lshardware

Use the lshardware command to view the configured and actual hardware configuration of a node in the system.

Syntax

Parameters

-delim delimiter: (Optional) By default in a concise view, all columns of data are space-separated. The width of each column is set to the maximum width of each item of data. In a detailed view, each item of data has its own row, and if the headers are displayed the data is separated from the header by a space. The -delim parameter overrides this behavior. Valid input for the -delim parameter is a 1-byte character. If you enter -delim : on the command line, the colon character (:) separates all items of data in a concise view; for example, the spacing of columns does not occur. In a detailed view, the data is separated from its header by the specified delimiter.
panel_name: (Optional) The node panel name.
Note: If panel_name is not supplied, this parameter applies to the node on which the command is running.

Description

When the node is in a service state, use this command to view the current hardware configuration. This table provides the possible values that are applicable to the attributes that are displayed as data in the output views.

Table 1. lshardware attribute values
Attribute	Value
panel_name	Indicates the node panel name.
node_id	Indicates the node unique ID. The value is a number or blank if not in a system.
node_name	Indicates the node name. The value is an alphanumeric string or blank if not in a system.
node_status	Indicates the node status.
hardware	Indicates the hardware model, such as `DH8`.
actual_different	Indicates whether the node hardware is different than the configured hardware.
actual_valid	Indicates whether the node hardware is valid.
memory_configured	Indicates the configured amount of memory (in GB).
memory_actual	Indicates the currently installed amount of memory (in GB).
memory_valid	Indicates whether the actual memory is a valid configuration.
cpu_count	Indicates the maximum number of CPUs for the node.
cpu_socket	Indicates the ID of socket to which the CPU fields refer.
cpu_configured	Indicates the configured CPU for this socket.
cpu_actual	Indicates the currently installed CPU in this socket.
cpu_valid	Indicates whether the currently installed CPU is a valid configuration.
adapter_count	Indicates the maximum number of adapters for the node (differs by node type).
adapter_location	Indicates the location of this adapter.
adapter_configured	Indicates the configured adapter for this location.
adapter_actual	Indicates the currently installed adapter for this location.
adapter_valid	Indicates whether the adapter in this location is valid.
ports_different	Indicates whether adapter ports can support more functions.

An invocation example for a 300 node

sainfo lshardware

The resulting output:

panel_name,123456
node_id,
node_name
status,service
hardware,300

actual_different,no
actual_valid,yes
memory_configured,8
memory_actual,8
memory_valid,yes
cpu_count,1
cpu_socket,1
cpu_configured,4 core Intel(R) Xeon(R) CPU E3110 @ 3.0GHz
cpu_actual,4 core Intel(R) Xeon(R) CPU E3110 @ 3.0GHz
cpu_valid,yes
cpu_socket,
cpu_configured,
cpu_actual,
cpu_valid,
adapter_count,6
adapter_location,0
adapter_configured,1Gb/s Ethernet adapter
adapter_actual,1Gb/s Ethernet adapter
adapter_valid,yes
adapter_location,0
adapter_configured,1Gb/s Ethernet adapter
adapter_actual,1Gb/s Ethernet adapter
adapter_valid,yes
adapter_location,0
adapter_configured,Four port 8Gb/s FC adapter card
adapter_actual,Four port 8Gb/s FC adapter card
adapter_valid,yes
adapter_location,0
adapter_configured,High-speed SAS adapter
adapter_actual,High-speed SAS adapter
adapter_valid,yes
adapter_location,0
adapter_configured,Midplane bus adapter
adapter_actual,Midplane bus adapter
adapter_valid,yes
adapter_location,1
adapter_configured,Two port 10Gb/s ethernet adapter
adapter_actual,Two port 10Gb/s ethernet adapter
adapter_valid,yes
ports_different,no