BSUWIRELESSIF-MIB: View SNMP OID List / Download MIB

This group contains BSU Wireless Interface information. It shows parameters for each configured Wireless Port on the BSU. It displays the following tables: aniBsuWirelessPortTable - with basic wireless port information aniBsuChannelTable - with Channel related information aniBsuQosLinkTable - with QOS Link related information aniBsuPowerControlTable - with Power control related information aniBsuAntennaTable - with Antenna related information aniBsuSectorTable - with Sector related information aniBsuWirelessPtPConfGroup - PacketWave 620 Wireless Configuration group aniBsuWirelessPtpStatusGroup - PacketWave 620 Wireless Status information aniBsuWirelessFreqAdminTable - PacketWave 620/750/1000 FrequencyTable Configuration aniBsuWirelessFreqOperTable - PacketWave 620/750/1000 Current FrequencyTable display aniBsuWirelessSysConfGroup - PacketWave 1000/760 per system Configuration group aniBsuWirelessIfConfTable - PacketWave 1000/760 per port Wireless Configuration table aniBsuWirelessAFSTable - PacketWave 1000/760 per port AFS Configuration table

This table contains entries with basic information about each BSU Wireless Port.

An entry containing basic information for this particular wireless port.

The wireless port number. Enumeration: 'wireless-port6': 6, 'wireless-port4': 4, 'wireless-port5': 5, 'wireless-port2': 2, 'wireless-port3': 3, 'wireless-port1': 1.

The MAC Address of the wireless port. This field is not applicable when BSU is running as a bridge. The agent will display a blank string for this case.

The current state of the wireless port. Enumeration: 'operational-radio': 6, 'unavailable': 1, 'resetting': 8, 'initial': 2, 'disabled': 9, 'configured-no-radio-detected': 5, 'unconfig': 3, 'stopped': 7, 'starting': 4.

This object is used to reset an individual wireless port. Setting this parameter to true(1) causes the port to reset.

This flag is used to turn a particular wireless port on or off, that is, to selectively enable(1) or disable(2) a port. It is valid only for configured ports. By default, all configured ports are enabled unless explicitly disabled during configuration. The disabled ports may later be enabled dynamically(without reboot). Enumeration: 'enable': 1, 'disable': 2.

This table contains Channel related information for each BSU Wireless interface.

An entry containing Channel attributes for this particular interface.

The Current Channel Center Frequency in MHz. If no radio is detected, this object will display a value of 0. When Frequency Band is FDD, both transmit and receive frequencies will be displayed in the format 'transmit frequency - receive frequency'.

The Frequency Band to which the Channel Center Frequency belongs. Valid Range: 1 - 5.3 GHz UNII Band (5250 - 5350 MHz) 12 - 5.3 GHz General Band (5150 - 5350 MHz) 2 - 5.8 GHz UNII Band (5725 - 5825 MHz) 3 - 5.8 GHz General (5725 - 5925 MHz) 10 - 5.8 GHz ISM Band (5725 - 5850 MHz) 4 - 2.6 GHz MMDS Band (2500 - 2689 MHz) 5 - 2.6 GHz General (2500 - 2700 MHz) 6 - 3.5 GHz General (3300 - 3800 MHz) 7 - 3.5 GHz ETSI Band - 50 MHz duplexing Scheme (3410 - 3800 MHz) 8 - 3.5 GHz ETSI Band - 100 MHz duplexing Scheme (3410 - 3800 MHz) 11 - 3.5 GHz FDD Band Enumeration: 'etsi-3-5GHz-100': 8, 'unii-5-8GHz': 2, 'fdd-3-5GHz': 11, 'general-2-6GHz': 5, 'general-3-5GHz': 6, 'mmds-2-6GHz': 4, 'general-5-8GHz': 3, 'unii-5-3GHz': 1, 'ism-5-8GHz': 10, 'general-5-3GHz': 12, 'etsi-3-5GHz-50': 7.

The Width of frequency channel in MHz.

The number of Service Flows supported per SU.

The number of SUs supported by this wireless port.

