Toshiba Satellite Pro 460CDT

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The Toshiba Satellite Pro 460CDT is a laptop manufactured in 1997 with a 32-bit, i586 Pentium MMX clocked at 165MHz. The laptop has multiple memory variants. It comes from 8MB to the maximum capacity of 160MB of RAM.

The point of this guide is to prove that not only is it possible to install a modern Linux system to such old hardware, but that it's also possible to use it for many tasks such as playing music files and audio CDs, advanced text-editing, text-mode web-browsing, chatting over the matrix protocol using gomuks and much more. All of this without having to resort to using linux systems that are over 20 years old or having to run proprietary windows operating systems.

This guide also assumes that the user has already installed gentoo before at least once, so that it can avoid repeating the x86 handbook.


Device Desc./model Status Kernel driver(s) Kernel version Notes
CPU Pentium MMX Works N/A 6.6.1 Tested on 165MHz
GPU + VGA port Chips and Technologies F65554 Works N/A 6.6.1 Modern linux kernels dont's seem to have a driver for this GPU
USB 1.1 Port USB corporation Works ohci-pci 6.6.1 Ethernet/Wifi adapters don't appear to work for more than 20 seconds until they disconnect.
PS/2 Port PS/2 mouse connector Works N/A 6.6.1 -
Internal modem 33.6 /14.4 Kbps Data/Fax/Voice modem Untested N/A 6.6.1 Probably shouldn't be used anyway
Parallel Port 25-pin Parallel Port Works N/A 6.6.1 -
Serial Port 9-pin Serial Port Works 6.6.1 -
Infrared Port - Untested N/A 6.6.1 No way to test this
Keyboard built-in keyboard Works N/A 6.6.1 -
TrackPoint Built-in pointing device Works N/A 6.6.1 Tested in TTY, works via sys-libs/gpm
Sound Yamaha OPL3-SA3 Works N/A 6.6.1 See the sound section.
PCMCIA/CardBus two 16-bit or 32-bit PCMCIA slots Works yenta_cardbus 6.6.1 -
CD-drive TOSHIBA XM-1502BN Works N/A 6.6.1 /dev/sr0

System installation

It is recommended to use the x86 handbook for reference. While the gentoo handbook is a great resource, there are many device-speciffic steps that need to be adressed.

Hardware Requirements

RAM: 16MB minimum, recommended 32MB or more HDD: 2GB minimum, recommended 10GB or more
USB to IDE adapter for installation on a different, more powerful computer (technically not required but compiling everything on the toshiba would take several weeks to complete).


It is necessary to use ext2 filesystem for the boot partition. Swap is also optional but recommended on systems with low memory. It is recommended to set 2x the size of the systems memory for the swap partition.

Partition Function Filesystem
/dev/sda1 Boot Partition ext2
/dev/sda2 Swap Partition swap
/dev/sda3 Root partition ext4

It may be also possible to make an encrypted installation + separated home directory, but that is outside of the scope of this guide. See Dm-crypt_full_disk_encryption.


These are the recommended settings for the device:

FILE /etc/portage/make.confRecommended make.conf for this laptop
CFLAGS="-march=pentium-mmx -Os -fomit-frame-pointer -flto -pipe"
USE="minimal alsa lto"
ACCEPT_LICENSE="@FREE" #for those who wish to have 100% fully free system
GRUB_PLATFORMS="pc" #For use with the grub bootloader. Lilo users can skip this.

Note to CFLAGS

-Os is a flag designed to reduce code size and therefore memory usage as well. It can also lead to improved performance but that's not guaranteed.

There is also a more aggressive -Oz flag, but this flag can significantly degrade runtime performance and therefore it's only recommended to be used if disk space or memory capacity are extremely limited.

-fomit-frame-pointer is a flag which is also designed to reduce code size. This flag is enabled by default on all -O levels, but on x86_32 in combination with -Os it must be enabled manually.

