The CS-Series loudspeaker offerings are available as stand-alone products or as an upgrade to existing S-Series enclosures. Their Milan-ready AVB architecture offers network integration and boasts built-in network redundancy contained in a single cable to relay audio and control signal, as well as the assurance of long-term viability as part of an IEEE standard.
The new CS-Series is comprised of: the ultra-compact CS7 two-way, full-range array enclosure; CS7p point-source enclosure; and companion CS118 subwoofer, along with the sub-compact CS10 two-way, full-range array enclosure; CS10n narrow-dispersion array enclosure; CS10p point-source cabinet and companion CS119 subwoofer.
CS-Series loudspeakers feature the same form factors as their S-Series counterparts. Their fully compatible sonic signatures are uniform with the S-Series and IS-Series, ensuring scalable configurations from portable corporate solutions to high-performance touring and installed systems.
The CS Upgrade Kit allows any existing S-Series cabinets to be easily converted to CS models in minutes by simply removing four screws, connecting the CS Jackplate with the provided wiring connectors and switching the front grille.
Also included are four rack-mounted products designed to provide the necessary tools to get the highest level of performance out of the CS-Series. The CS Gateway is a 16 x 16 matrix with 16 channels of DSP, containing dual-LAN, Milan-ready AVB, AES/EBU, and analog connections. The NDS is a network and analog patch bay that allows users to send redundant audio and control to CS loudspeakers on a single network cable. The PDS ensures that all CS-Series systems receive ample power, regardless of region, and allows the user to monitor consumption data, both per power output and overall draw. The CS Bridge is designed to replace existing network infrastructure in Adamson’s E-Rack, allowing users to integrate the CS-Series into their existing inventories by converting dual-LAN, Milan-ready AVB signal to AES/EBU, while also offering six channels of DSP per unit.