CISCO-LWAPP-EXT-MIB: View SNMP OID List / Download MIB

This MIB is intended to be implemented on all those devices operating as Central Controllers (CC) that terminate the Light Weight Access Point Protocol tunnel from Light-weight LWAPP Access Points. This MIB provides configuration and status information about the Web Ext Server on the controller. Particularly this mib covers the portal server for the wireless controllers. GLOSSARY Access Point ( AP ) An entity that contains an 802.11 medium access control ( MAC ) and physical layer ( PHY ) interface and provides access to the distribution services via the wireless medium for associated clients. Light Weight Access Point Protocol ( LWAPP ) This is a generic protocol that defines the communication between the Access Points and the Central Controller. REFERENCE [1] Part 11 Wireless LAN Medium Access Control ( MAC ) and Physical Layer ( PHY ) Specifications.

This notification is generated whenever an AP joins the controller successfully. This notification contains information about the last reboot reason, Data Encryption status and the MAC address of the AP.

This notification is generated whenever an AP disassociate the controller successfully. This notification contains information about the last associate fail reason and MAC address of the AP.

This notification is generated whenever client Authentication failure is detected.

This notification is generated whenever station associtation failure is detacted.

This notification is generated whenever an AP is detected at the Adjacent channels

This notification is generated whenever an AP is detected at the Adjacent channels and then subsequently if its been removed from the network.

This notification is generated whenever an AP is detected at the Current channels

This notification is generated whenever an AP is detected at the Current channels and then subsequently if its been removed from the network.

This notification is generated when a client's rssi exceeds threshold configured add to network. The details of AP and Clients is sent in the notification.

This notification is generated when a client's rssi exceeds threshold configured removed from network. The details of AP and Clients is sent in the notification.

This object specifies whether heart beat trap to network manager is enabled or disabled. If the value is on the Network Manager Heart Beat feature is Enabled otherwise Disabled.

reset the switch Enumeration: 'enable': 1, 'disable': 0.

Clear configuration to factory defaults Enumeration: 'enable': 2, 'disable': 0.

Use this attribute to change the System time on the Switch. Specify the new time in this Format yyyy-mm-dd hh24:mi:ss. For example, 2013-05-01 18:00:00.

This table contains the entries for physical port related status

This entry contains the Switch's physical port phyical mode related attribues

The switch's Port Operation Status.This is the current actual status. Enumeration: 'down': 2, 'admindown': 4, 'testing': 3, 'up': 1.

This object specifies maximum number of new client count connect to the controller per-second, it's a performance data and associated with the platform

A list of interface entries. The number of entries is given by the value of ifNumber.

An entry containing management information applicable to a particular interface.

An estimate of the interface's current bandwidth in million bits per second. For interfaces which do not vary in bandwidth or for those where no accurate estimation can be made, this object should contain the nominal bandwidth. If the bandwidth of the interface is greater than the maximum value reportable by this object then this object should report its maximum value (4,294,967,295 bps) and ifHighSpeed must be used to report the interface's speed. For a sub-layer which has no concept of bandwidth, this object should be zero.

The value of time duration since the time the interface entered its current operational state. If the current time is prior to the last updating of the local network management subsystem, then this object contains a zero value.

This table represents the information about the 802.11 LWAPP Access Points that have joined the controller. LWAPP APs exchange configuration messages with the controller and get the required configuration for their 802.11 related operations, after they join the controller.

Each entry in this table provides information about one 802.11 LWAPP Access Point that has joined the controller. Entries are removed when the APs lose their association with the controller due to loss of communication.

This object specifies whether currently stats mode is 'realtime'. There are two stats-mode, realtime and normal, that specifies the stats-timer range to be 10-180 sec and 2-5 sec each. Set to on if current mode is realtime.

This object specifies the monitor mode of AP. monitor : no client can connect. normal : no monitor function at all. semimonitor : AP can monitor it's working radio while clients connected. The mapping between clExtApMonitorMode and CISCO existing function is as the belows: clExtApMonitorMode Cisco Exist Value LOCAL AP MODE: LOCAL + ROGUE DETECTION : disable MONITOR AP MODE: MONITOR SEMIMONITOR AP MODE: LOCAL + ROGUE DETECTION : enable Enumeration: 'semimonitor': 2, 'monitor': 1, 'normal': 0.

This object specifies the AP manufacture.

This object specifies the AP software name.

This object specifies the AP software version.

This object specifies the AP software vendor.

This object specifies the minimum bandwidth for QOS on the AP. It is measured by Mbps.

