Fiber Optic Networks Practice Exam

 

Fiber Optic Networks

 

About Fiber Optic Networks

Broadband connections that use fiber-optic technology can provide lag-free rates of up to 940 Megabits per second (Mbps). Fiber-optic internet is also known as fiber internet or simply "fiber." The system makes use of fiber-optic cable, which astonishingly has a data transmission rate of up to 70% of the speed of light.

Fiber Optic Networks has gained immense popularity across the globe resulting in huge demand for certified professionals.

 

Why is Fiber Optic Networks important?

Higher connection speeds for numerous users can be provided through fiber optic networks. Fiber optic networks have the potential to be very beneficial for your organization, providing stronger advantages such as enhanced cloud access, VoIP capabilities, and overall higher bandwidth.

Fiber Optic Networks certified professionals, executives and managers are in high demand in companies across the globe.

 

Who should take the Fiber Optic Networks Exam?

• Engineers
• New technician
• Experienced network admins
• Those who are looking for a deeper understanding of the technologies behind fiber optics and communicating using light as a carrier of data

 

Knowledge and Skills required for the Fiber Optic Networks

Specific skills are needed to excel in career of fiber optic networks which includes analytical bent of mind and quick learning skills.

 

Fiber Optic Networks Practice Exam Objectives

Fiber Optic Networks exam focuses on assessing your skills and knowledge in networking and fiber optics.

 

Fiber Optic Networks Practice Exam Pre-requisite

There are no prerequisites for the Fiber Optic Networks exam. Candidates who are well versed  in networking and fiber optics can easily clear the exam.

 

Fiber Optic Networks Certification Course Outline

 

1. Fiber vs. Fibre– What’s the Difference?
2. What on earth is this Structured Cabling thing everyone is talking about?
3. How and where does fiber fit into structured cabling then?
4. Components of a fiber cable
5. Basic Principles of Light
6. Laser-optimized multi-mode fiber cables
7. OM and OS ratings
8. Fiber Bandwidth and Throughput
9. Wavelength-Division Multiplexing (WDM)
10. Different types of attenuation, and how to minimize losses
11. Fiber vs Copper
12. Fiber vs Wi-Fi
13. Fiber vs. Carrier Pigeon
14. Fiber- fan out and break out kits
15. Fiber Optic Patch and Splice Enclosures
16. Patch and Splice enclosures
17. Color codes and fiber cables
18. Different types of fiber connectors
19. The importance of Fiber hygiene
20. The basics of Fiber Optic Cable Testing
21. Cable Testing
22. Cable Testing: Calculating dB Power Loss and Power Gain. (Applied Mathematics)
23. Cable Testing: Decibels (dB) and optical power
24. Power Budgets And Loss Budgets
25. The differences between Tier one and Tier two testing
26. The differences Between Certification, Verification & Qualification
27. Introduction to FTTx. What is FTTx?
28. The FTTH network environment
29. FTTH Network layers
30. FTTH Topology and Technology, active and passive optical networks
31. GPON FTTH Access Network: Components and architecture
32. Benefits and Limitations of Passive Optical Networks
33. FTTH Deployment Techniques
34. Fiber deployment using compressed air: footage from an actual site.
35. Performance specifications for connecting hardware
36. 10 Fiber cabling installation requirements
37. Fiber cabling transmission performance and test requirements
38. Telecommunications Pathways and Spaces
39. Commercial Building Telecommunications Cabling ANSI/TIA-568

 

Exam Format and Information

Certification name – Certificate in Fiber Optic Networks
Exam duration – 60 minutes
Exam type - Multiple Choice Questions
Eligibility / pre-requisite - None
Exam language - English
Exam format - Online
Passing score - 25
Exam Fees  - INR 1199