AT-UWC-WLAN-SWITCH-MIB: View SNMP OID List / Download MIB

The Allied Telesis Private MIB for AT-UWC

A wsModeEnabled trap signifies that the SNMP entity, acting in an agent role, has detected that Wireless functionality on the device is enabled.

A wsModeDisabled trap signifies that the SNMP entity, acting in an agent role, has detected that Wireless functionality on the device is disabled.

A wsAPDatabaseFull trap signifies that the SNMP entity, acting in an agent role, has detected that AP Database is full.

A wsManagedAPNeighborListFull trap signifies that the SNMP entity, acting in an agent role, has detected that ManagedAP neighbor AP list is full.

A wsManagedAPNeighborClientListFull trap signifies that the SNMP entity, acting in an agent role, has detected that ManagedAP neighbor client list is full.

A wsAPFailureListFull trap signifies that the SNMP entity, acting in an agent role, has detected that AP failure list full.

A wsRFScanAPListFull trap signifies that the SNMP entity, acting in an agent role, has detected that RF scan AP list is full.

A wsClientAssociationDatabaseFull trap signifies that the SNMP entity, acting in an agent role, has detected that client association database is full.

A wsPeerSwitchDiscovered trap signifies that the SNMP entity, acting in an agent role, has detected peer controller in the network.

A wsPeerSwitchFailed trap signifies that the SNMP entity, acting in an agent role, has detected that peer controller connection failed.

A wsPeerSwitchUnknownProtocol trap signifies that the SNMP entity, acting in an agent role, has detected unknown protocol between wireless controller and peer controller communication.

A wsManagedAPDiscovered trap signifies that the SNMP entity, acting in an agent role, has detected the managed AP.

A wsManagedAPFailed trap signifies that the SNMP entity, acting in an agent role, has detected the failed AP.

A wsManagedAPUnknownProtocol trap signifies that the SNMP entity, acting in an agent role, has detected the unknown protocol between wireless controller and managed AP communication.

A wsAPAssociationFailure trap signifies that the SNMP entity, acting in an agent role, has detected that AP association failed.

A wsAPAuthenticationFailure trap signifies that the SNMP entity, acting in an agent role, has detected that AP authentication failed.

A wsRFScanRogueAPDetected trap signifies that the SNMP entity, acting in an agent role, has detected Rogue AP through RF Scan.

A wsRFScanAPDetected trap signifies that the SNMP entity, acting in an agent role, has detected AP through RF Scan.

A wsRFScanNewClientDetected trap signifies that the SNMP entity, acting in an agent role, has detected new client through RF Scan.

A wsClientAssociationDetected trap signifies that the SNMP entity, acting in an agent role, has detected client association.

A wsClientDisassociationDetected trap signifies that the SNMP entity, acting in an agent role, has detected client disassociation.

A wsClientRoamDetected trap signifies that the SNMP entity, acting in an agent role, has detected client roaming.

A wsClientAssociationFailure trap signifies that the SNMP entity, acting in an agent role, has detected client association failure.

A wsAuthenticationFailure trap signifies that the SNMP entity, acting in an agent role, has detected client authentication failure.

A wsAdHocClientDetected trap signifies that the SNMP entity, acting in an agent role, has detected Ad hoc client.

A wsWLANBandwidthUtilizationExceeded trap signifies that the SNMP entity, acting in an agent role, has detected WLAN bandwidth utilization exceeding the limit.

A wsAdHocClientListFull trap signifies that the SNMP entity, acting in an agent role, has detected that Ad hoc client database is full.

A wsPeerSwitchConfigurationCommandReceived trap signifies that the SNMP entity, acting in an agent role, has received Configuration command from the peer controller in the network. The config mask received is also returned in the trap.

A wsPeerSwitchManagedAPLimitExceeded trap signifies that the SNMP entity, acting in an agent role, has detected that the Peer controller Managed AP database limit has exceeded.

A wsPeerSwitchClientLimitExceeded trap signifies that the SNMP entity, acting in an agent role, has detected that the Peer controller Client database limit has exceeded.

A wsClusterControllerElected trap signifies that the SNMP entity, acting in an agent role, has elected itself as Cluster Controller in the peer group.

A wsClusterMaxAPExceeded trap signifies that the SNMP entity, acting in an agent role, has detected that the managed APs in the network has exceeded.

A wsRoguesPresent trap signifies that the SNMP entity, acting in an agent role, has detected one or more Rogues present in the network.

A wsDetectedClientListFull trap signifies that the SNMP entity, acting in an agent role, has detected that Detected client database is full.

A wsRogueClientsPresent trap signifies that the SNMP entity, acting in an agent role, has detected one or more Rogue Clients present in the network.

A wsChannelAlgorithmComplete trap signifies that the SNMP entity, acting in an agent role, has detected channel algorithm complete event.

A wsPowerAlgorithmComplete trap signifies that the SNMP entity, acting in an agent role, has detected power algorithm complete event.

A wsLocallyManagedAPLimitExceeded trap signifies that the SNMP entity, acting in an agent role, has detected that the WS locally managed AP limit is exceeded.

Flag to enable/disable wireless controller functionality on the device. Disable will purge all status and statistics related to wireless functionality. Enumeration: 'enable': 1, 'disable': 2.

This object indicates country of operation for WLAN. Supported country codes are: Australia - AU, Austria - AT, Austria - AT, Belgium - BE, Brazil - BR, Canada - CA, China - CN, Czech Republic - CZ, Denmark - DK, Finland - FI, France - FR, Germany - DE, Greece - GR, Hong Kong - HK, Hungary - HU, Iceland - IS, India - IN, Ireland - IE, Israel - IL, Italy - IT, Japan - JP, Liechtenstein - LI,Luxembourg - LU,Malaysia - MY, Mexico - MX, Netherlands - NL, New Zealand - NZ, Norway - NO, Poland - PL, Portugal - PT, Saudi Arabia - SA, Singapore - SG, Slovakia - SK, Slovenia - SI, South Africa - ZA, South Korea - KR, Spain - ES, Sweden - SE, Switzerland - CH, Taiwan - TW, Thailand - TH, United Arab Emirates - AE, United Kingdom - GB, United States - US.

This object indicates which peer group this controller belongs to, there may be more than one group of peer controllers in the WLAN.

This object indicates whether or not to verify newly discovered APs and look up their configuration against the local database or a RADIUS server. Enumeration: 'local': 1, 'radius': 2.

Flag to indicate if authentication is required for an AP to establish communication with the controller. Enumeration: 'enable': 1, 'disable': 2.

Time in seconds to wait after a client disassociates from a managed AP before deleting the client association database entry.

Time in hours to wait before deleting an entry obtained from an RF scan.A value of 0 in input range means that the entry never ages out.

Time in hours to wait before deleting an entry in the AP association and authentication failure list. A value of 0 in input range means that the entry never ages out.

Time in hours to wait before deleting an entry in Ad hoc client list.A value of 0 in input range means that the entry never ages out.

Time in hours to wait before deleting an entry from the detected clients database.A value of 0 in input range means that the entry never ages out.

This table contains configurable parameters for a specific AP. When an AP is discovered and the wsValidationMethod is local, its MAC address is verified in this table to determine if it should be managed by the controller.

Each entry has parameters that can be configured locally or on a RADIUS server, for a specific AP on the WLAN. As this table is indexed by wsAPMacAddress, - to create an entry, specify the AP MAC address and set object wsAPConfigRowStatus to createAndGo(4) - to delete an entry, select the entry from the list and set object wsAPConfigRowStatus to destroy(6)

MAC address of an AP.

This object indicates description of an AP, often based on its location.

This field indicates whether this AP is managed by the controller, by an administrator, or is a Rogue AP. Enumeration: 'rogue': 3, 'wsManaged': 1, 'standalone': 2.

If AP authentication is enabled, this indicates the password for an AP to authenticate to the controller. This must match the password configured on an AP. When passwod is configured this object will always return '*****'.

If AP is managed by controller, this object indicates Id of configuration profile for this AP.

This object indicates the fixed channel for the AP radio one. Zero indicates automatic channel assignment.

This object indicates the fixed channel for the AP radio two. Zero indicates automatic channel assignment.

This indicates the power setting of AP radio one. Zero indicates automatic power adjustment.

This indicates the power setting of AP radio two. Zero indicates automatic power adjustment.

This object indicates the expected channel for the AP in standalone mode. Zero indicates that any channel is allowed.

This object indicates the expected security mode for the AP in standalone mode. Zero indicates that any security mode is allowed. Enumeration: 'wep': 2, 'open': 1, 'any': 0, 'wpa': 3.

This object indicates the expected SSID for the AP in standalone mode. A null string indicates that any SSID is allowed.

This object indicates whether the AP is allowed to operate as a bridge. Configurable values are: any Either WDS or normal mode is allowed normal - AP is not allowed to operate in WDS mode bridge - AP is only allowed to operate in WDS mode Enumeration: 'bridge': 2, 'any': 0, 'normal': 1.

This object indicates the expected wired network mode for the AP in standalone mode. Enumeration: 'allowed': 0, 'not-allowed': 1.

This object is used to create or delete entries in the table. The supported values are: active(1) - indicates a valid entry createAndGo(4) - creates a new entry in the table destroy(6) - removes an existing entry from the table As this table is indexed by wsAPMacAddress, - to create an entry, specify the AP MAC address and set object value to createAndGo(4) - to delete an entry, select the entry from the list and set object value to destroy(6)

This object represents wireless controller IP address. When wireless mode is in disabled state, the value of controller IP address is zero.

Indicates the current operating status of the wireless system. Enumeration: 'disabled': 3, 'disable-pending': 4, 'enabled': 1, 'enable-pending': 2.

This object indicates the reason of operational status to be disabled. Values 5 and 6 are applicable only if routing functionality present. Enumeration: 'no-active-interface': 7, 'none': 1, 'routing-disabled': 6, 'no-loopback-interface': 5, 'no-sslFiles': 4, 'no-ipAddress': 3, 'admin-disabled': 2.

Total number of peer controllers detected on the network.

Sum of all the WS managed APs, connection failed APs, and discovered APs in the database.

Total number of WS managed APs currently authenticated to the controller.

Total number of trusted AP's in the standalone mode.

Number of APs that are connected to the controller, but are not completely configured.

Number of APs that were previously authenticated and managed, but currently do not have connection with the controller.

Total number of Rogue APs detected on the WLAN.

Total number of Unknown APs detected on the WLAN.

Maximum number of APs that can be managed by the wireless controller when it acts as Cluster Controller.

Total number of clients present in the network.

Total number of authenticated clients across all APs managed by the controller.

Maximum number of clients that can associate with the wireless system.

Total network utilization across all APs managed by this controller. This is based on global statistics.

Regulatory domain for 2GHz frequency channels.

Regulatory domain for 5GHz frequency channels.

This action object is used to: - start - Start the config push into all the peer controllers in the peer group. - Read on this object will always return none. Enumeration: 'start': 2, 'none': 1.

The global status for the configuration push operation to one or more peer controllers. Enumeration: 'requested': 1, 'complete': 5, 'savingConfig': 2, 'notStarted': 0, 'applyingAPprofileConfig': 4, 'sendingConfig': 3.

The global status when wireless configuration is received from a peer controller. Enumeration: 'success': 9, 'failureInvalidHwVersion': 5, 'failureTimeout': 8, 'notStarted': 0, 'savingConfig': 2, 'failureInvalidConfig': 6, 'applyingAPprofileConfig': 3, 'failureInvalidPacketFormat': 7, 'failureInvalidCodeVersion': 4, 'receivingConfig': 1.

IP Address of the last controller from which this controller received any wireless configuration data.

