Benchmarks

Benchmark results

Quality at a given model size, measured on instruction-tuned models with standard task benchmarks - including where standard methods still lead.

Instruction-tuned models, real tasks

Qwen3-8B

ModelMemory (GB)Instruction followingCodingKnowledge
Qwen3-8B, uncompressed (16-bit)16.4082.1%79.3%-
Qwen3-8B, official 4-bit release (AWQ)6.1080.6%74.4%71.9%
Qwen3-8B, Minutus 3-bit3.9082.1%75.0%70.9%

Qwen3-4B and Qwen3-1.7B

ModelMemory (GB)Instruction followingCodingKnowledge
Qwen3-4B, uncompressed (16-bit)8.0479.9%76.2%-
Qwen3-4B, standard 4-bit (NF4)2.6577.8%73.2%66.8%
Qwen3-4B, Minutus 3-bit2.4578.0%72.6%66.3%
Qwen3-4B, Minutus 2-bit (research preview)Research preview1.3860.6%46.3%55.3%
Qwen3-1.7B, standard 8-bit2.0468.6%62.2%54.8%
Qwen3-1.7B, standard 4-bit (NF4)1.3562.7%58.5%53.5%
Qwen3-1.7B, uncompressed (16-bit)3.4466.4%62.2%55.5%

Instruction following

5560657075808511.52346816IFEval (%)Memory (GB, log scale)8B 16-bit8B official 4-bitMinutus 3-bit (8B)4B 16-bit4B 4-bitMinutus 3-bit (4B)Minutus 2-bit1.7B 8-bit1.7B 4-bit1.7B 16-bit
  • Qwen3-1.7B
  • Qwen3-4B
  • Qwen3-8B

Coding

3540455055606570758011.52346816HumanEval+ (%)Memory (GB, log scale)8B 16-bit8B official 4-bitMinutus 3-bit (8B)4B 16-bit4B 4-bitMinutus 3-bit (4B)Minutus 2-bit1.7B 8-bit1.7B 4-bit1.7B 16-bit
  • Qwen3-1.7B
  • Qwen3-4B
  • Qwen3-8B

Knowledge

50556065707511.52346816MMLU (%)Memory (GB, log scale)8B official 4-bitMinutus 3-bit (8B)4B 4-bitMinutus 3-bit (4B)Minutus 2-bit1.7B 8-bit1.7B 4-bit1.7B 16-bit
  • Qwen3-1.7B
  • Qwen3-4B
  • Qwen3-8B

The uncompressed Qwen3-8B and Qwen3-4B models are omitted because MMLU was not measured.

Key results

  • Qwen3-8B compressed to 3.90 GB: 4.2x smaller than the 16.4 GB original, with the same instruction-following score (82.1).
  • Matches Qwen's official 4-bit release (6.10 GB) in 36% less memory: instruction following 82.1 vs 80.6 and coding 75.0 vs 74.4 (differences not statistically significant); the 4-bit release is 1 point ahead on knowledge (71.9 vs 70.9).
  • A compressed 8B in 3.90 GB scores like the uncompressed 4B in 8.04 GB: half the memory for the larger model.
  • Qwen3-4B at 3 bits matches standard 4-bit quality on all three benchmarks (instruction following 78.0 vs 77.8, coding 72.6 vs 73.2, knowledge 66.3 vs 66.8; no significant difference) in less memory (2.45 GB vs 2.65 GB).
  • Keeps 98% of Qwen3-4B's instruction-following score and 95% of its coding score at 3 bits.
  • Research preview: Qwen3-4B in 1.38 GB (5.8x smaller). Active development.

Swiss model

Apertus-8B, the Swiss open model

MetricUncompressedMinutus 3-bit
IFEval68.4%57.7%
HumanEval+39.6%37.8%
MMLU59.1%51.4%

Apertus-8B at 3 bits keeps 89% of its benchmark quality on average.

98%

4k tokens

95%

8k tokens

96%

16k tokens

Long-context ability is preserved: 95-98% of the original up to 16k tokens.

Methodology

IFEval (instruction following, prompt-level strict accuracy), HumanEval+ (coding, pass@1), MMLU (multi-subject knowledge test, evaluated without chat template); greedy decoding; reasoning (thinking) mode off; identical evaluation harness and hardware for every model; memory = total model storage including the token embedding and output head; Minutus sizes are measured, the official 4-bit release (AWQ) size is the published checkpoint size, and sizes of standard 4-bit (NF4) / 8-bit models are estimated from their bit widths; differences reported as significant are tested with paired McNemar tests on per-question results.

The official 4-bit release was evaluated with its quantized weights expanded to 16-bit for the same evaluation harness, exactly as our models are; scores reflect the quantized weights, not runtime kernels.

Qwen3-8B was compressed with generic chat calibration text, not model-specific data.

Retained % = score of the compressed model / score of the uncompressed model x 100.

All models were evaluated by us on the same hardware and software; numbers may differ from those reported by model authors, who use other evaluation setups.

Want to see this on your own model?

Request a pilot