NEXO ePS and ID Series at ISCVEx 2024!
NEXO ePS and ID Series showing at ISCVEx 2024!!
NEXO is proud to present the ‘no-frills’ ePS Series of IP55-rated loudspeakers, along with the remarkable ID-Series loudspeakers that offer unparalleled directivity control.
At NEXO, we are thrilled to showcase our ePS Series at this year’s ISCVEx 2024 event. While these speakers may appear basic at first glance, their unassuming exterior hides their true potential. With an IP55 rating, they are the perfect choice for outdoor events and installations that require weatherproofing.
But that’s not all – our ID-Series loudspeakers will also be featured, boasting unrivalled directivity control. Why not Join us at ISCVEx 2024 as we unveil these cutting-edge audio solutions designed to elevate your sound experience. Make sure you register in advance to attend!
NEXO
NEXO has been designing ground-breaking sound reinforcement solutions at its Parisian headquarters since 1979. The company’s pioneering technology, innovative designs and sonic excellence have enhanced live events across the globe for decades, gaining the respect and trust of sound professionals everywhere.
oday, NEXO is a strategic business unit of Yamaha Corporation, a convergence of technological expertise that facilitates full integration of speaker and amplifier control, and console management of PA systems over the latest and most popular digital networking protocols.
ePS Series
For more than 25 years, the groundbreaking NEXO PS Series has enjoyed industry standard status as the point source loudspeaker of choice in high end installations around the world. Now the ePS Series builds on the PS platform to create a new, ‘no frills’, IP55-rated loudspeaker range that makes legendary NEXO engineering and performance accessible to a wider range of projects.
ID Series
Directivity control is key to the superior performance of NEXO’s ID Series speakers. Column, compact and super-compact speakers share the same sonic signature, making it possible to create thrilling and immersive sonic experiences in the most complex acoustic environments.
