DWDM Fiber Optic Network
I. Sissejuhatus
A. Definition of DWDM
B. Importance of DWDM in telecommunications
II. Components of DWDM Fiber Optic Network
A. Kiudoptilised kaablid
1. Description of fiber optic cables
2. Advantages of using fiber optic cables
B. DWDM devices
1. Explanation of DWDM devices
2. Types of DWDM devices
III. How DWDM Works
A. Transmission of data
1. Data transmission process in DWDM
2. Multipleksimine ja demultipleksimine
B. Wavelength division multiplexing
1. Description of wavelength division multiplexing
2. How multiple wavelengths are used in DWDM
IV. Advantages of DWDM Fiber Optic Networks
A. Increased data capacity
1. How DWDM enhances data capacity
2. Comparison with traditional methods
B. Long-distance transmission
1. Ability of DWDM to transmit data over long distances
2. Overcoming limitations of traditional transmission methods
V. Applications of DWDM Fiber Optic Networks
A. Telekommunikatsioonitööstus
1. Benefits of DWDM in telecommunications
2. Use of DWDM in telecommunication networks
B. Andmekeskused
1. Importance of DWDM in data centers
2. Improved data transfer speeds in data centers
VI. Väljakutsed ja edasised arengud
A. Challenges faced by DWDM technology
1. Limited availability of wavelengths
2. High implementation costs
B. Potential advancements in DWDM
1. Increasing the number of wavelengths
2. Lowering costs through technological improvements
VII. Järeldus
A. Recap of the importance of DWDM fiber optic networks
B. Potential for advancements in the field
