show subscribers

This chapter includes the show subscribers command output tables.

show subscribers aaa-configuration

Table 1. show subscribers aaa-configuration Command Output Descriptions
Field Description

Username

Specifies the name of the subscriber.

Status

Indicates the status of the subscriber's session. The status can be Online or Offline and Active or Dormant.

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

Access Type

Indicates the type of access for this subscriber. See

Network Type

Displays the type of network connection for this subscribers session. See

Access Tech

Represents the Access Technology. See

callid

Displays the subscriber's call identification number (callid).

msid

Displays the subscriber's mobile station identification (MSID).

imsi

Displays the subscriber's international mobile subscriber identity (IMSI).

AAA Information and Attributes

A list of AAA information attributes and their configuration for the specified session.

For additional information on these attributes, if you are using StarOS 12.3 or an earlier release, refer to the AAA and GTPP Interface Administration and Reference. If you are using StarOS 14.0 or a later release, refer to the AAA Interface Administration and Reference.

show subscribers access-flows

Table 2. show subscribers access-flows Command Output Descriptions
Field Description

Access-Tech

Indicates the session type for this subscriber. See

Type

Indicates the access flow type as one of the following:

- Static

- Dynamic

- Pre-provisioned

- Accounting

Direction

Indicates the flow direction as Forward/Uplink or Reverse/Downlink.

Link Status

Indicates the status of the flow as one of the following:

- Online/Active

- Dormant/idle

- Not Applicable

Flow State

Indicates the state of the flow as Active or Inactive.

Flow Mapping

Indicates the mapping of the flow as one of the following:

- Mapped

- Unmapped

- Not Applicable

Network Type

Indicates the session Network Type. See

MSID

Displays the subscriber's mobile station identification (MSID).

ID

Indicates the unique identification number for the flow.

SRID

Indicates the service flow identifier for this subscriber.

PDFID

Indicates the packet data flow identifier for this subscriber.

PROFID

Indicates the QoS profile identifier for this subscriber.

PACKETS

Indicates the total number of packets processed for this flow.

BYTES

Indicates the total number of bytes processed for this flow.

POLICY

Indicates the name of the subscriber QoS policy applicable for this subscriber.

show subscribers access-flows full

Table 3. show subscribers access-flows full Command Output Descriptions
Field Description

Username

Specifies the name of the subscriber.

callid

Displays the subscriber's call identification number (callid).

msid

Displays the subscriber's mobile station identification (MSID).

flow ID

Indicates the unique identification number for the flow.

Access Tech

Indicates the session type for this subscriber. See

Status

Indicates the status of the session as Active or Dormant/Idle.

Policy Name

Indicates the name of the QoS/subscriber policy.

Direction

Indicates the flow direction as Forward/Uplink or Reverse/Downlink.

State

Indicates the status of the flow as Active or Inactive.

Mapping Status

Indicates the mapping status of the flow as one of the following:

- Mapped

- Unmapped

- Not Applicable

Flow Type

Indicates the access flow type as one of the following:

- Accounting

- Static

- Dynamic

- Pre-provisioned

Hdr Comp

Indicates the status of header compression.

QoS Traffic Policing

Indicates the status of the QoS traffic policing as Enabled or Disabled.

Data Statistics

Displays the data statistics.

Packets

Displays the total number of packets.

Bytes

Displays the total number of bytes.

pkts dropped tp

Displays the number of packets dropped by the traffic policy.

pkts dropped access-ctrl

Displays the number of packets dropped by the access control.

Requested QoS

Displays the requested QoS.

Profile Ids

Displays the profile IDs for the requested QoS.

QOS Id

Displays the applicable QoS identifier.

Granted QoS

Displays the granted QoS.

Global-Service-Class-Name

Specifies the global service class name.

Service-Class-Name

Specifies the local service class name.

Schedule Type

Displays the schedule type configured for the requested QoS. This group contains relevant parameters like, minimum reserved traffic rate, maximum latency allowed, polling interval, traffic priority, sustained traffic rate, and maximum traffic burst.

Classifiers

Displays the service classifier parameters like type of traffic, priority, matching protocol, source-destination IP address and ports, DSCP marking etc. It also shows the configured permit criteria for flows.

Data Path(s)

Displays the available information of data path(s).

Peer Address

Indicates the IP address of the trusted peer ASN GWs for inter ASN GW handovers in this service.

BS ID

Indicates the Base station Id.

Tunnel Endpoint

Indicates the IP address of GRE tunnel endpoint.

Gre Key

Indicates the GRE key for this data tunnel.

Type

Type of GRE data tunnel. It may be R4 or R6.

State

Indicates the status of access flow. Possible states are:

- I: Initializing

- F: Flow Added

- A: Active

- P: Pending

RecdPkts

Indicates the total number of packets received.

SendPkts

Indicates the total number of packets sent.

Total access-flows matching specified criteria

Displays the total number of matching access-flows.

show subscribers access-flows wf1

Table 4. show subscribers access-flows wf1 Command Output Descriptions
Field Description

Access Tech

Indicates the session type for this subscriber. See

Policy Name

Indicates the name of the QoS/subscriber policy.

Type

Indicates the access flow type as one of the following:

- A: Accounting

- S: Static

- D: Dynamic

- P: Pre-provisioned

Direction

Indicates the flow direction as Forward/Uplink or Reverse/Downlink.

Link Status

Indicates the status of the link as one of the following:

- A: Online/Active

- D: Dormant

- . (period): Not Applicable

Flow Status

Indicates the status of the flow as Active or Inactive.

Flow Mapping

Indicates the mapping status of the flow as one of the following:

- M: Mapped

- U: Unmapped

- . (period): Not Applicable

Network Type

Indicates the network type. See

MSID

Displays the subscriber's mobile station identification (MSID) number.

ID

Indicates the unique identification number for the flow.

SRID

Indicates the service request identification number for the flow.

PROFID

Indicates the profile identification number used by the flow.

SO

Displays the service option for each flow.

PACKETS

Indicates the total number of packets.

BYTES

Indicates the total number of bytes.

POLICY

Indicates the policy name used for the flow.

HDR-COMP

Indicates the ROHC header compression feedback channel identification number carried by the link.

show subscribers all

Table 5. show subscribers all Command Output Descriptions
Field Description

vvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session.

- A: Attached

- C: Call (Unknown Type)

- N: Not Attached

- v: Voice Call

- . (period): Not Applicable

- V: Video Call

The fifth character represents the Link Status of the session. The possible idle states are:

- A: Online/Active

- D: Dormant/Idle

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

The sixth character represents the session Network Type. See

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP(*)

Displays the IP address assigned to the subscriber.

(*) indicates the multiple hosts supported behind a primary node with primary IP address. Note that this is applicable to ASN GW session only.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

(N) - NB-IoT

Display the NB-IoT RAT type

show subscribers apn <apn_name> rulename <rule_name>

Table 6. show subscribers apn <apn_name> rulename <rule_name> Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers apn <apn_name> without-dynamic-rule

Table 7. show subscribers apn <apn_name> without-dynamic-rule Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers apn <apn_name> without-override-control

Table 8. show subscribers apn <apn_name> without-override-control Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers asngw-only all

Table 9. show subscribers asngw-only all Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

The fifth character represents the Link Status of the session. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected)

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

The sixth character represents the session Network Type. See

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

Total subscribers matching specified criteria

The total number of subscribers using firewall.

show subscribers asngw-service

Table 10. show subscribers asngw-service Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

The fifth character represents the Link Status of the session. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected)

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

The sixth character represents the session Network Type. See

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

Total subscribers matching specified criteria

The total number of subscribers using firewall.

show subscribers callid <callid> adc readdress statistics

Table 11. show subscribers callid <callid> adc readdress statistics Command Output Descriptions
Field Description

Total Readdressed Flows

Total number of readdressed uplink and downlink flows.

Readdressed Upl Pkts

Total number of readdressed uplinked packets.

Readdressed Dnl Pkts

Total number of readdressed downlinked packets.

Total Readdressing Failures

Total number of packets with readdressing failures.

Non Syn Flow

Total number of readdressing packets with a non SYN flow failure.

Duplicate Key

Total number of readdressing packets with a duplicate key failure.

Dropped Pkts

Total number of packets discarded on readdressing failure.

show subscribers counters username

Table 12. show subscriber counters username Command Output Descriptions
Field Description

Username

Specifies the name of the subscriber.

Status

Indicates the status of the subscriber's session. The status can be Online or Offline and Active or Dormant.

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

Access Type

Indicates the session type for this subscriber. See

Network Type

Indicates the network service used for the subscriber session. See

callid

Displays the subscriber's call identification number (callid).

msid

Displays the subscriber's mobile station identification (MSID).

input pkts

Indicates the number of packets received.

output pkts

Indicates the number of packets transmitted.

input bytes

Indicates the number of bytes received.

output bytes

Indicates the number of bytes transmitted.

input bytes dropped

Indicates the number of bytes that were dropped while receiving data for this subscriber session.

output bytes dropped

Indicates the number of bytes that were dropped while transmitting data for this subscriber session.

input pkts dropped

Indicates the number of packets that were dropped while receiving data for this subscriber session.

output pkts dropped

Indicates the number of packets that were dropped while transmitting data for this subscriber session.

This field includes packets blocked by Access Control Lists (ACLs). Do not use this figure when computing the total number of output packets.

input pkts dropped due to zero mbr

Indicates the number of packets that were dropped while receiving data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

output pkts dropped due to zero mbr

Indicates the number of packets that were dropped while transmitting data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

pk rate from user(bps)

The peak data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(bps)

The peak data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(bps)

The average data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(bps)

The average data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(bps)

The mean data rate, in bits per second, obtained for data sent from the subscriber to the network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(bps)

The mean data rate, in bits per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

pk rate from user(pps)

The speed that packets are being received from the user in packets per second. The sampling period is 30 seconds.

pk rate to user(pps)

The speed that packets are being sent to the user in packets per second. The sampling period is 30 seconds.

ave rate from user(pps)

The average speed that packets are being received from the user in packets per second. The sampling period is 30 seconds.

ave rate to user(pps)

The average speed that packets are being sent to the user in packets per second. The sampling period is 30 seconds.

sust rate from user(pps)

The sustained speed that packets are being received from the user in packets per second. The sampling period is 30 seconds.

sust rate to user(pps)

The sustained speed that packets are being sent to the user in packets per second. The sampling period is 30 seconds.

link online/active percent

The percentage of time that the data link was online and active during the last sampling period. The sampling period is 30 seconds.

ipv4 bad hdr

Indicates the number of IPv4 packets received with bad headers.

ipv4 ttl exceeded

Indicates the number of IPv4 packets dropped because their time-to-live was exceeded for this subscriber session.

ipv4 fragments sent

Indicates the number of IPv4 packet fragments that were transmitted.

ipv4 could not fragment

Indicates the number of IPv4 packets that could not be fragmented.

ipv4 input acl drop

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

Note: This counter may increment even if no ACL is configured.

ipv4 output acl drop

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv4 source violations

Indicates the number of IPv4 source validation violations.

ipv4 source violation no accounting

The IPv4 source validation violations that were detected but not included in the statistics.

ipv6 egress filtered

Enable IPv6 egress address filtering feature.

dormancy total

Indicates the total amount of time in seconds that the subscriber session was dormant over the duration of the session.

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

handoff total

The total number of subscriber sessions handed off.

ipv4 icmp packets dropped

When hide service address is enabled and a service in the system is sent ping packets or a traceroute is executed, the packets pertaining to the service address are dropped. This counter shows the number of those packets that have been dropped.

Total subscribers matching specified criteria

Displays the number of subscribers currently accessing the system that matched the criteria that was specified during the execution of this command.

show subscribers cscf-only full

Displays per-subscriber information for active sessions.

Table 13. show subscribers cscf-only full Command Output Descriptions
Field Description

AoR

The address of record of the CSCF subscriber.

callid

The call ID of the active subscriber session.

Contact

The subscriber's contact information provided during registration.

Custom Features

If applicable, the custom feature tag set for the CSCF subscriber.

Card/CPU

The slot and CPU number of the Processing Card through which the session is being processed.

Sessmgr Instance

The session manager instance the active subscriber session is using.

Active TCP Connections

(P-CSCF only) The total number of open TCP connections with subscribers.

Transport of Last Received Msg

The transport method used for the last received message. Possible transport methods used are TCP or UDP.

Last Registration Timestamp

Last registration received for the subscriber, displayed in Universal Time Coordinated (UTC).

Registration expires after

The remaining duration of the subscriber registration.

State

The current state of the session.

Subscriber type

The subscriber type (home or visitor).

CSCF Service

The CSCF service the session is using.

CSCF Role

The role of the CSCF service.

Collapsed with access service

The access service with which the CSCF service is collapsed.

Access service callid

The call ID number of the access gateway integrated with the SCM.

AAA context

The AAA service to which the subscriber belongs.

AAA domain

The AAA domain to which the subscriber belongs.

AAA RADIUS group

The AAA RADIUS group to which the subscriber belongs.

RADIUS Auth Server IP

The RADIUS authentication server's IP address.

RADIUS Acct Server IP

The RADIUS accounting server's IP address.

Note: When the RADIUS Accounting Mediation Device is configured, this field will NOT display the RADIUS accounting mediation server's IP address.

DIAMETER Policy Server

The IP address of the Diameter policy server.

DIAMETER Policy Session-Id

The ID of Diameter Policy External Control Application (DPECA) session created by P-CSCF for every subscriber to subscribe to registration path signaling with PCRF.

If the diameter subscription fails at PCRF, diameter Policy session ID will be displayed as N/A.

Note: This field is applicable only for P-CSCF.

DIAMETER Policy Subscription

The status of DPECA subscription.

Note: This field is applicable only for P-CSCF.

DIAMETER Acct Server

The IP address of the Diameter accounting server.

Charging Function Address

The IP address of the charging function server.

PCSCF Path

The node path to the registrar. A "Path" field is only used for REGISTER messages and 200OK responses to REGISTER messages. This field contains either IP-address:port or fully-qualified-domain-name:port.

SCSCF Service Route

The path to the service proxy as returned by the registrar upon successful registration. This field contains either IP-address:port or fully-qualified-domain-name:port.

Current CSCF sessions

The number of CSCF sessions the subscriber currently has running.

Registration Set

All public URIs registered by the subscriber. It includes a public URI that the user explicitly registers as well as associated URIs that get implicitly registered for the user by the S-CSCF node. In addition, call features that a public URI is subscribed to are also shown below each URI.

AoR

The address of record of the CSCF subscriber.

Display Name

The display name for the CSCF subscriber.

Unsupported VoLTE

Displays TRUE or FALSE, as per information obtained through Unsupported-VoLTE AVP in SAA from HSS.

Loose Route

The loose route information for the CSCF subscriber.

Alias GroupId

Populated if alias indication feature is enabled on S-CSCF. HSS reports alias group ID.

Total PubUids

The total number of implicit registered users for the CSCF subscriber.

Shared IFC

Populated if Shared Initial Filter Criteria (SiFC) functionality is enabled on the CSCF.

Call Features

Subscriber profile shows whether a subscriber has enabled local call features. Possible values are:
  • Disabled - Subscriber has disabled local call features; no associated local call features are displayed.

  • Enabled - Subscriber has enabled local call features; associated local call features are displayed.

CID VSC OverRide

Indicates whether Caller ID Display Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CID

Indicates whether Caller ID Display has been enabled (1) or disabled (0) by this subscriber.

CIDB VSC OverRide

Indicates whether Caller ID Display Blocked Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CIDB

Indicates whether Caller ID Display Blocked has been enabled (1) or disabled (0) by this subscriber.

CW VSC OverRide

Indicates whether Call Waiting Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CW

Indicates whether Call Waiting has been enabled (1) or disabled (0) by this subscriber.

CT VSC OverRide

Indicates whether Call Transfer Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CT

Indicates whether Call Transfer has been enabled (1) or disabled (0) by this subscriber.

CFU VSC OverRide

Indicates whether Call Forward Unconditional Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CFU

Indicates whether or not Call Forward Unconditional is enabled for the subscriber's session. If not, None will be displayed.

CFNA VSC OverRide

Indicates whether Call Forward No Answer Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CFNA

Indicates whether or not Call Forward No Answer is enabled for the subscriber's session. If not, None will be displayed.

CFBL VSC OverRide

Indicates whether Call Forward Busy Line Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CFBL

Indicates whether or not Call Forward Busy Line is enabled for the subscriber's session. If not, None will be displayed.

CFNR VSC OverRide

Indicates whether Call Forward Not Registered Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

CFNR

Indicates whether or not Call Forward Not Registered is enabled for the subscriber's session. If not, None will be displayed.

FollowMe VSC OverRide

Indicates whether Follow Me/Find Me Vertical Service Code Over Ride has been enabled (1) or disabled (0) by this subscriber.

FollowMe

Indicates whether or not Follow Me/Find Me is enabled for the subscriber's session. If not, None will be displayed.

Current CSCF Subscriptions

Subscription id

The subscription ID.

Call-ID

The call identification number that uniquely identifies the subscriber.

Subscription Type

The subscription type.

Resource

The resource information.

Event Package

The associated event package. Possible event package types are: message-summary, presence, reg, and winfo.

Subscriber counters

Call Attempts Tx

The total number of call attempts made by the subscriber for this session.

Call Attempts Rx

The total number of call attempts received by the subscriber for this session.

Call Successes Tx

The total number of calls successfully made by the subscriber for this session.

Call Successes Rx

The total number of successful calls received by the subscriber for this session.

Call Failures Tx

The total number of failed calls made by the subscriber for this session.

Call Failures Rx

The total number of call failures received by the subscriber for this session.

Call Release Attempts Tx

The total number of call release attempts made by the subscriber for this session.

Call Release Attempts Rx

The total number of call release attempts received by the subscriber for this session.

Call Release Successes Tx

The total number of call releases successfully made by the subscriber for this session.

Call Release Successes Rx

The total number of successful call releases received by the subscriber for this session.

Call Release Failures Tx

The total number of failed call releases made by the subscriber for this session.

Call Release Failures Rx

The total number of call release failures received by the subscriber for this session.

Subscription Attempts Tx

The total number of subscription attempts made by the subscriber for this session.

Subscription Attempts Rx

The total number of subscription attempts received by the subscriber for this session.

Subscription Successes Tx

The total number of subscriptions successfully made by the subscriber for this session.

Subscription Successes Rx

The total number of successful subscriptions received by the subscriber for this session.

Subscription Failures Tx

The total number of failed subscriptions made by the subscriber for this session.

Subscription Failures Rx

The total number of subscription failures received by the subscriber for this session.

Publish Attempts Tx

The total number of publish attempts made by the subscriber for this session.

Publish Attempts Rx

The total number of publish attempts received by the subscriber for this session.

Publish Successes Tx

The total number of publishes successfully made by the subscriber for this session.

Publish Successes Rx

The total number of successful publishes received by the subscriber for this session.

Publish Failures Tx

The total number of failed publishes made by the subscriber for this session.

Publish Failures Rx

The total number of publish failures received by the subscriber for this session.

Notification Attempts Tx

The total number of notification attempts made by the subscriber for this session.

Notification Attempts Rx

The total number of notification attempts received by the subscriber for this session.

Notification Successes Tx

The total number of notifications successfully made by the subscriber for this session.

Notification Successes Rx

The total number of successful notifications received by the subscriber for this session.

Notification Failures Tx

The total number of failed notifications made by the subscriber for this session.

Notification Failures Rx

The total number of notification failures received by the subscriber for this session.

Message Attempts Tx

The total number of message attempts made by the subscriber for this session.

Message Attempts Rx

The total number of message attempts received by the subscriber for this session.

Message Successes Tx

The total number of messages successfully made by the subscriber for this session.

Message Successes Rx

The total number of successful messages received by the subscriber for this session.

Message Failures Tx

The total number of failed messages made by the subscriber for this session.

Message Failures Rx

The total number of message failures received by the subscriber for this session.

Response 403 Tx

The total number of Response 403 transmitted.

Response 403 Rx

The total number of Response 403 received.

Response 408 Tx

The total number of Response 408 transmitted.

Response 408 Rx

The total number of Response 408 received.

Response 480 Tx

The total number of Response 480 transmitted.

Response 480 Rx

The total number of Response 480 received.

Response 481 Tx

The total number of Response 481 transmitted.

Response 481 Rx

The total number of Response 481 received.

Response 487 Tx

The total number of Response 487 transmitted.

Response 487 Rx

The total number of Response 487 received.

Response 488 Tx

The total number of Response 488 transmitted.

Response 488 Rx

The total number of Response 488 received.

Response 500 Tx

The total number of Response 500 transmitted.

Response 500 Rx

The total number of Response 500 received.

PDF Call Rejects

The total number of times the subscriber initiated a call through the P-CSCF but the policy decision function (PDF) rejected it.

Local Call Rejects

The total number of local call rejects (by the P-CSCF) for this subscriber.

Emergency Calls

The total number of emergency calls made by this subscriber during this session.

Operator-assistance Calls

The total number of operator-assisted calls made by this subscriber during this session.

Tollfree Calls

The total number of toll-free calls made by this subscriber during this session.

Directory-assistance Calls

The total number of directory assisted calls made by this subscriber during this session.

Premium Calls

The total number of premium service calls made by this subscriber during this session.

International Calls

The total number of international calls made by this subscriber during this session.

LongDistance Calls

The total number of long distance calls made by this subscriber during this session.

