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The future optical fiber communication system requires a modulator whose operation speed is larger than 100 Ghz [46].
In this paper, a fiber communication system is employed using Giga Ethernet Passive Optical Network (GE-PON) architecture.
In pursuit of the large transmission capacity of optical fiber communication system, advanced multilevel modulation formats are attracting great interests for the high spectral efficiency (SE) [1 3].
Scattering and absorption-induced loss in an optical fiber communication system is the major factor for a limiting the high bit rate.
High-speed photodetectors are the primary cause of increasing bit error rates (BER) in optic fiber communication system used in radiation hard environments such as space.
This original modulator can work at a broad bandwidth from 1,350 to 1,600 nm, which covers the wavelength of the optical fiber communication system we are using today.
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In optical fiber communication systems, PAM transmission with adaptive DFE has been widely used.
These optic-fiber switches show a promising future in optical fiber communication systems.
The newly designed T-FRA is very promising in future optical fiber communication systems.
Polarization controllers (PCs) are indispensable passive components for state of polarization (SOP) control in optical fiber communication systems.
Optical fiber communication systems are originally developed as a means of transmitting high bandwidth signals over long distances.
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