Installation Guide. Chapter 3. Planning for Installation on the x. Architecture. 3.
· At best you will have to reinstall Windows XP onto. reinstall XP with a new, valid OS CD. to the rather awkward x86-64 instruction set AMD.
![How To Reinstall Windows Xp Without Cd Or I386 Vs X86 How To Reinstall Windows Xp Without Cd Or I386 Vs X86](http://www.infocellar.com/winxp/sp2-slip_files/xpsp2_slip_05.jpg)
- Using eMachine recovery CD I get that a file in i386 is missing or corrupted. to reinstall Windows XP x64. msi-Windows-any-i386/vcredist71_x86.
- Update Windows XP installation CD with Service Pack3. About 30% of the computer users still use Windows XP. At the modern computers with x86. > XP > i386) into.
- * Windows XP CD-Key Changer v1.2. “SUPPORT”, “VALUEADD”, “I386\WIN9XMIG”, “I386\WIN9XUPG”. Gan Inih Untuk X86 Apa X64 Soalnya ane windows X64.
Windows XP Product Key for SP3 installation. simply open I386\SETUPP.INI in a text editor and replace the last 3 digits of. how to reinstall without the source.
![How To Reinstall Windows Xp Without Cd Or I386 Vs X86 How To Reinstall Windows Xp Without Cd Or I386 Vs X86](http://anub.ru/uploads/06.2006/1149174683_xp_low.jpg)
Upgrade or Install? 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 7 from installation media, and then restoring any user data.
This is the recommended method for upgrading between major versions of Red Hat Enterprise Linux. In- Place Upgrade. 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 and/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.
For more information on the Preupgrade Assistant, see Chapter 3. Upgrading Your Current System. Never perform an in- place upgrade on a production system without first testing it on a cloned backup copy of the system. Is Your Hardware Compatible? Hardware compatibility is particularly important if you have an older system or a system that you built yourself. Red Hat Enterprise Linux 6. However, hardware specifications change almost daily, so it is difficult to guarantee that your hardware is 1.
One consistent requirement is your processor. Red Hat Enterprise Linux 6.
Intel microarchitecture from P6 and onwards and AMD microarchitecture from Athlon and onwards. The most recent list of supported hardware can be found at.
Hardware Requirements. For a list of minimum hardware requirements of Red Hat Enterprise Linux 6, see the Red Hat Enterprise Linux technology capabilities and limits page. Also note that the minimum memory requirements listed on that page assume that you create a swap space based on the recommendations in Section 9. Recommended Partitioning Scheme”.
Systems with low memory (1 GB and less) and less than the recommended amount of swap space may have issues ranging from low responsivity up to and including complete inability to boot after the installation. For installation of Red Hat Enterprise Linux on x. AMD6. 4, and Intel 6. Red Hat supports the following installation targets. Hard drives connected by a standard internal interface, such as SCSI, SATA, or SAS. BIOS/firmware RAID devices. Fibre Channel Host Bus Adapters and multipath devices are also supported.
Vendor- provided drivers may be required for certain hardware. Red Hat does not support installation to USB drives or SD memory cards. Red Hat also supports installations that use the following virtualization technologies. Xen block devices on Intel processors in Xen virtual machines. Virt. IO block devices on Intel processors in KVM virtual machines. RAID and Other Disk Devices.
Red Hat Enterprise Linux 6 uses mdraid instead of dmraid for installation onto Intel BIOS RAID sets. These sets are detected automatically, and devices with Intel ISW metadata are recognized as mdraid instead of dmraid. Note that the device node names of any such devices under mdraid are different from their device node names under dmraid. Therefore, special precautions are necessary when you migrate systems with Intel BIOS RAID sets. Local modifications to /etc/fstab, /etc/crypttab or other configuration files which refer to devices by their device node names will not work in Red Hat Enterprise Linux 6. Before migrating these files, you must therefore edit them to replace device node paths with device UUIDs instead.
You can find the UUIDs of devices with the blkid command. RAID, or Redundant Array of Independent Disks, allows a group, or array, of drives to act as a single device. Configure any RAID functions provided by the mainboard of your computer, or attached controller cards, before you begin the installation process. Each active RAID array appears as one drive within Red Hat Enterprise Linux. On systems with more than one hard drive you may configure Red Hat Enterprise Linux to operate several of the drives as a Linux RAID array without requiring any additional hardware. Fire. Wire and USB Disks.
Some Fire. Wire and USB hard disks may not be recognized by the Red Hat Enterprise Linux installation system. If configuration of these disks at installation time is not vital, disconnect them to avoid any confusion. You can connect and configure external Fire. Wire and USB hard disks after installation.
Most such devices are automatically recognized and available for use once connected. Notes on UEFI Support. Red Hat Enterprise Linux 6. BIOS and UEFI firmware on AMD6. Intel 6. 4 systems (x. UEFI- based systems are supported with the following limitations. The system must support UEFI Specification 2.
Earlier revisions are not supported. The Secure Boot technology is not supported, and will prevent Red Hat Enterprise Linux from being installed. Systems using UEFI Specification 2.
Secure Boot disabled in order to install and run Red Hat Enterprise Linux 6. Systems using UEFI 2.
Secure Boot disabled (if present) can install and boot Red Hat Enterprise Linux without issues, although not all features in the relevant UEFI specification are supported. Disk Drives with MBR on UEFI Systems. Systems with UEFI firmware require a disk with a GUID Partition Table (GPT). When installing Red Hat Enterprise Linux on a disk with a Master Boot Record (MBR; sometimes also called msdos) label, the disk must be relabeled. This means you can not reuse existing partitions on a MBR- partitioned disk, and all data on the disk will be lost. Make sure to back up all data on the drive before installing Red Hat Enterprise Linux.
A GUID Partition Table is only required on the system's boot drive - the disk where the boot loader is installed. Other drives can be labeled with a Master Boot Record and their partition layout can be reused. There are several ways to install Red Hat Enterprise Linux on an UEFI system and use a drive which has a Master Boot Record. You can. Attach the drive to an existing Linux system and use an utility such as parted or fdisk to create a GPT label on the drive.
For example, to create a GPT label on disk /dev/sdc using parted, use the following command. Make sure you specify the correct drive. Relabeling a disk will destroy all data on it, and parted will not ask you for a confirmation. Perform an automated Kickstart installation, and use the clearpart and zerombr commands.
If your system uses UEFI firmware, using these commands on the boot drive will relabel it with a GPT. During a manual installation in the graphical user interface, when you get to the partitioning screen. Select an option other than custom partitioning (for example Use All Space).
Make sure to check the Review and modify partitioning layout check box, and click Next. On the following screen, modify the automatically created layout so it suits your needs. After you finish and click Next, Anaconda will use your layout and relabel the drive automatically.
Do You Have Enough Disk Space? Nearly every modern- day operating system (OS) uses disk partitions, and Red Hat Enterprise Linux is no exception.
When you install Red Hat Enterprise Linux, you may have to work with disk partitions. If you have not worked with disk partitions before (or need a quick review of the basic concepts), refer to Appendix A, An Introduction to Disk Partitions before proceeding.