NetworKing

Complete Networking Course — All Lectures

Complete Networking Course — Lectures 1–10

Table of Contents
  1. Lecture 1 — Lecture 1 Basic
  2. Lecture 2 — Lecture 10 Subnetting
  3. Lecture 3 — Lecture 2 Cable Hub Switch
  4. Lecture 4 — Lecture 3 OSI TCP-IP
  5. Lecture 5 — Lecture 4 IPv4
  6. Lecture 6 — Lecture 5 Router Modes
  7. Lecture 7 — Lecture 6 IP Assign
  8. Lecture 8 — Lecture 7 IP Assign 4 Routers
  9. Lecture 9 — Lecture 8 Static Routing
  10. Lecture 10 — Lecture 9 Default Routing
Embedded images compressed for faster upload (JPEG quality 75)

Lecture 1 — Lecture 1 Basic

Lecture 1 Basic - page 1
Lecture 1 Basic — Page 1
Lecture 1 Basic - page 2
Lecture 1 Basic — Page 2
Lecture 1 Basic - page 3
Lecture 1 Basic — Page 3
Lecture 1 Basic - page 4
Lecture 1 Basic — Page 4
↑ Back to top

Lecture 2 — Lecture 10 Subnetting

Lecture 10 Subnetting - page 1
Lecture 10 Subnetting — Page 1
Lecture 10 Subnetting - page 2
Lecture 10 Subnetting — Page 2
Lecture 10 Subnetting - page 3
Lecture 10 Subnetting — Page 3
Lecture 10 Subnetting - page 4
Lecture 10 Subnetting — Page 4
↑ Back to top

Lecture 3 — Lecture 2 Cable Hub Switch

Lecture 2 Cable Hub Switch - page 1
Lecture 2 Cable Hub Switch — Page 1
Lecture 2 Cable Hub Switch - page 2
Lecture 2 Cable Hub Switch — Page 2
Lecture 2 Cable Hub Switch - page 3
Lecture 2 Cable Hub Switch — Page 3
Lecture 2 Cable Hub Switch - page 4
Lecture 2 Cable Hub Switch — Page 4
↑ Back to top

Lecture 4 — Lecture 3 OSI TCP-IP

Lecture 3 OSI TCP-IP - page 1
Lecture 3 OSI TCP-IP — Page 1
Lecture 3 OSI TCP-IP - page 2
Lecture 3 OSI TCP-IP — Page 2
Lecture 3 OSI TCP-IP - page 3
Lecture 3 OSI TCP-IP — Page 3
Lecture 3 OSI TCP-IP - page 4
Lecture 3 OSI TCP-IP — Page 4
↑ Back to top

Lecture 5 — Lecture 4 IPv4

Lecture 4 IPv4 - page 1
Lecture 4 IPv4 — Page 1
Lecture 4 IPv4 - page 2
Lecture 4 IPv4 — Page 2
Lecture 4 IPv4 - page 3
Lecture 4 IPv4 — Page 3
↑ Back to top

Lecture 6 — Lecture 5 Router Modes

Lecture 5 Router Modes - page 1
Lecture 5 Router Modes — Page 1
Lecture 5 Router Modes - page 2
Lecture 5 Router Modes — Page 2
Lecture 5 Router Modes - page 3
Lecture 5 Router Modes — Page 3
↑ Back to top

Lecture 7 — Lecture 6 IP Assign

Lecture 6 IP Assign - page 1
Lecture 6 IP Assign — Page 1
Lecture 6 IP Assign - page 2
Lecture 6 IP Assign — Page 2
Lecture 6 IP Assign - page 3
Lecture 6 IP Assign — Page 3
Lecture 6 IP Assign - page 4
Lecture 6 IP Assign — Page 4
↑ Back to top

