Windows server

1. Basics of Windows Server & Active Directory
14th – 17th March 2022
Trainer: Arif Malik

2. Chapters
1. IT Infrastructure
2. Windows Client Operating System
3. Windows Server Operating System
4. Basic Troubleshooting of Server OS
5. Active Directory
6. Networking Basics
7. DNS
8. DHCP
9. Virtualization
10. Overview of Windows related issues and
tickets.

3. Chapter 1: IT Infrastructure
Lesson 1: Overview of IT Infra
Lesson 2: Infrastructure Management
Lesson 3: Layers of IT Infrastructure

4. Lesson 1: Overview of IT Infra
What is IT infrastructure?
 Information technology (IT) infrastructure are the
components required to operate and manage enterprise IT
environments. IT infrastructure can be deployed within a
cloud computing system, or within an organization's own
facilities.
 These components include hardware, software,
networking components, an operating system (OS), and
data storage, all of which are used to deliver IT services
and solutions.
 The IT infrastructure consists of all elements that support
the management and usability of data and information.
These include the physical hardware and facilities
(including data centers), data storage and retrieval,
network systems, legacy interfaces, and software to
support the business goals of an enterprise. The structure
also includes hiring, training, policy, testing, process,
upgrades, and repairs.

5. Lesson 2: Infrastructure Management
What Is Infrastructure Management?
 The purpose of IT infrastructure management is to provide
structure and control of the functions responsible for diverse
technical operations which generally involve hardware,
software, and networking in both physical and virtual
environments.
 Additionally, an enterprise IT infrastructure management team is
typically responsible for the following essential IT elements and
services:
Applications Hardware Software
Asset
Lifecycle Servers Storage Network
Tools and
Services

6. Lesson 3: Layers of IT Infrastructure
APPLICATIONS:
An IT infrastructure supports the deliverv of
enterprise applications.
INFRASTRUCTURE MANAGEMENT
TOOLS AND SERVICES :
Key infrastructure services at This layer
include Dynamic Host Configuration (DHCP)
and Domain Name System (DNS). To
manage all elements of the infrastructure
efficiently, admins use tools for
configuration management, monitoring,
authentication etc.
SERVERS
The server layer consists of physical and
virtual servers for On-Premise
Datacenter/Cloud environment
STORAGE
At this layer, systems Such as network-
attached Storage (NAS) or storage area
networks (SAN) enable data storage.
NETWORK
The network layer includes Such as routers,
switches, firewalls and load balancers.
FACILITIES
The physical data center facility houses IT
equipment and includes necessary power,
cooling and security components.

7. Chapter 2: Windows Client Operating System
Lesson 1: What is a Windows Client Operating System
Lesson 2: Various versions of Client OS
Lesson 3: Installing Client Operating System
Lesson 4: Managing Client OS

8. Lesson 1: What is a Windows Client Operating System
Client Operating System:
 The Client Operating System is the system that works within computer desktops and various portable devices. This system is
different from centralized servers because it only supports a single user.
 It is an operating system that operates within desktop. It is used to obtain services from a server. It run on the client devices
like laptop, computer and is very simple operating system.
 It runs on the client devices like laptop, computer etc.
 It provides less security and has less processing power in comparison with Server Operating System.
 Some computers can use multiple operating systems. This is considered a dual boot configuration. When a computer is built
in this manner, it can be configured to run specific devices for each operating system configuration. This provides flexibility
for software that is operating-system specific. Having two operating systems gives the user more access to complex
software programs.

9. Lesson 2: Various versions of Client OS

10. Lesson 3: Installing Client Operating System
How to install Windows 10 from a DVD, USB memory stick, or ISO file
 Windows 10 is used on more than 1 billion computers and devices, and many users want to install it on their own.
 One way is to use a USB memory stick with the Windows 10 setup, a disc (like a DVD or CD), or an ISO file with the
installation.
 The installation process is the same no matter the source you use, just booting from a different source involves different
selections.
 Attached guide shows you how to make a clean install of Windows 10, using DVD.

11. Lesson 4: Managing Client Operating System
Administrative Tools in Windows
 Administrative Tools is a folder in Control Panel that contains tools for system administrators and advanced users.

