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System requirements for Windows Table of Contents. Contact Microsoft Office. Storage Devices" The Storage Devices Selection Screen" Advanced Storage Options Expand section " Advanced Storage Options" Collapse section " Advanced Storage Options" Configure FCoE Parameters Kdump Begin Installation The Configuration Menu and Progress Screen" Set the Root Password Create a User Account Installation Complete Trouble Beginning the Installation Expand section " Trouble Beginning the Installation" Collapse section " Trouble Beginning the Installation" Problems with Booting into the Graphical Installation Serial Console Not Detected Trouble During the Installation Expand section " Trouble During the Installation" Collapse section " Trouble During the Installation" No Disks Detected Reporting Traceback Messages Creating Pre-installation Log Files Problems After Installation Expand section " Problems After Installation" Collapse section " Problems After Installation" Trouble With the Graphical Boot Sequence Booting into a Graphical Environment No Graphical User Interface Present Pre-installation Booting the Installation Connecting to the installation system Installation using Anaconda Customizing boot parameters Installing in an LPAR" Using an FTP Server Connecting to the installation system Expand section " Connecting to the installation system" Collapse section " Connecting to the installation system" Setting up remote connection using VNC Installation in Non-Interactive Line Mode DASD storage devices FCP Devices Installation Complete Expand section " Installation Complete" Collapse section " Installation Complete" Continuing after Reboot re-IPL Adding DASDs" Adding a Network Device Expand section " Adding a Network Device" Collapse section " Adding a Network Device" Adding a qeth Device Expand section " Adding a qeth Device" Collapse section " Adding a qeth Device" Dynamically Adding a qeth Device Dynamically Removing a qeth Device Persistently Adding a qeth Device Adding an LCS Device" Required Parameters Installation Network Parameters Parameters for Kickstart Installations Miscellaneous Parameters IBM Z References" IBM Z Publications Online Resources IV.
Refurbished printers. Shop Accessories. Care packs. HP support services. Problem solving. Diagnostic tools. Support by product. Other Products. Support resources. Contact us. Check warranty. Authorized service providers. Security bulletin archive. Parts store. Product registration. This can be done by doing either of the following:.
We do NOT recommend using any other workaround, as they can create inconsistent results and might create serious issues if not done correctly. Note: If the workaround above was used, it should have been undone on September 11, Resolution: This issue has been resolved with a server-side change.
Voice typing should now open and function as expected. After installing KB and adding a new Microsoft account user in Windows, you might be unable to sign in for a brief time after the first restart or sign out.
The issue only affects the newly added Microsoft account user and only for the first sign in. This issue only affects devices after adding a Microsoft account. Workaround: If you encounter this issue, it will automatically resolve itself after a brief time. You will need to wait for the lock screen to appear again, you should be able to login as expected. Please note that it might take up to 24 hours for the resolution to propagate automatically to consumer devices and non-managed business devices.
Restarting your Windows device might help the resolution apply to your device faster. For enterprise-managed devices that have installed an affected update and encountered this issue can resolve it by installing and configuring a special Group Policy. When encountering this issue, you may receive an error, "This page cannot be displayed" within XPS Viewer or it might stop responding and have high CPU usage with continually increasing memory usage.
When the error is encountered, if XPS Viewer is not closed it might reach up to 2. This issue does not affect most home users.
The XPS Viewer is no longer installed by default as of Windows 10, version and must be manually installed. After installing KB or later updates, we have received reports that a small number of devices might be unable to open the Start menu.
On affected devices, clicking or selecting the Start button, or using the Windows key on your keyboard might have no effect. Resolution: This issue was resolved in updates released August 9, KB and later.
If you are using an update released before August 9, , and have this issue, you can resolve it by installing and configuring the special Group Policy listed below.
Copy the Kickstart file generated during the installation to the working directory:. Set the inst. Create an installation USB drive. For details, see Section 3. Boot the installation USB drive. Select the entry with the Kickstart configuration that you created in Section 4.
