Integrated opto electronics is the application of electronic devices and systems that detect, control light, and usually measured a sub-field of photonics. Integrated opto electronics deals with a family of optical components such as photodiodes, lasers, optical modulators, and optical wave guides as well as optical storage which are incorporated on a joint substrate for the purpose of performing functions similar to electrical integrate circuits. Integrated opto electronics organizes all necessary devices into an integrated form that can be compact & reliable components with high-performance functions. Integrated opto electronics is becoming ever more significant to computer, communications, and consumer industries. Integrated opto electronics has capacities to meet the performance and cost objectives of these applications by incorporating both optical and electronic components in a highly functional chip. It is the empowering technology with low-cost, variety of systems, robust optical components in end user electronics to high-performance broadband data networks capable of supporting video and multimedia conferencing. Integrated opto electronics is expected to play an important role across many application areas. Advanced light management and mechanical flexibility have enlarged great attentions in scheming high performance, flexible thin film photovoltaic for the awareness of building-integrated optoelectronic devices and portable energy sources. Integrated opto electronics is expected to play a key role in the evolution of telecommunications networks.
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Significant developments in the electronics industry and rapid growth of the Internet and multi-media communication networks are some of the primary factors driving the growth of the global Integrated Opto electronics market. Photonic ICs are also known as integrated opto electronics devices or planer light wave circuits. The rising need for high transmission capacity of optical fibers is the primary parameter responsible for the popularity of photonic ICs in industry applications. However, integrated opto electronics are still very primitive and the costs continue to be high. This is one of the factors hampering the growth of the integrated opto electronics market. Thin metal films are set to play an important role in next generation integrated opto electronics. High contrast grating (HCG) is an emerging element in integrated opto electronics. HCG has very rich properties and design flexibility. Silicon photonics technology has newly been utilized to CMOS fabrication and integrated platforms to build integrated opto electronics circuits on silicon substrates. Hard work is being undertaken by many establishments to upgrade their research and development to introduce innovations in this field.
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