CCNA V1.1 Hindi Classes - Hire Me Trainer

About Course

The full CCNA 200-301 course has everything you need to learn about networking and get your Cisco CCNA certification.

This class will provide you with the necessary information and offer practice tests to help you pass the CCNA 200-301 exam. It doesn’t matter if you’re new to IT and want to start your career or are a seasoned professional looking to showcase your skills.

What You Will Learn:

Core networking concepts: IP addressing, routing, switching, and network services.
Hands-on labs with Cisco routers and switches using industry-standard simulators like Cisco Packet Tracer.
Network security fundamentals: Firewalls, VPNs, and access control lists (ACLs).
Wireless networking, automation, and network programmability essentials.
Real-world case studies and troubleshooting techniques to reinforce key concepts.

Why should you take this class?

Covers Everything: Our course is based on the official Cisco CCNA 200-301 blueprint, so it goes over everything on the test in great detail.
Hands-On Labs: Do guided labs and drills to make the things you’re learning real.
Tips and Test Prep: You can find quizzes and study plans that will help you ace the test the first time.
Nice People: You can talk to a teacher right away, and they’ll help you and answer your problems.

Who needs to take this class?

People who want to work as network experts or in IT.
People who are studying for the CCNA 200-301 test.
Anyone who wants to learn all about Cisco tools and networking

Course Content

Section 1: OSI Model

1. OSI Model Introduction

15:27
2. Application Layer

31:22
3. Presentation Layer

13:51
4. Session Layer

15:46
5. Transport Layer

23:39
6. Network Layer

14:43
7. Data Link Layer

26:22
8. Physical Layer

03:41

Section 2: IP Addressing

About Course

Course Content

Section 1: OSI Model

1. OSI Model Introduction

2. Application Layer

3. Presentation Layer

4. Session Layer

5. Transport Layer

6. Network Layer

7. Data Link Layer

8. Physical Layer

Section 2: IP Addressing

9. What is IPV4 Address

10. Subnetting Class C

11. Subnetting Class B and FLSM

12. Variable Length Subnet Mask

Section 3: ICMP and ARP

13. ICMP and ARP protocol

Section 4: Switching Concepts – VLAN DTP VTP

14. VLAN

15. Trunking

16. DTP

17. VTP

Section 5: Switching Concepts – STP, Portfast and RSTP

18. Loop formation in Layer 2 Networks by Discarding STP

19. Root Bridge Election in STP Explained; How STP Prevents Loops

20. STP Port Roles Explained

21. STP Port Roles in 3 Switch

22. STP Port Roles in 4 Switch Loop _ Root Port, Designated Port & Alternate Port

23. PortFast on STP; Achieving Instant Interface Activation on a Switch

24. STP States & Convergence Time Explained

25. RSTP Protocol Explained

Section 6: Etherchannel – LACP and PAGP

26. Etherchannel – LACP and PAGP

Section 7: Inter VLAN Routing

27. Inter VLAN Routing – Router on a stick

28. Inter VLAN Routing – Multilayer Switch

Section 8: DHCP Protocol and DHCP Snooping

29. DHCP Protocol Configuration

30. DHCP Protocol Configured Using a Server

31. DHCP Snooping and Rogue DHCP Server

Section 9: Port Security

32. Port Security explained with example

10. Static and Default Routing

33. Static Routing

34. Static and Default Routing Explained

11. Routing Information Protocol

35. Routing Information Protocol

12. EIGRP Protocol

37. EIGRP Protocol Introduction

38. EIGRP Packet Flow using Wireshark

39. EIGRP Route Manipulation

40. EIGRP Route Manipulation Part 2

13. OSPF – Open Shortest Path First Protocol

41. OSPF Protocol Introduction

42. Wildcard Mask

43. OSPF Packet Flow Explained

44. OSPF Area Configuration

Section 14: Access Control List

45. Access Control List

Section 15. Network Address Translation NAT

46. Static NAT, Dynamic NAT and PAT

Student Ratings & Reviews

Download our APP