From GCC optimization: "It's still necessary to explicitly enable the -fomit-frame-pointer option, to activate it on x86-32 with GCC up to version 4.6, or when using -Os on x86-32 with any version of GCC. However, using -fomit-frame-pointer will make debugging hard or impossible."

-flto: Link Time Optimisation which signifficantly increase performance and lower RAM usage at the cost of more compilation time. Since performance a greater concern with this hardware than compilation times, we believe it's useful to enable this flag.

Don't forget to update your system after changing make.conf!

root #emerge --sync
root #emerge --ask --update --deep --newuse @world

Installing the kernel

It is necessary to create a custom kernel because some disk drivers aren't included by default for this device. Creating a custom kernel also yields significant performance benefits if configured properly.

Disable 64-bit support.

KERNEL Disable 64-bit support (CONFIG_64BIT)
Main Page  --->
        < >  64-bit kernel
KERNEL Configure optional CPU optimizations (CONFIG_SMP) (CONFIG_EFI)
Processor type and features --->
        < >  Symmetric multi-processing support
             Processor family > pentium-MMX
        < >  EFI runtime service support

If you plan on using internet connection, enable Networking support

KERNEL Enable/Disable Networking support (CONFIG_NET)
Main Page  --->
        <*>  Networking support

This is the most important part of the kernel configuration, as the user decides which drivers should or should not be build into the kernel. The guide will carefully go through most device drivers and enable those that are needed and disable those which would only create overhead otherwise.

Device Drivers  --->
        <*>  PCI support ---> 
             <1> Maximum number of GPUs
             <*> Support for PCI Hotplug
Device Drivers  --->
        <*> PCCard (PCMCIA/CardBus) support
KERNEL Enable Parallel port support (CONFIG_PARPORT)
Device Drivers  --->
        <*> Parallel port support

This step is very important, not following it will lead into the laptop not being able to find the root partition.

Device Drivers  --->
        <*> Serial ATA and Parallel ATA drivers (libata) --->
            <*> ATA ACPI Support
            <*> Generic ATA support
            <*> Legacy ISA PATA support (Experimental)
Device Drivers  --->
        <*> USB support --->
            <*> OHCI HCD (USB 1.1) support

Moving on from device drivers, necessary support for filesystems must be enabled

KERNEL Enable necessary filesystem support (CONFIG_EXT2_FS) (CONFIG_EXT4_FS)
File systems  --->
        <*> second extended fs support
        <*> The Extended 4 (ext4) filesystem

Optionally, you can enable support for btrfs (if you formated your root partition as btrfs instead of ext4) or microsoft NTFS (for intercompatibility with microsoft windows).

KERNEL Enable optional btrfs and ntfs support
File systems  --->
        <*> Btrfs filesystem support
        OS/FAT/EXFAT/NT Filesystems --->
            <*> FAT (Windows-95) fs support
            <*> NTFS file system support


The laptop should not have have issues booting Grub or lilo which are installed in BIOS mode. It is assumed that the disk's name is /dev/sda.


Installing grub is relatively straight-forward. In Gentoo Linux the user must enable legacy BIOS support in make.conf as mentioned in the guide previously.

FILE /etc/portage/make.confEnabling BIOS mode for grub

The boot partition must be mounted to install the bootloader.

root #mount -v /dev/sda1 /boot

Then emerge and install grub.

root #emerge --ask --verbose sys-boot/grub
root #grub-install /dev/sda
root #grub-mkconfig -o /boot/grub/grub.cfg


Lilo is a fine choice for a system this old because it loads much faster than grub. However it does not support some features like raid or encryption. See this bootloader comparison for more information.

Lilo is configured in /etc/lilo.conf. It will not install with the lilo package, the user must create it manually.

FILE /etc/lilo.confLILO configuration file
boot=/dev/sda             # Install LILO in the MBR
prompt                    # Give the user the chance to select another section
timeout=50                # Wait 5 (five) seconds before booting the default section
default=gentoo            # When the timeout has passed, boot the "gentoo" section
compact                   # This drastically reduces load time and keeps the map file smaller; may fail on some systems
image=/boot/vmlinuz-6.X.X # Change this according to your kernel version (ls /boot/vmlinuz*)
  label=gentoo            # Name we give to this section
  read-only               # Start with a read-only root. Do not alter!
  root=/dev/sda3          # Location of the root filesystem

After creating a config file, you can safely install lilo.

root #emerge --ask --verbose sys-boot/lilo
root #/sbin/lilo

See LILO for more information.