Session Timer Expires

The total number of session timer expirations occurring during this session.

show subscribers enodeb-address

Table 14. show subscribers enodeb-address Command Output Descriptions
Field Description

vvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible network types are:

A - Attached

N - Not Attached

. (period) - Not Applicable

The fifth character represents the Link Status of the session. The possible idle states are:

A - Online/Active

D - Dormant/Idle

The sixth character represents the session Network Type. See

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP

Displays the IP address assigned to the subscriber.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers firewall required

Table 15. show subscribers firewall required Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible network types are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

The fifth character represents the Link Status of the session. The possible idle states are:

- A: Online/Active

- D: Dormant/Idle

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

The sixth character represents the session Network Type. See

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP

Displays the IP address assigned to the subscriber.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

Total subscribers matching specified criteria

Total number of subscribers with firewall enabled.

show subscribers full all

Table 16. show subscribers full all Command Output Descriptions
Field Description

Username

The subscriber name.

Status

Indicates the session status.

Access Type

Indicates the session type for this subscriber. See Common Attributes in this chapter.

Network Type

Indicates the network service used for the subscriber session. See Common Attributes in this chapter.

Access Tech

Indicates the accessing technology. See Common Attributes in this chapter.

callid

The subscriber's call identification number (callid).

msid

The subscriber's mobile station identification (MSID).

WLAN UE Identifier

The UE identifier — MAC address in ASCII format (upper case only), with octet values separated by hyphens.

WLAN AP Identifier

The UE's access point identifier — Location Area Code Cell Identity (LAC_CI) that is, Location Area Code (LAC) and Cell Id (CI) separated by an underscore.

EAP-TYPE

The Extensible Authentication Protocol type.

Card/Cpu

The card and CPU ID.

Sessmgr Instance

The session manager instances.

state

The session state. The possible values are:

- Connected

- Connecting

- Disconnecting

- Unknown

PCF address

IP address of the PCF.

Peer address

IP address of peer system in network.

BS/PA address

Indicates the IP address of base station or paging agent.

idle time

The time period that the subscriber session has been idle, either in an active or dormant state.

idle time left

The idle time period left before timeout.

session time left

The session time left for the subscriber.

long duration time left

Indicates how much time is left for the maximum duration of a specified subscriber session.

long duration action

The setting for the action to take when the long duration timer expires. The possible values are:
  • Detection - Detect and send SNMP trap and CORBA notification only.

  • Disconnection - Disconnect the session and send SNMP trap and CORBA notification.

context-retention timer running

Indicates whether context-retention timer is running.

context-retention time left

Indicates time remaining.

always on

Session Update message was sent to the PCF to notify the PCF that the subscriber has the Always On feature enabled.

ip address

Indicates the primary IP address of the subscriber interface in the session. In WiMAX session this is the primary IP address of WiMAX CPE, if multiple host support enabled.

ue mac

The UE's MAC.

Default Gateway

The default gateway IP address.

Multiple Hosts

Specifies the multiple IP host support enabled or disabled for a WiMAX session. It also indicates the connected hosts behind a WiMAX CPE and their allocated IP address with secondary IP pool name.

home-agent

The name of the HA for this subscriber.

fa-service-name

The name of the FA service for this subscriber.

ip pool name

The IP address pool or group to use for subscriber IP address allocation.

local ip addr

The local IP address of the interface in the session.

source context

The name of a configured source context from which the subscriber initiates a session.

destination context

The name of a configured destination context through which the subscriber is provided access to the packet data network.

ip header compression

The header compression method being used.

ROHC cid-mode (local/remote)

Robust Header Compression mode for the bidirectional channel: [ small | large | na ].

ROHC max-cid (local/remote)

For Robust Header Compression, indicates the maximum value of a context identifier.

ROHC mrru (local/remote)

For Robust Header Compression, indicates the maximum reconstructed reception unit.

ROHC max-hdr (local/remote)

For Robust Header Compression, the largest header size in octets that may be compressed.

ROHC profile

Robust Header Compression profile ID as per RFC3095 for the bidirectional channel.

AAA context

The context in which the AAA service is configured.

AAA domain

The domain in which the AAA service is configured.

AAA start count

The number of accounting start messages sent to the accounting server for the subscriber session.

AAA stop count

The number of accounting stop messages sent to the accounting server for the subscriber session.

AAA interim count

The number of accounting interim messages sent to the accounting server for the subscriber session.

Acct-session-id

Identifies a subscriber session or PDP context and sends the information to RADIUS server.

In Release 14.0 and later, this field will be displayed in both 3GPP and CDMA formats.

Mediation-acct-session-id

Identifies a subscriber session or PDP context and sends the information to mediation server.

This field will be displayed in both 3GPP and CDMA formats.

AAA RADIUS group

The AAA RADIUS server group assigned to specific subscriber for AAA functionality.

AAA RADIUS Secondary group

If the secondary Accounting group is configured in the Subscriber configuration, this field displays the corresponding group name. Otherwise, it displays n/a.

RADIUS Auth Server IP

The RADIUS authentication server's IP address.

RADIUS Acct Server IP

The RADIUS accounting server's IP address.

When the RADIUS Accounting Mediation Device is configured, this field will not display the RADIUS accounting mediation server's IP address.

NAS IP Address

The Network Access Server's (NAS) IP address.

Nexthop IP Address

The IP address of configured next-hop-forwarding-address in RADIUS attribute, subscriber configuration, or IP pool configuration.

GTPP Group

Displays all the configured GTPP server groups associated with this APN.

Note: This field only appears if the Accounting Mode is GTPP.

Acct Context

Specifies the name of all configured GTPP accounting contexts associated with this APN.

Note: This field only appears if the Accounting Mode is GTPP.

Authentication Mode

The authentication mode. Possible modes are:

- None

- User (Single EAP)

- Device (Single EAP)

- Device-User (Double EAP)

- Device-User (Single EAP)

Authentication Type

The authentication type.

EAP-Type

The type of EAP authentication. Possible types are:

- EAP-Pre-shared Key (EAP-PSK)

- EAP-Transport Layer Security (EAP-TLS)

- EAP-Tunneled Transport Layer Security (EAP-TTLS)

- EAP-Authentication and Key Agreement (EAP-AKA)

Client Type

The type of client, which can be Regular or Data.

Identifies whether the client is a regular client, which includes voice, or a data client, which is data only.

active input acl

The active Access Control List (ACL) for input.

active output acl

The active Access Control List (ACL) for output.

active input ipv6 acl

The active IPv6 Access Control List (ACL) for input.

active output ipv6 acl

The active IPv6 Access Control List (ACL) for output.

ECS Rulebase

The rulebase applicable for this subscriber when Enhanced Charging Service/Active Charging Service is enabled.

CBB-Policy

The CBB policy associated with the subscriber.

Bandwidth-Policy

The bandwidth policy associated with the subscriber.

Firewall-and-NAT Policy

Displays the Firewall-and-NAT policy name.

Firewall Policy IPv4

Indicates whether IPv4 firewall is enabled for the subscriber.

Firewall Policy IPv6

Indicates whether IPv6 firewall is enabled for the subscriber.

NAT Policy NAT44

Indicates whether NAT44 is enabled or disabled for the subscriber.

NAT Policy NAT64

Indicates whether NAT64 is enabled or disabled for the subscriber.

NAT Policy

Indicates whether NAT is enabled for the subscriber.

NAT Realm

The NAT realms associated with the subscriber.

Note: In 15.0 and later releases, the NAT Realm field will be displayed only when IP is assigned, and removed again when IP is released.

NAT IP address

The NAT IP address allocated from the NAT realm.

(on-demand/not-on-demand)

If the NAT realm type is "on-demand" (where NAT IP allocation happens when the very first packet is received from the subscriber for that realm) it is indicated.

(<pool_name>)

If a NAT IP pool group is used, it indicates the NAT pool from which the IP is allocated.

Nat port chunks allocated[start - end]

The NAT port range allocated to the subscriber.

CF Policy ID

The Category-based Content Filtering Policy ID associated with the subscriber.

TPO Policy

Note: The Traffic Performance Optimization (TPO) in-line service is not supported in this release.

active input plcy grp

The active input policy group for traffic flow.

active output plcy grp

The active output policy group for traffic flow.

MIPFA Sessions

The status of Mobile IP FA sessions.

Layer 3 tunneling

Indicates if Layer 3 tunneling is enabled.

dhcp-service name

The DHCP service name.

dhcp-server address

The DHCP server address.

prepaid status

Indicates if prepaid status is on or off.

external inline srvr processing

Indicates if external inline server processing is on or off.

Proxy DNS Intercept List

The proxy DNS intercept list used for the subscriber.

access-link ip-frag

Configures IP fragmentation processing over the Access-link.

ignore DF-bit data-tunnel

Indicates if whether during Mobile IP tunneling, the DF bit is not ignored and packets are not fragmented.

MIP grat-ARP mode

Indicates if gratuitous ARPs are sent out for an HA session upon handoff and renewal requests.

Downlink traffic-policing

Indicates if traffic policing is enabled for the downlink direction.

Uplink traffic-policing

Indicates if traffic policing is enabled for the uplink direction.

Downlink traffic-shaping

Indicates if traffic shaping is enabled for downlink direction.

Uplink traffic-shaping

Indicates if traffic shaping is enabled for uplink direction.

Radius Accounting Mode

Indicates if the RADIUS accounting mode is either session-based or access-flow-based.

cscf-service name

The CSCF service name.

cscf registration AoR

The CSCF registered AoR.

apn

The Access Point Name associated with the subscriber.

nsapi

The subscriber's Network Service Access Point Identifier (NSAPI).

imsi

The subscriber's International mobile Subscriber Identity.

MSISDN

The Mobile Station International ISDN Number (MSISDN) of the subscriber node.

remote-ip-addr

The assigned remote IP address.

imei(sv)

The UE's MAC address with FFFE appended at the end.

uli

Displays the access point's identity.

mcc

The Mobile Country Code.

mnc

The Mobile Network Code.

lac

The Location Area Code, which identifies a location area.

ci

The Cell ID, which identifies a cell within a location area.

input pkts

Indicates the number of packets received.

output pkts

Indicates the number of packets transmitted.

input bytes

Indicates the number of bytes received.

output bytes

Indicates the number of bytes transmitted.

input bytes dropped

Indicates the number of bytes that were dropped while receiving data for this subscriber session.

output bytes dropped

Indicates the number of bytes that were dropped while transmitting data for this subscriber session.

input pkts dropped

Indicates the number of packets that were dropped while receiving data for this subscriber session.

output pkts dropped

Indicates the number of packets that were dropped while transmitting data for this subscriber session.

This field includes packets blocked by Access Control Lists (ACLs). Do not use this figure when computing the total number of output packets.

input pkts dropped due to zero mbr

Indicates the number of packets that were dropped while receiving data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

output pkts dropped due to zero mbr

Indicates the number of packets that were dropped while transmitting data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

pk rate from user(bps)

The peak data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(bps)

The peak data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(bps)

The average data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(bps)

The average data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(bps)

The mean data rate, in bits per second, obtained for data sent from the subscriber to the network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(bps)

The mean data rate, in bits per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

pk rate from user(pps)

The peak data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(pps)

The peak data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(pps)

The average data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(pps)

The average data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(pps)

The mean data rate, in packets per second, obtained for data sent from the subscriber tot he network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(pps)

The mean data rate, in packets per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

link online/active percent

The percentage of time that the data link was online and active during the last sampling period.

ipv4 bad hdr

Indicates the number of IPv4 packets received with bad headers.

ipv4 ttl exceeded

Indicates the number of IPv4 packets dropped because their time-to-live was exceeded for this subscriber session.

ipv4 fragments sent

Indicates the number of IPv4 packet fragments that were transmitted.

ipv4 could not fragment

Indicates the number of IPv4 packets that could not be fragmented.

ipv4 input acl drop

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

This counter may increment even if no ACL is configured.

ipv4 output acl drop

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv4 input css down drop

Indicates the number of input packets dropped because the CSS service is yet not up or the service went down.

ipv4 output css down drop

Indicates the number of output packets dropped because the CSS service is yet not up or the service went down.

ipv4 output xoff pkts drop

Indicates the number of packets dropped because of flow control.

ipv4 output xoff bytes drop

Indicates the number of bytes dropped because of flow control.

input pkts dropped (0 mbr)

The total number of input packets dropped when a 0 MBR is received in a UPC (Update PDP Context Request) indicating that the UE is out of radio coverage.

output pkts dropped (0 mbr)

The total number of output packets dropped when a 0 MBR is received in a UPC (Update PDP Context Request) indicating that the UE is out of radio coverage.

output pkts dropped lorc

The total number of packets dropped due to a UE loss of radio coverage condition.

This counter is applicable when GGSN is enabled for overcharging protection for subscriber due to loss of radio coverage and SGSN notifies Update PDP Contexts for QOS change with GTP-C extension for LORC.

ipv4 source violations

Indicates the number of IPv4 source validation violations.

ipv4 proxy-dns redirect

The number of foreign DNS request packets intercepted and redirected to the home DNS for the subscriber.

ipv4 proxy-dns pass-thru

The number of foreign DNS request packets allowed through the intercept filter for the subscriber.

ipv4 proxy-dns drop

The number of foreign DNS request packets not matching either redirect or pass-thru rules for the subscriber.

ip source violations no acct

The IP source validation violations that were detected but not included in the statistics.

ip source violations ignored

The IP source validation violations that were detected but then ignored.

ipv4 output no-flow drop

The number of IP packets not matching traffic classifier and dropped for the subscriber.

dormancy total

Indicates the total amount of time in seconds that the subscriber session was dormant over the duration of the session.

handoff total

The total number of subscriber sessions handed off.

ipv4 icmp packets dropped

When hide service address is enabled and a service in the system is sent ping packets or a traceroute is executed, the packets pertaining to the service address are dropped. This counter shows the number of those packets that have been dropped.

Access-flows

The total number of matching access-flows.

For flow-based service subscribers it provides information on access flow id, packet data flow id, service data flow id, type of access flow, QoS policy name, and direction of flow.

CAE Server Address

The IPv4 address of the CAE serving the subscriber.

Total subscribers matching specified criteria

The total number of subscribers matching the specified criteria.

show subscribers full username

Table 17. show subscribers full username Command Output Descriptions
Field Description

Username

Specifies the name of the subscriber.

Status

Indicates the status of the subscriber's session. The status can be Online/Active or Offline/Dormant/Idle.

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

Access Type

Indicates the session type for this subscriber. See

Network Type

Indicates the network service used for the subscriber session. See

Access Tech

Indicates Accessing Technology. See

BSID

Displays the ASN base station identifier (MAC address).

callid

Displays the subscriber's call identification number (callid).

msid

Displays the subscriber's mobile station identification (MSID).

3GPP2 Carrier ID

Unique identifier for the carrier.

3GPP2 ESN

Electronic Serial Number of the mobile handset.

Card/Cpu

Indicates the ID of Card and CPU.

Sessmgr Instances

Displays the session manager instances.

state

Indicates the status of session. The possible status are:

- Connected

- Connecting

- Disconnecting

- Unknown

PCF address

Specifies the IP address of PCF in decimal notation.

connect time

Displays the time of connection starts.

call duration

Specifies total duration of call session in hh:mm:ss format

idle time

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

idle time left

Shows the amount of idle time left before timeout.

session time left

How much session time is left for the specified subscriber.

long duration time left

Shows how much time is left for the maximum duration of a specified subscriber session.

long duration action

Shows the setting for the action to take when the long duration timer expires.

The possible values for this are:
  • Detection - Detect and send SNMP trap and CORBA notification only.

  • Disconnection - Disconnect the session and send SNMP trap and CORBA notification.

always on

Session Update message was sent to the PCF to notify the PCF that the subscriber has the Always On feature enabled.

ip address

The IP address of the interface in the session.

Primary DNS Address

The primary DNS address of the interface in the session.

Secondary DNS Address

The secondary DNS address of the interface in the session.

home-agent

The IP address of the mobile IP user's home agent.

pdsn-service name

The PDSN service that is running this session and the context name of the PDSN-service with the service-name.

fa-service name context

The FA service that is running this session and the context name of the FA-service with the service-name for a MIP call.

ggsn-service name

The GGSN service that is running this session and the context name of the GGSN-service with the service-name.

source context

Specifies the name of a configured source context from which the subscriber initiates a session.

destination context

Specifies the name of a configured destination context through which the subscriber is provided access to the packet data network.

ip header compression: (loc to rem) vj, (rem to loc) vj

This specifies what header compression method is being used.

ROHC max-cid (local/remote)

For Robust Header Compression, indicates the maximum value of a context identifier.

ROHC mrru (local/remote)

For Robust Header Compression, indicates the maximum reconstructed reception unit.

ROHC max-hdr (local/remote)

For Robust Header Compression, the largest header size in octets that may be compressed.

AAA context

The context in which the AAA service is configured.

AAA domain

The domain in which the AAA service is configured.

AAA start count

The number of accounting start messages sent to the accounting server for the subscriber session.

AAA stop count

The number of accounting stop messages sent to the accounting server for the subscriber session.

AAA interim count

The number of accounting interim messages sent to the accounting server for the subscriber session.

Acct-session-id

Identifies a subscriber session or PDP context.

AAA RADIUS group

Indicates the group of AAA RADIUS server assigned to specific subscriber for AAA functionality.

RADIUS Auth Server IP

The RADIUS authentication server's IP address.

RADIUS Acct Server IP

The RADIUS accounting server's IP address.

When the RADIUS Accounting Mediation Device is configured, this field will NOT display the RADIUS accounting mediation server's IP address.

NAS IP Address

IP address of Network Access Server (NAS).

Nexthop IP Address

IP address of configured next-hop-forwarding-address in RADIUS attribute, subscriber configuration, or IP pool configuration.

Authentication Mode

The authentication mode. Possible modes are:

- None

- User (Single EAP)

- Device (Single EAP)

- Device-User (Double EAP)

- Device-User (Single EAP)

Authentication Type

The authentication type.

EAP-Type

The type of EAP authentication. Possible types are:

- EAP-Pre-shared Key (EAP-PSK)

EAP-Transport Layer Security (EAP-TLS)

EAP-Tunneled Transport Layer Security (EAP-TTLS)

EAP-Authentication and Key Agreement (EAP-AKA)

Client Type

The type of client, which can be Regular or Data.

Identifies whether the client is a regular client, which includes voice, or a data client, which is data only.

active input acl

Specifies active Access Control List (ACL) for input.

active output acl

Specifies active Access Control List (ACL) for output.

ECS Rulebase

Specifies applicable Rulebase for this subscriber when ECS is enabled.

active input plcy grp

Specifies active input policy group for traffic flow.

active output plcy grp

Specifies active output policy group for traffic flow.

MIPHA Session

Care-of-Address

The IP address of the device terminating the tunnel to the mobile node. The address may belong to either a Foreign Agent that is facilitating the subscriber's Mobile IP session or another device that the mobile node is associated (co-located) with.

Home-Address

The IP address assigned to the subscriber's mobile node for the duration of the session.

HA-Address

The IP address of the Home Agent that is facilitating the subscriber's Mobile IP session.

Lifetime

The accepted lifetime interval for this session.

Remaining Life

The amount of time that remains after which the session expires and is torn down.

Reverse Tunneling On

Displays whether or not reverse tunneling is enabled for the subscriber's session.

Encapsulation Type

The encapsulation method used for the subscriber's session.

GRE Key

The key that uniquely identifies the subscriber session when the Generic Routing Encapsulation (GRE) protocol Encapsulation Type.

IPSec Required

Indicates whether or not IPSec is required for the subscriber Mobile IP session.

IPSec Ctrl Tunnel Estab.

If IPSec is required for the session, this field indicates whether or not the control tunnel has been established.

IPSec Data Tunnel Estab.

If IPSec is required for the session, this field indicates whether or not the data tunnel has been established.

Revocation Negotiated

Indicates whether or not MIP Registration Revocation was negotiated between the FA and the HA for this subscriber session. Possible values are: No or yes.

Revocation I bit Negotiated

Indicates whether or not the Revocation I bit was negotiated. Possible values are: No or Yes.

Collocated COA

Indicates whether or not the subscribers that registered a MIP collocated COA directly with the HA. Options are No or Yes.

NAT Detected

Indicates whether or not network address translation (NAT) is detected.Options are No or Yes.

MN-HA-Key-Present

The security parameter index (SPI) key is used to verify a trusted host environment and that communications are to be established between known hosts.

Checks for presence of mobile node (MN) - home agent (HA) key. Options are True or False.

MN-HA-SPI

Mobile node (MN) - home agent (HA) security parameter index (SPI).

FA-HA-Key-Present

The SPI key is used to verify a trusted host environment and that communications are to be established between known hosts.

Checks for presence of the FA - HA key. Options are True or False.

FA-HA-SPI

FA - HA security parameter index (SPI).

MN-FA-Key-Present

The SPI key is used to verify a trusted host environment and that communications are to be established between known hosts.

Checks for presence of the MN - FA key. Options are True or False.

MN-FA-SPI

MN - FA security parameter index (SPI).

Layer 3 tunneling

Indicates if Layer 3 tunneling is enabled.

prepaid status

Indicates if prepaid status is on or off.

external inline srvr processing

Indicates if external inline server processing is on or off.

IPv6 Egress address filtering

Enable IPv6 egress address filtering feature.

IPv6 DNS Proxy

Enables/Disables the domain name server proxy for the current session.

Proxy DNS Intercept List

Identifies the proxy DNS intercept list used for the subscriber.

access-link ip-frag

Configures IP fragmentation processing over the Access-link.

ignore DF-bit data tunnel

Use this command to configure a user so that during Mobile IP tunneling the DF bit is not ignored and packets are not fragmented.

MIP grat-ARP mode

Indicates if gratuitous ARPs are sent out for an HA session upon handoff and renewal requests.

Downlink traffic-policing

Shows if traffic policing is enabled for the downlink direction.

Uplink traffic-policing

Shows if traffic policing is enabled for the uplink direction.

input pkts

Indicates the number of packets received.

output pkts

Indicates the number of packets transmitted.

input bytes

Indicates the number of bytes received.

output bytes

Indicates the number of bytes transmitted.

input bytes dropped

Indicates the number of bytes that were dropped while receiving data for this subscriber session.

output bytes dropped

Indicates the number of bytes that were dropped while transmitting data for this subscriber session.

input pkts dropped

Indicates the number of packets that were dropped while receiving data for this subscriber session.

output pkts dropped

Indicates the number of packets that were dropped while transmitting data for this subscriber session.