Indicates which portions of configuration were last received from a peer controller. Bits: 'none': 1, 'validAPDatabase': 4, 'discoveryConfig': 3, 'deviceLocationConfig': 13, 'radiusClientConfig': 9, 'captivePortalConfig': 8, 'knownClientConfig': 7, 'wdsGroupConfig': 12, 'qosAclConfig': 10, 'profileNetworkConfig': 6, 'globalConfig': 2, 'channelPowerConfig': 5, 'qosDiffServConfig': 11.

The last time this controller received any configuration data from a peer controller.

Indicates if the controller is currently the Cluster Controller of the peer group or not. Enumeration: 'yes': 1, 'no': 2.

This object represents Cluster Controller's IP address.

Number of APs to which the wireless system is currently sending de-authentication messages to mitigate against rogue APs.

Maximum number of APs for which the system can send de-authentication frames.

This is a command that allows the administrator to clear out all rogue AP states in the RF Scan database Enumeration: 'no-action': 0, 'acknowledge': 1.

Total number of detected clients across all APs managed by the controller.

Maximum number of clients that can be maintained by the detected clients database.

Maximum number of pre-authentication history entries that can be recorded for all the detected clients present in the detected client database.

Total number of pre-authentication history entries accumulated for all the detected clients present in the detected client database.

Maximum number of roam history entries that can be recorded for all the detected clients present in the detected client database.

Total number of roam history entries accumulated for all the detected clients present in the detected client database.

This action object is used to: - start - Start the certificate regeneration on the controller. - Read on this object will always return none. Enumeration: 'start': 2, 'none': 1.

Status of regenerate X.509 certificates. Enumeration: 'not-in-progress': 1, 'started': 2, 'in-progress': 3.

Status of the mutual authentication enable/disable command. When status is Complete With Errors then the administrator may need to provision some controllers or APs separately. Enumeration: 'complete-with-errors-refer-to-event-log-for-details': 9, 'provisioning-complete': 6, 'in-progress': 3, 'complete-without-errors': 8, 'provisioning-in-progress': 4, 'exchange-in-progress': 5, 'not-started': 1, 'exchange-start': 2, 'exchange-complete': 7.

Total number of APs present in the AP Provisioning database.

Maximum number of APs that can be maintained in the AP Provisioning database.

Total bytes transmitted across all APs managed by this controller.

Total bytes received across all APs managed by by this controller.

Total packets transmitted across all APs managed by this controller.

Total packets received across all APs managed by this controller.

When we set this object to enable, all statistics maintained by controller will be cleared. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

This object indicates the current status of controller statistics reset request. Default value is not started. Enumeration: 'requested': 1, 'partial-success': 4, 'success': 3, 'in-progress': 2, 'failure': 5, 'not-started': 0.

Total bytes dropped in the transmit direction across all APs managed by this controller. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the receive direction across all APs managed by this controller. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total packets dropped in the transmit direction across all APs managed by this controller. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total packets dropped in the receive direction across all APs managed by this controller. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total number of packets transmitted by all APs using distributed tunnels.

Number of clients in all APs currently in roaming state using distributed tunnels.

Number of client tunnel setups denied for all APs.

Flag to enable/disable the functionality to send global configuration parameters to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send discovery configuration parameters to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send valid AP Database to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send Channel and Power configuration to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send all AP profiles and networks to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send configured known client entries to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send all Captive Portal configuration to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send RADIUS Client configuration parameters to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send all QoS ACL configuration to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send all QoS DiffServ configuration to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send configured wds groups to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable the functionality to send configured device location parameters to a peer controller on a configuration push. Enumeration: 'enable': 1, 'disable': 2.

Preference level of the controller to become the Cluster Controller of the Peer Group.A priority of 0 means that the controller can not become cluster controller.

Flag to globally enable/disable AP quality-of-service operation for wireless clients. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable AP auto upgrade mode. This object is configurable only if the wireless controller supports both 'Integrated' and 'Independent' AP image download modes. If the controller supports only 'Integrated' mode, the default is Enable. Enumeration: 'enable': 1, 'disable': 2.

Time of inactivity in seconds to wait before terminating a tunnel client.

Time in seconds to wait before terminating a tunnel client.

Maximum number of multicast replications that can be performed by the AP.

Maximum number of clients that can use tunneled through a Home AP.

This object indicates whether MAC addresses in the Known Client database are granted or denied access if they are in the list, but dont have a specific action. Enumeration: 'blacklist': 2, 'whitelist': 1.

This table contains entries of the known clients.

The entry contains parameters of a known client.

MAC address of the known client.

This object indicates whether to grant, deny, or use global action for client authentication. Enumeration: 'deny': 3, 'global': 1, 'grant': 2.

Descriptive name of the known client.

This object is used to create or delete entries in this table.

Report the AP as rogue in the RF Scan if the local database indicates that the AP is rogue. Can not be disabled. Enumeration: 'enable': 1.

Enable rogue reporting for unknown AP's detected with a managed SSID. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting for fake managed AP's detected with a managed SSID. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of all APs detected with no SSID. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of fake managed AP's detected with an invalid channel. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of AP's detected with managed SSID's and an invalid security configuration. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of managed AP's with an invalid SSID. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of AP's operating on an illegal channel. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of standalone AP's operating with an unexpected configuration. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of unexpected WDS devices. Enumeration: 'enable': 1, 'disable': 2.

Enable rogue reporting of unmanaged AP's on a wired network. Enumeration: 'enable': 1, 'disable': 2.

Minimum number of seconds that the AP waits before starting a new wired network detection cycle. A value of 0 disables wired network detection.

The interval in seconds between transmissions of the trap telling the administrator that Rogues are present in the RF Scan database. A configured value of 0 disables the trap from being sent. .

Enable the AP de-authentication attack. Enumeration: 'enable': 1, 'disable': 2.

The interval in seconds between transmissions of the trap telling the administrator that Rogues are present in the Rogue Clients are present in the Detected Clients Database. A configured value of 0 disables the trap from being sent.

Report the client as rogue if it fails the Known Client Database Test. Enumeration: 'enable': 1, 'disable': 2.

Report the client as rogue if it exceeds configured rate for transmitting 802.11 authentication requests. Enumeration: 'enable': 1, 'disable': 2.

Report the client as rogue if it exceeds configured rate for transmitting probe requests. Enumeration: 'enable': 1, 'disable': 2.

Report the client as rogue if it exceeds configured rate for transmitting 802.11 deauthentication requests. Enumeration: 'enable': 1, 'disable': 2.

Report the client as rogue if it exceeds maximum number of failing authentications. Enumeration: 'enable': 1, 'disable': 2.

Report the client as rogue if it is authenticated with an unknown AP. Enumeration: 'enable': 1, 'disable': 2.

Transmission of de-authentication messages to known clients associated with unknown APs. The Known Client test must also be enabled in order for the mitigation to take place. Enumeration: 'enable': 1, 'disable': 2.

Number of seconds for counting the de-authentication messages.

If controller receives more than specified de-auth messages during the threshold interval the test triggers the client to be reported as rogue.

Number of seconds for counting the authentication messages.

If controller receives more than specified auth messages during the threshold interval the test triggers the client to be reported as rogue.

Number of seconds for counting the probe messages.

If controller receives more than specified probe messages during the threshold interval the test triggers the client to be reported as rogue.

The number of 802.1X authentication failures that triggers the client to be reported as rogue.

The location of Known Client Database. If the value is local then Known Client Database is located in the local controller. Otherwise the database is located in the RADIUS Server. Enumeration: 'local': 1, 'radius': 2.

Name of the RADIUS server used for Known Client database This is used when knownClientDatabaseLocation is set to 'radius'.

Indicates whether the specified named RADIUS Authentication server is configured in the RADIUS Client configuration. Enumeration: 'not-configured': 1, 'configured': 2.

Report the client as rogue if it's OUI is not present in the OUI Database. Enumeration: 'enable': 1, 'disable': 2.

Name of the RADIUS server used for AP authentications as well as client authentications when a network-level RADIUS server is not defined.

Indicates whether the specified named RADIUS Authentication server is configured in the RADIUS Client configuration. Enumeration: 'not-configured': 1, 'configured': 2.

Name of the RADIUS server used for reporting wireless client associations and disassociations when a network-level RADIUS accounting server is not defined.

Indicates whether the specified named RADIUS Accounting server is configured in the RADIUS Client configuration. Enumeration: 'not-configured': 1, 'configured': 2.

Flag to indicate whether or not RADIUS accounting is enabled for wireless clients. Enumeration: 'enable': 1, 'disable': 2.

This table contain access point and client status parameters of peer controllers of wireless controller.

Each entry describes the access point and client status parameters of each peer of wireless controller.

This object represents wireless controller IP address. When wireless mode is in disabled state, return entry will be none.

Preference level of the controller to become the Cluster Controller of the Peer Group.

The AP image download mode supported by the wireless controller. The displayed mode can be one of the following: Integrated - The controller supports Integrated mode. In this mode, the AP code is located on the controller, and the controller automatically updates the code on APs it manages. Independent - The controller supports Independent mode. In this mode, the AP code is on a TFTP server, and the download is triggered from the cluster controller. Integrated, Independent - The controller supports both modes. Note that this field displays the mode only if wireless controllers that support Independent and Integrated AP Image Download modes co-exist in the network.

Sum of all the WS managed APs, connection failed APs, and discovered APs in the database of specified controller.

Total number of WS managed APs currently authenticated, configured and have an active connection with the specifed controller.

Number of APs that are connected to the specified controller, but have not been completely configured.

Number of APs that were previously authenticated and managed, but currently do not have connection with the specified controller.

Maximum number of APs that the specified controller can manage.

Total number of clients in the database that include clients with an associated, authenticated and disassociated status.

Total number of authenticated clients across all APs managed by the specified controller.

Total network utilization across all APs managed by the specifed controller.

Number of clients that are currently sending and receiving packets via distributed tunnels.

This table contain WLAN statistics for every controller in the peer group. Only Cluster Controller can hold the entries for peer controllers. The controller which is not a Cluster Controller only keep statistics local to it.

Each entry describe WLAN statistics of specified controller in the wireless system.

Total bytes transmitted across all APs managed by the specified controller.

Total bytes received across all APs managed by the specified controller.

Total packets transmitted across all APs managed by the specified controller.

Total packets received across all APs managed by the specified controller.

Total bytes dropped in the transmit direction across all APs managed by the specified controller. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the receive direction across all APs managed the specified controller. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total packets dropped in the transmit direction across all APs managed by the specified controller. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total packets dropped in the receive direction across all APs managed by the specified controller. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Flag indicating whether the Wireless feature should automatically assign an IP address from one of the active interfaces or whether the IP address is manually assigned. Enumeration: 'enable': 1, 'disable': 2.

Statically assigned IPv4 address for the Wireless feature. If Auto IP Assignment is true then this setting is ignored.

Specifies the time period at which wireless clients detected as using admission-controlled resources without proper TSPEC authorization are reported via the system logging and SNMP trap mechanisms. If a violating client disassociates before the next report interval, it is reported upon disassociation. This object is specified in seconds, with a default value of 300 (5 minutes). Setting this object value to 0 disables TSPEC violation reporting.

Flag to enable/disable mutual authentication of the Wireless controllers and Access Points in the network. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable reprovisioning of APs when in unmanaged mode. Enumeration: 'enable': 1, 'disable': 2.

Time in hours to wait without hearing any updates for the APs before removing them from the provisioning database.A value of 0 in input range means that the entry never ages out.

Flag to enable/disable controller provisioning. Enumeration: 'enable': 1, 'disable': 2.

Base IP port.

Measurement system in english/metric. Enumeration: 'metric': 1, 'english': 2.

Flag to enable/disable RF Scan location Mode. Enumeration: 'enable': 1, 'disable': 2.

Number of seconds between iterations of triangulation table device location protocol.

