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// RUN — FITS
Can the NVIDIA GeForce RTX 2050 run DEQ-Transformer (Post-LN) + Jacobian Regularisation?
Yes — here's how fast and up to what context, with real measured numbers.
DEQ-Transformer (Post-LN) + Jacobian Regularisation on the NVIDIA GeForce RTX 2050
| Quant | Fits? | Max context | Speed | Beyond context |
|---|---|---|---|---|
| FP16 | yes | 73k | 417.1-497.1 t/s | ~37.2-44.4 (slow) |
| Q8 | yes | 75k | 834.3-994.3 t/s | ~74.5-88.8 (slow) |
| Q4 | yes | 75k | 1489.8-1775.5 t/s | ~133-158.5 (slow) |
Estimate (memory-bound). Beyond "max context" the KV cache spills to SSD swap and speed drops to the "beyond" figure.
→ All models on the NVIDIA GeForce RTX 2050
→ DEQ-Transformer (Post-LN) + Jacobian Regularisation specs
→ Other hardware
FAQ
Can the NVIDIA GeForce RTX 2050 run DEQ-Transformer (Post-LN) + Jacobian Regularisation?▶
Yes. At Q4 it generates ~1489.8-1775.5 tok/s and fits up to 75k context; beyond that it spills to SSD swap and slows to ~133-158.5 tok/s.
How much context fits?▶
At Q4, up to about 75k tokens stay in fast memory; longer context spills to SSD swap and throughput collapses.