Control Resonant PC performance analysis reveals optimized settings for ray tracing and non-ray tracing modes

Control Resonant on PC demonstrates a significant shift for the Northlight engine, moving from the tightly controlled environments of Alan Wake 2 to a broader urban setting. The game remains heavily dependent on the studio's strengths in lighting, destruction, and physics-driven spectacle. On PC, this technical ambition scales extensively, utilizing sophisticated indirect lighting and software-traced reflections even without hardware ray tracing. Full ray tracing and path-traced presentation push hardware demands significantly higher at the top end. The game supports DLSS 4.5 upscaling and frame generation, though it notably lacks Intel XeSS upscaling and frame generation support. The analysis establishes optimized graphics profiles for both non-RT and ray-traced rendering, providing clear guidance for balancing visual fidelity with performance. The game handles shader compilation efficiently, avoiding the lengthy, dedicated compilation stages seen in many modern titles, with only infrequent, minor traversal or streaming hitches during gameplay. The analysis also identifies the closest PC equivalents for PlayStation 5 performance and quality modes, serving as a useful reference point for users looking to scale settings on various hardware configurations.

Control Resonant utilizes sophisticated indirect lighting and software-traced reflections even without hardware ray tracing enabled. The game supports DLSS 4.5 upscaling and frame generation, but it lacks support for Intel XeSS upscaling and frame generation.

Shader compilation is handled efficiently in the background, minimizing the stuttering often associated with initial game loading. The game's ray tracing and path tracing features are extremely demanding, requiring significant hardware resources at the highest settings.

Optimized settings for both non-RT and ray-traced rendering were established to balance visual fidelity with consistent performance. PlayStation 5 performance and quality modes were used as benchmarks to identify the closest PC hardware equivalents.