WS-CC-RF-MIB: View SNMP OID List / Download MIB

Mib for wireless features

This value is a two-character representation of the country code. Note: when changing this _CountrySelection, the current channel and power levels are NOT changed. The prior settings for these values may or may not be valid/legal for the new country selected. It is up to the network management software to ensure that channel and/or power settings are changed BEFORE changing the country selection so that no such invalid/illegal state is reached, even for a short interim. country code: Argentina: ar Australia: au Austria: at Bahrain: bh Belarus: by Belgium: be Brazil: br Bulgaria: bg Canada: ca Chile: cl China: cn Colombia: co Costa Rica: cr Croatia: hr Czech Republic: cz Denmark: dk Ecuador: ec Egypt: eg Estonia: ee Finland: fi France: fr Germany: de Greece: gr Hong Kong: hk Hungary: hu Iceland: is India: in Indonesia: id Ireland: ie Israel: il Italy: it Japan(J52): jj Japan(W52/W53): jw Jordan: jo Kazakhstan: kz Kuwait: kw Latvia: lv Liechtenstein: li Lithuania: lt Luxembourg: lu Malaysia: my Mexico: mx Morocco: ma Netherlands: nl New Zealand: nz Norway: no Oman: om Peru: pe Philippines: ph Poland: pl Portugal: pt Qatar: qa Romania: ro Russia: ru Saudi Arabia: sa Singapore: sg Slovak Republic: sk Slovenia: si South Africa: za South Korea: kr Spain: es Sri Lanka: lk Sweden: se Switzerland: ch Taiwan: tw Thailand: th Turkey: tr Ukraine: ua United Arab Emirates: ae United Kingdom: uk United States: us Uruguay: uy Venezuela: ve Vietnam: vn

NOT Implemented in this release: this would cause any configuration change to be held in a cache until this variable is toggled again. It will be useful if we need to apply some changes in a batch-mode. Enumeration: 'hold': 2, 'immediate': 1.

The cluster index of the switch.

Causes the switch to respond to an ARP Request on behalf of an MU. Since a lot of traffic is ARP, this helps to save battery life on the MUs.

Enable over-sized frame.

Use wlan priority weights to determine packet queueing order.

Enable or disable Advanced-Config functionality on the switch. Disabling of Advanced-Config will fail when the current setting is not compatible with Auto-Config rules. If user wishes to force the disable action, he/she should use the forcedFalse option instead. Note: After setting with forcedFalse, the object will return false(2) on a snmp-get. Enumeration: 'false': 2, 'forcedFalse': 3, 'true': 1.

Error string of the last failed attempt snmp set

Number of Acess Ports adopted

This table lists all Access Ports that contain at least one radio that has been adopted by this wireless switch

Small, arbitrary integer index.

MAC address of this Access Port.

Model number of the Access Port.

Serial Number of this Access Port.

Revision of the printed circuit board for this Access Port.

Revision of the boot loader code in this Access Port.

Version of the WISP (AP-switch) protocol implemented by this Access Port.

Version of run-time code on this Access Port.

The number of radios implemented on this Access Port.

Index of the first radio. 0 will be returned if the radio is not adopted.

Index of the second radio. 0 will be returned if the radio is not adopted.

The IP address of the L3 AP. This field is empty for L2 AP.

Delay to AP (round trip delay / 2) for voice packets in ms. A value of 0 for this object implies that round trip delay is unavailable.

Table displaying Access Ports image version info.

Simple index.

Ap type that the image applies to.

Model string of the Access Port image.

Version name of the Access Port image.

Release date of the Access Port image.

Size in bytes of the Access Port image.

Table of detected but unadopted access ports.

Simple index.

Mac address of detected but unadopted AP.

Ap type of detected but unadopted access port.

The unadopted-ap was last seen wsCcRfApUnadoptedLastSeen seconds ago.

Description.

Description.

Simple Index

MAC Address of the AP

Radio Type: 11a, 11b, 11g, 11an, 11bgn or N/A Enumeration: 'elevenB': 2, 'elevenA': 1, 'elevenG': 3, 'na': 4, 'elevenAN': 5, 'elevenBGN': 6.

Date and Time

Adoption/unadoption/self-healing event Enumeration: 'unadoption': 2, 'adoption': 1, 'selfHealing': 3.

AP History reason for occurence of event

Enable / disable AP history data collection Enumeration: 'enable': 2, 'disable': 1.

Clears the entries in the AP History table.

A table of the supported AAP firmware versions.

Entry in AAP firmware version table.

AAP Type Enumeration: 'ap7131': 2, 'ap5131': 1.

AAP minimum firmware version required. The string should be of the format is X.X.X.X-XXXR.

Table to upload new AP images.

An entry in the table.

Image type. Enumeration: 'ap300IpsSensor': 3, 'ap300Wispe': 2, 'ap4131': 5, 'ap300Wisp': 1, 'ap100': 4, 'ap7131': 8, 'ap5131': 7, 'ap4131Revert': 6.

Image file path. It can be specified as one of the following: flash:/path/file cf:/path/file usb1:/path/file usb2:/path/file

The Row status. All columns must be supplied to create a row. Row creation uploads the file to the Switch. If upload fails, row creation will fail and wsCcRfApImgUploadLastFailedReason will have the reason. Row deletion restores the original AP Image. In case AAP, the image is not uploaded to the switch. AAP image update will fetch the image from the specified location.

Last image upload failed reason.

Enable or disable automatic image update of AAP. The value of this object can be set to 'true' even if no images have previously been configured in wsCcRfApImgUploadTable.

MAC address of the AAP.

Image update start. Setting this value to 2 means starting image update. The following must be configured before setting this value to 2: - wsCcRfApAapImgUpdMac contains the MAC address of the AAP and the AAP must be adopted. - wsCcRfApImgUploadTable contains the AAP image name. If image update fails, wsCcRfApAapImgUpdLastFailedReason will have the reason. If there is no image update, its value will be set to 1. Enumeration: 'idle': 1, 'imgUpdate': 2.

Last image update failed reason.

Enable or disable the switch to auto-adopt radios.

Number of radios adopted by the switch. This is a count of the number of rows in wsCcRfRadioStatusTable

This scalar records the MAC address of the most recent radio to be Adopted, UnAdopted, or Denied.

This value notes the reason for the most-recent radio UnAdoption or Denial.

This table lists all radios adopted by this wireless switch.

Small, arbitrary integer index.

MAC address of the Access Port that this radio resides within.

Description of the radio.

Radio model. Changing this value will result in all parameters getting defaulted for this radio.

