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Installation of Red Hat from a USB drive


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You can use rewritable DVD to add files to the standard installation ISO (for example kickstart files) but the USB hard drive is faster, that can hold multiple DVD images. That makes it more flexible. The key idea is to use Red Hat kickstart. And making modifications on-the-fly is not a problem. In other words using rewritable DVD is a bad idea.

You can set up multiple installation tasks on a single USB drive, limited only by your: device’s space: 80 GB drive can hold enough images to cover all cases that can be found in a pretty large corporation :-).  For large-scale deployments, consider the use of PXE boot. Please note that USB flashdrives are slower and usually has less capacity that USB harddrives.

The USB drive is in many ways ideal for field support. It is portable, fast, easy to modify and can perform a wide variety of pre-execution tasks—including firmware deployment, diagnostics, backup and recovery—in addition to OS installation.

Finally, some of the techniques described here cover the operation of the SYSLINUX bootloader and its menu system. These are good techniques to learn, as SYSLINUX also supports boot via CD-ROM (ISOLINUX) and network-based PXE boot (PXELINUX). With a few exceptions, the SYSLINUX bootloaders work the same way across all the media types. So, learning to work with SYSLINUX will help you build custom boot media, regardless of which media type is best suited for the task.

WARNING: In Linux, a USB drive is “enumerated” just like a HDD, typically with a designation like /dev/sdb, /dev/sdc, etc. Make sure you properly identify which disk is your USB drive! In most cases you will be performing these operations as root and it is very easy to overwrite the contents of a HDD by writing directly to the device file. See Sysadmin Horror Stories for some sysadmin tales. Like Beetles aptly noted even before Unix was invested in such cases "Yesterday was such an easy game to play."

To help identify the device assignment, tail the /var/log/messages file when inserting the USB drive:

[root@ss1 ~]# tail -f /var/log/messages
Nov 5 13:36:39 ss1 kernel: usb 1-4: new high speed USB device using address 26
Nov 5 13:36:39 ss1 kernel: scsi27 : SCSI emulation for USB Mass Storage devices
Nov 5 13:36:39 ss1 kernel: Vendor: Model: Patriot Memory Rev: PMAP
Nov 5 13:36:40 ss1 kernel: Type: Direct-Access ANSI SCSI revision: 02
Nov 5 13:36:43 ss1 kernel: SCSI device sdc: 16121856 512-byte hdwr sectors (8254 MB)
Nov 5 13:36:43 ss1 kernel: sdc: Write Protect is off
Nov 5 13:36:43 ss1 kernel: sdc: Mode Sense: 23 00 00 00
Nov 5 13:36:43 ss1 kernel: sdc: assuming drive cache: write through
Nov 5 13:36:43 ss1 kernel: sdc: sdc1
Nov 5 13:36:43 ss1 kernel: Attached scsi removable disk sdc at scsi27, channel 0, id
0, lun 0
Nov 5 13:36:43 ss1 kernel: USB Mass Storage device found at 26
Nov 5 13:36:43 ss1 scsi.agent[29350]: disk at
Nov 5 13:36:43 ss1 fstab-sync[13220]: added mount point /media/usbdisk for /dev/sdc1

This sample output was generated on a system that already had two HDDs installed, so the USB drive is enumerated as /dev/sdc. But this will vary from system to system so BE CAREFUL.

WARNING: Make sure the filesystem is unmounted and all data has been written to USB drive before removing the device from the USB port. Due to Linux disk caching and “lazy writes”, some commands will appear to complete before the write operations are truly done. Removing the device in mid-write can corrupt the contents of the USB drive or, in some circumstances, even crash your system!  If in doubt, issue a Linux sync command before removing the USB connection.

We will discuss how to prepare the USB drive in Linux. It is also possible to perform the operations in MS Windows. However, Linux provides a rich set of native tools that allow you to perform all the necessary operations with any additional software, and the tools provide a good deal of visibility. In Windows, you will need a separate utility  to perform some of the operations and visibility is somewhat limited. You will need  Red Hat Linux installation media in either CD-ROM or DVD-ROM ISO image format

Selecting the booloader

If you use Ext3 filesystem you can use Grub.  If is flexible enough to pass parameters to kickstart. If you use FAT32 you need to use Syslinux. As Grub is well documented we will describe here using SYSLINUX.

