliage, and neon sign lettering in Raccoon City's downtown area. DLSS 5 tackles this by replacing standard temporal accumulation with higher-order neural reconstruction..

Fine-mesh geometry, such as sewer grates and metal fences, showed significantly less pixel crawling under DLSS 5 compared to standard native rendering. Edge stability during camera panning remained exceptionally clean.

Performance & Frame Timing Analysis

While the RTX 4090 easily commands high frame rates at Native 4K in RE3 Remake, enabling DLSS 5 offers two distinct advantages: vastly improved power efficiency and a noticeable boost in 1% low frame consistency, minimizing micro-stutters during heavy zombie encounters.

Verdict: Should You Enable DLSS 5?

If you are playing at 4K or high-refresh ultrawide, running DLSS 5 is an absolute no-brainer for Resident Evil 3 Remake. It resolves the soft temporal blur inherent to the game's default TAA presentation while delivering a tangible performance overhead and superior frame pacing.