With a high color rendering index (CRI), ViviLux ensures accurate color rendition in even the most demanding applications. Furthermore, emitter-to-emitter variations of less than 2 MacAdam Ellipses guarantee lighting consistency, both initially and throughout the service life of the emitters. ViviLux, which is based on LED Engin’s proven LuxiGen(TM) emitter technology, is available in three beam options: 24°/ 35°/45°, providing flexibility and freedom in lighting design.
ViviLux, with its extreme power density, multiple beam angles and high CRI, provides the ultimate solution for lighting designers and OEMs in commercial and retail markets, said David Tahmassebi, President and CEO of LED Engin.
Our customers will also benefit from the simple and single TIR optics emitter combination to save on system cost while addressing high end applications with stringent lux/watt and light quality requirements.
ViviLux is available now in sample volumes with production quantities due in Q3. A limited number of sample starter kits are available. Kits include a ViviLux emitter mounted on a connector MCPCB for easy, solderless assembly, a matching Cooliance CoolstrateTM cooler capable of dissipating up to 40W, and a standard 1400mA LED driver (700mA to each die).
LED Engin will be demonstrating ViviLux together with newly introduced LuxiTuneTM intelligent emitter for halogen-like dimming, a range of emitter and beam combinations for directional down light and accent lighting, multicolour LED wallwashers and the full range of white, multicolour and UV versions of its LuxiGen emitters on booth 6308 at Lightfair International, Las Vegas, USA, May 9-11, 2012.
ViviLux key features:
• Offered as an emitter / lens combination with beam options: 24°/ 35°/45° • Industry-leading Lux-on-Target performance for directional applications • Color Temperature of 3000K with 2 MacAdam Ellipse single bin for emitter-to-emitter consistency • Color Rendering Index (CRI) of 90; R9 minimum of 70 • 1700 lumens at nominal current of 700mA measured at Tc=80degC steady-state • 85 lm/W emitter efficiency at 350mA measured at Tc=80degC steady-state