access point name (APN)

Indicates the name of the access point name (APN) for which counters are displayed.

authentication context

Name of the system context used for authentication for this APN.

pdp type

Indicates the type of PDP context. Possible types are:

• IPv4

• IPv6

• PPP

ehrpd access

Specifies whether ehrpd-access option is configured in this APN or not.

If enabled, the P-GW excludes IPv6 traffic from being delivered to UEs on the eHRPD network that do not have IPv6 capabilities.

emergency

Specifies whether emergency-apn option is configured in this APN or not.

If enabled, this APN is an emergency APN for VoLTE based E911 support.

Selection Mode

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

• Chosen by SGSN

• Sent by MS

• Subscribed

ip source violation

Indicates whether check for IPv4 source validation violations enabled or not. Possible status are:

• Checked

• Ignored

drop limit

Indicates the IP source-violation drop limit configured for the subscriber. The drop-limit is the number of invalid packets that can be received from a subscriber prior to their session being deleted. Refer to the ip source-violation command in the APN configuration mode.

ip source violation no accounting

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

accounting mode

Indicates the accounting mode configured for this APN. Possible modes are:

• gtpp - GTPP CDR accounting

• none - No accounting

• radius-diameter - RADIUS or Diameter accounting

No early PDUs

Specifies whether "no-early-pdu " option configured in this APN or not.

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

no-interims

Specifies whether "no-interims " option configured in this APN or not.

If "no-interims" is enabled, the chassis shall not send any interim message to the AAA device.

Bearer Control Mode

Specifies whether Bearer Control Mode is enabled in this APN or not.

max-primary-pdp-contexts

Specifies the maximum primary PDP contexts allowed in this APN.

total-pdp-contexts

Specifies the total primary and secondary PDP contexts allowed in this APN.

primary contexts

Specifies the total primary contexts allowed in this APN.

total contexts

Specifies the total primary and secondary contexts allowed in this APN.

max secondary contexts per-subscriber

Specifies the maximum secondary contexts allowed in this APN for a subscriber.

IMS Authorization

Specifies whether IMS authorization support is enabled in this APN or not.

Credit Control

Specifies whether Diameter pre-paid credit control support is enabled in this APN or not.

Credit Control Service Name

Specifies the name of credit control service configured on the chassis.

Accounting Policy Name

Specifies the name of accounting policy associated with the configured APN. If no accounting policy is associated, this field will display as N/A.

PCO Options

Specifies which customized PCO (Protocol Configuration Options) options are sent in the network to MS GTP messages.

Mode

Indicates whether customized PCO options are sent in the network to MS GTP messages for all UEs regardless of support, only UEs that request customized PCO options, or no UEs.

mbms bearer absolute timeout

Indicates the absolute timeout duration in seconds for Multimedia Broadcast-Multicast Service (MBMS) bearer context.

mbms bearer idle timeout

Indicates the idle timeout duration in seconds for Multimedia Broadcast-Multicast Service (MBMS) bearer context.

mbms ue absolute timeout

Indicates the absolute timeout duration in seconds for Multimedia Broadcast-Multicast Service (MBMS) UE context.

local ip

Specifies the local IP address of the interface assigned to this APN.

nexthop gateway addr

Specifies the IP address of the next hop gateway configured in this APN.

ignore-alt-config (no-dns)

Specifies if preference is given to dns server address configured in APN. If name server addresses is not found in APN configuration, it is not provisioned from SGi context even if it is configured there.

ignore-alt-config (no-s6b)

Specifies if alternate service level configuration for s6b authorization is ignored when S6b authorization is disabled at APN.

Authorization with S6b

Specifies if the S6b authorization has been enabled.

primary dns

Indicates the IP address of primary Domain Name Server (DNS).

secondary dns

Indicates the IP address of secondary Domain Name Server (DNS).

primary nbns

Indicates the IP address of primary NetBIOS Name Server (NBNS).

secondary nbns

Indicates the IP address of secondary NetBIOS Name Server (NBNS).

ppp keep alive period

Indicates the duration in seconds to transmit LCP keep-alive packet.

ppp mtu

Indicates the maximum size of transmission units in bytes configured for this APN.

absolute timeout

Indicates the absolute timeout duration in seconds for session configured in this APN.

emergency inactivity timeout

Indicates the emergency inactive timeout duration in seconds for session configured in this APN.

idle timeout

Indicates the idle timeout duration in seconds for session configured in this APN.

bearer inactivity timeout (GBR Bearers)

Indicates the bearer inactivity timeout configuration for gbr bearers in seconds.

bearer inactivity timeout (Non GBR Bearers)

Indicates the bearer inactivity timeout configuration for non-gbr bearers in seconds.

emergency inactivity timeout

Indicates the emergency inactivity timeout duration in seconds for session configured in this emergency APN for VoLTE based E911 support.

idle-timeout-activity ignore-downlink

Indicates whether idle timeout activity configured in this APN to consider downlink traffic as activity for idle-timeout or not.

long duration timeout

Indicates the timeout duration in seconds for long duration timeout support configured in this APN.

long dur inactivity time

Indicates the inactivity duration in seconds for long duration timeout support configured in this APN.

long duration action

Indicates the action configured in this APN for long duration timeout support. Possible actions are:

• Detection

• Disconnection

ip header compression

Indicates the IP header compression method configured in this APN for RObust Header Compression (ROHC) support. Supported method is Van Jacobsen (VJ).

ip hide service address

Indicates whether APN is configured to hide service IP address from the subscriber (for security reasons) or not.

ip output access-group

The IPv4 access control list (ACL) configured in this APN for outward traffic.

ip input access-group

The IPv4 access control list (ACL) configured in this APN for inward traffic.

ipv6 output access-group

The IPv6 access control list (ACL) configured in this APN for outward traffic.

ipv6 input access-group

The IPv6 access control list (ACL) configured in this APN for inward traffic.

policy-group in

The traffic policy group configured in this APN for inward traffic.

policy-group out

The traffic policy group configured in this APN for outward traffic.

permit ip multicast

Indicates whether APN is configured to discard or permit the IP multicast.

ppp authentication

Indicates the type of PPP authentication configured for this APN.

eap authentication initial-access-request

Indicates the type of initial access request to be used in Diameter EAP request.

allow noauthentication

Indicates whether PPP session is allowed without authentication in this APN or not.

imsi authentication

Indicates whether PPP session authentication in this APN is configured for IMSI authentication or not.

msisdn authentication

Indicates whether PPP session authentication in this APN is configured for MSISDN authentication or not.

radius returned-username

Indicates which Username to use in the RADIUS accounting messages. When "override-constructed-username" is configured, the Username sent by RADIUS in Access-Accept is used. When "prefer-constructed-username" is configured, the Username sent by RADIUS is ignored and the constructed Username is used.

ip destination context

Indicates the name of the configured destination context for this APN.