Model of the Access Port this radio resides in.

The mapping of WLANs to BSSIDs. Each radio supports 4 BSSIDs and 16 WLANs. The user can map any number of WLANs to each of the BSSIDs. Each BSSID forms a virtual ap.

The antenna diversity setting for the Access Port. Options for 11n radio: - Valid options are primaryOnly and mimo - Default option is mimo - For single antenna operation set mode to primaryOnly Enumeration: 'secondaryOnly': 3, 'primaryOnly': 2, 'fullDiversity': 1, 'mimo': 4.

Enable support for Short Preamble when MUs associate with the Access Port. Enabling Short Preamble may cause incompatibility with some older clients. Applies only to b/g radios.

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

Specify a beacon interval in units of 1,000 microseconds (K-us). This is a multiple of the DTIM (wsCcRfRadioDtimPrd) 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.

List of basic rates for the radio.

List of supported rates for the radio.

If this radio is a Rogue AP detector.

The preferred group of Cluster

Max number of Mu a radio can associate.

Action taken by this radio when neighbor radios go down Enumeration: 'openRates': 4, 'both': 2, 'none': 1, 'raisePower': 3.

Self-healing power offset for this radio

Set wsCcRfRadioRunAcsNow to 1 to run Acs.

Set wsCcRfRadioResetParentAp to 1 to reset the parent Access Port of this radio.

Set wsCcRfRadioReset to 1 to reset the Radio.

Rows status of the wsCcRfRadioTable

Description.

Description.

Enable or disable single-channel scan for Rogue AP.

Set DTIM per BSS. DTIM period is not configurable on a per BSS basis for AP71X1 11n radios. These radios use a single DTIM period across all BSS in a radio which can be configured in wsCcRfRadioDtimPrd.

The radio can be configured by user before being adopted or by the switch while adoption Enumeration: 'switchConfigured': 2, 'userConfigured': 1.

Enable/Disable MU locationing on this radio

Enable/Disable rogue AP locationing on this radio

Setting this object to True enables (False for disable) RSS (Remote Site Survivability) for this radio.

The group id that this radio belongs to. This field is used for the load-balancing feature wherein radios are combined in groups and MUs are discouraged from association if it not coming from the least loaded radio in the group. Group id 0 is used to indicate that this radio does not belong to any group.

The mode of operation of the LEDs on the AP. The meanings of the values are: startFlashing - When the value startFlashing is written to this object, the parent AP of the radio begins flashing its LEDs to help locate it. stopFlashing- When the value stopFlashing is written to this object, the parent AP of the radio reverts its LEDs to normal mode of operation. idleState - When the value idleState is written to this object, no action is taken. When read, this object always returns the value idleState. Enumeration: 'startFlashing': 1, 'idleState': 3, 'stopFlashing': 2.

The state of the radio. unseen : Configured, but not connected unadopted : Connected, but not adopted normal : Adopted and working normal detector : Adopted and is working as a detector selfHealing : Legacy self-healing rescuing : Adopted and is rescuing to recover for neighbor filling : Adopted and is filling in to recover coverage hole sensor : Sensor Enumeration: 'rescuing': 6, 'normal': 3, 'filling': 7, 'unadopted': 2, 'unseen': 1, 'detector': 4, 'sensor': 8, 'selfHealing': 5.

Use wsCcRfRadioChannelPower table to view and set the channel/power/placement properties of the radios. The process can be broken down into the following steps: 1. Set wsCcRfRadioCpReset to TRUE. 2. Set wsCcRfRadioCpPlacement 3. Get wsCcRfRadioCpPosChannel 4. Set wsCcRfRadioCpDesChannel 5. Get wsCcRfRadioCpPosPowerLevel 6. Set wsCcRfRadioCpDesPowerLevel 7. Get wsCcRfRadioCpPowerInMW 8. Set wsCcRfRadioCp11nChannelWidth 9. Set wsCcRfRadioCp11nSecondaryChannel 10. Set wsCcRfRadioCpSet

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

fixed mode: apply user selected channel random mode: random channel selection acs mode: auto channel selection (radio will scan for the least congested channel at startup or reconfiguration) Enumeration: 'random': 2, 'acs': 3, 'fixed': 1.

The possible channels that can be set when placement = wsCcRfRadioCpPlacement.

The desired channel for radio.

The max possible power level (dBm) that can be set when channel= wsCcRfRadioCpDesChannel.

The desired power level (dBm) for radio.

wsCcRfRadioCpDesPowerLevel in mW.

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

Reset the following OIDs. wsCcRfRadioCpDesPlacement wsCcRfRadioCpDesChannel wsCcRfRadioCpDesPowerLevel wsCcRfRadioCpPosChannel wsCcRfRadioCpPosPowerLevel wsCcRfRadioCpPowerInMW wsCcRfRadioCp11nChannelWidth wsCcRfRadioCp11nSecondaryChannel

Configuration parameters for 802.11e / Wireless MultiMedia, which control the Quality of Service between the wireless devices on the network

Parameters for the Best Effort QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Background QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Video QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Voice QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

This table lists the default setting for all supported radio for this switch. Please refer to wsCcRfRadioTable for column descriptions.

Enumeration: 'secondaryOnly': 3, 'primaryOnly': 2, 'fullDiversity': 1, 'mimo': 4.

Enumeration: 'openRates': 4, 'both': 2, 'none': 1, 'raisePower': 3.

Enable or disable single-channel scan for Rogue AP.

Set DTIM per BSS. DTIM period is not configurable on a per BSS basis for AP71X1 11n radios. These radios use a single DTIM period across all BSS in a radio which can be configured in wsCcRfRadioDefaultDtimPrd.

Enable/Disable MU locationing on this radio

Enable/Disable Rogue AP locationing on this radio

Antenna gain. Please see the definition of RadioAntennaGain for additional information.

Use wsCcRfRadioDefaultChannelPower table to view and set the channel/power/placement properties of the default radio configurations. Please refer to the descriptions in wsCcRfRadioChannelPowerTable

Enumeration: 'outdoor': 2, 'indoor': 1.

Enumeration: 'acs': 3, 'random': 2.

.

Configuration parameters for 802.11e / Wireless MultiMedia, which control the Quality of Service between the wireless devices on the network

A label for a particular QoS category of traffic in an 802.11e network. WMM defines 4 Access Categories (Voice, Video, Best Effort, Background). Enumeration: 'acBestEffort': 1, 'acBackground': 2, 'acVideo': 3, 'acVoice': 4.

The Arbitration Inter-Frame Spacing is the wait time in milliSeconds between data frames. A smaller number leads to greater priority for medium access.

