hinv - hardware inventory command for Altix 3000


SYNOPSIS

       hinv [-v] [-c class] | -V


DESCRIPTION

       hinv displays the contents of the system hardware inven­
       tory describing various pieces of hardware in the system.
       The items include brick configuration, processor type,
       main memory size, disk drives, etc.  Without arguments,
       the hinv command displays a one line description of each
       entry in the table.

       The hinv options are:

       -v  Gives a more verbose description of some items.

       -c class
           Displays items from class.  Classes are brick, proces­
           sor, memory, scsi, serial, ethernet, otherpci

       -V  Display version number


EXAMPLE

       This is an example ouput for a machine with 1 C-brick and
       P-brick:

        1 P-Brick
        1 C-Brick
        4 900 MHz IA-64 GenuineIntel Itanium 2 Processors
        Main memory size: 7.63 Gb
        QLogic Corp. ISP12160 Dual Channel Ultra3 SCSI Processor (rev 6). pci00.03.0
           target1  Disk  SGI      ST336753LC        36 GB
        1 UART serial port
        BROADCOM Corporation NetXtreme BCM5701 Gigabit Ethernet (rev 21). pci00.04.0
        Co-processor: IO9 Controller Card (Silicon Graphics, Inc.) (rev 43). pci00.01.0

       This is an example of verbose output for the brick class
       hinv -v -c brick

        1 P-Brick
        1 C-Brick

        001c24
            Node:       0    1
            CPU:        0    1    2    3
            P-Brick:
              PCI #0     Ethernet controller: BROADCOM Corporation NetXtreme BCM5701 Gigabit Ethernet (rev 21).
              PCI #0     Co-processor: IO9 Controller Card (Silicon Graphics, Inc.) (rev 43).
              PCI #0     SCSI storage controller: QLogic Corp. ISP12160 Dual Channel Ultra3 SCSI Processor (rev 6).

       The amount of memory reported by hinv is the amount of
       memory installed on the system minus what is reserved by
       the hardware for its use.  At any point in time, the
       amount of memory available to a user program depends on
       the amount of memory reserved to the kernel and the amount
       of memory that other programs are using.  To see the
       amount of memory currently available to a user program on
       the system, use the Linux free command.


SEE ALSO

       topology(1), free(1)


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