Rule Base

Indicates the name of the configured rulebase for this APN.

Credit-Control Session

Displays one of the following values based on the credit-control-client override CLI command used in APN mode configuration.

• per-subscriber

• per-sub-session

• Default (fallback to config mode 'require ecs credit-control' CLI)

Gy Rule Base List

Indicates the name of the configured Gy rulebase list for this APN.

Content-Filtering Policy-Id

Indicates whether inline content filtering policy is configured for this APN or not.

mediation accounting

Indicates whether mediation device is configured for accounting in this APN or not.

mediation-device context

Indicates the name of the system context to use for mediation device for accounting in this APN.

mediation no early PDUs

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

If "no-early-PDUs" is enabled, the chassis shall 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 "no-interims " option configured for this subscriber or not.

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

mediation delay-GTP-response

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

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

outbound username

Name of the user for outbound traffic.

ip address pools

Indicates the IP address pool used for this APN.

access-link ip-frag

Indicates the IP packet fragmentation setting for access link.

ignore DF-bit data-tunnel

Indicates whether "ignore df-bit" is set for data tunnel or not.

ip allocation type

Specifies the type of IP allocation method used for IP address allocation. Possible types are:

• DHCP-Proxy

• DHCP-Relay

• Local

• Dynamic

• Static

allow user specified ip addr

Indicates whether user specified IP address is allowed or not for IP allocation.

prefer dhcp options

Indicates whether support for DHCP supplied parameters, like DNS/NBNS addresses, in subscriber session is configured for this APN.

This support can be enabled with ip address alloc-method dhcp-proxy prefer-dhcp-options command in APN Configuration mode.

Custom1-10 value

Indicates the action value for multiple operator-specific PCOs.The value can range from 1 to 10.

UE-Requested

Specifies PCO to the UE, which requested for new PCO option.

3gpp qos to dscp mapping

This group indicates the 3GPP QoS to DSCP mapping information.

qci 1: ef

Indicates the DSCP configured for QCI1 type of traffic.

qci 2: ef

Indicates the DSCP configured for QCI2 type of traffic.

qci 3: af11

Indicates the DSCP configured for QCI3 type of traffic.

qci 4: af11

Indicates the DSCP configured for QCI4 type of traffic.

qci 5: ef

Indicates the DSCP configured for QCI5 type of traffic.

qci 6: ef

Indicates the DSCP configured for QCI6 type of traffic.

qci 7: af21

Indicates the DSCP configured for QCI7 type of traffic.

qci 8: af21

Indicates the DSCP configured for QCI8 type of traffic.

qci 9: be

Indicates the DSCP configured for QCI9 type of traffic.

3GPP Qos to DSCP Mapping based on Alloc. Prio

This group indicates the 3GPP QoS to DSCP mapping information based on allocation priority.

qci 5 ( Alloc.P 1): ef

Indicates the DSCP configured for QCI5 type of traffic with allocation priority 1.

qci 5 ( Alloc.P 2): ef

Indicates the DSCP configured for QCI5 type of traffic with allocation priority 2.

qci 5 ( Alloc.P 3): ef

Indicates the DSCP configured for QCI5 type of traffic with allocation priority 3.

qci 6 ( Alloc.P 1): ef

Indicates the DSCP configured for QCI6 type of traffic with allocation priority 1.

qci 6 ( Alloc.P 2): ef

Indicates the DSCP configured for QCI6 type of traffic with allocation priority 2.

qci 6 ( Alloc.P 3): ef

Indicates the DSCP configured for QCI6 type of traffic with and allocation priority 3.

qci 7 ( Alloc.P 1): af21

Indicates the DSCP configured for QCI7 type of traffic with allocation priority 1.

qci 7 ( Alloc.P 2): af21

Indicates the DSCP configured for QCI7 type of traffic with allocation priority 2.

qci 7 ( Alloc.P 3): af21

Indicates the DSCP configured for QCI7 type of traffic with allocation priority 3.

qci 8 ( Alloc.P 1): af21

Indicates the DSCP configured for QCI8 type of traffic with allocation priority 1.

qci 8 ( Alloc.P 2): af21

Indicates the DSCP configured for QCI8 type of traffic with allocation priority 2.

qci 8 ( Alloc.P 3): af21

Indicates the DSCP configured for QCI8 type of traffic with allocation priority 3.

Copy user-datagram IP TOS

Indicates whether copying of IP TOS octet value from user IPv4 datagrams to IP header of tunnel encapsulation is enabled or not.

APN defined Charging Characteristics

This group displays the APN defined charging characteristics for various types of subscribers.

Home Subscribers

This sub-group displays the APN defined charging characteristics for home subscribers.

Behavior Bits

Indicates the behavior bits configured for home subscribers in APN defined charging characteristics.

Profile Value

Indicates the profile value configured for home subscribers in APN defined charging characteristics.

Visiting Subscribers

This sub-group displays the APN defined charging characteristics for visiting subscribers.

Behavior Bits

Indicates the behavior bits configured for visiting subscribers in APN defined charging characteristics.

Profile Value

Indicates the profile value configured for visiting subscribers in APN defined charging characteristics.

