Model benchmarks

Qwen-MidTemp local LLM performance

As of November 2026, Qwen-MidTemp runs at up to 238.0 tok/s for local inference (best of 2 community benchmark runs across 1 GPU).

llama.cpp
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Model size

1.5B

Peak speed

238.0 tok/s

Average speed

233.3 tok/s

Avg PP

7838.5 tok/s

Min memory

3.1 GB

Max context

24,576 tokens

Avg output / run

13,440 tokens

Avg runtime / run

1m 6s

Avg quality

25.7

Benchmark runs

2

GPUs tested

1

Quality by task

Average LLM-judged quality (0–100) with the run-to-run spread shown as a P5–P95 band, overall and for each benchmark task, across all 2 runs. The low and high columns show how much the judge’s score varies between runs, and need at least two runs to display.

TaskP5 (low)AvgP95 (high)
Overall20.125.731.3
Agent Workflow39.856.072.2
Code Generation0.43.87.1
Role Play & Narrative3.113.523.9
Research & Analysis28.829.630.3

Performance by hardware and tool

Every hardware/tool/quantization combination Qwen-MidTemp has been benchmarked on, ranked by peak token generation speed. Last updated November 2026.

HardwareToolQuantBest tok/sAvg tok/sMemoryContextQualityRuns
Tesla V100-PCIE-32GBllama.cpp—238.0 tok/s233.3 tok/s3.1 GB24,576 tokens25.72

Benchmark runs

All 2 Qwen-MidTemp runs submitted so far — expand one for its hardware, quality breakdown and per-scenario detail.

Frequently asked questions

Is Qwen-MidTemp good for agentic (tool-using) tasks?
In our benchmarks, Qwen-MidTemp scores 56.0/100 for agentic workflows. It runs at about 233.3 tok/s, so if you want more speed, unsloth/Qwen3.6-35B-A3B-GGUF:UD-Q4_K_M is faster (~303.4 tok/s) and still scores well for agentic workflows (82.6/100).
How fast is Qwen-MidTemp for local inference?
Across 2 community benchmark runs, Qwen-MidTemp reaches up to 238.0 tok/s and averages 233.3 tok/s, with the fastest results on Tesla V100-PCIE-32GB.
How much memory does Qwen-MidTemp need?
The leanest observed configuration used about 3.1 GB of memory.
Which tools have been used to run Qwen-MidTemp?
Benchmarks were submitted using llama.cpp. Results are community-contributed and updated as new runs arrive.