12. Chapter 3: Windows Server Operating System
Lesson 1: What is Windows Server Operating System
Lesson 2: 32-bit vs 64-bit architecture
Lesson 3: List out the various versions of Windows Server
Lesson 4: Installing Windows Server
Lesson 5: Server Manager in Windows Server
Lesson 6: Responsibilities of a System Administrator
Lesson 7: Role and Features in Windows Server
Lesson 8: Remote Desktop of Windows Server

13. Lesson 1: Windows Server Operating System
What is Operating System.
 An operating system is the most important software that runs on a computer. It manages the computer's memory and
processes, as well as all of its software and hardware. It also allows you to communicate with the computer without
knowing how to speak the computer's language.
 Your computer's operating system (OS) manages all of the software and hardware on the computer. Most of the time, there
are several different computer programs running at the same time, and they all need to access your computer's central
processing unit (CPU), memory, and storage. The operating system coordinates all of this to make sure each program gets
what it needs.
 Windows is a graphical operating system developed by Microsoft and does the below:
• Memory Management. Deals with the transfer of programs in and out of memory.
• Organizes the use of memory between programs.
• Organizes processing time between programs and users.
• Maintains security and access rights of users.
• Processor Management.
• Device Management.
• File Management.
• Security.
• Control over system performance.

14. Lesson 1: Windows Server Operating System … contd
 Windows Server is a group of operating systems designed by Microsoft that supports enterprise-level management, data
storage, applications, and communications.
 Versions of Windows Server have focused on stability, security, networking, and various improvements to the file system.
Other improvements also have included improvements to deployment technologies, as well as increased hardware support.
 Windows Server Standard is a server operating system that enables a computer to handle network roles such as print
server, domain controller, web server, application server etc.
 Servers are extremely powerful machines that are designed to run constantly and provide resources for other computers.
This means in almost all cases; Windows Server is only used in business settings.

15. Lesson 2: 32-bit vs 64-bit architecture
What are 32-Bit and 64-Bit?
 The difference between 32-bit and a 64-bit is all about processing power. Computers with 32-bit processors are older,
slower, and less secure, while a 64-bit processor is newer, faster, and more secure.
 Your computer’s central processing unit (CPU) functions like the brain of your computer. It controls all the communication
and the flow of data to and from the other parts of your computer. Some computers use two or more processors. However,
there are only two main categories of processors now: 32-bit processors and 64-bit processors. The type of processor that
your computer uses affects its overall performance and what kind of software it can utilize.
 If you want your computer to be fast, you should probably choose a 64-bit processor. You can even use this processor if
you’re going to run 32-bit programs since most applications are backward compatible. This means 64-bit computers will run
most 32-bit programs. However, a 32-bit computer will not run any 64-bit applications.
 32-bit system can address a maximum of 4 GB (4,294,967,296 bytes) of RAM, whereas a 64-bit computer (which means it
has a 64-bit processor) can access more than 4 GB of RAM. If a computer has 8 GB of RAM, it better has a 64-bit processor.
Otherwise, at least 4 GB of the memory will be inaccessible by the CPU.
 64-bit processors can come in dual-core, quad-core, six-core, and eight-core versions for home computing. Multiple cores
allow for an increased number of calculations per second that can be performed, which can increase the processing power
and help make a computer run faster. Software programs that require many calculations to function smoothly can operate
faster and more efficiently on the multi-core 64-bit processors, for the most part.

16. Lesson 2: 32-bit vs 64-bit architecture … contd
How to Find Out if Your Windows Server is 64-Bit
 Open the File Explorer window by pressing the
Windows icon key + E.
 In the left sidebar of the File Explorer window,
right-click on “This PC.”
 Choose Properties from the context menu.
 Find the “System type” information. This is
where you will see what type of operating system
and processor you have.

17. Lesson 3: Various versions of Windows Server

18. Lesson 3: Various versions of Windows Server … contd

19. Lesson 3: Various versions of Windows Server … contd
Difference between Windows Server 2008 and Windows Server 2012 R2
 Windows Server 2008 had two releases i.e., 32 bit and 64 bit but Windows Server 2012 is only 64 but Operating System.
 The Active directory in Windows Server 2012 has a new feature that allows you to add personal devices like tablets to the domain.
 The Active directory recycle bin is another feature of windows Server which allows us to restore deleted AD objects using a GUI.
 Windows Server 2012 has IIS version 8.0.
 Windows Server 2012 uses PowerShell version 3.0.
 Server core was introduced in Windows Server 2008. Windows Server has additional feature that allows you to switch between
Server core and GUI and vice versa.
 Hyper-V in Windows Server 2012 has a feature called live migration which allows you to move virtual machine from one Hyper-V
server to another Hyper-V Server while virtual machine is running. This feature was there in Windows Server 2008, but the virtual
machine had to be clustered for migration to happen.
 In Windows Server 2008 Hyper-V the merging of a snapshot in the virtual machine required the virtual machine to be turned off
whereas in windows Server 2012 it can be done while the machine is running.
 In Windows Server 2008 Hyper-V the dynamic memory can’t be given to the virtual machine is its running whereas in Windows
Server 2012 the running virtual machine can take dynamic memory from host while its running.