While SYSLINUX is bundled with most popular Linux distributions, it is recommended to use the latest version posted by The Syslinux Project. RPM packages are available from a number of sources, including (Hans Peter Anvin(HPA), the author of SYSLINUX is a well-known kernel developer, co-webmaster of You need the correct package for your distribution (“i386” => 32-bit; “x86_64” => 64-bit).

To install:

rpm -ihv syslinux-4.04-1.el4.rf.x86_64.rpm 

To upgrade from a previous version:

rpm -Uhv syslinux-4.04-1.el4.rf.x86_64.rpm 

Note: Starting with v.3.52, SYSLINUX has a dependency on “perl-Crypt-PasswdMD5” so you may need to install that package first.

Mounting and unmounting your USB drive

For the first few operations below, your USB drive’s filesystem should be in an unmounted state. However, Linux hotplug may automatically mount your filesystem as soon as the device is inserted. If this happens you should see a message in the /var/log/messages file (as shown above).

If in doubt,

Using your USB drive’s existing partitioning and formatting

In most cases your USB drive’s original partitioning and formatting will work fine, and all you’ll need to do is follow the steps to make the device bootable. FAT32 should be used.

To make the device bootable there are two additional conditions, which are commonly NOT met with the as-shipped configuration:

 Installing the bootloader

This step will install the SYSLINUX boot code to the Partition Boot Record (PBR) and will install the bootloader file ldlinux.sys to the root directory:

syslinux /dev/sdc1 

Note the use of “sdc1 ” here, as we are performing these operations on the first partition. If you use “sdc” by mistake you will overwrite your MBR! Now, mount your partition:

mount /dev/sdc1 /media/usbdisk 

and copy the menu.c32 file to the root directory. This is the SYSLINUX “com32” file that supports the simple menu system:

cp -p /usr/lib/syslinux/menu.c32 /media/usbdisk/ 

Your drive should now be bootable.

Copying the Red Hat installation media

Now you are ready to copy the installation media to the USB drive. You can use either the CD-ROM or DVD-ROM ISO images (remember: FAT32 is required for files > 2 GB).  Because you are creating a custom boot disk, you will need to extract the Anaconda installer files vmlinuz and initrd.img from the installation media.

These can be found in the “/isolinux” directory on the DVD-ROM ISO, or on disc #1 of the CD-ROM ISO image set.

The vmlinuz and initrd.img files can reside anywhere on the USB drive as long as they are properly referenced in the syslinux.cfg file. However, you may want to create a tree directory structure to help organize the files. This will allow you to store the files from multiple Linux versions without having to rename them. The files are relatively small, and saving a copy will prevent you from having to extract the files again in the future. For example:

# tree /media/usbdisk/li/

|-- RHEL6
|   |--i386
|   |  |-- initrd.img
|   |  `-- vmlinuz
|   `-- x86_64
|      |-- initrd.img
|      `-- vmlinuz
`-- RHEL5.6
    |  |-- initrd.img
    |  `-- vmlinuz
    `-- x86_64
       |-- initrd.img
       `-- vmlinuz

Remember, typical USB drive has space for several dozens of DVD ISO images. 

Note: You MUST use the correct vmlinuz and initrd.img files for the Linux version you wish to install. Files from a different “point release” (e.g. RHEL 5.5 vs. RHEL 5.6) and technology (i386 vs. x86_64) will NOT work. The Anaconda installer will boot but when it goes to read the installation media from the ISO it will complain you have the wrong version and abort.

