the work they have been doing in this area

The project aims to produce high power gallium nitride (GaN) LEDs capable of 95 percent light extraction with an electrical isolation layer designed to dramatically simplify packaging, boost performance and reduce costs for general lighting applications. The research and development programme will run for 24 months. The total project size is led high bay light.Commenting on the Technology Strategy Board's decision to invest in the project, its Chief Executive, Iain Gray noted that innovative research and development, such as the LED lighting for the 21st Century project, will enable the UK to develop world-leading technologies that have global market potential.

PhotonStars pointed out it’s a great win for them and endorses all the work they have been doing in this area. The funding combined with being able to work with such a prestigious team at Cambridge University will enable them to push the boundaries in this all-important area of lighting. They believe they will be able to advance the energy and environmental benefits of LEDs even further.The University of Cambridge’s Professor Colin Humphreys added that they are delighted to apply their GaN growth skills to such an important environmental application for LED technology. LEDs have great potential to dramatically reduce Carbon Dioxide emissions and reduce waste associated with disposal of conventional and low energy light bulbs.It’s disclosed that the government's Technology Strategy Board is investing over ￡7 million in 12 innovative lighting technology research and development projects, while the Engineering and Physical Sciences Research Council is contributing nearly ￡1 million to five of the projects.

The company, headquartered in Southampton UK, was founded in 2007 by Dr James McKenzie and Dr Majd Zoorob with the aim of producing world class LED lighting products for general illumination. PhotonStar made its product debut at ARC ’08 launching the first of its led high bay light products, the CeilingStar5-IC, a downlighter for use in fully insulated ceilings. The CeilingStar5 produces 450 Lumens at thermal equilibrium from 8W of circuit power in either warm white or neutral white and provides equivalent illumination to a 60W incandescent downlighter or a 35W MR16 downlighter. PhotonStar LED Ltd has in February acquired an optical and electrical characterization laboratory able to handle LED technology from the LED die, through LED modules to the luminaire. Further info on www.yahamlighting.com