DWDM and optical networks: an introduction in terabit technology
The book intends to introduce DWDM and Optical Networks to all those who need information about it without having to know special physical and mathematical details.
So this should become the standard book on DWDM and Optical Networks for technicians, engineers and and most of the people working for the manufacturing industry, as well as for service and maintenance providers and for network providers.
What people are saying - Write a review
We haven't found any reviews in the usual places.
6 other sections not shown
3R regeneration attenuation bandwidth basically biterror bitrate Brillouin scattering channel spacing chirp chromatic dispersion compensation fiber components connection connectors core coupler crossconnects crosstalk demultiplexer depends device diode Dispersion Compensation doped DWDM DWDM systems EDFA electrons equipment Erbium fact fiber Bragg grating figure filter frequency functionality Gbit/s interface interference IrDI laser lasing layer loss means measurements modulation monitoring network elements nonlinearities number of channels OADM ODU overhead optical amplifiers optical channel optical fiber optical multiplexing optical network optical signal optical switching Optical Transmission OSNR OTDR path payload photon polarization possible power budget problem pump light range receive side reflected refractive index route length semiconductor shifted span spectrum speed SSMF Stimulated Raman scattering structure technique tion transmitted Transponder VCSELs voltage wave waveguide wavelength