# show card

This chapter includes the show card command output tables.
show card diag
Table 1. show card diag Command Output Descriptions

Field | Description
--- | ---
Counters | Displays boot counter information for the card. The following counters are reported: Successful warm boots: Warm boots occur upon a software reset of the card. Successful cold boots: Cold boots occur when the card experiences a hardware reboot. Total boot attempts: This is the sum of successful and unsuccessful warm and cold boots. If this number is not equal to the total number of successful warm boots and the number of successful cold boots, then boot failures have occurred. This situation may indicate a problem with this card that requires further investigation. In Service Date: Timestamp indicating when this card was placed in service. Each of the above counters provide a timestamp indicating the most recent occurrence. NOTE: Counters are not displayed for line card diagnostics.
Status | Status is reported for the following items: IDEEPROM Magic Number: Indicates whether or not the device map has been initialized. The ID EEPROM device stores hardware, diagnostic and software configuration data. Boot Mode: Displays the current boot mode. – Normal (boot to StarOS, default mode), Extended diagnostics or Diagnostic CLI. Card Diagnostics: Indicates the current status of the card's internal diagnostics. The two possible states are: Pass (all diagnostics passed) and Failed one or more diagnostics did not pass). Current Failure: Indicates any failure that is currently being reported by this card. If no failures were detected, this item will display None. Last Failure: Indicates the last failure reported by this card since its event log was last cleared. Card Usable: Indicates whether or not the card is usable. “Usability” is based on the operational state of the card (active, standby, or offline), whether or not the Administrative state is enabled (the card is configured for use via software), and whether or not the card’s interlock switch is locked. Either a Yes or a No will be displayed. Last Reset Cause: Indicates the cause for the last reset of this card.Note: This field only appears if a card reset has occurred.
Boot/Diag Log (ASR 5000 only) | Displays the contents of the boot and diagnostics log. NOTE: The boot and diagnostic log contents are not displayed for line card diagnostics.
Error Log (ASR 5000 only) | Displays the contents of the error log. NOTE: The error log contents are not displayed for line card diagnostics.
Current Environment | Displays the results for the following measurements: Temperature measurements: Indicates the current operating temperatures and provides the maximum safe temperature for comparison. Voltage measurements: Indicates the current input status for the various DC sources and provides the acceptable upper and lower limits for comparison.

show card hardware
Table 2. show card hardware Command Output Descriptions

Field | Applicable Card(s) | Description
--- | --- | ---
Card slot# | All | Displays the card slot number.
Card Type | All | Indicates the type of card installed.
Card Description | All | Displays the card acronym,
Part Number | ASR 5000 Starent Part Number | Displays the Starent part number.
Serial Number | ASR 5000 Starent Part Number | Displays the Starent serial number.
CLEI | ASR 5000 cards only | Displays the COMMON LANGUAGE Equipment Code registered for this card.
Starent Part Number | ASR 5500 cards | Displays the Starent part number for this card.
Cisco Part Number | ASR 5500 cards only | Displays the Cisco part number for this card.
UDI Serial Number | All | Displays the UDI (Unique Device Identifier) serial number.
UDI Product ID | All | Displays the UDI version identifier.
UDI Version ID | All | Displays the UDI version identifier.
UDI Top Assem Num | All | Displays the UDI top assembly number.
UDI TAN Revision | All | Displays the revision level for the top assembly number (TAN).
UDI Deviation number | ASR 5000 cards only | Displays the deviation number.
Switch Fabric Nodes | ASR 5000 cards only | Displays the current methodology used for the switch fabric.
Card Programmables | All | Indicates whether or not the firmware running on this card is up to date.

IMPORTANT:

The output of this command will also display other types of information relative to the CPUs and firmware running on the specific card types. This information varies based on the platform type.
show card info
Table 3. show card info Command Output Descriptions