An interval of time where an 802.11e station (MU/AP) has the right to initiate transmissions on the wireless medium.

If the medium is busy, or a transmitted frame collides, the AP or MU choose a random number between 0 and this minimum contention window size, to decide how long to wait before attempting (re)-transmission. For ease of use this value is configured as a number between 0 and 10; the actual window is calculated using 2**x -1 where x is the value configured.

On each collision the AP or MU doubles its initial contention window wait time, until that number is as large as this maximum contention window size. For ease of use this value is configured as a number between 0 and 10; the actual window is calculated using 2**x -1 where x is the value configured.

Status of adopted radios.

Radio MAC address

This value describes the state of the radio. A healthy radio would power-on, and quickly advance from radioUpAndWaitingForConfig and then on to radioReceivingConfig and then on to radioUpAndAdopted. A radio that is denied adoption due to ACLs would show: radioDeniedAdoptionDueToAcl. A radio that does not 'handshake' with the switch properly would be found in state: radioBroken. Enumeration: 'detector': 3, 'unadopted': 1, 'sensor': 5, 'selfHealing': 4, 'normal': 2.

This value is the index in the ApTable for the entry representing the Access Port that contains this radio. Since each radio has one and only one Access Port as 'parent', this value is a simple integer, not a bit-mask.

the maximum number of 802.11 ESSIDs (wireless lans) supported by this radio

The maximum number of 802.11 BSSIDs supported by this radio

current channel (may be different from configured channel due to DFS etc).

Output power level for the radio in Db.

Output power level for the radio in Mw.

Number of associated MUs.

Timeticks since radio adoption time

Indicates the 802.11g short-slot time on the radio

The VLAN tag using which the switch is communicating with the radio

The radio can be configured by user before being adopted or by the switch while adoption. Enumeration: 'switchConfigured': 2, 'userConfigured': 1.

Number of MUs identified as voice associated.

802.1x Port Authentication username.

802.1x Port Authentication password.

Set the username and password stored in wsCcRf802dt1xRadioAuthLogin and wsCcRf802dt1xRadioAuthPass on all radios adopted by the switch.

Description.

Description.

Number of configured radios. This is a count of the number of rows in wsCcRfRadioTable.

This table gives information related to the bridging capabilities of the radios adopted by the wireless switch.

An entry in the wsCcRfRadioBridgeTable.

Enables or disables client-bridge functionality on the radio.

Allows the given radio to act as a base bridge and accept connections from client bridges.

Set the bridge SSID (max length 32 characters).

Set the bridge link timeout in seconds.

Set the maximum client-bridge connections permissible.

A read only table showing radios to their group id mapping.

An entry in wsCcRfRadioGroupTable.

The group id to which this radio belongs.

The radio id (value same as wsCcRfRadioIndex) which belongs to this group.

Configure admission control parameters for devices sending voice traffic.

Description.

A label for a particular QoS category of traffic. WMM standard suggests to perform admission control for maintaining QoS of traffic sent using Video and Voice access category. Enumeration: 'acVoice': 4, 'acVideo': 3.

Maximum percentage of air time that can be distributed among devices sending traffic using a particular access category. For example, configuring a value of 70% for voice, means that a total 700 ms out of 1000 ms will be distributed among devices which setup voice calls. This helps in maintaining the QoS of existing calls on a particular radio.

Maxmimum percentage of air time reserved for devices which have roamed. This value should be less than the value specified for wsCcRfRadioAdmissionControlMaxAirTime.

Max devices that the radio will admit for sending voice traffic without leading to oversubscription. A value of 0 would disable admission control for the access category.

Maximum roamed devices that the radio will admit for sending voice traffic after the count of admitted devices has reached wsCcRfRadioAdmissionControlMaxAdmittedDevices.

Configure default admission control parameters for different radios.

Description.

A label for a particular QoS category of traffic. WMM standard suggests to perform admission control for maintaining QoS of traffic sent using Video and Voice access category. Enumeration: 'acVoice': 4, 'acVideo': 3.

The default maximum percentage of air time for a particular access category.

The default percentage of air time reserved for roaming for a particular access category.

The default maximum number of devices that can be admitted to send traffic using a particular access category.

The default maximum roamed devices that a radio will admit for sending voice traffic after the count of admitted devices has reached wsCcRfRadioDefaultAdmissionControlMaxAdmittedDevices.

Description.

Description.

Admission control statistics for WMM voice access category. Enumeration: 'acVoice': 4.

The total percentage of air time used on the radio by devices which have been admitted.

Total count of admitted devices.

Total count of roamed devices which have been admitted.

Total count of requests which have been denied either due to insufficient air time or maximum device capacity.

Enable admission control for voice traffic. This also enables WMM admission control for Voice access category. A value of 0 disables admission control across all radios. Enumeration: 'disabled': 0, 'voice': 1.

This table gives information related to the WIPS mode of the radios adopted by the wireless switch.

An entry in the wsCcRfRadioWipsTable.

Converts the given radio from the WLAN mode to the WIPS mode.

This table lists all 11n radios adopted by this wireless switch. A row in this table is an extension of a row in wsCcRfRadioTable with the relationship being sparse.

An entry in the table.

Enable/Disable short guard interval.

The minimum spacing between the start of adjacent MPDUs within an A-MPDU. Enumeration: 'oneMicrosec': 4, 'eightMicrosec': 7, 'fourMicrosec': 6, 'twoMicrosec': 5, 'oneHalfMicrosec': 3, 'oneFourthMicrosec': 2, 'noRestriction': 1.

The maximum length of A-MPDU that the radio can receive. Enumeration: 'size65535': 4, 'size16383': 2, 'size8191': 1, 'size32767': 3.

The maximum length of A-MPDU that the radio can send.

Enable/Disable transmission of A-MPDU.

This table lists the default setting for all supported 11n radios for this wireless switch. A row in this table is an extension of a row in wsCcRfRadioDefaultTable with the relationship being sparse.

An entry in the table.

Enable/Disable short guard interval.

The minimum spacing between the start of adjacent MPDUs within an A-MPDU. Enumeration: 'oneMicrosec': 4, 'eightMicrosec': 7, 'fourMicrosec': 6, 'twoMicrosec': 5, 'oneHalfMicrosec': 3, 'oneFourthMicrosec': 2, 'noRestriction': 1.

The maximum length of A-MPDU that the radio can receive. Enumeration: 'size65535': 4, 'size16383': 2, 'size8191': 1, 'size32767': 3.

The maximum length of A-MPDU that the radio can send.

Enable/Disable transmission of A-MPDU.