Chapter 5. This chapter outlines the decisions and preparations you will need to make when deciding how to proceed with the installation. There are two procedures available for upgrading your current system to the next major version of Red Hat Enterprise Linux. To decide which procedure is the right one for your system, read the following descriptions:. Clean Install A clean install is performed by backing up all data from the system, formatting disk partitions, performing an installation of Red Hat Enterprise Linux from installation media, and then restoring any user data.
This is the recommended method for upgrading between major versions of Red Hat Enterprise Linux. An in-place upgrade is a way of upgrading your system without removing the older version first. The procedure requires installing the migration utilities available for your system and running them as any other software. In Red Hat Enterprise Linux, the Preupgrade Assistant assesses your current system and identifies potential problems you might encounter during or after the upgrade.
It also performs minor fixes and modifications to the system. The Red Hat Upgrade Tool utility downloads the packages and performs the actual upgrade.
An in-place upgrade requires a lot of troubleshooting and planning and should only be done if there is no other choice. Never perform an in-place upgrade on a production system without first testing it on a cloned backup copy of the system.
Red Hat Enterprise Linux 7 should be compatible with most hardware in systems that were factory built within the last two years. Hardware compatibility is a particularly important concern if you have an older or custom-built system.
Because hardware specifications change almost daily, it is recommended that all systems be checked for compatibility. Also see Red Hat Enterprise Linux technology capabilities and limits for general information about system requirements. Supported Installation Targets. An installation target is a storage device that will store Red Hat Enterprise Linux and boot the system.
Fibre Channel Host Bus Adapters and multipath devices. Some can require vendor-provided drivers. System Specifications List. The installation program automatically detects and installs your computer's hardware and you do not usually need to supply the installation program with any specific details about your system.
However, when performing certain types of installation, it is important to know specific details about your hardware. For this reason, it is recommended that you record the following system specifications for reference during the installation, depending on your installation type.
If you plan to use a customized partition layout, record:. The model numbers, sizes, types, and interfaces of the hard drives attached to the system. This will allow you to identify specific hard drives during the partitioning process. If you are installing Red Hat Enterprise Linux as an additional operating system on an existing system, record:. Information about the partitions used on the system. This information can include file system types, device node names, file system labels, and sizes.
This will allow you to identify specific partitions during the partitioning process. Remember that different operating systems identify partitions and drives differently, therefore even if the other operating system is a Unix operating system, the device names can be reported by Red Hat Enterprise Linux differently. If you have other operating systems already installed, the Red Hat Enterprise Linux 7 installation program attempts to automatically detect and configure to boot them.
You can manually configure any additional operating systems if they are not detected properly. For more information, see Section 8. The hard drive and directory that holds the image. The make and model numbers of the network adapters on your system.
For example, Netgear GA This will allow you to identify adapters when manually configuring the network. If any of these networking requirements or terms are unfamiliar to you, contact your network administrator for assistance. The location of the iSCSI target. You should verify that the domain name will be supplied by the DHCP server.
If not, you will need to input the domain name manually during installation. Disk Space and Memory Requirements. Red Hat Enterprise Linux, like most modern operating systems, uses disk partitions. When you install Red Hat Enterprise Linux, you might have to work with disk partitions. If you have other operating systems installed on your system, the disk space they use must be separate from the disk space used by Red Hat Enterprise Linux.
To install Red Hat Enterprise Linux, you must have a minimum of 10 GiB of space in either unpartitioned disk space or in partitions which can be deleted. For more information on partition and disk space recommendations, see the recommended partitioning sizes discussed in Section 8.
It may be possible to perform the installation with less memory than listed in this section. However, the exact requirements depend heavily on your environment and exact installation path, and they also change with each new release. Determining the absolute minimum required RAM for your specific use case therefore requires you to test various configurations, and periodically re-test with each new release.
However, if you use a Kickstart file that runs commands which require additional memory or write data to the RAM disk, additional RAM might be necessary.
Some storage technology requires special consideration when using Red Hat Enterprise Linux. Generally, it is important to understand how these technologies are configured, visible to Red Hat Enterprise Linux, and how support for them might have changed between major versions. Hardware RAID. Configure any RAID functions provided by the mainboard of your computer, or attached controller cards, before you begin the installation process.
