Lextar exhibits a series of LED components including COB

Lextar exhibits a series of LED components including COB and LED package. In terms of COB, the newly developed Chip Array COB technology employs exclusive mechanical design and unique material for improved cost.With a 15-20% more efficient COB the Chip Array COB features a luminous efficiency up to 150 lm/W and a 40% total cost reduction for customers’LED lighting solutions.The 6 and 12 watts exhibits are accompanied with a relevant driver solution for LED bulb, downlight, light tubes and various applications.In addition to the new technology, Lextar will exhibit a series of COB ranging from 4 to 70 watts, merit high color rendering index and a luminous efficiency up to 95 lm/W for warm-white color temperature.In LED package technology, Lextar announces its 3014 and 5630 packaging models with the high efficiency of 150 lm/W.

The excellence of this LED series comes from brightness improvements and enhancements throughout the in-house R&D and production process from epitaxial to chip to packaging. Lextar’s high efficiency technology demonstrates its vertical integration strength, and can compare with the top tier LED makers.  This high-efficiency product can be applied to bulbs and light tubes at lower costs as fewer LED are required by increased brightness.The Guangzhou International Lighting Exhibition is the second largest lighting devices exhibition in Asia. It has been held for 16 years and this is the second time that Lextar has a presence there. The exhibition features very extensive contents: from LED technology, professional lighting, light source, lighting control system and production equipment and instruments for lighting devices. There were more than 2000 exhibitors from some 110 countries in last year’s show. It is expected that number of both exhibitors and visitors will soar this year as the LED industry is in the global spotlight as a result of the trend of environment protection and energy saving as well as mandates imposed by the regulations of individual countries.

Reportedly, the Smart Lighting Engineering Research Centre (ERC) led by Rensselaer Polytechnic Institute,  has set up 21 key industrial partners including Osram Sylvania and Taiwan-based Epistar to help guide the centre’s leading-edge research programs and hasten the transition of important innovations from the lab bench to the marketplace.The ERC is led by Rensselaer Polytechnic Institute. It is dedicated to developing new LED technologies and applications for smarter, better-performing lighting devices and systems.At present, the ERC team is working to create better LEDs, as well as new sensors and systems required to effectively to monitor and control these LEDs.More than 30 ERC faculty researchers at Rensselaer and partner universities are actively working toward this goal, along with dozens of student researchers, postdoctoral researchers, and visiting industry engineers.

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