Use the following commands to loopback-mount the ISO image and copy the necessary files to the USB drive:

mkdir loop
This example is for RHEL 5.1, x86_64 version:
mount -o loop RHEL5.1-Server-x86_64-DVD.iso loop
mkdir /media/usbdisk/li/RHEL5.1
mkdir /media/usbdisk/li/RHEL5.1/x86_64
cp -p loop/isolinux/vmlinuz /media/usbdisk/li/RHEL5.1/x86_64/
cp -p loop/isolinux/initrd.img /media/usbdisk/li/RHEL5.1/x86_64/
umount loop

Now copy the complete DVD ISO image:

cp -p RHEL5.1-Server-x86_64-DVD.iso /media/usbdisk/ 

Creating the SYSLINUX menu file

You can easily set up custom installation tasks using SYSLINUX menus. The file that governs the operation of the boot menu is syslinux.cfg. For a full description of this file refer to the SYSLINUX documentation at: A sample file is provided in Appendix A.

Here are two sample stanzas from syslinux.cfg:

## -- Manual install of RHEL 5.1...
   MENU LABEL RHEL AS 5.1 Manual Install
   KERNEL li/RHEL5.1/x86_64/vmlinuz
   APPEND linux load_ramdisk=1 initrd=li/RHEL5.1/x86_64/initrd.img
## -- Kickstart install of RHEL 5.1...
   MENU LABEL RHEL AS 5.1 Kickstart Install
   KERNEL li/RHEL5.1/x86_64/vmlinuz
   APPEND linux load_ramdisk=1 initrd=li/RHEL5.1/x86_64/initrd.img method=hd:sdb1:/ ks=hd:sdb1:/ks.cfg

The syntax should be fairly self-explanatory. Note the use of “sdb1” here rather than “sdc1”. This is because the system we are INSTALLING TO has only one fixed HDD installed, whereas the system we built our USB key on had two HDDs. This points out an important caveat: it may take a bit of experimentation to determine how the USB drive is enumerated on a given system.

And obviously, the system you used to build the USB drive may have no bearing on the system on which you intend to install Linux. If in doubt, run through a manual install first to help identify your devices, then edit your syslinux.cfg if necessary.

To copy the completed file to the USB drive:

cp -p syslinux.cfg /media/usbdisk/

Finally, note how flexible the SYSLINUX menu file is. You can set up multiple installation tasks for different versions of Linux or for different variations of the install method.

Using  Kickstart

You can create an unattended installation task using Red Hat Kickstart. A kickstart file is essentially a “response file” for the Anaconda installer; it contains all the data you would normally enter during an interactive install. (For a more detailed description of kickstart see: Kickstart

A sample file is provided below

Remember, because you have the ability to set up multiple installation tasks in syslinux.cfg, you can create both manual and automated installation tasks against the same set of media. So just because you have a kickstart file on the drive does not mean you have to use it in every case.

cp -p ks.cfg /media/usbdisk/

At this point your root directory should look something like this: (Note this is an 8GB USB drive so it has room for both versions of RHEL):

ls -l /media/usbdisk/
total 5903312
-rwxr-xr-x 1 root root 3902 Nov 5 23:10 ks.cfg
-r-xr-xr-x 1 root root 10827 Nov 5 20:46 ldlinux.sys
drwxr-xr-x 4 root root 4096 Nov 5 20:48 li
-rwxr-xr-x 1 root root 36108 Sep 26 18:01 menu.c32
-rwxr-xr-x 1 root root 3515662336 Oct 17 23:47 RHEL5.1-Server-x86_64-DVD.iso
-rwxr-xr-x 1 root root 2141 Nov 5 20:52 syslinux.cfg
Appendix A – Sample configuration files