Flag to enable/disable IP based discovery of APs and peer controllers. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable L2 discovery of APs and peer controllers. Enumeration: 'enable': 1, 'disable': 2.

This table contains IP addresses to poll on the network.

An IP address list that can be configured globally on the wireless controller to define which IP addresses to poll in order to discover new APs and peer controllers. This list is used when discovery via IP Polling is enabled.

IP address of an AP or controller to poll.

Indicates whether or not the controller reached this IP address. Enumeration: 'discovered': 3, 'discovered-failed': 4, 'not-polled': 1, 'polled': 2.

This object is used to create and delete entries in the table.

This table contains the list of VLANs on which to send L2 discovery multicast packets.

A list of VLANs on which to send L2 discovery multicast frames when L2 broadcast discovery mode is enabled. The entries in this table are limited to sixteen. By default there will be one entry in this table with wsL2DiscoveryVlanId equal to one. This entry can neither be created nor deleted.

VLAN Id on which controller will send L2 discovery multicast frames.

This variable is used to create and delete entries in the table.

Maximum number of IP discovery entries allowed to be configured.

Total number of entries configured IP discovery entries.

Total number of polled entries in the IP discovery list.

Total number of not-polled entries in the IP discovery list.

Total number of discovered entries in the IP discovery list.

Total number of discovered-failed entries in the IP discovery list.

The following parameters can be configured within an AP configuration profile. A profile is used to replicate a single AP configuration across multiple managed APs. Modification or deletion is not allowed if the profile is assigned to one or more managed APs except wsCopyAPProfileToProfileId.

Each entry has parameters that can be configured within an AP configuration profile. A profile is used to replicate a single AP configuration across multiple managed APs, and is indexed by an integer Id.

Unique AP Profile Id for each entry.

AP configuration profile name.

Indicates current state of AP Profile. Enumeration: 'in-progress': 3, 'requested': 2, 'none': 0, 'associated': 4, 'configured': 1.

This object is used to create or delete entries in the table.

This object copies the AP profile configuration to the specified valid AP Profile Id. If specified Profile Id is already assigned to one or more managed APs, the operation is not allowed. Read on this object will always return zero.

This object is used to apply the AP profile configuration. Read on this object will always return none. Enumeration: 'apply': 2, 'none': 1.

AP Hardware type ID associated with each entry.

VLAN ID that is used to send packets on the wire that enable the system to discover rogue APs attached to the wired network.

Flag to enable/disable Disconnected AP Data Forwarding Mode. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable Disconnected AP Management Mode. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable AE Protocol Support Mode. Enumeration: 'enable': 1, 'disable': 2.

This table contains parameters that can be configured with in an AP Profile per radio interface.

Each entry in this table represents parameters that can be configured with in an AP profile per radio interface. Two entries in this table will get created automatically for each AP profile being created in wsAPProfileTable. Whenever AP profile entry is deleted, corresponding radio profile entries will get deleted automatically.

AP physical radio interface number.

Flag to indicate whether the radio is operational. Enumeration: 'on': 1, 'off': 2.

Indicates which physical layer technology to use on radio. Default value for radio 1 is 'ieee802dot11bgn' and default value for radio 2 is 'ieee802dot11an'. Enumeration: 'fiveGHzIeee802dot11anac': 7, 'ieee802dot11bgn': 4, 'ieee802dot11a': 1, 'fiveGHzIeee802dot11nac': 8, 'twoDotFourGHzIeee802dot11n': 6, 'ieee802dot11an': 3, 'fiveGHzIeee802dot11n': 5, 'ieee802dot11bg': 2.

When Sentry mode is disabled this flag controls whether the radio moves away from the operating channel while doing scans. When this mode is disabled the radio scans only on the operating channel. When sentry mode is enabled on the radio this parameter is ignored. Enumeration: 'enable': 1, 'disable': 2.

If scan mode is enable, indicates how often the radio leaves its operational channel.

When Sentry mode is enabled the radio doesn't do any data forwarding, but only periodically scan channels for rogues. The length of time spent on each channels controlled by the 'scan duration' time. Enumeration: 'enable': 1, 'disable': 2.

If scanning is enabled, this object indicates on which frequencies to scan. Enumeration: 'ieee802dot11an': 1, 'ieee802dot11bORgn': 2, 'all': 3.

Indicates how long the radio can scan before returning to its operational channel. The default value is 10ms.

This object enables/disables rate limit for broadcast and multicast traffic transmitted across the network. Enumeration: 'enable': 1, 'disable': 2.

Allowed rate limit for broadcast/multicast traffic transmitted across the network. Broadcast/multicast traffic below this limit is transmitted normally.

Broadcast/multicast traffic can occur in bursts up to this value before all traffic is considered to exceed the limit.

Interval at which the AP transmit beacon frames.

Indicates the number of beacons between Delivery Traffic Indication MAP(DTIM). DTIM indicates buffered broadcast/multicast traffic on an AP.

This object limits the size of packets transmitted over the network. Only even values are allowed in the defined range.

This object indicates the number of octets in an MAC Protocol Data Unit(MPDU), below which an request to send(RTS)/clear to send(CTS) handshake shall not be performed.

This object indicates the maximum number of transmission attempts on frame sizes less than or equal to the RTS threshold. Set action for this object will be supported in next release.

This object indicates the maximum number of transmission attempts on frame sizes greater than the RTS threshold. Set action for this object will be supported in next release.

This object indicates the elapsed time after the initial transmission of MAC Service Data Unit(MSDU), after which further attempts to transmit the MSDU shall be terminated. Set action for this object will be supported in next release.

This object indicates the elapsed time after the initial reception of a fragmented MAC Management Protocol Data Unit(MMPDU) or MSDU, after which further attempts to reassemble the MMPDU or MSDU shall be terminated. Set action for this object will be supported in next release.

Maximum number of client stations that can simultaneously get associated on this interface.

Flag to indicate power is automatically adjusted by the controller. Enumeration: 'enable': 1, 'disable': 2.

If auto power mode is disabled, this object indicates a fixed power setting for the radio.

Flag to enable/disable Wi-Fi MultiMedia Mode. When enabled, QOS settings affect both downstream traffic to the sation and upstream traffic to the AP. When disabled, QOS only applies to downstream traffic. Enumeration: 'enable': 1, 'disable': 2.

Flag to indicate that AP will load balance users on this radio. Enumeration: 'enable': 1, 'disable': 2.

If load balancing is enabled, percentage of network utilization allowed on the radio before clients are denied. This value is displayed in percentage.

Flag to indicate whether initial AP radio channel assignment can be automatically adjusted by controller due to changes in radio performance. Enumeration: 'enable': 1, 'disable': 2.

Flag to indicate whether Station Isolation is enabled on the Radio. Enumeration: 'enable': 1, 'disable': 2.

Bandwidth used in the channel. Enumeration: 'eightyMHz': 3, 'twentyMHz': 1, 'fortyMHz': 2.

Specify relative location of Primary Channel in the 40 MHz channel. Enumeration: 'upper': 1, 'lower': 2.

Turn on/off Protection mechanisms. Enumeration: 'auto': 1, 'off': 2.

Dead time, in nanoseconds, between OFDM symbols which prevents Inter-Symbol and Inter-Carrier Interference (ISI, ICI). The short guard interval, when enabled, is 400ns and the standard guard interval, when disabled, is 800ns. Enumeration: 'enable': 2, 'disable': 1.

The Space Time Block Code (STBC) Mode enables the AP to send the same data stream on multiple antennas at the same time. This is different from MIMO where the data stream is divided between two antennas. Enumeration: 'enable': 1, 'disable': 0.

Indicates the data rate AP will send multicast data to its client stations represented by a count from 2 - 127, corresponding to data rates in multiples of 500 kbit/s from 1 Mbit/s to 63.5 Mbit/s. 0 represents automatic rate selection. For Example : Supported Data Rate Mbps 2 1 4 2 11 5.5 12 6 18 9 and so on.

Automatic Power Save Delivery Mode. Enumeration: 'enable': 1, 'disable': 2.

Don't send acknowledgement to correctly received frames. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable Radio Resource Management (RRM) as defined in the IEEE 802.11k specification. RRM allows wireless clients to request adjustments and report conditions regarding channel load and neighbor detection. Enumeration: 'enable': 1, 'disable': 2.

This object indicates the QOS template choice in effect for the profile and radio. Enumeration: 'factory-default': 1, 'voice': 2, 'custom': 0.

Minimum Transmit Power that can be set by APA on the radio. Default Value is 20% for 2.4Ghz Radio and 100% for 5Ghz radio.

This table represents the supported data rates by AP Profile.

Each entry in this table represents supported data rate.

Indicates the data rate, AP will actually support in setting up communications with client stations represented by a count from 2 - 127, corresponding to data rates in multiples of 500 kbit/s from 1 Mbit/s to 63.5 Mbit/s. Supported Data Rate Mbps 2 1 4 2 11 5.5 12 6 18 9 and so on.

Displays supported data rate by an AP Profile. Supported rates by an AP Profile depends on physical mode of the radio. Enumeration: 'supported': 1, 'not-supported': 2.

This table represents the basic data rates advertised by an AP Profile.Stations connecting to this AP must support this set of data rates.

Each entry in this table represents basic data rate.

Indicates the basic data rate, AP will actually advertise to its client stations represented by a count from 2 - 127, corresponding to data rates in multiples of 500 kbit/s from 1 Mbit/s to 63.5 Mbit/s. For Example : Supported Data Rate Mbps 2 1 4 2 11 5.5 12 6 18 9 and so on.

Displays basic data rate advertised by an AP Profile. Basic rate depends on physical mode of the radio. Enumeration: 'basic': 1, 'not-basic': 2.

This table is about VAP profile configuration. When AP profile entry is created, corresponding eight VAP entries will get created for each radio. When AP Profile entry is get deleted, corresponding VAP entries will be deleted automatically.

Each entry in this table represents VAP profile.

Index of the VAP with respect to the radio interface.

Flag to enable/disable VAP. VAP0 can not be disabled. In order to disable VAP0, radio must be turned off. Enumeration: 'enable': 1, 'disable': 2.

Network configuration assigned to the VAP. By default, VAP 0 to 7 are assigned to Network Ids 1 to 8 in order.

This table displays QOS configuration. Enhanced Distributed Channel Access(EDCA) parameters of an AP affect downstream traffic from AP to the client station. Station EDCA parameters affect upstream traffic from the client station to an AP. Creation of AP Profile creates corresponding four qos profiles with default values for each radio. Deletion of AP Profile deletes the corresponding QOS entries in this table.

Each entry in this table represents QOS profile.

This object indicates QOS Queue Id. Enumeration: 'voice': 0, 'video': 1, 'besteffort': 2, 'background': 3.

Specifies the wait time for data frames. The default values for each QOS Id is mentioned below: voice(0) - 1 msec video(1) - 1 msec besteffort(2) - 3 msec background(3) - 7 msec

Specifies the upper limit of a range from which the initial random backoff wait time is determined. The default values for each QOS Id is mentioned below: voice(0) - 3 msec video(1) - 7 msec besteffort(2) - 15 msec background(3) - 15 msec Enumeration: 'one': 1, 'sixty-three': 63, 'seven': 7, 'fifteen': 15, 'onetwenty-seven': 127, 'three': 3, 'thirty-one': 31, 'fivehundred-eleven': 511, 'onethousand-twentythree': 1023, 'twofifty-five': 255.

Specifies the upper limit for the doubling of the random backoff value, doubling continues until either the data frame is sent or this value is reached. The default values for each QOS Id is mentioned below: voice(0) - 7 msec video(1) - 15 msec besteffort(2) - 63 msec background(3) - 1023 msec Enumeration: 'one': 1, 'sixty-three': 63, 'seven': 7, 'fifteen': 15, 'onetwenty-seven': 127, 'three': 3, 'thirty-one': 31, 'fivehundred-eleven': 511, 'onethousand-twentythree': 1023, 'twofifty-five': 255.

