Cadac S215

Beschrijving

The S215 is a self-powered high-end subwoofer, which features 2 x 15″ ported woofers. The power output of 4000 W (RMS) ensures for very high SPL down to a frequency of 40 Hz. It can be combined with all products of the CADAC© range and be used as subwoofer extension in ground stack configuration for point sources or line arrays and can be also used as ground stack horizontal subwoofer array. The DSP-electronic has 2 power amplifiers and 2 DSP channels. Internally, one S215 has 2 amplifier and 2 DSP channels. The CADAC DSP-core module platform is integrated with the amplifier section into the loudspeaker. Cabinets are electrically connected by the CADAC C-Link audio and command interface. The CCP control and prediction software can connect to the array via LAN for command and control, Auto-EQ and to calculate sound prediction on listener areas. With the CMAP (mapping optimization mode), the dispersion can be adjusted and optimized according to the listener area for the application of subwoofer arrays. CMAP enables to create arbitrary radiation patterns for the listener area with ground stack horizontal arrays.

Features

4000 W RMS amplifier power
2 x 512 FIR taps (FABS© Beam Steering)
+ 1024 FIR taps for AUTO EQ
All-in-one software: Command, control, beam
forming and AUTO EQing (direct DSP link)
Artifact-free sound transmission from 40 Hz – 120 Hz
2 amplifiers and 2 DSP channels
AUTO-recognizing speaker types and system
size (daisy chaining)
C-LINK all-in-one cabling: digital audio, command
and control
Unrivaled accurate low-frequency controllability
Premium long-excursion transducers for high-end
sound transmission
3 auto-redundancy levels (DANTE©, AES3, analog)
Smartphone / tablet app for basic control
DANTE© interface as standard
Dual-range A/D converters (138 dB S/N ratio)
Widerange power supply (85-265 VAC)

Applications

The S215 was developed for fixed installation as well as mobile sound reinforcement and can be used for low frequency transmission in acoustically very demanding venues.