Software RAID. On systems with more than one hard drive, you can use the Red Hat Enterprise Linux installation program to operate several of the drives as a Linux software RAID array. These functions are explained in detail in Section 8. USB Disks. You can connect and configure external USB storage after installation. Most such devices are recognized by the kernel and available for use at that time. Some USB drives might not be recognized by the installation program. If configuration of these disks at installation time is not vital, disconnect them to avoid potential problems.
Version of Red Hat Enterprise Linux is 7. The device is configured to sector mode. The device must be supported by firmware available on the system, or by a UEFI driver. These sets are detected automatically during the boot process and their device node paths can change from boot to boot. You can find the file system labels and device UUIDs using the blkid command. Choose an Installation Boot Method. You can use several methods to boot the Red Hat Enterprise Linux 7 installation program.
The method you choose depends upon your installation media. See Section 7. In this case, a single DVD or USB drive can be used to complete the entire installation - it will serve both as a boot device and as an installation source for installing software packages.
If you use this boot media, you will need an additional installation source from which packages will be installed. See Section 3. A preboot execution environment PXE server allows the installation program to boot over the network. After you boot the system, you complete the installation from a different installation source, such as a local hard drive or a location on a network. Automating the Installation with Kickstart.
Red Hat Enterprise Linux 7 offers a way to partially or fully automate the installation process using a Kickstart file. Kickstart files contain answers to all questions normally asked by the installation program, such as what time zone do you want the system to use, how should the drives be partitioned or which packages should be installed.
Providing a prepared Kickstart file at the beginning of the installation therefore allows you to perform the entire installation or parts of it automatically, without need for any intervention from the user. This is especially useful when deploying Red Hat Enterprise Linux on a large number of systems at once. In addition to allowing you to automate the installation, Kickstart files also provide more options regarding software selection. When installing Red Hat Enterprise Linux manually using the graphical installation interface, your software selection is limited to pre-defined environments and add-ons.
A Kickstart file allows you to install or remove individual packages as well. For instructions about creating a Kickstart file and using it to automate the installation, see Chapter 27, Kickstart Installations. The UEFI Secure Boot technology requires that the operating system kernel must be signed with a recognized private key in order to be able to boot.
In every beta release of Red Hat Enterprise Linux 7, the kernel is signed with a Red Hat Beta-specific private key, which is different from the more common Red Hat key used to sign kernels in a General Availability non-Beta releases. The Beta private key will likely not be recognized by your hardware, which means that any Beta release of Red Hat Enterprise Linux 7 will not be able to boot.
Procedure 5. After the installation finishes, the system will reboot. Secure Boot should still be disabled at this point. Reboot the system, log in and, if applicable, go through the Initial Setup screens as described in Chapter 30, Initial Setup. After finishing the first boot and going through Initial Setup, install the kernel-doc package if not installed already:. Make sure to remember the password.
It is required to finish this procedure as well as to remove the imported key when it is no longer needed. Reboot the system again. During startup you will be prompted to confirm that you want to complete the pending key enrollment request. Select yes, and provide the password which you set earlier using the mokutil command in the previous step. The system will reboot again after you do so, and the key will be imported into the system firmware. You can turn on Secure Boot on this or any subsequent reboot.
Remove the imported Beta public key when you no longer need it. If you install a final General Availability release of Red Hat Enterprise Linux 7, or when you install a different operating system, you should remove the imported key. If you have only imported this public key, you can use the following command to reset the MOK:.
After the next reboot, the firmware will prompt you for a confirmation and the password you created when importing the key. The key will be removed from the MOK after providing the correct password, and the system will revert to its original state.
Chapter 6. In most cases, Red Hat Enterprise Linux already includes drivers for the devices that make up your system. However, if your system contains hardware that has been released very recently, drivers for this hardware might not yet be included. Sometimes, a driver update that provides support for a new device might be available from Red Hat or your hardware vendor on a driver disc that contains RPM packages. Typically, the driver disc is available for download as an ISO image file.
Driver updates should only be performed if a missing driver prevents you to complete the installation successfully. The drivers included in the kernel should always be preferred over drivers provided by other means. Often, you do not need the new hardware during the installation process. For example, if you use a DVD to install to a local hard drive, the installation will succeed even if drivers for your network card are not available.