Field | Applicable Card(s) | Description
--- | --- | ---
Slot Type | All | Displays the acronym for the card type.
Card Type | All | Indicates the type of card installed.
Operational State | All | Displays the operational state of the card. The possible operational states are: Active: Indicates that the card is an active component that will be used to process subscriber data sessions. Standby: Indicates that the card is a redundant component. Redundant components will become active through manual configuration or automatically should a failure occur. Offline: Indicates that the card is installed but is not ready to process subscriber data sessions. This could be due to the fact that it is not completely installed (i.e. the card interlock switch is not locked, refer to the System Installation Guide for information on installing cards in the system) or that its processes have been halted.
Desired Mode | ASR 5000 Processing Cards, SPIOs, and line cards only | Displays the configured mode of the card. Through software configuration the card could be placed into either the active or standby mode.
Last State Change | All | Displays the time of the last operational state change for the card.
Administrative State | All | Indicates whether or not the card has been configured for use via software. If it has been configured, Enabled will be displayed. If not, Disabled will be displayed.
Card Lock | All | Displays whether or not the card’s interlock switch is Locked or Unlocked.
Halt Issued | All | Displays whether or not this card was the target of a halt command issued by an administrator or operator. The halt command stops all tasks and processes running on the card. If the card has been halted, a Yes will be displayed. If not, a No will be displayed.
Reboot Pending | All | Displays whether or not the card will be undergoing a reboot. If the card is being rebooted, a Yes will be displayed. If not, a No will be displayed.
Upgrade In Progress | Management and packet processing cards | Indicates whether an upgrade is in progress. The following operations are not allowed while a card is upgrading: change card [no] shutdown (config) change card active (config) change card redundancy (config) card halt (exec) card reboot (exec) start an online upgrade Level unlock operations are ignored while a card is upgrading.
Card Usable | All | Indicates whether or not the card is usable. “Usability” is based on the operational state of the card (active, standby, or offline), whether or not the Administrative state is enabled (the SMC can communicate with it), and whether or not the card’s interlock switch is locked. Either a Yes or a No will be displayed.
Single Point of Failure | All | Displays whether or not the component is a single point of failure (SPOF) in the system. If the component is a SPOF, then a Yes will appear in this column. If not, a No will be displayed.
Attachments | ASR 5000 management and processing cards | Displays the slot number and card type(s) that this card is associated with. For example, if this information is being displayed for a Processing Card, then the line card(s) that the Processing Card is associated with will be displayed.
Temperature | All | Indicates the current operating temperature and provides the maximum safe temperature for comparison.
Voltages | All | Indicates whether the power levels that the card is receiving are within acceptable limits. Every card in the system has at least two power inputs. If all of the power inputs are within specification, a Good will be displayed. If even one of these inputs is out of the acceptable range, then a Bad ***ALARM*** will be displayed.
Card LEDs | All | Displays the state of the Run/Fail, Active, and Standby light emitting diodes (LEDs) on the front panels of each of the cards. The LEDs will be displayed as either Green, Red, or Off. Run/Fail LED: Green is normal, Red or Off indicate a problem. NOTE: If the Run/Fail LED is either Red or Off, refer to System Administration and Configuration Guide for information on troubleshooting the problem. Active: Green indicates that the card is in active mode. Off indicates that the card is in standby mode. Standby LED: Green indicates that the card is in standby mode. Off indicates that the card is in active mode.
System LEDs | ASR 5000 SMC | Displays the state of the Status and Service LEDs on the SMC. The Status LED will be displayed as either Green, Red, or Off. The Service LED will be displayed as either Amber, or Off. Status LED: Green is normal, Red or Off indicate a problem. NOTE: If the Run/Fail LED is either Red or Off, refer to System Administration and Configuration Guide for information on troubleshooting the problem. Service LED: Amber indicates that maintenance is needed. Off indicates that no maintenance is necessary. NOTE: If the Status LED is Amber, refer to System Administration and Configuration Guide for information on troubleshooting the problem.
CPU 0 through 3 | Management and packet processing cards | Displays how the CPUs on the card are being used.

show card mappings
Table 4. show card mappings Command Output Descriptions

Field | Description
--- | ---
Slot (left-most column) | Displays the chassis slot number and the type of line card installed.
Mapping | Displays the mapping or communication path from the line card to the application card. The possible mapping s are: Direct: The line card is operating in conjunction with the application card installed directly in front of it. NOTE: Cross mappings only occur if the SMC that the SPIO was formerly operating behind became disabled (either automatically due to an error, or through manual configuration). RCC 40: A line card (non-SPIO) installed in chassis slots 17 through 23 or 26 through 32 is operating in conjunction with a Processing Card installed in a slot that is not directly in front via the RCC in slot 40. RCC 41: A line card (non-SPIO) installed in chassis slots 33 through 39 or 42 through 48 is operating in conjunction with a Processing Card installed in a slot that is not directly in front via the RCC in slot 41. NOTE: RCC 40 and RCC 41 mappings will only occur if the Processing Card that the line card was formerly operating behind became disabled (either automatically due to an error, or through manual configuration).
Slot (right-most column) | Displays the chassis slot number and the type of application card installed.

show card table
Table 5. show card table Command Output Descriptions

Field | Description
--- | ---
Slot | Displays the chassis slot number and card type acronym.
Card Type | Displays the type of card installed.
Oper State | Displays the operational state of the card. The possible operational states are: Active: Indicates that the card is an active component that will be used to process subscriber data sessions. Standby: Indicates that the card is a redundant component. Redundant components will become active through manual configuration or automatically should a failure occur. Offline: Indicates that the card is installed but is not ready to process subscriber data sessions. This could be due to the fact that it is not completely installed (i.e. the card interlock switch is not locked, refer to the System Installation Guide for information on installing cards in the system) or that its processes have been halted.
SPOF | Displays whether or not the component is a single point of failure (SPOF) in the system. If the component is a SPOF, then a Yes will appear in this column. If not, a No will be displayed.
Attach | This column if valid only for the ASR 5000 platform. It displays the line card that the Processing Cards and SMCs are using for network access. This column will only be populated for the RCCs in the event that tasks and processes were migrated from an active Processing Card to a standby Processing Card. The RCC creates a path from the standby Processing Card to the line cards.