This parameter constraints the maximum power at which a SU radio can transmit. This information is conveyed to all the SUs within a WSS via the CD packet. It is equal to the EIRP (Effective Incidental Radiated Power) specified by the Regulatory Body. Note: If you are using an older version of the Configuration Manager, this object is not defined in dBm. Instead, the following values will be displayed: nominal(1), one-level-above-nominal(2), two-levels-above-nominal(3), three-levels-above-nominal(4), one-level-below-nominal(5), two-levels-below-nominal(6)

The Current Target Frequency in MHz. To change the configuration of this value, use the object aniBsuWirelessIfConfTargetFrequency for PW1000 (or aniBsuWirelessPtPConfTargetFrequency for PW620). When Frequency Band is FDD, both transmit and receive frequencies will be displayed in the format 'transmit frequency - receive frequency'. Target frequency cannot be modified for FDD band.

This table contains QOS Link related information for each BSU Wireless port. The total sum of BE, CIR, CBR bandwidths should be 100%.

An entry containing QOS Link attributes for this particular port.

The BE Bandwidth as a percentage of total bandwidth.

The CIR Bandwidth as a percentage of total bandwidth.

The CBR Bandwidth as a percentage of total bandwidth.

This table contains Power Control related information for each BSU Wireless port.

An entry containing Power Control attributes for this particular port.

This parameter sets the upstream receiver power on the WSS. The range is between -60 to -90 (dBm) It cannot be modified when BSU is in point to point mode.

This parameter constraints the maximum power at which the radio for this WSS can transmit. It is equal to the EIRP (Effective Incidental Radiated Power) specified by the Regulatory Body. Note: If you are using an older version of the Configuration Manager, this object is not defined in dBm. Instead, the following values will be displayed: nominal(1), one-level-above-nominal(2), two-levels-above-nominal(3), three-levels-above-nominal(4), one-level-below-nominal(5), two-levels-below-nominal(6)

This table contains Antenna related information for each BSU Wireless port.

An entry containing Antenna attributes for this particular port.

This flag shows whether antenna diversity has been enabled (1) or disabled (2) for this SU. Enumeration: 'enable': 1, 'disable': 2.

This shows whether diversity is Sync Based (1) or Training Sequence Based (2) Enumeration: 'sync-based': 1, 'training-seq-based': 2.

The default broadcast antenna polarization. Enumeration: 'horizontal': 1, 'horizontal-and-vertical': 3, 'vertical': 2.

This table contains Sector related information for each BSU Wireless port.

An entry containing Sector attributes for this particular port.

The descriptive name of the sector identified by aniBsuSectorId.

The Frequency Band to which the Channel Center Frequency belongs. Valid Range: 1 - 5.3 GHz UNII Band (5250 - 5350 MHz) 12 - 5.3 GHz General Band (5150 - 5350 MHz) 2 - 5.8 GHz UNII Band (5725 - 5825 MHz) 3 - 5.8 GHz General (5650 - 5925 MHz) 10 - 5.8 GHz ISM Band (5725 - 5850 MHz) 4 - 2.6 GHz MMDS Band (2500 - 2689 MHz) 5 - 2.6 GHz General (2500 - 2700 MHz) 6 - 3.5 GHz General (3300 - 3800 MHz) 7 - 3.5 GHz ETSI Band - 50 MHz duplexing Scheme (3410 - 3800 MHz) 8 - 3.5 GHz ETSI Band - 100 MHz duplexing Scheme (3410 - 3800 MHz) Enumeration: 'etsi-3-5GHz-100': 8, 'unii-5-8GHz': 2, 'general-2-6GHz': 5, 'general-3-5GHz': 6, 'mmds-2-6GHz': 4, 'general-5-8GHz': 3, 'unii-5-3GHz': 1, 'ism-5-8GHz': 10, 'etsi-3-5GHz-50': 7.