Roaming Subscribers

This sub-group displays the APN defined charging characteristics for roaming subscribers.

Behavior Bits

Indicates the behavior bits configured for roaming subscribers in APN defined charging characteristics.

Profile Value

Indicates the profile value configured for roaming subscribers in APN defined charging characteristics.

All (Home/Visiting/Roaming) Subscribers

This sub-group displays the APN defined charging characteristics for all subscribers (including home, visiting, and roaming).

Behavior Bits

Indicates the behavior bits configured for all subscribers (including home, visiting, and roaming) in APN defined charging characteristics.

Profile Value

Indicates the profile value configured for all subscribers (including home, visiting, and roaming) in APN defined charging characteristics.

Subscribers to use APN defined charging characteristics

Indicates the number of subscriber to use APN defined charging characteristics.

Subscribers to use RADIUS returned charging characteristics

Indicates whether subscribers in this APN are configured to use charging characteristics returned from RADIUS server.

Subscribers to use GX returned charging characteristics

Indicates whether subscribers in this APN are configured to use Gx-returned charging characteristics.

dhcp service name

Specifies the name of the DHCP service configured for IP address allocation.

dhcp context name

Specifies the name of the DHCP context where DHCP service is configured for IP address allocation.

dhcp lease expiry policy

Specifies the DHCP address lease expiry policy. Possible actions are:

• autoconnect

• disconnect

mobile-ip

Specifies the whether Mobile IP is configured in this APN or not.

mobile-ip home-agent

Specifies the IP address of home agent (HA) to use for Mobile IP session in this APN.

mobile-ip alternate-home-agent(s)

Specifies the IP address of alternate home agent (HA) to use for Mobile IP session in this APN.

mobile-ip reverse-tunnel

Specifies the whether Mobile IP reverse tunnel is enabled for Mobile IP session in this APN or not.

mobile-ip mn-aaa-removal-indication

Specifies the whether "mn-aaa-removal-indication" parameter is configured for Mobile IP session in this APN or not.

mobile-ip mn-ha-spi

Specifies the security parameter index (SPI) configured between MN and HA for Mobile IP session in this APN.

mobile-ip mn-ha-hash-algorithm

Specifies the hash algorithm configured for Mobile IP session in this APN. Possible hash algorithms are:

• hmac-md5

• md5

• rfc2002-md5

proxy-mip

Specifies the whether Proxy-Mobile IP is configured in this APN or not.

proxy-mip null-username static home address

Specifies the whether handling of RRQ to enable the acceptance without NAI extension in this APN is enabled or not.

Tunnel peer load-balancing

Specifies the tunnel peer selection method in this APN for load balancing between tunnel-peers. Possible selection methods are:

• balanced

• prioritized

• random

L3-to-L2 tunnel address-policy no-alloc-validate

Specifies whether this APN is configured, to not to allocate or validate subscriber addresses locally for such sessions, it passes the address between remote tunnel terminator to the Mobile Node, or not.

tunnel address-policy alloc-validate

Specifies whether this APN is configured, to allocate addresses for cases in which IP addresses are dynamically assigned, or not.

NPU QoS Traffic Priority

Indicates the configured NPU QoS priority queue for packets facilitated by the APN. Possible priorities are:

• best-effort

• bronze

• derive-from-packet-dscp

• gold

• silver.

APN QoS Attributes

Specifies the QoS attribute configured in this APN.

Newcall Policy

Indicates the policy for action on new calls coming on this APN. Possible actions are:

• Accept

• Reject

SDU Error Ratio

Indicates the QoS attribute reliability class based on Service Data Unit (SDU) Error Ratio attributes configured in this APN.

Residual BER

Indicates the QoS attribute reliability class based on Residual Bit Error Ratio (BER) attributes configured in this APN.

QCI n

Specifies the statistics for use traffic of QoS QCI class along with traffic status. Here n (qci-val) is the QCI for which the negotiate limit is being set, it ranges from 1 to 9.

Downlink Negotiate Limit

Specifies whether traffic data QoS negotiation limit in downlink direction is enabled or not for this class of QoS in this APN. By default it's disabled.

Uplink Negotiate Limit

Specifies whether traffic data QoS negotiation limit in uplink direction is enabled or not for this class of QoS in this APN. By default it's disabled.

Peak Data Rate (in bps)

The peak data rate in bit per seconds for this class of QoS in this APN.

Committed Data Rate(in bps)

The committed data rate in bit per seconds for this class of QoS in this APN.

Downlink Rate Limit

Specifies whether traffic data rate limit in downlink direction is enabled or not for this class of QoS in this APN.

Uplink Rate Limit

Specifies whether traffic data rate limit in uplink direction is enabled or not for this class of QoS in this APN.

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

• 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.

Exceed Action

Specifies the action on downlink/uplink data rate when exceeds the allowed rate limit for this class of QoS. Possible actions are:

• drop: drop the packets.

• lower-ip-precedence: transmit the packet after lowering the ip-precedence.

• transmit: transmit the packet.

Violate Action

Specifies the action on downlink/uplink data rate violation of allowed rate limit for this class of QoS. Possible actions are:

• drop: drop the packets.

• lower-ip-precedence: transmit the packet after lowering the ip-precedence.

• shape: enables the traffic shaping and provides the buffering of user packets when subscriber traffic violates the allowed peak/committed data rate.

• shape-transmit-when-buffer-full: enables the traffic shaping and allows the packet to be transmitted when buffer memory is full.

• transmit: transmit the packet.

APN-AMBR

Specifies the traffic statistics for APN Maximum Bit Rate.

Downlink Apn Ambr

Specifies whether traffic data QoS negotiation limit in downlink direction is enabled or not for this class of QoS in this APN. By default it's disabled.

Possible states are:

• Enabled

• Disabled

Uplink Apn Ambr

Specifies whether traffic data QoS negotiation limit in uplink direction is enabled or not for this class of QoS in this APN. By default it's disabled.

Possible states are:

• Enabled

• Disabled

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

• 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.