Specifies the maximum burst length allowed for packet bursts on the wireless network. The default values for each QOS Id is mentioned below: voice(0) - 1500 micro sec video(1) - 3000 micro sec besteffort(2) - 0 micro sec background(3) - 0 micro sec

Specifies the wait time for data frames. The default values for each QOS Id is mentioned below: voice(0) - 2 msec video(1) - 2 msec besteffort(2) - 3 msec background(3) - 7 msec

Specifies the upper limit of a range from which the initial random backoff wait time is determined for station. The default values for each QOS Id is mentioned below: voice(0) - 3 msec video(1) - 7 msec besteffort(2) - 15 msec background(3) - 15 msec Enumeration: 'one': 1, 'sixty-three': 63, 'seven': 7, 'fifteen': 15, 'onetwenty-seven': 127, 'three': 3, 'thirty-one': 31, 'fivehundred-eleven': 511, 'onethousand-twentythree': 1023, 'twofifty-five': 255.

Specifies the upper limit for the doubling of the random backoff value, doubling continues until either the data frame is sent or this value is reached. The default values for each QOS Id is mentioned below: voice(0) - 7 msec video(1) - 15 msec besteffort(2) - 63 msec background(3) - 1023 msec Enumeration: 'one': 1, 'sixty-three': 63, 'seven': 7, 'fifteen': 15, 'onetwenty-seven': 127, 'three': 3, 'thirty-one': 31, 'fivehundred-eleven': 511, 'onethousand-twentythree': 1023, 'twofifty-five': 255.

Specifies an interval of the time when a Wireless Multimedia Extensions(WME) client station has the right to initiate transmissions on to the wireless medium. The default values for each QOS Id is mentioned below: voice(0) - 47 msec video(1) - 94 msec besteffort(2) - 0 msec background(3) - 0 msec

The following parameters can be configured for each network. A network may be assigned to one or more VAPs within an AP configuration profile. The first eight networks are created with default values, and cannot be deleted.

Each entry in this table is associated with a unique network Id.

Network Id used to uniquely identify the network.

Add Network ID to the network configuration table. The first 16 network configurations are created by default, they are applied to VAP-0 through VAP-15 in order on each radio when a new AP configuration profile is created (one default network configuration exists per VAP ID).

This object indicates Service Set ID specific to this Network. The first network is configured with a default SSID 'Guest Network', the rest of the networks have default SSIDs assigned based on the Network Id.

Default VLAN Id assigned to the Network. The default VLAN is used if RADIUS based authentication is not configured for the network or the RADIUS server does not return a VLAN for a specific client.

Flag to enable/disable inclusion of SSID in AP beacons. Enumeration: 'enable': 1, 'disable': 2.

If client broadcasts probe requests to all available SSIDs this option controls whether or not the system will respond to the probe request. The 'disable' mode means that the system responds. Enumeration: 'enable': 1, 'disable': 2.

This object indicates mode to disable, or enable and specify lookup method for authentication via client MAC address. Enumeration: 'local': 1, 'disable': 3, 'radius': 2.

Flag to enable/disable RADIUS accounting authentication for users on this network. Enumeration: 'enable': 1, 'disable': 2.

Specifies authentication and encryption mode on this network. Enumeration: 'none': 1, 'wepStatic': 2, 'wpaPersonal': 4, 'wpaEnterprise': 5, 'wep802dot1x': 3.

If Wi-Fi Protected Access(WPA) encryption mode is enabled, this object indicates the versions of WPA allowed by clients on this network. Enumeration: 'both': 3, 'wpa2': 2, 'wpa': 1.

If WPA encryption mode is enabled, this object indicates which encryption solutions to use for WPA clients. Enumeration: 'tkip': 1, 'both': 3, 'ccmp': 2.

If WPA-SharedKey security mode is enabled, this object specifies the type of the WPA key configured. Only ascii key type is supported for this release. Enumeration: 'ascii': 1.

If WPA-SharedKey security mode is enabled, this object specifies the pre-shared secret for WPA clients. For ASCII - 8-63 characters.

If WPA2 encryption is enabled, flag to enable/disable pre-authentication support for roaming WPA2 clients. Enumeration: 'enable': 1, 'disable': 2.

If WPA2 pre-authentication is enabled, this object specifies a limit on the number of APs within the peer group to which one client is allowed to be pre-authenticate.

Length of time in minutes a PMK will be cached by an AP after the client using this PMK has roamed away from this AP. Length of time a PMK will be cached by an AP after the PMK has been received from the WS. After this time has expired, the AP deletes the PMK entry from the security database.

Indicates security configuration for static WEP. Enumeration: 'openSystem': 1, 'sharedKey': 2, 'both': 3.

If wsNetSecurityMode is wepSharedKey, this object indicates which Wired Equivalent Privacy(WEP) algorithm network will use for encryption.

If WEP-SharedKey security mode is enabled, this object specifies the type WEP key configured. Enumeration: 'ascii': 1, 'hex': 2.

If WEP-SharedKey security mode is enabled, this object specifies number of bits for the WEP key. Enumeration: 'sixty-four': 64, 'one-twentyeight': 128.

If WEP-SharedKey security mode is enabled, this object specifies the key for WEP clients. Minimum characters required for key based on key type/length are: For ASCII/64 - 5 characters ASCII/128 - 13 characters HEX/64 - 10 characters HEX/128 - 26 characters

If WEP-SharedKey security mode is enabled, this object specifies the key for WEP clients. Minimum characters required for key based on key type/length are: For ASCII/64 - 5 characters ASCII/128 - 13 characters HEX/64 - 10 characters HEX/128 - 26 characters

If WEP-SharedKey security mode is enabled, specifies the key for WEP clients. Minimum characters required for key based on key type/length are: For ASCII/64 - 5 characters ASCII/128 - 13 characters HEX/64 - 10 characters HEX/128 - 26 characters

If WEP-SharedKey security mode is enabled, this object specifies the key for WEP clients. Minimum characters required for key based on key type/length are: For ASCII/64 - 5 characters ASCII/128 - 13 characters HEX/64 - 10 characters HEX/128 - 26 characters

This is an action object. Setting this object to enable will set Network Id configuration to default configuration. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

Specifies the redirect mode on this network. Enumeration: 'none': 1, 'http': 2.

This object indicates HTTP Redirect URL on the Network Id.

A unique value to identify the wireless network interface.

The name of the RADIUS server used for client authentications.

Indicates whether the specified named RADIUS Authentication server is configured in the RADIUS Client configuration. Enumeration: 'not-configured': 1, 'configured': 2.

The name of the RADIUS server used for reporting wireless client associations and disassociations.

Indicates whether the specified named RADIUS Accounting server is configured in the RADIUS Client configuration. Enumeration: 'not-configured': 1, 'configured': 2.

This flag controls whether the VAP uses the network RADIUS configuration or global RADIUS configuration. When enabled, network RADIUS configuration shall be used. Enumeration: 'enable': 1, 'disable': 2.

Flag to enable/disable Distributed Tunneling for this Network. Enumeration: 'enable': 1, 'disable': 2.

The 802.1x broadcastkey refresh rate command specifies the interval after which the broadcast keys are changed.

The 802.1x SessionKey refresh rate command specifies the interval after which the Unicast session keys are changed. This is applicable only dynamic WEP and WPA Enterprise modes.Valid values are 0 and from 30-86400.

Flag to enable/disable Wireless ARP Suppression for this Network. Enumeration: 'enable': 1, 'disable': 2.

Configure band steering on this VAP. To have band steering operationally enabled, the following conditions should be met: 1. SSIDs on both VAPs should match. 2. One radio should be in the 2.4-GHz band, and the other should be in the 5-GHz band. Enumeration: 'enable': 1, 'disable': 0.

The following parameters can be configured for each network. This table extends the wsNetworkTable definition.

Each entry in this table is associated with a unique network ID, and defines its default client QoS parameters for a managed AP. These parameters are used for any wireless client on the designated network that does not have its own comparable parameter(s) defined via RADIUS when using 802.1X authentication.

Maximum bandwidth rate allowed for the wireless down (outbound) direction from AP to client for this network, thus controlling the maximum receive rate from the AP for a wireless client. This parameter is specified in bits-per-second (bps). This object may be set to any value in the range 0-4294967295. Any configured non-zero value is rounded down to the nearest 64000 bps by the AP, but no lower than 64000. Setting this object value to 0 disables bandwidth limiting in this direction.

Maximum bandwidth rate allowed for the wireless up (inbound) direction from client to AP for this network, thus controlling the maximum send rate to the AP for a wireless client. This parameter is specified in bits-per-second (bps). This object may be set to any value in the range 0-4294967295. Any configured non-zero value is rounded down to the nearest 64000 bps by the AP, but no lower than 64000. Setting this object value to 0 disables bandwidth limiting in this direction.

Access list type used for the wireless down (outbound) direction from AP to client for this network. Setting this object usually requires that the wsNetworkClientQosAccessControlDownName object also be set at the same time (see the 'Object set restrictions' in that object's description for more information). Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list to use in accordance with the wsNetworkClientQosAccessControlDownType as follows: none(1) - This object is not used and must not be set. ip(2) - This specifies an IP access list number in the range 1-199, entered as a character string rather than an integer, or an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IP access list, as defined by the aclTable in the FASTPATH-QOS-ACL-MIB. mac(3) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid MAC access list name, as defined by the aclMacName object in the FASTPATH-QOS-ACL-MIB. ipv6(4) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IPV6 access list name, as defined by the aclIpv6Name object in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are specified here using a character string notation instead of an integer value. Object set restrictions: ------------------------ 1. When setting wsNetworkClientQosAccessControlDownType to none(0), this object must not be set. 2. When setting wsNetworkClientQosAccessControlDownType to any value other than none(0), both the wsNetworkClientQosAccessControlDownType and this object must be set at the same time (i.e. use multiple variable bindings). 3. This object may be set by itself in accordance with the existing wsNetworkClientQosAccessControlDownType value, provided the type value is anything other than none(0).

Access list type used for the wireless up (inbound) direction from client to AP for this network. Setting this object usually requires that the wsNetworkClientQosAccessControlUpName object also be set at the same time (see the 'Object set restrictions' in that object's description for more information). Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list to use in accordance with the wsNetworkClientQosAccessControlUpType as follows: none(1) - This object is not used and must not be set. ip(2) - This specifies an IP access list number in the range 1-199, entered as a character string rather than an integer, or an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IP access list, as defined by the aclTable in the FASTPATH-QOS-ACL-MIB. mac(3) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid MAC access list name, as defined by the aclMacName object in the FASTPATH-QOS-ACL-MIB. ipv6(4) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IPV6 access list name, as defined by the aclIpv6Name object in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are specified here using a character string notation instead of an integer value. Object set restrictions: ------------------------ 1. When setting wsNetworkClientQosAccessControlUpType to none(0), this object must not be set. 2. When setting wsNetworkClientQosAccessControlUpType to any value other than none(0), both the wsNetworkClientQosAccessControlUpType and this object must be set at the same time (i.e. use multiple variable bindings). 3. This object may be set by itself in accordance with the existing wsNetworkClientQosAccessControlUpType value, provided the type value is anything other than none(0).