This table lists the channel/power/placement properties of 11n radio. A row in this table is an extension of a row in wsCcRfRadioChannelPowerTable with the relationship being sparse.

An entry in the table.

The channel width. This object is for 11n radio when wsCcRfRadioCpChannelMode is 'random' or 'acs'. Values of channel width are: 20 MHz - The Legacy mode, single channel is used 40 MHz - Primary and secondary channel chosen The default channel width is 40 MHz. Enumeration: 'twentyMHz': 1, 'fortyMHz': 2.

The choice for secondary channel. This object is for 11n radio when wsCcRfRadioCpChannelMode is 'fixed'. Values of secondary channel are: none - 20 MHz channel width is used. upper - The upper adjacent channel is used thereby doubling the channel width lower - The lower adjacent channel is used thereby doubling the channel width. The default value is 'none'. Enumeration: 'upper': 2, 'none': 1, 'lower': 3.

This table lists the default channel/power/placement properties of 11n radio. A row in this table is an extension of a row in wsCcRfRadioDefaultChannelPowerTable with the relationship being sparse.

An entry in the table.

The default channel width. This object is for 11n radio when wsCcRfRadioDefaultCpChannelMode is 'random' or 'acs'. Values of channel width are: 20 MHz - The Legacy mode, single channel is used 40 MHz - Primary and secondary channel chosen The default channel width is 40 MHz. Enumeration: 'twentyMHz': 1, 'fortyMHz': 2.

Number of rows in the wsCcRfMuTable

This scalar records the MAC address of the most recent mu to be associated/disassociated.

This table describes general information about each MU serviced by the switch.

MAC address of the MU.

(Reserved for future implementation).

The index of the entry in the wsCcRfRadioTable to which this MU is associated.

The VLAN that this MU is assigned to.

The key index using which the MU is sending us frames. Useful when pre-shared keys are used with WEP, as we will know if this MU is

IP address of the MU.

The BSSID that this MU is associated with.

Authentication method implemented by the MU.

Encryption method implemented by the MU.

Radio type of the MU.

Power-mode implemented by the MU. A MU's status will constantly switch between PSP and CAM mode when it is in PSP mode. Enumeration: 'powerSavePolling': 2, 'continuousAccessMode': 1.

A bit-mask of rates supported by this MU.

Whether this MU has registered itself as voice-capable. Enumeration: 'voice': 2, 'data': 1.

This value is true if the wireless switch is ready to forward/switch packets to/from this MU, (internally called the 'data ready' state). Otherwise this value is false.

If true, this MU supports Rogue AP detection assist algorithm.

If the MU is using WMM

Number of times the mu has roamed without de-authentication.

Timeticks since last heard from MU.

Setting this value to one initiates the action to disassociate the MU.

The tunnel identifier for this MU.

UAPSD parameters for a given MU. Has the following bit values : Bit 0 - UAPSD enabled for Voice AC Bit 1 - UAPSD enabled for Video AC Bit 2 - UAPSD enabled for Best-Effort AC Bit 3 - UAPSD enabled for Background AC Bits 4-5 - UAPSD service period ( 00 - unlimited, 01 - 2 packets, 10 - 4 packets, 11 - 6 packets ).

Number of seconds elapsed since the last association.

Session Timeout

Idle Timeout

The name of the role that this MU is assigned with

Radius user group to which the MU belongs to

MU is connected from which zone. This information will be provided by SOLE engine.

Setting this object to one(1) initiates the action to disassociate the MU and set the MAC filter (i.e. associate the ACL) for this MU in one shot.

Description.

Description.

Simple Index

MAC address of MU

Index of Radio

Index of Wlan

The event happened wsCcRfMuHistoryTimestamp seconds ago

Event: Adoption, disassociation or timeout. Enumeration: 'adoption': 1, 'timeout': 3, 'disassociation': 2.

Description.

Description.

Description.

Simple Index

Date and Time

It is not yet decided if this will be reported in db or rssi

Index of the heard radio.

Range is from 15 secs - 15 minutes

Enable / disable MU history data collection Enumeration: 'enable': 1, 'disable': 2.

Clears the entries in the MU History table.

Enable / disable MU probe history data collection Enumeration: 'enable': 1, 'disable': 2.

Clears the entries in the MU Probe History table.

Table to configure MUs that have to be tracked for probe history status

Description.

Simple index

MAc address of MU to be tracked

Set tracking on or off for particular MU Enumeration: 'notInUse': 2, 'inUse': 1.

Status of MU probe history

Description.

Simple Index

Mac Address

Date and Time

It is not yet decided if this will be reported in db or rssi

Index of the heard radio.

The Mac addres which the user want to view the history status

wsCcRfMuHistoryStatusTable, the procedure to view the table will be: 1.set the Mac address you are interested in wsCcRfMuHistoryStatusMac 2.do a walk of the table, and it will show you the history of that MU

wsCcRfMuHistoryStatusEntry

Simple index of wsCcRfMuHistoryStatusTable

Index of Radio

Index of Wlan

The event happened wsCcRfMuHistoryTimestamp seconds ago

Event: Adoption, disassociation or timeout Enumeration: 'adoption': 1, 'timeout': 3, 'disassociation': 2.

Table having MAC addresses of the preferred MUs. Locationing information for these MUs would be captured/reported.

An entry for the MU locationing Preferred table

Index of the row

MAC address of the MU

Row Status

Table giving locationing information about the various MUs.

An entry in MU Locationing Table

Index of the row

MAC address of the MU

The MAC address of the radio that heard the Probe Request from the MU

The received Signal Strength in dBm

Channel on which the MU Probe Request was heard

Time in timeticks (since boot), when the MU Probe Request was heard

Enable/Disable MU locationing.

Maximum number of MUs for MU locationing table.

Time window in seconds to collect the MU probe requests for a MU-Radio pair

Current number of MUs in the table.

Erase the MU locationing Table.

Rate limit in uplink direction, from wireless client to network. The rate is in the range of <100-100000> kbps. The value 0 means that rate limiting is disabled.

Rate limit in downlink direction, from network to wireless client. The rate is in the range of <100-100000> kbps. The value 0 means that rate limiting is disabled.

Configure the MUs to be load balanced by user count or by by radio throughput threshold. Enumeration: 'byThroughput': 2, 'byCount': 1.

Table of wireless LANs on the switch.

Simple index.

Enable/Disable wireless Lan. If this wlan is referenced by wsCcRfRadioBssWlanMap, a set to disabled mode will fail.

Description the Wlan.

ESSID of the WLAN.