Optional post-installation tasks

After these installation steps you should be left with a pretty bare but functional system. Let's see what useful features we can add.

Sound support

The laptop uses Yamaha OPL3-SA3 sound card which is on the ISA bus. It was common for sound cards to use ISA in the past but nowadays it has been pretty much deprecated. The user will need to enable the following kernel options:

KERNEL Enable ISA support (CONFIG_ISA)
Bus options  --->
        <*> ISA support
Device Drivers  --->
        <*> EISA support
Device Drivers  --->
        <*> Plug and Play support --->
            <*> ISA Plug and Play support
KERNEL Enable OSS emulation + HR-timer backend (CONFIG_SND_OSSEMUL) (CONFIG_SND_HRTIMER)
Device Drivers  --->
        <*> Sound card support --->
            <*> Advanced Linux Sound Architecture -->
                <*> Enable OSS Emulation
                <*> HR-timer backend support
KERNEL Enable support for PC speaker (CONFIG_SND_PCSP)
Device Drivers  --->
        <*> Sound card support --->
            <*> Advanced Linux Sound Architecture --->
                <*> Generic sound devices --->
                    <*> PC-Speaker support (READ HELP!)
KERNEL Enable support for Yamaha OPL3-SA2/SA3 (CONFIG_SND_OPL3SA2)
Device Drivers  --->
        <*> Sound card support --->
            <*> Advanced Linux Sound Architecture -->
                <*> ISA sound devices -->
                    <*> Yamaha OPL3-SA2/SA3

These steps should make the sound fully functional. It is recommended to install the following packages and test the sound:

root #emerge --ask media-sound/alsa-utils media-sound/alsa-tools

To detect sound cards:

root #aplay -L

If it finds the Yamaha OPL3-SA3, then the sound should be functional. The user may test it with speaker-test:

root #speaker-test -c6 -twav

Setting up internet

USB adapters

It is possible to connects USB Ethernet adapters to establish internet connectivity. We will use Realtek RTL8153 as an example.

It was not possible to test internet connectivity properly on this laptop because the USB port probably malfunctions, it's highly probable that it is a hardware fault which is specific to one device and this method should work.

First it is necessary set some options in the kernel.

KERNEL Enable networking support (CONFIG_NET)
<*> Networking support --->
KERNEL Enable support for your USB adapter (CONFIG_USB_RTL8152)
Device Drivers  --->
        <*> Network device support --->
            <*> USB Network Adapters --->
                <*>  Realtek RTL8152/RTL8153 Based USB Ethernet Adapters

Assuming USB 1.1 support is enabled as well, the network adapter should work. It is recommended to use net-misc/dhcpcd for network management because of its small size and low resource usage.

PCMCIA Ethernet

The laptop has two 16-bit/32-bit PCMCIA slots which are capable of delivering Ethernet connectivity up to 100M/s. It is assumed that a realtek PCMCIA card is used. It is necessary to set PCMCIA mode to 16-bit PCMCIA in the BIOS!

First it is necessary set some options in the kernel.

Device drivers --->
    <*> PCCard (PCMCIA/CardBus) support --->
        <*> 16-bit PCMCIA support
        <*> 32-bit PCMCIA support

Test whether PCMCIA slots are found with {{Package|sys-apps/pcmciautils}

root #emerge --ask sys-apps/pcmciautils
root #lspcmcia

If the output is blank, then the slots are not detected and further configuration is needed.

Now enable support for the chip (example RTL8139)

KERNEL Enable support for the network chip
Device drivers --->
    <*> Network device support --->
        <*> Ethernet driver support --->
            <*> Realtek devices --->
                <*> RealTek RTL-8129/8130/8139 PCI Fast Ethernet Adapter support

At this point the network adapter should work. It is recommended to use net-misc/dhcpcd for network management because of its small size and low resource usage.

