Ex-Forza devs’ PS5 racer challenges Sony’s exclusivity with next-gen engine specs
Former Forza Horizon developers are set to unveil a new PS5 racing title ahead of Sony’s State of Play, leveraging custom engine tech that could redefine platform-specific performance benchmarks. The project, linked to Maverick Games, hints at a shift in how third-party studios optimize for Sony’s proprietary hardware.
Why the M5 Architecture Defeats Thermal Throttling
The PS5’s custom AMD Zen 2 CPU and RDNA 2 GPU remain central to the game’s performance. Internal benchmarks suggest the title utilizes DirectStorage API optimizations to reduce load times by 37% compared to standard PS5 titles, a move that could pressure competitors to adopt similar I/O strategies. However, thermal management remains a concern: the game’s dynamic lighting system, which employs ray-traced reflections, may trigger throttling under sustained 4K@60fps workloads.
“Sony’s SoC design is a double-edged sword—its high bandwidth enables cutting-edge visuals, but the lack of a dedicated NPU limits AI-driven physics simulations,” says Dr. Anika Rao, CTO of a rival game studio. “This title might be the first to fully exploit the GPU’s tensor cores for real-time shadow optimization.”
The 30-Second Verdict
- Game uses
Vulkan-based rendering for lower CPU overhead - Claims 120fps support via PS5’s variable refresh rate
- No mention of cross-platform availability
Ecosystem Bridging: Platform Lock-In vs. Open Standards
The project’s reliance on Sony’s PlayStation SDK underscores the console’s walled-garden ecosystem. Yet, the team’s prior work on Forza, which supported PC and Xbox, suggests a potential pivot toward hybrid development. This tension mirrors the broader open-source vs. Proprietary debate in game engines, where Unity and Unreal Engine increasingly compete with platform-specific toolchains.
“If they’re using a custom engine, they’re betting on Sony’s hardware advantages,” notes Marcus Chen, a GPU architect at AMD. “But without access to the
PS5 DevKit’s full telemetry, they’re flying blind on power efficiency.”
The Technical Deep Dive: NPU vs. CPU Workloads
While the PS5’s CPU handles physics and AI, the RDNA 2 GPU’s 10.28 TFLOPs of power is critical for rendering. The game’s trailer showcases hierarchical Z-buffering, a technique that reduces overdraw by 40% in complex environments. However, the absence of DLSS 3 or FSR 3 support—both of which rely on AI upscaling—raises questions about its competitiveness against PC titles.
A
| Feature | PS5 (RDNA 2) | Xbox Series X | PC (RTX 4090) |
|---|---|---|---|
| Ray Tracing Cores | 16 | 16 | 88 |
| Memory Bandwidth | 448 GB/s | 560 GB/s | 1 TB/s |
could highlight these disparities, but the game’s developers have not disclosed whether it will use DXR or Vulkan Ray Tracing.
What This Means for Enterprise IT
The project’s emphasis on end-to-end encryption for online multiplayer could signal a shift toward stricter security protocols, a trend accelerated by NIST guidelines. However, the lack of openXR support for VR peripherals suggests Sony’s ecosystem remains insular.
The Anti-Vaporware Clause: Shipping Features Over Roadmaps
Unlike many
