Ещё раз про настройки графики в Enlisted. Оптимальная производительность.

Optimizing a gaming system for streaming and competitive gameplay requires a deep understanding of the interaction between graphics algorithms and hardware synchronization technologies. Achieving high-quality images hinges on choosing between DLAA and DLSS Quality, where the former provides benchmark antialiasing at native resolutions, while the latter allows for efficient allocation of graphics card resources. For RTX owners seeking high quality, DLSS Quality is a priority, as it reduces the internal load on the GPU. This frees up the necessary processing power for complex video encoding while maintaining high image clarity in Enlisted's dynamic scenes, which is critical for identifying targets at long distances. A crucial step in setting up the system is to abandon traditional vertical synchronization in favor of G-Sync Compatible and NVIDIA Reflex technology. When using a FreeSync monitor, enable G-Sync in the NVIDIA Control Panel and enable Reflex in Boost mode directly in the game settings. This solution completely eliminates screen tearing without introducing the input lag that is inevitable with standard V-Sync. In this configuration, the driver automatically limits the frame rate to just below the monitor's hertz, resulting in a stable 116 FPS at 120 Hz. This limit doesn't represent a performance penalty, but rather a safety margin that keeps the system within the minimum input lag range and ensures smooth frame rates. The Windows 11 operating system configuration also requires specific adjustments for accurate color rendering. While active HDR makes the desktop interface more appealing, Auto HDR should be disabled globally to ensure games run in the standard color range. Using HDR 400 on IPS panels often distorts contrast and creates issues, resulting in washed-out or overly bright images. Leaving system HDR enabled but disabling its automatic application to games preserves the aesthetics of the interface and ensures that color rendering on the stream complies with the generally accepted standard (Rec. 709), which is understood by any output device. To achieve maximum system stability, enable hardware-accelerated GPU scheduling and optimization for windowed games in the graphics settings. These settings allow the graphics card to more flexibly manage the render queue and video memory resources, which is especially important. In the NVIDIA Control Panel, set the maximum performance mode and limit the frame rate in background applications to prevent resources from being wasted on unimportant tasks. The result is a balanced and predictable environment where technical tools operate seamlessly, ensuring professional-level smoothness of gameplay and high-quality final content.