Lecture 8 — Lecture 7 IP Assign 4 Routers

Lecture 7 IP Assign 4 Routers - page 1
Lecture 7 IP Assign 4 Routers — Page 1
Lecture 7 IP Assign 4 Routers - page 2
Lecture 7 IP Assign 4 Routers — Page 2
Lecture 7 IP Assign 4 Routers - page 3
Lecture 7 IP Assign 4 Routers — Page 3
Lecture 7 IP Assign 4 Routers - page 4
Lecture 7 IP Assign 4 Routers — Page 4
Lecture 7 IP Assign 4 Routers - page 5
Lecture 7 IP Assign 4 Routers — Page 5
Lecture 7 IP Assign 4 Routers - page 6
Lecture 7 IP Assign 4 Routers — Page 6
↑ Back to top

Lecture 9 — Lecture 8 Static Routing

Lecture 8 Static Routing - page 1
Lecture 8 Static Routing — Page 1
Lecture 8 Static Routing - page 2
Lecture 8 Static Routing — Page 2
Lecture 8 Static Routing - page 3
Lecture 8 Static Routing — Page 3
Lecture 8 Static Routing - page 4
Lecture 8 Static Routing — Page 4
Lecture 8 Static Routing - page 5
Lecture 8 Static Routing — Page 5
↑ Back to top

Lecture 10 — Lecture 9 Default Routing

Lecture 9 Default Routing - page 1
Lecture 9 Default Routing — Page 1
Lecture 9 Default Routing - page 2
Lecture 9 Default Routing — Page 2
↑ Back to top

Comments

Post a Comment

Popular posts from this blog

networKing-2

Image
Networking Lectures 11–19 Networking Course — Lectures 11–19 Table of Contents Lecture 11 — Lecture 11 RIP V1_2 Lecture 12 — Lecture 12 RIP V2 Lecture 13 — Lecture 13 EIGRP Lecture 14 — Lecture 14 Feasible Successor _ Successor Lecture 15 — Lecture 14 OSPF Lecture 16 — Lecture 15 OSPF B Multi Area Lecture 17 — Lecture 16 ACL Lecture 18 — Lecture 17 Name _ Extended ACL Lecture 19 — Lecture 18 Telnet Lecture 20 — Lecture 19 SSH Lecture 11 — Lecture 11 RIP V1_2 ↑ Back to top Lecture 11 RIP V1_2 — Page 1 Lecture 11 RIP V1_2 — Page 2 Lecture 11 RIP V1_2 — Page 3 Lecture 11 RIP V1_2 — Page 4 Lecture 11 RIP V1_2 — Page 5 Lecture 11 RIP V1_2 — Page 6 Lecture 11 RIP V1_2 — Page 7 Lecture 11 RIP V1_2 — Page 8 Lecture 11 RIP V1_2 — Page 9 Lecture 11 RIP V1_2 — Page 10 | Next Lecture → ↑ Back to top Lecture 12 — Lecture 12 RIP V2 ↑ Back to top Lecture 12 RIP V2 — Page 1 Lecture 12 RIP V2 — Page 2 Lecture 12 RIP V2 — Page 3 Lecture 12 RIP V2 — Page 4 Lecture...
Read more

DWDM

  DWDM – Detailed Technical Explanation for Interview Preparation 1. What is DWDM? DWDM (Dense Wavelength Division Multiplexing) is an optical transmission technology that allows multiple data channels to be carried simultaneously over a single optical fiber by using different wavelengths (colors) of laser light. It significantly increases bandwidth capacity without deploying more fiber, making it ideal for large-scale, high-capacity networks like Safe City infrastructures, ISPs, telcos, and data centers. 2. Key Concept A single fiber can carry 40, 80, 96, or even 192 wavelengths , with each wavelength transporting 1G, 10G, 40G, 100G, or higher data rates. DWDM = Multiple wavelengths + Single fiber + Long distance + High capacity. 3. How DWDM Works (Core Working Principle) Multiple Signals → Mux Client signals (Ethernet, SDH, MPLS, IP, Fibre Channel) are converted to optical signals and combined using a MUX (multiplexer). Transmission Over Fiber All wavelengths tr...
Read more