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CCNA 200-125
Course Introduction
0.0-Intro
0.1-Cisco Systems
0.2-Products and Services
0.3-Career Certification
0.4-CCNA 200-125
0.5-Exam
S1: Network Intro ( Chapter 1 : Data Communication )
1.0 Intro To Data Communication & Topolgies
1.1-What is Data Communication
1.2-Data Communication Components
1.3-Physical Topologies
1.4 Logical Topolgy
1.5 Hierarchical Network Design Model
Quiz 1
S1: Network Intro ( Chapter 2 : The Reference Model )
2.0-The Reference Models
2.1 OSI vs TCP IP
2.2 Encapsulation & De-Encapsulation
2.3 Application Layer
2.4-2.5 Presentation Layer & Session Layer
2.6.1 Transport Layer ( Part 1 )
2.6.2 Transport Layer ( Part 2)
2.7 Network Layer
2.8-2.9-2.10 Data Link Layer & Physical Layer & Full Picture
Quiz 2
S1: Network Intro ( Chapter 3 : Layer 1 )
3.0 Physical Layer
3.1 Feature Review
3.2.1 Media and Speeds ( Part 1 )
3.2.2 Media and Speeds ( Part 2 )
3.3.1 Cabling And Connectors
3.3.2 Cabling and Connectors & 4.3 Signal Creation
Quiz 3
S1: Network Intro ( Chapter 4 : Layer 2 Technologies )
4.0 Layer 2 Technologies
4.1.1 Layer2 Review And LAN
4.1.2 Review and LAN
4.3 Layer 2 WAN Technologies
Quiz 4
S1: Network Intro ( Chapter 5 : Transport Layer )
5.0 Transport Layer
5.1 Layer 4 Review
5.2.1 Port Addressing
5.2.2-5.3 Port Addressing & Conversation Mutliplexing.
5.4 Sequencing
5.5 Connection Orientation
Quiz 5
S1: Network Intro ( Chapter 6 : Network Layer )
6.0 Layer 3
6.1 Layer 3 features
6.2-Routing vs Routed Protcols
6.3 IPv4
6.4 IP Address Assignment
Quiz 6
S1: Network Intro ( Chapter 7 : Addressing )
7.0 Addressing
7.1 IP Address Classes
7.2 Network And Host Portions
7.3 Decimal Notaion
7.4 Addresses for Different Purposes
7.5 Public Vs Private Addresses
Quiz 7
S1: Network Intro ( Chapter 8 : Subnetting )
8.0 Subnetting Part A
8.1 Subnetting Part B
8.2 Subnetting Part C
8.3 Subnetting Part D
8.4 Subnetting Part E
8.5 Subnetting Part F
S2: Switching ( Chapter 9 : Operating CISCO Devices )
9.0 Operating Cisco Devices
9.1 Cisco Devices Components
9.2 Cisco Devices Startup
9.3 Cisco Switch
S2: Switching ( Chapter 10 : Labs Guide PacketTracer )
10.0 Lab Guide And Packet Tracer
10.1 Simulation vs Emulation vs Real Devices
10.2 Packet Tracer
10.3 Tabs
10.4 Labs Building
S2: Switching ( Chapter 11 : Ethernet Switches Operations )
11.0 Ethernet Switches Operations
11.1 Media Access Control Techniques
11.2.1 Cisco Catalyst Switches Operations ( Part 1 )
11.2.2 Cisco Catalyst Switches Operations ( Part 2 )
11.3 Cisco Switches Characteristics
S2: Switching ( Chapter 12 : Switches Initial Startup )
12.0 Switches Initial Startup
12.1 Cisco Devices Modes
12.2 Catalyst 2960 Initial Configuration
12.3.1 Initial Security ( Part )
12.3.2 Initial Security ( Part 2 )
12.4 Managing IOS and Config File
S2: Switching ( Chapter 13 : VLAN and Trunking )
13.0 VLAN
13.1 VLAN Overview
13.2 Port Types
13.3 Assinging Switch Ports and DTP
13.4 Tagging
13.5 VLAN Types
13.6 Configuration & Verification
S2: Switching ( Chapter 14 : VTP )