Putting the hardware to good use

As we have stated in the beginning of this guide, we want to prove that it is possible to daily use such old hardware for basic tasks even today. These are the programs that were tested on this hardware and that do work well, this in no way means that the user cannot choose different software of their choosing.

Playing Music files and Audio CDs

There are many command line audio players available for Linux. In this guide we will focus on setting up media-sound/cmus as it is one of the easier to set up and it also supports audio CDs via a use flag.

FILE /etc/portage/package.use/media-soundAdd a use flag for CD support
media-sound/cmus cdio

Now emerge cmus

root #emerge --ask media-sound/cmus

cmus should be ready to go

user $cmus

Transfer your music to $HOME/Music. Then open cmus and command it to add the folder using :

:add ~/Music

To add contents of a CD do:

:add cdda://

See more at cmus

text communication via Gomuks

There are several chat protocols that can be used on this hardware, there are command line clients for matrix, xmpp, IRC and others. In this guide we will focus on setting up Gomuks (matrix) on this hardware.

There are no official 32-bit binaries or even unofficial ebuilds for this program, therefore it is necessary to manually compile it.

Install git, go and olm:

root #emerge --ask dev-vcs/git dev-lang/go dev-libs/olm

Clone the repository and compile gomuks:

root #cd gomuks
root #sh

Assuming there were no errors during compilation, a gomuks binary should be generated in the root folder. Now you can copy it to /bin

root #cp -v ./gomuks /bin/

You should be able to run Gomuks from the user shell without issues.

user $gomuks

To learn how to use Gomuks refer to The usage faq.

Neomutt E-mail client

Neomutt is an E-mail client that runs entirely on the command-line. It's very light-weight and isn't heavy on the CPU, therefore it is a fine choice for this system. We will set up neomutt via mail-client/emailwiz for the sake of ease.

root #emerge --ask mail-client/emailwiz

It is necessary to set up a GPG key and initialise password-store if the user has not already.

user $gpg --full-generate-key
user $pass init

mw -h gives you a list of available options:

user $mw -h
mw: mutt-wizard, auto-configure email accounts for mutt
including downloadable mail with `isync`.

Main actions:
  -a     Add an email address
  -l                    List email addresses configured
  -d                    Remove an already added address
  -D     Force remove account without confirmation
  -t number             Toggle automatic mailsync every <number> minutes
  -T                    Toggle automatic mailsync
  -r                    Reorder account numbers

Options allowed with -a:
  -u    Account login name if not full address
  -n    "Real name" to be on the email account
  -i    IMAP/POP server address
  -I    IMAP/POP server port
  -s    SMTP server address
  -S    SMTP server port
  -x    Password for account (recommended to be in double quotes)
  -p    Add for a POP server instead of IMAP.
  -P    Pass Prefix (prefix of the file where password is stored)
  -X    Delete an account's local email too when deleting.
  -o    Configure address, but keep mail online.
  -f    Assume typical English mailboxes without attempting log-on.

NOTE: Once at least one account is added, you can run
`mbsync -a` to begin downloading mail.

To change an account's password, run `pass edit ''`.
[jacob@clawie ~]$

The easiest way is to simple add an account with -a, mw will ask you for the rest

user $mw -a john@example.tld
 Give your email server's IMAP address (excluding the port number):
Give your email server's SMTP address (excluding the port number):
Enter password for john@example.tld:
Retype password for john@example.tld:

Recommended: change the default text editor.

FILE /etc/neomutt/neomuttrcChange default editor in neomutt config
set editor="vim" #or emacs, nano, whatever you please

For information on neomutt usage see neomutt.

Closing thoughts

The Toshiba Satellite Pro 460CDT despite its age has proven to be very useful even today. We hope that this guide will be useful not only for retro PC enthusiasts but also for regular linux users who want to bring life back into their old Toshibas.

External resources