An engineering company — Bellevue, Washington

Active loudspeakers,
deeply engineered

We build active loudspeakers around proprietary signal processing: every driver measured directly, corrected per sample on FPGA, and driven by its own amplifier. A loudspeaker should reproduce its signal. We make it so.

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What we measure

Cumulative spectral decay of the uncorrected tweeter, 2.2 to 24 kHz, 0 to 2.5 ms, 40 dB span — **The same tweeter, in its cabinet, before and after our correction.** Cumulative spectral decay from a single log-swept sine, 2.9 ms gate, measured on axis with an Earthworks M30 G2. Normalized shows each frequency relative to its own level at t = 0, so only the decay remains; unnormalized references everything to one peak, so the response shape shows too.
Our own measurement, our own software · nothing smoothed

Cumulative spectral decay of the same tweeter with correction applied, same axes — **The same tweeter, in its cabinet, before and after our correction.** Cumulative spectral decay from a single log-swept sine, 2.9 ms gate, measured on axis with an Earthworks M30 G2. Normalized shows each frequency relative to its own level at t = 0, so only the decay remains; unnormalized references everything to one peak, so the response shape shows too.
Our own measurement, our own software · nothing smoothed

Active loudspeakers,deeply engineered

Register your interest

Thanks for your interest

Active loudspeakers,
deeply engineered