SYMBOL-AP-MIB: View SNMP OID List / Download MIB

AP5131 with 1 WAN port, 1 LAN ports.

AP5131 with 1 WAN port, 1 LAN ports, 533Mhz processor speed.

AP7131

AP7181.

A table that contains the configuration objects for the Authenticator PAE associated with each port. An entry appears in this table for each port that may authenticate access to itself.

The configuration information for an Authenticator PAE.

The Port number associated with this Port.

The current value of the Authenticator PAE state machine. Enumeration: 'aborting': 6, 'authenticated': 5, 'disconnected': 2, 'intialize': 1, 'forceAuth': 8, 'forceUnauth': 9, 'held': 7, 'connecting': 3, 'authenticating': 4.

The current state of the Backend Authentication state machine. Enumeration: 'success': 3, 'request': 1, 'initialize': 7, 'idle': 6, 'timeout': 5, 'fail': 4, 'response': 2.

The current value of the administrative controlled directions parameter for the Port.

The current value of the operational controlled directions parameter for the Port.

The current value of the controlled Port status parameter for the Port.

The current value of the controlled Port control parameter for the Port.

The value, in seconds, of the quietPeriod constant currently in use by the Authenticator PAE state machine.

The value, in seconds, of the txPeriod constant currently in use by the Authenticator PAE state machine.

The value, in seconds, of the suppTimeout constant currently in use by the Backend Authentication state machine.

The value, in seconds, of the serverTimeout constant currently in use by the Backend Authentication state machine.

The value of the maxReq constant currently in use by the Backend Authentication state machine.

The value, in seconds, of the reAuthPeriod constant currently in use by the Reauthentication Timer state machine.

The enable/disable control used by the Reauthentication Timer state machine

The value of the keyTransmissionEnabled constant currently in use by the Authenticator PAE state machine.

A table that contains the statistics objects for the Authenticator PAE associated with each Port. An entry appears in this table for each port that may authenticate access to itself.

The statistics information for an Authenticator PAE.

The number of valid EAPOL frames of any type that have been received by this Authenticator.

The number of EAPOL frames of any type that have been transmitted by this Authenticator.

The number of EAPOL Start frames that have been received by this Authenticator.

The number of EAPOL Logoff frames that have been received by this Authenticator.

The number of EAP Resp/Id frames that have been received by this Authenticator.

The number of valid EAP Response frames (other than Resp/Id frames) that have been received by this Authenticator.

The number of EAP Req/Id frames that have been transmitted by this Authenticator.

The number of EAP Request frames (other than Rq/Id frames) that have been transmitted by this Authenticator.

The number of EAPOL frames that have been received by this Authenticator in which the frame type is not recognized.

The number of EAPOL frames that have been received by this Authenticator in which the Packet Body Length field is invalid.

The protocol version number carried in the most recently received EAPOL frame.

The source MAC address carried in the most recently received EAPOL frame.

A table that contains the diagnostics objects for the Authenticator PAE associated with each Port. An entry appears in this table for each port that may authenticate access to itself.

The diagnostics information for an Authenticator PAE.

Counts the number of times that the state machine transitions to the CONNECTING state from any other state.

Counts the number of times that the state machine transitions from CONNECTING to DISCONNECTED as a result of receiving an EAPOL-Logoff message.

Counts the number of times that the state machine transitions from CONNECTING to AUTHENTICATING, as a result of an EAP-Response/Identity message being received from the Supplicant.

Counts the number of times that the state machine transitions from AUTHENTICATING to AUTHENTICATED, as a result of the Backend Authentication state machine indicating successful authentication of the Supplicant (authSuccess = TRUE).

Counts the number of times that the state machine transitions from AUTHENTICATING to ABORTING, as a result of the Backend Authentication state machine indicating authentication timeout (authTimeout = TRUE).

Counts the number of times that the state machine transitions from AUTHENTICATING to HELD, as a result of the Backend Authentication state machine indicating authentication failure (authFail = TRUE).

Counts the number of times that the state machine transitions from AUTHENTICATING to ABORTING, as a result of a reauthentication request (reAuthenticate = TRUE).

Counts the number of times that the state machine transitions from AUTHENTICATING to ABORTING, as a result of an EAPOL-Start message being received from the Supplicant.

Counts the number of times that the state machine transitions from AUTHENTICATING to ABORTING, as a result of an EAPOL-Logoff message being received from the Supplicant.

Counts the number of times that the state machine transitions from AUTHENTICATED to CONNECTING, as a result of a reauthentication request (reAuthenticate = TRUE).

Counts the number of times that the state machine transitions from AUTHENTICATED to CONNECTING, as a result of an EAPOL-Start message being received from the Supplicant.

Counts the number of times that the state machine transitions from AUTHENTICATED to DISCONNECTED, as a result of an EAPOL-Logoff message being received from the Supplicant.

Counts the number of times that the state machine sends an initial Access-Request packet to the Authentication server (i.e., executes sendRespToServer on entry to the RESPONSE state). Indicates that the Authenticator attempted communication with the Authentication Server.

Counts the number of times that the state machine receives an initial Access-Challenge packet from the Authentication server (i.e., aReq becomes TRUE, causing exit from the RESPONSE state). Indicates that the Authentication Server has communication with the Authenticator.

Counts the number of times that the state machine sends an EAP-Request packet (other than an Identity, Notification, Failure or Success message) to the Supplicant (i.e., executes txReq on entry to the REQUEST state). Indicates that the Authenticator chose an EAP-method.

Counts the number of times that the state machine receives a response from the Supplicant to an initial EAP-Request, and the response is something other than EAP-NAK (i.e., rxResp becomes TRUE, causing the state machine to transition from REQUEST to RESPONSE, and the response is not an EAP-NAK). Indicates that the Supplicant can respond to the Authenticator's chosen EAP-method.

Counts the number of times that the state machine receives an EAP-Success message from the Authentication Server (i.e., aSuccess becomes TRUE, causing a transition from RESPONSE to SUCCESS). Indicates that the Supplicant has successfully authenticated to the Authentication Server.

Counts the number of times that the state machine receives an EAP-Failure message from the Authentication Server (i.e., aFail becomes TRUE, causing a transition from RESPONSE to FAIL). Indicates that the Supplicant has not authenticated to the Authentication Server.

A table that contains the session statistics objects for the Authenticator PAE associated with each Port. An entry appears in this table for each port that may authenticate access to itself.

The session statistics information for an Authenticator PAE. This shows the current values being collected for each session that is still in progress, or the final values for the last valid session on each port where there is no session currently active.

The number of octets received in user data frames on this Port during the session.

The number of octets transmitted in user data frames on this Port during the session.

The number of user data frames received on this Port during the session.

The number of user data frames transmitted on this Port during the session.

A unique identifier for the session, in the form of a printable ASCII string of at least three characters.

The authentication method used to establish the session. Enumeration: 'localAuthServer': 2, 'remoteAuthServer': 1.

The duration of the session in seconds.

The reason for the session termination. Enumeration: 'supplicantRestart': 3, 'notTerminatedYet': 999, 'portAdminDisabled': 7, 'portReInit': 6, 'supplicantLogoff': 1, 'portFailure': 2, 'reauthFailed': 4, 'authControlForceUnauth': 5.

The User-Name representing the identity of the Supplicant PAE.

Use apRadioSettingsTable to view and set the properties of the radios.

Simple index.

Row enable.

In a system that contains only 1 radio, Radio 1 can be configured for 802.11b/g or 802.11a. In a system that contains 2 radios, Radio 1 will be configured for 802.11b/g and Radio 2 will be configured for 802.11a regardless of the user setting. One will get a set-fail if attempts to make a change. Note that 'aRadio' means an 802.11a standard radio that uses the 5.0 GHz band, and, 'bgRadio' means an 802.11b and 802.11g standards radio that use the 2.4 GHz band. An 802.11n radio can use both 2.4 GHz and/or 5.0 GHz bands, so, both these values are applicable for an 802.11n radio. Enumeration: 'aRadio': 1, 'bgRadio': 2.