The Vlan this Wlan is associated with. If not associated with any Vlan, this value will be 0. This object's functionality has now been replaced with wsCcRfWlanVlanTable, which allows to configure upto 32 VLANs per WLAN.

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

Enable the Secure Beacon checkbox to disallow the Access Port 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.

Enable voice prioritization.

Answer broadcast ESS.

Multicast address 1.

Multicast address 2.

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.

Enable/Disable WMM on this wireless LAN

Enable/Disable support for Spectralink Voice Prioritization on this wireless LAN

If auth802dot1xEap, additional EAP settings for this WLAN will be used from the matching entry in the wireless authentication.

** this needs to be a bitmap of enc types ** If cryptoWep64 or cryptoWep128, additional WEP settings for this WLAN will be used from the matching entry in the ccWlanCryptoWepTable. Likewise, if cryptoWpaTkip, use the settings in the matching entry in the ccWlanCryptoWpaTable. Likewise, if cryptoKeyguardMcm, use the settings in the matching entry in the ccWlanCryptoKeyguardTable.

The broadcast encryption type in use on a WLAN. In most cases it is same as the unicast encryption type. When multiple encryption types are supported (TKIP+CCMP) it is usually the lowest encryption type.

Number of radios adopted.

Use Dscp when tagged.

The number of seconds for which if the switch does not receive/send any data frames from/to an MU, it disassociates the MU. If an MU roams away from an access point without disassociating, this timeout helps the switch determine that the MU is gone, and clear resources allocated for that MU.

Description.

Description.

Description.

Description.

States the mode of operation for MU-to-MU communications in the wireless switch. drop(1): traffic is not relayed to other MUs. allow(2): traffic is relayed to other MUs. The value switchToWired(3) is deprecated. Using switchToWired(3) is identical in behavior to the value allow(2). Enumeration: 'switchToWired': 3, 'drop': 1, 'allow': 2.

Sets the prioritization of the WLAN for QoS purposes. Enumeration: 'low': 5, 'voice': 2, 'video': 3, 'autoWmm': 1, 'normal': 4.

Enables or disables dynamic VLAN assignment for the WLAN.

Indicates if the accounting type is Radius, Syslog or turned off. Enumeration: 'radius': 2, 'off': 1, 'syslog': 3.

IP Address of the Syslog server

Port of the Syslog Server

Set NAC mode to 1. Do NAC validation for all MU's except one in exclude list 2. By pass NAC validation for all MU's but include those that are in include list 3. No NAC operation. Go thru RADIUS server if authentication is set to EAP Enumeration: 'none': 3, 'doNacExceptExcludeList': 1, 'bypassNacExceptIncludeList': 2.

Sets the weight of a WLAN.

Hold time in seconds. The user credentials would hold for this much time when it leaves or roams away.

If true, it means that the Independent mode for this WLAN is enabled. That allows it to be used by AAPs. A false value means that the WLAN is in 'regular' mode and cannot be used for AAPs.

Enable client bridge backhaul. Requires wsCcRfWlanIndependentModeEnable to be True for this flag to be enabled.

Table of EAP authentication settings for each WLAN.

IP address of the 1st RADIUS server.

Port number of the 1st RADIUS server.

Shared secret of the 1st RADIUS server.

IP address of the 2nd RADIUS server.

Port number of the 2nd RADIUS server.

Shared secret of the 2nd RADIUS server.

Supplicant max retries.

Supplicant timeout.

Server max retries.

Server timeout.

Enable reauthentication.

Reauthentication timeout.

The authentication protocol to be used, PAP or CHAP. Enumeration: 'pap': 1, 'chap': 2.

DSCP or TOS value to be used (between 0 and 63).

Indicates if mode of accounting is one of: Start-Stop, Start-only or Start-interim-Stop Enumeration: 'startInterimStop': 3, 'startStop': 1, 'stopOnly': 2.

Interval for interim accounting

Timeout value for accounting option

Number of accounting retries

IP Address of the Primary Accounting Server

IP Address of the Secondary Accounting Server

Port Number of the Primary Server

Port Number of the Secondary Server

Shared secret of the Primary Accounting server.

Shared secret of the Secondary Accounting server.

The format of the MAC address to be sent to a RADIUS server when using MAC authentication: no-delim: No Delimiter - AABBCCDDEEFF pair-colon: Colon Delmilter per Pair - AA:BB:CC:DD:EE:FF pair-dash: Dash Delimiter per Pair - AA-BB-CC-DD-EE-FF quad-dot: Dot Delimiter per Four Hex - AABB.CCDD.EEFF middle-dash: Dash Delmiter in the middle - AABBCC-DDEEFF Enumeration: 'pairDash': 3, 'noDelim': 1, 'pairColon': 2, 'middleDash': 5, 'quadDot': 4.

Enable proxying AAP radius requests.

Enable support for Radius Dynamic Authorization extensions such as Disconnect Message, and Change-Of-Authorization, as described in RFC 3576

Table of Kerberos authentication settings for each WLAN.

Realm name. A realm name functions similarly to a DNS domain name. In theory, the realm name is arbitrary. However, in practice a Kerberos realm is named by uppercasing the DNS domain name that is associated with hosts in the realm.

Password for the Kerberos configuration.

IP address of the 1st Kerberos server.

Port number of the 1st Kerberos server.

IP address of the 2nd Kerberos server.

Port number of the 2nd Kerberos server.

Description.

Table of Exclude lists EAP authentication settings for each WLAN.

IP address of the 1st NAC server.

Port number of the 1st NAC server.

Shared secret of the 1st NAC server.

IP address of the 2nd NAC server.

Port number of the 2nd NAC server.

Shared secret of the 2nd NAC server.

Server max retries.

Server timeout.

Enable/disable Wlan encryption shared-key

Table of WEP encryption settings for each WLAN.

Specifies which WEP key to use.

WEP key #1 exactly 5 octets for WEP-64 (40-bit key).

WEP key #2 exactly 5 octets for WEP-64 (40-bit key).

WEP key #3 exactly 5 octets for WEP-64 (40-bit key).

WEP key #4 exactly 5 octets for WEP-64 (40-bit key).

Table of WEP encryption settings for each WLAN.

Specifies which WEP key to use.

WEP key #1 exactly 13 octets for WEP-128 (104-bit key);

WEP key #2 exactly 13 octets for WEP-128 (104-bit key);

WEP key #3 exactly 13 octets for WEP-128 (104-bit key);

WEP key #4 exactly 13 octets for WEP-128 (104-bit key);

Table of Tkip/Ccmp encryption settings for each WLAN.