This field includes packets blocked by Access Control Lists (ACLs). Do not use this figure when computing the total number of output packets.

input pkts dropped due to zero mbr

Indicates the number of packets that were dropped while receiving data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

output pkts dropped due to zero mbr

Indicates the number of packets that were dropped while transmitting data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

pk rate from user(bps)

The peak data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(bps)

The peak data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(bps)

The average data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(bps)

The average data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(bps)

The mean data rate, in bits per second, obtained for data sent from the subscriber to the network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(bps)

The mean data rate, in bits per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

pk rate from user(pps)

The peak data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(pps)

The peak data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(pps)

The average data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(pps)

The average data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(pps)

The mean data rate, in packets per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

link online/active percent

The percentage of time that the data link was online and active during the last sampling period. The sampling period is 30 seconds.

ipv4 bad hdr

Indicates the number of IPv4 packets received with bad headers.

ipv4 ttl exceeded

Indicates the number of IPv4 packets dropped because their time-to-live was exceeded for this subscriber session.

ipv4 fragments sent

Indicates the number of IPv4 packet fragments that were transmitted.

ipv4 could not fragment

Indicates the number of IPv4 packets that could not be fragmented.

ipv4 input acl drop

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

Note: This counter may increment even if no ACL is configured.

ipv4 output acl drop

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv4 input css down drop

Indicates the number of input packets dropped because the CSS service is yet not up or the service went down.

ipv4 output css down drop

Indicates the number of output packets dropped because the CSS service is yet not up or the service went down.

ipv4 output xoff pkts drop

Indicates the number of packets dropped because of flow control.

ipv4 output xoff bytes drop

Indicates the number of bytes dropped because of flow control.

ip source violations

Indicates the number of IPv4 source validation violations.

ipv6 egress filtered

Enable IPv6 egress address filtering feature.

ipv4 proxy-dns redirect

The number of foreign DNS request packets intercepted and redirected to the home DNS for the subscriber.

ipv4 proxy-dns pass-thru

The number of foreign DNS request packets allowed through the intercept filter for the subscriber.

ipv4 proxy-dns drop

The number of foreign DNS request packets not matching either redirect or pass-thru rules for the subscriber.

ip source violations no accounting

The IP source validation violations that were detected but not included in the statistics.

ip source violations ignored

The IP source validation violations that were detected but then ignored.

dormancy total

Indicates the total amount of time in seconds that the subscriber session was dormant over the duration of the session.

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

handoff total

The total number of subscriber sessions handed off.

ipv4 icmp packets dropped

When hide service address is enabled and a service in the system is sent ping packets or a traceroute is executed, the packets pertaining to the service address are dropped. This counter shows the number of those packets that have been dropped.

Access-flows

The total number of matching access-flows.

show subscribers ggsn-only

Table 18. show subscribers ggsn-only Command Output Descriptions
Field Description

Total Subscribers

Total number of subscribers registered on system for GGSN service session.

TotalPDP contexts

Total number of PDP contexts registered on the system for GGSN service session.

Total MBMS-UE contexts

Total number of MBMS-UE contexts registered on the system for GGSN service session.

pdp-type-ipv4

Total number of PDP contexts of IPv4 type registered on the system for GGSN service session.

pdp-type-ppp

Total number of PDP contexts of PPP type registered on the system for GGSN service session.

pdp-type-ipv6

Total number of PDP contexts of IPv6 type registered on the system for GGSN service session.

mbms-ue-type-ipv4

Total number of MBMS-UE contexts of IPv4 type registered on the system for GGSN service session.

ip-type-static

Total number of MS, having static IP allocation, registered with GGSN service session on this system.

ip-type-local-pool

Total number of MS, having IP allocation from local IP pool, are registered with GGSN service session on this system.

ip-type-aaa-ip

Total number of MS, having IP allocation from AAA server, are registered with GGSN service session on this system.

ip-type-dhcp-proxy

Total number of MS, having IP allocation through DHCP-proxy, are registered with GGSN service session on this system.

ip-type-dhcp-relay

Total number of MS, having IP allocation through DHCP-relay, are registered with GGSN service session on this system.

ip-type-unknown

Total number of MS, having IP allocation through unknown method, are registered with GGSN service session on this system.

ip-type-no-alloc

Total number of MS, having no IP allocation, are registered with GGSN service session on this system. Generally IP allocation for a Multicast session of this type.

ip-type-static-nrpca

Total number of MS, having static IP allocation through network requested PDP context activation, are registered with GGSN service session on this system.

in bytes dropped

Total number of bytes dropped in downlink (from PDN) direction for GGSN service session on the system.

out bytes dropped

Total number of bytes dropped in uplink (to PDN) direction for GGSN service session on the system.

in packet dropped

Total number of packets dropped in downlink (from PDN) direction for GGSN service session on the system.

out packet dropped

Total number of packets dropped in uplink (to PDN) direction for GGSN service session on the system.

in packet dropped due to zero mbr

Indicates the number of packets that were dropped while receiving data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

out packet dropped due to zero mbr

Indicates the number of packets that were dropped while transmitting data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

out packet dropped due to lorc

Indicates the number of packets that were dropped while UE was out of coverage area or radio coverage was lost for a subscriber.

This counter is applicable when GGSN is enabled for overcharging protection for subscriber due to loss of radio coverage and SGSN notifies Update PDP Contexts for QOS change with GTP-C extension for LORC.

ipv4 ttl exceeded

Indicates the number of IPv4 packets dropped because their time-to-live was exceeded for this subscriber session.

ipv4 bad hdr

Indicates the number of IPv4 packets received with bad headers.

ipv4 bad length trim

Indicates the number of IPv4 packets received with bad trimming of packet length.

ipv4 frag failure

Indicates the number of IPv4 packet fragments that were transmitted.

ipv4 frag sent

Indicates the number of IPv4 packets that could not be fragmented.

ipv4 in-acl dropped

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

This counter may increment even if no ACL is configured.

ipv4 out-acl dropped

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv6 bad hdr

Indicates the number of IPv6 packets received with bad headers.

ipv6 bad length trim

Indicates the number of IPv6 packets received with bad trimming of packet length.

ipv6 in-acl dropped

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

This counter may increment even if no ACL is configured.

ipv6 out-acl dropped

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv4 in-css-down dropped

Indicates the number of input packets dropped because the CSS service is yet not up or the service went down.

ipv4 out-css-down dropped

Indicates the number of output packets dropped because the CSS service is yet not up or the service went down.

ipv4 early pdu rcvd

The current total number of early IP packet data units (PDUs) received.

ipv4 icmp packets dropped

Indicates the total number of IPv4 ICMP packets dropped for GGSN service on this system.

When hide service address is enabled and a service in the system is sent ping packets or a traceroute is executed, the packets pertaining to the service address are dropped. This counter shows the number of those packets that have been dropped.

dormancy count

Indicates the total amount of time in seconds that the subscriber session was dormant over the duration of the GGSN session on this system.

handoff count

The total number of subscriber sessions handed off for GGSN service on this system.

Bearer not ready

Indicates the total number of instances when bearer was not ready and data received for session.

output bytes dropped

Indicates the cumulative number of bytes dropped for all GGSN subscriber session on this system.

output pkts dropped

Indicates the cumulative number of bytes dropped for all GGSN subscriber session on this system.

ggsn preservation mode

Indicates whether "Preservation-Mode" is enabled or not.

Note that this is a customer-specific feature and may not be available for other users.

Direct Tunnel Bearers

Indicates total number of bearer contexts active for direct tunnel support for SGSN with this GGSN service on system.

ggsn LORC state

Indicates the number of session where overcharging protection is enabled due to loss of radio coverage.

This counter is applicable when GGSN is enabled for overcharging protection for subscriber due to loss of radio coverage and SGSN notifies Update PDP Contexts for QOS change with GTP-C extension for LORC.

show subscribers ggsn-only all

Table 19. show subscribers ggsn-only all Command Output Descriptions
Field Description

vvvvvvv

Displays service and session state information. This column provides a code consisting of seven characters.

From left-to-right, the first character represents the Network Type that the subscriber is using. See

The second character represents the network Access Tech that the subscriber is using. See

The third character represents the Call State. See

The fourth character (ggsn-only output) represents the Traffic Class. The possible traffic classes are:

- C: Conversational

- S: Streaming

- B: Background

- 1: Interactive 1

- 2: Interactive 2

- 3: Interactive 3

- x: Not Applicable

The fifth character represents the Network Type of the session. See

The sixth character (ggsn-only output) represents the PLMN of the session. The possible network types are:

- H: Home

- V: Visiting

- R: Roaming

- u: Unknown

The seventh character (ggsn-only output) represents the Emergency Bearer Type of the session. The possible emergency bearer types are:

- A: Authentic IMSI

- U: Un-Authentic IMSI

- O: Only IMEI

- N: Non-Emergency

CALLID

Displays the subscriber's call identification (callid) number.

IMSI/IMEI

Displays the International Mobile Subscriber Identity (IMSI) number (ggsn-only output) if the Emergency Bearer Type is Authentic IMSI and/or Non-Emergency. If the Emergency Bearer Type is Un-Authentic IMSI and/or Only IMEI, the International Mobile Equipment Identity (IMEI) number is displayed.

NSAPI

Displays the Network Service Access Point Identifier (ggsn-only output).

Address type

Displays the Address type (ggsn-only output) for the subscriber's session. The possible address types are:

- S: Static (Subscriber Supplied)

- L: Local pool

- RA: RADIUSAAA - assigned

- d: via DHCP proxy

- D: via DHCP relay

- u: Unknown

IP

Displays the IP address assigned to the subscriber.

APN

Displays the Access Point Name for the session (ggsn-only output).

Gn-APN

Displays the APN that comes in CPC.

If there is no virtual-apn resolution, both Gi & Gn APN are the same.

Gi-APN

Displays the APN finally selected by the GGSN based on the virtual-apn configuration.

If there is no virtual-apn resolution, both Gi & Gn APN are the same.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers ggsn-only full

Table 20. show subscribers ggsn-only full Command Output Descriptions
Field Description

Username

The name of the subscribers using GGSN service.

Status

Indicates the session status. Possible status are:

- Online/Active

- Offline/Inactive

Access Type

Indicates the session type for this subscriber. See Access Types.

Network Type

Indicates the network service used for the subscriber session. See Network Types.

Access Tech

Indicates the accessing technology. See Access Technologies.

Access Network Peer ID

Indicates the identifier of the peer in access network.

callid

The subscriber's call identification number (callid).

imsi

The subscriber's International mobile station identification (IMSI).

state

The session state. The possible values are:

- Connected

- Connecting

- Disconnecting

- Unknown

SGSN cntl address

IP address of SGSN system in network for control messages.

SGSN data address

IP address of SGSN system in network for data traffic messages.

Protocol User Name

User name of protocol.

MSISDN

The Mobile Station International ISDN Number of subscriber node.

Emergency Bearer Type

Bearer type set as emergency. Possible values are:

- Only IMEI

- Authentic IMSI

- Un-Authentic IMSI

In case of the non-emergency bearer type, the value displayed is N/A.

connect time

The time of connection of this subscriber.

call duration

Duration of call session.

idle time

Duration of idle status of call session, when no activity detected for this session.

IMEI(SV)

International mobile equipment identification- software version of connected subscriber.

SGSN-MCC-MNC

Mobile country code (MCC) and mobile network code (MNC) of SGSN connected for this call.

ULI

Indicates the user location information. The possible values are:

- CELL ID
  • MCC: Mobile Country Code

  • MNC: Mobile Network Code

  • LAC: Location Area Code

  • CI: Cell Identity

-Absent

SGSN RAI

Indicates the Routing Area Identity (RAI) of the SGSN connected to this call. The possible values are:

- MCC

- MNC

- Unknown

Gi-APN

Access point name used for this session on Gi interface, towards PDN.

NSAPI

Identifier for Network Service Access Point (NSAP) index.

Gn-APN

Access point name used for this session on Gn interface, in network side between GSNs.

S6b Returned Virtual APN

Displays the S6b returned full virtual APN name, if the Virtual APN Truncation feature is enabled. Otherwise, it displays 'n/a’.

For more information on this feature, see the Rf Interface Support chapter in the administration guide of the product you are deploying.

Restoration priority level

Identifies the restoration priority value associated with the PND connection.

Total subscribers matching specified criteria

Identifies the total number of subscribers matching criteria for restoration priority value associated with the PND connection.

IMS Auth Service

Indicates whether IMS authorization (Gx) interface support is enabled or not.

S6b Auth Status

Indicates whether S6b interface authorization is enabled or not.

GGSN Preservation Mode

Indicates whether preservation-mode support for GGSN is enabled or not.

Note: This is a customer-specific counter that requires a customer-specific license.

Vendor Id

Indicates the identification of vendor who uses GGSN preservation mode feature.

GGSN LORC State

Indicates the state of the overcharging protection feature for specific subscriber.

Possible status are:

- Yes (overcharging protection is enabled)

- No (overcharging protection is enabled)

- N/A (overcharging protection is not applicable)

This counter is applicable when GGSN is enabled for overcharging protection for subscriber due to loss of radio coverage and SGSN notifies Update PDP Contexts for QOS change with GTP-C extension for LORC.

GGSN Bearer Control Mode

Indicates whether network controlled QoS negotiation enabled or not and also the mode applicable for bearer control for this. Possible values are:

- MS-Only

- Mixed (MS and Network)

FOCS

Indicates whether free of charge service is enabled or not.

Note: This is a customer-specific service that requires a customer-specific license.

ODB

Indicates whether Operator Determined Barring is enabled or not.

Note: This is a customer-specific service that requires a customer-specific license.

ip address

Indicates the primary IP address of the subscriber interface in the session.

ggsn-service-name

The name of the GGSN service for this subscriber.

GTPU Address

GTP-U/data address of the subscriber, which can be either of the IPv4/IPv6 address.

gtpu-service-name

The name of the GTP-U service associated with the 'ggsn-service-name', which can be bound with one or more addresses.

initiated by

Indicates whether QoS initiated by MS or network.

Subscriber Type

Indicates the type of subscriber. Possible values are Visiting or Home.

Accounting mode

Indicates the accounting mode applicable for this subscriber: Possible modes are:

- gtpp

- none

- radius-diameter

APN Selection mode

Indicates the APN selection mode applicable for this subscriber: Possible modes are:

- Chosen by SGSN

- Sent by MS

- Subscribed

ip allocation type

Indicates the IP allocation type applicable for this subscriber: Possible types are:

- DHCP proxy

- DHCP relay

- local pool

- AAA

gtp version

Indicates the GTPP version used for this subscriber: Possible versions are 0 and 1.

ipv6 allocation type

Indicates the allocation method by which the IPv6 address has been allocated. The possible values are:

- local pool (allocated from local pool)

- dhcpv6-proxy (allocated by DHCP server)

- aaa (S6b or AAA returned IP address)

- no-dynamic (Static IP address)

- unknown

- N/A

ggsn c-teid

Indicates the GGSN Tunnel Endpoint Identifier (TEID) for GTP-C messages.

ggsn u-teid

Indicates the GGSN Tunnel Endpoint Identifier (TEID) for GTP-U messages.

sgsn c-teid

Indicates the SGSN Tunnel Endpoint Identifier (TEID) for GTP-C messages.

sgsn u-teid

Indicates the SGSN Tunnel Endpoint Identifier (TEID) for GTP-U messages.

charging id

Indicates the charging identifier for this subscriber.

charging chars

Specifies the charging characteristics behavior applicable for this subscriber session.

access-link ip-frag

Configures IP fragmentation processing over the Access-link.

ignore DF-bit data-tunnel

Indicates if whether during Mobile IP tunneling, the DF bit is not ignored and packets are not fragmented.

traffic flow template

The name of the traffic flow template (TFT) applicable for this subscriber session.

Source context

The name of a configured source context from which the subscriber initiates a session.

Destination context

The name of a configured destination context through which the subscriber is provided access to the packet data network.

Authentication context

The name of a configured authentication context from which the subscriber gets authentication.

Accounting context

The name of a configured accounting context through which the subscriber is provided accounting of data session.

Mediation context

The name of a configured mediation context to use for communicating with the mediation device. If this context is not specified in APN configuration mode, the destination context will be used.

Mediation no early PDUs

Specifies whether or not the no-early-pdu option is configured for this subscriber.

If no-early-PDUs is enabled, the chassis does not send uplink/downlink data from/to a MS till it receives the Acct-Rsp Start for the same from the mediation device. On receiving the Acct-Rsp, pending PDUs are sent out.

Mediation No Interims

Specifies whether or not the no-interims option configured for this subscriber.

If no-interims is enabled, the chassis does not send any interim message to the mediation device.

Mediation Delay GTP Response

Specifies whether or not the delay-GTP-response option is configured for this subscriber.

When enabled, this option delays the Create PDP Context response until an Accounting Start response is received from the mediation device.

active input acl

The active IPv4 access control list (ACL) for inward traffic.

active output acl

The active IPv4 access control list (ACL) for outward traffic.

active input IPv6 acl

The active IPv6 access control list (ACL) for inward traffic.

active output IPv6 acl

The active IPv6 access control list (ACL) for outward traffic.

ECS Rulebase

The rulebase applicable for this subscriber when ECS is enabled.

CBB-Policy

The CBB policy associated with the subscriber.

Firewall Policy

Indicates whether firewall processing for this subscriber is enabled.

CF Policy ID

The identifier of content filtering policy ID.

active input plcy grp

The active input policy group for inward traffic flow.

active output plcy grp

The active output policy group for outward traffic flow.

Layer 3 tunneling

Indicates if Layer 3 tunneling is enabled.

alloc/retention priority

Indicates the traffic handling priority for quality of service (QOS) differentiated service code point (DSCP) if the allocation priority is present in the QOS profile. Possible priorities are 1, 2 or 3.

traffic class

Indicates the class of traffic applied for quality of service (QOS) in this subscriber session. Possible classes are:

- background

- conversational

- interactive

- streaming

traffic priority

Indicates the priority for interactive class of traffic for this subscriber session. Possible priorities are 1, 2 or 3.

delivery order

Specifies the delivery order included in service data unit (SDU) for packets to this subscriber.

Negotiated MBR for up (bps)

Indicates the maximum bit rate in bits per seconds negotiated for this subscriber in uplink direction.

Negotiated MBR for down (bps)

Indicates the maximum bit rate in bits per seconds negotiated for this subscriber in downlink direction.

Negotiated GBR for up (bps)

Indicates the guaranteed bit rate in bits per seconds negotiated for this subscriber in uplink direction.

Negotiated GBR for down (bps)

Indicates the guaranteed bit rate in bits per seconds negotiated for this subscriber in downlink direction.

Negotiated GBR for down (bps)

Indicates the guaranteed bit rate in bits per seconds negotiated for this subscriber in downlink direction.

Downlink APN AMBR (bps)

Indicates the aggregate maximum bit rate in bits per second set in downlink direction for APN.

Uplink APN AMBR (bps)

Indicates the aggregate maximum bit rate in bits per second set in uplink direction for APN.

PCRF Authorized Bearer

This group displays the PCRF authorized QoS attributes for GGSN service.

QCI

Indicates the QoS Class Identifier (QCI) received through authorized bearer QoS for GGSN service. Possible values are between 1 through 9.

ARP

Indicates the Allocation and Retention Priority (ARP) set in authorized bearer QoS for GGSN service. Possible values are between 1 through 3.

PCI

Indicates the Preemption Capability Indicator (PCI) value in ARP in authorized bearer QoS for GGSN service.

Possible values are:

0 - disabled

1 - enabled

PL

Indicates the Priority level (PL) value in ARP in authorized bearer QoS for GGSN service. Possible values are between 1 through 15.

PVI

Indicates the Preemption Vulnerability Indicator (PVI) value in ARP in authorized bearer QoS for GGSN service.

Possible values are:

0 - disabled

1 - enabled

MBR uplink (bps)

Indicates the maximum bit reate (MBR) value in bit per second for uplink direction in authorized bearer QoS for GGSN service.

MBR downlink (bps)

Indicates the maximum bit rate (MBR) value in bit per second for downlink direction in authorized bearer QoS for GGSN service.

GBR uplink (bps)

Indicates the guaranteed bit rate (GBR) value in bit per second for uplink direction in authorized bearer QoS for GGSN service.

GBR downlink (bps)

Indicates the guaranteed bit rate (GBR) value in bit per second for downlink direction in authorized bearer QoS for GGSN service.

APN AMBR uplink (bps)

Indicates the aggregate maximum bit rate (AMBR) in bits per second set in uplink direction for APN.

APN AMBR downlink (bps)

Indicates the aggregate maximum bit rate (AMBR) in bits per second set in downing direction for APN.

Ran procedure pkts buffered

Indicates the total number of packets buffered in sub-system waiting for RAB setup ready flag. This is enabled for RAN Procedure Ready delay buffering feature for GGSN service used by this subscriber. Buffer limit is 1024 packets.

Ran procedure buffer overflow pkts drop

Indicates the total number of packets dropped after sub-system buffer was full (buffer limit is 1024 packets) and GGSN is still waiting for RAB setup ready flag. This is enabled for RAN Procedure Ready delay buffering feature for GGSN service used by this subscriber.

Downlink traffic-negotiate-limit

Indicates whether traffic flow negotiate limit is configured for this subscriber under traffic policing feature in downlink direction.

Downlink traffic-rate-limit

Indicates whether traffic flow rate limit is configured for this subscriber under traffic shaping feature in downlink direction.

Uplink traffic-negotiate-limit

Indicates whether traffic flow negotiate limit is configured for this subscriber under traffic policing feature in uplink direction.

