MLA technology, embodied in MLA, MLA Compact and MLA Mini, represents a new direction in the way loudspeaker arrays are configured and controlled. It has been developed to address the position-dependent variations in sound levels and frequency response that are a characteristic of even the very latest conventional line array systems.
Receiving multiple awards for innovation, MLA technology represents a radical departure from conventional line array thinking, and delivers much more consistent sound across the audience.
With independent control of up to 144 individual cells in an array, MLA technology is not constrained by the typical 3dB fall-off in SPL with doubling of distance associated with line arrays. Instead, the engineer specifies exactly what SPL and frequency response is required at the front rows, the mix position and the rear balconies – as well as identifying areas where sound is to be avoided – and intelligent software automatically controls the array to produce that result.
Critically, the software predictions are accurate to within +/-1dB of measured results, so the required coverage and SPLs can be programme-in and achieved at switch-on – completely eliminating time consuming trial-and-error during set-up.
MLA technology has many advantages over a conventional line array, including:
These advantages apply to the full range of applications – whether concert touring, one-off events, festivals or permanent installations in clubs and live venues.
In short, MLA technology embodied in the MLA Series employs a precise science that guarantees greater control, consistency and unparalleled sonic quality. High-efficiency acoustic and amplifier technologies reduce size and weight, and with amplification, processing and control already onboard, less trucking space is required – delivering greater tour profit.