The Channel Width. width-2 refers to 2MHz, width-3 refers to 3MHz width-4 refers to 4MHz, width-5 refers to 5MHz,width-6 refers to 6MHz width-7 refers to 7MHz, width-1-75 refers to 1.75MHz, width-3-5 refers to 3.5MHz Channel Width depends on Frequency Band. The valid range is as follows: 3.5 GHz (ETSI) should allow channel width 3.5, 7; the rest of bands should allow channel width 2,3, 4, 5 and 6 The Channel Width, Frame size, Downstream/Upstream ratio and cell radius are dependent on each other and the following restrictions should be taken into account when configuring the system: Low Latency Mode Channel Width = 1.75, 2, 3, 3.5 or 4 Not supported Channel Width = 5, distance must be <= 30km Percentage downstream bandwidth must be >= 50 Channel Width = 6 or 7, distance must be <= 40km Percentage downstream bandwidth must be >= 50 Normal Mode Channel Width = 1.75 Not supported Channel Width = 2, if DS/US is 50/50 then distance must be <100km Channel Width = 2, if DS/US is 60/40 then distance must be <90km Channel Width = 2, if DS/US is 70/30 then distance must be <50km Channel Width = 3, if DS/US is 50/50 then distance must be <100km Channel Width = 3, if DS/US is 60/40 then distance must be <100km Channel Width = 3, if DS/US is 70/30 then distance must be <90km Channel Width = 3.5, 4,5, 6 and 7, DS/US must be >= 50 Note: It is required to upload the configuration and then reboot the device for the changes to take effect. Enumeration: 'width-4': 4000, 'width-5': 5000, 'width-6': 6000, 'width-7': 7000, 'width-2': 2000, 'width-3': 3000, 'width-3-5': 3500.

The total size of the TDD Frame. For PW620, only low-latency and normal-mode are allowed. Also refer to the constraints listed under aniBsuWirelessPtPConfChannelWidth description. Note: When this object is changed through SNMP agent, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device for the changes to take effect. Enumeration: 'low-latency': 1, 'normal-mode': 2.

The cell radius or link distance Refer to the constraints listed under aniBsuWirelessPtPConfChannelWidth description. Note: When this object is changed through SNMP agent, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device for the changes to take effect. Enumeration: 'radius100km': 100000, 'radius30km': 30000, 'radius50km': 50000, 'radius80km': 80000, 'radius10km': 10000, 'radius70km': 70000, 'radius90km': 90000, 'radius60km': 60000, 'radius20km': 20000, 'radius40km': 40000.

The Downstream upstream ratio (DS/US ratio). This allows the user to configure how the total available bandwidth is split between downstream and upsteam. ds70-us30 is 70/30 ds60-us40 is 60/40 ds50-us50 is 50/50 ds40-us60 is 40/60 ds30-us70 is 30/70 Also refer to the constraints listed under aniBsuWirelessPtPConfChannelWidth description. Note: When this object is changed through SNMP agent, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device for the changes to take effect. Enumeration: 'ds30-us70': 30, 'ds40-us60': 40, 'ds60-us40': 60, 'ds50-us50': 50, 'ds70-us30': 70.

The antenna polarization. Enumeration: 'vertical': 2.

The Target Frequency in MHz. Its range depends on Channel Width. 1) 5.3 GHz UNII Band (5250 - 5350 MHz). The center frequencies in this band are within 5250 + Half of Channel Width MHz and 5350 - Half of Channel Width MHz and can have any integer value (in MHz) 2) 5.8 GHz UNII Band (5725 - 5825 MHz). The center frequencies in this band are within 5725 + Half of Channel Width MHz and 5825 - Half of Channel Width MHz and can have any integer value (in MHz). 3) 5.8 GHz General (5650 - 5925 MHz). The center frequencies in this band are within 5650 + Half of Channel Width MHz and 5925 - Half of Channel Width MHz and can have any integer value (in MHz). 4) 2.6 GHz MMDS Band (2500 - 2689 MHz). The center frequencies in this band are 2503 + 6N MHz where N = 0,1,2,.,30 5) 2.6 GHz General (2500 - 2700 MHz). The center frequencies in this band are within 2500 + Half of Channel Width MHz and 2700 - Half of Channel Width MHz and can have any integer value (in MHz). 6) 3.5 GHz General (3300 - 3800 MHz). The center frequencies in this band are within 3300 + Half of Channel Width MHz and 3800 - Half of Channel Width MHz and can have any integer value (in MHz). 7) 3.5 GHz ETSI Band - 50 MHz duplexing Scheme (3410 - 3800 MHz). 8) 3.5 GHz ETSI Band - 100 MHz duplexing scheme (3410 - 3800 MHz). 10) 5.8 GHz ISM Band (5725 - 5850 MHz). The center frequencies in this band are within 5725 + Half of Channel Width MHz and 5850 - Half of Channel Width MHz and can have any integer value (in MHz). 11) 5.3 GHz General Band (5150 - 5350 MHz). The center frequencies in this band are within 5150 + Half of Channel Width MHz and 5350 - Half of Channel Width MHz and can have any integer value (in MHz) Note: The term Half of Channel Width in all the descriptions above, is a rounded off value (with 0.5 rounded to 1). Note: When this object is changed through SNMP agent, the value could take effect immediately depending on the current channel center frequency value. If aniBsuWirelessPtPConfTargetFrequency is modified, but the current aniBsuChannelFrequency value is still one of the entries in aniBsuWirelessFreqOperTable, then the target frequency will not take effect immediately. However it could take effect later on when the current frequency entry is deleted from the frequency table.