Violate Action

Specifies the action on downlink/uplink data rate violation of allowed rate limit for this class of QoS. Possible actions are:

• drop: drop the packets.

• lower-ip-precedence: transmit the packet after lowering the ip-precedence.

• shape: enables the traffic shaping and provides the buffering of user packets when subscriber traffic violates the allowed peak/committed data rate.

• shape-transmit-when-buffer-full: enables the traffic shaping and allows the packet to be transmitted when buffer memory is full.

• transmit: transmit the packet.

ppp accept peer ipv6 ifid

Indicates the IPv6 interface id of peer to accept PPP session.

ipv6 init router advt interval

Indicates the initial IPv6 router advertisement interval in seconds for this APN.

ipv6 init router number of advts

Indicates the total number of initial IPv6 router advertisement for this APN.

ipv6 address prefix

Indicates the IPv6 address prefix configured for sessions facilitated by this APN.

ipv6 address prefix pool

Indicates the IPv6 address prefix pool name configured for sessions facilitated by this APN.

ipv6 interface id

Indicates the IPv6 interface id configured for sessions facilitated by this APN.

ipv6 dns primary server

Indicates the IPv6 address of primary DNS server configured for sessions facilitated by this APN.

ipv6 dns secondary server

Indicates the IPv6 address of secondary DNS server configured for sessions facilitated by this APN.

ipv6 egress address filtering

Indicates whether egress address filtering configured in this APN or not to filter out packets not meant for the mobile interface ID.

p-cscf fqdn

Indicates the FQDN server name of P-CSCF configured for sessions facilitated by this APN.

p-cscf primary ip

Indicates the IPv4 address of primary P-CSCF configured for sessions facilitated by this APN.

p-cscf secondary ip

Indicates the IPv4 address of secondary P-CSCF configured for sessions facilitated by this APN.

p-cscf primary ipv6

Indicates the IPv6 address of primary P-CSCF configured for sessions facilitated by this APN.

p-cscf secondary ipv6

Indicates the IPv6 address of secondary P-CSCF configured for sessions facilitated by this APN.

ipv6 dns proxy

Indicates whether IPv6 DNS proxy server configured for sessions facilitated by this APN or not.

ipv6 minimum link MTU

Indicates the size of packet in bytes configured for access-link MTU for fragment.

Radius Group

Indicates the AAA server group associated with this APN.

Radius Secondary Group

If the secondary Accounting group is configured in the APN configuration, this field displays the corresponding group name. Otherwise, it displays none.

Radius Returned Framed IP Address

This group specifies the action and policy to handle the framed IP address returned from RADIUS server.

Policy

Specifies the policy to handle the framed IP address returned from RADIUS server. Possible actions are:

• accept-call-when-ms-ip-not-supplied

• reject-call-when-ms-ip-not-supplied

Access-flow traffic-validation

Specifies whether traffic validation for access flow is enabled for this APN or not.

Virtual APN Configuration

Indicates whether virtual APN is configured with APN or not.

Preference

Specifies the configured preference value of the rule for the virtual apn.

Rule-Definition

Specifies the configured rule definition(s) for the virtual apn. Rule definitions include:

• access-gw-address

• bearer-access-service

• cc-profile: charging characteristics profile index ranging from 0 to 15

• domain

• mcc: mobile country code ranging from 100 to 999

• msisdn-range

• rat-type: eutran, gan, geran, hspa, utran, and wlan

• roaming-mode: home, roaming, and visiting

Selected-APN

Specifies the access point name (APN) in the VPN context to allow configuration of virtual APN related parameters.

IPv6 Configuration

This group displays the configuration related to IPv6 parameters.

IPv6 initial number of router advertisements

Indicates the total number of initial IPv6 router advertisement for this APN.

IPv6 initial router advertisements interval

Indicates the initial IPv6 router advertisement interval in seconds for this APN.

IPv6 initial router advertisements option MTU

Indicates if the option mtu setting is enabled/disabled for IPv6 initial router advertisements. When this feature is enabled and configured in APN Configuration Mode, the RA messages will contain the IPv6 MTU option for IPv6/Ipv4v6 PGW/SAEGW/GGSN calls. As a result, the UE will send uplink data packets based on the configured MTU and perform data fragmentation at the source, if required. This feature also reduces the number of ICMPv6 Packet Too Big Error messages in the operator's network.

IPv6 Prefix Pool

Indicates the IPv6 address prefix pool name configured for sessions facilitated by this APN.

IPv6 Egress address filtering

Indicates whether egress address filtering configured in this APN or not to filter out packets not meant for the mobile interface ID.

IPv6 Primary DNS server address

Indicates the IPv6 address of primary DNS server configured for sessions facilitated by this APN.

IPv6 Secondary DNS server address

Indicates the IPv6 address of secondary DNS server configured for sessions facilitated by this APN.

GTPP Group

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

GTPP Accounting Context

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

Firewall Policy

Indicates whether stateful firewall policy is applicable with this APN or not.

Mobile IPv6 Tunnel MTU

Indicates the configured maximum transmission unit of packet in bytes for Mobile IPv6 tunnel traffic.

Mobile IPv6 Tunnel MTU Exceed Action

Indicates the action to take on packets which exceeds the maximum transmission unit of packet in bytes for Mobile IPv6 tunnel traffic. Possible actions are:

• Normal processing

• Ignore defragment bit

• Fragment and forward the packet and notify the sender

Mobile IPv6 Home Agent

Specifies the IPv6 address of home agent (HA) to use for Mobile IP session in this APN.

Mobile IPv6 Home Link Prefix

Specifies the home link prefix for to use for Mobile IP session in this APN.

Mobile IPv6 Home Address

Specifies the home IPv6 address of subscriber to use for Mobile IP session in this APN.

APN QCI Stats

Displays bulk statistics per APN QCI.

Event Reporting

Qci-qos-mapping Name for RAT-type

Displays the QCI QoS mapping table name associated with a specific APN profile configuration.

