Snes9x: what PC you need to emulate SNES
Snes9x is a SNES emulator (1997); FPSHQ load rating: light (8/100). 1,951 of 1,965 catalogue GPUs (99%) pass the GPU minimum (score 200), and 456 of 456 CPUs pass the CPU minimum (score 500). The most affordable suitable GPU is Radeon Vega 8.
Key figures
Unique FPSHQ metrics from this page's data
Can my PC run this emulator?
Which GPUs run Snes9x: headroom over the minimum
GPU score ÷ the emulator's minimum score. ×1 — minimum, ×1.4 — comfortable at native resolution, ×2.2 — you can render at 2–3× resolution. Popular catalogue GPUs.
Official Snes9x requirements
| CPU | x86-64 / ARM64 · 1+ cores / 2 recommended |
|---|---|
| GPU | any |
| RAM | minimum 1 GB, recommended 1 GB |
| Graphics API | OpenGL, Direct3D 9, Metal |
| OS | Windows, Linux, macOS, Android, iOS |
| License | Non-commercial (Snes9x) |
| Platform | SNES (1990) |
| Status | active |
| Official site | snes9x.com |
Requirements come from the project's official documentation (check date below). FPSHQ scores are our synthetic performance scale used to match against the catalogue.
Suitable GPUs by tier
At the minimum (×1–1.4)
Comfortable (×1.4–2.2)
Headroom for 4K rendering (×2.2+)
CPUs: headroom over the Snes9x minimum
CPUs that pass the Snes9x minimum
Which GPU do I need for Snes9x?
The minimum GPU score for Snes9x is 200 (FPSHQ scale). The most affordable suitable card is Radeon Vega 8; rendering at 2–3× resolution needs ×2.2 headroom — the Radeon RX 550 level and up. The project officially requires: any.
- min GPU score
- 200
- min CPU score
- 500
- of catalogue GPUs pass the minimum
- 99%
- RAM
- 1–1 GB
Frequently asked questions
Which GPU do I need for Snes9x?
Which CPU do I need for Snes9x?
How much RAM does Snes9x need?
Which operating systems does Snes9x support?
Can my PC run Snes9x?
Is Snes9x still updated?
Methodology and sources
This page uses the FPSHQ database: the GPU and CPU catalogue with synthetic benchmark scores, official game system requirements, FPS measurements from users of the FPSHQ app and the FPSHQ performance model. Calculated values are estimates, not a measurement of your exact configuration: the real result depends on drivers, settings and the rest of the hardware. More about the methodology →