DiffServ policy type used for the wireless down (outbound) direction from AP to client for this network. Setting this object usually requires that the wsNetworkClientQosDiffservPolicyDownName object also be set at the same time (see the 'Object set restrictions' in that object's description for more information). Only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy to use in accordance with the wsNetworkClientQosDiffservPolicyDownType as follows: none(1) - This object is not used and must not be set. in(2) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation. Object set restrictions: ------------------------ 1. When setting wsNetworkClientQosDiffservPolicyDownType to none(0), this object must not be set. 2. When setting wsNetworkClientQosDiffservPolicyDownType to any value other than none(0), both the wsNetworkClientQosDiffservPolicyDownType and this object must be set at the same time (i.e. use multiple variable bindings). 3. This object may be set by itself in accordance with the existing wsNetworkClientQosDiffservPolicyDownType value, provided the type value is anything other than none(0).

DiffServ policy type used for the wireless up (inbound) direction from client to AP for this network. Setting this object usually requires that the wsNetworkClientQosDiffservPolicyUpName object also be set at the same time (see the 'Object set restrictions' in that object's description for more information). Only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy to use in accordance with the wsNetworkClientQosDiffservPolicyUpType as follows: none(1) - This object is not used and must not be set. in(2) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation. Object set restrictions: ------------------------ 1. When setting wsNetworkClientQosDiffservPolicyUpType to none(0), this object must not be set. 2. When setting wsNetworkClientQosDiffservPolicyUpType to any value other than none(0), both the wsNetworkClientQosDiffservPolicyUpType and this object must be set at the same time (i.e. use multiple variable bindings). 3. This object may be set by itself in accordance with the existing wsNetworkClientQosDiffservPolicyUpType value, provided the type value is anything other than none(0).

Flag to enable/disable AP quality-of-service for wireless clients on this network. Enumeration: 'enable': 1, 'disable': 2.

This table represents the supported channels by AP Profile.

Each entry in this table represents a supported channel.

Indicates a channel currently supported by the radio for use with client connections. The set of supported channel numbers is determined by country code, radio mode, and in the case of modes that are compatible with 802.11n, primary channel selection and channel bandwidth settings.

This table represents the channels of an AP profile that are eligible for automatic channel selection.

Each entry in this table represents an eligible channel.

Indicates a channel currently eligible for automatic channel selection by the radio for use with client connections. The set of eligible channel numbers is a subset of the channels supported by the radio in its current configuration of country, mode, and in the case of modes that are compatible with 802.11n, primary channel selection and channel bandwidth settings. For 80Mhz 4 channels form a set and setting one channel would unset all the remaining channels in the set. Deleting one channel would unset all the channels in the set.

The eligible channel status. Supported values: active(1) - valid instance createAndGo(4) - creates a new instance destroy(6) - removes an instance

This table contains TSPEC parameters that can be configured within an AP Profile per radio interface.

Each entry in this table represents TSPEC parameters that can be configured per radio interface within an AP profile. These entries augment the wsAPProfileRadioEntry definition for TSPEC configuration.

The overall TSPEC operational mode for this radio. This object must be set to enable(1) for any of the other TSPEC ACM configuration parameters defined in this table row to have an effect. The default value for this object is disable(2). Enumeration: 'enable': 1, 'disable': 2.

Regulates mandatory admission control for the voice access category (AC). When set to enable(1), the voice AC may only be used by WMM-compliant client stations that have successfully established a TSPEC for this AC. Note that setting the wsAPRadioTspecLegacyWmmQueueMapMode object to enable(1) overrides the exclusive use of the voice AC by allowing legacy (i.e. non-WMM-compliant) client stations to use it as well. Enumeration: 'enable': 1, 'disable': 2.

Regulates mandatory admission control for the video access category (AC). When set to enable(1), the video AC may only be used by WMM-compliant client stations that have successfully established a TSPEC for this AC. Note that setting the wsAPRadioTspecLegacyWmmQueueMapMode object to enable(1) overrides the exclusive use of the video AC by allowing legacy (i.e. non-WMM-compliant) client stations to use it as well. Enumeration: 'enable': 1, 'disable': 2.

Defines the maximum amount of wireless bandwidth utilization to admit for the voice access category. TSPEC requests that would cause this limit to be exceeded are rejected. Note that this value establishes an upper limit for wireless bandwidth to be admitted for this access category but does not guarantee that this limit can be reached. Setting this object value to 0 and the wsAPRadioTspecVoiceAcmMode object to enable(1) causes all TSPEC requests to be rejected by the AP for the voice access category. The sum of this value and the wsAPRadioTspecVideoAcmLimit object value is not allowed to exceed 70. This value is treated as a percentage.

Defines the maximum amount of wireless bandwidth utilization to admit for the video access category. TSPEC requests that would cause this limit to be exceeded are rejected. Note that this value establishes an upper limit for wireless bandwidth to be admitted for this access category but does not guarantee that this limit can be reached. Setting this object value to 0 and the wsAPRadioTspecVideoAcmMode object to enable(1) causes all TSPEC requests to be rejected by the AP for the video access category. The sum of this value and the wsAPRadioTspecVoiceAcmLimit object value is not allowed to exceed 70. This value is treated as a percentage.

Defines the portion of the wsAPRadioTspecVoiceAcmLimit and wsAPRadioTspecVideoAcmLimit object values to hold in reserve for roaming clients only. If this value exceeds the current value in either of those two objects, respectively, then their entire ACM limit is used exclusively for roaming clients. Setting this object value to 0 causes none of the voice or video ACM limit values to be reserved for roaming clients - they compete equally with non-roaming clients for wireless network bandwidth. This value is treated as a percentage.

Specifies the amount of time that an active traffic stream (TS) in the downlink direction may be idle, from the perspective of the AP, before it is deleted by the AP. For a bidirectional TS, both the wsAPRadioTspecApInactivityTimeout and the wsAPRadioTspecStaInactivityTimeout must expire in order for the TS to be deleted by the AP due to inactivity. If either of these timeouts is disabled, the AP will not delete a bidirectional TS due to inactivity. This value is specified in seconds. Setting this object value to 0 disables this timeout.

Specifies the amount of time that an active traffic stream (TS) in the uplink direction may be idle, from the perspective of the AP, before it is deleted by the AP. For a bidirectional TS, both the wsAPRadioTspecApInactivityTimeout and the wsAPRadioTspecStaInactivityTimeout must expire in order for the TS to be deleted by the AP due to inactivity. If either of these timeouts is disabled, the AP will not delete a bidirectional TS due to inactivity. This value is specified in seconds. Setting this object value to 0 disables this timeout.

When enabled, the AP allows intermixing of legacy traffic with Wi-Fi Multimedia (WMM) traffic on access category queues that are operating according to admission control mandatory (ACM) rules. This mode is intended for use with non Wi-Fi Multimedia Enabled (non-WME) clients and is disabled by default. When this object is set to enable(1), both the voice and video access categories are accessible by wireless clients that do not have an admitted TSPEC, which can lead to underestimation of the available medium time by wireless TSPEC admission control. Use caution when enabling this mode and also consider using very small ACM limit values as well. Enumeration: 'enable': 1, 'disable': 2.

This table contains MCS indices that can be configured within an AP Profile per radio interface.

Each entry in this table represents an MCS index that can be configured per radio interface within an AP profile.

Indicates an index value available for use with the Modulation and Coding Scheme (MCS) for 802.11n connections. Not all radios support index values from 16 to 23.

Indicates that the associated index value has or has not been configured for use with the Modulation and Coding Scheme (MCS) for 802.11n connections. Enumeration: 'enable': 1, 'disable': 0.

Indicates the server IP address to use for an AP code download request.

The AP image type capability table contain parameters that are configurable for each image type download.

Each entry provides image type capability details for each AP image type supported by the WS.

Indicates the file path on the server to use for an AP code download request.

Indicates file on the server to use for an AP code download request.

Indicates an AP MAC address to use in a code download request for a single AP. MAC address zero indicates the code download request is for all managed APs. Setting this object initiates the code download. A read on this object always returns zero.

Indicates the number of APs the wireless controller will issue a code download request to at one time.

Indicates which image to download to the AP(s). Configurable values are: - tq3600, if download is for APs with hardware that only require tq3600 code - image2, reserved future - image3, reserved future - tq2450, if download is for APs with hardware that only require tq2450 code - tq4400, if download is for APs with hardware that only require tq4400 code - tq4600, if download is for APs with hardware that only require tq4600 code - tq3200, if download is for APs with hardware that only require tq3200 code - tq3400, if download is for APs with hardware that only require tq3400 code - all, if download involves APs that require tq3600, tq2450, tq4400, tq4600, tq3200, and tq3400 code Enumeration: 'tq4600': 6, 'all': 9, 'tq2450': 4, 'tq3400': 8, 'image3': 3, 'tq4400': 5, 'tq3200': 7, 'image2': 2, 'tq3600': 1.

This indicates the current status for an AP code download request. Default value is not started. Enumeration: 'requested': 2, 'aborted': 4, 'success': 6, 'code-transfer-in-progress': 3, 'failure': 7, 'nvram-update-in-progress': 5, 'not-started': 1.

Indicates the number of WS managed APs at the time a code download request is started. Value is 1 if a download request is for single AP.

Indicates the total number of APs that have successfully completed code download.

Indicates the total number of APs that have failed to complete a code download.

Indicates the total number of APs aborted from the code download.

Abort the current code download on managed AP(s). Supported values: disable(0) - Code download is not to be aborted. enable(1) - Code download is to be aborted. Enumeration: 'enable': 1, 'disable': 0.

This table displays the channel plan parameters.

Each entry in this table will indicate the channel plan parameters for specific radio frequency.

This object indicates the whether the channel plan is for ieee802dot11bORgn or ieee802dot11an. Enumeration: 'ieee802dot11an': 1, 'ieee802dot11bORgn': 2.

Indicates mode of computing and applying channel adjustments for managed AP radios operating in 2.4Ghz and 5Ghz band. Enumeration: 'interval': 2, 'manual': 1, 'time': 3.

If channel plan mode is interval, this object indicates a regular interval in minutes at which to compute and apply a new channel adjustments.

If channel plan mode is time, this object indicates the next scheduled time in minutes at which to compute and apply a new channel adjustments. Zero minutes stands for mid-night.

Indicates the maximum number of previously applied channel algorithm iterations stored on the controller and used in the next channel adjustment computation.

Indicates whether or not automatic channel adjustment is operating for managed AP radios operating in 2.4Ghz and 5Ghz band. Enumeration: 'active': 1, 'inActive': 2.

Indicates the current iteration of channel plan adjustments for managed AP radio.

This action object is used to: - Run the Proposed Channel Adjustment alogorithm - Abort the channel plan. - Clear the calculated 2.4Ghz and 5Ghz channel plan. Read on this object will always return none. Enumeration: 'start': 2, 'none': 1, 'abort': 3, 'clear': 4.

Indicates the current state of a manual request to compute or apply proposed channel adjustments. Enumeration: 'none': 1, 'apply-in-process': 4, 'algorithm-in-progress': 2, 'apply-complete': 5, 'algorithm-complete': 3.

The time since the last channel plan algorithm ran.

The minimum signal strength (dBm) with which a neighbor must be detected on the current operational channel in order for the channel plan to consider moving away from the current channel.

When enabled, the channel plan does not take into account the interfering unmanaged APs. Only managed APs are used for generating the channel plan. Enumeration: 'enable': 1, 'disable': 2.

Number of radios operating in the band. This includes the radios with static channel assignment.

Indicates the number of AP radios analyzed by the channel algorithm. This includes APs that operate on static channels.This value is reset at the start of each channel plan cycle.

Indicates the number of AP radios for which a Channel Plan Request has been sent by the channel algorithm.This value is reset at the start of each channel plan cycle.

Indicates the number of AP radios whose operating channel changed. This includes APs whose channel is changed to the same channel as the original operating channel.This value is reset at the start of each channel plan cycle.

Indicates the number of AP radios that scanned the candidate channels but ended on the same channel.This value is reset at the start of each channel plan cycle.

