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Description

Are you interested in CCNA certification? If yes then this is the perfect course for you. Here you get all the basic to advance concepts of Networking. And at the end of the course you get enough confidence to clear CCNA 200-125 Exam. Here we clear all the topics step by step. If you do not have any previous knowledge in networking that's completely OK.


In this Course Ms. Pinki Chavra Teach you CCNA Course Step by step. She has 12+ Years of experience in Computer Network. 


The contents are totally refreshed and we add and update new video content each and every week.


In this course you get hands on experience on such as; VLAN’s, VTP, STP, PortFast, EtherChannel, Inter-VLAN etc. We discuss a lot of Key topic of networking like IPv4, IPv6 etc.


If you are a freshers or have some experience but want to build your carrier in the field of Networking then this is the perfect course for you !


This Udemy course comes under 30 days money back gurantee so if you are not satisfied you can ask for a 100% money back No question asked.
Who this course is for:
Students who want to clear CCNA R/S 200-125 certification exam
College and PG Students interested about Networking
Anyone who wants to make his carrier in the field of Networking
Employees who want to BOOST there current CTC with CCNA R/S 200-125 Global certification Exam

What you'll learn

Confidence to clear Cisco's new CCNA 200-125 Examination

If you are Interested in Networking then You must take the course!

Requirements

  • You will need a copy of Adobe XD 2019 or above. A free trial can be downloaded from Adobe.
  • No previous design experience is needed.
  • No previous Adobe XD skills are needed.

Course Content

27 sections • 95 lectures
Expand All Sections
1-Introduction
1
1.1-Introduction
2-Basic Networking
16
2.1-CCNA Basics
2.2-What is Computer Network
2.3-Basic Type of Network - LAN & WAN
2.4-Lan-Wan Quiz #1
2.5-Network Architecture
2.6-Network Architecture Quiz #2
2.7-LAN Transmission Methods
2.8-LAN Transmission Method #Quiz
2.9-Topology
2.10-Topology #Quiz
2.11-TCPIP Model
2.12-TCP/IP Model #Quiz
2.13-OSI Model
2.14-OSI Model #Quiz
2.15-Comparison between TCPIP & OSI Model
2.16-TCP/IP vs. OSI Model #Quiz
3-IP Addressing
9
3.1-Basic Overview of IP
3.2-IP Address #Quiz
3.3-IPv4 vs. IPv6 Difference
3.4-IPv4 vs. IPv6 #Quiz
3.5-Public and Private IP
3.6-Binary To Decimal Convertion
3.7-Binary to Decimal #Quiz
3.8-Classfull Address
3.9-Classfull IP Address
4-Computer Cable
7
4.1-Computer Cables Introduction
4.2-Computer Network Cable #Quiz
4.3-Unshielded Twisted Pair (UTP) Cable
4.4-Shielded Twisted Pair (STP) Cable
4.5-Coaxial Cable
4.6-Fiber Optic Cable
4.7-Fiver Optic Cable #Quiz
5-Network Devices
7
5.1-Network Devices Introduction
5.2-Network Device #Quiz
5.3-Hub
5.4-Hub #Quiz
5.5-Switch
5.6-Switch #Quiz
5.7-Router
6-Routing
4
6.1-Static Routing Theory- (IPv4)
6.2-Configure Static Routing IPv4 - LAB
6.3-Configure IPv6 Address to a perticular Interface/Router
6.4-Static Routing using IPv6 Address
7-CCNA Advance Concepts
3
7.1-Interfaces and Lines
7.2-CIDR
7.3-VLSM
8-Routing Information Protocol (RIP)
9
8.1-Administrative Distance (AD Value)
8.2-Dynamic Routing Protocol
8.3-Routing Protocol and Routing Protocol
8.4-Interior Routing Protocol
8.5-Distance Vector Routing Protocol
8.6-Routing Information Protocol (RIP)
8.7-Routing Information Protocol (RIP) versions
8.8-RiPng
8.9-RIP Configuration LAB
9-EIGRP
7
9.1-EIGRP Theory
9.2-EIGRP Packets
9.3-EIGRP Router States
9.4-EIGRP Matric
9.5-EIGRP Configuration
9.6-Load Balancing
9.7-EIGRP Practical - Lab
10-OSPF
7
10.1-What is OSPF?
10.2-OSPF Tables
10.3-OSPF Neighbor Relationship
10.4-OSPF Neighbor States
10.5-OSPF Hierarchy
10.6-Link State Advertisement (LSA) Types
10.7-OSPF Versions
11-VLAN
16
11.1-Switch Introduction
11.2-VLAN Introduction
11.3-VLAN Advantage
11.4-VLAN Membershi
p
11.5-Creating VLAN
11.6-VLAN Frame Tagging
11.7-VLAN Tagging Protocol
11.8-Access Port & Trunk Ports
11.9-Configure a Switch
11.10-Frame Tagging Protocol
11.11-Inter Switch Link (ISL) Frame Tagging Protocol
11.12-Dot 1Q Frame Tagging Protocol
11.13-Configure Trunk Port
11.14-Native VLAN
11.15-Dynamic Tranking Protocol (DTP)
12-VTP
12
12.1-Dynamic Tranking Protocol (DTP)
12.2-Configure Dynamic Trunking Protocol (DTP)
12.3-Troubleshoot Trunk Connection
12.4-VLAN Trunk Protocol (VTP)
12.5-VLAN Trunk Protocol (VTP) Versions
12.6-VTP Models
12.7-VTP Server Mode
12.8-VTP Client Mode
12.9-VTP Transparent Mode
12.10-VTP Advertisement - Revision Number
12.11-Configure VTP
12.12-VTP Pruning
13-Spaning Tree Protocol
7
13.1-Spaning Tree Introduction
13.2-How To Build Spaning Tree Topology
13.3-Versions of Spaning Tree Protocol
13.4-STP Port States
13.5-STP Timer
13.6-STP diameter
13.7-Spaning Tree Topology (STP) #LAB
14-Ether Channel
8
14.1-Introduction to Ether Channel
14.2-Advantages of Ether Channel
14.3-Methods of Ether Channel
14.4-Port Aggregation Protocol (PAgP)
14.5-Link Aggregation Control Protocol (LACP)
14.6-Ether Channel Configuration Command
14.7-Ether Channel Verification
14.8-Ether Channel #LAB
15-HSRP
4
15.1-HSRP Introduction
15.2-State Sequence of HSRP
15.3-HSRP Configuration
15.4-HSRP #Lab
16-Switch Port Sequrity
5
16.1-Switch Port Sequrity Introduction
16.2-Sequrity Violation
16.3-Switch Port Sequrity #LAB
16.4-Configuration of GRE With LAB
16.5-GRE Tunnel Introduction
17-Access List
8
17.1-Introduction to Access List
17.2-Acces List Types
17.3-Named Access List
17.4-Standard IP Access List
17.5-Configure Standard Access List - LAB
17.6-Extended IP Access List With LAB
17.7-Extended IP Access List Port Operators
17.8-Acces List Logging