Specify whether to use key or passphrase. Enumeration: 'passphrase': 2, 'key': 1.

Passphrase.

Key.

A truth-value that indicates whether the group key for a TKIP/CCMP mobile-unit should be periodically rotated.

The number of seconds after which the broadcast key of all mobile-units on a particular wireless lan is replaced by a new broadcast key.

Whether IEEE 802.11i PMK caching is enabled. Use of PMK caching allows a mobile-unit to authenticate just once to an AP, even if it roams away from it, and roams back to it. Enabling this feature results in much faster roam times on wireless LANs that use 802.1x authentication.

Whether extensions to IEEE 802.11i PMK caching, known as opportunistic PMK caching, are enabled. It extends PMK caching (authenticate once to an AP) to the whole switch (authenticate once to a switch). Enabling this feature results in much faster roam times on wireless LANs that use 802.1x authentication

Whether pre-authentication is enabled.

An input to an algorithm used to convert ascii into wep keys.

Generated Wep128 key #1.

Generated Wep128 key #2.

Generated Wep128 key #3.

Generated Wep128 key #4.

Setting this scalar to 1 will clear all wep key fields.

Configuration parameters for 802.11e / Wireless MultiMedia, which control the Quality of Service between the wireless devices on the network

Parameters for the Best Effort QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Background QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Video QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

Parameters for the Voice QoS category of traffic in an 802.11e network. Prior to setting this field, please be sure to get the current value.

the current number of wlan in the system

Configuration for Include lists and hosts. The host entries existing in this list will go through NAC check if this client include list name is added into WLAN.

Include list and host entry contains information about host mac address and mac mask to include for NAC status check.

Indexed by Include List Names.

String index of Mu host names for the WlanClientIncludeListTable.

Host MAC address. This is a MAC address of the Mobile Units. Example: 00:0A:12:34:BE:OF

Host end MAC address. This field is used to specify the range of MAC addresses. Example: 00:0A:12:34:BE:FF

Create or Delete a row from Include list Table.

Configuration for Exclude lists and hosts. The host entries existing in this list will not go through NAC check if its associated to the particular WLAN.

Exclude list and host entry contains information about host mac address and mac mask to exclude from NAC operation.

Indexed by Exclude List Names.

String index of Mu host names for the WlanClientExcludeListTable.

Host MAC address. This is a MAC address of the Mobile Units. Example: 00:0A:12:34:BE:OF

Host end MAC address. This field is used to specify the range of MAC addresses. Example: 00:0A:12:34:BE:FF

Create or Delete a row from Exclude list Table.

Configure wlan mapping for this client list. The list could be include or exclude list name.

This table will allow the user to associate client exclude and include lists to each WLAN.

Client exclude and include list name(s). This is a read only index which will display all the exclude and include list names created before (in wsCcRfWlanClientIncludeListTable and wsCcRfWlanClientExcludeListTable).

Adding client list (include and exclude list) to wlan(s). This is bitmap value (which is from 1 to maximum wlans ie., 1-256).

Table of Vlans assigned to parent Wlan

An entry in wsCcRfWlanVlanTable

The numeric vlan ID for this vlan entry, valid range is [ 1, 4094 ].

The maximum number of users that can be associated on this VLAN of the WLAN. The value 0 has a special meaning. It means no limit on this VLAN of the WLAN. Other limits, such as maximum number of users per radio, etc, would still apply. Also, the maximum number of users is limited by the maximum number of MUs supported by the wireless switch e.g. 4096 for WS5100, 8192 for RFS7000. The range given here is the upper limit for any WiOS platform.

At the time of row-creation, rowStatus is set to createAndGo(4). If user does not wish to have this vlanIndex mapped to a WLAN any more, user deletes the row by setting rowstatus to destroy(6). When a walk is done on this table, it will show one row for each vlan-wlan mapping and the rowStatus of all those rows will be active(1).

Maximum number of vlans per wlan.

The last error message on vlan table operation. It is not cleared.

Enables or Disables Wlan Bandwidth Allocation.

A table that allows users to filter MUs that are allowed/denied association to different WLANs based on their MAC address

Simple index.

Allow or deny the Mac range specified by wsCcRfWlanMuAclStartingMac and wsCcRfWlanMuAclEndingMac. Enumeration: 'deny': 2, 'allow': 1.

Starting MAC address in a range or addresses.

Ending MAC address in a range of addresses.

The list of WLANs that this ACL rule applies to

Row status.

Enable/disable rogue AP detection Enumeration: 'enable': 1, 'disable': 2.

The maximum number of rows in wsCcRfRapStatusTable

The amount of time a rogue AP will remain after it is no longer seen

Configure rogue-ap (ap-detection) parameter

Simple index

any Mac address

Mac address

Any ssid

ssid

Row status

Status of AP assisted approved and un-approved access ports

Radio type. Enumeration: 'rogue': 1, 'approved': 2.

Mac address of the access port

Index of the heard access port

Channel of heard radio

Ssid of heard radio

The number of second(s) ago this ap was last seen.

Last signal level from the radio.

Weakest signal heard from this radio.

Strongest signal heard from this radio.

Sum of all signal values for this radio.

Number of signal data points for this radio.

Enable mobile-unit assisted scanning Enumeration: 'enable': 1, 'disable': 2.

The period in seconds with which all scan-capable mobile-units are requested to scan for neighboring APs

The amount of time an unapproved AP will remain after it is no longer seen

The amount of time an approved AP will remain after it is no longer seen

Status of MU assisted un-approved access ports

Description.

Simple index of approved and unapproved APs

MAC address of the access port

Portal with which the MU is associated

Timestamp at which the radio was last heard

Ssid of heard radio

Bss of the heard radio

RSSI of the heard radio

This table gives locationing information about the rogue APs

An entry in the rogue AP locationing table

Index of the row

MAC address of the rogue AP

MAC address of the radio which heard this rogue AP beacon

Signal Strength in dBm of the beacon from the rogue AP

Channel on which the beacon from the rogue AP was heard

Time in timeticks (since boot) when the rogue AP beacon was heard

Enable/Disable rogue AP locationing

Maximum number of Rogue APs in the table.

Time interval between two scans in seconds

Duration (dwell time) of scan in milliseconds

Channel Set for 802.11a radio

Channel Set for 802.11bg radio

Current number of Rogue APs in the table.

Erase the contents of rogue AP locationing table

Enable Rogue AP Containment

Set the interval for broadcast 802.11 de-authentication.

The table of Rogue AP (MACs) configured for Containment,

Entries in the Rogue AP Containment Table

Rogue AP Containment Table Index

BSS MAC of the Rogue AP which is to be Contained.

