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Benchmarks
Sudhanshu edited this page Nov 11, 2026
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Use a real LLM backend (--mock off) and test at least three repeated runs after model cache warm-up. Capture:
| Measurement | How to collect |
|---|---|
| CPU / GPU type |
nvidia-smi, torch device properties |
| Number of replicas |
--devices values |
| Batch size | --batch-size |
| Input/output limits |
--max-input-tokens, --max-new-tokens
|
| Initialization latency |
Model load value printed by parent |
| Run throughput | Rows/s and approximate output tokens/s |
| GPU peak memory |
nvidia-smi or PyTorch profiling (not built in) |
| Per-worker imbalance | Worker i processed N rows |
Compare cuda:0 and cuda:0 cuda:1 on the same dataset, and report both wall-clock time and model-loading overhead. Scaling is not guaranteed. The project has no automated benchmark suite or preverified multi-GPU results.
Parallel LLM Inference
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