Sample SYSLINUX menu file (syslinux.cfg):
DEFAULT menu.c32
MENU TITLE Linux Installation Boot Menu
## -- Manual install of RHEL 4.4...
MENU LABEL RHEL AS 4.4 Manual Install
KERNEL li/RHEL4.4/i386/vmlinuz
APPEND linux load_ramdisk=1 initrd=li/RHEL4.4/i386/initrd.img
## -- Kickstart install of RHEL 4.4...
MENU LABEL RHEL AS 4.4 Kickstart Install
KERNEL li/RHEL4.4/i386/vmlinuz
APPEND linux load_ramdisk=1 initrd=li/RHEL4.4/i386/initrd.img \
method=hd:sdb1:/ ks=hd:sdb1:/ks.cfg
## -- Linux Rescue mode - RHEL 4.4...
LABEL RHEL4.4_Rescue
MENU LABEL RHEL AS 4.4 Linux Rescue mode
KERNEL li/RHEL4.4/i386/vmlinuz
APPEND linux rescue load_ramdisk=1 initrd=li/RHEL4.4/i386/initrd.img \
method=hd:sdb1:/ ks=hd:sdb1:/ks.cfg
## -- Manual install of RHEL 5.1...
MENU LABEL RHEL AS 5.1 Manual Install
KERNEL li/RHEL5.1/x86_64/vmlinuz
APPEND linux load_ramdisk=1 initrd=li/RHEL5.1/x86_64/initrd.img
## -- Kickstart install of RHEL 5.1...
MENU LABEL RHEL AS 5.1 Kickstart Install
KERNEL li/RHEL5.1/x86_64/vmlinuz
APPEND linux load_ramdisk=1 initrd=li/RHEL5.1/x86_64/initrd.img \
method=hd:sdb1:/ ks=hd:sdb1:/ks.cfg
## -- Linux Rescue mode - RHEL 5.1...
LABEL RHEL5.1_Rescue
MENU LABEL RHEL AS 5.1 Linux Rescue mode
KERNEL li/RHEL5.1/x86_64/vmlinuz
APPEND linux rescue load_ramdisk=1 initrd=li/RHEL5.1/x86_64/initrd.img \
method=hd:sdb1:/ ks=hd:sdb1:/ks.cfg
Sample Red Hat Kickstart file (ks.cfg):
# ====================================================================
# Kickstart configuration file for Red Hat
# ====================================================================
# --------------------------------------------------------------------
# Select install (default) or upgrade...
# --------------------------------------------------------------------
# upgrade
# --------------------------------------------------------------------
# Enable interactive or autostep installation...
# --------------------------------------------------------------------
# interactive
# --------------------------------------------------------------------
# System language, language modules, keyboard...
# --------------------------------------------------------------------
lang en_US
langsupport --default=en_US
keyboard us
# --------------------------------------------------------------------
# Comment out to prevent from being prompted for "Installation number",
# RHEL 5 only!
# --------------------------------------------------------------------
# key --skip
# --------------------------------------------------------------------
# X11 configuration...
# --------------------------------------------------------------------
# xconfig --vsync 80-85 --resolution 1024x768 --depth 24 --startxonboot --
defaultdesktop gnome
xconfig --resolution 1280x1024 --depth 24
# --------------------------------------------------------------------
# Network configuration...
# --------------------------------------------------------------------
network --device eth0 --bootproto dhcp
# network --bootproto=static --ip= --netmask= --
gateway= --nameserver=
# --------------------------------------------------------------------
# Set root password...
# --------------------------------------------------------------------
rootpw passw0rd
# --------------------------------------------------------------------
# Timezone, firewall, use shadow file with md5 hash...
# --------------------------------------------------------------------
timezone America/New_York
firewall --disabled
authconfig --enableshadow --enablemd5
# ====================================================================
# Disk Partitioning (comment out this entire section for "upgrade")...
# ====================================================================
# --------------------------------------------------------------------
# Force Anaconda to ignore the USB drive...
# --------------------------------------------------------------------
© 2007 IBM, Version 2.0, Nov 26, 2007 Page 23
This guide is intended as a personal productivity tool. It is not intended to be comprehensive and is provided for guidance only, on
an ‘as is’ basis, without warranty of any kind. Please be aware that its contents have not been certified by IBM.
ignoredisk --drives=sdb
# --------------------------------------------------------------------
# Force grub to treat the real HDD as first in the BIOS boot order
# (drive 0x80) even though the system is currently booted from the USB stick.
# --------------------------------------------------------------------
bootloader --driveorder=sda
# --------------------------------------------------------------------
# Clear the Master Boot Record...
# --------------------------------------------------------------------
zerombr yes
# --------------------------------------------------------------------
# --------------------------------------------------------------------
clearpart --all --initlabel
# --------------------------------------------------------------------
# Partitioning scheme...
# --------------------------------------------------------------------
# part /boot --fstype ext3 --size 75 --asprimary
# part swap --recommended
# part / --fstype ext3 --size 2700 --grow
# --------------------------------------------------------------------
# Use auto partitioning...
# --------------------------------------------------------------------
# ====================================================================
# Package selection...
# ====================================================================