In such a situation, complete the installation and add support for the new hardware afterward - see Red Hat Enterprise Linux 7 System Administrator's Guide for details of adding this support. In other situations, you might want to add drivers for a device during the installation process to support a particular configuration.
For example, you might want to install drivers for a network device or a storage adapter card to give the installation program access to the storage devices that your system uses. You can use a driver disc to add this support during installation in one of two ways: place the ISO image file of the driver disc in a location accessible to the installation program, on a local hard drive, on a USB flash drive, or on a CD or DVD.
See the instructions for making installation discs in Section 3. If Red Hat, your hardware vendor, or a trusted third party told you that you will require a driver update during the installation process, choose a method to supply the update from the methods described in this chapter and test it before beginning the installation.
Conversely, do not perform a driver update during installation unless you are certain that your system requires it. The presence of a driver on a system for which it was not intended can complicate support. Driver update disks sometimes disable conflicting kernel drivers, where necessary.
In rare cases, unloading a kernel module in this way can cause installation errors. Limitations of Driver Updates During Installation. On UEFI systems with the Secure Boot technology enabled, all drivers being loaded must be signed with a valid certificate, otherwise the system will refuse them.
All drivers provided by Red Hat are signed by one of Red Hat's private keys and authenticated by the corresponding Red Hat public key in the kernel. If you load any other drivers ones not provided on the Red Hat Enterprise Linux installation DVD , you must make sure that they are signed as well. Preparing for a Driver Update During Installation. If a driver update is necessary and available for your hardware, Red Hat, your hardware vendor, or another trusted third party will typically provide it in the form of an image file in ISO format.
Once you obtain the ISO image, you must decide on the method you want to use to perform the driver update. Automatic driver update When starting the installation, the Anaconda installation program will attempt to detect all attached storage devices. If there is a storage device labeled OEMDRV present when the installation begins, Anaconda will always treat it like a driver update disc and attempt to load drivers present on it.
You can specify the inst. If you use this option without any parameters, Anaconda will display a list of all storage devices connected to the system, and it will prompt you to select a device which contains a driver update.
When you specify this option, Anaconda will attempt to load any driver updates it finds at the specified location.
You can also use both inst. However, what Anaconda does in this case depends on the type of location that you use. If it is a device, Anaconda prompts you to select drivers to update from the specified device and then it offers you additional devices.
If location is a network location, Anaconda first prompts you to select a device containing a driver update and then it lets you update drivers from the specified network location. If you want to use the automatic driver update method, you must create a storage device labeled OEMDRV , and it must be physically connected to the installation system.
To use the manual method, you can use any local storage with a different label, or a network location accessible from the installation system. If you use a local storage device to provide the ISO file, such as a hard drive or USB flash drive, you can make the installation program to recognize it automatically by properly labeling the device. Only if it is not possible, install the update manually as described below. In order for the installation program to automatically recognize the driver disk, the volume label of the storage device must be OEMDRV.
Also, you will need to extract the contents of the ISO image file to the root directory of the storage device rather than copy the ISO image itself. See Section 6. Note that installation of a driver from a device labeled OEMDRV is always recommended and preferable to the manual installation.
For manual installation, simply copy the ISO image, as a single file, onto the storage device. You can rename the file if you find it helpful but you must not change the file name extension, which must remain. Preparing a Driver Disc. After you burn a driver update disc CD or DVD, verify that the disc was created successfully by inserting it into your system and browsing to it using the file manager. You should see a single file named rhdd3 , which is a signature file that contains the driver disc's description, and a directory named rpms , which contains the RPM packages with the actual drivers for various architectures.
If you see only a single file ending in. Performing a Driver Update During Installation. At the very beginning of the installation process, you can perform a driver update in the following ways: let the installation program automatically find and offer a driver update for installation,.
In fact, there are four ways to download Windows 11, each with their own unique advantages. Before you begin downloading Windows 11, make sure you have the right PC hardware. Take a moment and back up critical files to an external hard drive or the cloud before proceeding. Our Windows 11 upgrade checklist can help you ensure all your ducks are in a row.
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