Arasaka Memorial of Cyberpunk 2077 :: gamespaces

Video Description

Scenery from Arasaka Memorial in Cyberpunk 2077, remembering the Cyberpunk universe’s attack on Arasaka Tower in 2023. 3440 x 1440 (UWQHD), 60 fps. No combat or dialogue beyond the ambience on the loudspeaker. ⚠️ In-game advertisements may still include sensitive content Gamespaces is a series dedicated to showcasing the beauty and atmosphere of video game worlds through immersive, professional-quality location tours. Each video explores in-game spaces and scenery, highlighting the ambience, sounds, and design of iconic locations. From the desolate wastelands of Fallout to the vibrant streets of Cyberpunk, Gamespaces invites viewers to experience these virtual worlds without narration or distraction. Perfect for anyone seeking a deeper appreciation of gameworld artistry or just a relaxing escape. 💤 💻 PC Specs Motherboard - ASUS Tuf Gaming X570-Plus Processor - AMD Ryzen 9 5900x 4.8GHz 12 core 24 thread processor GFX Card - EVGA GeForce RTX 3080 Ti FTW3 Ultra Gaming Memory - G.Skill Ripjaws V 32GB 2 x 16GB DDR4-3200 PC4-25600 CL16 🎨 Graphics Settings Resolution Scaling DLSS Super Resolution Preset: Transformer Model DLSS Super Resolution: Auto DLSS Sharpness: 0 DLSS Ray Reconstruction: OFF Frame Generation Frame Generation: Off Ray Tracing Ray Tracing: ON Ray-Traced Reflections: ON Ray-Traced Sun Shadows: ON Ray-Traced Local Shadows: ON Ray-Traced Lighting: Ultra Path Tracing: OFF Path Tracing in Photo Mode: OFF Performance Crowd Density: High Basic Field of View: 95 Film Grain: ON Chromatic Aberration: ON Depth of Field: ON Lens Flare: ON Motion Blur: High Advanced Contact Shadows: ON Improved Facial Lighting Geometry: ON Anisotropy: 16 Local Shadow Mesh Quality: High Local Shadow Quality: High Cascaded Shadows Range: High Cascaded Shadows Resolution: High Distant Shadows Resolution: High Volumetric Fog Resolution: Ultra Volumetric Cloud Quality: Ultra Max Dynamic Decals: Ultra Screen Space Reflections Quality: Ultra Subsurface Scattering Quality: High Ambient Occlusion: High Color Precision: High Mirror Quality: High Level of Detail (LOD): High