The time for the estimated time of completion of the current channel plan cycle. When the channel plan is inactive the time stamp is zeroed out.

During the channel plan cycle this parameter is the percentage of the AP radios that have been analyzed. When the channel plan is inactive this value is 0.

The number of dBm by which to reduce the Channel Change Threshold for detected managed APs based on the Transmit Power of the detected managed APs.

The number of seconds to wait before triggering the channel plan after a managed AP fails.

When this administrative parameter is enabled, the controller runs ACA algorithm after it detects that a managed AP failed. Enumeration: 'enable': 1, 'disable': 2.

This table contains parameters related to channel plan algorithm history, each entry indicates a previously computed and applied channel adjustment for the specified iteration. The maximum number of channel adjustment iterations displayed is based on the 802.11b/g or 802.11a channel plan history depth.

Each entry in this table represents channel plan history for WS managed AP radio.

This object indicates the whether the channel adjustment is for 2.4Ghz or 5Ghz band. Enumeration: 'ieee802dot11an': 1, 'ieee802dot11bORgn': 2.

The Ethernet address of the AP.

Indicates the radio interface for channel assignment.

A descriptive name of the AP, usually represented by its location.

This field indicates the iteration of the channel plan algorithm for this channel adjustment, the maximum history depth is configurable. This history prevents the same APs from being changed time after time.

Indicates the previously applied channel for this radio.

This table contains parameters related to proposed channel plan adjustment. These parameters are applicable only when channel plan mode is manual.

Each entry in this table represents proposed channel plan adjustment.

This object indicates the whether the channel plan is for 2.4Ghz or 5Ghz band. Enumeration: 'ieee802dot11an': 1, 'ieee802dot11bORgn': 2.

The Ethernet address of the AP.

Indicates the radio interface for channel assignment.

Indicates the current operating channel for this radio.

Indicates new channel assignment for this radio.

Flag to set automatic power adjustment for all managed AP radios. If power adjustment mode is interval, periodically calculate the power adjustments and apply them. However, if power adjustment is manual, calculation and assignment of power adjustments initiated and controlled by the administrator user interface commands. Enumeration: 'interval': 2, 'manual': 1.

Power Plan signal strength threshold in dBm.

This action object is used to: - Run the Proposed Power Adjustment alogorithm - Apply the same to network. - Clear the calculated power plan. Read on this object will always return none. Enumeration: 'start': 2, 'none': 1, 'clear': 4, 'apply': 3.

Indicates the current state of a manual request to compute or apply proposed power adjustments. Enumeration: 'none': 1, 'apply-in-process': 4, 'algorithm-in-progress': 2, 'apply-complete': 5, 'algorithm-complete': 3.

This table represents the proposed power adjustment status parameters. These parameters are displayed only when power adjustment mode is set to manual. The administrator manually apply all of the proposed power adjustments displayed.

Each entry in this table represents the proposed power adjustment status parameters.

The Ethernet address of the AP.

Indicates the radio interface for power assignment.

Indicates the current operating power for this radio from the last power plan computation. Even after the new power plan is applied, this object displays the old value as opposed to the actual power currently set into the radio.

Indicates the new proposed power assignment for this radio.

The Operational Status of the Power Plan Algorithm. Enumeration: 'changingPower': 2, 'inactive': 0, 'powerPlanComplete': 3, 'gatheringNbrData': 1.

The average number of managed radios detected by every operational mode radio in the cluster.

The average number of managed virtual APs detected by every operational mode radio in the cluster.

The number of operational mode radios in the cluster. The sentry and disabled radios are not counted.

Number of power plan cycles executed by the controller.

Number of transmit power changes done by the power plan algorithm for all radios in the cluster.

Number of transmit power increases done by the power plan algorithm for all radios in the cluster.

Number of transmit power reductions done by the power plan algorithm for all radios in the cluster.

Time since the last power plan was done. The power plan could have been triggered manually or automatically.

This table contains the per band per radio channel plan status for a Managed AP.

Each entry in this table represents channel plan per band per radio status for WS managed AP.

This object indicates the whether the channel plan is for ieee802dot11bORgn or ieee802dot11an. Enumeration: 'ieee802dot11an': 1, 'ieee802dot11bORgn': 2.

The Ethernet address of the Managed AP.

Indicates the radio interface for channel assignment.

Flag Indicating whether the AP is managed by the cluster controller or a peer controller. Enumeration: 'peerSwitch': 0, 'local': 1.

Indicates the current operating channel for this radio.

Channel on which this radio was operating before the channel change algorithm changed its channel.

The strongest signal detected on the old channel. This is the signal used in the channel selection decision.

The strongest signal detected on the new channel during the channel validation scan. This is the signal used in the channel selection decision. If the algorithm does not change the channel then this is the signal on the current channel detected during the channel check scan.

Flag indicating whether the last channel plan cycle changed the channel for this radio. Enumeration: 'yes': 1, 'no': 0, 'wait': 2.

The reason code indicating why the channel was changed or not changed for this radio. Enumeration: 'oneEligibleChannel': 2, 'chanPlanNeverExecuted': 0, 'partOfWDSLink': 6, 'chanNotFoundWithLowInterference': 5, 'detectedAPSignalBelowThresh': 3, 'channelIsStatic': 1, 'chanFoundWithLowInterference': 4.

The MAC address and the signal strength of the strongest managed neighbor AP detected on the channel before that channel was changed. The MAC address is the base MAC of the managed AP.

The MAC address and the signal strength of the strongest managed neighbor AP detected on the current operating channel. The MAC address is the base MAC of the managed AP.

The MAC address and the signal strength of the strongest unmanaged neighbor AP detected on the channel before that channel was changed.

The MAC address and the signal strength of the strongest unmanaged neighbor AP detected on the current operating channel.

The UTC time since the channel was last changed by the channel plan algorithm..

Number of milliseconds that the AP spent scanning channels during the last channel plan cycle. The scan time includes the operational channel scan, so the time may be non-zero even when the radio did not change channels.

This table contains the per radio Power Plan Status for a Managed AP .

Each entry in this table represents the per radio power plan status for WS managed AP.

The Ethernet address of the Managed AP.

Indicates the radio interface of the Managed AP.

Flag Indicating whether the AP is managed by the cluster controller or a peer controller. Enumeration: 'peerSwitch': 0, 'local': 1.

Channel on which the radio is operating. For sentry radios this field is set to sentry. The disabled radios report None.

The current operating power for this radio. Sentry radios and disabled radios report 0%.

The number of APs managed by this cluster detected by this radio on the operational channel.

The number of VAPs managed by this cluster detected by this radio on the operational channel.

The base MAC address of the managed AP that detects this radio with the strongest signal.

The radio number of the managed AP that detects this radio with the strongest signal.

The strongest signal strength in dBm with which a managed neighbor detects this radio.

The MAC address of the AP that this radio detects with the strongest signal.

The signal strength with which this radio detects the strongest neighbor.

The status indicating whether the power was changed during the most recent cycle of the power adjustment algorithm. Enumeration: 'unchanged': 0, 'increased': 1, 'reduced': 2.

The reason code indicating why the last power adjustment action was taken or not taken. Enumeration: 'powerPlanRadioPowerAdjNone': 9, 'powerPlanRadioAutoPowerDisable': 2, 'powerPlanRadioInSentryMode': 1, 'powerPlanRadioOperatingInMaxPower': 4, 'powerPlanNeverExecuted': 0, 'powerPlanRadioOperatingInMinPower': 5, 'powerPlanRadioPowerPartOfWDSLink': 10, 'powerPlanRadioPowerIncreaseRequired': 7, 'powerPlanRadioPowerDecreaseRequired': 8, 'powerPlanRadioMinPowerIs100': 6, 'powerPlanRadioPowerUnchanged': 3.

Number of transmit power changes done by the power plan algorithm for this radio.

Number of transmit power increases done by the power plan algorithm for this radio.

Number of transmit power reductions done by the power plan algorithm for this radio.

This table contains the per profile power plan status.

Each entry in this table represents the per profile power plan status.

Indicates the profile Id.

The average number of managed radios detected by every operational mode radio that uses this profile. If the number of APs is greater than 999 then it is reported as 999..

The average number of managed virtual APs detected by every operational mode radio that uses this profile.

Number of transmit power changes done by the power plan algorithm for all radios in this profile.

Number of transmit power increases done by the power plan algorithm for all radios in this profile.

Number of transmit power reductions done by the power plan algorithm for all radios in this profile.

This action object is used to: - start the network provision. - stop the network provision. Enumeration: 'start': 1, 'none': 0, 'stop': 2.

The Operational Status of the Initial Network Provisioning Protocol. Enumeration: 'failed': 4, 'running': 1, 'notstarted': 0, 'finished': 2, 'aborted': 3.

Number of seconds the latest invocation of the protocol has been running.

Percent complete for the channel protocol in the 2.4 GHz band.

Percent complete for the channel protocol in the 5GHz band.

Count-Down of how many power plan interations remain to be done.

This table contains status parameters for all APs managed by the controller.

Each entry in this table contains status parameters for an AP managed by the controller. Controller can managed up to 48 APs at a time, with the actual maximum number supported dependent on the CPU performance of the controller and may be smaller or larger for some implementations.

Ethernet address of the WS managed AP.

Network IP address of the managed AP.

Indicates vendor of the WS managed AP software. Broadcom vendor ID is 1.

Indicates software version of the WS managed AP.

Indicates hardware platform of the WS managed AP.

Indicates serial number of the WS managed AP.

Indicates hardware part number of the WS managed AP.

Indicates discovery method used to detect the AP. Enumeration: 'peer-switch-initiated': 2, 'switch-ip-obtained-via-dhcp': 4, 'ip-poll': 1, 'switch-ip-configured-in-ap': 3, 'l2Discovery': 5.

Indicates current state of an AP. Enumeration: 'authenticated': 2, 'deleted': 6, 'upgrading': 3, 'discovered': 1, 'managed': 4, 'connection-failed': 5.

Indicates total number of clients currently authenticated to an AP.

Indicates time in seconds since last power-on reset.

The configuration profile currently applied to the AP.

The descriptive name for the profile currently applied to the AP.

Indicates the protocol version supported by the software on the AP.

This indicates the current status of a code download request for this AP. Enumeration: 'requested': 2, 'waiting-for-aps-to-download': 4, 'aborted': 5, 'code-transfer-in-progress': 3, 'failure': 8, 'nvram-update-in-progress': 6, 'not-started': 1, 'timed-out': 7.

A descriptive name for the AP, usually represented by location.

Indicates the element Id of the last failing configuration element.

Indicates an ASCII string filled in by the AP, containing the error message.

This is an action object. Setting this object to enable will reset the AP. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

This object gives status regarding the AP that got reset. Enumeration: 'not-started': 1, 'in-progress': 2, 'success': 3, 'failure': 4.

This is an action object. Setting this object to enable will purge the failed AP entry. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

Indicates password to be used for debugging managed AP. User should enable debug mode to set debug password. If password is configured, read on this object will return '*****'.

This is an action object. Enabling this object will enable the telnet access to the managed AP. Enumeration: 'enable': 1, 'disable': 2.

This object indicates the status of the debug action requested when managed AP debug mode is set. Enumeration: 'not-started': 1, 'requested': 2, 'in-progress': 3, 'success': 4, 'failure': 5.

Time since last communication with an AP.

This object indicates whether the AP is managed by this controller or peer-controller. Enumeration: 'local-switch': 1, 'peer-switch': 2.

MAC address of the WS managing the AP.

IP address of the WS managing the AP.

Network IP mask of the managed AP.

Number of clients using this AP as a Home AP. It is also the number of clients that roamed away from this AP and are tunneling data back to it.

