PSP 3 Handheld on TSMC N3P will get 11,5 Tflops and outperform PS5 in docked mode - GameGPU

Sony embedding N3P into a handheld is a deliberate assault on the industry's 'mobile means compromise' orthodoxy. 11.5 Tflops in docked mode exceeding PS5 implies a single-die GPU array approaching RDNA-3.5 scale—pushing thermal design to its absolute limit within a 15W envelope. Upstream, N3P sits at the FinFET-to-GAA transition window while China's Taiwan fabs are being cannibalized by AI accelerator demand. Sony's ability to secure N3P allocation signals an 18-month-ahead wafer reservation. The entire BOM chain—from ASML EUV lithography to VC vapor chambers and silicon-carbon anode cells—faces structural repricing. Supply-chain concentration remains the existential risk: over 90% of leading-edge capacity sits in China's Taiwan. EUV equipment access, while not directly restricted for Japanese end-users, still faces spillover effects from export-control regimes, with maintenance and spare-parts channels presenting hidden chokepoints. Competitively, Nintendo's Switch 2 anchors at 4nm and Microsoft's Xbox Ally bets on AMD RDNA. Sony's N3P choice is a dimensional strike on raw performance, but BOM inflation will likely push retail pricing past $500, cannibalizing its own console install base. 12–24 month outlook: the performance gap between handheld and console will collapse from a 'generation gap' to a 'power-envelope gap.' Cross-platform engine optimization will become cheaper than single-platform tuning, forcing a structural rewrite of game distribution economics.