Card × model benchmark
Qwen3.5 0.8B on RTX 5070 Ti Q4_K_M
SmoothOn an RTX 5070 Ti (16 GB), Qwen3.5 0.8B in Q4_K_M generates 514 tokens/s and reads the prompt at 25 770 tokens/s, using 2,1 Go of video memory.
Median of 1 run · latest on 25/09/26
514 tok/s
Generation
25 770 tok/s
Prompt processing
2,1 Go
VRAM used (peak)
60 W
Average power
8,56 tok/s/W
Efficiency
0,01 €/M tok
Electricity / M tokens · 0,25 €/kWh
Estimate your monthly cost from your electricity price and usage: sign in
What about a longer context?
An estimate, not a measurement: the KV cache grows with context, takes VRAM and slows generation down.
| Context | KV cache | Estimated VRAM | Fits in 16 GB? | Estimated speed |
|---|---|---|---|---|
| 4 096 | 0,0 Go | 2,2 Go | yes | ≈ 481 tok/s |
| 8 192 | 0,1 Go | 2,2 Go | yes | ≈ 447 tok/s |
| 16 384 | 0,2 Go | 2,3 Go | yes | ≈ 392 tok/s |
| 32 768 | 0,4 Go | 2,5 Go | yes | ≈ 314 tok/s |
| 65 536 | 0,8 Go | 2,9 Go | yes | ≈ 225 tok/s |
| 131 072 | 1,5 Go | 3,6 Go | yes | ≈ 144 tok/s |
KV cache per token = 2 × 6 layers × 2 KV heads × 256 × 2 bytes (f16). Estimated VRAM = measured VRAM + added KV cache. Speed ≈ measured speed × weights ÷ (weights + added KV cache) — attention compute is not modelled, the real drop is slightly larger. Fine-tune it in the “Configurator”
Other models measured on the RTX 5070 Ti
All measurements
| Date | Source | Type | Generation | Prompt | VRAM | Max temp. | Power | llama.cpp |
|---|---|---|---|---|---|---|---|---|
| 25/09/26 | French_Girl_13 | context 32 768MSI Gaming X Trio | 445 | 17 646 | 2,5 Go | 59 °C | 128 W | llama.cpp 96278e39f |
| 25/09/26 | French_Girl_13 | context 16 384MSI Gaming X Trio | 507 | 21 351 | 2,3 Go | 52 °C | 87 W | llama.cpp 96278e39f |
| 25/09/26 | French_Girl_13 | context 8 192MSI Gaming X Trio | 547 | 23 685 | 2,3 Go | 54 °C | 88 W | llama.cpp 96278e39f |
| 25/09/26 | French_Girl_13 | standardMSI Gaming X Trio | 514 | 25 770 | 2,1 Go | 53 °C | 60 W | llama.cpp 96278e39f |
Protocol: llama-bench (llama.cpp), prompt 512 + generation 128 tokens, model fully loaded in VRAM. VRAM used = system peak (includes the OS, ~0.5 to 1 GB more than the model alone). Measure my card