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Extra resources for Advances in Photonics for Information and Communication
In situ process In situ process monitoring is a way to monitor and control semiconductor fabrication monitoring techniques, such as chemical vapour deposition (CVD). There is a need to monitor the chemical kinetics of the fabrication processes. For example, there is a need to measure the concentrations and physical distributions of the chemical species in a CVD chamber, especially at the interface between the wafer and the vapour. Different materials are used for different semiconductor devices and applications.
MONs usually run across a whole city or a metropolitan area of several nearby cities. They have a range of 200–500km. To increase their data capacity, they use photonic switching, wavelength division multiplexing (WDM) and full-spectrum fibre links. Emerging MONs are focusing on next-gen SONET, metro DWDM and optical ethernet. Materials and devices WDM uses photonic crystals for multiplexers and add-drop filters in WDM systems. Their light sources are QD lasers and their waveguides are semiconductor waveguides.
Its lasers and amplifiers are used in materials processing, communications and medical applications. It sells to OEMs, system integrators and end users. It has manufacturing facilities in the US, Germany, Russia and Italy, and regional sales offices in Japan, Korea, India and the UK. com Ibsen Photonics develops and manufactures transmission diffraction grating components and grating modules for sensor systems and telecoms networks. Its core expertise is in optical design, grating technology and metrology.
Advances in Photonics for Information and Communication by Pira International Ltd