Constant Curvature Line Source
The CXA is intended as a flexible solution for both fixed installations and touring where wide coverage is required from as few line array elements as possible.
Designed to be flown either horizontally or vertically, this line source system can be used as a single element or a combination of a maximum of 4 cabinets in array configuration delivering a 72º coverage in the vertical plane. Our custom HF Multidriver Waveguide system delivers 100H x 18V precise coverage for a multitude of installations. Thanks to its careful construction it can also be installed for symmetrical HF dispersion.
The CXA Array models are self-powered (Class D) with switching power supply and 1400W of amplification each. They are also controlled by the latest generation of Digital Signal Processing with a DSP integrated in to each cabinet, optimizing all the system components and electronics, providing maximum system efficiency and total protection.
Perfectly suited for:
→ Outdoor events
→ Large stadiums / arenas
→ Houses of worship
→ Interior live PA
Class D Amplification
The CXA cabinets include class D amplification, with switching power supply and 1400W of amplification each. The integrated amplification far exceeds the transducers’ needs thus resulting in high output, high damping factor and extremely low levels of distortion. The CXA series are designed to offer quick and easy set-ups with no need for external amplification racks.
The CXA cabinets are controlled by the latest generation of Digital Signal Processing with a DSP integrated in to each cabinet. This DSP, with 56bit internal processing and double dynamics optimizes all the system components and electronics, providing maximum system efficiency and total protection whilst significantly and noticeably lowering distortion.
Every box comes with different presets which include a basic full-range preset, various crossovers and a flat preset so that the user can adjust the parameters manually.
Online system (Ethernet or PC) to control each cabinet in real time.