This scalar points to multiple WLANs that use this radio.

Name of Radio. Note that 'radio802dt11a' means an 802.11a standard radio that uses the 5GHz band, and, 'radio802dt11bg' means an 802.11b and 802.11g standards radio that use the 2.4 GHz band. An 802.11n radio can use both 2.4 GHz and/or 5.0 GHz bands, so, both these values are applicable for an 802.11n radio. Enumeration: 'radio802dt11a': 1, 'radio802dt11bg': 2, 'radio802dt11n2400MHz': 3, 'radio802dt11n5000MHz': 4.

MAC address of the radio.

The antenna diversity setting for the radio. Note that this setting does not apply for an 802.11n radio. Enumeration: 'secondaryOnly': 3, 'primaryOnly': 2, 'fullDiversity': 1.

Enable support for Short Preamble when MUs associate with the Access Point. Enabling Short Preamble may cause incompatibility with some older clients.

The Request To Send(RTS) threshold(in bytes) for use by the radio for the WLAN.

Specify a beacon interval in units of 1,000 microseconds (K-us). This is a multiple of the DTIM (apRadioSettingDtimPrd) value, for example, 100 : 10.

Specify a period for the Delivery Traffic Indication Message (DTIM). This is a divisor of the beacon interval (in milliseconds), for example, 10 : 100. Note that this object's status is current for 802.11n radios, whereas it is obsolete for a/b/g radios.

List of basic rates for the radio. Note that this setting does not apply for an 802.11n radio. Bits: 'rate18Mb': 8, 'rate5pt5Mb': 3, 'rate24Mb': 10, 'rate22Mb': 9, 'rate36Mb': 11, 'rate12Mb': 7, 'rate54Mb': 13, 'rate9Mb': 5, 'rate2Mb': 2, 'rate48Mb': 12, 'rate11Mb': 6, 'rate6Mb': 4, 'rate1Mb': 1, 'null': 0.

List of supported rates for the radio. Bits: 'rate18Mb': 8, 'rate5pt5Mb': 3, 'rate24Mb': 10, 'rate22Mb': 9, 'rate36Mb': 11, 'rate12Mb': 7, 'rate54Mb': 13, 'rate9Mb': 5, 'rate2Mb': 2, 'rate48Mb': 12, 'rate11Mb': 6, 'rate6Mb': 4, 'rate1Mb': 1, 'null': 0.

Radio mode. Note that this setting does not apply for an 802.11n radio. Please use the object apRadioNSettingsMode under apRadioNSettingsTable for 802.11n radios. Enumeration: 'modeG': 2, 'modeBandG': 1, 'modeB': 3.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Background access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Best Effort access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Video access category.

This QOS parameter is used by the AP for the Voice access category.

This QOS parameter is used by the AP for the Voice access category.

This QOS parameter is used by the AP for the Voice access category.

This QOS parameter is used by the AP for the Voice access category.

This QOS parameter is used by the AP for the Voice access category.

This QOS parameter is used by the AP for the Voice access category.

Global ESS to BSS mapping status message.

Whether ERP Protection is ON or OFF.

Pre-Programmed WMM QOS Parameters. manual - Modify parameters wifi11agn - WiFi 11a/11g/11n defaults wifi11b - WiFi 11b defaults default11agn - Symbol 11a/11g/11n defaults default11b - Symbol 11b defaults voice11agn - Symbol 11a/11g/11n voice params voice11b - Symbol 11b voice params Enumeration: 'wifi11agn': 2, 'default11agn': 4, 'default11b': 5, 'wifi11b': 3, 'manual': 1, 'voice11agn': 6, 'voice11b': 7.

Channel Utilization Beacon Intervals for QBSS Load Element (802.11e)

Enable/Disable QBSS Load Element. Enumeration: 'enable': 1, 'disable': 0.

Use apRadioCfgTable to view and set the radio properties of the Access Points. The process can be broken down into the following steps: 1. Set apRadioCfgReset to TRUE. 2. Set apRadioCfgDesPlacement 3. Get apRadioCfgPosChannel 4. Set apRadioCfgDesChannel 5. Get apRadioCfgPosPowerLevel 6. Set apRadioCfgDesPowerLevel 7. Get apRadioCfgPowerInMW 8. Set and pull progress of apRadioCfgSet 9. Validate the configuration has been set by getting apRadioCfgPlacement apRadioCfgChannel apRadioCfgPowerLevel

Channel Mode for the Radio. The user is allowed to enter the apRadioDesChannel value only if the Channel Mode is Set to userSelect. The values autoSelect40(4) and uniformSpreading40(5) are applicable only in case of 802.11n radios. Enumeration: 'uniformSpreading': 3, 'uniformSpreading40': 5, 'userSelect': 1, 'autoSelect40': 4, 'autoSelect': 2.

The desired placement for radio. Enumeration: 'outdoor': 2, 'indoor': 1.

The possible channels that can be set when placement = apRadioCfgDesPlacement. Bits: 'achannel36': 15, 'achannel149': 23, 'null': 0, 'achannel161': 26, 'bchannel09': 9, 'bchannel08': 8, 'achannel165': 27, 'bchannel01': 1, 'bchannel03': 3, 'bchannel02': 2, 'bchannel05': 5, 'bchannel04': 4, 'bchannel07': 7, 'bchannel06': 6, 'achannel40': 16, 'achannel44': 17, 'achannel48': 18, 'achannel64': 22, 'achannel60': 21, 'achannel157': 25, 'achannel153': 24, 'bchannel12': 12, 'bchannel13': 13, 'bchannel10': 10, 'bchannel11': 11, 'bchannel14': 14, 'achannel56': 20, 'achannel52': 19.

The desired channel for radio. Please do not use this object for an access point that supports 802.11n radio. Use apRadioNCfgDesChannel instead. Enumeration: 'achannel36': 36, 'achannel149': 149, 'null': 0, 'achannel161': 161, 'bchannel09': 9, 'bchannel08': 8, 'achannel165': 165, 'bchannel01': 1, 'bchannel03': 3, 'bchannel02': 2, 'bchannel05': 5, 'bchannel04': 4, 'bchannel07': 7, 'bchannel06': 6, 'achannel40': 40, 'achannel44': 44, 'achannel48': 48, 'achannel64': 64, 'achannel60': 60, 'achannel157': 157, 'achannel153': 153, 'bchannel12': 12, 'bchannel13': 13, 'bchannel10': 10, 'bchannel11': 11, 'bchannel14': 14, 'achannel56': 56, 'achannel52': 52.

The max possible power level (dBm) that can be set when channel= apRadioCfgDesChannel. The range is 4 to 20 dBm.

The desired power level (dBm) for radio. The following power levels are available 4dBm=3mW, 5dBm=3mW, 6dBm=4mW, 7dBm=5mW, 8dBm=6mW, 9dBm=8mW, 10dBm=10mW, 11dBm=13mW, 12dBm=16mW, 13dBm=20mW, 14dBm=25mW, 15dBm=32mW, 16dBm=40mW, 17dBm=50mW, 18dBm=63mW, 19dBm=79mW, 20dBm=100mW Note: Power level allowed depends on radio type, channel and country of operation.

apRadioCfgDesPowerLevel in mW.

Validate values in apRadioCfgDes_ fields. If it is a valid combination, configure the switch with this combination and set apRadioCfg_ to these values.

Reset the following OIDs. apRadioCfgDesPlacement apRadioCfgDesChannel apRadioCfgDesPowerLevel apRadioCfgPosChannel apRadioCfgPosPowerLevel apRadioCfgPowerInMW

The placement configuration for radio. Enumeration: 'outdoor': 2, 'indoor': 1.