This object specifies the total wired physical interface count for the Access Points that have joined the controller.

This object represents the administrative name assigned to the AP by the user. If an AP is not configured, its factory default name will be ap: eg. ap:af:12:be.

This table represents the information about the basic functional parameters corresponding to the dot11 interfaces of the APs that have joined the controller.

An entry in this table represents the 802.11 functional parameters of the dot11 interface of an AP that has joined the controller. Entries are added when the APs associate to this controller and deleted when they lose their association.

This object indicates the channel bandwidth for this AP. This applies to 802.11n networks only. Enumeration: 'twenty': 2, 'forty': 1.

This object represents the type of this interface. The value of the type is defined by IANA.

If this value is on, then bsnAPDot11CurrentChannel in bsnAPIfDot11PhyDSSSTable is assigned by dynamic algorithm and is read-only.

This object represents the total bytes of packets received on the radio.

This object represents the total bytes of packets transmitted on the radio.

This object represents wireless mode supported. bit 0 - dot11a bit 1 - dot11b bit 2 - dot11g bit 3 - dot11an bit 4 - dot11gn AP can support wireless multi-mode, the value can follow the example: gn an g b a -------------------- 0 0 1 1 0 value:6, means b/g

This object represents the AP's interface administrational status. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

This object represents the AP's wireless interface current operational status. Enumeration: 'down': 2, 'admindown': 4, 'testing': 3, 'up': 1.

This object represents RTS threshold value.

This table represents the statistics information about the radios of the APs that have joined the controller.

An entry in this table represents a statistics of the radio of an AP that has joined the conttroller. Entries are added when the APs associate to this controller and deleted when they lose their association.

This object represents the total number of downstream retry frames on the radio.

This object represents the total number of downstream retry packets on the radio.

This object represents the total number of received error packets on the radio .

This table represents the information about the basic functional parameters corresponding to the Ethernet interfaces of the APs that have joined the controller.

An entry in this table represents the functional parameters of the Ethernet interface of an AP that has joined the controller. Entries are added when the APs associate to this controller and deleted when they lose their association.

This object represents the operational state of the physical Ethernet interface on the AP. Enumeration: 'down': 2, 'admindown': 4, 'testing': 3, 'up': 1.

This object represents total number of broadcast packets received on the interface

This object represents total number of multicast packets received on the interface

This object represents total number of broadcast packets transmitted on the interface

This object represents total number of multicast packets transmitted on the interface

This table represents the operation information for each AP.

Each entry in this table provides operation information for each AP.

This object specifies the AP mac address.

This object represents operation status of each ap. Enumeration: 'associated': 1, 'disassociated': 0.

This table represents the WLAN configuration sent by the controller to the LWAPP APs for their operation. LWAPP APs exchange configuration messages with the controller and get the required configuration for their 802.11 related operations. As part of these messages, the WLAN configuration is pushed by the controller to the LWAPP APs. Rows are added or deleted by explicit management actions initiated by the user from a network management station through the cLWlanRowStatus object.

Each entry in this table represents the WLAN configuration sent by the controller to LWAPP APs for use during their operations. entries can be added/deleted by explicit management actions by NMS or by user console

Administrative Status of ESS(WLAN). By disabling an ESS the corresponding SSID is no longer broadcasted in AP beacons.

This attribute when enabled allows the switch to broadcast this SSID and when disabled doesn't allow that.

This object indicates the load balancing mode enabled on the controller for this WLAN . A value of 'none' indicates Load Balance is turned off for this Wlan. A value of 'clientCount' indicates load balance is based on AP client count scheme. And a value of 'uplinkUsage' indicates load balance is based on AP uplink usage scheme. Enumeration: 'clientCount': 2, 'none': 0, 'uplinkUsage': 1.

This object represents per WLAN peer-to-peer blocking behavior on controller. Peer-to-peer blocking means traffic between two clients on same VLAN will not be bridged. false : Peer-to-peer blocking is disabled and traffic is bridged locally within the controller. true : The packet will be discarded or be forwarded on the upstream VLAN. If it is forwarded on the upstream VLAN, the device 'north' of the controller can then make the decision about decision about what to do with the packet.

This object represents per WLAN type of 802.11 Authentication. authOpen : The WLAN uses open authentication method authSharedKey : The WLAN uses shared authentication method authCiscoLeap : The WLAN uses CISCO LEAP authentication method Enumeration: 'authOpen': 0, 'authSharedKey': 1, 'authCiscoLeap': 128.