The mapping table displays DSCP marking for the following RAT-types:

• EUTRAN

• GERAN

• UTRAN

• LTE-M

APN

Indicates the name of the access point name (APN) for which counters are displayed.

UE PROVID.

Indicates the total number of cumulative sessions which used UE provided IP allocation method through this APN.

LOCAL POOL

Indicates the total number of cumulative sessions which used Local Pool method for IP allocation through this APN.

AAA

Indicates the total number of cumulative sessions which used AAA provided IP allocation method through this APN.

DHCP

This group indicates the total number of cumulative sessions which used DHCP method for IP allocation through this APN. Possible groups are:

CLIENT: Indicates the number of cumulative sessions which used DHCP client method for IP allocation through this APN.

RELAY: Indicates the number of cumulative sessions which used DHCP relay method for IP allocation through this APN.

PASSTHRU

Indicates the total number of cumulative sessions which used PASSTHRU IP allocation method through this APN.

HSGW Static FQDN Statistics:

Attempts:

Total primary FQDN Selection attempts.

Success:

Total primary FQDN Selection attempts that were successful.

Tiimeout:

Total number of PBU sent to primary FQDN that timed out.

Total Failures:

Total primary FQDN Selection attempts that failed.

Attempts:

Total secondary FQDN Selection attempts.

Success:

Total secondary FQDN Selection attempts that were successful.

Tiimeout:

Total number of PBU sent to the secondary FQDN that timed out.

Total Failures:

Total secondary FQDN Selection attempts that failed.

HSGW Static FQDN Statistics:

Attempts:

Total primary FQDN Selection attempts.

Success:

Total primary FQDN Selection attempts that were successful.

Tiimeout:

Total number of PBU sent to primary FQDN that timed out.

Total Failures:

Total primary FQDN Selection attempts that failed.

Attempts:

Total secondary FQDN Selection attempts.

Success:

Total secondary FQDN Selection attempts that were successful.

Tiimeout:

Total number of PBU sent to the secondary FQDN that timed out.

Total Failures:

Total secondary FQDN Selection attempts that failed.

Data Statistics ('uplink'=to PDN, 'downlink'=from PDN):

uplink bytes

The current total number of bytes sent on the Gi interface for the APN.

downlink bytes

The current total number of bytes received on the Gi interface for the APN.

uplink pkts

The current total number of IP packets sent from the Gi interface for the APN.

downlink pkts

The current total number of IP packets received from the Gi interface for the APN.

uplink pkts dropped

The current total number of IP packets for the APN that were dropped prior to sending over the Gi interface.

downlink pkts dropped

The current total number of IP packets received from the Gi interface for the APN and dropped.

uplink bytes dropped

The current total number of IP bytes for the APN that were dropped prior to sending over the Gi interface.

downlink bytes dropped

The current total number of IP bytes received from the Gi interface for the APN and dropped.

uplink Flow MBR excd byte drop

Number of exceeded uplink bytes dropped due to maximum bit rate.

downlink Flow MBR excd byte drop

Number of exceeded downlink bytes dropped due to maximum bit rate.

uplink Flow MBR excd packet drop

Number of exceeded uplink packets dropped due to maximum bit rate.

downlink Flow MBR excd packet drop

Number of exceeded uplink packets dropped due to maximum bit rate.

uplink Flow GBR excd byte drop

Number of exceeded uplink bytes dropped due to guaranteed bit rate.

downlink Flow GBR excd byte drop

Number of exceeded downlink bytes dropped due to guaranteed bit rate.

uplink Flow GBR excd packet drop

Number of exceeded uplink packets dropped due to guaranteed bit rate.

downlink Flow GBR excd packet drop

Number of exceeded downlink packets dropped due to guaranteed bit rate.

uplink AMBR excd byte drop

Number of exceeded uplink bytes dropped due to APN Maximum bit rate.

downlink AMBR excd byte drop

Number of exceeded downlink bytes dropped due to APN Maximum bit rate.

uplink AMBR excd packet drop

Number of exceeded uplink packets dropped due to APN Maximum bit rate.

downlink AMBR excd packet drop

Number of exceeded downlink packets dropped due to APN Maximum bit rate.

uplink misc byte drop

Number of uplink bytes dropped due to miscellaneous reasons.

downlink misc byte drop

Number of downlink bytes dropped due to miscellaneous reasons.

uplink misc packet drop

Number of uplink packets dropped due to miscellaneous reasons.

downlink misc packet drop

Number of downlink packets dropped due to miscellaneous reasons.

ip bad hdr

The current total number IP packets received and dropped due to bad headers.

ip ttl exceeded

The current total number of IP packets dropped because they were received with TTL values of 0.

ip fragments sent

The current total number of number of times IP packets were fragmented before being sent over the Gi interface.

ip could not fragment

The current total number of IP packets which failed in fragmentation.

ip input acl drop

The current total number IP packets that were received and then dropped due to ACL filtering.

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

ip output acl drop

The current total number of IP packets that were dropped prior to sending due to ACL filtering.

ip input css down drop

The current total number of IP packets the CSS received and then dropped.

ip output css down drop

The current total number of IP packets that were dropped prior to sending due to CSS filtering.

ip early pdu rcvd

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

IP bad length trim

ip source violations

The current total number of IP packets received for which source violations were detected and then dropped.

ip source violations no accounting

The IP packets received for source violations that were detected but not included in the statistics.

ip source violation ignored

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

802.1p priority marking statistics

Uplink: Priority 0-7

The total number of packets sent in the uplink direction marked with a specific (0-7) 802.1p priority.

Downlink: Priority 0-7

The total number of packets sent in the downlink direction marked with a specific (0-7) 802.1p priority.

Subscriber Session Statistics

Default bearers active

The total number of active default bearers.

Dedicated bearers active

The total number of active dedicated bearers.

Default bearers setup

The total number of setup default bearers.

Dedicated bearers setup

The total number of setup dedicated bearers.

Default bearers released

The total number of default bearers released.

Dedicated bearers released

The total number of dedicated bearers released.