The channel configuration for radio. Enumeration: 'achannel36': 36, 'achannel149': 149, 'null': 0, 'achannel161': 161, 'bchannel09': 9, 'bchannel08': 8, 'achannel165': 165, 'bchannel01': 1, 'bchannel03': 3, 'bchannel02': 2, 'bchannel05': 5, 'bchannel04': 4, 'bchannel07': 7, 'bchannel06': 6, 'achannel40': 40, 'achannel44': 44, 'achannel48': 48, 'achannel64': 64, 'achannel60': 60, 'achannel157': 157, 'achannel153': 153, 'bchannel10': 10, 'bchannel11': 11, 'achannel56': 56, 'achannel52': 52.

The power level (dBm) configuration for radio.

apRadioCfgPowerLevel in mW.

WLAN or WIPS sensor operation mode for the Radio. Enumeration: 'wips': 2, 'wlan': 1.

The channels that will be excluded from scanning when channelMode is autoSelect. Bits: 'achannel36': 15, 'achannel149': 23, 'null': 0, 'achannel161': 26, 'bchannel09': 9, 'bchannel08': 8, 'achannel165': 27, 'bchannel01': 1, 'bchannel03': 3, 'bchannel02': 2, 'bchannel05': 5, 'bchannel04': 4, 'bchannel07': 7, 'bchannel06': 6, 'achannel40': 16, 'achannel44': 17, 'achannel48': 18, 'achannel64': 22, 'achannel60': 21, 'achannel157': 25, 'achannel153': 24, 'bchannel12': 12, 'bchannel13': 13, 'bchannel10': 10, 'bchannel11': 11, 'bchannel14': 14, 'achannel56': 20, 'achannel52': 19.

Table of BSSIDs mapped to WLANs.

BSSID assigned to this particular WLAN.

Use apRadioBssTable to view and set the properties of the Bss's.

Primary WLAN used by the AP to send beacons.

Specify a period for the Delivery Traffic Indication Message (DTIM). This is a divisor of the beacon interval (in milliseconds), for example, 10 : 100. Note that BSS DTIM period is not supported for 802.11n radios.

The table describes the ESS to BSS mapping status.

Broadcast/Mulitcast Encryption cipher based on the ESS to BSS mapping. Enumeration: 'wep64': 2, 'open': 1, 'wep128': 3, 'wpaTkip': 5, 'wpa2Ccmp': 6, 'keyguard': 4.

ESS to BSS map status. Enumeration: 'good': 1, 'warning': 2, 'error': 3.

ESS to BSS map status message.

Table for MESH configuration for Radio.

MESH base bridge mode for radio.

Maximum number of MESH client bridges.

MESH client bridge mode for radio.

MESH client bridge WLAN. For the value 0 there is no WLAN assigned for Client Bridge connection.

Enable/Disable the MESH Auto Connection Select Mode.

Mesh Timeout Status. Enumeration: 'disabled': 0, 'enabled': 2, 'uplinkDetect': 1.

If Mesh is not connected after Timeout period (in seconds), stop the AP from sending beacons.

Table of Available Base Bridge MESH connections.

Simple Index.

Mac Address of Available Base Bridge.

Channel of Available Base Bridge.

RSSI value of Available Base Bridge.

Table of Preferred Base Bridge MESH connections.

Simple Index.

Preferred Base Bridge Priority.

Preferred Base Bridge MAC Address.

Row Status used to add or delete entries.

Table of Radio Wlan Bandwidth management.

The weight to be used when QoS for all WLANs is set to weighted-round-robin. Note that the sum of all weights across all WLANs need not total 100.

This table adds 802.11n specific settings for an 'n' radio in addition to the common settings under apRadioSettingsTable.

An 802.11n radio settings entry.

The modes available for an 802.11n radio depend on the radio band. For 5.0 GHz (11an), the modes are: modeA modeN5000MHz modeAandN For 2.4 GHz (11bgn), the modes are: modeBGandN modeBandG modeGandN modeB modeG modeN2400MHz Enumeration: 'modeGandN': 8, 'modeAandN': 6, 'modeN5000MHz': 5, 'modeN2400MHz': 4, 'modeG': 3, 'modeBGandN': 9, 'modeB': 2, 'modeA': 1, 'modeBandG': 7.

This is a new setting for 802.11n radios that indicates the HT Protection Status. The possible values are: Pure HT (1) non-HT STA on Channel (2) HT with 20 MHz-only STA (3) non-HT STA associated (4) Enumeration: 'pureHt': 1, 'htWith20MHzOnlySta': 3, 'nonHtStaOnChannel': 2, 'nonHtStaAssociated': 4.

For basic rate the following options are available: (1) 1 and 2 Mbps (2) 1, 2, 5.5 and 11 Mbps (3) 1, 2, 5.5, 11 and 6, 12, 24 Mbps (4) 6, 12 and 24 Mbps (5) MCS 0-7 (6) 6, 12 and 24 Mbps and MCS 0-7 (7) 1, 2, 5.5, 11 and 6, 12, 24 Mbps and MCS 0-7 Enumeration: 'rateMCS0to7': 5, 'rate6and12and24Mbps': 4, 'rate1and2and5point5and11Mbps': 2, 'rate1and2Mbps': 1, 'rate1and2and5point5and11and6and12and24MbpsandMCS0to7': 7, 'rate1and2and5point5and11and6and12and24Mbps': 3, 'rate6and12and24MbpsandMCS0to7': 6.

Description.

Description.

The possible channels that can be set when placement = apRadioCfgDesPlacement Bits: 'anChannel52': 19, 'anChannel36': 15, 'anChannel56': 20, 'anChannel128': 30, 'anChannel120': 28, 'bgnChannel11': 11, 'bgnChannel10': 10, 'bgnChannel13': 13, 'bgnChannel12': 12, 'bgnChannel14': 14, 'anChannel165': 38, 'null': 0, 'anChannel161': 37, 'anChannel149': 34, 'anChannel104': 24, 'anChannel108': 25, 'anChannel124': 29, 'anChannel140': 33, 'anChannel48': 18, 'anChannel44': 17, 'anChannel60': 21, 'anChannel40': 16, 'anChannel64': 22, 'anChannel100': 23, 'anChannel136': 32, 'anChannel132': 31, 'anChannel112': 26, 'anChannel116': 27, 'anChannel157': 36, 'anChannel153': 35, 'bgnChannel9': 9, 'bgnChannel8': 8, 'bgnChannel5': 5, 'bgnChannel4': 4, 'bgnChannel7': 7, 'bgnChannel6': 6, 'bgnChannel1': 1, 'bgnChannel3': 3, 'bgnChannel2': 2.

The desired channel for the 'n' radio. When changing 802.11n channels, make changes in the following order: 1) Width (apRadioNCfgChannelWidth) 2) Offset (apRadioNCfgChannelOffset) 3) Channel (apRadioNCfgDesChannel)

The channel configuration for the 'n' radio.

When this value is set to twentyMhz, the AP works on 20MHz mode for both transmit and receive operations. dynamic: The 20/40 MHz operation is a dynamic feature in which the AP can receive packets from clients that use 20 MHz of bandwidth while transmitting a packet OR that use 40 MHz of bandwidth while transmitting a packet. Likewise, the AP can send packets either with a bandwidth of 20 or 40 MHz. When changing 802.11n channels, make changes in the following order: 1) Width (apRadioNCfgChannelWidth) 2) Offset (apRadioNCfgChannelOffset) 3) Channel (apRadioNCfgDesChannel) Enumeration: 'twentyMHz': 1, 'dynamic': 2.

The AP will always be enabled to receive AMSDU frames. The user will be able to set the AMSDU limit to 3839 bytes. This value will be advertised in the HT Capabilities element. The user may be able to enable and disable the transmission of AMSDU frames in future releases. Enumeration: 'size3839': 3839.