Uplink traffic-rate-limit

Indicates whether traffic flow rate limit is configured for this subscriber under traffic shaping feature in uplink direction.

Downlink traffic-shaping

Indicates whether traffic shaping is enabled or not for this subscriber under traffic shaping feature in downlink direction.

Possible states are Enabled or Disabled.

Uplink traffic-shaping

Indicates whether traffic shaping is enabled or not for this subscriber under traffic shaping feature in uplink direction.

Possible states are Enabled or Disabled.

Peak data rate(bps)

Indicates the peak data rate allowed in downlink/uplink direction through traffic rate limiting.

Guaranteed data rate(bps)

Indicates the guaranteed data rate allowed in downlink/uplink direction through traffic rate limiting.

Burst Size

This group indicates the static/dynamic burst size in bytes for peak and guaranteed rate limiting for this class of QoS in this APN.

Auto Readjust

Indicates whether auto readjustment of burst size is enabled or not.

Possible states are Enabled or Disabled.

Auto Readjust Duration

Indicates the configured auto readjust duration in a seconds.

If auto readjust is enabled and no readjust duration is specified the default value is 1 second.

Peak Burst Size(bytes)

Indicates the peak burst size in bytes calculated dynamically by auto readjust duration and rate limit value.

Guaranteed Burst Size(bytes)

Indicates the guaranteed burst size in bytes calculated dynamically by auto readjust duration (seconds) and rate limit value (bytes).

This counter is applicable only when auto readjustment is enabled.

Peak data rate(bps)

Indicates the peak data rate configured for this subscriber in bits per seconds.

Guaranteed data rate(bps)

Indicates the guaranteed data rate configured for this subscriber in bits per seconds.

Downlink CSS Information

This group provides the information regarding content steering service for downlink traffic.

Service Name

Name of the content steering service applicable for downlink traffic.

downlink pkts to svc

Total number of packets from subscriber node (downlink direction) sent to CSS service.

downlink pkts from svc

Total number of packets from CSS service sent to subscriber node (downlink direction).

Uplink CSS Information

This group provides the information regarding content steering service for uplink traffic.

Service Name

Name of the content steering service applicable for uplink traffic.

uplink pkts to svc

Total number of packets from PDN/Internet (uplink direction) sent to CSS service.

uplink pkts from svc

Total number of packets from CSS service sent to PDN/Internet (uplink direction).

Bearer Establishment

Indicates the status of bearer establishment.

Bearer not ready

This group indicates the number of bytes dropped when bearer was ready.

IM-CN Signaling Context

Specifies the name of the signaling context used for IM-CN (IP Multimedia-Core Network) for interoperability with IP multimedia subsystem (IMS) service.

input pkts

Indicates the number of packets received.

output pkts

Indicates the number of packets transmitted.

input bytes

Indicates the number of bytes received.

output bytes

Indicates the number of bytes transmitted.

input bytes dropped

Indicates the number of bytes that were dropped while receiving data for this subscriber session.

output bytes dropped

Indicates the number of bytes that were dropped while transmitting data for this subscriber session.

input pkts dropped

Indicates the number of packets that were dropped while receiving data for this subscriber session.

output pkts dropped

Indicates the number of packets that were dropped while transmitting data for this subscriber session.

This field includes packets blocked by Access Control Lists (ACLs). Do not use this figure when computing the total number of output packets.

input pkts dropped due to zero mbr

Indicates the number of packets that were dropped while receiving data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

output pkts dropped due to zero mbr

Indicates the number of packets that were dropped while transmitting data due to configured maximum bit rate (MBR) was set to zero for a subscriber.

This counter is applicable when system drops uplink/downlink packets when SGSN notifies Update PDP Contexts for QOS change with bandwidth rate as zero for conversation/streaming class of services.

out packet dropped due to lorc

Indicates the number of packets that were dropped while UE was out of coverage area or radio coverage was lost for a subscriber.

This counter is applicable when GGSN is enabled for overcharging protection for subscriber due to loss of radio coverage and SGSN notifies Update PDP Contexts for QOS change with GTP-C extension for LORC.

pk rate from user(bps)

The peak data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(bps)

The peak data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(bps)

The average data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(bps)

The average data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(bps)

The mean data rate, in bits per second, obtained for data sent from the subscriber to the network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(bps)

The mean data rate, in bits per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

pk rate from user(pps)

The peak data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(pps)

The peak data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(pps)

The average data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(pps)

The average data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(pps)

The mean data rate, in packets per second, obtained for data sent from the subscriber tot he network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(pps)

The mean data rate, in packets per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

link online/active percent

The percentage of time that the data link was online and active during the last sampling period. The sampling period is 30 seconds.

ipv4 bad hdr

Indicates the number of IPv4 packets received with bad headers.

ipv4 ttl exceeded

Indicates the number of IPv4 packets dropped because their time-to-live was exceeded for this subscriber session.

ipv4 fragments sent

Indicates the number of IPv4 packet fragments that were transmitted.

ipv4 could not fragment

Indicates the number of IPv4 packets that could not be fragmented.

ipv4 input acl drop

Indicates the number of IPv4 packets dropped due to an inbound access control list (ACL) violation.

This counter may increment even if no ACL is configured.

ipv4 output acl drop

Indicates the number of IPv4 packets dropped due to an outbound access control list (ACL) violation.

ipv4 input css down drop

Indicates the number of input packets dropped because the CSS service is yet not up or the service went down.

ipv4 output css down drop

Indicates the number of output packets dropped because the CSS service is yet not up or the service went down.

ipv4 output xoff pkts drop

Indicates the number of packets dropped because of flow control.

ipv4 output xoff bytes drop

Indicates the number of bytes dropped because of flow control.

ipv4 source violations

Indicates the number of IPv4 source validation violations.

ipv4 proxy-dns redirect

The number of foreign DNS request packets intercepted and redirected to the home DNS for the subscriber.

ipv4 proxy-dns pass-thru

The number of foreign DNS request packets allowed through the intercept filter for the subscriber.

ipv4 proxy-dns drop

The number of foreign DNS request packets not matching either redirect or pass-thru rules for the subscriber.

ip source violations no acct

The IP source validation violations that were detected but not included in the statistics.

ip source violations ignored

The IP source validation violations that were detected but then ignored.

ipv4 output no-flow drop

The number of IP packets not matching traffic classifier and dropped for the subscriber.

dormancy total

Indicates the total amount of time in seconds that the subscriber session was dormant over the duration of the session.

handoff total

The total number of subscriber sessions handed off.

ipv4 icmp packets dropped

When hide service address is enabled and a service in the system is sent ping packets or a traceroute is executed, the packets pertaining to the service address are dropped. This counter shows the number of those packets that have been dropped.

DHCP context

Name of the system context in which DHCP service is configured.

DHCP service

Name of the DHCP service configured for this subscriber.

DHCP server

Name of the DHCP servers configured for this subscriber for DHCP function.

DHCP lease expiry policy

Specifies the DHCP address lease expiry policy. Possible actions are autoconnect or disconnect

DHCP lease obtained

Specifies the whether lease obtained after lease expiry or not.

DHCP lease remaining

Specifies the status of lease obtained for DHCP allocated IP address.

Total subscribers matching specified criteria

The total number of subscribers matching the specified criteria.

show subscribers gprs-only full

Table 21. Show subscribers gprs-only full Command Output Descriptions
Field Description

Access Type

Number of GPRS access type, for the subscriber. Possible categories are: SGSN or GGSN.

Access Tech

Number of access technologies associated with the PLMN that is being accessed by the Mobile Station (MS). The Access Tech can be:

- GPRS GERAN

- GSM COMPACT

- UTRN

- E-UTRN

Network Type

Network type associated with the PLMN or HPLMN on the PLMN selector. The MS uses this information to select the type of radio carrier for searching, while attempting to select a specific PLMN. Network Type can be:

- IP

- IP Sec

- Mobile IP

msid

Displays the Mobile Station Identification (MSID) associated with the subscriber.

Callid

Displays the subscriber's call identification number.

State

Displays the state of GPRS session in the Mobile Station. Data transfer between MS and network depends on this state. The state can be:

- Idle

- Stand by

- Active

- Ready

RFSP Id in Use

Displays the value of the RFSD Id. used.

Connect Time

The date and time when the call was connected to the GPRS network in Day MM DD HH:MM:SS YYYY format.

Call Duration

Total time lapsed after call connection, for this subscriber. Displayed in format hhmmss.

Idle Time

Time period for which the subscriber session has been idle either in standby or dormant state. Displayed in format hhmmss.

User Location (RAI)

This is the Routing Area Indicator (RAI). It indicates user location in GPRS network.

Cell Global Identity

Cell Global Identity (CGI) indicates a category of user location information that can be used to geographically locate the connected MS.

IMEI (SV)

International Mobile Identity (IMEI) Software Version (SV) associated with MS.

Equipment Status

Equipment status of the mobile equipment, queried from Equipment Identity Registry (EIR).

Source Context

Name of configured source context that was used for session initiation.

Destination Context

Name of configured destination context that was used by the subscriber to access the network.

Accounting Context

The context name where accounting information is configured or where an accounting interface is configured. It can be used to provide accounting of the data session to the subscriber.

Charging Characteristics

Displays associated charging characteristics. It can be:

- Hot Billing

- Flat Rate Billing

- Prepaid Billing

- Normal Billing

Characteristics Selection Mode

The selection mode of charging characteristics that is applicable to this session. For example selection mode can be Home or Roaming.

Subscriber Plmn Type

Category of subscriber's Public Land Mobile Network (PLMN). Possible values are:

- H: home Networks

- F: Foreign Networks

- U: Unknown Networks

PPF

The Page Proceed Flag (PPF) indicates whether paging for PS and CS services can be initiated. Possible values are True or False.

NGAF

The Non Gprs Alert Flag (NGAF), indicates whether the MS activity is being reported to MCSC or VLR. Possible values for this flag are True or False.

VLR-Reliable

This flag is set to False when SGSN has received a reset indication from the VLR. The SGSN, upon reception of next Routing Area Update (RAU), may request the MS a procedure to re-attach to non-GPRS services provided that the MS is IMISI attached to such non-GPRS request.

Alternately, the SGSN, upon reception of a combined RAU and Location Area Update (LAU) request from an MS that is still attached to non-GPRS service, performs location update procedure for such non-GPRS service.

VLR – Association

States associated with the Gs interface in the VLR. Possible states are:

- GS NULL

- LA UPDATE PRESENT

- Gs ASSOCIATED

NRI Assigned

Assigned Network Resource Indicator (NRI). The NRI is utilized when either Iu-flex or Gb-flex or MOCN configuration is used for network sharing.

ISR – Activated

The activation status of Idle mode Signaling Reduction (ISR). This status can either be True or False.

MME Ctrl Teid

S4-SGSN only: If the ISR-Activated field reads True, this field provides the MME Control Tunnel Endpoint Identifier. The Ctrl TEID identifies the specific S3 tunnel on the MME being used for this ISR-activated subscriber.

MME IP Address

S4-SGSN only: If the ISR-Activated field reads True, this field provides the IP address of the MME associated with this ISR-activated subscriber.

Nego Ready Timer

This value is sent from SGSN to MS. It indicates timeout ready timer value. Its range is from 0 to 11160 seconds the default value is 44 seconds.

MS Network Capacity

The MS network capacity elements provide MS information related to GPRS network. These elements indicate general Mobile Station (MS) characteristics, hence are independent of the frequency band of the channel for which this capability is set.

The MS network capacity specifies parameters such as:

- Revision level indicator

- SoLSA capacity

- SS screening indicator

- Whether UCS2 character set is enabled

- SMS via GPRS Channel

- Whether or not GPRS Encryption Algorithm - GEA1 to GEA 7 are supported

- LCS VA

Revision Level Indicator (MS Network Capability)

The 3GPP released version that is supported by the MS network capability.

SoLSA Capability (MS Network Capability)

Specifies whether the Support of Localized Service Area (SoLSA) is included in the MS network capability.

SS Screening Indicator (MS Network Capability)

Category of Supplemental Services (SS) screening indicator that is being sent by MS to the network to assess the capabilities of the MS. This indictor is sent by the MS at the beginning of the radio connection.

UCS2 (MS Network Capability)

Specifies whether the Universal Character Set 2 (UCS-2) encoding for the character is supported or whether the use of default alphabet is supported.

SMS via GPRS CH (MS Network Capability)

Specifies whether the MS support for mobile terminated point to point SMS via GPRS channel is included in the MS network capability.

SMS via Dedicated CH (MS Network Capability)

Specifies whether the MS support for mobile terminated point to point SMS via a dedicated GPRS channel is included in the MS network capability.

GEA/1 (MS Network Capability)

Specifies whether support for GEA1 is included in the MS network capability.

GEA/2 (MS Network Capability)

Specifies whether support for GEA2 is included in the MS network capability.

GEA/3 (MS Network Capability)

Specifies whether support for GEA3 is included in the MS network capability.

GEA/4 (MS Network Capability)

Specifies whether support for GEA4 is included in the MS network capability.

GEA/5 (MS Network Capability)

Specifies whether support for GEA5 is included in the MS network capability.

GEA/6 (MS Network Capability)

Specifies whether support for GEA6 is included in the MS network capability.

GEA/7 (MS Network Capability)

Specifies whether support for GEA7 is included in the MS network capability.

Negotiated ciphering algorithm

The ciphering algorithm negotiated by the SGSN and MS during Authentication and Ciphering Request.

LCS VA Capability (MS Network Capability)

Specifies whether the LoCation Services Value Add (LCS VA) capability is included or not in the MS network capacity.

DRX Parameter

Discontinuous Reception (DRX) is used when the MS is in the packet idle mode. If MS is using the discontinuous reception, then the DRX parameters indicate whether the MS is in no-sleep mode and is able to receive paging requests and channel assignments. GPRS uses two DRX modes namely, normal DRX and split paging DRX.

Following are the DRX parameters:

- Split PG cycle code

- Split on CCCH

- Non-DRX timer

- CN Specific DRX cycle length coefficient.

SPLIT PG Cycle Code (DRX Parameter)

displays the cycle code for the split paging mode.

SPLIT on CCCH (DRX Parameter)

Specifies whether split on Common Control Channel (CCCH) is supported or not.

Non-DRX timer (DRX Parameter)

Value of non-DRX timer transfer state, displayed in seconds.

CN Specific DRX cycle length coefficient (DRX Parameter)

Specifies the Core Network (CN) specific DRX cycle length coefficient support by MS.

An MS can be attached to either circuit or packet domain of CN. For the circuit domain the MS uses the circuit domain CN- domain specific cycle length coefficient broadcast in system information.

Uplink Coverage Class

Specifies the uplink coverage class value of the subscriber.

Downlink Coverage Class

Specifies the downlink coverage class value of the subscriber.

Current PTMSI

Current value of Packet Temporary Mobile Subscriber Identity (P-TMSI). P-TMSI gets attached to the MS when GPRS attach procedure is performed. P-TMSI is used to avoid transmitting the IMSI over air interface. P-TMSI is only applicable in the geographical area served by the SGSN. When the MS move to another geographical area, a new P_TMSI gets attached to the MS.

Current PTMSI Acked by MS

Acknowledgement status of current P_TMSI by the MS. Possible values are yes and no.

Any Previous PTMSI

Specifies whether any previous P-TMSI value is available for this MS.

MNRG Flag

Current value of Mobile station Not Reachable in GPRS (MNRG) flag. This flag is found in Home Location Register (HLR) and it indicates whether SGSN can reach this MS. Possible values for this flag are true and false.

Subscriber offload status

Indicates the subscriber offload status.

NRI Assigned

Number of assigned Network Resource Indicators (NRIs).An NRI is a part of TMSI in CS domain and P-TMSI in PS domain.

Number of Free Vectors

Number of free authentication vectors available for the Universal Subscriber Identity Module (USIM) that is associated with the MS.

Number of Used Vectors

Number of authentication vectors used by the Universal Subscriber Identity Module (USIM) associated with the MS.

Number of In-Use Vectors

Indicates the number of authentication vectors that are being used by the Universal Subscriber Identity Module (USIM) that is associated with the MS.

MSISDN (Subscription Data)

The Mobile Station Integrated Subscriber Digital Network Number (MSISDN) associated with the MS. It uniquely identifies a subscription in a mobile network.

Charging Characteristics (Subscription Data)

Associated charging characteristic profile. It can be hot or normal or pre-paid or flat billing.

ODB General Data

Operator Determined Barring (ODB) data. The ODB is an unsigned 32-bit Attribute Value Pair (AVP) containing a bit mask that indicates the services barred by the operator.

As per the bit mask:

- Bit 0 bars all packet oriented services.

- Bit 1 bars roamer access HPLMN-AP.

- Bit 2 bars roamer access VPLMN- AP.

- Bit 3 bars all outgoing calls.

- Bit 4 bars all outgoing international calls.

- Bit 5 bars all outgoing international calls except to the home PLMN country.

- Bit 6 bars all outgoing inter-zonal calls.

- Bit 7 bars all outgoing inter-zonal calls, except to the home PLMN country.

- Bit 8 bars all outgoing international calls, except to the home PLMN country and barring of all inter-zonal calls.

The following parameters constitute the ODB general data:

- All Out Going Calls.

- All International Outgoing Calls.

- All International Outgoing Not To HPLMN Country Calls.

- All Interzonal Outgoing Calls.

- All Interzonal And International Outgoing Calls Not To HPLMN Country.

- Roamer Access to VPLMN Access Point Barred.

All Out Going Calls (ODB-General-Data)

Specifies permission for all categories of outgoing calls associated with this MS. This is a parameter of ODB General Data. These calls can be barred or not-barred.

All International Outgoing Calls (ODB-General-Data)

Specifies the permission for international outgoing calls associated with this MS. This is a parameter of ODB General Data. These calls can be barred or not-barred

All International Outgoing Not To HPLMN Country Calls (ODB-General-Data

Specifies permission for the international outgoing calls that are not made to Home Public Land Mobile Network (HPLMN). This is a parameter of ODB General Data. These calls can be barred or not-barred.

All Interzonal Outgoing Calls (ODB-General-Data)

Specifies the permission for the Interzonal outgoing calls associated with this MS. This is a parameter of ODB General Data. These calls can be barred or not-barred.

All Interzonal And International Outgoing Calls Not To HPLMN Country (ODB-General-Data)

Specifies the permission for all interzonal and international calls that are not made to HPLMN country. This is a parameter of ODB General Data. These calls can be barred or not barred.

Roamer Access to HPLMN Access Point Barred (ODB-General-Data)

Specifies whether or not the access point for roamer access to Home PLMN is barred. This is a parameter of ODB General Data.

Roamer Access to VPLMN Access Point Barred (ODB-General-Data)

Specifies whether or not the access point for roamer access to Visitor PLMN is barred. This is a parameter of ODB General Data.

ODB-HPLMN-Data

Specifies the availability of HPLMN data for Operator Defined Barring (ODB).

Zone-Code-List

Zone code list that can be associated with the subscription. A zone is combination of origin and destination area codes. Zoning information can be used for rating and charging purpose.

Tele-Service Code List

Code of the barer service (tele service) associated with this subscription.

HLR Number

The Home Location Register (HLR) associated with this subscription.

HLR-Reset Flag

Specifies the whether the HLR associated with this subscription was reset or not. Possible values of this flag are true and false.

HSS Peer

The name of the peer home subscriber server (HSS) service associated with this subscription.

Utran-not-allowed (ARD)

Value of UTRN –not –allowed flag in the Algorithm Requirements Document (ARD) associated with this subscription. Possible values are true or false.

Geran-not-allowed (ARD)

Value of GERAN –not –allowed flag in the Algorithm Requirements Document (ARD) associated with this subscription. Possible values are true or false.

Super-Charger Enabled

Current value of Super-Charger Enabled flag. It can be either true or False.

Subscriber movement across MSC or VLR forces the HLR to provision new serving MSC or VLR with the subscriber data by moving this data. These signaling procedures add significant overhead in the network traffic. Specifically in high population aerates where the MSC or VLR is handling significantly smaller geographical area. In s supercharged network the HLR does not remove subscriber data from old MSC or VLR and this data can be used when subscriber roams back to old MSC or VLR.

SAI Version

Current version of SAI. The Service Area Identifier (SAI) is a combination of PLMN-id, Location Area Code (LAC) and Service Area Code (SAC). The SAI identifies an area consisting of one or more cells belonging to same LA.

EPS Subscription

Enhanced Packet Service (EPS) subscription data includes subscription related data. Refer the 3GPP technical standard 3GPP TS 23.016 and other related standards for more information.

PDP Context Id (PDP Subscription Data)

Identifies the PDP context for PDP subscription data.

APN (PDP Subscription Data)

Identifies the Access Point Name (APN) associated with this PDP subscription.

PDP Type (PDP Subscription Data)

Category of PDP context. For example it can be IPv4, IPv6 or PPP.

PDP Address Type (PDP Subscription Data)

Category or type of address allocation for PDP address. For example it can be static or dynamic.

PDP Address (PDP Subscription Data)

The IP address allocated for PDP packets.

Ext PDP Type (PDP Subscription Data)

Category or type of PDP context. For example, IPv4 or IPv6.

Ext PDP Address Type (PDP Subscription Data)

Category or type of address allocation for external PDP address. For example it can be static or dynamic.

Ext PDP address (PDP Subscription Data)

The IP address allocated for external PDP packets.

Charging Characteristics (PDP Subscription Data)

Category of charging characteristics associated with this PDP subscription. For example charging characteristics can be either normal billing or hot billing.

VPLMN Address Allowed (PDP Subscription Data)

Specifies whether the address of Visited Public Land Mobile Network (VPLMN) is allowed or not allowed.

Reliability Class (PDP Subscription Data)

Reliability class associated with the PDP subscription. It considers reliability attributes such as delivery order, traffic handling priority, as well as allocation and retention priority.

