The industry leader in accelerating the LED lighting revolution

Having spent much of my career forging relationships and developing business opportunities in technology companies, I am thrilled to be joining Digital Lumens, whose intelligent LED lighting solutions are truly changing the game,” says Healy. “I look forward to collaborating with my new team to accomplish an even greater level of success in the months and years to come.Prior to his role at GE, Healy was the director of strategic marketing at Ferro Corporation, and ATMI, where he was responsible for strategic marketing and business development activities. Healy earned a bachelor’s degree in chemistry from MIT, his PhD in the same field from Harvard University, and an MBA from the University of Chicago.We know that integrated intelligence creates a platform for radical energy efficiency and innovative functionality.,” said Tom Pincince, President and CEO of Digital Lumens. “But, the lack of open standards and a dynamic interoperable ecosystem has so far hampered massive adoption across the entire landscape. Matthew brings a wealth of knowledge, incredible industry experience, and razor-sharp go-to-market skills that will help us work with other players in the market to change this.”
The industry leader in accelerating the LED lighting revolution, the Digital Lumens model combines LED lighting technology with energy management and service capabilities, to offer its customers significant savings of 90 percent annually. The company’s system has proven successful in over 500 installations across the commercial and industrial lighting sector.Staged alternately annually on the West Coast and the East Coast, LFI returns to Las Vegas in 2014 where it set new all-time attendance and trade show records during its five-day run in 2012. In independent studies conducted by the research firm Moore & Symons, attendee and exhibitor ratings of overall value and satisfaction reached an all-time high.capable of producing a wide spectrum light while operating for long periods of time at atmospheric conditions. This device is based on a new concept of light emission from an ultra-thin amorphous dielectric layer.

According to an article published in Applied Physics Letters, the light emission mechanism, characteristics of the emission spectrum, fabrication method, and the operation parameter effects on this type of LED. The device was fabricated with the room-temperature sputter deposition method on a silicon wafer. The light emission intensity could be enhanced with a nanocrystal layer embedded in the dielectric film. Most importantly, the complete process and materials are compatible with the existing IC fabrication facility.There is a need for a new type of LED that is: low cost, long operation life, small in size, emits white light, and easy to fabricate with environmentally friendly materials and process.” Dr. Kuo says. “ What makes this new LED unique is it meets all of these requirements plus it is extremely easy to fabricate with the existing equipment in all semiconductor fabs.”