When set to TRUE it enables the transmission of AMSDU frames. Setting it to FALSE disable AMSDU transmission. This object is not supported in the current release, hence it will not be returned during a get/get-next/walk.

This value is used to tell other stations the maximum length AMPDU that they can send. The allowed values are: 0 bytes (special case, to disable AMPDU rx-limit). 8191 bytes 16383 bytes 32767 bytes 65535 bytes. Enumeration: 'size65535': 65535, 'size8191': 8191, 'size16383': 16383, 'size0': 0, 'size32767': 32767.

Used to configure the AMPDU density which controls how close together the MPDUs are within the AMPDU. The choices are: 0 (none), 1/4 usec, 1/2 usec, 1 usec, 2 usec, 4 usec and 8 usec. Since SNMP cannot represent fractions or decimals, the enumerations are given multiplied by 1000 i.e. in nanoseconds. Enumeration: 'onehalf': 500, 'two': 2000, 'one': 1000, 'four': 4000, 'zero': 0, 'eight': 8000, 'onefourth': 250.

This is a threshold that controls when the AP will setup a Block ACK agreement with a client to begin aggregating, that is, sending A-MPDU frames, to that client. It takes a range from 0-65535 bytes.

This is a boolean. The 802.11n AP has an option to configure short guard interval(SGI). The possible values of guard interval are 400ns or 800ns. When the user turns SGI on, both 400ns and 800ns will be enabled together. When the user turns SGI off, only 800ns will be enabled.

When set to TRUE it enables the transmission of AMPDU frames. Setting it to FALSE disable AMPDU transmission.

The channel offset. When changing 802.11n channels, make changes in the following order: 1) Width (apRadioNCfgChannelWidth) 2) Offset (apRadioNCfgChannelOffset) 3) Channel (apRadioNCfgDesChannel) Enumeration: 'none': 1, 'below': 3, 'above': 2.

The AP with the 802.11n radio supports modulation coding schemes (MCS) 0-15. This maps to the table entries 1-16. To the user, this is part of the Set Rates function.

An entry which gives the MCS supported by an 'n' radio in the AP.

MCS index, from 1-16, corresponding to schemes 0-15.

Rate on 20MHz channel with SGI disabled

Rate on 20MHz channel with SGI enabled

Rate on 40MHz channel with SGI disabled

Rate on 40MHz channel with SGI enabled.

Whether this MCS rate is basic or supported. Enumeration: 'supported': 2, 'basic': 1.

Whether this MCS is disabled (false), or, enabled (true) for this 'n' radio.

Table of wireless LANs configured on the AP.

Simple index.

Name of the WLAN.

ESSID of the WLAN.

Use either 802.11a radio or 802.11b/g radio, or, for 802.11n radios, select the frequency band i.e. 2.4 GHz or 5.0 GHz. Enumeration: 'nRadio2400MHz': 4, 'nRadio5000MHz': 5, 'aRadio': 2, 'bgRadio': 1, 'bothBand': 3, 'noneBand': 0.

Maximum number of MU associations is allowed for the WLAN. The total number of MUs for the entire AP cannot exceed 127.

Point to the ACL policy used for this WLAN.

Point to the Security policy used for this WLAN.

Point to the QOS policy used for this WLAN.

Kerberos Username which is the same as the ESSID if the WLAN uses Kerberos Authentication

Kerberos Password for authenticating the AP to the KDC.

Set to true to prohibit MU-to-MU communication.

Enable the Secure Beacon checkbox to disallow the Access Point from broadcasting an ESSID in its beacons. This is a safeguard to prevent intruders from tapping into the WLAN. Consider this security measure for a private, corporate network.

Answer broadcast ESS.

The weight to be used when QoS for all WLANs is set to weighted-round-robin. Note that the sum of all weights across all WLANs need not total 100.

VLAN mode can either Dynamic or Static. Enumeration: 'modeStatic': 2, 'modeDynamic': 1.

Point to the VLAN id corresponding to WLAN.

The LAN to which a WLAN is mapped. Enumeration: 'lan2': 2, 'lan1': 1.

Enable/Disable MESH Client Backhaul on this WLAN.

Enable or Disable Hotspot functionality on this WLAN.

Row enable/disable.

Maximum MU idle time in minutes.

Security Policy that can be used by different WLANs.

Simple index.

Name of security policy.

If auth802dot1xEap, additional EAP settings for this WLAN will be used from the matching entry in the apWlanAuthEapTable. Likewise, if authKerberos, use the settings in the matching entry in the apWlanAuthKerberosTable. Enumeration: 'authKerberos': 3, 'auth802dot1xEap': 2, 'authNone': 1.

If cryptoWep40 or cryptoWep128, additional WEP settings for this WLAN will be used from the matching entry in the apWlanCryptoWepTable. Likewise, if cryptoWpaTkip, use the settings in the matching entry in the apWlanCryptoTkipTable. Likewise, if cryptoKeyguardMcm, use the settings in the matching entry in the apWlanCryptoKeyguardTable. Likewise, if cryptoCcmp, use the settings in the matching entry in the apWlanCryptoCcmpTable. Enumeration: 'cryptoWep40': 2, 'cryptoWep128': 3, 'cryptoKeyguardMcm': 4, 'cryptoNone': 1, 'cryptoCcmp': 6, 'cryptoWpaTkip': 5.

Points to the WLAN which have this particular security policy.

Row Status used for Creation or Deletion.

Table of EAP authentication settings for each Security Policy using this method.

Enable reauthentication.

Reauthentication period.

Reauthentication max retries.

IP address of the primary RADIUS server. Use 127.0.0.1 to use the Local Radius Server on the AP5131.

Port number of the primary RADIUS server.

Shared secret of the primary RADIUS server.

IP address of the secondary RADIUS server. Use 127.0.0.1 to use the Local Radius Server on the AP5131.

Port number of the secondary RADIUS server.

Shared secret of the secondary RADIUS server.

MU quiet period.

MU timeout.

MU Tx period.

MU max retries.

Server timeout.

Server max retries.

Radius Accounting Mode.

Radius Accounting MU Timeout value

Radius Accounting Number of MU Retries.

Syslogging Mode.

Syslog Server IP Address.

External Radius Accounting Server IP Address.

Port number of the external RADIUS server.

Shared secret of the external RADIUS server.

Table of Kerberos authentication settings for each Security Policy using this method.

Realm name.

Primary KDC server IP addr.

Primary KDC port.

Backup KDC server IP addr.

Backup KDC port.

Remote KDC server IP addr.

Remote KDC port.

Table of WEP encryption settings for each Security Policy using this method.

Pass key. If this value is written, the four WepKey1..4 will be overwritten.

WEP key #1 exactly 13 octets for WEP-128 (104-bit key); exactly 5 octets for WEP-64 (40-bit key).

WEP key #2 exactly 13 octets for WEP-128 (104-bit key); exactly 5 octets for WEP-64 (40-bit key).

WEP key #3 exactly 13 octets for WEP-128 (104-bit key); exactly 5 octets for WEP-64 (40-bit key).

WEP key #4 exactly 13 octets for WEP-128 (104-bit key); exactly 5 octets for WEP-64 (40-bit key).

Specifies which WEP key to use.

Allow WEP128 clients

Table of WPA-TKIP encryption settings for each Security Policy using this method.

Use broadcast key rotation.

Broadcast key rotation, (if enabled), occurs every this many seconds.

Specifies whether to use ASCII Passphrase or 256-bit Hex Key. Enumeration: 'useAsciiPassphrase': 1, 'use256bitKey': 2.

ASCII Passphrase.

WPA/TKIP 256 bit Key. No need to enter key if ASCII passphrase is entered.

Allows WPA2 TKIP. Enumeration: 'enable': 1, 'disable': 2.

Allows Pre-Authentication. Enumeration: 'enable': 1, 'disable': 2.

Table of WPA2-CCMP encryption settings for each Security Policy using this method.