Number of clients using this AP as an association AP. It is also the number of clients that roamed to this AP and are tunneling data back to the Home AP.

Total number of APs to which this AP establishes distributed tunnels.

Maximum number of tunnels on the home AP that are members of the same VLAN.

The VLAN ID over which the max number of multicast replications are sent into the distributed tunnels.

This is an action object. Setting this object to enable will purge all the managed AP failed entries. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

This table contains statistics available for each AP managed by the controller.

Each entry in this table contain statistics available for each AP managed by the controller.

Total packets received by an AP on the wireless network.

Total bytes received by an AP on the wireless network.

Total packets transmitted by an AP on the wireless network.

Total bytes transmitted by an AP on the wireless network.

Total packets received by an AP on the wired network.

Total bytes received by an AP on the wired network.

Total multicast packets received by an AP on the wired network.

Total packets transmitted by an AP on the wired network.

Total bytes transmitted by an AP on the wired network.

Total transmit errors detected by an AP on the wired network.

Total receive errors detected by an AP on the wired network.

Total bytes received via central L2 tunnel by the AP.

Total packets received via central L2 tunnel by the AP.

Total multicast packets received via central L2 tunnel by the AP.

Total bytes transmitted via central L2 tunnel by the AP.

Total packets transmitted via central L2 tunnel by the AP.

Total multicast packets transmitted via central L2 tunnel by the AP.

Total packets dropped in the receive direction by an AP on the wireless network. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total bytes dropped in the receive direction by an AP on the wireless network. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total packets dropped in the transmit direction by an AP on the wireless network. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the transmit direction by an AP on the wireless network. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total Bytes transmitted by the AP through all the established Distributed Tunnels.

Total Bytes received by the AP through all the established Distributed Tunnels.

Total packets transmitted by the AP through all the established Distributed Tunnels.

Total packets received by the AP through all the established Distributed Tunnels.

Total multicast packets transmitted by the AP through all the established Distributed Tunnels.

Total multicast packets received by the AP through all the established Distributed Tunnels.

Total number of clients that used this AP for Distributed Tunneling. This inclides clients that roamed away from and to this AP.

Number of client tunnel sessions that were terminated because of not sending the traffic through the tunnel after roaming.

Number of client tunnel sessions that were terminated because of expiry of the tunnel session.

Number of client tunnel session setup denials by the AP because of reaching the maximum configured client limit.

Number of client tunnel setup denials by the AP because of reaching the maximum configured VLAN replications limit.

Total number of ARP requests converted from broadcast to unicast packet before transmitting on wireless network.

Total number of ARP requests filtered by the wireless ARP suppression logic.

Total number of ARP requests broadcasted on to the wireless network after being processed by wireless ARP suppression logic.

This table contains status parameters per radio interface for all the APs managed by controller.

Each entry in this table contains status parameters per radio interface for an AP managed by the controller.

The physical radio interface on the AP.

The MAC address of the physical radio.

If the radio is operational, the current transmit channel for this radio interface.

If the radio is operational, the current transmit power of the radio.

Total count of clients authenticated on the physical radio.

Total network utilization for the physical radio. This value is based on radio statistics.

This flag indicates if a fixed channel is configured and assigned to the radio. Enumeration: 'yes': 1, 'no': 2.

Indicates the current state of a manual request to change the channel on this radio. Enumeration: 'in-progress': 2, 'failure': 4, 'none': 1, 'complete': 3.

This flag indicates if a fixed power setting is configured and assigned to the radio. Enumeration: 'yes': 1, 'no': 2.

Indicates the current state of a manual request to change the power setting on this radio. Enumeration: 'in-progress': 2, 'failure': 4, 'none': 1, 'complete': 3.

Total number of neighbors that can be seen by this radio in its RF area.

This is an action object. When we set this object to apply, along with wsManagedAPRadioFixedChannel, controller starts applying fixed channel assignment for this radio. Read on this object will always return none. Enumeration: 'apply': 2, 'none': 1.

This object is used to assign the fixed channel for this radio on this Managed AP. The following MIB objects get changed on successful setting of this MIB object - 1. wsManagedAPRadioChannel --> changes to the channel set here 2. wsManagedAPRadioFixedChannelIndicator --> changes to 'yes (2)' Read on this object will always return 0.

This is an action object. When we set this object to apply, controller starts applying fixed power adjustment for this radio. Read on this object will always return none. Enumeration: 'apply': 2, 'none': 1.

This object is used to assign the fixed power for this radio on this Managed AP. The following MIB objects get changed on successful setting of this MIB object - 1. wsManagedAPRadioTxPower --> changes to the power set here 2. wsManagedAPRadioFixedPowerIndicator --> changes to 'yes (2)' Read on this object will always return 0.

Current Channel Bandwidth In Use. Enumeration: 'eightyMHz': 3, 'none': 0, 'twentyMHz': 1, 'fortyMHz': 2.

Current state of enablement for Radio Resource Management (RRM). Enumeration: 'disabled': 2, 'enabled': 1.

This table contains statistics available for each physical radio on an AP managed by the controller.

Each entry in this table contain statistics available for each physical radio on an AP managed by controller.

Total packets received by an AP on this radio interface.

Total bytes received by an AP on this radio interface.

Total packets transmitted by an AP on this radio interface.

Total bytes transmitted by an AP on this radio interface.

Count of acknowledged MPDU with an individual address or an MPDU with a multicast address of type data or management.

Count of successfully transmitted MSDU frames where the multicast bit is set in the destination MAC address.

Number of times a MSDU is not transmitted successfully due to transmit attempts exceeding either the short retry limit or the long retry limit.

Number of times a MSDU is successfully transmitted after one or more retries.

Number of times a MSDU is successfully transmitted after more than one retry.

Number of times a frame is received and sequence control field indicates is a duplicate.

Count of CTS frames received in response to the RTS frames.

Count of CTS frames not received in response to the RTS frames.

Count of ACK frames not received when expected.

Count of successfully received MPDU frames of type data or management.

Count of MSDU frames received with the multicast bit set in the destination MAC address.

Count of FCS errors detected in a received MPDU frame.

Count of each successfully transmitted MSDU.

Count of encrypted frames received and the key configuration of the transmitter indicates that the frame should not have been encrypted or that frame was discarded due to the receiving station not implementing the privacy option.

Total packets dropped in the receive direction on this radio interface. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total bytes dropped in the receive direction on this radio interface. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total packets dropped in the transmit direction by this radio interface. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the transmit direction by this radio interface. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

This table contains neighbor AP list.

Each entry in this table contains neighbor AP information.

The MAC address of neighbor AP network. This could be a physical radio MAC or VAP MAC address.

Service Set ID of neighbor AP network.

This object indicates Received Signal Strength(RSSI) from the neighbor radios in a given channel.

Indicates managed status of the AP. Enumeration: 'unknown': 2, 'rogue': 4, 'managed': 1, 'standalone': 3.

Indicates time since this AP was last detected.

This is an action object used to purge the AP neighbor entries. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

This table contains neighbor client list currently detected by an RF scan on the radio.

Each entry in this table contain neighbor client information.

The MAC address of neighbor client station.

Indicates RSSI from neighbor clients on the radio.

Indicates AP channel, on which the client frame was received.

Indicates time since a client was last detected.

Indicates discovery methods for the neighbor client. Bits: 'none': 0, 'peer-ap-associated': 5, 'neighbor-ap-associated': 2, 'current-ap-associated': 3, 'ad-hoc-rogue': 6, 'probe-request-discovered': 4, 'rfscan-discovered': 1.

This table contains status parameters for each VAP configured on a radio interface for a WS managed AP.

Each entry in this table contains status parameters of each VAP configured on radio.

Indicates VAP Id.

Indicates the ethernet address of the VAP MAC address.

Network assigned to a VAP MAC Address.

Number of clients currently authenticated to VAP.

This table contains statistics available for each VAP on the WS managed AP.

Each entry in this table contain statistics available for each VAP on the WS managed AP.

Number of clients that have been denied association to the VAP.

Number of clients that have failed authentication to the VAP.

Total packets received by an AP on this VAP.

Total bytes received by an AP on this VAP.

Total packets transmitted by an AP on this VAP.

Total bytes transmitted by an AP on this VAP.

Total packets dropped in the receive direction by an AP on this VAP. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total bytes dropped in the receive direction by an AP on this VAP. This is due to client QoS actions affecting the wireless up (inbound) direction from AP to client.

Total packets dropped in the transmit direction by an AP on this VAP. This is due to client QoS actions affecting the wireless down (outbound) direction from client to AP.

Total bytes dropped in the transmit direction by an AP on this VAP. This is due to client QoS actions affecting the wireless down (outbound) direction from client to AP.

This is an action object. Setting this object to enable will reset all the managed APs. Read on this object will always return disable. Enumeration: 'enable': 1, 'disable': 2.

This table represents eligible channel entries for an AP radio to consider for channel algorithm. It is based on country code, hardware capabilities and any configured channel limitations.

Each entry in this table represents eligible channel for an AP radio.

Indicates list of supported channel by the managed ap. List contains one or more entries from 1-255, actual range is determined by physical mode and country code.

This flag indicates if radar detection is enabled or not on this channel. Enumeration: 'yes': 1, 'no': 2.

This flag indicates if radar is detected or not on this channel. Enumeration: 'yes': 1, 'no': 2.

Indicates the time in seconds since last radar was detected.

This table contains status parameters of clients that are currently associated with managed APs.

Each entry in this table contain client status parameters assocaited with the WS managed AP.

Associated client MAC address.

Indicates network IP address of the client station, 0.0.0.0 indicates unknown. Tunnel IP subnet is present only for clients authenticated with tunneled VAPs.

Indicates user name of the client that have authenticated via 802.1x, clients on networks with other security modes will not have a user name.

Indicates the network on which the client is connected.

If client is on VAP using VLAN data forwarding mode, indicates obsolete assigned VLAN.

This object indicates client's status. Enumeration: 'authenticated': 1, 'associated': 2, 'disassociated': 3.

Indicates the data rate, AP will actually support in setting up communications with client stations represented by a count from 2 - 1200, corresponding to data rates in multiples of 500 kbit/s from 1 Mbit/s to 600 Mbit/s. Supported Data Rate Mbps 2 1 4 2 11 5.5 12 6 18 9 and so on.

For a current association, period of time that the AP has not seen any traffic for the client.

This is an action object. Setting this object to start will initiate the disassociation of associated client. Read on this object will always return none. Enumeration: 'start': 2, 'none': 1.

Indicates time since the controller has received new data for this client.

This object indicates whether the client is associated to an AP managed by this controller or peer-controller. Enumeration: 'local-switch': 1, 'peer-switch': 2.

MAC address of the WS associating the client.

IP address of the WS associating the client.

Flag indicating whether this client is capable of 802.11n operation. Enumeration: 'yes': 1, 'no': 2.

Flag indicating whether this client is capable of Space Time Block Code (STBC) operation. Enumeration: 'yes': 1, 'no': 2.

Indicates whether L2 Distributed Tunneling is Enabled or Disabled Enumeration: 'enable': 1, 'disable': 2.

Indicates whether the client is using the distrubuted tunnel or not. Also indicates if it is a roamed client or not. Enumeration: 'home': 1, 'associated': 0.

Indicates MAC Address of the client's Home AP. Here the client should be associated with the network on which the L2 Distributed Tunneling is enabled.

MAC Address of the client's Association AP to which the client has roamed to.

MAC Address of the AP to which client is Associated.

BSSID of the VAP to which client is associated.

Indicates the radio interface on which client is associated.

Indicates channel for associated client entry.

Indicates time since this client first authenticated with the network.

Indicates network IPv4 address of the client station detetecd through ARP snooping, 0.0.0.0 indicates unknown.

NetBios Name of the client.

