Components | LEDs | White LEDs | CoB LEDs | Spot Lights | May 15, 2019

Luminus Devices Pico-CoBs Offer the Smallest LES and Enable Tiny Light Fixtures with Punch

Luminus Devices is expanding its Gen4 LED CoB portfolio with two new Pico-CoBs with high-output and very small light emitting surfaces (LES) that enable spotlights with compact form factors, narrow beam angles, and high center beam candle power.

Small, 6 mm LES, CoBs are typically limited to approximately 9 degree viewing angles. Luminus' new Pico-CoBs enable fixtures with viewing angles as narrow as 5 degrees and produce high flux density, or punch, that is so important for high quality-of-light directional lighting applications for museum, residential, hospitality, and other environments.

The CXM-3 has an LES of 3.5 mm and produces up to 675 lumens of 90 CRI minimum warm 3000 K light, which makes it an ideal replacement for a 50 W halogen spot. The CXM-4 has an LES of 4.5 mm and generates up to 1255 lumens, and as with all Luminus CoBs, these new devices are specified and 100% factory tested at a junction temperature of 85°C, to ensure performance and consistency that meets the users' expectations in real-world application conditions.

"Our Pico-CoBs with Gen4 technology really get luminaire designers excited because they can leverage our higher max case temperatures and max drive currents to create innovative new designs with smaller form factors," said Tom Jory, VP of Illumination Marketing at Luminus Devices. "This means lighting designers can specify luminaires with our Pico-CoBs and create unique dramatic effects with longer throws and narrower beams produced by tiny fixtures incorporating sleek designs that are hidden in the architecture."

For additional information please visit www.luminus.com

About Luminus Devices, Inc:

Luminus, Inc. develops and markets solid-state lighting solutions (SSL) to help its customers migrate from conventional lamp technologies to long-life and energy-efficient LED illumination. Combining technology originated from the Massachusetts Institute of Technology (MIT) with innovation from Silicon Valley, Luminus offers a comprehensive range of LED solutions for global lighting markets as well as high-output specialty lighting solutions for performance-driven markets including consumer displays, entertainment lighting and medical applications. Luminus is headquartered in Sunnyvale, California.

FEATURED

WHITE PAPER - Protection Materials To Improve LED Device Lifetime And Performance

WHITE PAPER - Protection Materials To Improve LED Device Lifetime And Performance With the rapid growth of the LED market, correct product selection is imperative to ensure LED performance and lifetime. Jade Bridges, Electrolube’s Global Technical Support Manager, will highlight the use of LEDs in various environments and introduce how to specify appropriate protection under ... Read more »

FEATURED

WEBINAR - 4 Key Considerations for Building a Secure Smart Lighting System

WEBINAR - 4 Key Considerations for Building a Secure Smart Lighting System Smart lighting is so much more than energy saving. Many building owners, operators and facility managers are using smart lighting systems as the infrastructure to enable building automation and gather space utilization data. Read more »

FEATURED

WHITE PAPER - Unlocking a Building's IoT Potential With Secure, Smart Lighting

WHITE PAPER - Unlocking a Building's IoT Potential With Secure, Smart Lighting IoT-powered lighting systems are backbones for smart building applications such as sensor-based energy harvesting, computer-vision-based space optimization, and artificial-intelligence-based predictive maintenance. Read more »

EDITORIAL

High Conductive Foils Enabling Large Area Lighting

High Conductive Foils Enabling Large Area Lighting Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP as one of the leading partners for research and development for surface technologies and organic electronics and Sefar AG, a leading manufacturer of precision fabrics from monofilaments, developed a roll-to-roll ... Read more »

page_peel