Default bearers rel fail

The total number of default bearer release failed.

Dedicated bearers rel fail

The total number of dedicated bearer release failed.

Default bearers rejected

The total number of default bearers rejected.

Dedicated bearers rejected

The total number of dedicated bearers rejected.

UE-init mod

The total number of UE initiated bearer modifications.

Network-init mod

The total number of network initiated bearer modifications.

UE-init mod fail

The total number of ue initiated modifications failed.

Network-init mod fail

The total number of network initiated modifications failed.

Total PDN-Type stats

PDN-Type IPv4 sessions active

The total number of pdn ipv4 active sessions.

PDN-Type IPv4 sessions setup

The total number pdn ipv4 setup sessions.

PDN-Type IPv4 sessions released

The total number of pdn ipv4 sessions released.

PDN-Type IPv6 sessions active

The total number of pdn ipv6 active sessions.

PDN-Type IPv6 sessions setup

The total number pdn ipv6 setup sessions.

PDN-Type IPv6 sessions released

The total number pdn ipv6 sessions released.

PDN-Type IPv4v6 sessions active

The total number of pdn ipv4v6 active sessions.

PDN-Type IPv4v6 sessions setup

The total number pdn ipv4v6 setup sessions.

PDN-Type IPv4v6 sessions released

The total number pdn ipv4v6 sessions released.

Initiated Sessions per RAT Type

EUTRAN

The total number of sessions initiated by EUTRAN.

UTRAN

The total number of sessions initiated by UTRAN.

GERAN

The total number of sessions initiated by GERAN.

EHRPD

The total number of sessions initiated by EHRPD.

S2A GTP

The total number of sessions initiated by S2A GTP.

S2B GTP

The total number of sessions initiated by S2B GTP.

S2B PMIP

The total number of sessions initiated by S2B PMIP.

Inter Technology Handovers

The Inter-Technology key performance indicators (KPIs) monitor RAT Initiated Sessions and inter-technology handovers so that operators can gauge 2G/3G/4G/WiFi/eHRPD coverage and determine how WiFi is penetrating as the first attach choice. The KPIs identify how a session is initiated and how many handoffs occur.

GNGP-to-LTE handover Attempted

The total number of GNGP-to-LTE handovers that have been attempted.

GNGP-to-LTE handover Succeeded

The total number of GNGP-to-LTE handovers that have succeeded.

GNGP-to-LTE handover Failed

The total number of GNGP-to-LTE handovers that have failed

LTE-to-GNGP handover Attempted

The total number of LTE-to-GNGP handovers that have been attempted.

LTE-to-GNGP handover Succeeded

The total number of LTE-to-GNGP handovers that have succeeded.

LTE-to-GNGP handover Failed

The total number of LTE-to-GNGP handovers that have failed.

GNGP-to-S4SGSN handover Attempted

The total number of GNGP-to-S4SGSN handovers that have been attempted.

GNGP-to-S4SGSN handover Succeeded

The total number of GNGP-to-S4SGSN handovers that have succeeded.

GNGP-to-S4SGSN handover Failed

The total number of GNGP-to-S4SGSN handovers that have failed.

S4SGSN-to-GNGP handover Attempted

The total number of S4-SGSN-to-GNGP handovers that have been attempted.

S4SGSN-to-GNGP handover Succeeded

The total number of S4SGSN-to-GNGP handovers that have succeeded.

S4SGSN-to-GNGP handover Failed

The total number of S4SGSN-to-GNGP handovers that have failed.

S4SGSN-to-LTE handover Attempted

The total number of S4SGSN-to-LTE handovers that have been attempted.

S4SGSN-to-LTE handover Succeeded

The total number of S4SGSN-to-LTE handovers that have succeeded.

S4SGSN-to-LTE handover Failed

The total number of S4SGSN-to-LTE handovers that have failed.

LTE-to-S4SGSN handover Attempted

The total number of LTE-to-S4SGSN handovers that have been attempted.

LTE-to-S4SGSN handover Succeeded

The total number of LTE-to-S4SGSN handovers that have succeeded.

LTE-to-S4SGSN handover Failed

The total number of LTE-to-S4SGSN handovers that have failed.

LTE-to-eHRPD handover Attempted

The total number of LTE-to-eHRPD handovers that have been attempted.

LTE-to-eHRPD handover Succeeded

The total number of LTE-to-eHRPD handovers that have succeeded.

LTE-to-eHRPD handover Failed

The total number of LTE-to-eHRPD handovers that have failed.

eHRPD-to-LTE handover Attempted

The total number of eHRPD-to-LTE handovers that have been attempted.

eHRPD-to-LTE handover Succeeded

The total number of eHRPD-to-LTE handovers that have succeeded.

eHRPD-to-LTE handover Failed

The total number of eHRPD-to-LTE handovers that have failed.

LTE-to-S2bPMIP handover Attempted

The total number of LTE-to-S2bPMIP handovers that have been attempted.

LTE-to-S2bPMIP handover Succeeded

The total number of LTE-to-S2bPMIP handovers that have succeeded.

LTE-to-S2bPMIP handover Failed

The total number of LTE-to-S2bPMIP handovers that have failed.

S2bPMIP-to-LTE handover Attempted

The total number of S2bPMIP-to-LTE handovers that have been attempted.

S2bPMIP-to-LTE handover Succeeded

The total number of S2bPMIP-to-LTE handovers that have succeeded.

S2bPMIP-to-LTE handover Failed

The total number of S2bPMIP-to-LTE handovers that have failed.

eHRPD-to-S2bPMIP handover Attempted

The total number of eHRPD-to-S2bPMIP handovers that have been attempted.

eHRPD-to-S2bPMIP handover Succeeded

The total number of eHRPD-to-S2bPMIP handovers that have succeeded.

eHRPD-to-S2bPMIP handover Failed

The total number of eHRPD-to-S2bPMIP handovers that have failed.

S2bPMIP-to-eHRPD handover Attempted

The total number of S2bPMIP-to-eHRPD handovers that have been attempted.

