IT network cabling: The complete fiber optics course
- Descrição
- Currículo
- FAQ
- Revisões
Finally! The fiber optic course you’ve been asking for, brought to you by an instructor with more than 25 years of experience in the Information Communication Technology industry, all on one ultra-convenient platform!
Gone are the days where fiber optics are seen as a dark and mythical art only meant for the select few. This course will teach you everything you need to know to start a career in an industry that’s been showing consistent and explosive growth over the last years, or even start your own business in what is proven to be a very lucrative sector of the ICT industry. Lessons are always backed up by practical “real world” examples that you will not find in any technical manual and that can be applied immediately and successfully. You walk away from this with actual usable knowledge!
No stone is left unturned. We teach you the COMPLETE skill set you need to make a success in this incredibly popular and lucrative field!
Fiber optic communications technology is showing no signs of slowing down any time soon, and with constant development has become the standard way of linking end-users and networks, as well as bringing broadband internet and related services to homes and businesses with the incredibly prolific FTTH(Fiber to The Home) technology.
This course is designed with a wide range of audiences in mind, from the newly minted technician starting up in the industry, to well versed and experienced network admins that want to sharpen their skills and are looking for a deeper understanding of the technologies behind fiber optics and communicating using light as a carrier of data. All levels of experience are catered for, and all questions, technical or otherwise will be answered by responsive helpful experts in the relevant fields.
So what are you waiting for? Join us on an incredibly satisfying and interesting journey where we quite literally communicate at the speed of light!
………
Fiber Optics
Fibre Optics
Network Infrastructure
Networking
Cable
Cabling
FTTH
Fiber To The Home
-
1
Introduction : The WHATS and the HOWSWHAT you will be learning in this course and HOW we teach...(Smart people call this the Pedagogy, but we are not that smart. :) )
-
2
a VERY BRIEF history of fiber optics (because time is precious)
-
3
(before we get to the more serious stuff) : What is dark fiber? Is it spooky?
OK, so we get this question A LOT , so we decided to make a quick and fun lesson on the subject before we get to the more serious stuff
-
4
Fiber vs. Fibre– What’s the Difference?
-
5
What on earth is this Structured Cabling thing everyone is talking about?
-
6
Why do we need structured cabling?
-
7
When to use fiber instead of copper cabling?
-
8
How and where does fiber fit into structured cabling then?
-
9
a VERY BRIEF look at worldwide cabling standards
-
10
Cabling Standards
-
11
Components of a fiber cable: stripping down to the basics.
-
12
Components of a fiber cable
-
13
So what on earth is a micrometre?
-
14
Basic Principles of Light
The better you understand light..the better you understand fiber optics!
-
15
Basic Principles of Light
-
16
As if by magic : How does fiber work anyway?
-
17
Fiber Optic Light sources and Wavelengths
-
18
Fiber Optic Light sources and Wavelengths
-
19
Single Mode and Multi Mode
-
20
Laser-optimized multi mode fiber cables
-
21
OM and OS ratings
-
22
Fiber Bandwidth and Throughput
Yes, there is a difference!
-
23
Fiber Bandwidth
-
24
How does light carry data?
-
25
Wavelength-Division Multiplexing (WDM)
-
26
Dealing with dispersion: Fiber Repeaters and Amplifiers
-
27
Different types of attenuation, and how to minimize losses
-
28
Bend radius
-
29
Bend radius
-
34
Different types of fiber cables for different applications
-
35
Fiber- fan out and break out kits
-
36
Fiber Optic Patch and Splice Enclosures
-
37
Patch and Splice enclosures
-
38
Color codes and fiber cables
-
39
Different types of fiber connectors
-
40
Choosing the right cable for your network using structured cabling guidelines
-
41
The importance of Fiber hygiene
-
42
Fiber Hygiene
-
43
Applying Fiber Hygiene and resolving End-point Contamination
-
44
Demonstration: Prepping fiber for splicing: stripping a fiber strand
-
45
Demonstration : Cleaving a bare fiber strand
-
46
Splicing (with practical examples)
-
47
The basics of Fiber Optic Cable Testing
-
48
Cable Testing: Checking for Continuity
-
49
Continuity checking
-
50
Cable Testing:Calculating absolute power in a fiber plant. (Applied Mathematics)
-
51
Cable Testing: OTDR testing 1, Introduction, how OTDR works
-
52
Cable Testing: OTDR testing 2 , Test Leads
-
53
Whitepaper: Guide to using and selecting the right launch Fibers -
54
Cable Testing: OTDR testing 3, Common Parameters
-
55
Cable Testing: OTDR testing 4, Trace analysis and Interpretation part 1
-
56
Cable Testing: OTDR testing 5, Trace analysis and Interpretation part 2
-
57
OTDR Testing
-
58
Cable Testing: Calculating dB Power Loss and Power Gain. (Applied Mathematics)
-
59
Cable Testing: Decibels (dB) and optical power
-
60
Power Budgets And Loss Budgets
-
61
The differences between Tier one and Tier two testing
-
62
The differences Between Certification, Verification & Qualification
-
63
Introduction to FTTx. What is FTTx?
-
64
The FTTH network environment
-
65
FTTH Network layers
-
66
FTTH Topology and Technology, active and passive optical networks
-
67
FTTH Topology and Technology, active and passive optical networks
-
68
GPON FTTH Access Network : Components and architecture
-
69
Other PON Applications
-
70
Benefits and Limitations of Passive Optical Networks
-
71
FTTH Deployment Techniques Part 1 : Ducts and cables
-
72
FTTH Deployment Techniques Part 2: Cable installation by pulling
-
73
FTTH Deployment Techniques Part 3:Cable installation using compressed air
-
74
Fiber deployment using compressed air: footage from an actual site.
-
75
Why this section?
-
76
Case study: scientists did what? PART1, Optical Amplification
-
77
Scientists did what? PART1, Optical Amplification
-
78
Case study: scientists did what? PART2, Optical Gain Equalizers
-
79
Scientists did what? PART2, OGE's
-
80
Case study: scientists did what? PART3, Wavelength Bands
-
81
Scientists did what? PART3, Wavelength Bands