This object allows the user to configure 802.11 Authentication. Enumeration: 'opensystem': 0, 'sharekey': 1.

This object allows the user to configure the security type in frame. Enumeration: 'wapi': 3, 'none': 0, 'wpa2': 2, 'wpa': 1.

This object allows the user to configure the authentication mode. Enumeration: 'psk': 1, 'none': 0, 'radius': 2, 'wapi-cer': 3.

This object allows the user to configure encryption mode. Enumeration: 'none': 0, 'wep104': 2, 'tkip': 3, 'wep40': 1, 'aesccmp': 4, 'wpi-sms4': 5.

This object represents the key index of WEP. According to 802.11 standard 4 keys are supported. So 802.11 Mobile Stations(Client) can have upto 4 keys. This index is for informing Mobile Station which key it should use for Static WEP Authentication.

This object represents the key value of WEP. For wep104 encryption either 26 bit hex key or 13 bit ascii key should be specified. For wep40 encryption 10 bit hex key or 5 bit ascii key should be specified.

This object represents the key type of WEP. Length of key specified in Key depends on this attribute. Enumeration: 'default': 1, 'hex': 2, 'ascii': 3.

This table represents the 802.11 wireless clients that are associated with the APs that have joined this controller. An entry is created automatically by the controller when the client gets associated to the AP. An existing entry gets deleted when the association gets dropped. Each client added to this table is uniquely identified by the client's MAC address.

Each entry represents a conceptual row in this table and provides the information about the clients associated to the APs that have joined the controller. An entry is identified the client's MAC address.

The 802.11 protocol type of the client. 'dot11a' - The client is using 802.11a standard to connect to the access point (AP) 'dot11b' - The client is using 802.11b standard to connect to the access point (AP) 'dot11g' - The client is using 802.11g standard to connect to the access point (AP) 'dot11n5' - The client is using 802.11n standard with 5 GHz frequency to connect to the access point (AP). 'dot11n24' - The client is using 802.11n standard with 2.4 GHz frequency to connect to the access point (AP) Enumeration: 'dot11g': 4, 'dot11n24': 16, 'dot11b': 2, 'dot11a': 1, 'dot11n5': 8.

This object indicates the power management mode of the client. The possible two modes are: active(0) - this client is not in power-save mode and it is actively sending or receiving data. powersave(1) - this client is in power-save mode and it wakes up once a while to check for pending data. Enumeration: 'active': 0, 'powersave': 1.

This object indicates the duration for which the client has been associated with this device.

This object specifies the reason of the client authentication failure.

This object indicates the receiving throughput which expressing a instantaneous throughput of the bytes received by the client over last time slot.

This object indicates the transmitting throughput which expressing a instantaneous throughput of the bytes transmitted by the client over last time slot.

This table represents the operational parameters at the MAC layer for the 802.11n networks managed through the controller. An agent adds an entry to this table for every 802.11n band on startup.

Each entry represents the operational parameters at the MAC layer for 802.11n networks.

This object is used to indicate the support for 802.11n A-MPDU on this band. A value of 'on' indicates that A-MPDU is enabled for this band. A value of 'off' indicates that A-MPDU is disabled for this band.

This object is used to indicate the support for 802.11n guard interval on this band. A value of 'on' indicates that guard interval is enabled for this band. A value of 'off' indicates that guard interval is disabled for this band.

This table lists the configuration for each RF profile.

An entry containing the configuration attributes that affect the operation of 802.11 RF domain. Entries can be added/deleted by explicit management action from NMS/EMS or through user console.

This object represents wireless mode configuration. bit 0 - dot11a bit 1 - dot11b bit 2 - dot11g bit 3 - dot11an bit 4 - dot11gn AP can support wireless multi-mode, the value can follow the example: gn an g b a -------------------- 0 0 1 1 0 value:6, means b/g

This table lists the abnormal offline clients for the required security type.

Each entry in this table represents the abnormal offline counter based on security type.

This object represents the client security type. open : The client uses open authentication method wepPsk : The client uses WEP/PSK authentication method peapSim : The client uses PEAP/SIM authentication method webAuth : The client uses WebAuth authentication method Enumeration: 'peapSim': 3, 'open': 1, 'webAuth': 4, 'wepPsk': 2.

This object represents the current abnormal offline clients based on security type on the controller.

This object specifies the failure reasons when the AP disassociate with a controller.

This object specifies the reason of the station association failure.

This object represents the radio MAC address common to the dot11 interfaces of the detected AP.

This object represents the detected channel number.

This object represents the SSID used by the rogue AP to intrude the network.