Test and deployment

At this point you should have a bootable USB drive capable of installing Red Hat Linux. In general, installing from USB drive is not much different than installing from any other media type. In this section we will address the handful of known issues specific to installing from USB drive, and review some of the common problems encountered when trying to get a machine to boot from USB.

you may need to make some adjustments to your server BIOS to make it boot from a USB drive. If your server supports a “boot menu” during POST (F12 on IBM servers), you can boot from the USB drive without having to make the change permanent in the BIOS. Otherwise, you may have to enter the BIOS setup screen to change the boot order

Upon booting from the USB drive you should see a SYSLINUX menu like the one shown here:

Tip: If you hit Tab from SYSLINUX menu you can view or even edit your kernel command line. This is very useful for debugging as it allows you to try something different without having to edit your syslinux.cfg:

Make your selection from the menu and hit Enter, and SYSLINUX will to load the appropriate kernel and initrd which will start the installer running. After a moment, Anconda will try to locate the install media (ISO images) as specified on the kernel command line (above) or in the kickstart file. If this is not specified, or for whatever reason Anaconda cannot find the files, it will prompt you for the location. This is a common point of failure when trying to automate the install as it depends on a correct reference to the USB device, which may vary from system to system. As described in section 2.9, it may take a little experimentation to get this right. Once the install media is located you will see the following message at the bottom of the screen:

After which, the GUI installer should start:

Note: When using Kickstart (for unattended install), by default you will not see any of the Anaconda screens that you would during a manual install, unless the installer cannot find the necessary response in the kickstart file and needs to prompt you.

However, there are two switches you can use within the kickstart file to give you a degree of control over this.

This is particularly useful for debugging

Known issues

One of the caveats of using USB drive for installation is that the system treats the USB drive just like a HDD, and in some circumstances this can confuse the Linux installer. The major issue is not with the Anaconda installer itself, which seems to always enumerate the real HDDs before the USB drive, even if the system was booted from the USB drive. In all our tests, Anaconda successfully chose the real HDD as the correct installation target, rather than the USB drive, by default. The worst side effect of having the USB stick present is that an extra entry is sometimes placed in grub.conf that refers to the USB drive (as if to infer the USB drive could be an additional boot option, even if it were present after the install). If this occurs, you may want to clean up grub.conf by removing the entry. Or, you can prevent this during installation by de-selecting the USB drive if it appears in the list of possible install destinations, or by using the following line in kickstart:
ignoredisk --drives=sdb

The bigger issue is with the GRUB bootloader which can, in some circumstances, confuse the USB drive with the target installation drive. This is likely due to the fact that the USB drive is first in the BIOS boot order (drive 0x80) during the install. When this happens, GRUB will mistakenly install itself to the MBR of the USB drive instead of the target installation drive, overwriting the SYSLINUX bootcode on the USB drive. In addition, GRUB may write incorrect entries to grub.conf. If GRUB treats the USB drive as the first drive in the boot order, hd(0), then it will mistakenly refer to the target installation drive as hd(1). The result is that the newly-installed system will not be bootable. (Or, it’s possible the system WILL be bootable as long as the USB stick is present but will not boot after it’s removed). This can be repaired post-installation by booting to Linux rescue mode, editing grub.conf and performing a GRUB restore operation (root command followed by setup). Or it can be prevented during install, simply by making sure the USB drive is NOT selected first in the GRUB Drive Order. During the partitioning phase, select “Configure advanced bootloader options” followed by “Change Drive Order” and make sure your target installation drive appears first in the list. This can also be done with the following line in kickstart:

bootloader --driveorder=sda
where the drive specified is the target installation drive, not the USB drive. This will ensure that GRUB treats the target installation drive as first in the BIOS boot order, even if that is not the case at the time of installation.
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Old News ;-)

[Apr 30, 2011] How to create and use Live USB - FedoraProject

If you are installing to a netbook, or otherwise do not have an optical drive (or burner, or media), and you want the extra flexibility of using the regular DVD installer instead of the Live image, then this method will give a useful install medium. You are then free to customize package selection, choose which filesystem you prefer for your rootfs (ext3 OR ext4, btrfs, etc), and rescue mode is available.