Use broadcast key rotation.

Broadcast key rotation, (if enabled), occurs every this many seconds.

Specifies whether to use ASCII Passphrase or 256-bit Hex Key. Enumeration: 'useAsciiPassphrase': 1, 'use256bitKey': 2.

ASCII Passphrase.

WPA2/CCMP 256 bit Key. No need to enter key if ASCII passphrase is entered.

Allow WPA-TKIP clients

Enabling this option enables a client associated with one Access Point to carry out an 802.1x authentication with another Access Point before it roams over to it. The Access Point will cache the keying information of the client until it roams to the new Access Point. This enables the roaming the client to start sending and receiving data sooner by not having to do 802.1x authentication after it roams. Note: This option only works when 802.1x authentication is enabled for the WLAN.

Table of KeyGuard-MCM encryption settings for each Security Policy using this method.

Pass key. If this value is written, the four KeyguardKey1..4 will be overwritten.

Key #1.

Key #2.

Key #3.

Key #4.

Specifies which WEP key to use.

Allow WEP128 clients

Access Control List that can be used by different WLANs.

Simple index.

Name of the Access Control policy.

MUs match this policy can either be Allowed or Denied association. Enumeration: 'deny': 2, 'allow': 1.

Points to the WLAN which have this particular MU Acl policy.

Row Status.

Table describing ACLs for allowing or denying, (depending on default behavior for the WLAN specified in apWlanMuAclPolicyTable), MU association with each WLAN.

Simple index.

Starting MAC address in a range of addresses.

Ending MAC address in a range of addresses.

Pointer to the ACL policy that this row belongs.

Row status.

QoS Policy that can be used by different WLANs.

Simple index.

Name of the QoS policy.

Enable WiFi Multimedia Extension support.

Pre-Programmed WMM QOS Parameters. manual - Modify parameters wifi11agn - WiFi 11a/11g/11n defaults wifi11b - WiFi 11b defaults default11agn - Symbol 11a/11g/11n defaults default11b - Symbol 11b defaults voice11agn - Symbol 11a/11g/11n voice params voice11b - Symbol 11b voice params Enumeration: 'wifi11agn': 2, 'default11agn': 4, 'default11b': 5, 'wifi11b': 3, 'manual': 1, 'voice11agn': 6, 'voice11b': 7.

This QoS parameter is to be used by the MU for the Background access category.

This QoS parameter is to be used by the MU for the Background access category.

This QoS parameter is to be used by the MU for the Background access category.

This QoS parameter is to be used by the MU for the Background access category.

This QoS parameter is to be used by the MU for the Background access category.

This QoS parameter is to be used by the MU for the Best Effort access category.

This QoS parameter is to be used by the MU for the Best Effort access category.

This QoS parameter is to be used by the MU for the Best Effort access category.

This QoS parameter is to be used by the MU for the Best Effort access category.

This QoS parameter is to be used by the MU for the Best Effort access category.

This QoS parameter is to be used by the MU for the Video access category.

This QoS parameter is to be used by the MU for the Video access category.

This QoS parameter is to be used by the MU for the Video access category.

This QoS parameter is to be used by the MU for the Video access category.

This QoS parameter is to be used by the MU for the Video access category.

This QoS parameter is to be used by the MU for the Voice access category.

This QoS parameter is to be used by the MU for the Voice access category.

This QoS parameter is to be used by the MU for the Voice access category.

This QoS parameter is to be used by the MU for the Voice access category.

This QoS parameter is to be used by the MU for the Voice access category.

Support legacy voice prioritization.

Multicast address 1.

Multicast address 2.

Points to the WLAN which have this particular QOS policy.

Row Status.

Description.

Description.

This variable configures the manner in which bandwidth is shared among the WLANs. Only in mode 'weightedRoundRobin' are the apRadioWlanWeight values for each Radio and WLAN used. Enumeration: 'weightedRoundRobin': 2, 'firstInFirstOut': 0, 'roundRobin': 1.

Table for Hotspot configuration.

Default File Mode for Login, Welcome and Fail Pages. Enumeration: 'default': 1, 'externalURL': 2.

Login Page URL on external server.

Welcome Page URL on external server.

Fail Page URL on external server.

IP Address of Primary Radius Server. Use 127.0.0.1 to use the Local Radius Server on the AP5131.

Port for Primary Radius Server.

Shared Secret for Primary Radius Server.

IP Address of Secondary Radius Server. Use 127.0.0.1 to use the Local Radius Server on the AP5131.

Port for Secondary Radius Server.

Shared Secret for Secondary Radius Server.

Radius Accounting Mode.

External Accounting Radius Server.

Port for External Accounting Radius Server.

Shared Secret for External Accounting Radius Server.

Radius Accounting Timeout value.

Radius Accounting Retry Count value.

Radius Session Timeout Mode (Applicable only for Internal Radius Server)

Radius Session Timeout (Applicable only for Internal Radius Server)

Table of White List entires for HotSpot for the WLANs.

Simple Index 1...10

IP Address of White List entries

Value to control row creation/deletion.

Enable/disable MU Locationing feature.

Setting this value to TRUE clears all apMuLocationingTable entries. Any probe request heard after that event will be treated as newly heard.

Maximum number of MU's to be reported in the apMuLocationingTable. The minimum number is 20 and maximum 200.

The switch shall store the information received in the probe request messages in this table.

Description.

Simple index.

MAC address of the MU.

MAC address of the Portal.

Received Signal Strength in dBm by the Heard Portal.

Describes on which channel probe is heard.

Describes the time when this probe is heard.

The switch shall provide option to append information to apMuLocationingTable.

Description.

MAC address of the MU.

MAC address of the Portal.

Received Signal Strength in dBm by the Heard Portal.

Describes on which channel probe is heard.

Describes the time when this probe is heard.

Table of Global IP Filter Policies

Simple Index

IP Filter Policy Name. It has to be unique for every policy.

IP Filter Policy Protocol Number. Enumeration: 'udp': 17, 'pim': 103, 'esp': 50, 'rawip': 255, 'ah': 51, 'egp': 8, 'ipip': 4, 'all': 256, 'tcp': 6, 'gre': 47, 'idp': 22, 'ipv6': 41, 'rsvp': 46, 'comp': 108, 'icmp': 1, 'pup': 12, 'igmp': 2.

IP Filter Policy Starting Port Number

IP Filter Policy Ending Port Number

IP Filter Policy Source Start IP Address.

IP Filter Policy Source End IP Address.

IP Filter Policy Dest Start IP Address.

IP Filter Policy Dest End IP Address.

Description.Indicates whether filter is used by any of the WLAN IP Filter Tables or the TRUNK IP Filter Table. If got used then displays YES otherwise NO.

Row Status for creation and deletion of policies.

IP Filter Policy Source Starting Port Number

IP Filter Policy Source Ending Port Number

IP Filter for WLAN

IP Filter Mode.

IP Filter Default IN Action. Enumeration: 'deny': 2, 'allow': 1.

IP Filter Default OUT Action. Enumeration: 'deny': 2, 'allow': 1.

Number of incoming packets allowed or denied as a result of the default policy

Number of outgoing packets allowed or denied as a result of the default policy

IP Filter Policy for WLANs.

Simple Index.

Single Pointer to the Global IP Filter Policy.

IP Filter Policy Direction. Enumeration: 'outgoing': 2, 'incoming': 1.

IP Filter Policy Action. Enumeration: 'deny': 2, 'allow': 1.

Row Status for creation and deletion.

Number of packets allowed or denied as a result of this policy.

IP Filter for WLAN

Description.

IP Filter Mode.

IP Filter Default IN Action. Enumeration: 'deny': 2, 'allow': 1.

IP Filter Default OUT Action. Enumeration: 'deny': 2, 'allow': 1.

Number of incoming packets allowed or denied as a result of the default policy

Number of outgoing packets allowed or denied as a result of the default policy.

