Resonance: A Plague Tale Legacy PC performance analysis and optimized settings

Resonance: A Plague Tale Legacy demonstrates strong PC scalability, with the game's proprietary engine offering significant performance gains through optimized settings. While the game lacks in-menu descriptions for how specific graphics settings impact visual fidelity or performance, testing reveals that many settings can be lowered with minimal visual impact, yielding substantial performance improvements. The game's performance on PC is highly competitive, with the RTX 4060 and RX 9070 XT providing significant performance advantages over the PlayStation 5 and PlayStation 5 Pro, respectively. The game's DLSS 4.5 implementation provides superior image quality compared to TAA upscaling, particularly in fine vegetation and background geometry. The game's CPU-bound settings, such as NPC and enemy refresh rates, offer significant performance uplifts when lowered, with minimal impact on visual fidelity. The game's memory usage can exceed 8GB of VRAM at 4K resolution, making high-texture quality settings a key consideration for cards with limited VRAM. Overall, the game is a well-crafted PC release with useful scalability across both CPU and GPU sides.

Tech4K StaffVideo report

Resonance: A Plague Tale Legacy demonstrates strong PC scalability, with the game's proprietary engine offering significant performance gains through optimized settings. While the game lacks in-menu descriptions for how specific graphics settings impact visual fidelity or performance, testing reveals that many settings can be lowered with minimal visual impact, yielding substantial performance improvements. The game's performance on PC is highly competitive, with the RTX 4060 and RX 9070 XT providing significant performance advantages over the PlayStation 5 and PlayStation 5 Pro, respectively. The game's DLSS 4.5 implementation provides superior image quality compared to TAA upscaling, particularly in fine vegetation and background geometry. The game's CPU-bound settings, such as NPC and enemy refresh rates, offer significant performance uplifts when lowered, with minimal impact on visual fidelity. The game's memory usage can exceed 8GB of VRAM at 4K resolution, making high-texture quality settings a key consideration for cards with limited VRAM. Overall, the game is a well-crafted PC release with useful scalability across both CPU and GPU sides.

The game's proprietary engine offers significant performance gains through optimized settings. DLSS 4.5 provides superior image quality compared to TAA upscaling, especially in fine details.

Lowering CPU-bound settings like NPC and enemy refresh rates yields substantial performance improvements. High-texture quality settings can exceed 8GB of VRAM usage at 4K resolution.

The RTX 4060 and RX 9070 XT provide significant performance advantages over console equivalents. The game lacks in-menu descriptions for how settings impact visual fidelity or performance.

Chapter guide

IntroductionOverview of the game's technical state and the scope of the analysis.Settings MenuCritique of the game's settings menu and lack of descriptive information.Optimized SettingsDetailed breakdown of optimized graphics settings for PC.CPU ScalingAnalysis of CPU-bound settings and their impact on performance.DLSS and UpscalingComparison of DLSS and TAA upscaling performance and image quality.High-End GPU TestingPerformance testing with the RX 9070 XT against the PlayStation 5 Pro.

Worth noting

  • The game's settings menu lacks clear information on how specific adjustments affect visual fidelity or performance, requiring manual testing.
  • The analysis uses specific hardware configurations (Ryzen 5 5600/RTX 4060 and Ryzen 7 9700X/RX 9070 XT) which may not reflect all user experiences.
  • The game does not explicitly state the internal resolution for each TAA mode, requiring estimation.

Watch the original video ↗