DynO™, (Dynamic Optimization) monitors the loudspeaker system as it reaches its performance limits. This technology uses digital signal processing to maximize output and fidelity. A loudspeaker with DynO™ continues to sound clear and full as it is pushed near its operating limits.
Think of this as dynamic compression, or dynamic equalization. The algorithm detects peaks in frequency bands, then limits those peaks only where they occur.
How does DynO™ Work?
DynO™ is a revolutionary processing technique that allows EAW Engineers to maximize output from a given amplifier – transducer combination. As opposed to conventional limiting which simply views amplifier output and driver power handling in aggregate (i.e. a driver can handle 100 watts or an amplifier can produce 500 watts), the DynO™ process involves much more detail and complexity. By studying the headroom of all electronic and acoustical devices frequency by frequency and utilizing frequency‐dependent limiting algorithms in combination with more traditional band-pass limiting, a system’s broadband headroom can be maximized regardless of the input signal spectrum.
Conventional limiting reduces the output of a device or even an entire system when drive thresholds draw near. So as soon as a system reaches its limits, the tonality changes – radically. But DynO™ involves far more resolution and complexity. By observing the headroom of all electronic and acoustical devices frequency by frequency and utilizing frequency dependent limiting algorithms in tandem with more traditional bandpass limiting, Redline’s broadband headroom can be maximized regardless of the input signal spectrum.
EAW products are continually improved. All specifications are therefore subject to change without notice.
© 2024 Eastern Acoustics Works