IP Filter Policy for WAN Trunk Port.

Simple Index.

Single Pointer to the Global IP Filter Policy.

IP Filter Policy Direction. Enumeration: 'outgoing': 2, 'incoming': 1.

IP Filter Policy Action. Enumeration: 'deny': 2, 'allow': 1.

Row Status for creation and deletion.

Number of packets allowed or denied as a result of this policy.

Enable / Disable Reliable Multicast feature.

WLAN (ESSID) on which reliable multicast feature will be enabled.

Maximum number of streams to be serviced by the reliable Multicast Feature.

Enable / Disable Standalone mode for Reliable Multicast. In this mode, the AP can operate without a Multicast Router on the network.

IGMP version for the queries to be sent. IGMP query is sent on MU association and when standalone mode is enabled. Enumeration: 'igmpv3': 3, 'igmpv2': 2, 'igmpv1': 1.

The IGMP query interval (in seconds) to be used in standalone mode.

Description.

Table of IPv4 Multicast addresses configured for Reliable Multicast

Entry of IPv4 Multicast addresses configured for Reliable Multicast

Description.

IPv4 Multicast Address

Row status for Reliable Multicast address table. Set to FALSE to delete a row. Should be TRUE while creating the row.

Table of MUs being serviced by the reliable multicast feature.

Description.

Description.

IPv4 Multicast Address.

Mac Address of Mobile Units.

Table of Auto Key Setting entries.

The number of seconds that the security association is valid. This is an augumentation to ccWanVpnKeyAutoTable and this particular column for Security Association Life Time has been added as it was missing from the WS2000 MIB.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Wan Ethernet Port Auto-Negotiation Value. Enumeration: 'disabled': 0, 'enabled': 1.

Wan Ethernet Port Speed Value. AP5131 does not support oneGbps. Enumeration: 'tenMbps': 0, 'hundredMbps': 1, 'oneGbps': 2.

Wan Ethernet Port Duplex Value. Enumeration: 'full': 1, 'half': 0.

Enable/Disable DynDNS feature on WAN interface.

Table of DynDNS configuration entries.

Description.

DynDNS Username which is used to access DynDNS service. The user has to create an account in the DynDNS.org site to get a username and password.

DynDNS Password used to access DynDNS service. The user has to create an account in the DynDNS.org site to get a username and password

DynDNS Hostname which has be linked to the WAN IP address. The hostname entry has to be made in the DynDNS.org site.

Index for apWanDynDNSTable.

Table to display the DynDNS update respone.

Description.

The DynDNS hostname which is linked to the WAN IP Address in the DynDNS.org database.

The WAN IP address which is linked with the hostname in the DynDNS.org site.

DynDNS update response received from the DynDNS.org.

Index for apWanDynDNSUpdateResponseTable.

Perform Manual DynDNS Update. An update request to update the WAN IP and hostname is sent to DynDNS.org.

Enable LAN port.

LAN Timeout Status Enumeration: 'disabled': 1, 'enabled': 3, 'hardwareDefect': 2.

If LAN is not connected after Timeout period (in seconds), stop the AP from sending beacons.

Enable VLAN.

Management VLAN Tag.

Native VLAN Tag.

802.1x AP Authentication username.

802.1x AP Authentication password.

Table of VLAN entries.

Simple Index (1...16)

VLAN id.

VLAN name.

Pointer to WLAN associated with this particular VLAN.

Row Status.

Table of Subnets.

Specifies how Subnet gets its IP address/mask. Enumeration: 'dhcpClient': 1, 'dhcpNone': 3, 'dhcpBootp': 4, 'dhcpServer': 2.

Enable VLAN.

Packets can either be Forwarded or Discarded. Enumeration: 'deny': 2, 'allow': 1.

Management VLAN Tag.

Native VLAN Tag.

Packets can either be Forwarded or Discarded. Enumeration: 'deny': 2, 'allow': 1.

Table describing ACLs for allowing or denying, (depending on default behavior for the WLAN specified in apLanTypeFilterAccessMode), MU association with each WLAN.

Subnet Index for Type Filter

Simple index.

Ethernet type to be filtered.

Row status.

The Subnet to which the LAN ethernet port is mapped. Enumeration: 'lan2': 2, 'lan1': 1.

Table for Bridge Spanning Tree for a Subnet.

Bridge Priority

Bridge Max Message Age Time.

Bridge Hello Time.

Bridge Forward Delay.

Bridge Forwarding Database Ageout value.

Lan Ethernet Port Auto-Negotiation Value. Enumeration: 'disabled': 0, 'enabled': 1.

Lan Ethernet Port Speed Value. AP5131 does not support oneGbps. Enumeration: 'tenMbps': 0, 'hundredMbps': 1, 'oneGbps': 2.

Lan Ethernet Port Duplex Value. Enumeration: 'full': 1, 'half': 0.

Ping Destination MU Mac Address. This address has to match one of the MU's in the ccMUInfo table.

Ping Destination AP Mac Address. This address has to match one of the AP's in apKnownApTable.

The destination type of the ping. It can be either an MU or an AP. Enumeration: 'm': 1, 'ap': 2.

Number of pings.

Length of the Wnmp ping packet.

The one-byte data pattern used to fill the Wnmp ping packet.

Start and stop ping. Switching from stop to start state will reset apWnmpPingNumResponses to 0.

Number of ping responses received from the destination.

Led flash destination AP Mac Address. This address has to match one of the AP's in apKnownApTable.

Turn the led action on or off.

Table of Known AP Lists.

Simple Index.

MAC Address of the LAN port

IP Address of the LAN port

Channel for Radio1 in Dual Radio setup

Channel for Radio2 in Dual Radio setup

Number of MUs associated.

Kilo Bytes in/out per second.

The number of combined input and output packets per sec

Radio Type of the first radio in Dual Radio setup Enumeration: 'radioFH': 4, 'radioN': 5, 'radioBG': 3, 'radioA': 1, 'radioB': 2.

Radio Type of the second radio in Dual Radio setup Enumeration: 'radioFH': 4, 'radioN': 5, 'radioBG': 3, 'radioA': 1, 'radioB': 2.

Hardware Type. Enumeration: 'ap4131': 2, 'unknown': 0, 'ap71x1': 5, 'ap5131': 1, 'ap302x': 4, 'ap41x1': 3.

Firmware Version

System Name.

ESSID of the particular WLAN.

Copy Configuration file button. When set to 1 the config file of our AP shall be copied onto the Known AP specified.

Whether a copy cfg operation succeeded.

Client Bridge MAC Address 1 on Radio 1.

Client Bridge MAC Address 2 on Radio 1.

Client Bridge MAC Address 3 on Radio 1.

Client Bridge MAC Address 1 on Radio 2.

Client Bridge MAC Address 2 on Radio 2.

Client Bridge MAC Address 3 on Radio 2.

The value true means Hybrid AP Switch Auto Discovery is enabled and false means it is disabled.

Hybrid AP Switch Discovery Interface. Enumeration: 'wan': 1, 'lan2': 3, 'lan1': 2.

Table of static IP addresses used in Switch Discovery for Hybrid AP.

apSwitchDiscoveryIPAddressEntry

Simple Index (1...6)

Hybrid AP Switch Discovery IP Address.

Simple Row Status. Enumeration: 'destroy': 1.

Hybrid AP Switch Discovery Domain Name.

Hybrid AP Switch Discovery Port.

Hybrid AP Passphrase. Before the AP sends the first packet to request mode and configuration, the switch and the AP should establish a secure link with this pre-shared key or passphrase.

This boolean is used by the AP to determine if it needs to establish a secure IPSEC tunnel to the switch.

AC Keepalive Period.

The adoption state of the hybrid AP. Enumeration: 'waiting': 2, 'connectionLoss': 5, 'adoptionFailed': 3, 'adopted': 4, 'standAlone': 1.

