Switch 2 Performance, PS5 Storage, and Bond Tech

Breaking Barriers: Star Wars Outlaws on Switch 2

The team analyzes the technical achievement behind bringing Star Wars Outlaws to the Switch 2. This port, utilizing the Snowdrop engine, is nothing short of a revelation for the platform.

• Hardware-Accelerated Ray Tracing: The game features RTGI, reflections, and shadows, marking a major milestone for the system.
• Scalability: While the game relies on concessions like reduced geometry for distant objects—reminiscent of automatic LOD adjustments—it maintains high image quality via DLSS.
• Performance Parity: The port trades blows with, or even outperforms, the Xbox Series S in specific axes, showcasing the potential for current-gen experiences on the system.

Storage Constraints

Ubisoft's decision not to use a physical cartridge for the full data stem from the EMMC transfer rate (400 MB/s), which is roughly a quarter of the internal storage speed. This presents a unique challenge for open-world streaming in modern engines.

Hardware and Industry News

PlayStation 5 Revisions

Reports indicate a new Chassis E (CFI 2100) PS5 may revert to 825GB of storage. The team expresses concern over the trend of increasing prices while simultaneously reducing component specs.

007: First Light

Early looks at 007: First Light showcase an ambitious project blending Hitman-style infiltration with cinematic Uncharted-like set pieces.

"They've essentially made sort of Hitman-Uncharted with a bit of immersive sim elements tossed in."

Perfect Dark and Industrial Shifts

Discussion regarding the canceled development of Perfect Dark highlighted missed opportunities, with the team noting that even promising projects can vanish due to complex corporate politics.

Tech Insights and Community Q&A

• HDR Challenges: The team laments the current state of HDR in games, noting that poor monitor implementations and a lack of developer awareness often tarnish the user experience.
• Software Bloat: The consensus is that software is often the primary bottleneck, with modern development cycles sacrificing optimization for expediency, contrasting sharply with the hardware headroom available today.