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model
stringclasses
3 values
params
stringclasses
3 values
arch
stringclasses
2 values
wer_clean_pct
float64
1.42
1.49
wer_other_pct
float64
4.73
6.26
rtfx
int64
53
451
vram_gb
float64
2
4.6
dataset
stringclasses
1 value
utts_per_split
int64
200
200
parakeet-tdt-0.6b-v2
0.6B
TDT transducer
1.49
4.73
451
2
LibriSpeech
200
whisper-large-v3
1.55B
attention enc-dec
1.47
5.96
53
4.6
LibriSpeech
200
whisper-large-v3-turbo
809M
attention enc-dec
1.42
6.26
117
2.5
LibriSpeech
200

Sovereign ASR Bench — RTX 5090

Local, self-hosted automatic speech recognition benchmarks on one RTX 5090 32GB. Part of the WITCHEER local-AI rig. Methodology that matters: load-once measurement (so RTFx times transcription, not model load), one shared text normalizer applied to every model output and reference, and micro-averaged WER (total errors / total reference words — the LibriSpeech standard). The board lives as data in board.csv (shown in the viewer).

Board — LibriSpeech (test-clean / test-other), 200 utts/split, load-once

model params arch WER clean WER other RTFx VRAM
parakeet-tdt-0.6b-v2 0.6B TDT transducer 1.49% 4.73% 451× 2.0 GB
whisper-large-v3 1.55B attention enc-dec 1.47% 5.96% 53× 4.6 GB
whisper-large-v3-turbo 809M attention enc-dec 1.42% 6.26% 117× 2.5 GB

WER-other vs RTFx vs VRAM

Clean read speech is a three-way tie (saturated). On the noisy split the 0.6B Parakeet transducer wins on WER and runs 4–9× faster on the least VRAM — the smallest model is the most noise-robust. Full writeup + mechanism in asr-head-to-head.md.

Method

  • Runner (load-once): scripts/asr_bench.py — parakeet.cpp bench --manifest (TDT) + whisper.cpp multi-file, both on sm_120 CUDA.
  • Scorer (dep-free): scripts/asr_report.py — micro-WER + RTFx + peak VRAM.

Caveats

200 utts/split is directional (ranking solid, exact margin provisional vs the full 2,939-utt test-other). English-only. Number-words-vs-digits are not reconciled — counted as errors equally for every model.

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