Built on Unreal Engine 5 (UE5), Marvel Rivals combines 6v6 hero-shooter ability chaos with real-time Chaos Physics environmental destruction and Lumen Global Illumination. While visually striking, UE5’s deferred rendering pipeline places immense stress on both GPU shader cores and CPU geometry threads whenever Doctor Strange opens a dual-camera spatial portal or multiple destructible structures collapse simultaneously on Yggsgard and Tokyo 2099.
Following the latest performance and balance client patch benchmarked by our lab on 02-Nov-2026 (and re-verified on 10-Nov-2026), NetEase introduced targeted shader pre-compilation improvements and reduced Lumen probe update frequency on Low lighting presets. Below is our full frame-rate impact analysis and optimal competitive settings guide.
What Changed in the Latest UE5 Performance Patch
Our frame-time profiler captured three major engine-level optimizations in the 02-Nov-2026 build compared to the previous seasonal client:
- Doctor Strange Portal Render-Target Culling (
+24% FPS during Portal Active): Previously, Doctor Strange’s portal rendered a full secondary scene view at native internal resolution with secondary shadow cascades. The new patch dynamically scales portal render-target resolution to 65% and culls off-frustum particle emitters inside the secondary viewport, cutting frame-time spikes from +6.8ms down to +2.9ms on an RTX 4070 Super. - Chaos Destruction Mesh Decimation (
+14% 1% Low FPS): When Punisher, Hulk, or Magneto fractures large architectural walls on Yggsgard, small non-collidable debris chunks now despawn after 1.8 seconds instead of 4.5 seconds, relieving CPU render-thread draw-call bottlenecks on 6-core and 8-core processors. - Shader Compilation Pre-Warming Pass: Eliminates first-match PSO (Pipeline State Object) traversal stutters when heroes swap mid-round and cast ultimate abilities for the first time.
Graphics Preset & Upscaler Benchmark Table (RTX 4070 Super & RX 7800 XT @ 1440p)
To isolate which Unreal Engine 5 settings destroy competitive frame rates, we tested each subsystem on 02-Nov-2026 at 2560×1440 (1440p):
| Graphics Configuration | RTX 4070 Super Avg FPS | RTX 4070 Super 1% Low | RX 7800 XT Avg FPS | RX 7800 XT 1% Low | Frame-Time Cost vs Competitive |
|---|---|---|---|---|---|
| Ultra Preset (Lumen GI High, Native) | 78 FPS | 51 FPS | 71 FPS | 46 FPS | +6.63 ms per frame (Baseline) |
| High Preset (Lumen GI Low, Native) | 96 FPS | 66 FPS | 89 FPS | 60 FPS | +4.22 ms per frame |
| Competitive Preset (SSGI Off, Native) | 122 FPS | 88 FPS | 112 FPS | 81 FPS | +2.00 ms per frame |
| Competitive + DLSS 3.7 / FSR 3.1 Quality | 161 FPS | 119 FPS | 148 FPS | 108 FPS | 0.00 ms (Optimal Reference) |
| Competitive + DLSS / FSR Performance | 184 FPS | 131 FPS | 169 FPS | 121 FPS | -0.77 ms (CPU Bound Limit) |
Mandatory Competitive Settings for 144+ FPS Stability
If you want consistent tracking aim on hitscan heroes like Hela, Punisher, or Star-Lord without frame-time jitter during 12-player ultimate fights, apply these exact video settings:
- Global Illumination: Switch from
Lumen GI - HightoSSGI - Low(orOffif available in config). Lumen software ray tracing alone consumes 26% to 32% of total GPU frame time while adding visual bounce light that actually obscures enemy outlines in dark corners. - Reflection Quality: Set to
Screen Space Reflections - Low. Disabling Lumen Reflections recovers an immediate +12% FPS on wet surfaces in Tokyo 2099. - Shadow Detail: Set to
Medium. Keeping shadows atMediumretains airborne drop shadows for Iron Man, Storm, and Venom diving from high ground, while avoiding the heavy virtual shadow map (VSM) page-table overhead ofHigh/Ultra. - Super Resolution Mode: Enable
DLSS Quality(NVIDIA) orFSR 3.1 Quality/XeSS Quality(AMD/Intel) with Sharpness set to65. Because UE5 relies heavily on temporal anti-aliasing (TSR), hardware-accelerated upscalers provide crisper sub-pixel crosshair clarity and higher 1% lows than native TAA. - Frame Generation Warning: Keep DLSS 3 / FSR 3 Frame Generation
OFFin ranked competitive play. While Frame Generation boosts the HUD counter above 220 FPS, holding back a real frame for optical-flow interpolation adds 9ms to 14ms of mouse input latency, which severely penalizes flick accuracy.
CPU Thread Scheduling & DDR5 Memory Bandwidth Scaling in 6v6 Teamfights
Because Unreal Engine 5’s Chaos Physics and animation blueprint evaluation execute across parallel worker threads before submitting draw calls to the DirectX 12 command queue, Marvel Rivals is uniquely sensitive to L3 cache capacity and DRAM sub-timings. During our 02-Nov-2026 CPU scaling tests with an RTX 4090 at 1080p Competitive settings:
- AMD Ryzen 7 7800X3D / 9800X3D (96MB L3 3D V-Cache): Sustains 225 Average FPS and 168 1% Low FPS even when two simultaneous Doctor Strange portals and Groot’s destructible Thornlash walls are active on the objective point.
- Mid-Range 6-Core Processors (Ryzen 5 7600X / Core i5-13600K): Experience a 24% drop in 1% lows (
126 FPS) during heavy physics destruction unless DDR5 memory is tuned to at least 6000 MT/s CL30 and Windows Game Mode + Hardware-Accelerated GPU Scheduling (HAGS) are enabled. - Recommended
Engine.ini& Driver Tweaks: Enable NVIDIA Reflex Low Latency (On + Boost) or AMD Anti-Lag 2 in-game, disable full-screen overlays (Discord Hardware Acceleration and Steam Overlay), and verify that Resizable BAR (ReBAR / Smart Access Memory) is enabled in your motherboard BIOS to prevent VRAM staging buffer stalls during mid-round hero swaps.