For example reliability class for PDP subscription can be unacknowledged GTP, LLC, acknowledged RLC or protected data.

Delay Class (PDP Subscription Data)

Defined category of network transient delay for the PDP subscription data. For example class 4.

Precedence Class (PDP Subscription Data)

Service precedence delay supported by SGSN by discarding or allowing packets based on the precedence class for the PDP subscription. For example the precedence class for PDP subscription can be high priority.

Peak Throughput (PDP Subscription Data)

Configured maximum allowed throughput rate for the PDP subscription. Along with other fields such as reliability, delay or precedence class, it can be used for traffic shaping.

Mean Throughput (PDP Subscription Data)

Configured mean throughput rate for the PDP subscription. Along with other fields such as reliability, delay or precedence class, it can be used for traffic shaping.

Allocation/Retention Priority (PDP Subscription Data)

Allocation, retention priority indicates the reliability of the PDP subscription data. For example for various traffic classes such as conversational, streaming, interactive and background, this priority can be defined as 1, 2 or 3.

Delivery of Erroneous SDUs (PDP Subscription Data)

Status of the delivery of erroneous Service Delivery Units (SDUs) for the PDP subscription. For example, it indicates whether the delivery of erroneous SDUs are detected.

Traffic Class (PDP Subscription Data)

Category of traffic associated with this PDP subscription. Traffic is broadly categorized as Conversational, Streaming, Background and Interactive.

Max Sdu Size (PDP Subscription Data)

Maximum allowable size of Service Data Units (SDUs) in octets, which is associated with this PDP subscription data.

Max Bit Rate Uplink (PDP Subscription Data)

Maximum allowable rate in kbps for sending that data from an MS to network, that is associated with the PDP subscription.

Max Bit Rate Downlink (PDP Subscription Data)

Maximum allowable rate in kbps for sending the data from network to the MS, which is associated with the PDP subscription.

Residual Bit Error rate (PDP Subscription Data)

Reliability based on residual Bit Error Rate (BER) associated with PDP subscription. For specific traffic class such as conversational, streaming, interactive or background, certain range of residual BER is required.

Sdu Error rate (PDP Subscription Data)

Reliability class based on Service Delivery Unit (SDU) error rate associated with the PDP subscription. For specific traffic class such as Conversational, Streaming, Interactive or background, certain range of SDU error rate is required.

Traffic Handling Priority (PDP Subscription Data)

Priority or importance of handling SDUs belonging to a specific context associated with the PDP subscription.

Transfer Delay (PDP Subscription Data)

Delay encountered in milliseconds (ms), while delivering about 95% of SDUs associated with the PDP context, in the life time of the bearer service.

Guaranteed Bit Rate Uplink (PDP Subscription Data)

Guaranteed number of bits delivered by MS to network in kbps for the associated PDP context.

Guaranteed Bit Rate Downlink (PDP Subscription Data)

Guaranteed number of bits delivered by network to MS, in kbps for the associated PDP context.

APN (User Name)

Access Point Name used by the Mobile Station (MS) to communicate with the GPRS network. It determines the IP addresses used by and security methods applicable to the MS.

PDP address (User Name)

IP address associated with the PDP context that is being used by this user name or subscriber.

NSAPI (User Name)

Network (layer) Service Access Point Identifier (NSAPI) that is being used to identify the unique data session or the PDP context associated with the MS and the SGSN.

Context initiated by (User Name)

Context or session initiated by the user name.

LLC SAPI (User Name)

Logical Link Control Service Access Point Identifier LLC SAPI associated with this user name.

Context Plmn Type (User Name)

PLMN context associated with the MS. IT can be home or roaming.

GGSN c-teid (User Name)

GGSN control plane Tunnel Endpoint Identifier (teid), that is associated with this subscription.

The teid is a unique number that is allocated by the GSN (SGSN or GGSN) and it identifies the tunnel data related to a specific PDP context. The teid along with IP address and UDP port number is used to identify the Gprs Tunneling Protocol (GTP) tunnel that is being established between two GPRS nodes to deliver packets.

GGSN u-teid (User Name)

GGSN user plan Tunnel End Point Identifier (teid), that is associated with this subscription.

The teid is a unique number that is allocated by the GSN (SGSN or GGSN) and it identifies the tunnel data related to a specific PDP context. The teid along with IP address and UDP port number is used to identify the GTP tunnel that is being established between two GPRS nodes to deliver packets.

SGSN c-teid (User Name)

SGSN control plane Tunnel Endpoint Identifier (teid), that is associated with this subscription.

The teid is a unique number that is allocated by the GSN (SGSN or GGSN) and it identifies the tunnel data related to a specific PDP context. The teid along with IP address and UDP port number is used to identify the Gprs Tunneling Protocol (GTP) tunnel that is being established between two GPRS nodes to deliver packets.

SGSN u-teid (User Name)

SGSN user plan Tunnel End Point Identifier (teid), that is associated with this subscription.

The teid is a unique number that is allocated by the GSN (SGSN or GGSN) and it identifies the tunnel data related to a specific PDP context. The teid along with IP address and UDP port number is used to identify the GTP tunnel that is being established between two GPRS nodes to deliver packets.

Requested and Negotiated QoS

A Quality of Service Profile (QoS) profile for the GPRS is defined using service parameters such as:

- Traffic class

- Reliability class

- Delay class

- Maximum bit rate uplink throughput

- Maximum bit rate downlink throughput

- Guaranteed bit rate downlink throughput

- Residual bit error rate

- SDU error rate

- Traffic handling priority

- Transfer delay

Using these parameters an MS requests the network with specific values for the QoS profile parameters and the network provides the negotiated values of the profile parameters. There can be a difference between the values of the QoS parameters requested by the Mobile Station (MS), and those negotiated with the network.

Reliability Class (Requested-QoS)

It is a QoS attribute associated with reliability. It considers reliability attributes such as delivery order, traffic handling as well as allocation or retention priority. Possible values are unchecked GTP, LLC, acked RLC and protected data. This indicates a QoS parameter value requested by the MS to the network.

Delay Class (Requested-QoS)

It is a QoS attribute associated with traffic flow, the delay class indicates network transient delay. This indicates a QoS parameter value requested by the MS to the network.

Precedence Class (Requested-QoS)

It is a QoS attribute that indicates the service precedence supported by the GPRS network by discarding packets, based on requested and negotiated precedence class. For example a precedence class can have Priority values as high, Normal and Low.

This indicates the QoS parameter value requested by the MS to the network.

Peak Throughput (Requested-QoS)

It is a QoS attribute that indicates configured, maximum allowed throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between GPRS network and MS.

Mean Throughput (Requested-QoS)

It is a QoS attribute that indicates configured mean throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between GPRS network and the MS.

This is the QoS parameter value requested by the MS to the network.

Delivery of Erroneous SDUs (Requested-QoS)

It is the QoS status regarding the delivery of erroneous Service Delivery Units (SDUs). For example it indicates whether or not the delivery of the erroneous SDUs is detected or not.

This is the QoS parameter value requested by the MS to the network.

Traffic Class (Requested-QoS)

Category of traffic class as per the QoS requested by the MS. The traffic is broadly categorized as:

- Conversational

- Streaming

- Background

- Interactive

This is the QoS parameter value requested by the MS to the network.

Max Sdu Size (Requested-QoS)

Maximum allowable size of Service Data Units (SDUs) in octets. This is the QoS parameter value requested by the MS to the network.

Max Bit Rate Uplink (Requested-QoS)

Maximum allowable traffic rate in kbps, for sending data from MS to the network. This is the QoS parameter value requested by the MS to the network.

Max Bit Rate Downlink (Requested-QoS)

Maximum allowable traffic rate in kbps for sending the data from network to MS. This is the QoS parameter value requested by the MS to the network.

Residual Bit Error rate (Requested-QoS)

Reliability based on residual Bit Error Rate (BER). Certain BER rate is associated with specific category of the traffic class such as conversational, streaming, and interactive or background. This is the QoS parameter value requested by the MS to the network.

Sdu Error rate (Requested-QoS)

Service Delivery Unit (SDU) error rate. This is the QoS parameter value requested by the MS to the network.

Traffic Handling Priority (Requested-QoS)

Priority or level of handling SDUs belonging to a specific context. This is the QoS parameter value requested by the MS to the network.

Transfer Delay (Requested-QoS)

Delay encountered in ms, while delivering about 95% of SDUs belonging to specific context. This is the QoS parameter value requested by the MS to the network.

Guaranteed Bit Rate Uplink (Requested-QoS)

Guaranteed number of bits transferred in the specified time frame, by the MS to the network. This is the QoS parameter value requested by the MS to the network.

Guaranteed Bit Rate Downlink (Requested-QoS)

Guaranteed number of bits transferred in the specified time frame, by the network to MS. This is the QoS parameter value requested by the MS to the network.

Reliability Class (Negotiated-QoS)

QoS attribute associated with reliability. It considers reliability attributes such as delivery order, traffic handling as well as allocation or retention priority. Possible values are unchecked GTP, LLC, acked RLC and protected data. This is the negotiated value between MS and the network.

Delay Class (Negotiated-QoS)

QoS attribute associated with traffic flow, the delay class indicates network transient delay. This is the negotiated value between MS and the network.

Precedence Class (Negotiated-QoS)

QoS attribute that indicates the service precedence supported by the GPRS network by discarding packets, based on requested and negotiated precedence class. For example a precedence class can have Priority values as high, Normal and Low. This is the negotiated value between MS and the network.

Peak Throughput (Negotiated-QoS)

QoS attribute that indicates configured, maximum allowed throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between GPRS network and MS.This is the negotiated value between MS and the network.

Mean Throughput (Negotiated-QoS)

QoS attribute that indicates configured mean throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between GPRS network and the MS.This is the negotiated value between MS and the network.

Allocation/Retention Priority (Negotiated-QoS)

Allocation, retention priority indicates the reliability of the PDP subscription data. For example for various traffic classes such as conversational, streaming, interactive and background, this priority can be defined as 1, 2 or 3. This is the negotiated value between MS and the network.

Delivery of Erroneous SDUs (Negotiated-QoS)

QoS status regarding the delivery of erroneous Service Deliver Units (SDUs). For example it indicates whether or not the delivery of the erroneous SDUs is detected or not. This is the negotiated value between MS and the network.

Traffic Class (Negotiated-QoS)

Category of traffic class as per the QoS requested by the MS. The traffic is broadly categorized as:

- Conversational

- Streaming

- Background

- Interactive

This indicates the negotiated value between MS and the network.

Max Sdu Size (Negotiated-QoS)

Maximum allowable size of Service Data Units (SDUs) in octets.

This is the negotiated value between MS and the network.

Max Bit Rate Uplink (Negotiated-QoS)

Maximum allowable traffic rate in kbps, for sending data from MS to the network.

This is the negotiated value between MS and the network.

Max Bit Rate Downlink (Negotiated-QoS)

Maximum allowable traffic rate in kbps for sending the data from network to MS.

This is the negotiated value between MS and the network.

Residual Bit Error rate (Negotiated-QoS)

Reliability based on residual Bit Error Rate (BER). Certain BER rate is associated with specific category of the traffic class such as conversational, streaming, and interactive or background.

This is the negotiated value between MS and the network.

Sdu Error rate (Negotiated-QoS)

Service Delivery Unit (SDU) error rate.

This is the negotiated value between MS and the network.

Traffic Handling Priority (Negotiated-QoS)

Priority or level of handling SDUs belonging to a specific context.

This is the negotiated value between MS and the network.

Transfer Delay (Negotiated-QoS)

Delay encountered in ms, while delivering about 95% of SDUs belonging to specific context.

This is the negotiated value between MS and the network.

Guaranteed Bit Rate Uplink (Negotiated-QoS)

Guaranteed number of bits transferred in the specified time frame, by the MS to the network.

This is the negotiated value between MS and the network.

Guaranteed Bit Rate Downlink (Negotiated-QoS)

Guaranteed number of bits transferred in the specified time frame, by the network to MS.

This is the negotiated value between MS and the network.

Downlink traffic-rate-limit

Specifies whether the traffic rate limit for the data traffic from network to MS is enabled or disabled.

Uplink traffic-rate-limit

Specifies whether the traffic rate limit for the data traffic form MS to network is enabled or disabled.

input pkts

Specifies total number of error free packets received by the MS from the network.

input bytes

Total number of error free bytes received by the MS from the network.

input bytes dropped

Total number of input bytes dropped by the MS while receiving them from the network.

input pkts dropped

Total number of packets dropped by the MS while receiving the packets from the network.

input pkts dropped due to lorc

Number of input packets dropped by the MS while sending them to the network, due to Loss of Radio Coverage (LORC).

input bytes dropped due to lorc

Number of input bytes dropped by the MS while receiving them from the network due to Loss of Radio Coverage (LORC).

in packet dropped suspended state

Total number of packets dropped by the MS, because the packets were in suspended state, while receiving the packets from the network.

in bytes dropped suspended state

Total number of bytes dropped by the MS, because the bytes were in suspended state, while receiving the bytes from the network.

output pkts

Total number of error free packets sent by the MS to the network.

output bytes

Total number of error free bytes sent by the MS to the network.

output bytes dropped

Total number of output bytes dropped by the MS while sending them to network.

output pkts dropped

Total number of packets dropped by the MS while sending the packets to the network.

output pkts dropped due to lorc

Total number of packets dropped by the MS while sending the packets to the network, due to loss of radio service.

pk rate from user(bps)

The peak data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(bps)

The peak data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(bps)

The average data rate, in bits per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(bps)

The average data rate, in bits per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(bps)

The mean data rate, in bits per second, obtained for data sent from the subscriber to the network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(bps)

The mean data rate, in bits per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

pk rate from user(pps)

The peak data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

pk rate to user(pps)

The peak data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

ave rate from user(pps)

The average data rate, in packets per second, obtained for data sent from the subscriber to the network during the last sampling period. The sampling period is 30 seconds.

ave rate to user(pps)

The average data rate, in packets per second, obtained for data received from the network by the subscriber during the last sampling period. The sampling period is 30 seconds.

sust rate from user(pps)

The mean data rate, in packets per second, obtained for data sent from the subscriber tot he network during the last three sampling periods. The sampling period is 30 seconds.

sust rate to user(pps)

The mean data rate, in packets per second, obtained for data received from the network by the subscriber during the last three sampling periods. The sampling period is 30 seconds.

SSAF

Indicates if the SSAF flag is set during the CSFB procedure.

EMM Combined UE Waiting Flag

Indicates if the EMM combined UE waiting flag is set during the CSFB procedure.

Subscription Type

Displays the configured subscription type as either "EPS" or "GPRS".

show subscribers hnbgw-only all


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 22. show subscribers hnbgw-only all Command Output Descriptions
Field Description

vv

Displays service and session state information. This column provides a code consisting of two characters.

From left-to-right, the first character represents the Network Type that the subscriber is using. The possible access types are:

- H: HNB

- P: PS Connection

- C: CS Connection

The second character represents the Call State. The possible call states are:

- R: Registered

- D: Deregistered

- C: Connected

- N: Disconnected

CALLID

Displays the subscriber's call identification (callid) number on HNB-GW in HNB access network.

HNB/UE Id

Displays the HNB or UE identifier on HNB-GW in HNB access network.

HNB IP Address

Displays the HNB IP address registered on HNB-GW service in HNB access network.

show subscribers hnbgw-only full


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 23. show subscribers hnbgw-only full Command Output Descriptions
Field Description

Username

The name of the subscribers accessing HNB-GW over IuH or IuCS or IuPS connection on HNB-GW service.

Access Type

Indicates the access type used by subscriber session over HNB access network. Possible access types are:

- hnbgw-hnb (IuH connection between HNB and HNB-GW)

- hnbgw-iu (IuCS or IuPS connection between HNB-GW and CN)

Network Type

Indicates the type of network used by subscriber session over HNB access network. Possible network types are:

- IP

- IPSec

- Unknown

Access Tech

Indicates the access technology used by subscriber session over HNB access network. Possible access technologies are FEMTO UTRAN or Other/Unknown

callid

Indicates the subscriber's call identification number (callid) used for this session.

msid

Indicates the subscriber's Mobile Station identification (MS id) used for this session.

state

Indicates the state of the subscriber session over HNB access network. The possible session states are:

- R: Registered

- D: Deregistered

- C: Connected

- N: Disconnected

Service Name

Indicates the name of the HNB-GW service for which subscriber information is displayed.

HNB Ip Address

Indicates the primary IP address of the HNB in the session. In HNB-GW session this is the primary IP address of Femto CPE.

User Location (RAI)

Indicates the user location in Femto UTRAN network. This is the Routing Area Identifier (RAI) provided to HNBs during registration with this HNB-GW service. The RAC signifies the routing area that this HNBGW service belongs to and is configured under the PLMN-ID

Service Area Code

Identifies the Service Area (SA) code within a LA (Location Area) used during this HNB-GW session.

GlobalRNCId

Indicates the Global identifier used for Radio Network Controller used by this subscriber session in Femto UTRAN network.

IMSI

Indicates the IMSI number which is currently registered with HNB-GW service session instance.

Registration Type

Indicates the type of registration applies for specific subscriber session over HNB access network. Possible registration types are:
  • Normal: Indicates the normal subscriber session. in this type of session registration multiple Iu sessions and multiple Radio Access Bearers (RABs) are allowed.

  • Emergency: Indicates that current subscriber session is of Emergency type. In this type of session only on Iu session (CS or PS) with only one Radio Access Bearer (RAB) is allowed.

Context Id

Indicates the identity number of the context used by specific subscriber session over HNB-GW service instance.

SGSN Point Code

Indicates the SGSN address in SS7 point code where specific subscriber's IuPS session is attached and serve the PS session in Femto UTRAN access network.

Domain

Indicates the type of core network (CN) domain where specific subscriber's Iu (CS or PS) session is attached and served. Possible domains are:

- Packet Switched (PS) Domain

- Circuit Switched (CS) Domain

PS RABs

This group indicates the status and statistics of RABs used by specific subscriber session over IuPS interface while connected to HNB-PS core network.

Rab id

Indicates the identifier number of PS RAB used by specific subscriber session over IuPS interface while connected to HNB-PS core network.

State

Indicates the state of PS RAB used by specific subscriber session over IuPS interface while connected to HNB-PS core network. Possible states are Established or Released.

GTP-U Tunnel towards CN

This group indicates the setup information of GTP-U tunnel established between HNB-GW and HNB-PS core network (SGSN) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Remote Addr

Indicates the IP address of SGSN used as remote peer node at the end of GTP-U tunnel established between HNB-GW and HNB-PS core network (SGSN) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Remote TEID

Indicates the remote GTP-U tunnel end (SGSN side) identifier used by GTP-U tunnel established between HNB-GW and HNB-PS core network (SGSN) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Local Addr

Indicates the IP address of HNB-GW used by GTP-U tunnel established between HNB-GW and HNB-PS core network (SGSN) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Local TEID

Indicates the local GTP-U tunnel end (HNB-GW side) identifier used by GTP-U tunnel established between HNB-GW and HNB-PS core network (SGSN) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

GTP-U Tunnel towards HNB

This group indicates the setup information of GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Remote Addr

Indicates the IP address of HNB used as remote peer node at the end of GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Remote TEID

Indicates the remote GTP-U tunnel end (HNB side) identifier used by GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Local Addr

Indicates the IP address of HNB-GW used by GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Local TEID

Indicates the local GTP-U tunnel end (HNB-GW side) identifier used by GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Data Fwd GTP-U Tunnel towards SGSN/T-RNC

This group indicates the setup information of Data Forwarding GTP-U tunnel established between HNB-GW and SGSN or target RNC (T-RNC) for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Remote Addr

Indicates the IP address of SGSN/target RNC used as remote peer node at the end of Data forwarding GTP-U tunnel established between HNB-GW and SGSN or target RNC for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Remote TEID

Indicates the remote Data Forwarding GTP-U tunnel end (SGSN or target RNC side) identifier used by GTP-U tunnel established between HNB-GW and SGSN or target RNC for specific subscriber session over IuPS interface while connected to HNB-PS core network.

Data Fwd GTP-U Tunnel towards HNB

This group indicates the setup information of Data Forwarding GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Local Addr

Indicates the IP address of HNB-GW used as local address by Data forwarding GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

Local TEID

Indicates the local Data Forwarding GTP-U tunnel end (HNB-GW side) identifier used by GTP-U tunnel established between HNB and HNB-GW for specific subscriber session over IuH interface while connected to HNB-PS core network.

GTPU

This group indicates the data transmission information for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Bytes Rx

Indicates the total number of bytes received by HNB-GW in downlink direction (from CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Bytes Tx

Indicates the total number of bytes transmitted by HNB-GW in downlink direction (towards HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Packets Rx

Indicates the total number of packets received by HNB-GW in downlink direction (from CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Packets Tx

Indicates the total number of packets transmitted by HNB-GW in downlink direction (towards HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Bytes Rx

Indicates the total number of bytes received by HNB-GW in uplink direction (from HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Bytes Tx

Indicates the total number of bytes transmitted by HNB-GW in uplink direction (towards CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Packets Rx

Indicates the total number of packets received by HNB-GW in uplink direction (from HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Packets Tx

Indicates the total number of packets transmitted by HNB-GW in uplink direction (towards CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Bytes dropped

Indicates the total number of bytes dropped by HNB-GW in downlink direction (from CN to HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Bytes dropped

Indicates the total number of bytes dropped by HNB-GW in uplink direction (from HNB to CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Downlink Packets dropped

Indicates the total number of packets dropped by HNB-GW in downlink direction (from CN to HNB) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Uplink Packets dropped

Indicates the total number of packets dropped by HNB-GW in uplink direction (from HNB to CN) over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

Drop Cause

This group indicates the reasons for packet/bytes dropped by HNB-GW in downlink/uplink direction over GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

RAB not in CONNECTED state

Indicates the total number of packets/bytes dropped by HNB-GW in downlink/uplink direction over GTP-U tunnel for specific subscriber session connected to HNB-PS core network as RAB was not connected when packets/bytes received by HNB-GW.

