PS5 Cross-Gen, AMD FSR, and Unreal Engine 5 Tech
The State of Next-Gen Consoles
This episode critically examines the cross-generation strategy employed by developers and publishers for major titles like God of War: Ragnarok and Gran Turismo 7. The team expresses disappointment that these titles are launching on both PS4 and PS5, arguing that:
• Reliance on last-gen hardware limits the potential for fundamental design advancements.
• The mechanical hard drive remains a massive bottleneck, restricting world-streaming capabilities.
• CPU disparities between generations should not be ignored, as they significantly impact physical interactivity.
"This is not the PlayStation 5 dream that was sold to us."
AMD FidelityFX Super Resolution (FSR)
The team evaluates the recent reveal of AMD's FSR. It is discussed as a spatial upscaling technique that differs fundamentally from DLSS.
• Initial impressions are skeptical; comparisons to DLSS 1.0 were made due to reports suggesting it lacks temporal reconstruction.
• Questions arise regarding how this will compete with existing TAA (Temporal Anti-Aliasing) implementations.
• The upcoming June 22nd release will be critical to determine if FSR can deliver on its promises through real-world testing.
Unreal Engine 5 and Technical Frontiers
Discussion shifts to the performance implications and potential of UE5.
• The editor environment is extremely demanding, requiring substantial RAM.
• Technologies like Nanite and Lumen offer breakthroughs in geometry and real-time lighting, reducing the need for traditional light baking.
• Early attempts at hardware-accelerated ray tracing in the current Early Access build have proven unstable, suggesting significant development is still needed.
Industry Hardware and GPU Market
• NVIDIA RTX 3080 Ti: The panel discusses the difficulties in recommending this GPU during a massive supply crisis and notes the high price point versus performance gains.
• HDMI 2.1 Receivers: A major hardware bug affecting FRL (Fixed Rate Link) in current AV receivers is addressed, noting that manufacturers must perform board swaps to resolve the issue.