Silicon photonics can be defined as the utilization of silicon-based materials for the generation (electrical-to-optical conversion), guidance, control, and detection (optical-to-electrical conversion) of light to communicate information over distance.The most advanced extension of this concept is to have a comprehensive set of optical and electronic functions available to the designer as monolithically integrated building blocks upon a single silicon substrate.Within the range of fibre optic telecommunication wavelength (1.3 µm to 1.6 ....etc

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As computing and networking performance continue on their exponential growth track, defined by Mooreâ„¢s Law, the exponentially increasing communication needs will soon exceed the limits of copper wiring. Communications links, or interconnects, are the biggest bottleneck in networks and computers. For example, the next generation of Ethernet runs at 10 Gb/s, and at this speed electrical signals in copper wires can only travel a small distance before fading out completely.

Optical fiber on the other hand is the ideal medium for communica ....etc

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Abstract
Since the recent demonstration of chip-scale, siliconbased,
photonic devices, silicon photonics provides a viable and
promising platform for modern nonlinear optics. The development
and improvement of such devices are helped considerably by theoretical
predictions based on the solution of the underlying nonlinear
propagation equations. In this paper, we review the approximate
analytical tools that have been developed for analyzing active and
passive silicon waveguides. These analytical tools provide the much
needed phy ....etc

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Silicon photonics can be defined as the utilization of silicon-based materials for the generation (electrical-to-optical conversion), guidance, control, and detection (optical-to-electrical conversion) of light to communicate information over distance. The most advanced extension of this concept is to have a comprehensive set of optical and electronic functions available to the designer as monolithically integrated building blocks upon a single silicon substrate.
Within the range of fibre optic telecommunication wavelength (1.3 µm to 1.6 � ....etc

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SILICON IN PHOTONICS

Presented by
ANUJ SRIVASTAVA
SEEMANTA ENGINEERING COLLEGE
ELECTRONICS AND TELECOMMUNICATION ENGINEERING
RegNo: 0601201232
RollNo: 10-A-64

Under the Guidance of
S.K.MISHRA


Contents
Introduction
Features of Photonics
Silicon Material
Silicon Light Source
Filtering Light
Silicon Modulator
Silicon based photo detector
Disadvantage
Conclusion
Reference


Introduction
Silicon photonics is an evolving technology in which data is transferred amo ....etc

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Silicon photonics can be defined as the utilization of silicon-based materials for the generation (electrical-to-optical conversion), guidance, control, and detection (optical-to-electrical conversion) of light to communicate information over distance.

The most advanced extension of this concept is to have a comprehensive set of optical and electronic functions available to the designer as monolithically integrated building blocks upon a single silicon substrate.


Within the range of fibre optic telecommunication wavelength (1.3 ?m to ....etc

[:=Read Full Message Here=:]

Silicon photonics can be defined as the utilization of silicon-based materials for the generation (electrical-to-optical conversion), guidance, control, and detection (optical-to-electrical conversion) of light to communicate information over distance. The most advanced extension of this concept is to have a comprehensive set of optical and electronic functions available to the designer as monolithically integrated building blocks upon a single silicon substrate.

Within the range of fibre optic telecommunication wavelength (1.3 ?m to 1.6 ?m ....etc

[:=Read Full Message Here=:]