Control Resonant PC Performance Tests Reveal RTX 5090 Cannot Maintain 60 FPS at 4K Without Upscaling

The prevailing assumption among PC building enthusiasts is that spending top-tier money on flagship hardware guarantees a flawless, native-resolution experience without relying on software assistance. Performance data from Remedy Entertainment’s newly released Control Resonant directly contradicts that expectation. According to benchmark testing published by Tom's Hardware and TweakTown on September 18, Nvidia’s RTX 5090—the most powerful consumer graphics card on the market—manages only 48 frames per second at native 4K resolution with medium ray tracing enabled. To reach the coveted 60 FPS threshold, players are forced to enable AI upscaling and frame generation, cementing tools like DLSS 4.5 as mandatory baseline requirements rather than optional performance boosters.[1][2]

The performance ceiling becomes even more apparent on slightly less powerful hardware. At 1440p resolution, the RTX 5080 cannot manage a 60 FPS average at native resolution with ray tracing enabled. When pushed to 4K, the RTX 5080 drops below 30 FPS. "These results mean that upscaling and frame generation will be mandatory if we're going to chase RT glory in Control Resonant," Tom's Hardware concluded in their technical breakdown.[2]

The underlying technology causing this strain is Remedy's proprietary Northlight engine, which incorporates global illumination and built-in path tracing across all of its ray tracing presets. Path tracing simulates the physical behavior of light by calculating millions of individual rays, a process that is notoriously demanding on GPU cores. Because Control Resonant integrates these calculations so deeply into its environmental rendering, the hardware is asked to process a level of geometric complexity that silicon alone struggles to output at 8.3 million pixels per frame.[1][2]

PC Gamer's September 9 report on the game's official system requirements foreshadowed this reality. Remedy's official "Enthusiast" tier, which targets 4K at 60 FPS, explicitly listed an RTX 5080 paired with upscaling set to "Performance" mode. This confirmed weeks before launch that native 4K rendering was never the developer's intended target for the game's highest visual settings.[4]

The baseline requirements are equally stringent. The game mandates a 120GB solid-state drive installation and 16GB of system RAM just to launch. Even at 1080p resolution, achieving a stable 30 FPS on older hardware like the Nvidia GTX 1070 or AMD Radeon RX 5600 XT requires the game's upscaling to be set to "Quality" mode, with all ray tracing features disabled entirely.[4]

Independent testing by DSOGaming corroborated the heavy reliance on upscaling to achieve playability. In their September 18 benchmarks, enabling DLSS 4.5 Performance mode at 4K Ultra settings allowed the RTX 5080 to jump from unplayable framerates to a smooth 100 FPS experience. "With DLSS 4.5 Performance, I was getting 52–57 FPS on the NVIDIA RTX 5080. I've never seen this kind of performance boost in any other game," the outlet reported, highlighting the mathematical heavy lifting performed by Nvidia's neural networks.[5]

While PC purists often argue against upscaling due to potential image degradation, technical reviewers noted that DLSS 4.5 produces a highly stable image in this specific title. The integration of Ray Reconstruction and Multi Frame Generation minimizes the flickering artifacts that plagued earlier iterations of the technology, particularly on fine structures like chain-link fences and distant architectural details.[2][5]

The laptop market faces even steeper hurdles when attempting to run the game's advanced lighting. Wccftech reported on September 17 that mobile RTX 5090 variants require significant power limit modifications just to keep up with desktop counterparts. An AI-assisted community mod that broke the laptop GPU's power limit from 175W to 250W yielded a 29.7% FPS increase in demanding AAA titles, highlighting the severe thermal and power constraints inherent in pushing path-traced graphics on portable machines.[3]

For players unwilling to use upscaling, the only viable alternative is disabling path tracing entirely. Tom's Hardware noted that the rasterized version of the game still looks excellent and runs comfortably at 1080p on a wide range of GPUs. Without ray tracing, even older flagship cards like the RTX 2080 Ti can provide a smooth 60 FPS experience, provided players accept the loss of physically accurate reflections and shadows.[2][5]

Control Resonant serves as a clear signal of where high-end game development is heading. As custom engines transition to fully path-traced lighting models, the era of brute-forcing native resolution is ending. The next generation of visual fidelity will be defined not just by the raw compute units on the graphics board, but by the efficiency of the neural networks reconstructing the image before it reaches the display.[1]