
Download and install VMware player for your lab environment, choosing Windows, Linux, or Mac. Launch the installer, complete setup, and restart to ensure the latest version.
Learn to download and organize Windows 10, Windows 11, Windows Server 2019, and Windows Server 2022 ISOs, create installation media, and prepare ISO files for creating VMs.
Install windows 10 and windows 11 in vmware, enable virtualization in the bios, configure vms with iso images, install vmware tools for full screen, and recreate vms to troubleshoot.
Demonstrates how to set up Windows Server 2022 and Windows Server 2019, create virtual machines, and install VMware tools, while comparing VMware, Hyper-V, and VirtualBox.
Enable Hyper-V on Windows by enabling the feature in Control Panel, then restart; learn about edition requirements, including home vs pro, and how Hyper-V coexists with VirtualBox and VMware.
Shows how to create and start Windows 10 and Windows 11 virtual machines in Hyper-V, using generation two VMs and ISO boot. Notes the TPM requirement for Windows 11.
Learn how to install Windows Server 2019 and 2022 by creating and configuring two virtual machines, loading 2019 and 2022 ISOs, enabling desktop experience, and setting up virtual switches.
Set up Windows Server 2019 and 2022 in a virtualization lab using ISO files, skip unattended installation. Allocate 8 gigs of RAM and 2 virtual processors, and use desktop experience.
Explore TCP/IP classes and how IPv4 addresses form 32-bit decimals of four octets. Learn binary-to-decimal conversion and see example addresses that illustrate hosts on LANs and WANs.
Master the tcp/ip classes a, b, and c, and why d and e are reserved, with ranges, cidr, and default masks. Also cover loopback 127.0.0.1, unicast, multicast, and broadcast.
Explore class C IPv4 addressing, with 192.168.100.0/24 networks, their network and host portions, and why 254 hosts per network; learn default masks, network id, broadcast, and basic connectivity testing.
Learn class B networking by identifying the network and host portions, using a slash 16 and 255.255.0.0 subnet mask, with first host 172.16.0.1 and last 172.16.255.254.
Learn how class a networks use a /8 subnet (255.0.0.0) with three host octets, network id 10.0.0.0, and broadcast 10.255.255.255, enabling many hosts.
Subnetting a class C network converts classful to classless addressing, borrows bits for eight subnets with a /27 mask, yielding 30 hosts per subnet and clear network IDs and broadcasts.
Subnet a class C network by borrowing four bits to create 16 networks with a /28 (255.255.255.240), giving 14 hosts per network and clear network, first host, and broadcast roles.
Explore reverse engineering subnetting for class C networks by analyzing slash 29 to slash 30 masks, calculating networks, hosts, and broadcasts using 192.168.x.x examples.
Master class b subnetting by borrowing bits from the third octet, compute networks and hosts, and apply slash notations such as /21 and /23 with practical examples.
Learn practical class B subnetting by borrowing bits to create 1024 networks with /26 and /28 masks, determine hosts per subnet, and verify configurations in Cisco Packet Tracer.
Learn to reverse engineer a class B subnet using slash notation with 172.16.x.x examples, calculating network IDs, hosts, broadcasts, and applying vlan concepts.
Explores subnetting a class a network by borrowing bits to create 256 networks in 10.0.0.0/8 with a /16 mask, yielding 65,534 hosts per network, including first, last, and broadcast addresses.
Learn to reverse engineer class A subnetting through practical quizzes that reinforce subnet masks, network IDs, and broadcast addresses in labs.
You Would Learn The Proper Way Of Install Active Directory After Installing and Configuring DNS.
You Would Learn How To Join The Servers (w2022) to the domain which means now they are member servers.
You Would Learn How to install DHCP On Both Server using a Server Group.
You Would Learn What is APIPA and when would you expect It.
You Would Learn what is the scope in DHCP and how its created.
You Would Learn How to Get an IP Address on Both Clients.
You Would Learn What is a DHCP Reservation and Its Purpose.
You Would Learn How To Filter Which Clients can Use the DHCP Server.
You Would Learn How To Modify The scope and add more options and change the lease time on client PCs.
You Would Learn When You Would Need additional scopes.
What is The Purpose of a Super Scope and when is it used.
What is a Multicast Scope and its purpose.
What is The difference between scope and server options.
How To Backup and Restore DHCP.
What is The Purpose of Reconcile.
How To Setup Fault Tolerance For DHCP In case One Server Fails.
How To Setup Performance (Load Balancing) For DHCP and Its Purpose.
About This Class ( My Entire Course is 100% HANDS ON)
Are You Tired of Assigning Static IP Addresses To All Your Devices On The Network. Well DHCP Allows You To Centralize The Assignment Of IP Addresses Automatically TO Hosts (A Host is any Device That gets an IP Address) So If your Fridge Has an IP Address its a Host.
Why This Class
This Short Course Will be the same as You worked as a Network Administrator For a Company For at least 2 Years. This Class Will be The same as You were Setting Up The DHCP Server In a Real Environment.
What Will You Gain From This Class
This course will teach you and enhance your skills in better understating by actually doing it as we were in the same classroom utilizing DHCP On Windows Server 2022.
In This Course you will not just learn you will actually do it yourself as if you were in an actual company and here are the key topics that you will gain from this class.
1) Install and Configure a DHCP Server In Terms Of Creating Scopes (Unicast, Multicast and Super Scopes).
2) Working With Scope Option and Server Options and Understanding The Differences Between Them Including Other assignments such as default gateway,dns,time server and others.
3) What is The Lease Time and How Does It affect The Clients.
4) How To Create a Reservation and Its Purpose.
5) How To Filter Who Can Access The DHCP Server.
6) How To Backup and Restore The DHCP Server.
7) How To setup Fault Tolerance and Performance using at Least 2 DHCP Servers.
8) Install and Configure Active Directory
9) Join Machines To The Domain.
10) What is DNS and How To Setup For Active Directory.
11) Using Cisco Packet Tracer to setup DHCP,DHCP Relay and DHCP Snooping.
12) TCP/IP Classful and Classless Networks (Subnetting)
Who is This Class For
1) Network /System Administrators.
2) IT Support Techs.
3) Help Desk Analyst.
4) Any One Who wants to get themselves in The IT Field.
Facts About The Course
Do I need any Work experience?
If You or Don't Work In The IT Field You Should Be Fine Taking This Course.
I Already Work In The IT Field Will I Benefit From This Course?
Working In The IT Field Doesn't Mean You Will Cover All Concepts Of Networking.
Will I get a certificate of completion at the end?
Yes You Will.