HP Integrity NonStop J-Series - Manual (Page 98)

Set LED State
Available for NonStop NS14000 series and NS16000 series servers only, this action allows you
to set the Blade Element front or rear (service side) amber LEDs to On or Off.
Set Locator LED State
Allows you to set the Blade Element locator LED to On or Off. For rx2620, On causes the locator
LED to blink. For rx2660 blades and and rx2800 i2 blades, On causes the locator LED to remain
on continuously.
Set Optics Adapter LED State
Available for NonStop NS14000 series and NS16000 series servers only, this action allows you
to set the Blade Element optics adapter amber or SFP LEDs for a particular PE LID (0, 1, 2, or 3)
to On or Off.
Set Physical Location
Allows you to assign these Physical Location attributes for the IOAM enclosure:
• Rack Name is a user-defined name for the rack containing the Blade Element. You can enter
up to 15 alphanumeric characters.
• Rack Offset is a numerical value representing the location of the Blade Element within the
rack. A valid integer (from 1 to 42) must be specified when performing the Set Physical Location
action, or the action fails.
• Locator is an optional text string to help identify the physical location of the Blade Element. It
must contain alphanumeric characters only.
• This parameter, used for DC-powered Telco systems only, allows you to specify a system alarm
panel (SAP) identifier, which is then displayed in OSM by the Alarm Panel Identifier attribute
for this hardware resource. An system alarm panel (SAP) provides visual alarm indicators and
relays for generating three levels of alarms to alert the customer to the severity of a hardware
error in the system. By default, systems are configured with one SAP located in the CIA for
the group 11 I/O enclosure. You might need to set the Alarm Panel Identifier if the system
has multiple SAPs, you add equipment to a system, or you move equipment from one system
to another.
With T0682 H02 AAN and later, you can also use the Physical Configuration Tool to set the Rack
Name and Rack Offset values in a consistent manner throughout the system, while creating a
physical view of your modular racks.
Switch to Use Shadow Firmware Image After Reset
Available for NonStop NS14000 series and NS16000 series servers only, this action causes the
Blade Element to start running the Baseboard Management Controller (BMC) firmware version that
what was on the Shadow image at the time the action was initiated. For all other Blade Element
firmware, this action sets the
NSBE Image After Next Reset attribute values to Shadow, indicating
that the current Shadow firmware image will be used after the next Reset action. Typically, you
would first update the Shadow image (using the guided procedure launched by the Firmware
Update action on the Processor Complex object), use this action to specify the Shadow image
following Reset, and perform the Reset to start running the new (non-BMC) firmware. Then you can
update the other image, which was the Running image but, following the Switch to Use Shadow...
and Reset actions, is now the Shadow image.
Switch to Use Running Firmware Image After Reset
Available for NonStop NS14000 series and NS16000 series servers only, this action sets the
NSBE Image After Next Reset attribute value to Running, indicating that the current Running firmware
image will be used after the next Reset action.
98 System Resources