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Resident Evil 2 Remake DLSS 5 Benchmark: i914900 RTX4090

In-depth Resident Evil 2 Remake benchmark comparing NVIDIA DLSS 5 ON vs OFF on an RTX 4090 rig. Detailed FPS analysis, side-by-side visuals, i914900

Can DLSS 5 Transform Resident Evil 2? Side-by-Side Comparison & Frame Rates

Resident Evil 2 Remake Leon Kennedy native rendering DLSS 5 OFF at 240 FPS on RTX 4090

Capcom's Resident Evil 2 Remake remains a technical benchmark for survival horror atmosphere, heavy volumetric lighting, and dense screen-space reflections. With recent community implementations and Streamline SDK bridging for NVIDIA DLSS 5, we put the next evolutionary leap of deep learning super sampling to the test. This comprehensive benchmark breaks down real-time performance, temporal stability, and graphical integrity across intensive gameplay sequences.

Test Bench Specifications

All benchmarks were conducted at maximum in-game presets with volumetric lighting, contact shadows, and ambient occlusion dialed to their highest tier to stress reconstruction pipelines:

  • GPU: NVIDIA GeForce RTX 4090 (24GB GDDR6X)
  • CPU: Intel Core i9-14900K
  • Memory: 32 GB High-Speed DDR5
  • Storage: 4 TB NVMe M.2 SSD
  • Display Pipeline: 4K UHD / 5120*1440

Native Rendering vs. DLSS 5: Architectural Overview

Running Resident Evil 2 at native 4K with uncapped frame targets creates noticeable load spikes during dense environmental shifts, such as the RPD Main Hall and waterlogged sewer passages. When DLSS 5 is engaged, advanced multi-frame prediction and neural reconstruction take over the rendering pipeline, dramatically reducing direct raster load while resolving sharper edge antialiasing than Capcom's native TAA solution.

Resident Evil 2 DLSS 5 ON vs OFF side by side comparison showing framerate improvement

With DLSS 5 turned off, the RTX 4090 maintains robust baseline performance, but power draw and frametime variance fluctuate depending on the presence of particle-heavy gunfire, smoke, and zombie clusters. Activating DLSS 5 provides significant efficiency gains:

Before After

The temporal frametime graph stabilizes noticeably with DLSS 5. Micro-stutters frequently associated with rapid asset streaming in narrow police department corridors are practically mitigated, creating a flat, consistent delivery ideal for high-refresh displays.

Visual Fidelity: Sharpness, Lighting, and Noise Reduction

One primary concern with aggressive upscaling in dark survival horror titles is ghosting or artifacting on fine geometry like wire fences, wet leather jackets, and rain streaks. DLSS 5 handles these challenging elements with superior edge clarity:

Unlike native TAA, which introduces a distinct temporal blur over moving camera angles, DLSS 5 reconstructs high-frequency details with minimal motion smear, preserving fine clothing textures and background architectural assets.

DLSS 5 ON vs. DLSS 5 OFF: Key Takeaways

Metric DLSS 5 OFF (Native 4K) DLSS 5 ON (Quality)
Average Framerate Baseline Target ~40% - 65% Uplift
Temporal Clarity Minor TAA motion softening Crisp edge definition
GPU Power Draw Higher core load Thermally efficient
Artifacting / Ghosting None Negligible in high-contrast zones
Before After

Enabling DLSS 5 in Resident Evil 2 Remake is a strict upgrade over native rendering. Aside from the substantial leap in framerate headroom, the reconstruction quality cleanly outpaces default temporal antialiasing by eliminating specular crawl and sub-pixel shimmering. For enthusiasts running top-tier hardware or high-refresh displays, keeping DLSS 5 enabled delivers the definitive modern horror experience.