Practical Cisco Networking Labs in Cisco Packet Tracer
Networking concepts explained in a simple way, with many engaging exercises!
Routing
Switching
Cisco IOS command line
VLAN
Router on a stick
Spanning Tree Protocol (STP)
VLAN Trunking Protocol (VTP)
Layer Ether Channel
Static Routing
Routing protocols
RIP
OSPF
EIGRP
Frame Relay
Point to point Frame Relay
Multipoint Frame Relay
Multiple-area OSPF
OSPF authentication
Summarization
BGP
Routing protocol redistribution
Access Control Lists
Standard Access Lists
Extended Access Lists
Network Address Translation (NAT)
PAT
DSL
HFC
HSRP
Layer 3 Ether Channel
PPP
VoIP
IPsec
GRE
This course’s goal is to teach you some of the most important computer networking concepts, but also provide practical, real-life scenario labs & guide you through configuring those successfully. Some of the labs come from CCNA, but they’re mostly original topologies I created for my Computer Networking students. They were very successful so I decided to post them on Udemy as well. Hope you will find them useful and feel free to send ideas on additional labs I might add!
Introduction
1
Introduction
Welcome to "Practical Cisco Networking Labs" course!
2
Download Packet Tracer
3
Packet Tracer Introduction
4
Packet Tracer Introduction - FREE Course
Switching and VLANs
1
VLANs - Access and Trunk Links [explanation]
2
VLANs - Access and Trunk Links [exercise]
3
Router on a Stick [explanation]
4
Router on a Stick [exercise]
5
Spanning-Tree Protocol [explanation]
6
Spanning-Tree Protocol [exercise]
7
VLAN Trunking Protocol [exercise]
8
Router on a Stick 2 [exercise]
9
STP Security [explanation]
10
STP Security [exercise]
11
VLANs on Multilayer Switches 1 [exercise]
12
VLANs on Multilayer Switches 2 [exercise]
13
Ether Channel (L2) [exercise]
Routing
1
Static routing and Default routes [explanation]
2
Static routing and Default routes [exercise]
3
RIP [explanation]
4
RIP [exercise]
5
OSPF [exercise]
6
OSPF [explanation]
7
EIGRP [explanation]
8
EIGRP [exercise]
Frame Relay
1
Point-to-Point Frame Relay [explanation]
2
Point-to-Point Frame Relay [exercise]
3
Multipoint Frame Relay [explanation]
4
Multipoint Frame Relay [exercise]
Advanced Routing
1
Multiple-area OSPF [exercise]
2
Multiple-area OSPF with authentication [exercise]
3
OSPF Router IDs (Loopback configuration)
4
Multiple-area OSPF with virtual link [exercise]
5
Multiple-area OSPF with Summarization [explanation]
6
Multiple-area OSPF with Summarization [exercise]
7
BGP [explanation]
8
BGP [exercise]
9
Redistribution (OSPF-RIP)
10
Redistribution (OSPF-EIGRP)
Access Lists
1
Standard Access Lists [explanation]
2
Standard Access Lists [exercise 1]
3
Standard Access Lists [exercise 2]
4
Extended Access Lists [explanation]
5
Extended Access Lists [exercise]
NAT (Network Address Translation)
1
NAT and PAT [explanation]
2
NAT and PAT [exercise]
Superlab
1
Superlab 1 - creating the PKT topology
2
Superlab 2 - configuring IP addresses and DHCP
3
Superlab 3 - configuring NAT, IGP routing
4
Superlab 4 - configuring BGP and redistribution
5
Superlab 5 - configuring ACLs
BONUS
1
HSRP - explanation
2
HSRP - exercise 1 (with routers)
3
HSRP - exercise 2 (with switches)
4
Layer 3 Ether Channel - exercise
5
Point-to-Point Protocol (PPP) - exercise
6
VoIP - exercise (Part 1)
7
VoIP - exercise (Part 2)
8
IPsec - exercise
9
GRE - exercise
You can view and review the lecture materials indefinitely, like an on-demand channel.
Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don't have an internet connection, some instructors also let their students download course lectures. That's up to the instructor though, so make sure you get on their good side!
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