HDD

Resources

Wikipedia

This article describes the setup of an internal SATA or PATA (IDE) rotational hard disk drive.

Installation

Hardware detection

To choose the right driver, first detect the used storage controller. lspci can be used for this task:

root #lspci | grep --color -E "IDE|SATA"

(At runtime) show identification and feature info:

root #hdparm -I /dev/sdX

For more detailed information see the hdparm article.

BIOS

For AHCI SATA controllers, check the system's BIOS or firmware to see if if AHCI has been activated.

Kernel

Note
If the root partition is on this drive, the file system drivers have to be built into the kernel.

Activate the following kernel options:

KERNEL

Device Drivers --->
   <*> Serial ATA and Parallel ATA drivers  --->
      [*] ATA ACPI Support

   If the drive is connected to a SATA Port Multiplier:
      [*] SATA Port Multiplier support

   Select the driver for the SATA controller, e.g.:
      <*> AHCI SATA support (ahci)

   If the drive is connected to an IDE controller:
      [*] ATA SFF support
      [*] ATA BMDMA support

   Select the driver for the IDE controller, e.g.:
   <*> Intel ESB, ICH, PIIX3, PIIX4 PATA/SATA support (ata_piix)

   SCSI device support  ---> 
      <*> SCSI device support
      <*> SCSI disk support

Configuration

Generally when configuring a hard disk drive one or more partition will need to be created and filesystem written into them.

Usage

Filesystems can be mounted in several ways, notable methods include:

• The mount command.
• /etc/fstab file - Automatic mount at boot time (does not support on demand mount).
• removable media - Automated mount on demand.
• AutoFS - Automated mount on demand.

Troubleshooting

• See Libata error messages
• See E2fsprogs/badblocks

See also

• SSD — describes how to set up SSDs (Solid State Drives) on Linux.

External resources

• libata wiki