From the course: Cisco Certified Network Associate (CCNA) v1.1 (200-301) Cert Prep
Performing lab exercises
From the course: Cisco Certified Network Associate (CCNA) v1.1 (200-301) Cert Prep
Performing lab exercises
(bright music) - [Instructor] Let's consider some options for getting hands-on experience with the content that we're going to be going through. One option is to buy your own home lab from various online auction sites. You might want to go out and purchase some used Cisco gear. And even though the models might vary a little bit, personally, I would go after three routers in the 2,900 series, maybe three of the 2911 routers, and I would also probably get three of the Cisco Catalyst 3560 series switches. And with three routers and three switches, you can replicate a lot of the content that we're going to be going through. Another option is to use a network simulator, and many people are huge fans of Cisco's free software called Cisco Packet Tracer. It is a Cisco iOS simulator, meaning it's simulating being inside of these environments, but it's not running actual Cisco iOS. But with very few exceptions, it really seems like we're in real Cisco iOS and we can do a lot with Cisco Packet Tracer. And the way you get your free copy of Cisco Packet Tracer is you enroll in a class, it's called Getting Started with Cisco Packet Tracer. That's available at these Skills for All site. And I've given you a link on screen where you can get started with that. And you might want to go through that course on getting started with a Cisco Packet Tracer. As part of that course, you can download the software, but it's a great course that shows you the many, many things you can do with a Cisco Packet Tracer. Another option, and the one I use most often and what I recommend for CC and P candidates is to use a network emulator and I use Cisco Modeling Labs. And at the time of this recording, you pay $199 to get a year's access to CML Cisco Modeling Labs personal edition, and that's going to get you 20 nodes. And I'm showing you a couple of links on screen where you can go out and purchase CML and get a quick start guide. And if you decide to go with either Cisco Packet Tracer or Cisco Modeling Labs, there are lots of videos out on YouTube that can walk you through the installation and the basic configuration. But once you have your platform on which you're going to be doing these labs, let me show you what this course offers. We have a collection of lab PDF documents. They're in a zip file, which is inside of the downloadable exercises file zip file that we discussed in the previous video. Here's a PDF for our OSPF lab, and you'll see that it has a topology and it shows the interfaces. So if you're constructing this on your own, you can use this as your guide. And if you're using your own physical gear, some of the interface numbers might vary, so you would want to update those in the base configuration. But we do have a base configuration that in many cases you'll be able to copy and paste from the PDF document into your topology. You're going to be given the lab instructions, all the tasks that you're challenged with, and then after you try it on your own, we give you a complete step by step walkthrough solution. Now let me show you how easy it is to take the base configuration in this PDF and apply it in both a Cisco Packet Tracer and a Cisco Modeling Labs environment. Here on the right side of the screen, you can see our topology and using this topology, I have constructed an identical topology by dragging and dropping inside of a Cisco Modeling Labs. And here is my base configuration for R1. Notice how easy this is. I'm going to select the R1 base config. I'll do a copy. I'll go to R1, open its console, and I'm going to paste in that configuration. So now it shows that I'm on router R1, I can do a show IP interface brief command. We see I've got IP address assignments, my interfaces are up. I hope you'll agree that was really easy. And we can do the same thing with a Cisco Packet Tracer. Here in Cisco Packet Tracer, I've created another topology to match the topology shown in the lab. And what I can do is go into the CLI of this router, and again, I can just paste in my configuration. I'll do a show IP interface brief command, and we can see that my IP addresses have been applied. And that's a look at how we can use these PDF lab documents to get hands on experience. Now, if you're ready, I'm ready. So let's jump into the actual content of the course in our next video.
Practice while you learn with exercise files
Download the files the instructor uses to teach the course. Follow along and learn by watching, listening and practicing.
Download courses and learn on the go
Watch courses on your mobile device without an internet connection. Download courses using your iOS or Android LinkedIn Learning app.