14.1 VTP
14.2 Configuration & Verification
S2: Switching ( Chapter 15 : STP )
15.0 Spanning Tree Protocol
15.1 L2 Redundancy And Loops
15.2 STP(802.1d)
15.3 Port Roles
15.4 Root Bridge
15.5 Link Cost
15.6 Port States and STP Timer
15.7 STP Enhancements
15.8 PVST+
15.9 RSTP
15.10 Configuration and Verification
S2: Switching ( Chapter 16 : EtherChannel )
16.0 Chapter 16 Ether Channel
S2: Switching ( Chapter 17 : Troubleshooting and CDP )
17.0 Troubleshooting and CDP
17.1 Configuration Tips
17.2 Layered Approach and Tshoot Process
17.3 Interfaces T-Shoot
17.4 Cisco Discovery Protocol
Switching LABS
Labs Files & Commands
S3: Routing ( Chapter 18 : Intro To Routing )
18.0 Introduction to Routing
18.1 Routing vs Routed
18.2.1 Routing Table ( Part 1 )
18.2.2 Routing Table ( Part 2 )
18.3 Routing Protocols
S3: Routing ( Chapter 19 : Static and Default Routes )
19.1 Router Physical Installation
19.2.1 Router Interfaces Configuration
19.2.2 cont Router Interfaces Configuration
19.2.3 cont Router Interfaces Configuration
19.2.4 cont Router Interfaces Configuration
S3: Routing ( Chapter 20 : RIP v2 )
20.0 RIP
20.1 RIP Features
20.2 Operations
20.3.1 Configuration and Verification
20.3.2 cont Configuration and Verification
S3: Routing ( Chapter 21 : OSPF )
21.0 OSPF
21.1 Link State Routing Protocol
21.2 OSPF Features
21.3 Neighbors Formation
21.4 Network Types
21.5.1 Configuration And Verification
21.5.2 cont Configuration And Verification
21.6 Advanced OSPF Configurations
S3: Routing ( Chapter 22 : EIGRP )
22.0 EIGRP
22.1 EIGRP Features
22.2 EIGRP Process
22.3 Metric
22.4 Feasible Distance and Reported Distance
22.5 Successor and Feasible Successor
22.6 Configuration and Verification
S3: Routing ( Chapter 23 : BGP )
23.0 BGP
23.1 Exchanging Routing Updates with ISP
23.2 Types of Connections to an ISP
23.3 BGP features
23.4 Configuration and Verification
S3: Routing ( Chapter 24 : IPv6 )
24.0 IPv6
24.1 IPv6 Features
24.2 Communication Types
24.3 Special Features
24.4 IPv6 Routing
24.5 Configuration and Verification
S3: Routing ( Chapter 25 : Inter VLAN Routing )
25.0 Inter-VLAN Routing
25.1 Router on Stick
S3: Routing ( Chapter 26 : WAN )
26.0 WAN
26.1 WAN Technologies
26.2 HDLC
26.3 PPP
S4: Security&Services ( Chapter 27 : Port Security )
27-PortSecurity
S4: Security&Services ( Chapter 28 : ACL )
28.0 ACL
28.1 Configuration And Verification
S4: Security&Services ( Chapter 29 : NAT )
29-NAT
S4: Security&Services ( Chapter 30 : FHRP )
30.0 FHRP
30.1 HSRP and IP SLA Tracking
S4: Security&Services ( Chapter 31 : VPN )
31.0 VPN
31.1 IPSec Services
S4: Security&Services ( Chapter 32 : QoS )
32.0 QoS
32.1 Congestion Avoidance
S4: Security&Services ( Chapter 33 : Network Services )
33-Network Services
S4: Security&Services ( Chapter 34 : Management and Licensing )
34-Management and Licensing
S4: Security&Services ( Chapter 35 : Virtualization and SDN )
35.0 Virtualization
35.1 SDN
Security LABs
Packet Tracer
22.4 Feasible Distance and Reported Distance
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