Miscellaneous

Indicates the total number of packets/bytes dropped by HNB-GW in downlink/uplink direction over GTP-U tunnel for specific subscriber session connected to HNB-PS core network due to Emergency type of session or other unknown cause.

GTPU Fwd Packets Rx

Indicates the total number GTP-U Forward packets received by HNB-GW over Data Forward GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

GTPU Fwd Packets Tx

Indicates the total number GTP-U Forward packets transmitted by HNB-GW over Data Forward GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

Drop Cause

This group indicates the reasons for Data Forward GTP-U packet dropped by HNB-GW over Data forward GTP-U tunnel for specific subscriber session connected to HNB-PS core network.

RAB not in CONNECTED state

Indicates the total number of GTPU Forward packets dropped by HNB-GW over Data Forward GTP-U tunnel for specific subscriber session connected to HNB-PS core network as RAB was not connected when Data forward packets received by HNB-GW.

Miscellaneous

Indicates the total number of GTPU Forward packets dropped by HNB-GW over Data Forward GTP-U tunnel for specific subscriber session connected to HNB-PS core network due to Emergency type of session or other unknown cause.

MSC Point Code

Indicates the MSC address in SS7 point code where specific subscriber's IuCS session is attached and serve the CS session in Femto UTRAN access network.

CS RABs

This group indicates the status and statistics of RABs used by specific subscriber session over IuCS interface while connected to HNB-CS core network.

Rab id

Indicates the identifier number of CS RAB used by specific subscriber session over IuCS interface while connected to HNB-CS core network.

State

Indicates the state of CS RAB used by specific subscriber session over IuCS interface while connected to HNB-CS core network. Possible states are: Established or Released.

IUH interface

This group displays the session setup information of IuH interface between HNB and HNB-GW used by specific subscriber session while connected to HNB-CS core network.

Local RTP Addr

Indicates the local IP address allocated to HNB-GW by RTP IP pool and used by HNB-GW for establishing IuH session with HNB. This address is used for RTP session in specific subscriber session while connected to HNB-CS core network.

Local RTP port

Indicates the local RTP port number used by HNB-GW for establishing IuH session with HNB. This port is used by RTP session in specific subscriber session while connected to HNB-CS core network.

Remote RTP Addr

Indicates the remote IP address allocated to HNB by RTP IP pool and used by HNB-GW for establishing IuH session with HNB. This address is used for RTP session in specific subscriber session while connected to HNB-CS core network.

Remote RTP port

Indicates the local RTP port number used by HNB for establishing IuH session with HNB-GW. This port is used by RTP session in specific subscriber session while connected to HNB-CS core network.

RTP

This group indicates the RTP data packet transmission information for specific subscriber session connected to HNB-CS core network.

RTP Downlink Packets Rx

Indicates the total number of RTP packets received by HNB-GW in downlink direction (from CN) over IuCS interface for specific subscriber session connected to HNB-CS core network.

RTP Uplink Packets Tx

Indicates the total number of RTP packets transmitted by HNB-GW in uplink direction (to CN) over IuCS interface for specific subscriber session connected to HNB-CS core network.

RTP Downlink Packets dropped

Indicates the total number of RTP data packets dropped by HNB-GW in downlink direction (from CN to HNB) over IuH interface for specific subscriber session connected to HNB-CS core network.

Drop Cause

This group indicates the reasons for RTP data packets dropped by HNB-GW in downlink/uplink direction over RTP tunnel for specific subscriber session connected to HNB-CS core network.

RAB not in CONNECTED state

Indicates the total number of packets dropped by HNB-GW in downlink direction over RTP tunnel for specific subscriber session connected to HNB-CS core network as RAB was not connected when RTP packets received by HNB-GW.

Miscellaneous

Indicates the total number of packets dropped by HNB-GW in downlink direction over RTP tunnel for specific subscriber session connected to HNB-CS core network due to Emergency type of session or other unknown cause.

IU interface

This group indicates the data packet transmission information over IuCS interface for specific subscriber session connected to HNB-CS core network.

Transport

Indicates the type of transport used in HNB-GW service instance over IuCS interface for specific subscriber session connected to HNB-CS core network. Possible type of transport are IP or ATM.

AAL2 Node

This group displays the information related to ATM adaptation layer 2 (AAL2) channel used for specific subscriber session connected to HNB-CS core network.

AAL2 Path

Indicates the identity number of AAL2 path used for ATM transport in AAL2 node which is applicable for specific subscriber session connected to HNB-CS core network.

AESA

Indicates the ATM End System Address (AESA) used for ATM transport in AAL2 node which is applicable for specific subscriber session connected to HNB-CS core network.

AAL2

This group indicates the AAL2 packet transmission information over ATM channel for specific subscriber session connected to HNB-CS core network.

AAL2 Downlink Packets Rx

Indicates the total number of AAL2 packets received by HNB-GW in downlink direction (from CN) over ATM channel for specific subscriber session connected to HNB-CS core network.

AAL2 Uplink Packets Tx

Indicates the total number of AAL2 packets transmitted by HNB-GW in uplink direction (to CN) over ATM channel for specific subscriber session connected to HNB-CS core network.

AAL2 Downlink Packets dropped

Indicates the total number of AAL2 packets dropped by HNB-GW in downlink direction (from CN to HNB) over ATM channel for specific subscriber session connected to HNB-CS core network.

Drop Cause

This group indicates the reasons for AAL2 packets dropped by HNB-GW in downlink direction over ATM channel for specific subscriber session connected to HNB-CS core network.

RAB not in CONNECTED state

Indicates the total number of packets dropped by HNB-GW in downlink direction over ATM channel for specific subscriber session connected to HNB-CS core network as RAB was not connected when ATM packets received by HNB-GW.

Miscellaneous

Indicates the total number of packets dropped by HNB-GW in downlink direction over ATM channel for specific subscriber session connected to HNB-CS core network due to Emergency type of session or other unknown cause.

show subscribers hnbgw-service


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 24. show subscribers hnbgw-service svc_name Command Output Descriptions
Field Description

vv

Displays service and session state information. This column provides a code consisting of two characters.

From left-to-right, the first character represents the Network Type that the subscriber is using. The possible access types are:

- H: HNB

- P: PS Connection

- C: CS Connection

The second character represents the Call State. The possible call states are:

- R: Registered

- D: Deregistered

- C: Connected

- N: Disconnected

CALLID

Displays the subscriber's call identification (callid) number on HNB-GW in HNB access network.

HNB/UE Id

Displays the HNB or UE identifier on HNB-GW in HNB access network.

HNB IP Address

Displays the HNB IP address registered on HNB-GW service in HNB access network.

show subscribers mme-only full

Table 25. show subscribers mme-only full Command Output Descriptions
Field Description

Username

The subscriber name connected for EPS session.

Status

Indicates the status of EPS subscriber session. Possible status are Online/Active or Offline/Dormant/Idle.

Access Type

Indicates the type of access applicable for this subscriber. For MME subscribers it should be s1-mme.

Network Type

Indicates the type of network service used for the subscriber session. See

Access Tech

Indicates the accessing technology. For MME session it is eUTRAN.

Access Network Peer ID

Indicates the identifier of the peer in access network.

Peer Id

Indicates the identifier of the peer MME in home network.

callid

The MME subscriber's call identification number (callid).

msid

The MME subscriber's mobile station identification (MSID), and whether the subscriber is unauthenticated (such as during emergency attach).

imei

The MME subscriber's International Mobile Equipment Identity (IMEI).

guti

This group indicates the Globally Unique Temporary Identifier (GUTI) constructed with following identifiers:

- PLMN (MMC and MNC)

- MME Group ID (MMEGI)

- MME Code (MMEC)

- MME TMSI (M-TMSI)

plmn-id

Indicates the public mobile land network (PLMN) of which MME belongs. PLMN is constructed from MMC and MNC.

mme-group-id

Indicates the MME group Id of which MME belongs to.

mme-code

Indicates the MME code of which MME belongs to.

m-tmsi

Indicates the MME TMSI which is used to identify this subscriber in MME service.

MSISDN

Indicates the Mobile Subscriber Integrated Services Digital Network Number (MSISDN) of the subscriber connected to an MME service.

Card/Cpu

The card and CPU ID on which this MME subscriber session is running.

Sessmgr Instance

The session manager instances running for this subscriber.

state

The state of MME subscriber session. The possible values are:

- Connected

- Connecting

- Disconnecting

- Unknown

Peer address

IP address of peer MME system in network.

connect time

Indicate the time in DAYMMMDD HH:MM:SS YYYY format when call connected to MME service.

call duration

Total time lapsed after call connected for this subscriber with this MME service.

idle time

The time period that the subscriber session has been idle, either in an active or dormant state.

ip address

Indicates the primary IP address of the subscriber interface in the session.

mme-service name

Indicates the name of MME service which is serving this subscriber for MME calls.

mme-service context

Indicates the name of system context in which particular MME service which is serving this subscriber for MME calls is configured.

source context

The name of the source context in which the S1-MME interface is configured for this MME service

destination context

The name of the destination context in which the S5/S8 interface is configured for this MME service.

Imsimgr Instance

The IMSI Manager instance holding the mapping entry for a subscriber session is displayed as part of the subscriber session information.

DCNR Devices

Indicates the number of DCNR devices attached to the MME.

show subscribers summary pgw only

Table 26. show subscribers summary pgw only Command Output Descriptions
Field Description

EUTRAN

The total number of EUTRAN PDNs by RAT-Type.

UTRAN

The total number of UTRANs PDNs by RAT-Type.

GERAN

The total number of GERANs PDNs by RAT-Type.

WLAN

The total number of WLANs PDNs by RAT-Type.

Other

The total number of Others PDNs by RAT-Type.

show subscribers pdif-service

Table 27. show subscribers pdif-service Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible network types are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

The fifth character represents the Link Status of the session. The possible idle states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected)

The sixth character represents the session Network Type. See

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP

Displays the IP address assigned to the subscriber.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers pgw-only full all

Table 28. show subscribers pgw-only full all Command Output Descriptions
Field Description

Access Type

Indicates the session type for this subscriber. See Common Attributes in this chapter.

Network Type

Indicates the network service used for the subscriber session. See Common Attributes in this chapter.

Access Tech

Indicates the accessing technology. See Common Attributes in this chapter.

pgw-service-name

The name of the P-GW service configured and running on the system.

Callid

The subscriber's call identification number (callid).

IMSI

The International Mobile Subscriber Identification (IMSI) which is the 3-digit MCC (Mobile Country Code), 2 or 3-digit MNC (Mobile Network Code), and the MSIN (Mobile Subscriber Identification Number).

MSISDN

The Mobile Station International ISDN Number (MSISDN) of the subscriber node.

External ID

The External-Id that is used as an alternative ID for the MSISDNLess device. External-Id is received in the Network Access Identifier (NAI) format with a maximum size of 22 characters. The operator must ensure the correct format and size of the External-Id value.

Interface Type

Indicates the type of interface.

Low Access Priority

Displays whether or not LAPI (Low Access Priority Indicator) PDN sessions are rejected due to overload.

TWAN Mode

Displays TWAN mode value associated with a P-GW subscriber. Possible TWAN modes are:

  • Multi-connection Mode

  • Single-connection Mode

  • Transparent Single Connection Mode

Emergency Bearer Type

The Emergency Bearer Type of the subscriber session.

S6b Returned Virtual APN

Displays the S6b returned full virtual APN name, if the Virtual APN Truncation feature is enabled. Otherwise, it displays "N/A".

For more information on this feature, see the Rf Interface Support chapter in the administration guide of the product you are deploying.

Restoration priority level

Displays the value of restoration priority associated with a P-GW subscriber.

S6b Auth Status

S6b Auth Status shown as By-passed if S6b auth failed and in the assumed positive state.

Bearer State

in packet dropped sgw restoration state

Uplink packets dropped during S-GW Restoration.

in bytes dropped sgw restoration state

Uplink bytes dropped during S-GW Restoration.

out packet dropped sgw restoration state

Downlink packets dropped during S-GW Restoration.

out bytes dropped sgw restoration state

Downlink bytes dropped during S-GW Restoration.

Paging Policy Differentiation

Displays whether or not the PPD feature is enabled.

multiple-pra

Multiple Presence Reporting Area Information Reporting.

4G MHS Input Bytes

The total number of input bytes used with 4G Tethering.

4G MHS Output Bytes

The total number of output bytes used with 4G Tethering.

5G MHS Input Bytes

The total number of input bytes used with 5G Tethering.

5G MHS Output Bytes

The total number of ouput bytes used with 5G Tethering.

5G Composite Input Bytes

The total number of input bytes used with 5G Composite (Tethering and non-Tethering).

5G Composite Output Bytes

The total number of ouput bytes used with 5G Composite (Tethering and non-Tethering).

show subscribers pgw-only summary

Table 29. show subscribers pgw-only summary Command Output Descriptions
Field Description

Total S6b Assume Positive

Total number of subscribers in the assumed positive state.

show subscribers policy

Table 30. show subscribers policy Command Output Descriptions
Field Description

PCC rule stats

Install requests

Total number of Policy Control and Charging (PCC) rule install requests.

Remove requests

Total number of PCC rule removal requests.

Installed uplink

Total number of PCC rules installed for uplink direction.

Installed downlink

Total number of PCC rules installed for downlink direction.

Activate requests

Total number of PCC rule activate requests.

Deactivate requests

Total number of PCC rule deactivate requests.

Activate group

Total number of policy groups activated.

Deactivate group

Total number of policy groups deactivated.

Active Rules

Total number of active rules.

Temp Inactive Rules

Total number of temporary inactive rules.

PCC rule failure stats

Rule install failure

Total number of PCC rule install failures.

Rule remove failure

Total number of PCC rule removal failures.

Activation failure

Total number of PCC rule activation failures.

Deactivation failure

Total number of PCC rule deactivation failures.

Group activation failure

Total number of policy group activation failures.

Group deactivation failure

Total number of policy group deactivation failures.

Event stats

Session up

Total number of subscriber sessions up.

Session down

Total number of subscriber sessions down.

Handoff

Total number of handoffs occurred.

RAT change

Total number of Radio Access Type (RAT) changes occurred.

User location change

Total number of user location changes occurred.

Default Bearer QoS change

Total number of default bearer QoS changes occurred.

Flow create

Total number of flows created.

Flow delete

Total number of flows deleted.

Bearer loss

Total number of bearer loss.

Bearer recovery

Total number of bearer recoveries after loss of bearer.

Update tft

Total number of Traffic Flow Template (TFT) updates.

Update qos

Total number of QoS updates.

UE Time Zone change

Total number of UE time zone changes occurred.

Event failure stats

Session up

Total number of session up failures.

Session down

Total number of session down failures.

Handoff

Total number of handoff failures.

RAT change

Total number of RAT change failures.

User location change

Total number of user location change failures.

Default Bearer QoS change

Total number of default bearer QoS change failures.

Flow create

Total number of flow creation failures.

Flow delete

Total number of flow deletion failures.

Bearer loss

Total number of bearer loss failures.

Bearer recovery

Total number of bearer recovery failures.

Update tft

Total number of TFT update failures.

Update qos

Total number of QoS update failures.

UE Time Zone change

Total number of UE time zone change failures.

Auth stats

Auth request

Total number of authorization requests sent.

Auth failure

Total number of authorization request failures.

Reauth request

Total number of re-authorization requests sent.

Reauth request failure

Total number of re-authorization request failures.

Terminate request

Total number of terminate requests sent.

Terminate request failure

Total number of terminate request failures.

show subscribers rulename <rule_name>

Table 31. show subscribers rulename <rule_name> Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers saegw-only full all

The output of the show subscribers saegw-only full all command displays the following details:

Field

Description

4G MHS Input Bytes

The total number of input bytes used with 4G Tethering.

4G MHS Output Bytes

The total number of output bytes used with 4G Tethering.

5G MHS Input Bytes

The total number of input bytes used with 5G Tethering.

5G MHS Output Bytes

The total number of ouput bytes used with 5G Tethering.

5G Composite Input Bytes

The total number of input bytes used with 5G Composite (Tethering and non-Tethering).

5G Composite Output Bytes

The total number of ouput bytes used with 5G Composite (Tethering and non-Tethering).

Access Tech: Indicates the accessing technology. See Common Attributes in this chapter.

show subscribers without-dynamic-rule

Table 32. show subscribers without-dynamic-rule Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers without-override-control

Table 33. show subscribers without-override-control Command Output Descriptions
Field Description

Access Type

Indicates the type of access for this subscriber. See, Access Types.

Access Tech

Represents the Access Technology. See, Access Technologies.

Call State

The call state. See, Call States.

Access CSCF State

The access state of the session. The possible states are:

- A: Attached

- N: Not Attached

- . (period): Not Applicable

Link Status

Indicates the status of the flow. The possible states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected

Network Type

Indicates the session Network Type. See, Network Types.

vvvvvv

Displays service and session state information. This column displays a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using.

The second character represents the Access Technology.

The third character represents the Call State.

The fourth character represents the Access CSCF Status of the session.

The fifth character represents the Link Status of the session.

The sixth character represents the session Network Type.

CALLID

The subscriber's call identification (callid) number.

MSID

The subscriber's mobile station identification (MSID) number.

USERNAME

The subscriber's user name.

IP

The IP address assigned to the subscriber.

TIME-IDLE

The amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers sgsn-only full

Table 34. show subscribers sgsn-only full Command Output Descriptions
Field Description

Source context

Specifies the name of a configured source context from which the subscriber initiates a session.

Destination context

Specifies the name of a configured destination context through which the subscriber is provided access to the packet data network.

Accounting context

Specifies the name of a configured accounting context through which the subscriber is provided accounting of data session.

Subscriber Plmn Type

Indicates the subscriber type of Public Land Mobile Network area. Possible values are:

- H: Home networks

- F: Foreign networks

- U: Unknown networks

Charging Characteristics

Displays the Charging characteristics. Hot Billing, Flat rate Billing, Prepaid Billing and Normal Billing

Charging Characteristics Selection Mode

Displays the selection mode of the Charging characteristics.

MNRG Flag

The MNRG (Mobile Not Reachable for GPRS) flag indicates whether activity from the MS will be reported to the HLR or not. Possible values are True or False.

PPF

The PPF (Page Proceed Flag) indicates whether paging for PS and CS services can be initiated. Possible values are True or False.

NGAF

The NGAF (Non-GRPS Alert Flag) indicates whether activity from the MS will be reported to the MCSC/VLR. Possible values are True or False.

VLR-Reliable

Set to 'false' when the SGSN has received a reset indication from the VLR. The SGSN may request the MS, upon reception of the next routing area update (either periodic routing area update or combined routing and location area update) procedure, to re-attach to non-GPRS services if the MS is still IMSI attached to non-GPRS services. Alternatively, the SGSN may upon reception of a combined routing and location area update request or a periodic routing area update from a MS that is still attached for non-GPRS service, perform immediately the location update for non-GPRS services procedure.

VLR-Association

States associated to the Gs interface in the VLR. Possible states are:

- Gs-NULL

- LA-UPDATE PRESENT

- Gs-ASSOCIATED

NRI Assigned

The Network Resource Identifier (NRI) is used either when Iu-flex or Gb-flex is used or when MOCN configuration is used for network sharing. NRI is a 1-10 bit length value that is a part of PTMSI. This de-multiplexes which SGSN handles the subscriber at the RNC or BSS. The NRI that was chosen for this subscriber is shown and this is useful to know when this SGSN is configured with more than one NRI.

Network Sharing Capability

Specifies the MS support for network shearing.

When network sharing feature is enabled, it is possible that the MS is a supporting MS or a non-supporting MS. The three possible values the MS Network Sharing Support feature can hold are:

- Not Applicable (Network Sharing is not enabled)

- Not Supported (Network Sharing is enabled; MS does not support this feature.)

- Supported (Network Sharing is enabled; MS supports this feature.)

Access Type

Access type that the subscriber is using. Following are some examples of access type, pdsn- simple-ip, ha-mobile-ip or ggsn-pdp-type-ipv4.

Access Tech

Access technology used by the subscriber. Following are some example s of access technology WCDMA, UTRAN, FEMTO UTRAN.

Callid

Displays subscriber's call identification number.

State

The call state. Possible states are C: connected, c: Connecting, d: Disconnecting.

RFSP Id in Use

Displays the value of the RFSD Id. used.

Connect Time

Time of connection in Day Month d hh:mm:ss yyyy format.

Network Type

Type of network. Following are some of the examples of network type IP, Mobile IP, L2TP.

Idle Time

Time period in hh:mm:ss format, for this duration the subscriber session has been idle, either in active or in dormant state.

User Location (RAI)

Location of the user in the type of network. This is the Routing Area Identifier (RAI) provided during the registration with the GW service. The RAI signifies the routing area belonging to the GW service.

Serving PLMN

Identification of serving Public Land Mobile Network (PLMN).

Global RNC-Id

Displays information related to Global Radio Network Controller (RNC) settings used by CS core network for a GW service on a chassis. It is configured under PLMN Id.

VLR Number

Total number of VLRs associated with this application.

ISR-Activated

S4-SGSN only: Indicates if the Idle-Mode Signaling Reduction (ISR) feature is enabled (True) or disabled (False) on the SGSN.

MME Ctrl Teid

S4-SGSN only: If the ISR-Activated field reads True, this field provides the MME Control Tunnel Endpoint Identifier (Teid). The Ctrl TEID is the specific S3 tunnel on the MME being used for this ISR-activated subscriber.

MME IP Address

S4-SGSN only: If the ISR-Activated field reads True, this field provides the IP address of the MME associated with this ISR-activated subscriber.

