d&b NoizCalc Successfully Predicted a Peaceful Prolight + Sound 2016

	d&b audiotechnik at Prolight + Sound 2016.

The introduction of d&b audiotechnik NoizCalc at Frankfurt's 2016 Prolight + Sound has brought some much needed promise to the serious subject of far field noise emission at open air events.

The new d&b software tool, created in collaboration with noise consulting and software development experts, SoundPLAN, will enable system designers to assess how multiple complex and coherently emitting sources, such as d&b line arrays and subwoofer arrays, will impact on areas outside the listening field -- to internationally recognized standards. NoizCalc is a further radical enhancement in the prediction and planning toolbox for existing d&b systems.

At the exhibition stand, dedicated workstations gave visitors a chance to take a closer look at NoizCalc as well as the recently launched Dante enabling DS10 audio network bridge. And whether visitors were looking for mobile or installation, the complete loudspeaker range and new generation amplifiers on display made it easy to find just the right system for the job.

Meanwhile at the Prolight + Sound manufacturer forum, the story behind NoizCalc's creation attracted a spirited crowd. Presented by Matthias Christner and Dr. Elena Shabalina from d&b R&D, and SoundPLAN's Jochen Schaal, the session looked at how NoizCalc and SoundPLANnoise provide all the flexibility needed to satisfy local noise regulation requirements for live events.

Sabina Berloffa, director of marketing and product management at d&b commented: "The response to NoizCalc has been striking and testament to this much needed technology. We've known for some time that managing far field noise emission has been a growing issue and as a trusted manufacturer in this market we felt a responsibility to help address the problem. d&b has a 35 year history with large scale outdoor productions and their distinct needs. Today, that means sonic excellence for listeners and performers, but equally crucial is minimizing noise disturbance in the surrounding area -- the future of open air events depend on it."