References in periodicals archive ?
The integration on silicon of efficient indium phosphide based light sources, currently driving long-range telecommunication networks, is known to be very challenging, owing to the large mismatch in crystal lattice constants between both materials.
According to AXT, Indium phosphide is rapidly emerging as a material of choice for both new and existing applications, including optoelectronic devices for fiber optic telecommunications, passive optical networks, and data centre connectivity, as well as solar cells and next-generation wireless amplifiers.
The indium phosphide nanowires used only 10 percent of the material needed to produce sheets of PV material.
Then, at a temperature low enough to be compatible with silicon-microchip processing, they bonded atop that wafer a matching wafer composed primarily of indium phosphide, explains John E.
These record breaking results show that indium phosphide circuits can be used for very high speed and high breakdown voltage circuit applications where traditional silicon circuits do not yet have the performance," said Dr.
IQE - a leading manufacturer of advanced semiconductor wafer products to the global semiconductor industry - has received a new purchase order agreement for indium phosphide (InP) materials to the value of $3.
When voltage is applied, light generated in the indium phosphide based material passes through the oxide "glass-glue" layer and into the silicon chip's waveguide, where it is contained and controlled, creating a hybrid silicon laser.
Motorola Labs is now working on developing the optimum intermediate layer for indium phosphide and other materials.
Whereas gallium arsenide transistors are about 10 times as fast as those of silicon, indium phosphide transistors up the pace by another factor of 10.
An indium phosphide chip designed and produced by TRW (NYSE:TRW) is the first InP integrated circuit to be flown in space.