Useful Links
Computer Science
Computer Networking
Fiber Optic Communications
1. Introduction to Fiber Optic Communications
2. Fundamentals of Light and Optical Physics
3. Optical Fiber Structure and Materials
4. Signal Degradation Mechanisms
5. Optical Sources and Transmitters
6. Optical Detectors and Receivers
7. Passive Optical Components
8. Optical Amplification
9. System Design and Analysis
10. Multiplexing Technologies
11. Fiber Optic Network Architectures
12. Testing and Measurement
13. Advanced Technologies and Future Trends
Signal Degradation Mechanisms
Attenuation Phenomena
Attenuation Definition
Power Loss Measurement
Decibel Scale
Loss per Unit Length
Intrinsic Attenuation Mechanisms
Material Absorption
Ultraviolet Absorption
Infrared Absorption
Impurity Absorption
OH Ion Absorption
Rayleigh Scattering
Physical Origin
Wavelength Dependence
Fundamental Limit
Structural Imperfections
Core-Cladding Interface Irregularities
Refractive Index Fluctuations
Extrinsic Attenuation Mechanisms
Macrobending Losses
Bend Radius Effects
Wavelength Dependence
Critical Bend Radius
Microbending Losses
Fiber Deformation Effects
Cable Design Impact
Environmental Factors
Splice Losses
Alignment Errors
Index Mismatch
End Face Quality
Connector Losses
Physical Contact Quality
Contamination Effects
Return Loss
Transmission Windows
First Window (850 nm)
Second Window (1310 nm)
Third Window (1550 nm)
Extended Wavelength Ranges
Dispersion Effects
Pulse Broadening Mechanisms
Temporal Spreading
Intersymbol Interference
Bandwidth Limitations
Chromatic Dispersion
Material Dispersion
Wavelength-Dependent Refractive Index
Group Velocity Dispersion
Waveguide Dispersion
Mode Field Diameter Effects
Wavelength Dependence
Total Chromatic Dispersion
Dispersion Parameter
Zero Dispersion Wavelength
Dispersion Slope
Modal Dispersion
Intermodal Delay Differences
Multi-Mode Fiber Limitations
Bandwidth-Distance Product
Polarization Mode Dispersion
Fiber Birefringence
Differential Group Delay
Statistical Nature
High-Speed System Impact
Nonlinear Optical Effects
Stimulated Scattering Effects
Stimulated Brillouin Scattering
Threshold Power
Frequency Shift
Backward Scattering
Stimulated Raman Scattering
Wavelength Shift
Power Transfer
WDM System Impact
Kerr Effect Phenomena
Self-Phase Modulation
Intensity-Dependent Phase Shift
Pulse Broadening
Chirp Generation
Cross-Phase Modulation
Channel Interactions
Phase Noise Transfer
Four-Wave Mixing
Frequency Mixing Products
Phase Matching Conditions
WDM System Penalties
Nonlinear Effect Management
Power Level Control
Fiber Design Considerations
System Design Strategies
Previous
3. Optical Fiber Structure and Materials
Go to top
Next
5. Optical Sources and Transmitters