Explore THe LA210X !
The LA210x is a medium format three-way, coaxial, active line array element designed to support a wide range of mid to large-sized touring applications and installations where easy to use, from transportation to installation and rigging, are critical. Built-in powerful DSP and amplification eliminates amplifier racks, long loudspeaker cables, and basic system calibration. Custom made European transducers and a maximally optimized acoustic design provide excellent sound fidelity at very high SPL levels. The LA210x features dual 10-inch (3-inch voice coil) neodymium woofers and a groundbreaking coaxial ring radiator loaded by an exclusively developed OSWG waveguide. This acoustic design delivers exceptional phase coherence and consistent coverage down to 300Hz and the most accurate transient reproduction.
The system is driven by an internal fan cooled 2000W 3-way ultra-efficient Class-D amplifier module releasing 1550W for LF section, 275W for MF section and 175W for the HF section. Integrated universal mains power supply with PFC provides consistency and optimum performance anywhere in the world
Onboard, advanced, powerful 96kHz/40bit SHARC DSP engine, monitored by built-in LCD screen with a preset loading encoder, can be remotely monitored and controlled through ethernet by a PC using X-NET Software. The full-featured X-NET Software automatically identifies each device and allows simultaneous control of multiple devices through grouping facility. Everything you need to fine-tune the sound of your system is right there.
MEDIUM TO LARGE VENUES
LA210x can be used indoor or outdoor, from medium to large venues.
The 3-point rigging system allows for quick and easy system setup. The LA210X elements are easily connected via two front links. A rear center link allows the user to define relative splay angles from 0° to 10°. The system will automatically lock to the predefined angles when lifting the array. The LA210x features dual 10” (3” voice coil) neodymium woofers and a groundbreaking coaxial ring radiator loaded by an exclusively developed OSWG waveguide.