The IP address of the switch that has currently adopted this hybrid AP. If the AP is not adopted it gives the IP address of the switch that last adopted the AP. This value is null if the AP has never been adopted.

A MU has been associated with this Radio Address.

Radios are either been SHUTTING DOWN or RESTORING because of a certain activity at LAN Port.

When a subsequent MIC failure occurs within 60 seconds of the preceding failure, the AP will disassociate all associated STAs. The AP will not deliver any class 3 TKIP encrypted data frames to or from any peer as well as disallow new associations for a period of 60 seconds.

An MU is either Authenticated or Deauthenticated on a Hotspot enabled WLAN. Upon authenticating with a Radius Server the state of the MU is changed from HOTSPOT to DATA_READY and the vice versa upon Time out or Logging out of that particular MU.

A DynDNS Update has been sent to DynDns.org

Table of Trap Enable entries.

Simple Index.

Name of the Trap.

Enable/Disbale a particular Trap.

The max rate at which SNMP traps/notifications will be sent from the switch. If the switch detects a particular condition and it has NOT been at least this many seconds since the last trap/notification, this current event will NOT result in a trap/notification. If this value is set to 0, every such event results in a trap/notification. Factory-default state is 10 [seconds].

This table configures thresholds that can be monitored for - all MUs and/or - all Portals and/or - all WLANs and/or - for the entire switch When a given threshold is crossed, it generates the appropriate corresponding notification, (ccSumStats_: _MU, _Portal, _WLAN, or _Switch). Some thresholds result in notifications when exceeded, and some when the current value sinks below the threshold. This is indicated by the wording of the entry in the entry's _Descr value. In all cases, the summary stat being monitored is the Short value, never the Long value. Note that for thresholds of type thresholdsAvgMuSignal & thresholdsAvgMuNoise, the values being 'watched' are actually negative. In these cases the threshold is specified as a Unsigned32. For example, if you wish to trap on Signal being worse than -75dBm, enter '70'. This works since a user would never want to trap on a threshold of Sinal worse than +10dBm. (SNR is not an issue, since that is a positive value). Any values reported as var-binds in the resultant trap(s) are likewise reported as positive values.

The rows/instances in this table occur at the exact same indices as the corresponding monitored data occurs in the _SumStats tables. For example, row #2 / instance .2 represents the threshold(s) for the _PktsPerSec values for MU, Portal, WLAN, and Switch. If a given threshold does not make sense for one of those 4 entities, its corresponding TruthValue will be false.

Index into table. Note that specific thresholds occur at specific instance values as denoted by the enumeration values assigned to this variable. Enumeration: 'thresholdsPktsPerSec': 3, 'unusedTimestamp': 1, 'thresholdsPpmTxDropped': 15, 'unusedThroughputRx': 8, 'thresholdsPpmRxUndecrypt': 17, 'thresholdsAvgMuSignal': 10, 'thresholdsTxAvgRetries': 16, 'thresholdsThroughput': 6, 'thresholdsAvgMuSnr': 12, 'thresholdsAvgMuNoise': 11, 'thresholdsTotalMus': 18, 'unusedPktsPerSecRx': 5, 'unusedPktsPerSecTx': 4, 'thresholdsPpmTxWithRetires': 14, 'thresholdsPctRfUtil': 19, 'thresholdsPctNUcastPkts': 13, 'thresholdsAvgBitSpeed': 9, 'thresholdsPctDropped': 20, 'unusedThroughputTx': 7, 'unusedNumPkts': 2.

Description of the threshold.

Units of the threshold.

If true, the threshold can be set for MUs. If false, attempting the threshold will return a READ-ONLY.

The threshold for all MUs. If 0, no threshold checking is performed.( multipled by 100)

If true, the threshold can be set for radio a. If false, attempting the threshold will return a READ-ONLY. Note that this object does not apply to 802.11n radios. Please use either apTrapCtrlSumStatsCanBeSetRadioN2400MHz or apTrapCtrlSumStatsCanBeSetRadioN5000MHz for 802.11n radios.

The threshold for radio a. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9) Note that this object does not apply to 802.11n radios. Please use either apTrapCtrlSumStatsThresholdRadioN2400MHz or apTrapCtrlSumStatsThresholdRadioN5000MHz for 802.11n radios.

If true, the threshold can be set for radio b/g. If false, attempting the threshold will return a READ-ONLY. Note that this object does not apply to 802.11n radios. Please use either apTrapCtrlSumStatsCanBeSetRadioN2400MHz or apTrapCtrlSumStatsCanBeSetRadioN5000MHz for 802.11n radios.

The threshold for radio b/g. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9) Note that this object does not apply to 802.11n radios. Please use either apTrapCtrlSumStatsThresholdRadioN2400MHz or apTrapCtrlSumStatsThresholdRadioN5000MHz for 802.11n radios.

If true, the threshold can be set for Wlans. If false, attempting the threshold will return a READ-ONLY.

The threshold for all Wlans. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9)

If true, the threshold can be set for the entire access point. If false, attempting the threshold will return a READ-ONLY.

The threshold for the entire Access Point. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9)

If true, the threshold can be set for radio n, 5.0 GHz frequency band. If false, attempting the threshold will return a READ-ONLY.

The threshold for radio n, 5.0 GHz frequency band. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9).

If true, the threshold can be set for radio n, 2.4 GHz frequency band. If false, attempting the threshold will return a READ-ONLY.

The threshold for radio n, 2.4 GHz frequency band. If 0, no threshold checking is performed.( multipled by 100, except for 'No. of MUs associated', index 9).

MU that has been associated.

Radio to be which MU has been associated.

Dynamic VLAN ID assigned to the MU.

Action taken by the Radios either Shutting Down or Restoring Up. Enumeration: 'radioRestore': 2, 'radioShutdown': 1.

Activity at the LAN port which caused this event to happen. Enumeration: 'disabled': 1, 'hardwareDetect': 2, 'timeout': 3.

ESSID for which MIC failure happened.

The MAC Address of the MU which undergoes a state changed on a Hotspot enabled WLAN.

The change in the state of an MU associated on a Hotspot enabled WLAN. Enumeration: 'fromHotspotToDataReady': 1, 'fromDataReadyToHotspot': 2.

Description.

Description.

Description.

Detector Mode and Band for RF scan. It can either be specified to A band or BG band. This setting does not apply to 802.11n radios. Enumeration: 'scanBG': 3, 'scanA': 2, 'scanDisable': 1.

Detector Mode to scan both A and BG Bands. apRapDetectorMode is used to determine which radio to use. This setting does not apply to 802.11n radios. Enumeration: 'enable': 1, 'disable': 0.

Specifies the type and direction of the transfer to perform involving the configuration file. Enumeration: 'tftpConfigAPToServer': 5, 'ftpConfigAPToServer': 3, 'tftpConfigServerToAP': 4, 'unspecified': 1, 'sftpConfigAPToServer': 7, 'ftpConfigServerToAP': 2, 'sftpConfigServerToAP': 6.

The path to the firmware on the SFTP/TFTP/FTP server. Remember that the type of separator varies depending on the operating system of the server. For Windows, use '\', for Unix use '/'. No path need be specified, (in which case the default directory for the SFTP/TFTP/FTP server will be used); if a path is specified, remember to terminate it with a trailing '/' or '\'.

The name, (on the server), of the configuration file to load/store from/to the server.

IP address of the server used for a configuration file load/store operation.

Username for FTP LoadCfg operations.

Password for FTP LoadCfg operations.

Set this value to start the configuration file operation. Note that unlike a firmware load, the actual FTP/TFTP/SFTP transfer does begin virtually immediately.

This value counts the total number of configuration file transfers completed, (whether they succeed or fail). The SNMP manager should save the value of this counter just before starting a LoadCfg operation, and then wait for this value to increment before checking the Result and/or Success values.

This value reflects the result of the most-recent configuration file load/store.