GEA/1

Total number of currently attached subscribers that are affecting MS network capability by using GPRS Encryption Algorithm (GEA)/1 encryption.

GEA/2

Total number of currently attached subscribers that are affecting MS network capability by using GEA/2 encryption.

GEA/3

Total number of currently attached subscribers that are affecting MS network capability by using GEA/3 encryption.

GEA/4

Total number of currently attached subscribers that are affecting MS network capability by using GEA/4 encryption.

GEA/5

Total number of currently attached subscribers that are affecting MS network capability by using GEA/5 encryption.

GEA/6

Total number of currently attached subscribers that are affecting MS network capability by using GEA/6 encryption.

GEA/7

Total number of currently attached subscribers that are affecting MS network capability by using GEA/7 encryption.

LCS VA Capability

Specifies availability of Location Service (LCS) Value Added (VA) capability.

Split PG Cycle Code

Value of Split PG Cycle parameter, for the Discontinuous Reception (DRX).

SPLIT on CCCH

Availability of split on CCCH parameter for Discontinuous Reception (DRX).

APN

Access Point Name associated with the user name or subscriber.

NSAPI

subscriber's Network Service Access Point Identifier (NSAPI).

Context Initiated By

Session context initiator for example an MS.

Direct Tunnel

Specifies whether a direct tunnel between RAN and GGSN is established, not established or torn down by the SGSN.

Fast Path

Specifies whether the fast path is established so that SGSN can perform other signaling procedures and higher services or such fast path is not established.

Charging Characteristics

Associated charging characteristics profile for example hot or normal or pre-paid or flat billing.

Charging Characteristics Selection Mode

Selection mode of associated charging characteristics for example APN.

Charging Id

Contains a unique identifier that can be used for correlating charging records and events.

APN Selection Mode

Type of associated APN selection method. For example an APN selection mode can be chosen by SGSN, sent by MS or subscribed.

Bearer Control Mode

BCM mode is applicable to all PDP contexts within the activated PDP Address/APN pair and is stored common to all PDPs of a bundle. All PDPs in the bundle will display the same information. This parameter represents the latest Bearer Control Mode (BCM) information received, by an SGSN in a UMTS network from a GGSN, in Create PDP Context Response or Update PDP Context Request/Response messages. Value for this field is either "MS only" or "MS/NW" (also known as mixed mode) in accordance with section 7.7.83 of 3GPP TS 29.060 R9.

EUTRAN Service Handover

Indicates if the system is configured to include the E-UTRAN Service Handover Information Element (IE) in RAB Assignment Request and Relocation Request RANAP messages.

Requested and Negotiated QoS

A Quality of Service Profile (QoS) profile for the GPRS is defined using service parameters such as:

- Reliability class

- Delay class

- Traffic class

- Max sdu size

- Max bit rate uplink

- Max bit rate downlink

- Residual bit error rate

- Sdu error rate

- Traffic handling priority

- Transfer delay

- Guaranteed bit rate uplink

- Guaranteed bit rate downlink

- Precedence class

- Peak throughput

- Mean throughput

Using these parameters an MS requests the network with specific values for the QoS profile parameters and the network provides the negotiated values of the profile parameters. There can be a difference between the values of the QoS parameters requested by the Mobile Station (MS), and those negotiated with the network.

Reliability Class (Requested QoS)

It is a QoS attribute associated with reliability. It considers reliability attributes such as delivery order, traffic handling priority as well as allocation and retention priority.

Delay Class (Requested QoS)

It is a QoS attribute associated with traffic flow, the delay class indicates network transient as well as transfer delay.

Traffic Class (Requested QoS)

It is a QoS attribute indicating various categories of traffic. For example a traffic class can be, Conversational, Streaming, Background, Interactive 1, Interactive 2 or Interactive 3.

Max sdu Size (Requested QoS)

It is a QoS attribute that indicates maximum allowable size of Service Data Units (SDUs).

Max Bit Rate Uplink (Requested QoS)

It is a QoS attribute indicating maximum allowable rate in kbps for sending the data from an MS to network.

This is a requested QoS parameter indicating the upper limits requested by the subscriber or the default values provided as per the QoS profile.

Max Bit Rate Downlink (Requested QoS)

It is a QoS attribute indicating maximum allowable rate in kbps for sending the data from the network to an MS.

Residual Bit Error Rate (Requested QoS)

It is a QoS attribute indicating reliability based on residual Bit Error Rate (BER). For specific traffic class such as conversational, streaming, interactive or background certain range of residual BER is required.

Sdu Error Rate (Requested QoS)

It is a QoS attribute indicating reliability based on Service Delivery Unit (SDU) error rate. For specific traffic class such as conversational, steaming, interactive or background certain range of Sdu Error Rate is required.

Traffic Handling Priority (Requested QoS)

It is a QoS attribute indicating the importance or priority of handling SDUs belonging to a specific PDP context as compared to any other PDP context.

Transfer Delay (Requested QoS)

It is a QoS attribute. It indicates the delay encountered in ms while delivering about 95% SDUs in the life time of a given bearer service.

Guaranteed Bit Rate Uplink (Requested QoS)

It is a QoS attribute. It is a rate that indicates the guaranteed number of bits delivered by the MS to the SGSN in a specific time frame divided by the duration.

Guaranteed Bit Rate Downlink (Requested QoS)

It is a QoS attribute. It is a rate that indicates the guaranteed number of bits delivered by the SGSN to the MS in a specific time frame, divided by the duration.

Precedence Class (Requested QoS)

It is a QoS attribute that indicates the service precedence supported by the SGSN by discarding packets based on the basis of requested and negotiated precedence between MS and UTRN. For example a precedence class can have values such as high, normal and low.

Peak Throughput (Requested QoS)

It is a QoS attribute that indicates configured maximum allowed throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between SGSN and MS.

Mean Throughput (Requested QoS)

It's a QoS attribute that indicates configured mean throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between SGSN and MS.

Reliability Class (Negotiated QoS)

It is a QoS attribute associated with reliability. It considers reliability attributes such as delivery order, traffic handling priority as well as allocation and retention priority.

Delay Class (Negotiated QoS)

It is a QoS attribute associated with traffic flow, the delay class indicates network transient as well as transfer delay.

Traffic Class (Negotiated QoS)

It is a QoS attribute indicating various categories of traffic. For example a traffic class can be, Conversational, Streaming, Background, Interactive 1, Interactive 2 or Interactive 3.

Max sdu Size (Negotiated QoS)

It is a QoS attribute that indicates maximum allowable size of Service Data Units (SDUs).

Max Bit Rate Uplink(Negotiated QoS)

It is a QoS attribute indicating maximum allowable rate in kbps for sending the data from an MS to network.

Max Bit Rate Downlink (Negotiated QoS)

It is a QoS attribute indicating maximum allowable rate in kbps for sending the data from the network to an MS.

Residual Bit Error Rate (Negotiated QoS)

It is a QoS attribute indicating reliability based on residual Bit Error Rate (BER). For specific traffic class such as conversational, streaming, interactive or background certain range of residual BER is required.

Sdu Error Rate (Negotiated QoS)

It is a QoS attribute indicating reliability based on Service Delivery Unit (SDU) error rate. For specific traffic class such as conversational, steaming, interactive or background certain range of Sdu Error Rate is required.

Traffic Handling Priority (Negotiated QoS)

It is a QoS attribute indicating the importance or priority of handling SDUs belonging to a specific PDP context as compared to any other PDP context.

Transfer Delay (Negotiated QoS)

It is a QoS attribute. It indicates the delay encountered in ms while delivering about 95% SDUs in the life time of a given bearer service.

Guaranteed Bit Rate Uplink (Negotiated QoS)

It is a QoS attribute. It is a rate that indicates the guaranteed number of bits delivered by the MS to the SGSN in a specific time frame divided by the duration.

Guaranteed Bit Rate Downlink (Negotiated QoS)

It is a QoS attribute. It is a rate that indicates the guaranteed number of bits delivered by the SGSN to the MS in a specific time frame, divided by the duration.

Precedence Class (Negotiated QoS)

It is a QoS attribute that indicates the service precedence supported by the SGSN by discarding packets based on the basis of requested and negotiated precedence between MS and UTRN. For example a precedence class can have values such as high, normal and low.

Peak Throughput (Negotiated QoS)

It is a QoS attribute that indicates configured maximum allowed throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between SGSN and MS.

Mean Throughput (Negotiated QoS)

It's a QoS attribute that indicates configured mean throughput rate. This attribute along with other attributes such as precedence, delay and reliability classes can be used for shaping traffic between SGSN and MS.

Downlink traffic-rate-limit

The limit or maximum allowable value for rate of traffic from UTRAN to the MS. This limit can be enabled or disabled.

Uplink traffic-rate-limit

The limit or maximum allowable value for the rate of traffic from MS to UTRAN. This limit can be enabled or disabled.

Input Packets

Number of packets received for example management packets or pass packets.

Input Bytes

Number of bytes received.

Input Packets Dropped

Number of packets that were dropped while receiving data for this subscriber session.

Input Bytes Dropped

Number of bytes dropped while receiving data for this subscriber session.

Input Packets Dropped due to LORC

Number of packets that were dropped while receiving that data due to Loss Of Radio Coverage (LORC).

Input Bytes Dropped due to LORC

Number of bytes that were dropped while receiving that data due to Loss Of Radio Coverage (LORC).

Output Packets Dropped

Number of packets that were dropped while transmitting data for this subscriber session. It includes packets blocked by Access Control Lists (ACLs).

Output Bytes Dropped

Number of bytes that were dropped while transmitting data for this subscriber session.

Output Packets Dropped due to LORC

Number of packets that were dropped while UE was out of coverage area or radio coverage was lost for a subscriber. This is applicable when SGSN notifies update PDP contexts for QoS charge. With GTP-C extension for Loss Of Radio Coverage (LORC) and GGSN is enabled for overcharging protection for subscriber due to LORC.

Pk Rate From User (bps)

Peak or maximum data rate, in bits per second for the data that is sent by the subscriber to the network during last sampling period. The sampling period is 30 seconds.

Pk Rate to User (bps)

Peak or maximum data rate, in bits per second for the data that is received by the subscriber from the network during last sampling period. The sampling period is 30 seconds.

Sust Rate From User (bps)

Sustainable rate of packet transmission by the subscriber to the network, in bits per seconds. The sampling period is 30 seconds.

Sust Rate to User (bps)

Sustainable speed or rate of packet reception by the subscriber from the network, in bits per seconds. The sampling period is 30 seconds.

Ave Rate From User (bps)

Mean or average data rate, in bits per second for the data that is sent from the subscriber to the network for last three sampling periods. The sampling period is 30 seconds.

Ave Rate to User (bps)

Mean or average data rate, in bit per second for the data that is received by the subscriber from the network for last three sampling periods. The sampling period is 30 seconds.

Current PTMSI

Current value of Packet Temporary Mobile Subscriber Identifier (P – TMSI), an identifier allocated to UE by SGSN.

Current PTMSI Acked by MS

Specifies whether the current P-TMSI is acknowledged by the mobile station.

Any Previous PTMSI

Specifies presence or absence of any previous P-TMSI.

MNRG Flag

Current status of Mobile Not Reachable for GPRS (MNRG) flag. This flag indicates whether the MS activates are being reported to HLR or not. Possible values for this flag are true or false.

Subscriber offload status

Indicates the subscriber offload status.

PDP Context Id (PDP Subscription)

Identifies the PDP context for PDP subscription data.

APN (PDP Subscription)

Identifies the Access Point Name (APN) associated with this PDP subscription.

PDP Type (PDP Subscription)

Category of PDP context. For example it can be IPv4, IPv6 or PPP.

PDP Address Type (PDP Subscription)

Category or type of PDP address allocation. For example the address type can be static or dynamic.

Ext PDP Address Type (PDP Subscription)

Category or type of address allocation for external PDP address. For example it can be static or dynamic.

Charging Characteristics (PDP Subscription)

Category of charging characteristics associated with this PDP subscription. For example it can be normal billing or hot billing.

VPLMN Address Allowed (PDP Subscription)

Specifies whether the address of Visited Public Land Mobile Network is allowed or not allowed.

Reliability Class (PDP Subscription)

Reliability class associated with the PDP subscription. It considers reliability attributes such as delivery order, traffic handling priority, as well as allocation and retention priority. For example reliability class for PDP subscription can be unacknowledged GTP, LLC, acknowledged RLC or protected data.

Delay Class (PDP Subscription)

Defined category of network transient delay for the PDP subscription data. For example class 4.

Precedence Class (PDP Subscription)

Service precedence delay supported by SGSN by discarding or allowing packets based on the precedence class for the PDP subscription. For example the precedence class for PDP subscription can be high priority.

Peak Throughput (PDP Subscription)

Configured maximum allowed throughput rate for the PDP subscription. Along with other fields such as reliability, delay or precedence class, it can be used for traffic shaping.

Mean Throughput (PDP Subscription)

Configured mean throughput rate for the PDP subscription. Along with other fields such as reliability, delay or precedence class, it can be used for traffic shaping.

Allocation/Retention Priority (PDP Subscription)

Allocation, retention priority indicates the reliability of the PDP subscription data. For example for various traffic classes such as conversational, streaming, interactive and background, this priority can be defined as 1, 2 or 3.

Delivery of Erroneous SDUs (PDP Subscription)

Status of the delivery of erroneous Service Delivery Units (SDUs) for the PDP subscription. For example it indicates whether the delivery of erroneous SDU's is detected or not.

Traffic Class (PDP Subscription)

Category of traffic associated with this PDP subscription. Traffic is broadly categorized as Conversational, streaming, Background and Interactive.

Max SDU Size (PDP Subscription)

Maximum allowable size of Service Data Units (SDUs) in octets, which is associated with this PDP subscription data.

Max Bit Rate Uplink (PDP Subscription)

Maximum allowable rate in kbps for sending that data from an MS to network, that is associated with the PDP subscription.Indicates maximum allowable rate in kbps for sending that data from an MS to network, that is associated with the PDP subscription.

Max Bit Rate Downlink (PDP Subscription)

Maximum allowable rate in kbps for sending the data from network to the MS, which is associated with the PDP subscription.

Residual Bit Error Rate (PDP Subscription)

Reliability based on residual Bit Error Rate (BER) associated with PDP subscription. For specific traffic class such as conversational, streaming, interactive or background, certain range of residual BER is required.

SDU Error Rate (PDP Subscription)

Reliability class based on Service Delivery Unit (SDU) error rate associated with the PDP subscription. For specific traffic class such as Conversational, Streaming, Interactive or background, certain range of SDU error rate is required.

Traffic Handling Priority (PDP Subscription)

Priority or importance of handling SDUs belonging to a specific context associated with the PDP subscription.

Transfer Delay (PDP Subscription)

Delay encountered in ms, while delivering about 95% of SDUs associated with the PDP context, in the life time of the bearer service.

Guaranteed Bit Rate Uplink (PDP Subscription)

Guaranteed number of bits delivered by MS to network in kbps for the associated PDP context.

Guaranteed Bit Rate Downlink (PDP Subscription)

Guaranteed number of bits delivered by network to MS, in kbps for the associated PDP context.

SSAF

Indicates if the SSAF flag is set during the CSFB procedure.

EMM Combined UE Waiting Flag

Indicates if the EMM combined UE waiting flag is set during the CSFB procedure.

Higher Than 16 Mbps

Displays the MM context value of the "higher bit rates than 16 Mbps" flag as either Allowed or Not Allowed or Unknown.

Subscription Type

Displays the configured subscription type as either "EPS" or "GPRS".

Evolved Allocation/Retention Priority

Displays the Evolved Allocation/Retention Priority parameters.

Priority level

Indicates the configured priority level of the E-ARP.

Pre-emption Vulnerability

Displays the configured pre-emption vulnerability value, the value is configured as either "0" or "1".

Pre-emption Capability

Displays the configured pre-emption capability value, the value is configured as either "0" or "1".

AMBR

Displays the Aggregate Maximum Bit Rate (AMBR) in bits per second.

Negotiated APN-AMBR UL

Displays the negotiated APN-AMBR value in uplink direction.

Negotiated APN-AMBR DL

Displays the negotiated APN-AMBR value in downlink direction.

Max-Requested-Bandwidth-UL

Displays the maximum requested bandwidth in uplink direction.

Max-Requested-Bandwidth-DL

Displays the maximum requested bandwidth in downlink direction.

Applied UE-AMBR DL

Displays the AMBR value applicable to the UE in downlink direction.

show subscribers sgsn-only summary

Table 35. show subscribers sgsn-only summary Command Output Descriptions
Field Description

Total Subscribers

Total Connected Subscribers

Total Idle Subscribers

Total Detached Subscribers

Total Active Subscribers

Total Subscribers using HLR

The total number of SGSN subscribers authorized via the home location register (HLR).

Total Subscribers using HSS

The total number of SGSN subscribers authorized via the home subscriber server (HSS).

Total PDP contexts

pdp-type-ipv4

pdp-type-ppp

pdp-type-ipv6

PDP contexts with direct tunnel

Description: This proprietary statistic indicates the total number of PDP contexts activated with direct tunnel.

Triggers: Increments when PDP context with direct tunnel feature is activated for a subscriber.

Availability: per RNC, per RA, per SGSN service

LCS Subscription

GMLC List

Counter to display GMLC List information.

GMLC Address

Displays GMLC Address.

LCS Privacy Exception List

Displays the LCS privacy exception list.

LCS Privacy Class

Displays the LCS Privacy Class information.

SS Code

Displays the SS Code.

SS Status

Displays the SS Status.

Notification to MS User

Displays the notifications to MS user.

External Client List

Counter to display the external client list.

External Client Id

Counter to display the external client Id.

GMLC Restriction

Displays the GMLC Restriction.

PLMN Client List

Counter to display the PLMN Client List.

PLMN

Displays the PLMN Id.

Service List

Counter to display the Service List.

Service Type Id

Counter to display the Service Type Id.

MOLR List

Displays the MOLR List.

MOLR Class

Displays the MOLR Class.

Ext PDP Type

Displays the PDP type.

Ext PDP Address Type

Displays the Ext. PDP Address Type only if Ext-PDP-Type is 'IPV4-V6'.

Ext PDP address

Displays the Ext. PDP Address only if Ext-PDP-Type is 'IPV4-V6'.

PGW Allocation Type

The PDN Allocation Type field in the EPS Subscription section of the "show subscribers sgsn-only full" and "show subscribers gprs-only full" commands has been renamed to avoid confusing this field with the PDP Address Allocation Type. The field has been renamed PGW Allocation Type.

show subscribers sgsn-only partial qos negotiated

Table 36. show subscribers sgsn-only partial qos negotiated Command Output Descriptions
Field Description

QoS

Indicates the type of action for QoS. Possible values are:

- QoS Requested (Re)

- QoS Negotiated (Neg)

Traffic Class

Specifies the class of traffic. Possible values are:

- Conversational (Conv)

- Streaming (Strm)

- Background (Back)

- Interactive (Intr)

- Unknown (Unkn)

Value

Specifies the status of QoS and subscriber. Possible values are:

- Subscribed (Subs)

- Reserved (Resv)

- Best Effort (Best)

- Negotiated (Nego)

IMSI

Indicates the International Mobile Subscriber identity of subscriber.

NSAPI

Indicates the Network Service Access Point Identifier of the subscriber.

Peak Thruput octet/h

The peak throughput in octets per hour for this subscriber.

Mean Thruput octet/h

The mean throughput in octets per hour for this subscriber.

MAX SDU Size

The maximum size of service data unit (SDU) in KB.

MBR UP kbps

The maximum bit rate in kilobit per second allowed for this subscriber for upload.

MBR Down kbps

The maximum bit rate in kilobit per second allowed for this subscriber for download.

GBR UP kbps

The guaranteed bit rate in kilobit per second allowed for this subscriber for upload.

GBR Down kbps

The guaranteed bit rate in kilobit per second allowed for this subscriber for download.

show subscribers sgw-address

Table 37. show subscribers sgw-address Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Access CSCF Status of the session. The possible network types are:

A - Attached

N - Not Attached

. (period) - Not Applicable

The fifth character represents the Link Status of the session. The possible idle states are:

A - Online/Active

D - Dormant/Idle

The sixth character represents the session Network Type. See

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP

Displays the IP address assigned to the subscriber.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

show subscribers summary without-dynamic-rule without-override-control rulename <rule_name>


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 38. show subscribers summary Command Output Descriptions
Field Description

Total Subscribers

Displays the total number of subscribers active or dormant on system. This counter also displays the packet and flow status and reasons for them:

Type of subscribers and packet/flow status are:

- pdsn-simple-ipv4

- pdsn-simple-ipv6

- pdsn-mobile-ip

- ha-mobile-ipv6

- hsgw-ipv6

- hsgw-ipv4

- hsgw-ipv4-ipv6

- pgw-pmip-ipv6

- pgw-pmip-ipv4

- pgw-pmip-ipv4-ipv6

- pgw-gtp-ipv6

- pgw-gtp-ipv4

- pgw-gtp-ipv4-ipv6

- sgw-gtp-ipv6

- sgw-gtp-ipv4

- sgw-gtp-ipv4-ipv6

- sgw-pmip-ipv6

- sgw-pmip-ipv4

- sgw-pmip-ipv4-ipv6

- mme

- ipsg-rad-snoop

- ipsg-rad-server

- ha-mobile-ip

- ggsn-pdp-type-ppp

- ggsn-pdp-type-ipv4

- lns-l2tp

- ggsn-pdp-type-ipv6

- ggsn-mbms-ue-type-ipv4

- pdif-simple-ipv4

- pdif-simple-ipv6

- pdif-mobile-ip

- pdg-direct-ip

Total Subscribers (cont.)

