The SOLID28 combined with the SOLID15 in low and the FLEX6 gives you access to a large scale of applications. This double 18 inch band pass powered subwoofer with a 3.000W RMS robust amplifier module gives you a massive output of 137 max SPL! With a frequency response of 25 Hz to 150 Hz, this subwoofer is able to go extremely deep and give you extraordinarily low frequencies with the same connectivity as the complete AED Audio portfolio.
The X606 CARDIOID is a self-powered 3-channel high-end cardioid subwoofer, which features 6 x 6.5" ported woofers and unique software controllable cardioid radiation pattern. The power output of 1200 W (RMS) ensures for very high SPL down to a frequency of 75 Hz. The cardioid disperson avoids unwanted energy behind the system and reduces the reveberant field at low frequencies while providing highest accuracy in low frequency sound emission. The combination of mapping optimization and direct cardioid radition pattern definition is the most comprehensive and powerful loudspeaker management system on the market. It is seamlessly constructed into the software, cabling and connection concept. The cabinet can be used as a cardioid extension or normal LF extension for the X606. It shares the same outer dimensions and flyware and can be flown together with the X606 as one line like conventional LF extensions or flown behind the X606 with the cardoid flying frame to set up a beamforming cardoid line array system. Due to the fully integrated connection hardware, the subwoofer can be stacked to realize larger systems with up to 10 meters of acoustic length. Internally, one X606 CARDIOID has 6 amplifier and 6 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 vertical dispersion can be adjusted and optimized according to the listener area.