S2bPMIP-to-eHRPD handover Succeeded

The total number of S2bPMIP-to-eHRPD handovers that have succeeded.

S2bPMIP-to-eHRPD handover Failed

The total number of S2bPMIP-to-eHRPD handovers that have failed.

S2bGTP-to-LTE handover Attempted

The total number of S2bGTP-to-LTE handovers that have been attempted.

S2bGTP-to-LTE handover Succeeded

The total number of S2bGTP-to-LTE handovers that have succeeded.

S2bGTP-to-LTE handover Failed

The total number of S2bGTP-to-LTE handovers that have failed.

LTE-to-S2bGTP handover Attempted

The total number of LTE-to-S2bGTP handovers that have been attempted.

LTE-to-S2bGTP handover Succeeded

The total number of LTE-to-S2bGTP handovers that succeeded.

LTE-to-S2bGTP handover Failed

The total number of LTE-to-S2bGTP handovers that failed.

S2bGTP-to-eHRPD handover Attempted

The total number of S2bGTP-to-eHRPD handovers that have been attempted.

S2bGTP-to-eHRPD handover Succeeded

The total number of S2bGTP-to-eHRPD handovers that have succeeded.

S2bGTP-to-eHRPD handover Failed

The total number of S2bGTP-to-eHRPD handovers that have failed.

eHRPD-to-S2bGTP handover Attempted

The total number of eHRPD-to-S2bGTP handovers that have been attempted.

eHRPD-to-S2bGTP handover Successful

The total number of eHRPD-to-S2bGTP handovers that have succeeded.

eHRPD-to-S2bGTP handover Failed

The total number of eHRPD-to-S2bGTP handovers that have failed.

S2aGTP-to-LTE handover Attempted

The total number of S2aGTP-to-LTE handovers that have been attempted.

S2aGTP-to-LTE handover Succeeded

The total number of S2aGTP-to-LTE handovers that have succeeded.

S2aGTP-to-LTE handover Failed

The total number of S2aGTP-to-LTE handovers that have failed.

LTE-to-S2aGTP handover Attempted

The total number of LTE-to-S2aGTP handovers that have been attempted.

LTE-to-S2aGTP handover Succeeded

The total number of LTE-to-S2aGTP handovers that have succeeded.

LTE-to-S2aGTP handover Failed

The total number of LTE-to-S2aGTP handovers that have failed.

LTE-to-S2bGTP handover Succeeded on First Uplink Data on S2b tunnel

Specifies the number of handover due to Uplink packets.

LTE-to-S2bGTP handover Succeeded on Timer Expiry

Specifies the number of handover due to Timer Expiry.

IP Address Allocation Statistics

Total IPv4 addrs allocated: Local pool add assign

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IP addresses from pools configured locally on the system.

Total IPv4 addrs allocated: Static addr assign

The current total number of PDP contexts facilitated by the APN that used static IP address.

Total IPv4 addrs allocated: aaa provided addr

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IP addresses from a AAA server.

Total IPv4 addrs allocated: skipped ip validation for L3 tunnels

The current total number of PDP contexts facilitated by the APN that were skipped validation for L3 tunnels.

Total IPv4 addrs allocated: DHCP proxy assign

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IP addresses by the system using the DHCP client mode.

Total IPv4 addrs allocated: DHCP relay assign

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IP addresses by the system using the DHCP relay mode.

Total IPv4 addrs allocated: No allocation

The current total number of PDP contexts facilitated by the APN that were not dynamically allocated IP addresses.

This counters is relevant for a multicast sessions (MBMS) where IP allocation is not applicable.

Total IPv6 addrs allocated: Stateless auto config

The current total number ipv6 address allocation by stateless auto configuration.

Total IPv6 addrs allocated: Local pool add assign

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IPv6 addresses from pools configured locally on the system.

Total IPv6 addrs allocated: Static addr assign

The current total number of PDP contexts facilitated by the APN that used static IPv6 address.

Total IPv6 addrs allocated: No allocation

The current total number of PDP contexts facilitated by the APN that were not dynamically allocated IPv6 addresses.

This counters is relevant for a multicast sessions (MBMS) where IPv6 allocation is not applicable.

Total IPv6 addrs allocated: skipped ip validation for L3 tunnels

The current total number of PDP contexts facilitated by the APN that were skipped validation for L3 tunnels.

Total IPv6 addrs allocated: DHCPv6 proxy assign

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IPv6 addresses by the system using the DHCP client mode.

Total IPv6 addrs allocated: aaa provided addr

The current total number of PDP contexts facilitated by the APN that were dynamically assigned IPv6 addresses from a AAA server.

No allocation

The current total number of PDP contexts facilitated by the APN that were not allocated IPv6 addresses.

skipped ip validation for L3 tunnels

The current total number of PDP contexts facilitated by the APN IP validation was skipped for L3 tunnels.

4G Bearers Released by Reason

Admin disconnect: QCI n

The number of administrative disconnects of sessions for QCI n. Where n is a QCI value from 1 to 9, or 65, 66, 68, or 69.

Subscriber QoS Statistics

QCI n: Bearer Active

The current total number of bearers with qci n active.

Here n (qci-val) is the QCI for which the negotiate limit is being set, it ranges from 1 to 9 , or is a new standard QCI value of 65, 66, 69 or 70).

QCI n: Bearer Setup

The current total number of bearers with qci n setup.

QCI n: Bearer Released

The current total number of bearers with qci n released.

QCI n: Bearer Rejected

The current total number of bearers with qci n rejected.

QCI n: Uplink Bytes Forwarded

The current total number of uplink bytes forwarded for qci n.

QCI n: Downlink Bytes Forwarded

The current total number of downlink bytes forwarded for qci n.

QCI n: Uplink Packets Forwarded

The current total number of uplink packets forwarded for qci n.

QCI n: Downlink Packets Forwarded

The current total number of downlink packets forwarded for qci n.

QCI n: Uplink Bytes Dropped

The current total number of uplink bytes dropped for qci n.