Preparing the USB stick

The easiest setup method is to install and use unetbootin or Fedora's own livecd-iso-to-disk script from livecd-tools. Note that the liveusb-creator GUI, however, does not support putting the DVD installer on USB.

The manual setup method follows:

First, download the iso file Fedora-12-i386-DVD.iso from a Fedora mirror. Then loop mount the iso on a local mount point such as /mnt/tmp

# mount -o loop /path-to-iso/Fedora-12-i386-DVD.iso /mnt/tmp

Now plug in the USB stick and then copy the main iso file as well as the images directory from the /mnt/tmp/ directory to the root directory of the USB stick.

# cp /path-to-iso/Fedora-12-i386-DVD.iso /media/usbdisk/
# cp -r /mnt/tmp/images /media/usbdisk/

Next download the boot.iso the linux/releases/VERSION/Fedora/ARCH/os/images/ directory of your local Fedora mirror and store it on your computer's hard drive.

From your running 14 system (including an 14 livecd) make sure you have the livecd-tools package installed by doing:

yum install livecd-tools

Use the "mount" command to find the USB stick (e.g., /dev/sdb1) or look at /var/log/messages to find where the stick was mounted. Next unmount the USB stick either from the desktop icon or using the umount command - but keep a note of where the USB stick is attached to the filesystem, e.g., /dev/sdb1

Now as root run:

# livecd-iso-to-disk path-to/boot.iso /dev/sdb1

If the stick is not bootable, then refer to the information below to make it bootable, otherwise this command will fail.

You should now have a bootable USB stick which will run an 14 install. When you boot the stick, select a hard drive install and select the drive as /dev/sdb1 (or your USB device drive) and the path should be /

The remainder of the install should be the same as for using a DVD in an optical drive, but when you select options make sure that you select your disk partitioning carefully if you are doing custom partitioning and also make sure that the bootloader is installed on the correct drive - by default it will be installed on the USB stick so you will need to change it to the master boot record on the hard drive.

HowTos - Syslinux Wiki

STEP 0: Your motherboard (BIOS) has to support boot from usb (usb-key or usb-hdd). You don't need to know which of these types your media is though, your BIOS recognizes the usb controller in the device, and this determines usb-key or usb-hdd type.

STEP 1: Download the latest copy of syslinux and extract it. Download.

STEP 2: Open a command prompt and cd to your 'syslinux/linux' folder. Run ./syslinux /dev/sdX1
replacing X with the device node of your media.

STEP 3: Ensure the usb drive is bootable. For that, we need a working MBR code and an active partition.
Open a command prompt and cd to your 'syslinux/mbr' folder. Run the following two commands,
replacing X with the device node of your usb drive:

dd conv=notrunc bs=440 count=1 if=mbr.bin of=/dev/sdX
parted /dev/sdX set 1 boot on

This will write the syslinux mbr code (mbr.bin) into the master boot record of the drive,
and mark first partition as active (bootable). For the second task, you can use fdisk or other
disk partitioning tools.

STEP 4: Copy a Linux kernel image (like vmlinuz) to the root (/dev/sdX1) of your media.

STEP 5: Lastly, create a 'syslinux.cfg' file in the root of your media (/dev/sdX1) and
enter any configuration options you need/want.

Recommended Links

Softpanorama hot topic of the month

Softpanorama Recommended

SYSLINUX - Wikipedia, the free encyclopedia

The Syslinux Project

How to create and use Live USB - FedoraProject

3.2. Preparing a USB flash drive as an installation source

6.3. Making bootable USB media - Fedora Documentation

UNetbootin - Homepage and Downloads


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The Last but not Least

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Last modified: April 27, 2016