Indicates the number of finders for a Rogue AP. A Rogue AP report may time out, or the Rogue AP can move to the Approved list. In either case, Containment shall stop for that particular Rogue AP.

Row Status (for Rogue AP Containment Table)

Channel on which the Rogue Access Point is reported.

Monitor the number of association requests from mobile- units.

Monitor the number of probe requests from mobile-units.

Set the number of seconds to filter a mobile-unit that set off IDS

Set the limit on the number of association requests from mobile-units.

Set the limit on the number of probe requests from mobile-units.

Set the limit on the number of disassociation requests from mobile-units.

Set the limit on the number of authentication failures in mobile-units.

Set the limit on the number of crypto replays in mobile-units.

Set the limit on the number of 802.11 replays in mobile-units.

Set the limit on the number of decryption failures in mobile-units.

When enabled, it carries out anomaly detection where source and destination MAC addresses are same in the frame. Enumeration: 'enable': 1, 'disable': 2.

When enabled, it carries out anomaly detection where the destination MAC is NULL. Enumeration: 'enable': 1, 'disable': 2.

When enabled, it carries out anomaly detection where the source MAC address in the frame is a multicast address. Enumeration: 'enable': 1, 'disable': 2.

When enabled, it detects the out anomaly where the WEP IV is weak. Enumeration: 'enable': 1, 'disable': 2.

Set the maximum number of MACs to be filtered for IDS.

Set the number of seconds to filter a mobile-unit that set off IDS

A table to track WIDS status for each filtered MAC.

An entry in the wsCcRfIdsStatusTable

The index for this table which tells about at most 100 most recent violations.

The MAC address of the mobile-unit which is being filtered for WIDS.

The specific violation type done by the MU, whether a threshold was crossed or an anomaly was detected.

The radio index where this violation occured.

The remaining blacklist time for this mobile-unit which had a WIDS violation.

The row status for this entry.

An entry in the wsCcRfIdsEventTable

An entry in the wsCcRfMuIdsTable.

The radio index where this event last occured.

The event type, which is the index for this table. There are eleven event types enumerated so far and hence this table has eleven rows.

Timeticks since the last occurence of this event.

The total count of how many times a given type of event has occurred in the switch.

A count of how many times a given type of event has occurred in the switch since midnight i.e. 00:00:00 hours.

A scalar to reset all entries in the wsCcRfIdsMuEventTable to 0

The period of time, in seconds, over which the IDS events are observed to check if they exceeded the threshold. For example if this value is set as 5 seconds, the threshold for, say, excessive authentication failures can be, say, 100 event detections per 5 second interval.

Number of seconds for detection.

Thresholds and filter-ageout for each violation type.

An entry in the wsCcRfIdsThresholdsTable.

Description.

MU threshold for violation type. Setting the value to 0 will disable the check.

Radio threshold for violation type. Setting the value to 0 will disable the check.

Switch threshold for violation type. Setting the value to 0 will disable the check.

Number of seconds to filter for violation type.

The radio index where this event last occured.

The specific type of the IDS violation has occured.

The number of IDS violations has occured in the last detection window.

Bad Essid Table. To be used for configuring bad essid frame anomaly detection in IDS feature.

A bad essid string entry. Upto 10 are allowed.

Index of the bad ESSID string.

Bad ESSID string.

Row status: only createAndGo(4) and delete(6) are supported.

Enable/Disable monitoring of APs and attempt to increase coverage on failure.

Disassociate all MUs, clear current neigbors and run a neighbor detection

Enable/disable interference avoidance.

The average number retries (x10) to cause a radio to re-run auto channel selection.

The number of seconds to disable interference avoidance after a detection. This prevents a radio from changing channels continuously.

This table stores radio neighbor information.

Indices of Neighbor Radios. field octets contents range ----- ------ -------- ----- 1 1-2 Count of indices 0..16 2-17 3-34 Neighbor Radio Indices 0..4096 for each index ---------------------------------------------------------------------------------- | Count (2 octets) | Neighbor Radio Indices ( 2 octets times 16 occurrences | ---------------------------------------------------------------------------------- All octets are in network byte order. Definition of contents: Count of indices: The number of Neighbor Radio Indices following. Neighbor Radios Indices: Each Neighbor Radios Index takes 2 octets. There are 16 Neighbor Radio Indices. Unused Neighbor Radios Indices will have the value zero.

Index of transmitting radio.

Index of receiving Radio.

Monitoring channel

The time of the last beacon heard

The dBm signal value of the last beacon heard

The lowest dBm signal value heard

The highest dBm signal value heard

The sum of all signal values heard

The number of signal values heard

Configure hotspot related parameters.

Primary Radius server ip for hotspot authentication.

Primary Radius server port for hotspot authentication.

Primary Radius server shared secret for hotspot authentication.

Secondary Radius server ip for hotspot authentication.

Secondary Radius server port for hotspot authentication.

Secondary Radius server shared secret for hotspot authentication.

Number of retries the wireless switch initiates before giving up

Time the wireless switch waits for a response from the radius server before retrying

The location of the webpages to be used for authentication. These pages can either be hosted on the wireless switch or on an external web server Enumeration: 'internal': 1, 'external': 2.

The website type to be used for authentication. The website can either be hosted on the wireless switch or on an external web server Enumeration: 'internal': 1, 'external': 2, 'advanced': 3.

The hotspot mode for a WLAN. This should be set to 'webPortalBased' to use customer-specific portal. Enumeration: 'httpBased': 1, 'webPortalBased': 2.

This property allows end user to enable/disable user logout on browser close event.

This property allows end user to specify Maximum login attempts that can be allowed before user is denied any access.

Enable or disable the use of hostname/System-Name in the redirection URL instead of the IP address of the switch.

The number of MAC addresses that are allowed to use same username at the same time in hotspot

Configure hotspot page parameters

Hotspot page type Enumeration: 'fail': 3, 'login': 1, 'welcome': 2.

Ascii string that will be in the title of the webpage.

Ascii string that is displayed as a header. (large font, top section) of the webpage.

Ascii string that is displayed as the main body (normal font, middle of page) of the webpage

Ascii string that is displayed at the footer (smaller font, bottom section) of the webpage

main image( large size) that will be served up by the local webpage. Appears between the header and description on the webpage.

Small image (thumbnail size) that will be served up by the local webpage. Appears near the footer on the webpage.

Url of external page

Configure hotspot white list parameters. Users who have not yet authenticated will be allowed access to these IP addresses

rule index

White-list IP address

The mapping of access categories to 802.1p priorities.