QCI n: Downlink Bytes Dropped

The current total number of downlink bytes dropped for qci n.

QCI n: Uplink Packets Dropped

The current total number of uplink packets dropped for qci n.

QCI n: Downlink Packets Dropped

The current total number of downlink packets dropped for qci n.

QCI n: Uplink Bytes dropped(MBR Excd)

The current total number of uplink bytes dropped for qci n due to exceeded MBR.

QCI n: Downlink Bytes dropped(MBR Excd)

The current total number of downlink bytes dropped for qci n due to exceeded MBR.

QCI n: Uplink pkts dropped(MBR Excd)

The current total number of uplink packets dropped for qci n due to exceeded MBR.

QCI n: Downlink pkts dropped(MBR Excd)

The current total number of downlink packets dropped for qci n due to exceeded MBR.

Non-Std QCI(Non-GBR): Bearer Active

The current total number of active bearers with non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Bearer setup

The current total number of setup bearers with non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Bearer Released

The current total number of released bearers with non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Uplink Bytes forwarded

The current total number of uplink bytes forwarded for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Downlink Bytes forwarded

The current total number of downlink bytes forwarded for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Uplink pkts forwarded

The current total number of uplink packets forwarded for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Downlink pkts forwarded

The current total number of downlink packets forwarded for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Uplink Bytes dropped

The current total number of uplink bytes dropped for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Downlink Bytes dropped

The current total number of downlink bytes dropped for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Uplink pkts dropped

The current total number of uplink packets dropped for non-standard (non-GBR) qci.

Non-Std QCI(Non-GBR): Downlink pkts dropped

The current total number of downlink packets dropped for non-standard (non-GBR) qci.

Non-Std QCI(GBR): Bearer Active

The current total number of active bearers with non-standard (non-GBR) qci.

Non-Std QCI(GBR): Bearer setup

The current total number of setup bearers with non-standard (non-GBR) qci.

Non-Std QCI(GBR): Bearer Released

The current total number of released bearers with non-standard (non-GBR) qci.

Non-Std QCI(GBR): Uplink Bytes forwarded

The current total number of uplink bytes forwarded for non-standard (GBR) qci.

Non-Std QCI(GBR): Downlink Bytes forwarded

The current total number of downlink bytes forwarded for non-standard (GBR) qci.

Non-Std QCI(GBR): Uplink pkts forwarded

The current total number of uplink packets forwarded for non-standard (GBR) qci.

Non-Std QCI(GBR): Downlink pkts forwarded

The current total number of downlink packets forwarded for non-standard (GBR) qci.

Non-Std QCI(GBR): Uplink Bytes dropped

The current total number of uplink bytes dropped for non-standard (GBR) qci.

Non-Std QCI(GBR): Downlink Bytes dropped

The current total number of downlink bytes dropped for non-standard (GBR) qci.

Non-Std QCI(GBR): Uplink pkts dropped

The current total number of uplink packets dropped for non-standard (GBR) qci.

Non-Std QCI(GBR): Downlink pkts dropped

The current total number of downlink packets dropped for non-standard (GBR) qci.

Invalid/ Not-Configured QCI: Bearer Rejected

The current total number of bearers rejected with invalid or non-configures qci.

Session statistics

current contexts (selected APN(s))

The current total number of PDP contexts facilitated by the APN.

current contexts (system wide)

The current total number of PDP contexts facilitated by the entire system.

cumulative contexts (selected APN(s))

The cumulative number of PDP contexts facilitated by the APN.

cumulative contexts (system wide)

The cumulative number of PDP contexts facilitated by the entire system.

Current APN context load

Current APN context load = ( current contexts (selected APN(s)) / current contexts (system wide) ) * 100.

Cumulative APN context load

The cumulative percent utilization of the APN as function of the APN's configured maximum number of supported PDP contexts and the cumulative number of PDP contexts facilitated by the APN.

Pilot packet statistics

NAT-Alloc

The total number of Pilot Packets sent per APN for every IP/Port allocation for all NAT enabled calls.

NAT-De-Alloc

The total number of Pilot Packets sent per APN for every IP/Port deallocation for all NAT enabled calls.

Non-NAT-Alloc

The total number of Pilot Packets sent per APN for every IP/Port allocation for all non-NAT calls.

Non-NAT-De-Alloc

The total number of Pilot Packets sent per APN for every IP/Port deallocation for all non-NAT calls.

Total-Alloc

The total number of Pilot Packets sent per APN for every IP/Port allocation for all call types.

Total-De-Alloc

The total number of Pilot Packets sent per APN for every IP/Port deallocation for all call types.

RAT-Change-User-Info

The total number of Pilot Packets sent for every subscriber IP allocation on RAT type change.

RAT-Change-NAT-Info

The total number of Pilot Packets sent for every NAT port chunk allocation on RAT type change.

AAA-Counters

Authentication Counters

Access-Request Sent

The total number of access requests that were sent.

Access-Request Timeouts

The total number of access request timeouts.

Accounting Counters

Accounting-Request Sent

The total number of accounting requests that were sent.

Accounting-Response Received

The total number of accounting responses that were received.

Accounting-Request Timeouts

The total number of accounting request timeouts.

RADIUS Acct-Req purged

The total number of RADIUS accounting requests purged.

GTPP Acct-req purged

The total number of GTTP accounting requests purged.

GTPP sec Acct-req purged

The total number of secondary G-CDR accounting requests being processed and purged by this AAAMgr instance for which the GTPP protocol is being used to deliver the accounting message to the Charging Gateway Function (CGF) . It counts total secondary G-CDR accounting requests purged by this AAAMgr instance

GTPP Chrg-req purged

The total number of GTTP charging requests purged.

GTPP sec Chrg-req purged

The total number of secondary eG-CDR charging requests being processed and purged by this AAAMgr instance for which the GTPP protocol is being used to deliver the charging message to the Charging Gateway Function (CGF). It counts total secondary eG-CDR charging requests purged by this AAAMgr instance