Where this model stands against the best model in each language at Q8_0, its speed on an AMD Ryzen 4750U laptop, and what the card says. Add a second model to compare them head to head.
modelmoonshine-tiny-zh
AMD 4750U GPU42.9×
AMD 4750U CPU28.4×
Q8_0 size0.03 GB
frontier · AMD 4750U GPU1 of 1
verdict: Behind the leader's 95% CI in its one benchmarked language, Mandarin Chinese (CER). Faster than realtime on the AMD 4750U GPU (42.9×) and AMD 4750U CPU (28.4×).
license: MIT · card languages: 1 · —
standing by language · 1 benchmarked
Each bar compares this model with the best other model in that language, on a log scale: left of center it is ahead, right of center behind, and the other model is named on the row. The two error rates use the legend colors: this model first, the other model second. Faded bars are ties, where the 95% confidence intervals overlap. Sorted strongest standing first. Hover a row for full details.
moonshine-tiny-zh errorbest other model errortie: the 95% CIs overlap
quantization · 1 usable language at F32, F16
F32 is within noise on the one usable language: 310% of the Q8_0 file for no measurable accuracy cost. F16 is within noise on the one usable language: 167% of the Q8_0 file for no measurable accuracy cost.
F32 file310% of Q8_00.10 GB against 0.03 GB
median error change−1.3%over 1 usable language
measurably worse0 of 1above the Q8_0 95% confidence interval
worst usable languageMandarin Chinese (CER)13.88 → 13.70 (−0.18 pts)
F16 file167% of Q8_00.06 GB against 0.03 GB
median error change−1.3%over 1 usable language
measurably worse0 of 1above the Q8_0 95% confidence interval
worst usable languageMandarin Chinese (CER)13.88 → 13.70 (−0.18 pts)
measurably worse than Q8_0: above its 95% confidence intervalwithin noisetypical noise of one measurement
per-language numbers (1)
Mandarin Chinese (CER)
13.8812.83–14.93
13.70−0.18
13.70−0.18
−1.3%
speed · all 73 models on the AMD 4750U GPU
× realtime, log scale. Left of the realtime marker, transcribing takes longer than the recording. Hover a dot for the model.