- pdg-ttg

- femto-ip

- epdg-pmip-ipv6

- epdg-pmip-ipv4

- epdg-pmip-ipv4-ipv6

- sgsn

- sgsn-pdp-type-ppp

- sgsn-pdp-type-ipv4

- sgsn-pdp-type-ipv6

- sgsn-pdp-type-ipv4-ipv6

- type not determined

- sgsn-subs-type-g

- nsgsn-subs-type-s4

- sgsn-pdp-type-g

- nsgsn-pdp-type-s4

- asngw-simple-ipv4

- asngw-simple-ipv6

- asngw-mobile-ip

- asngw-non-anchor

- asngw-auth-only

- phsgw-simple-ipv4

- phsgw-simple-ipv6

- phsgw-mobile-ip

- phsgw-non-anchor

- cdma 1x rtt sessions

- cdma evdo sessions

- cdma evdo rev-a sessions

- cdma 1x rtt active

- cdma evdo active

- cdma evdo rev-a active

- asnpc-idle-mode

- phspc-sleep-mode

- hnbgw

- hnbgw-iu

- bng

- pcc

Total Subscribers (cont.)

- in bytes dropped

- out bytes dropped

- in packet dropped

- out packet dropped

- in packet dropped zero mbr

- out packet dropped zero mbr

- ipv4 ttl exceeded

- ipv4 bad hdr

- ipv4 bad length trim

- ipv4 frag failure

- ipv4 frag sent

- ipv4 in-acl dropped

- ipv4 out-acl dropped

- ipv4 in-mcast pkt dropped

- ipv4 in-bcast pkt dropped

- ipv6 bad hdr

- ipv6 bad length trim

- ipv6 in-acl dropped

- i pv6 out-acl dropped

- i pv4 in-css-down dropped

- ipv4 out-css-down dropped

- ipv4 out xoff pkt dropped

- ipv6 out xoff pkt dropped

- ipv4 xoff bytes dropped

- ipv6 xoff bytes dropped

- ipv4 out no-flow dropped

- ipv4 early pdu rcvd

- ipv4 icmp packets dropped

- ipv6 input ehrpd-access drop

- ipv6 output ehrpd-access drop

- dormancy count

- handoff count

- pdsn fwd dynamic flows

- pdsn rev dynamic flows

- fwd static access-flows

- rev static access-flows

- pdsn fwd packet filters

- pdsn rev packet filters

- traffic flow templates

Active

Displays the total number all type of Active subscribers on the chassis.

Dormant

Displays the total number all type of Dormant subscribers on the chassis.

show subscribers tft

Table 39. show subscribers tft Command Output Descriptions
Field Description

Username

Specifies the name of the subscriber.

callid

Displays the subscriber's call identification number (callid).

msid

Displays the subscriber's mobile station identification (MSID).

Number of TFTs

Displays the number of Traffic Flow Templates (TFTs).

MS IP Address

Displays the MS IP address.

Number of Packet Filters

Displays the number of Packet Filters.

Filter Evaluation Precedence 1:

Flow Id

Displays the flow ID for the first precedence.

Flow Direction

Displays the flow direction (FORWARD or REVERSE) for the first precedence.

Flow State

Displays the flow state and A10 mapping for the first precedence.

Packet Filter Type

Displays the type of Packet Filter for the first precedence.

Filter Components Follows

Ipv4 Source Addr/Mask

Displays the IP address and mask for the Ipv4 source address.

Filter Evaluation Precedence 2:

Flow Id

Displays the flow ID for the second precedence.

Flow Direction

Displays the flow direction (FORWARD or REVERSE) for the second precedence.

Flow State

Displays the flow state and A10 mapping for the second precedence.

Packet Filter Type

Displays the type of Packet Filter for the second precedence.

Filter Components Follows

Ipv4 Source Addr/Mask

Displays the IP address and mask for the Ipv4 source address.

Total TFTs matching specified criteria:

Displays the total number of matching TFTs.

show subscribers summary rulename <rule_name>


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 40. show subscribers summary Command Output Descriptions
Field Description

Total Subscribers

Displays the total number of subscribers active or dormant on system. This counter also displays the packet and flow status and reasons for them:

Type of subscribers and packet/flow status are:

- pdsn-simple-ipv4

- pdsn-simple-ipv6

- pdsn-mobile-ip

- ha-mobile-ipv6

- hsgw-ipv6

- hsgw-ipv4

- hsgw-ipv4-ipv6

- pgw-pmip-ipv6

- pgw-pmip-ipv4

- pgw-pmip-ipv4-ipv6

- pgw-gtp-ipv6

- pgw-gtp-ipv4

- pgw-gtp-ipv4-ipv6

- sgw-gtp-ipv6

- sgw-gtp-ipv4

- sgw-gtp-ipv4-ipv6

- sgw-pmip-ipv6

- sgw-pmip-ipv4

- sgw-pmip-ipv4-ipv6

- mme

- ipsg-rad-snoop

- ipsg-rad-server

- ha-mobile-ip

- ggsn-pdp-type-ppp

- ggsn-pdp-type-ipv4

- lns-l2tp

- ggsn-pdp-type-ipv6

- ggsn-mbms-ue-type-ipv4

- pdif-simple-ipv4

- pdif-simple-ipv6

- pdif-mobile-ip

- pdg-direct-ip

Total Subscribers (cont.)

- pdg-ttg

- femto-ip

- epdg-pmip-ipv6

- epdg-pmip-ipv4

- epdg-pmip-ipv4-ipv6

- sgsn

- sgsn-pdp-type-ppp

- sgsn-pdp-type-ipv4

- sgsn-pdp-type-ipv6

- sgsn-pdp-type-ipv4-ipv6

- type not determined

- sgsn-subs-type-g

- nsgsn-subs-type-s4

- sgsn-pdp-type-g

- nsgsn-pdp-type-s4

- asngw-simple-ipv4

- asngw-simple-ipv6

- asngw-mobile-ip

- asngw-non-anchor

- asngw-auth-only

- phsgw-simple-ipv4

- phsgw-simple-ipv6

- phsgw-mobile-ip

- phsgw-non-anchor

- cdma 1x rtt sessions

- cdma evdo sessions

- cdma evdo rev-a sessions

- cdma 1x rtt active

- cdma evdo active

- cdma evdo rev-a active

- asnpc-idle-mode

- phspc-sleep-mode

- hnbgw

- hnbgw-iu

- bng

- pcc

Total Subscribers (cont.)

- in bytes dropped

- out bytes dropped

- in packet dropped

- out packet dropped

- in packet dropped zero mbr

- out packet dropped zero mbr

- ipv4 ttl exceeded

- ipv4 bad hdr

- ipv4 bad length trim

- ipv4 frag failure

- ipv4 frag sent

- ipv4 in-acl dropped

- ipv4 out-acl dropped

- ipv4 in-mcast pkt dropped

- ipv4 in-bcast pkt dropped

- ipv6 bad hdr

- ipv6 bad length trim

- ipv6 in-acl dropped

- i pv6 out-acl dropped

- i pv4 in-css-down dropped

- ipv4 out-css-down dropped

- ipv4 out xoff pkt dropped

- ipv6 out xoff pkt dropped

- ipv4 xoff bytes dropped

- ipv6 xoff bytes dropped

- ipv4 out no-flow dropped

- ipv4 early pdu rcvd

- ipv4 icmp packets dropped

- ipv6 input ehrpd-access drop

- ipv6 output ehrpd-access drop

- dormancy count

- handoff count

- pdsn fwd dynamic flows

- pdsn rev dynamic flows

- fwd static access-flows

- rev static access-flows

- pdsn fwd packet filters

- pdsn rev packet filters

- traffic flow templates

Active

Displays the total number all type of Active subscribers on the chassis.

Dormant

Displays the total number all type of Dormant subscribers on the chassis.

show subscribers summary without-dynamic-rule


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 41. show subscribers summary without-dynamic-rule Command Output Descriptions
Field Description

Total Subscribers

Displays the total number of subscribers active or dormant on system. This counter also displays the packet and flow status and reasons for them:

Type of subscribers and packet/flow status are:

- pdsn-simple-ipv4

- pdsn-simple-ipv6

- pdsn-mobile-ip

- ha-mobile-ipv6

- hsgw-ipv6

- hsgw-ipv4

- hsgw-ipv4-ipv6

- pgw-pmip-ipv6

- pgw-pmip-ipv4

- pgw-pmip-ipv4-ipv6

- pgw-gtp-ipv6

- pgw-gtp-ipv4

- pgw-gtp-ipv4-ipv6

- sgw-gtp-ipv6

- sgw-gtp-ipv4

- sgw-gtp-ipv4-ipv6

- sgw-pmip-ipv6

- sgw-pmip-ipv4

- sgw-pmip-ipv4-ipv6

- mme

- ipsg-rad-snoop

- ipsg-rad-server

- ha-mobile-ip

- ggsn-pdp-type-ppp

- ggsn-pdp-type-ipv4

- lns-l2tp

- ggsn-pdp-type-ipv6

- ggsn-mbms-ue-type-ipv4

- pdif-simple-ipv4

- pdif-simple-ipv6

- pdif-mobile-ip

- pdg-direct-ip

Total Subscribers (cont.)

- pdg-ttg

- femto-ip

- epdg-pmip-ipv6

- epdg-pmip-ipv4

- epdg-pmip-ipv4-ipv6

- sgsn

- sgsn-pdp-type-ppp

- sgsn-pdp-type-ipv4

- sgsn-pdp-type-ipv6

- sgsn-pdp-type-ipv4-ipv6

- type not determined

- sgsn-subs-type-g

- nsgsn-subs-type-s4

- sgsn-pdp-type-g

- nsgsn-pdp-type-s4

- asngw-simple-ipv4

- asngw-simple-ipv6

- asngw-mobile-ip

- asngw-non-anchor

- asngw-auth-only

- phsgw-simple-ipv4

- phsgw-simple-ipv6

- phsgw-mobile-ip

- phsgw-non-anchor

- cdma 1x rtt sessions

- cdma evdo sessions

- cdma evdo rev-a sessions

- cdma 1x rtt active

- cdma evdo active

- cdma evdo rev-a active

- asnpc-idle-mode

- phspc-sleep-mode

- hnbgw

- hnbgw-iu

- bng

- pcc

Total Subscribers (cont.)

- in bytes dropped

- out bytes dropped

- in packet dropped

- out packet dropped

- in packet dropped zero mbr

- out packet dropped zero mbr

- ipv4 ttl exceeded

- ipv4 bad hdr

- ipv4 bad length trim

- ipv4 frag failure

- ipv4 frag sent

- ipv4 in-acl dropped

- ipv4 out-acl dropped

- ipv4 in-mcast pkt dropped

- ipv4 in-bcast pkt dropped

- ipv6 bad hdr

- ipv6 bad length trim

- ipv6 in-acl dropped

- i pv6 out-acl dropped

- i pv4 in-css-down dropped

- ipv4 out-css-down dropped

- ipv4 out xoff pkt dropped

- ipv6 out xoff pkt dropped

- ipv4 xoff bytes dropped

- ipv6 xoff bytes dropped

- ipv4 out no-flow dropped

- ipv4 early pdu rcvd

- ipv4 icmp packets dropped

- ipv6 input ehrpd-access drop

- ipv6 output ehrpd-access drop

- dormancy count

- handoff count

- pdsn fwd dynamic flows

- pdsn rev dynamic flows

- fwd static access-flows

- rev static access-flows

- pdsn fwd packet filters

- pdsn rev packet filters

- traffic flow templates

Active

Displays the total number all type of Active subscribers on the chassis.

Dormant

Displays the total number all type of Dormant subscribers on the chassis.

show subscribers summary without-override-control


Important

In Release 20 and later, HNBGW is not supported. For more information, contact your Cisco account representative.
Table 42. show subscribers summary without-override-control Command Output Descriptions
Field Description

Total Subscribers

Displays the total number of subscribers active or dormant on system. This counter also displays the packet and flow status and reasons for them:

Type of subscribers and packet/flow status are:

- pdsn-simple-ipv4

- pdsn-simple-ipv6

- pdsn-mobile-ip

- ha-mobile-ipv6

- hsgw-ipv6

- hsgw-ipv4

- hsgw-ipv4-ipv6

- pgw-pmip-ipv6

- pgw-pmip-ipv4

- pgw-pmip-ipv4-ipv6

- pgw-gtp-ipv6

- pgw-gtp-ipv4

- pgw-gtp-ipv4-ipv6

- sgw-gtp-ipv6

- sgw-gtp-ipv4

- sgw-gtp-ipv4-ipv6

- sgw-pmip-ipv6

- sgw-pmip-ipv4

- sgw-pmip-ipv4-ipv6

- mme

- ipsg-rad-snoop

- ipsg-rad-server

- ha-mobile-ip

- ggsn-pdp-type-ppp

- ggsn-pdp-type-ipv4

- lns-l2tp

- ggsn-pdp-type-ipv6

- ggsn-mbms-ue-type-ipv4

- pdif-simple-ipv4

- pdif-simple-ipv6

- pdif-mobile-ip

- pdg-direct-ip

Total Subscribers (cont.)

- pdg-ttg

- femto-ip

- epdg-pmip-ipv6

- epdg-pmip-ipv4

- epdg-pmip-ipv4-ipv6

- sgsn

- sgsn-pdp-type-ppp

- sgsn-pdp-type-ipv4

- sgsn-pdp-type-ipv6

- sgsn-pdp-type-ipv4-ipv6

- type not determined

- sgsn-subs-type-g

- nsgsn-subs-type-s4

- sgsn-pdp-type-g

- nsgsn-pdp-type-s4

- asngw-simple-ipv4

- asngw-simple-ipv6

- asngw-mobile-ip

- asngw-non-anchor

- asngw-auth-only

- phsgw-simple-ipv4

- phsgw-simple-ipv6

- phsgw-mobile-ip

- phsgw-non-anchor

- cdma 1x rtt sessions

- cdma evdo sessions

- cdma evdo rev-a sessions

- cdma 1x rtt active

- cdma evdo active

- cdma evdo rev-a active

- asnpc-idle-mode

- phspc-sleep-mode

- hnbgw

- hnbgw-iu

- bng

- pcc

Total Subscribers (cont.)

- in bytes dropped

- out bytes dropped

- in packet dropped

- out packet dropped

- in packet dropped zero mbr

- out packet dropped zero mbr

- ipv4 ttl exceeded

- ipv4 bad hdr

- ipv4 bad length trim

- ipv4 frag failure

- ipv4 frag sent

- ipv4 in-acl dropped

- ipv4 out-acl dropped

- ipv4 in-mcast pkt dropped

- ipv4 in-bcast pkt dropped

- ipv6 bad hdr

- ipv6 bad length trim

- ipv6 in-acl dropped

- i pv6 out-acl dropped

- i pv4 in-css-down dropped

- ipv4 out-css-down dropped

- ipv4 out xoff pkt dropped

- ipv6 out xoff pkt dropped

- ipv4 xoff bytes dropped

- ipv6 xoff bytes dropped

- ipv4 out no-flow dropped

- ipv4 early pdu rcvd

- ipv4 icmp packets dropped

- ipv6 input ehrpd-access drop

- ipv6 output ehrpd-access drop

- dormancy count

- handoff count

- pdsn fwd dynamic flows

- pdsn rev dynamic flows

- fwd static access-flows

- rev static access-flows

- pdsn fwd packet filters

- pdsn rev packet filters

- traffic flow templates

Active

Displays the total number all type of Active subscribers on the chassis.

Dormant

Displays the total number all type of Dormant subscribers on the chassis.

show subscribers wf1 all

Table 43. show subscribers wf1 all Command Output Descriptions
Field Description

vvvvvv

Displays service and session state information. This column provides a code consisting of six characters.

From left-to-right, the first character represents the Access Type that the subscriber is using. See

The second character represents the Access Technology. See

The third character represents the Call State. See

The fourth character represents the Link Status of the session. The possible idle states are:

- A: Online/Active (airlink connected)

- D: Dormant (airlink not connected)

Note: Sessions facilitated through PDSN Closed R-P services are always displayed as "Active" due to the fact that PDSN Closed R-P services do not receive dormancy information from the PCF.

The fifth character represents the session Network Type. See

The sixth character represents the Access CSCF Status of the session. The possible network types are:

- A: Attached

- C: Call (Unknown Type)

- N: Not Attached

- v: Voice Call

- . (period): Not Applicable

- V: Video Call

CALLID

Displays the subscriber's call identification (callid) number.

MSID

Displays the subscriber's mobile station identification (MSID) number.

USERNAME

Displays the subscriber's username.

IP

Displays the IP address assigned to the subscriber.

TIME-IDLE

Displays the amount of time that the subscriber session has been idle either in an active or dormant state.

Access Peer Address

The peer that accessed the system to initiate the subscriber session. This is an IP v4 address and a designator to identify the type of peer. The designator may be one of:

- BS: ASN Base Station

- ASNGW: Access Service Network Gateway

- PCF: Packet Control Function

- FA: Mobile IP Foreign Agent

- SGSN: Serving GPRS Support Node

- LAC: L2TP Access Concentrator

Service Address

The service that is processing the subscriber session. This is listed as an IP v4 address and a designator to identify the type of service. The designator may be one of:

- ASNGW: Access Service Network Gateway

- PDSN: Packet Data Serving Node

- HA: Mobile IP Home Agent

- GGSN: Gateway GPRS Support Node

- LNS: L2TP Network Server

Network Peer Address

The network peer that the subscriber session connect to. This is listed as an IP v4 address and a designator to identify the type of network peer. The designator may be one of:

- HA: Mobile IP Home Agent

- LNS: L2TP Network Server

- IPinIP: IP-in-IP Tunnel Peer

- GRE: Generic Routing Encapsulation Peer

- 6in4: IP V6 packets encapsulated in an IP v4 tunnel peer

Connect Time

The date and time that the subscriber session was connected.

Common Attributes

Access Types

  • (#) - saegw-gtp-ipv6
  • ($) - saegw-gtp-ipv4-ipv6
  • (&) - cgw-gtp-ipv4
  • (*) - cgw-gtp-ipv4-ipv6
  • (@) - saegw-gtp-ipv4
  • (ˆ) - cgw-gtp-ipv6
  • (+) - samog-eogre
  • (2) - sgsn-pdp-type-ipv4-ipv6
  • (3) - GILAN
  • (4) - sgsn-pdp-type-ip
  • (6) - sgsn-pdp-type-ipv6
  • (a) - phsgw-simple-ip
  • (A) - asngw-simple-i
  • (b) - phsgw-mobile-ip
  • (B) - asngw-mobile-ip
  • (c) - phspc
  • (C) - cscf-sip
  • (D) - bng-simple-ip
  • (e) - ggsn-mbms-ue
  • (E) - ha-mobile-ipv6
  • (f) - hnbgw-hnb
  • (F) - standalone-fa
  • (g) - hnbgw-iu
  • (G) - IPSG
  • (h) - ha-ipsec
  • (H) - ha-mobile-ip
  • (i) - asnpc
  • (I) - ggsn-pdp-type-ipv
  • (j) - phsgw-non-anchor
  • (J) - asngw-non-anchor
  • (k) - PCC
  • (K) - pdif-mobile-ip
  • (l) - pgw-pmip
  • (L) - pdif-simple-ip
  • (m) - henbgw-henb
  • (M) - pdsn-mobile-ip
  • (n) - ePDG
  • (N) - lns-l2tp
  • (o) - femto-ip
  • (O) - sgw-gtp-ipv6
  • (p) - sgsn-pdp-type-ppp
  • (P) - ggsn-pdp-type-ppp
  • (q) - wsg-simple-ip
  • (Q) - sgw-gtp-ipv4-ipv6
  • (r) - samog-pmip
  • (R) - sgw-gtp-ipv4
  • (s) - sgsn
  • (S) - pdsn-simple-ip
  • (t) - henbgw-ue
  • (T) - pdg-ssl
  • (u) - Unknown
  • (U) - pdg-ipsec-ipv4
  • (v) - pdg-ipsec-ipv6
  • (V) - ggsn-pdp-type-ipv6
  • (W) - pgw-gtp-ipv4
  • (x) - s1-mme
  • (X) - HSGW
  • (y) - asngw-auth-only
  • (Y) - pgw-gtp-ipv6
  • (z) - ggsn-pdp-type-ipv4v6
  • (Z) - pgw-gtp-ipv4-ipv6

Access Technologies

  • (.) - Other/Unknown
  • (A) - CDMA EV-DO REVA
  • (B) - PPPoE
  • (C) - CDMA Other
  • (D) - CDMA EV-DO
  • (E) - GPRS GERAN
  • (F) - FEMTO UTRAN
  • (G) - GPRS Other
  • (H) - PHS
  • (I) - IP
  • (L) - eHRPD
  • (M) - WiMax
  • (N) - GAN
  • (O) - Femto IPSec
  • (P) - PDIF
  • (Q) - WSG
  • (S) - HSPA
  • (T) - eUTRAN
  • (U) - WCDMA UTRAN
  • (W) - Wireless LAN
  • (X) - CDMA 1xRTT

Call States

  • (c) - Connecting
  • (C) - Connected
  • (d) - Disconnecting
  • (r) - CSCF-Registering
  • (R) - CSCF-Registered
  • (u) - Unknown
  • (U) - CSCF-Unregistered

Network Types

  • (/) - GTPv1(For SAMOG)
  • (+) - GTPv2(For SAMOG)
  • (A) - R4 (IP-GRE)
  • (C) - GTP
  • (G) - GRE
  • (i) - IP-in-IP
  • (I) - IP
  • (L) - L2TP
  • (M) - Mobile-IP
  • (P) - Proxy-Mobile-IP
  • (R) - IPv4+IPv6
  • (S) - IPSEC
  • (T) - IPv6
  • (u) - Unknown
  • (v) - PMIPv6(IPv6)
  • (V) - IPv6-in-IPv4
  • (W) - PMIPv6(IPv4)
  • (Y) - PMIPv6(IPv4+IPv6