The US Photovoltaic Manufacturing Consortium(PVMC)–an industry-led partnership between international semiconductor manufacturers'research consortium SEMATECH of Albany,NY,USA and the College of Nanoscale Science and ...
Tags: CIGS, PV Roadmap, Solar, Energy
The Berlin Competence Centre for Thin Film and Nanotechnology for Photovoltaics(PVcomB)–a joint initiative of the Helmholtz Centre Berlin for Materials and Energy(HZB)and the Technical University of Berlin–has started operation ...
Tags: CIGS, PV Modules, Thin-Film Silicon
China's Ministry of Science and Technology is seeking public opinions on the recently revised goals set for the semiconductor lighting technology development under the 12th Five-Year Plan. Compared with the solid state lighting policies ...
Tags: Market View, sapphire
China-based Lattice Power Corp has started volume production of its new-generation gallium nitride(GaN)-based high-power LEDs on silicon substrate.The firm reckons that the development could set the stage for a sharp reduction in the prices ...
Tags: Lattice Power, LED, High-Power, Lighting
Prices for sapphire ingots have stopped falling recently in light of the rising sapphire substrate prices, according to sapphire ingot supplier USI Optronics. Prices of 2-inch sapphire substrates have increased to US$8.5-9 on average ...
Tags: Market View, Sapphire
This development sets the backdrop for a sharp reduction in the prices of energy-efficient LED light bulbs worldwide.Lattice Power is the first and only company in volume production of GaN-on-Silicon LED chip,with products that are ...
Tags: Lattice Power, LEDs, GaN-on-Silicon LED, LED Chips
Lattice Power recently declared the commencement of large-scale production of its advanced GaN-based high powered LEDs on silicon substrate.Following this development,the cost of energy-efficient LED light bulbs can be reduced significantly ...
Tags: LED Lighting, Lattice Power, GaN-on-Silicon technology, High-Powered LEDs
Lattice Power has started mass production of its new generation GaN-based high powered LEDs on silicon substrates,which sets the backdrop for a sharp reduction in the prices of energy-efficient LED light bulbs worldwide.Lattice Power claims ...
Tags: China, Lattice Power, GaN-on-Si LEDs, LED
The pioneer of blue/white gallium nitride-based LEDs on silicon substrate says it is creating the opportunity for a sharp reduction of LED lighting prices Lattice Power Corporation has announced the start of volume production of its new ...
Tags: Market View, led
The pioneer of blue/white gallium nitride-based LEDs on silicon substrate says it is creating the opportunity for a sharp reduction of LED lighting prices Lattice Power Corporation has announced the start of volume production of its ...
Tags: led
Lattice Power Corporation, the world's premier company offering GaN-on-Silicon LED chips, today announced the start of volume production of its new generation GaN-based high powered LEDs on silicon substrate. This development sets the ...
Tags: LED chip
Lattice Power Corporation, the world's premier company offering GaN-on-Silicon LED chips, today announced the start of volume production of its new generation GaN-based high powered LEDs on silicon substrate. This development sets the ...
Tags: Market View, LED chip
Aixtron SE announced a new MOCVD system order from Plessey Semiconductors Ltd. of the UK. The contract is for the first of a set of production ready CRIUS II-XL reactors in a 7x6-inch wafer configuration. The reactors will be dedicated to ...
Tags: mocvd
Aixtron SE announced a new MOCVD system order from Plessey Semiconductors Ltd. of the UK. The contract is for the first of a set of production ready CRIUS II-XL reactors in a 7x6-inch wafer configuration. The reactors will be dedicated to ...
Tags: Market View, mocvd
Merck and LG Chem Ltd. of Seoul, Korea, will receive the "Silver Honor for the Display Component of the Year Award" at the SID Display Week, which will be held in Boston, Massachusetts, USA, from June 3-8, 2012. This award recognizes ...
Tags: North America, Merck and LG Chem, Film-Patterned Retarder