IO Interactive has officially unveiled the technical specifications for its upcoming action title, 007 First Light. Built on the upgraded Glacier engine, the game introduces fully dynamic global illumination, enhanced asset streaming, and advanced volumetric effects dubbed Smolder. The developers are targeting a stable 60 frames per second on PlayStation 5, PlayStation 5 Pro, and Xbox Series X. For the standard PS5 and Xbox Series X, players can choose between two distinct options – a Performance mode delivering 60 FPS at 1080p scaled to 4K, or a Quality mode providing 30 FPS at 1440p scaled to 4K. Meanwhile, the PlayStation 5 Pro leverages PSSR 2.0 technology to run its Quality mode at a smooth 60 FPS.
The situation is different for Microsoft’s budget-friendly Xbox Series S, which will only support a Quality mode capped at 30 frames per second at launch. Technical Director David Cañas, alongside other studio engineers, attributed this limitation to the console’s 10 GB of RAM compared to the 16 GB found in more powerful hardware. Furthermore, the graphics processor lacks the power to manage demanding real-time systems – such as dense crowds and volumetric lighting. While the team aimed for PC minimum requirements equivalent to GTX 1660 and RDNA1 cards, the constraints of the Series S made 60 FPS unfeasible without compromising visual features. The upcoming Nintendo Switch 2 version will likely face a similar 30 FPS restriction.
To maximize performance across platforms, the studio heavily relies on asynchronous compute and a frame graph architecture. PlayStation hardware utilizes up to four parallel asynchronous compute pipelines, keeping the GPU fully engaged without idle periods. Resource-intensive systems like physics and artificial intelligence are distributed across eight CPU worker threads – pushing the processor-side frame rate well beyond 60 FPS. For PC players, shader compilation is fully automated and takes less than a minute. Finally, full path tracing is scheduled to arrive as a post-launch update in the summer of 2026.
