Silicon Valley-based Gaas Labs LLC,a private investment fund targeting the communications semiconductor market,has acquired privately held Nitronex Corp of Durham,NC,USA,which designs and makes gallium nitride(GaN)-based RF power ...
Tags: Gaas Labs, Nitronex, GaN-on-Si, RF power transistors, semiconducto
Lattice Power says that it is in volume production of high-power gallium nitride LEDs grown on silicon substrates, while Plessey appears to be not far behind. Lattice Power Corporation, a China-based company that is developing gallium ...
Tags: Production, LED, MOCVD system
20 June 2012 First 40GHz 2.5W/mm output performance of GaN/Si HEMTs Institute for Electronics,Microelectronics and Nanotechnology(IEMN)in France has demonstrated high-power-density nitride high-electron-mobility transistors(HEMTs)on ...
Tags: GaN/Si HEMTs, IEMN, AlGaN
Taiwan-based researchers have been working to reduce nitride semiconductor high-electron-mobility transistor(HEMT)costs by developing copper interconnect structures compatible with production processes on silicon substrates[Yueh-Chin Lin et ...
Tags: HEMT, Breakdown Voltages, Copper, Gold
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
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
Following opening of the competition last Autumn and closing for applications in December,the'Technology Inspired Innovation'competition for collaborative research&development funding in the UK has now resulted in 43 projects being chosen ...
Tags: UK funds, compound semiconductor, Photonics and Electrical Systems