It is the maximum power at which the BSU radio is allowed to transmit. Antenna Gain is added to this maximum power to get EIRP (Effective Incidental Radiated Power) Valid Range - For 5.3GHz radios: 8 to 20 dBm For 5.8GHz radios: 8 to 20 dBm For 3.5GHz radios: 10 to 23 dBm For 2.6GHz radios: 10 to 23 dBm

It is the maximum power at which a SU radio is allowed to transmit. This information is conveyed to all the SUs via the CD packet. Antenna Gain is added to this maximum power to get EIRP (Effective Incidental Radiated Power) Valid Range - For 5.3GHz radios: 8 to 20 dBm For 5.8GHz radios: 8 to 20 dBm For 3.5GHz radios: 10 to 23 dBm For 2.6GHz radios: 10 to 23 dBm

This flag is used to modify and commit the changes of the dependent parameters from this group: aniBsuWirelessPtPConfChannelWidth aniBsuWirelessPtPConfTDDFrameSize aniBsuWirelessPtPConfCellRadius aniBsuWirelessPtPConfDSUSRatio aniBsuWirelessPtPConfPolarization aniBsuWirelessPtPConfTargetFrequency aniBsuWirelessPtPConfBsuRadioRegPowerLimit aniBsuWirelessPtPConfSuRadioRegPowerLimit aniBsuWirelessFreqAdminTable Setting this object to true(1) causes the agent to validate the entire set of parameters. If these set of values are acceptable, then the new values are changed on the device. However, for the changes to take effect, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device. If the validation fails when aniBsuWirelessPtPConfModify is set to true(1), the changes are not commited and an error is returned. In that case, the modified parameters in this group may not reflect the correct values. They will display the values last configured by the user, rather than the current values on the device. To view the current values for aniBsuWirelessPtPConfChannelWidth refer to aniBsuChannelWidth aniBsuWirelessPtPConfTDDFrameSize refer to aniBsuTDDFrameSize aniBsuWirelessPtPConfCellRadius refer to aniBsuStatusCellRadius (bsu_status.mib) aniBsuWirelessPtPConfTargetFrequency refer to aniBsuTargetFrequency aniBsuWirelessPtPConfBsuRadioRegPowerLimit refer to aniBsuWssRadioRegPowerLimit aniBsuWirelessPtPConfSuRadioRegPowerLimit refer to aniBsuSuRadioRegPowerLimit aniBsuWirelessFreqAdminTable refer to aniBsuWirelessFreqOperTable A Get request on this object will always return false(2).

The unique AP/BSU identifier. This is the AP ID required for generating seed for frequency reuse support. Note: When this object is changed through SNMP agent, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device for the changes to take effect.

This flag is used to verify if the current set of BSU wireless parameters, that is, aniBsuWirelessPtPConfChannelWidth, aniBsuWirelessPtPConfTargetFrequency, aniBsuWirelessPtPConfBsuId are correctly configured on all the SUs connected. The values are compared against all the SUs connected to this BSU. Sending a Get request on this object causes the agent to verify the above set of parameters. If these set of values are incorrect, an error string is returned indicating that some values are not in sync. If the current set of values are correct, then the string 'No error' is displayed. This object might require upto 10 seconds to respond if multiple SUs are connected. Therefore, to ensure that it does not timeout before getting the complete results, the SNMP Manager tool should increase it's timeout value for this object to more than 10 seconds.

