Windows Update Flashcards
Windows Vista
Windows Vista was released in 2007 as a replacement to Windows XP. Windows Vista introduced the following features and updates:
• Windows Aero and enhanced visual appearance, including the Windows sidebar and gadgets
• Windows Media Center for playing and managing digital media
• User Account Control (UAC)
• Shadow Copy file backup (Business edition only)
• BitLocker drive encryption (Enterprise edition only)
• ReadyBoost and ReadyDrive
• Compatibility Mode
System Requirements
• 800 MHz processor
• 512 MB RAM
• 15 GB free disk space (20 GB for a 64-bit system)
• Super VGA graphics card
• CD-ROM drive (if installing from a CD)
Windows 7
Windows 7, which was released in 2009, was developed to address many of the problems found in Windows Vista. Windows 7 introduced the following features not found in previous versions:
• Enhanced Aero features, including:
o Snap (maximizes window when dragged to top of screen)
o Shake (hide/show all windows except for the window being “shaken”)
o Peek (reveals the desktop by making all windows transparent)
• Redesigned Taskbar with the ability to pin applications
• Libraries
• Improved backup and restore flexibility
• XP Mode (Professional, Ultimate, and Enterprise only)
System Requirements
• 1 GHz processor
• 1 GB RAM (2 GB for a 64-bit system)
• 16 GB free disk space (20 GB for a 64-bit system)
• 128 MB video memory with DirectX 9 support
• DVD-ROM drive (if installing from a DVD)
Windows 8/8.1
Windows 8 was released in 2012 and introduced major changes to the Windows OS. A year later, Windows 8.1 was offered as a free upgrade in order to fix several issues. Windows 8/8.1 introduced the following features:
• UEFI integration (including UEFI Secure Boot)
• Hybrid Boot mode
• USB 3.0 support
• Windows Metro UI, which is optimized for touchscreen devices
• Windows Store apps
• Charms and the charm toolbar, which provides access to system and app controls
• Start button removed (Windows 8)
• Start button reintroduced (Windows 8.1)
• Start Screen (replaced the traditional Start menu)
• OneDrive integration (Windows 8.1)
System Requirements
• 1 GHz processor with support for PAE, NX, and SSE2
• 1 GB RAM (2 GB for a 64-bit system)
• 16 GB free disk space (20 GB for a 64-bit system)
• DirectX 9 graphics device with WDDM driver
• DVD-ROM drive (if installing from a DVD)
Windows 10
Windows 10 is the most recent version of the Windows OS and was released in 2015. Windows 10 was designed to address many of the shortcomings and issues customers had with Windows 8. Windows 10 was offered as a free upgrade to anyone using an older version of Windows 7 or 8. Windows 10 introduced the following features:
• Universal Windows Platform (UWP)
• Native Ubuntu Linux compatability
• Cortana, Microsoft’s “intelligent personal assistant” software
System Requirements
• 1 GHz processor with support for PAE, NX, and SSE2
• 1 GB RAM (2 GB for a 64-bit system)
• 16 GB free disk space (20 GB for a 64-bit system)
• DirectX 9 graphics device with WDDM driver
• DVD-ROM drive (if installing from a DVD)
Installation Planning
After identifying the operating system version and edition you would like to use, the first step prior to purchase and installation of the operating system is to verify that the operating system is compatible with the hardware and software you will use.
• Check the hardware compatibility list (HCL) to verify that hardware is compatible with the operating system.
• Go to the hardware or software vendor’s website and check for operating system compatibility.
• Obtain the latest drivers for all hardware. Remember, 32-bit drivers must be used on older 32-bit operating systems while 64-bit drivers should be used with 64-bit operating systems.
• If you are installing a new version of Windows on an existing computer, run the Upgrade Advisor (if you’re upgrading to Windows 7) or the Upgrade Assistant (if you’re upgrading to Windows 8 or 10) to determine whether your system is compatible. These tools scan your system and verify that hardware is sufficient and compatible with the new operating system. They can also identify valid upgrade paths from your current operating system version.
• For upgrades on larger networks, you can use the Microsoft Assessment and Planning Toolkit (MAP) to automatically scan multiple computers and identify each computer’s compatibility for an upgrade to a newer version of Windows. MAP checks hardware compatibility, identifies the availability of updated device drivers, and recommends a migration path.
In-Place Upgrade
An in-place upgrade updates your current Windows installation to a newer version of Windows. All of your applications, user settings, and data are preserved, but the previous installation of Windows will no longer be available.
Clean(Custom) Install
A clean install adds a new installation of Windows, either on a new system or a system that currently has an operating system.
• Following installation, you will need to reinstall all applications and configure user settings.
• If desired, you can migrate user settings and data from an existing Windows system to the new installation. This can be done using two utilities:
o Use Windows Easy Transfer to transfer all user settings and data from the old installation to the new installation.
o Use the User State Migration Tool (USMT) when multiple systems need to be migrated at the same time on a large network.
• You can create a dual boot computer by keeping the existing installation of Windows. To do this, create a new partition on a storage device and install the new version of Windows into it. When complete, the end user can select which installation of Windows to load when the system boots.
Can you upgrade from a 32-bit OS to a 64-bit OS?
• You cannot upgrade from a 32-bit operating system to a 64-bit operating system (or vice versa). You must instead perform a clean installation and then migrate user profiles from the old system to the new one.
Can you upgrade from one edition to another?
- You can upgrade from one edition to another as long as the new edition is “higher” than the previous edition (such as Windows 10 Home to Windows 10 Professional).
- You cannot perform an in-place downgrade from one edition to another (such as from Professional to Home).
Dual Boot
A clean installation is required when setting-up a dual boot environment.
1G
Uses analog radio signals to provide analog voice transmission.
2G
Uses digital radio signals
3G
Provides services of capable effective connectivity to the interenet
4G
Uses LTE connections to provide faster transmission speeds
Bootable flash drive
Instead of installing from the installation disc, you can create a bootable USB flash drive and copy the installation files to that drive. Microsoft provides a utility called the Windows 7 USB/DVD Download Tool that can be used to automate the process.
Network installation
To perform a network installation, the Windows installation files must first be copied to a network location. Then the installation process is run remotely over a network connection. This allows multiple systems to be installed at the same time using the same installation files. To do this, you must first:
• Configure a Windows Deployment Services (WDS) server. This server contains the files needed to install Windows on remote computer systems over a network connection. WDS functions in conjunction with the Preboot Execution Environment (PXE) to load a miniature version of Windows on network hosts known as the Windows Preinstallation Environment (Windows PE). Windows PE is a minimal version of the Windows operating system. Its purpose is to get a basic system up and running such that the host can connect to the WDS server and install a full version of Windows.
• Boot the host computer where Windows is to be installed using a PXE boot. The computer will connect to the WDS server and boot into Windows PE. Once done, Windows can be installed locally from the WDS server.
Unattended
An unattended installation is a type of installation that requires no interaction from the user during the installation process. To do this, an XML file (called an answer file or response file) is pre-populated with all the answers to the standard Windows installation prompts. This file is named autounattend.xml and is copied to the root of the Windows installation media.
For this reason, it is typically easier to perform an unattended install from a USB flash drive instead of an optical disc.
During the installation, the answer file is used to respond to the prompts in the Windows installer. If you have included all of the necessary information in the answer file, the installation will proceed automatically without pausing for user input.