
Create an ip address plan for a ccna lab using an excel sheet, comparing ip address management options and outlining server, link, and loopback networks with gateway and dns decisions.
Design a layer-3 virtual network with four routers, an ESXi hypervisor hosting Linux and Windows VMs, and separate VLAN links to test MPLS, traffic engineering, and interior gateway protocols.
Install the vmware esxi hypervisor from a usb boot, configure a static ipv4 address and dns, and manage the host via a web browser for lab router setups.
Configure a VMware ESXi hypervisor with license input, user roles, and VLANs for a CCNA lab. Upload Debian ISO to the datastore to create and manage virtual machines.
How to obtain a free Windows license key from Microsoft's Azure cloud platform.
Prepare a Debian Linux server to host a tftp service for router configuration backups and firmware upgrades, and configure a central syslog server for remote router logging.
Create a real network topology diagram using diagrams.net, connect routers, servers, and a LAN with VLANs and IP subnets. Export your diagram as a PDF for documentation.
You will also learn about the two different routers that we'll be using throughout the course, as well as some information about their respective operating system.
Install and configure virtual IOS routers using CSR 1000v images, duplicate routers to save time, map VLANs, and export VMs for rapid CCNA lab setup.
Learn to create virtual serial ports using named pipes between a Windows VM and virtual routers, enabling a serial console connection for iOS XR devices without emulators.
Update network topology diagram to include XR routers and correct port numbering, setting router one, three, and four as XR and router two as iOS for the virtual CCNA lab.
Configure the remaining XR routers and assign IP addresses across the virtual CCNA lab, using Windows or Linux consoles to connect via serial and verify connectivity.
Enable an IGP with OSPF across IOS XR and IOS routers, connect to a Linux syslog server, and configure remote logging to centralize router logs.
Access the extra material section to find updated lectures and older versions saved for easy reference within the course curriculum, and ask questions via message or the Q&A.
Labs included for CCNA and CCNP.
Note: this course is unique on Udemy (and probably on most of the rest of the Internet as well). If you're the least interested in networking, you will benefit greatly from this course.
The usual options today only take you so far. Emulator software such as the routers in Cisco Packet Tracer lack many of the functions and commands needed for CCNA certification, and they lack a Lot of functions and technologies for CCNP or CCIE.
And GNS3 is a cheap-quality product with a difficult user interface, and it requires a Cisco contract for access to router images. Our solution is built on a top-rated, commercial-grade hypervisor (ESXi) and free demo versions of the Cisco routing software.
In this course you will learn how to create a lab network using (demo) versions of the real Cisco IOS and IOS XR routing software, which contain support for all advanced routing technologies, including BGP and MPLS.
All you need is this course and free (or very low cost) software and equipment, like an old left-over computer and some applications.
ENROLL TODAY or try out our free sample lectures.
Introduction
FREE PREVIEW: Introduction
FREE PREVIEW: Welcome care-package
0. Preparations
Preparations: Creating an IP address plan
Preparations: Designing the network
1. Installation
Obtain and download the system
Prepare the installation media
Access the BIOS setup and change the boot order
Install, configure and access the hypervisor
2. Using the platform
Basic initial configuration of the hypervisor
Installing your first virtual machine
Getting a Windows license key
Installing a Windows virtual machine [FAILED attempt]
Successfully installing a Windows virtual machine
Configure IP addresses for the VMs
Configure Linux services
3. Setting up the virtual routers
Creating network topology diagrams
Link networks and vlans
Installing virtual IOS routers
Virtual serial console connections
Updating our network topology diagram
Installing the Cisco IOS XRv 9000
Setting up the rest of the routers
FREE PREVIEW: OSPF and remote syslogging
Backing up the config
Remote administration
4. LABS for CCNA and CCNP