We specialize in pro-audio & loudspeaker technology for events, concerts, corporate events.

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Our audio technicians have experience at the top and excel in their chosen field. We are perfectionist and musicians at heart and make sure any event has the most crisp and clear audio possible, even in acoustically challenging venues. We offer EDC plane array technology which enables the ability to create 3D wave fronts. Each speaker is capable of vertical and horizontal steering as well as customizable wave shaping, allowing re-configurable pattern control to suit any venue. Our LRF Scan uses laser mapping of the real-world space allowing for automatic configuration of the EDC Plane array system to create the perfect wave shape to suit the space.

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A Plane Array takes a completely different approach, using inherently spherical or half-spherical propagating transducers to create an inherently spherical or half-spherical wavefront. The purpose of a Plane Array is to generate an acoustic front that is of high magnitude (high SPL) and of high coherence, with both wide and narrow dispersions.

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EDC Acoustics Plane Array(TM) technology is uniquely different to current beam steered technology. Current beam steering technology on the market typically features single dimension control only - usually with horizontal control limited to the mechanical design of the speaker itself. Current beam steering technology acts as a planar array creating a naturally narrow dispersion, and utilizes FIR filters, amplitude shading and/or low pass filtering to broaden the beam angle in a single dimension. This results in a product that is naturally convergent (narrow dispersion) and manipulated to produce wider dispersions. Linear algorithms also can be applied to create simple pan and tilt of the beam. As the beam steered product is broadened, its peak SPL ability is reduced. As such, current beam steered technology is typically limited to speech/background/foreground music applications.

EDC Acoustics Plane Array(TM) technology uses special patented algorithms to create both narrow and broad acoustic dispersions. These patented algorithms do not use FIR filters, do not use amplitude shading and do not use low pass filtering to broaden acoustic spread. Furthermore, our algorithms apply a phase constant output between all output devices. The result is highly coherent sound, with all transducers providing full bandwidth power capabilities all the time. Every driver is working to its maximum capabilities and across its entire operating bandwidth all the time - regardless of a narrow or broad configuration.

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Plane Array(TM) technology is not limited to speech and background music applications, but is also supportive of concert level SPL - whilst providing the coherence and transient response comparable to a studio monitor.