20. Lesson 4: Installing Windows Server
System requirements
 Processor: Minimum - 1.4 GHz 64-bit processor
 RAM: Minimum - 512 MB
 Disk space requirements: Minimum - 32 GB
 Be aware that 32 GB should be considered an absolute minimum value for successful installation. The system partition will need extra space for any of
the following circumstances: If you install the system over a network. Computers with more than 16 GB of RAM will require more disk space for paging,
hibernation, and dump files.
 DVD drive
 Super VGA (800 x 600) or higher-resolution monitor
 Keyboard and Microsoft® mouse (or other compatible pointing device)
 Internet access
 Please refer to the attached document with the steps for Windows Server 2012 – Installation
Installing
windows Server 2012

21. Lesson 5: Server Manager in Windows Server 2012
System requirements
 Server Manager is a management console (MMC) in Windows Server 2012 that allows you to add server roles / features,
manage and deploy server remotely.
 In the attached document we’ll show you 5 ways to launch Server Manager in Windows Server 2012.

22. Lesson 6: Responsibilities of a System Administrator
System Administrator responsibilities include:
 Installing and configuring software, hardware and networks
 Monitoring system performance and troubleshooting issues
 Ensuring security and efficiency of IT infrastructure
 Manage network servers and technology tools
 Set up accounts and workstations
 Monitor performance and maintain systems according to requirements
 Troubleshoot issues and outages
 Ensure security through access controls, backups and firewalls
 Upgrade systems with new releases and models
 Develop expertise to train staff on new technologies
 Build an internal wiki with technical documentation, manuals and IT policies

23. Lesson 7: Roles and Features in Windows Server
What is role in Windows Server?
 Server roles refer to the roles that your server can play on your network — roles such as a file server, a web server, or a
DHCP or DNS server.
 Few examples of the roles are as below:

24. Lesson 7: Role and Features in Windows Server
What is features in Windows Server?
 Features refer to additional capabilities of the Windows operating system itself, such as the .NET Framework or Windows
Backup.
 Few examples of the features are as below:

25. Lesson 8: Remote Desktop of Windows Server
What is an RDP connection?
 Microsoft Remote Desktop Connection allows you to access a Windows computer from a different location as if you were
sitting in front of it.
 RDP or Remote Desktop Protocol is a Microsoft protocol that enables remote connections to a local server (or network), to a
desktop or a server over the Internet. Remote Desktop Protocol makes this connection using a graphic interface.
 Please follow the attached word document to Enable RDP in Windows Server as below:

26. Chapter 4: Basic Troubleshooting of Server OS
Lesson 1: Introduction
Lesson 2: Application and System Logs understanding
Lesson 3: Troubleshooting for Windows-based service issue
Lesson 4: Troubleshooting for Windows-based computer freeze
Lesson 5: Introduction to page file and appropriate page file size

27. Lesson 1: Introduction
Introduction:
 The first thing you will want to do is gather as many details about the issue as you can. Each time that the issue occurs, take
note of the following things:
• Specific Error Messages – Take a screen shot or write down the specific error messages. Make sure you get the full error
codes and other details as they may be important for troubleshooting.
• Event Logs – In addition to the main error message that is displayed, browse to the server’s event log through the Event
Viewer and copy down the information provided.
• Steps Leading to Problem – Document what is happening that leads to the problem occurring. If this is during the bootup
sequence of the server, write down what is displayed on the screen just prior to the errors (if any).
• Task Manager for performance issue: Take a quick look at the Task Manager and make a note of the process consuming high
CPU and or Memory. Also check the Disk usage.
• Alerts from Monitoring Tool: Check the alerts for any issue related to Service Failure, Disk Space, Power and Network etc.
• With all the above details engage your L3/SME for next steps.

