Truthear Nova → SEAP target · 48 kHz
AutoEQ ranking
Tryptify's AutoEQ against AutoEq (the engine behind autoeq.app) and squig.link's optimizer, fitting the same headphone to the same target, all scored by the same code.
Why Tryptify ranks here
- Loading the ranking…
Bench results from SeapEngine, which runs each engine's real code: Tryptify's compiled from the app's Kotlin, AutoEq's own Python and squig.link's optimizer. Want your own headphone ranked? Rank it in SeapEngine; files stay in your browser.
Try it
Your headphone, through Tryptify's AutoEQ.
Search over 10,000 headphones from AutoEq and twelve squig.link databases, or load your own measurement. The EQ is computed right here in your browser by the same engine as the app.
or (squig.link, REW or AutoEq export: frequency and dB per line)
Pick a headphone to start.
| # | Type | Frequency | Gain | Q |
|---|
The app finds the same headphones in its AutoEQ, and plays the correction itself. Measurements are fetched from AutoEq on GitHub and from the squig.link site that published them.
Truthear Nova → SEAP target
The curves.
Where each engine lands after its EQ, and the EQ it applies. They follow the frequency limit and band count above. Tap a name to hide or show it; point at a graph to read it. Curves are level-matched to the target from 20 Hz to 16 kHz.
Frequency response
EQ curves, no preamp
EQ onlyThe seven measures
What each score means.
An EQ can match a target on average and still sound wrong. Each measure catches a different way it can go wrong. Tap one to rank by it.