Ephesus outshines all conventional and LED lighting competitors to win the University of Phoenix Stadium – home to some of football's most prestigious events including the 2015 Super Bowl.
Ephesus University of Phoenix Installation
See what stadium operators and contractors have to say about the Ephesus LED Lighting installation at the University of Phoenix Stadium, home of the NFL's Arizona Cardinals and host to the 2015 Super Bowl.
(oh and by the way, check out our new app below!)
Ephesus solutions are developed to give you control over how much light you need, where you need it and when it is needed. And that’s what makes all the difference. By focusing on delivering the true potential of solid-state technology, we consistently custom build solutions that answer your challenges and enable you to produce more light using less energy — even under the most demanding conditions.
LIGHTING SOLUTIONS FOR SPORTS & ENTERTAINMENT
The breakthroughs we created in LED engineering have become a real “game-changer” in the world of sports lighting.
The new generation of ultra-high-performance LED lighting technology from Ephesus outshines all other conventional and LED solutions. Click below to learn more about solutions for stadiums, arenas, playing fields and other kinds of sports facilities.
LIGHTING SOLUTIONS FOR COMMERCIAL & INDUSTRIAL
Your working environment can have a profound effect on the way employees carry out their daily tasks. Top performance calls for optimal lighting conditions. With the greatest light output on the market, Ephesus solutions can help increase your product output while saving time, maintenance, energy and money.
Ephesus is here to help you achieve your goals.
University of Phoenix Stadium, Phoenix, Arizona
312 Ephesus Stadium Pro LED light fixtures were installed in the University of Phoenix Stadium, home to the Arizona Cardinals and host to the 2015 Super Bowl. The Ephesus solution used a wired DMX control system that enabled instant control of light settings and levels as well as the ability to generate unique effects.