28. Lesson 2: Application and System Logs understanding
Windows Logging Basics
 Logs are records of events that happen in your computer, either by a person or by a running process. They help you track
what happened and troubleshoot problems.
 Windows Event Viewer displays the Windows event logs. Use this application to view and navigate the logs, search and filter
particular types of logs, export logs for analysis, and more.
 Windows Server 2012/2016 and 2019 Event Viewer can be accessed in several ways:

29. Lesson 2: Application and System Logs understanding … contd
 Also, Event you can open the Event Viewer directly from a command prompt:
• Open a Command Prompt
• Type: eventvwr
 Lastly, you can open the Event Viewer through Start > Run > eventvwr
 By default, there are five categories of Windows logs:
• Application – Information logged by applications hosted on the local machine.
• Security – Information related to login attempts (success and failure), elevated privileges, and other audited events.
• Setup – Messages generated when installing and upgrading the Windows operating system. If the Windows system is a
domain controller, those messages are also logged here.
• System – Messages generated by the Windows operating system.
• Forwarded Events – Events forwarded by other computers when the local machine is functioning as a central
subscriber.
For detailed information on Using the Windows Event Viewer Interface, refer the file attached:
Windows Event
Viewer Interface

30. Lesson 3: Troubleshooting for Windows-based service issue
 Issue Description: Windows Service is not starting.
 Basic Troubleshooting steps:
• Launch Windows Services Manager > Start > Run > services.msc
• Check the status of the failed service is it stopped or stuck in stopping/starting phase
• Capture the error message when the affected service failed to start
• Check the properties of the failed service > Dependencies Tab / and confirm that the status of the service listed under
“This Service depends on the following system components” is “Running”
• Check the System Logs for the corresponding logs
• With all the above details engage your L3/SME for next steps.

31. Lesson 4: Troubleshooting for Windows-based computer freeze
 There are several reasons why a computer may freeze or start to perform poorly. Typically, it will be a software-related
issue, or your computer has too many programs operating at any once, causing it to freeze.
 Additional issues such as insufficient hard-disk space or ‘driver’-related issues also can cause a computer to freeze.
 First off, give your computer some time to recover from the freeze automatically. Usually, a few minutes will be sufficient to
see if a computer can resolve the issue itself.
 Basic Troubleshooting steps:
1) Check if your computer is completely dead-locked. There are a couple of ways to check if your computer is completely
frozen, often referred to as ‘dead-locked’.
a) Try to move your mouse cursor on the screen. If it won’t move, it is likely that your computer is dead-locked and will
require rebooting.
a) Try to click the ‘Caps Lock’ button on the keyboard. If the Caps Lock light shows it is working, it is very likely a software
issue, and this can be resolved using the Windows task Manager. If the Caps Lock light does not work, it is likely your
computer is dead-locked and you will need to reboot.

32. Lesson 4: Troubleshooting for Windows-based computer freeze
2) If your computer is freezing randomly when using different software applications, it could be due to a few different reasons.
Here are the most common reasons for a computer to randomly freeze.
• Not enough processing power: Often caused by programs that demand heavy Central Processing Unit (CPU) power
such as video editing or 3D rendering software. Try to limit multiple programs open at the same time when using
programs that demand high CPU processing.
• Not enough hard-disk space: It’s always a good idea to keep as much hard-disk space available for your computer to
run optimally. The best way to do this is by regularly removing any unused or unwanted files.
• Driver issues: There may be a ‘driver’-related issue causing the problem. You can check for any driver issues by using
the Windows Device Manager.
• Hardware issues: A more serious issue is that of a hardware issue, where a component of the computer is not working
correctly or is malfunctioning

33. Lesson 5: Introduction to page file and appropriate page file size
Introduction to page files:
 Windows uses a page file to store data that can’t be held by your computer’s random-access memory when it fills up.
 A page file (also known as a "paging file") is an optional, hidden system file on a hard disk.
 The page file, also known as the swap file, pagefile, or paging file, is a file on your hard drive. It’s located at C:pagefile.sys
by default, but you won’t see it unless you tell Windows Explorer not to hide protected operating system files.
 Physical extension of RAM: Page files enable the system to remove infrequently accessed modified pages from physical
memory to let the system use physical memory more efficiently for more frequently accessed pages
How The Page File Works
 Your computer stores files, programs, and other data you’re using in your RAM (random access memory) because it’s much
faster to read from RAM than it is to read from a hard drive. For example, when you open Firefox, Firefox’s program files are
read from your hard drive and placed into your RAM. The computer uses the copies in RAM rather than repeatedly reading
the same files from your hard drive.
 Programs store the data they’re working with here. When you view a web page, the web page is downloaded and stored in
your RAM. When you watch a YouTube video, the video is held in your RAM.
 When your RAM becomes full, Windows moves some of the data from your RAM back to your hard drive, placing it in the
page file. This file is a form of virtual memory. While writing this data to your hard disk and reading it back later is much
slower than using RAM, it’s back-up memory — rather than throwing potentially important data away or having programs
crash, the data is stored on your hard drive.

34. Thank You
Coming Up next:
Active Directory and Networking Basics