CCNA Basic LAB Series

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About Course

CCNA Basic LAB Series – CCNA Zero to Hero

 

What will I Learn?

  • How to solve VLSM with the easiest method [2,3,4 Routers]
  • How to Design a Topology [2,3,4 Routers]
  • Basic Configuration of 2,3,4 Routers
  • Static Configuration of 2,3,4 Routers
  • Default Configuration of 2,3,4 Routers
  • RIP Configuration of 2,3,4 Routers
  • EIGRP Configuration of 2,3,4 Routers
  • OSPF Single Area Configuration of 2,3,4 Routers
  • OSPF Multi-Area Configuration of 2,3,4 Routers

ABOUT THE COURSE

It is difficult to configure a Router or a Switch or any device for a newbie in the networking industry, even experts face problems while configuring complex networks. Some people have a lack of knowledge some have limited devices and for some explanation are not clear. I will try to explain from scratch is this e-book. I solved vlsm on my client requirements so you will know how to deal with your clients. You can design a network for your company as well as for your clients. This e-book shows you a step by step configuration.

Course main goal

Design your own network for your company and on the other hand, design networks for your clients and clients of clients.

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What Will You Learn?

  • Know how to do subnetting.
  • Capable of design a network.
  • Implement a large network.
  • Can configure any protocols on routers.

Course Content

1. Introduction

  • 1. What you will learn in this course?
    00:58

2. VLSM of 2 Router

3. Design a Topology

4. Basic Configuration of 2 Router

5. Static Configuration of 2 Router

6. Default Configuration of 2 Router

7. RIP Configuration of 2 Router

8. EIGRP Configuration of 2 Router

9. OSPF Single Area Configuration of 2 Router

10. OSPF Multi Area Configuration of 2 Router

11. Introduction to 3 Routers LAB

12. VLSM

13. Design a Topology

14. Basic Configuration of 3 Routers

15. Static Configuration of 3 Routers

16. Default Configuration of 3 Routers

17. RIP Configuration of 3 Routers

18 EIGRP Configuration of 3 Routers

19. OSPF Single Area Configuration of 3 Routers

20. OSPF Multi Area Configuration of 3 Routers

21. Introduction to 4 Routers LAB

22. VLSM

23. Design a Topology

24. Basic Configuration of 4 Routers

25. Static Configuration of 4 Routers

26. Default Configuration of 4 Routers

27. RIP Configuration of 4 Routers

28. EIGRP Configuration of 4 Routers

29. OSPF Single Area Configuration of 4 Routers

30. OSPF Multi Area Configuration of 4 Routers

31. Bonus

Exam