Contents
-
-
(Locked)
Lesson 2: Common network architectures and designs2m
-
(Locked)
Three-tier vs. collapsed core architectures5m 1s
-
(Locked)
Spine-leaf design for data centers3m 22s
-
(Locked)
Wide area network (WAN) topologies10m 45s
-
(Locked)
Small office and home office (SOHO) architecture2m 18s
-
(Locked)
Cloud deployment models4m 21s
-
(Locked)
-
-
(Locked)
Lesson 3: Network cabling2m 29s
-
(Locked)
Coax cables and connectors4m 17s
-
(Locked)
Twisted pair cables and connectors6m 29s
-
(Locked)
Ethernet standards for twisted pair cables3m 49s
-
(Locked)
Straight through vs. crossover cables5m 15s
-
(Locked)
Fiber optic cables4m 1s
-
(Locked)
Fiber optic connectors2m 51s
-
(Locked)
Ethernet standards for fiber optic cables4m 4s
-
(Locked)
Power over Ethernet (PoE)5m 35s
-
(Locked)
Troubleshooting common cabling issues6m 24s
-
(Locked)
-
-
(Locked)
Lesson 4: Subnetting2m 24s
-
(Locked)
The need for subnetting6m 33s
-
(Locked)
Calculating available subnets3m 44s
-
(Locked)
Calculating available hosts3m 56s
-
(Locked)
Subnetting practice exercise #14m 8s
-
(Locked)
Subnetting practice exercise #23m 31s
-
(Locked)
Calculating usable ranges of IPv4 addresses5m 52s
-
(Locked)
Subnetting practice exercise #34m 12s
-
(Locked)
-
-
(Locked)
Module 3: IPv6 addressing1m 39s
-
(Locked)
Lesson 1: IPv6 address format and communication2m 16s
-
(Locked)
Hexadecimal numbering7m 31s
-
(Locked)
IPv6 address format3m 57s
-
(Locked)
Shortening an IPv6 address3m 6s
-
(Locked)
IPv6 address shortening exercise2m
-
(Locked)
IPv6 traffic flows2m 39s
-
(Locked)
-
-
(Locked)
Lesson 2: IPv6 address types2m 47s
-
(Locked)
IPv6 global unicast2m 51s
-
(Locked)
IPv6 multicast4m
-
(Locked)
IPv6 link-local2m 54s
-
(Locked)
IPv6 unique local2m 10s
-
(Locked)
IPv6 loopback1m 33s
-
(Locked)
IPv6 unspecified2m 40s
-
(Locked)
IPv6 solicited-node multicast3m 34s
-
(Locked)
Manual IPv6 address assignment6m 42s
-
(Locked)
EUI-642m 56s
-
(Locked)
Dynamic IPv6 address assignment10m 55s
-
(Locked)
-
-
(Locked)
Lesson 5: Spanning Tree Protocol (STP)3m 30s
-
(Locked)
STP port states9m 5s
-
(Locked)
STP exercise7m 24s
-
(Locked)
STP convergence times2m 59s
-
(Locked)
PVST+ theory and configuration13m 36s
-
(Locked)
Portfast4m 14s
-
(Locked)
Root guard6m 14s
-
(Locked)
Loop guard6m 56s
-
(Locked)
BPDU filter6m 53s
-
(Locked)
BPDU guard7m 32s
-
(Locked)
MSTP theory2m 43s
-
(Locked)
Rapid PVST+ theory9m 10s
-
(Locked)
Rapid PVST+ configuration6m 58s
-
(Locked)
-
-
(Locked)
Module 6: Wireless networks1m 20s
-
(Locked)
Lesson 1: Overview of wireless networks1m 49s
-
(Locked)
Wireless access points5m 41s
-
(Locked)
Wireless LAN (WLAN) designs2m 48s
-
(Locked)
Access point modes7m
-
(Locked)
Service set terminology3m 47s
-
(Locked)
Radio frequency (RF) basics10m 10s
-
(Locked)
Wireless interference2m 2s
-
(Locked)
-
-
(Locked)
Lesson 4: Network management services1m 35s
-
(Locked)
Options for network management access6m 40s
-
(Locked)
Artificial intelligence (AI) for network management12m 9s
-
(Locked)
Simple Network Management Protocol (SNMP) theory4m 46s
-
(Locked)
SNMP configuration7m 53s
-
(Locked)
Syslog5m 52s
-
(Locked)
Configuring remote access with secure shell (SSH)3m 34s
-
(Locked)
FTP and TFTP6m 58s
-
(Locked)
-
-
(Locked)
Module 8: Network security2m 6s
-
(Locked)
Lesson 1: Threats and defense3m 55s
-
(Locked)
CIA triad4m 16s
-
(Locked)
Threats vs. vulnerabilities2m 14s
-
(Locked)
Social engineering attacks7m 43s
-
(Locked)
Denial-of-service attacks5m 42s
-
(Locked)
Other common attacks9m 10s
-
(Locked)
Password protection of Cisco devices11m 19s
-
(Locked)
Authentication, authorization, and accounting (AAA)8m 42s
-
(Locked)
Multifactor authentication2m 12s
-
(Locked)
Encryption9m 23s
-
(Locked)
Virtual private networks (VPNs)10m 14s
-
(Locked)
Password best practices3m 58s
-
(Locked)
Wireless security protocols10m 9s
-
(Locked)
Configuring a wireless LAN for WPA2 with a pre-shared key2m 3s
-
(Locked)
-
-
(Locked)
Lesson 3: Layer 2 security features1m 17s
-
(Locked)
DHCP snooping theory4m 4s
-
(Locked)
DHCP snooping configuration3m 46s
-
(Locked)
Dynamic ARP Inspection (DAI) theory4m 9s
-
(Locked)
Dynamic ARP Inspection (DAI) configuration15m 33s
-
(Locked)
Port security theory5m 16s
-
(Locked)
Port security configuration7m 34s
-
(Locked)