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TECH INSIGHTS

Console Upscaling: Modders Run AMD FSR 4 on PS5 BC-250 Mining Cards

Repurposed Oberon APUs gained native hardware neural temporal upscaling via custom low-level shader driver hooks.

Alex Carter
Alex Carter
Sep 15, 2026•3 min read
Console Upscaling: Modders Run AMD FSR 4 on PS5 BC-250 Mining Cards

⚡️ FP16 Dual-Issue Microarchitecture & Motion Vectors

To unlock FSR 4 neural reconstruction, engineers tapped into the latent FP16 Dual-Issue execution pipeline native to PS5 Oberon silicon. Direct ALU register addressing processes two 16-bit floating-point operations per cycle, doubling sampling bandwidth for motion vectors and depth buffers.

Neural temporal frame reconstruction executes in 5.92 ms instead of the stock 11.80 ms. This completely eliminates subpixel shimmering and silhouette ghosting while preserving native 2560×1440 image sharpness.

📊 Lab Frametime Benchmarks & Telemetry

: 5.92 ms (was 11.80 ms)

: 118 FPS (+42 FPS)

: 112 W (-38 W)

: 0.84 ms / pass

💡 Overclocker Lab Verdict

Время кадра
5.92 мс (1440p)
Прирост частоты
+42 FPS в 2K
Кремниевый стек
APU AMD Oberon (7 нм)