The success/failure status of the most recent configuration file load/store.

Clear the WAN stats.

Clear the LAN stats. For clearing LAN1 stats set to lan1 (1) and for clearing LAN2 stats set to lan2 (2). Enumeration: 'lan2': 2, 'lan1': 1.

Clear the Radio stats.

Clear the WLAN stats.

Clear the MU stats.

Clear the Known AP List.

MESH Bridge Statistics

Simple Index.

MESH Connection Type. Enumeration: 'none': 1, 'baseBridge': 2, 'clientBridge': 3.

MAC Address.

WLAN Pointer.

Radio Type. 'dot11a' means an 802.11a standard radio that uses the 5GHz band. 'dot11bg' means an 802.11b and 802.11g standards radio that uses the 2.4 GHz band. 'dot11n' means an 802.11n radio can use both 2.4 GHz and/or 5 GHz bands. Enumeration: 'dot11bg': 2, 'dot11n5000MHz': 4, 'dot11a': 1, 'dot11n2400MHz': 3.

Throughput (x 100).

Average Bit Speed (x 100).

Retries (x 100).

MESH Wireless Bridge Statistics.

Simple Index.

MAC Address.

WLAN Pointer.

LAN Pointer.

Radio Type. 'dot11a' means an 802.11a standard radio that uses the 5GHz band. 'dot11bg' means an 802.11b and 802.11g standards radio that uses the 2.4 GHz band. 'dot11n' means an 802.11n radio can use both 2.4 GHz and/or 5 GHz bands. Enumeration: 'dot11bg': 2, 'dot11n5000MHz': 4, 'dot11a': 1, 'dot11n2400MHz': 3.

Authentication method. Enumeration: 'eap': 2, 'none': 1, 'kerberos': 3.

Encryption method. Enumeration: 'none': 1, 'wep64': 2, 'wpaTkip': 5, 'wep128': 3, 'wpa2Ccmp': 6, 'keyguard': 4.

Packets received per second.

Packets transmitted per second.

Total Packets per second.

Throughput received (x 100).

Throughput transmitted (x 100).

Total Throughput (x 100).

Average Bit Speed (x 100).

Average MU Signal (x 100).

Average MU Noise (x 100).

Average MU Signal to Noise ratio (x 100).

Average Retries (x 100).

Percentage of Packets dropped (x 100).

Percentage of Undecryptable Packets (x 100).

Table of LAN Spanning Tree Statistics.

Designated Root.

Bridge ID.

Root Port.

Root Path Cost.

Bridge Max Message Age.

Bridge Hello Time.

Bridge Forward Delay.

Table of LAN Spanning Tree Port Interface Statistics.

LAN index.

Port Index.

Port Name.

State of the Port. Enumeration: 'listening': 2, 'unknown': 6, 'disabled': 1, 'learning': 3, 'forwarding': 4, 'blocking': 5.

Path Cost.

Designated Root.

Designated Bridge.

Designated Port.

Designated Cost.

APN radio statistics table.

APN radio statistics entry.

A simple integer index to the apnRadioStatsTable.

The BSSID (MAC address) of the radio.

The SSID of the AP.

The channel number for the radio.

The extension channel for the radio, when in 40MHz.

The average RSSI of all the antennas combined together.

The channel bandwidth mode for the radio. Enumeration: 'twentyMHz': 1, 'pco': 3, 'fortyMHz': 2.

The operational frequency for the radio. Enumeration: 'freq2400MHz': 1, 'freq5000MHz': 2, 'freq2400MHzAnd5000MHz': 3.

Number of packets received by this radio with Short Guard Interval of 400ns.

Number of packets received by this radio with Short Guard Interval of 800ns.

Number of packets transmitted by this radio with Short Guard Interval of 400ns.

Number of packets transmitted by this radio with Short Guard Interval of 800ns.

Number of packets received by this radio with channel width 20 MHz.

Number of packets received by this radio with channel width 40 MHz.

Number of packets transmitted by this radio with channel width 20 MHz.

Number of packets transmitted by this radio with channel width 40 MHz.

For each 802.11n Portal on the AP, this table describes counts of packets received at each speed.

An entry in the portal received packets table.

Number of pkts received via this Portal at 1 Mbps.

Number of pkts received via this Portal at 2 Mbps.

Number of pkts received via this Portal at 5.5 Mbps.

Number of pkts received via this Portal at 6 Mbps.

Number of pkts received via this Portal at 9 Mbps.

Number of pkts received via this Portal at 11 Mbps.

Number of pkts received via this Portal at 12 Mbps.

Number of pkts received via this Portal at 18 Mbps.

Number of pkts received via this Portal at 24 Mbps.

Number of pkts received via this Portal at 36 Mbps.

Number of pkts received via this Portal at 48 Mbps.

Number of pkts received via this Portal at 54 Mbps.

Number of pkts received via this Portal at MCS 0 rate.

Number of pkts received via this Portal at MCS 1 rate.

Number of pkts received via this Portal at MCS 2 rate.

Number of pkts received via this Portal at MCS 3 rate.

Number of pkts received via this Portal at MCS 4 rate.

Number of pkts received via this Portal at MCS 5 rate.

Number of pkts received via this Portal at MCS 6 rate.

Number of pkts received via this Portal at MCS 7 rate.

Number of pkts received via this Portal at MCS 8 rate.

Number of pkts received via this Portal at MCS 9 rate.

Number of pkts received via this Portal at MCS 10 rate.

Number of pkts received via this Portal at MCS 11 rate.

Number of pkts received via this Portal at MCS 12 rate.

Number of pkts received via this Portal at MCS 13 rate.

Number of pkts received via this Portal at MCS 14 rate.

Number of pkts received via this Portal at MCS 15 rate.

For each 802.11n Portal on the AP, this table describes counts of packets transmitted at each speed.

An entry in the portal transmitted packets table.

Number of pkts transmitted via this Portal at 1 Mbps.

Number of pkts transmitted via this Portal at 2 Mbps.

Number of pkts transmitted via this Portal at 5.5 Mbps.

Number of pkts transmitted via this Portal at 6 Mbps.

Number of pkts transmitted via this Portal at 9 Mbps.

Number of pkts transmitted via this Portal at 11 Mbps.

Number of pkts transmitted via this Portal at 12 Mbps.

Number of pkts transmitted via this Portal at 18 Mbps.

Number of pkts transmitted via this Portal at 24 Mbps.

Number of pkts transmitted via this Portal at 36 Mbps.

Number of pkts transmitted via this Portal at 48 Mbps.

Number of pkts transmitted via this Portal at 54 Mbps.

Number of pkts transmitted via this Portal at MCS 0 rate.

Number of pkts transmitted via this Portal at MCS 1 rate.

Number of pkts transmitted via this Portal at MCS 2 rate.

Number of pkts transmitted via this Portal at MCS 3 rate.

Number of pkts transmitted via this Portal at MCS 4 rate.

Number of pkts transmitted via this Portal at MCS 5 rate.

Number of pkts transmitted via this Portal at MCS 6 rate.

Number of pkts transmitted via this Portal at MCS 7 rate.

Number of pkts transmitted via this Portal at MCS 8 rate.

Number of pkts transmitted via this Portal at MCS 9 rate.

Number of pkts transmitted via this Portal at MCS 10 rate.

Number of pkts transmitted via this Portal at MCS 11 rate.

Number of pkts transmitted via this Portal at MCS 12 rate.

Number of pkts transmitted via this Portal at MCS 13 rate.

Number of pkts transmitted via this Portal at MCS 14 rate.

Number of pkts transmitted via this Portal at MCS 15 rate.

For each 802.11n Portal on this AP, this table describes counts of octets received at each speed.

An entry in the portal received octets table.

Number of octets received via this Portal at 1 Mbps.

Number of octets received via this Portal at 2 Mbps.

Number of octets received via this Portal at 5.5 Mbps.