Indicates if the Radio Resource Management (RRM) portion of the IEEE 802.11k standard is supported by client and RRM is enabled is on the AP Profile. Value 2 indicates the client supports RRM portion and RRM Mode is not enabled on AP Profile. Value 3 indicates client doesnot support RRM Enumeration: 'supported': 2, 'enabled': 1, 'unsupported': 3.

Indicates if the client can support RRM location report requests. Enumeration: 'supported': 1, 'unsupported': 2.

Indicates if the client can detect APs via RRM beacon table reports. Enumeration: 'supported': 1, 'unsupported': 2.

Indicates if the client supports active scan capability. Enumeration: 'supported': 1, 'unsupported': 2.

Indicates if the client supports passive scan capability. Enumeration: 'supported': 1, 'unsupported': 2.

Indicates if the client supports RRM channel load measurement. Enumeration: 'supported': 1, 'unsupported': 2.

This table contains statistics available for each client associated to a WS managed AP.

Each entry in this table contain statistics available for each client associated a WS managed AP.

Total packets received by a managed AP from the client station.

Total bytes received by a managed AP from the client station.

Total packets transmitted by a managed AP to the client station.

Total bytes transmitted by a managed AP to the client station.

Total duplicate packets received from the client station.

Total fragmented packets received from the client station.

Total fragmented packets transmitted to the client station.

Indicates number of times transmits to client station succeeded after one or more retries.

Number of times transmits to client station failed after one or more retries.

Total packets dropped in the receive direction by a managed AP from the client station. This is due to client QoS actions affecting the wireless up (inbound) direction from client to AP.

Total bytes dropped in the receive direction by a managed AP from the client station. This is due to client QoS actions affecting the wireless up (inbound) direction from client to AP.

Total packets dropped in the transmit direction by a managed AP to the client station. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the transmit direction by a managed AP to the client station. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Number of packets received by the AP from a client station that are in excess of the client's alotted traffic stream (TS) uplink bandwidth, or are for an access category requiring admission control to which the client station has not been admitted.

Number of packets transmitted by the AP to a client station that are in excess of the client's alotted traffic stream (TS) downlink bandwidth, or are for an access category requiring admission control to which the client station has not been admitted.

This table is maintained to lookup all WS managed APs detected, client can see in its RF area.

Each entry in this table contain WS managed APs that can be seen by client in its RF area.

The Ethernet address of a client station.

The Ethernet address of a WS managed AP.

The radio interface of Managed AP.

Indicates the client status with respect to the Managed AP it is refering. One or more flags can be enabled at the same time. Bits: 'none': 0, 'ad-hoc-rogue': 5, 'neighbor-ap-associated': 2, 'associated-to-peer-ap': 6, 'current-ap-associated': 3, 'probe-request-discovered': 4, 'rfscan-discovered': 1.

This table is maintained to lookup clients associated to a specific VAP on a WS managed AP.

Each entry in this table contain clients associated to each VAP.

The Ethernet address assigned to a VAP.

The Ethernet address of associated client station.

This table is maintained to lookup all clients associated to a particular network.

Each entry in this table contain clients associated to a particular network.

Indicates the network on which the client is connected.

The Ethernet address of the client station.

This table is maintained to lookup clients associated to the APs managed by the specific controller.

Each entry in this table contain client associated to each controller.

IP address of the WS associating the client.

Ethernet address of the associated client station.

This table contains client QoS status parameters of clients that are currently associated with managed APs. These objects represent the actual operational status values in effect for the clients.

Each entry in this table contains client QoS status parameters for a client associated with the WS managed AP.

Maximum bandwidth rate allowed for the wireless down (outbound) direction from AP to client, thus controlling the maximum receive rate from the AP for this wireless client. This parameter is specified in bits-per-second (bps). The displayed value represents the actual bandwidth rate in use for the client, which may differ from the configured value since the AP rounds down to the nearest 64000 bps. A value of 0 indicates bandwidth limiting is disabled in this direction for the client.

Maximum bandwidth rate allowed for the wireless up (inbound) direction from client to AP, thus controlling the maximum send rate from this wireless client to the AP. This parameter is specified in bits-per-second (bps). The displayed value represents the actual bandwidth rate in use for the client, which may differ from the configured value since the AP rounds down to the nearest 64000 bps. A value of 0 indicates bandwidth limiting is disabled in this direction for the client.

Access list type used for the wireless down (outbound) direction from the AP to this client. The wsAssociatedClientQosAccessControlDownName object identifies the access list. Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list in use in accordance with the wsAssociatedClientQosAccessControlDownType as follows: none(1) - This object is not displayed. ip(2) - This specifies an IP access list number in the range 1-199, or an IP access list name as defined by the aclName object in the aclTable in the FASTPATH-QOS-ACL-MIB. mac(3) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid MAC access list name, as defined by the aclMacName object in the FASTPATH-QOS-ACL-MIB. ipv6(4) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IPV6 access list name, as defined by the aclIpv6Name object in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are displayed here using a character string notation instead of an integer.

Access list type used for the wireless up (inbound) direction from this client to the AP. The wsAssociatedClientQosAccessControlUpName object identifies the access list. Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list in use in accordance with the wsAssociatedClientQosAccessControlUpType as follows: none(1) - This object is not displayed. ip(2) - This specifies an IP access list number in the range 1-199, or an IP access list name as defined by the aclName object in the aclTable in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are displayed here using a character string notation instead of an integer.

DiffServ policy type used for the wireless down (outbound) direction from the AP to this client. The wsAssociatedClientQosDiffservPolicyDownName object identifies the DiffServ policy. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy in use in accordance with the wsAssociatedClientQosDiffservPolicyDownType as follows: none(1) - This object is not displayed. in(2) - This specifies a DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation.

DiffServ policy type used for the wireless up (inbound) direction from this client to the AP. The wsAssociatedClientQosDiffservPolicyUpName object identifies the DiffServ policy. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy in use in accordance with the wsAssociatedClientQosDiffservPolicyUpType as follows: none(1) - This object is not displayed. in(2) - This specifies a DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation.

Designates the AP quality-of-service operational status for this wireless client. This represents the combined states of the wsApClientQosMode object and the wsNetworkClientQosMode object for the wireless network to which this client is associated. Enumeration: 'enable': 1, 'disable': 2.

This table contains statistics available for each client associated to a WS managed AP, but accumulated for the duration of the entire WLAN session, inclusive of client roaming.

Each entry in this table contain statistics available for each client associated a WS managed AP, but accumulated for the duration of the entire WLAN session, inclusive of client roaming.

Total packets received by managed APs from the client station throughout the duration of the current WLAN session.

Total bytes received by managed APs from the client station throughout the duration of the current WLAN session.

Total packets transmitted by managed APs to the client station throughout the duration of the current WLAN session.

Total bytes transmitted by managed APs to the client station throughout the duration of the current WLAN session.

Total duplicate packets received from the client station throughout the duration of the current WLAN session.

Total fragmented packets received from the client station. throughout the duration of the current WLAN session.

Total fragmented packets transmitted to the client station throughout the duration of the current WLAN session.

Indicates number of times transmits to client station succeeded after one or more retries throughout the duration of the current WLAN session.

Number of times transmits to client station failed after one or more retries throughout the duration of the current WLAN session.

Total packets dropped in the receive direction by managed APs from the client station throughout the duration of the current WLAN session. This is due to client QoS actions affecting the wireless up (inbound) direction from client to AP.

Total bytes dropped in the receive direction by managed APs from the client station throughout the duration of the current WLAN session. This is due to client QoS actions affecting the wireless up (inbound) direction from client to AP.

Total packets dropped in the transmit direction by managed APs to the client station throughout the duration of the current WLAN session. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Total bytes dropped in the transmit direction by managed APs to the client station throughout the duration of the current WLAN session. This is due to client QoS actions affecting the wireless down (outbound) direction from AP to client.

Number of packets received by managed APs from a client station throughout the duration of the current WLAN session that are in excess of the client's alotted traffic stream (TS) uplink bandwidth, or are for an access category requiring admission control to which the client station has not been admitted.

Number of packets transmitted by managed APs to a client station throughout the duration of the current WLAN session that are in excess of the client's alotted traffic stream (TS) downlink bandwidth, or are for an access category requiring admission control to which the client station has not been admitted.

This table contains cached client QoS status parameters of clients that are currently associated with managed APs. These objects represent values that were retrieved from a RADIUS server for this client. See the wsAssociatedClientQosStatusTable for the current set of operational values in use for this client.

Each entry in this table contains client QoS cached status parameters for a client associated with the WS managed AP. Only those parameters successfully retrieved from a RADIUS server via 802.1X authentication on behalf of a wireless client are displayed.

Maximum bandwidth rate allowed for the wireless down (outbound) direction from AP to client, thus controlling the maximum receive rate from the AP for this wireless client. This parameter is specified in bits-per-second (bps). A value of 0 indicates bandwidth limiting is disabled in this direction for the client.

Maximum bandwidth rate allowed for the wireless up (inbound) direction from client to AP, thus controlling the maximum send rate from this wireless client to the AP. This parameter is specified in bits-per-second (bps). A value of 0 indicates bandwidth limiting is disabled in this direction for the client.

Access list type used for the wireless down (outbound) direction from the AP to this client. The wsAssociatedClientQosCachedAccessControlDownName object identifies the access list. Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list in use in accordance with the wsAssociatedClientQosCachedAccessControlDownType as follows: none(1) - This object is not displayed. ip(2) - This specifies an IP access list number in the range 1-199, or an IP access list name as defined by the aclName object in the aclTable in the FASTPATH-QOS-ACL-MIB. mac(3) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid MAC access list name, as defined by the aclMacName object in the FASTPATH-QOS-ACL-MIB. ipv6(4) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IPV6 access list name, as defined by the aclIpv6Name object in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are displayed here using a character string notation instead of an integer.

Access list type used for the wireless up (inbound) direction from this client to the AP. The wsAssociatedClientQosCachedAccessControlUpName object identifies the access list. Enumeration: 'ip': 2, 'none': 1, 'mac': 3, 'ipv6': 4.

Name of the access list in use in accordance with the wsAssociatedClientQosCachedAccessControlUpType as follows: none(1) - This object is not displayed. ip(2) - This specifies an IP access list number in the range 1-199, or an IP access list name as defined by the aclName object in the aclTable in the FASTPATH-QOS-ACL-MIB. mac(3) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid MAC access list name, as defined by the aclMacName object in the FASTPATH-QOS-ACL-MIB. ipv6(4) - This is an alphanumeric string from 1-31 characters, beginning with a letter. This must be a valid IPV6 access list name, as defined by the aclIpv6Name object in the FASTPATH-QOS-ACL-MIB. Note that numbered IP access lists are displayed here using a character string notation instead of an integer.

DiffServ policy type used for the wireless down (outbound) direction from the AP to this client. The wsAssociatedClientQosCachedDiffservPolicyDownName object identifies the DiffServ policy. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy in use in accordance with the wsAssociatedClientQosCachedDiffservPolicyDownType as follows: none(1) - This object is not displayed. in(2) - This specifies a DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation.

DiffServ policy type used for the wireless up (inbound) direction from this client to the AP. The wsAssociatedClientQosCachedDiffservPolicyUpName object identifies the DiffServ policy. Enumeration: 'none': 1, 'in': 2.

Name of the DiffServ policy in use in accordance with the wsAssociatedClientQosCachedDiffservPolicyUpType as follows: none(1) - This object is not displayed. in(2) - This specifies a DiffServ policy name, as defined by the agentDiffServPolicyName object in the FASTPATH-QOS-DIFFSERV-PRIVATE-MIB. Note that only DiffServ policy defintions of type 'in' are supported for wireless client QoS operation.

This table contain status parameters of peer controllers of wireless controller.