A single mapping of an access category to 802.1p priority.

An access category.

An 802.1p priority tag.

The mapping of 802.1p priorities to access categories .

A single mapping of an 802.1p priority to an access category.

A simple sequential index.

An 802.1p priority tag.

An access category.

The mapping of DSCP values to access categories.

A single mapping of a DSCP value to an access category.

A simple sequential index.

A DSCP value.

An access category.

Enabling of wired web authentication.

Assignment of VLAN to the wired web authentication.

Assignment of WLAN to the wired web authentication.

Description.Use this object to remove an entry in wsCcRfWiredWebAuthHostTable.

Description.

Description.

Description. The index for the wsCcRfWiredWebAuthHostTable.

Description.The Mac Address of this wsCcRfWiredWebAuthHostEntry

Description. The IP address of this wsCcRfWiredWebAuthHosEntry

Description.The current state of this wsCcRfWiredWebAuthHostEntry Enumeration: 'unused': 0, 'authenticated': 7, 'notAuthenticated': 5.

Description.The Vlan assigned to this wsCcRfWiredWebAuthHostEntry

LLDP friendly name to be used in LLDP for adopted radio-ports.

The Mac address to be associated with LLDP friendly name.

Configure the LLDP friendly name to be used in LLDP for adopted radio-ports. If wsCcRfLldpApMacAddr is not specified, the LLDP friendly name update will be sent to all currently adpoted radio ports. Enumeration: 'setLldpNames': 2, 'idle': 1.

An event which could be one of the following: AP shut down AP channel configuration is changed Interference on current channel is detected Radius authentication server is unreachable/unavailable/unconnected Radius accounting server cannot be connected Portal server is unavailable AP is disconnected from the network

Description.

Description.

Description.

The network mask of this Access port.

The total number of physical interfaces of this Access port.

The name of the AP.

The location of the AP.

Configure a shared secret for an AP.

Configure secured mode for this AP. If secure-mode is set to enable it means that the WISP-e for this AP will be secured.

Configure secure mode staging to an AP. In this mode the switch will send configured shared secret in the clear in the Join response to the AP.

Configure default shared secret for secure wisp-e.

The manufacturer of the switch or AC (access controller)

The valid AP index to be converted.

Convert AP to default or sensor. Enumeration: 'default': 1, 'sensor': 2.

Both wsCcRfApConvertIndex and wsCcRfApConvertType should be properly set before setting this object. Enumeration: 'doAction': 2, 'none': 1.

The valid sensor index to be reverted to AP.

wsCcRfSensorRevertIndex should be properly set before setting this object. Enumeration: 'doAction': 2, 'none': 1.

Configure vlans where sensors are to be discovered. 0 indicates no vlans exists.

This table contains a list of sensors that were previoulsy converted from APs.

Description.

The sensor index.

The physical address of this sensor.

The assinged Vlan ID for this sensor.

The IP address of this sensor.

Seconds since last heard from the sensor.

The primary IP address of the WIPS server

The secondary IP address of the WIPS server

Enable or disable Smart-RF functionality.

Enable or disable automatic assignment of radio detectors.

Enable or disable automatic assignment of channels to working radios to avoid channel overlap and avoid interference from external RF sources.

Enable or disable automatic assignment of transmit power.

Enable or disable automatic assignment of rescuers along with rescuing power.

Enable or disable monitoring for defective radio and self-healing by its rescuer.

Enable or disable monitoring for interference and self-healing it by rescuer.

Enable or disable monitoring and recovering for coverage hole.

Enable or disable scheduled Smart-RF calibration.

Enables or disables RF smart verbose mode.

Enables or disables RF smart extensive scan mode.

Table of radio specific configuration for Smart-RF Management.

An entry in the table.

The MAC address of the radio.

The configuration index for this radio.

Enable or disable radio detector mode lock of this radio.

Enable or disable channel lock of this radio.

Enable or disable power lock of this radio.

Enable or disable rescuer lock of this radio.

Antenna gain. Please see the definition of RadioAntennaGain for additional information.

The desired coverage rate.

The IP Address of the switch this radio is adopted.

The current channel (may be different from configured channel due to DFS etc). A value of 0 for this object implies that the radio is not adopted.

The output power level for the radio in dBm. A value of 0 for this object implies that the radio is not adopted.

Retry threshold is the average number of retries per packet to cause a radio to re-run channel selection. The range in the CLI is 0.0 to 15.0. Since SNMP does not support decimal numbers, the range for this object is 0 to 150 and the set value would be divided by 10 by the smart-rf module.

Table to assign rescuers for radios. Up to 5 rescuers per radio can be assigned.

An entry in the table.

Radio MAC of rescuer.

Power raised by the rescuer to cover the radio's coverage, if the radio becomes defective.

Attenuation from the rescuer radio to this radio. This column is optional.

The Row status. All columns except wsCcRfSmartRescuerAttenuation must be supplied to create a row. The agent itself may also create and/or delete rows, when Smart-RF calibration runs.

Number of rescuers to cover a faulty radio.

The start-time of the Smart-RF Calibration schedule. It does not have to be a future time.

Smart-RF Calibration schedule interval.

Start a new Smart-RF calibration. If calibration fails, wsCcRfSmartCalibrationLastFailedReason will have the reason.

Last calibration failed reason.

A message giving the current status of the calibration being performed at the master switch.

The time the last Smart-RF calibration started.

The time the last Smart-RF calibration ended.

The time the next Smart-RF calibration starts.

The current Smart-RF operation being done.

Table of Smart RF assignment history since last calibration.

An entry in the table.

The assignment history sequence number.

Smart RF assignment event.

The IP address of the master switch. This information is obtained from the clustering daemon and is therefore read-only.

A boolean to represent whether this switch is the cluster master. This information is obtained from the clustering daemon and is therefore read-only.

RF smart scan dwell time.

A table giving details of a radio's neighborhood information.

An entry in the neighbor table, indexed by a. the MAC address of the radio b. neighbor index c. tx power

Neighbor index.

Tx power of the neighbor radio.

Configuration index of the neighbor radio, taken from its index in the wsCcRfRadioTable.

Rx signal strength of the neighbor radio for the given tx power.

Attenuation of the neighbor radio for the given tx power.

The MAC address of the neighbor radio.

Lower bound of the transmit power range for automatic assignment.

Higher bound of the transmit power range for automatic assignment.

The number of seconds to disable interference avoidance after a detection. This prevents a radio from changing channels continuously.

Enables or disables the master-sync feature.

A table where the smart-rf and smart-scan capability of each channel can be configured.