Viewing Node Inventory

Click Inventory > Node inventory in the navigation pane. The Node Inventory preview pane is displayed.

The Node Inventory pane displays the following:

details of the Shelf and the Rack Shelf (Rack Shelf is displayed if Passive card/unit is added to the Shelf)
details of cards in the Shelf
details of SFP/XFP modules
details of CFP modules

Figure below shows the Node Inventory pane with Shelf details.

Node Inventory preview pane

Figure below shows the Node Inventory pane with Rack Shelf details. The details are displayed only when a card/unit is added to the Rack Shelf.

Node Inventory pane- Rack Shelf tab

NOTE: The Node Inventory does not refresh automatically. You need to manually refresh the page or the pane to view any changes made to the node inventory by clicking the Node inventory option in the navigation pane.

Node Inventory parameters

Parameter	Description

Shelf-1/Rack Shelf (Shelf Identifier)
Shelf Id	Displays the identity of the Shelf or the Rack Shelf.
Shelf Mode	Displays the shelf mode as Master or Slave. Rack Shelf will always display as 'Slave'.
Chassis Type	Displays the chassis type of the Shelf or the Rack Shelf.
MAC Address	Displays the MAC address of the Shelf or the Rack Shelf.
Valid Status	Displays the status of the shelf as 'Valid' which indicates that the current shelf is in Master mode.
Operational Status	Displays the operating status of the Shelf or the Rack Shelf. Green: Indicates that the current shelf is operating. Red: Indicates that the current shelf is not operating.
Identify Shelf	This button is applicable in Multi Shelf Support 'Enable' mode which is not supported in this product release.
Delete Shelf	Click on the button delete the Shelf or Rack Shelf configurations. A confirmation message will get displayed. Click Yes. "Successfully Deleted Shelf" message will get displayed.
NOTE 1: In Multi Shelf Support 'Disable' mode, only Shelf-1 tab will be displayed with Shelf Id parameter value as '1' and Shelf Mode as 'Master' by default. NOTE 2: The Rack Shelf(Shelf Identifier) tab is displayed if a Rack Shelf with passive card/unit is connected and added to the Master Shelf, for example MDU40E-D and/or MDU40O-D unit housed in a standalone 1 RU 19’’ sub-rack. Click on this tab to view the rack shelf details and the cards present in the rack shelf.
Cards Present in Shelf
Slot	Displays the slot number in which the card is present. Slot number '0' is assigned to Backplane by default. Also provides a slot number hyperlink to view the card parameters such as shelf, product code, serial number of the desired card.
Card Label	Displays the name of the card.
Card Type	Displays the card type.
Operational Status	Displays the operating status of the card as UP or DOWN.
Equipment	Displays whether card is currently jacked in or not.
Product Code	Displays the product code of the card.
Serial Number	Displays the identification number of a specific card.
Delete Cards	Allows you to click on the link and delete the cards removed from the node.
Delete SFP/CFPs	Allows you to click on the link and delete the SFP/CFPs removed from the node.

The table below summarizes the parameters displayed under SFP and CFP section on Node Inventory pane.

SFP/CFP parameters

Parameter	Description

Name	Displays the name of the SFP/CFP and provides a hyperlink to view and edit its details. This field also has a Delete button which allows you to delete individual SFP/CFP. It is not required to physically remove the SFP/CFP before deleting; the SFP/CFP will auto-provision with the slotted SFP/CFP values.
Port	Displays the port to which the SFP/CFP is associated.
Operational Status	Displays the operating state of the SFP/CFP as UP or DOWN.
Is Present	Present	Indicates the SFP/CFP is inserted.
Is Present	Not Present	Indicates the SFP/CFP is not inserted.
Laser Type	Displays the laser type. Laser type specifies the capacity and range of the laser used in the particular interface.
Product Code	Displays the product code of the SFP/CFP.
Serial Number	Displays the identification number of the SFP/CFP.
NOTE: Lasers are specific to the interfaces. Ensure that the SFP/XFP inserted is specific to the interface. Therefore, an SFP supporting STM-1, STM-4, STM-16 or an XFP supporting STM-64 laser can be inserted only into an STM-1, STM-4, STM-16 or STM-64 interface respectively. The ranges that a laser can have are Long Reach, Short Reach, and Intermediate Reach.