The Frequency selected to be switched. This frequency should be either one of the frequency entries in the aniBsuWirelessFreqOperTable or the current target frequency aniBsuTargetFrequency. A get request on this object will display the current frequency, aniBsuChannelFrequency and if no radio is detected, it will display 0.00.

Configure AFS SU Timeout (second)

The maximum Downstream available bandwidth in kbps based on the current wireless configuration.

The maximum Upstream available bandwidth in kbps based on the current wireless configuration.

The total size of the TDD Frame low-latency is 2000 ticks normal-mode is 5000 ticks or 2500 ticks For PW620, only low-latency and normal-mode are allowed. Also refer to the constraints listed under aniBsuWirelessPtPConfChannelWidth description. Enumeration: 'low-latency': 1, 'normal-mode': 2.

This table is used to configure the BSU frequency table.

An entry containing the frequncy for this particular index.

The index for this table.

This object is used to configure the desired frequency values for the frequency table. Upto 19 frequency values can be added to the table. All frequencies should belong to the same frequency band. For range and validation, refer to aniBsuWirelessIfConfTargetFrequency description. Once the values are all added/modified, the object aniBsuWirelessIfConfModify (defined in the aniBsuWirelessIfConfTable) needs to be set to true(1). The aniBsuWirelessIfConfModify flag is used to modify and commit the changes of the dependent wireless parameters including all the entries of the aniBsuWirelessFreqAdminTable. If the validation fails when aniBsuWirelessIfConfModify is set to true(1), these changes are not commited and an error is returned. In that case, the modified parameters in this table may not reflect the correct values. They will display the values last configured by the user, rather than the actual values on the device. To view the current values, refer to the aniBsuWirelessFreqOperTable. Each entry in this aniBsuWirelessFreqAdminTable has a corresponding entry displaying the actual values in the aniBsuWirelessFreqOperTable.

This table is used to view the current frequency table. Each entry in the aniBsuWirelessFreqAdminTable has a corresponding entry in this table. All parameters within this aniBsuWirelessFreqOperTable have read-only access. These objects reflect the actual frequency table values.

An entry containing the frequncy for this particular index.

The index for this table.

This object displays the current frequency value within the frequency table. To change the configuration of the frequency table, use the aniBsuWirelessFreqAdminTable. The correspoding entry with a read-write access for this object is aniBsuWirelessFreqAdminFreqValue.

The unique BSU identifier. This is the BSU ID required for generating seed for frequency reuse support. Note: When this object is changed through SNMP agent, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device for the changes to take effect.

The total size of the Frame in ticks.

The number of ticks in the Downstream portion of the frame.

The number of ticks in the Upstream portion of the frame.

The Downstream upstream ratio (DS/US ratio). ds70-us30 is 70/30 ds60-us40 is 60/40 ds50-us50 is 50/50 ds40-us60 is 40/60 ds30-us70 is 30/70 Enumeration: 'ds30-us70': 30, 'ds40-us60': 40, 'ds60-us40': 60, 'ds50-us50': 50, 'ds70-us30': 70.

This table is used to configure the BSU wireless parameters per wireless port.

An entry for this particular wireless port.

The Target Frequency in MHz. Its range depends on Channel Width. 1) 5.3 GHz UNII Band (5250 - 5350 MHz). The center frequencies in this band are within 5250 + Half of Channel Width MHz and 5350 - Half of Channel Width MHz and can have any integer value (in MHz) 2) 5.8 GHz UNII Band (5725 - 5825 MHz). The center frequencies in this band are within 5725 + Half of Channel Width MHz and 5825 - Half of Channel Width MHz and can have any integer value (in MHz). 3) 5.8 GHz General (5650 - 5925 MHz). The center frequencies in this band are within 5650 + Half of Channel Width MHz and 5925 - Half of Channel Width MHz and can have any integer value (in MHz). 4) 2.6 GHz MMDS Band (2500 - 2689 MHz). The center frequencies in this band are 2503 + 6N MHz where N = 0,1,2,.,30 5) 2.6 GHz General (2500 - 2700 MHz). The center frequencies in this band are within 2500 + Half of Channel Width MHz and 2700 - Half of Channel Width MHz and can have any integer value (in MHz). 6) 3.5 GHz General (3300 - 3800 MHz). The center frequencies in this band are within 3300 + Half of Channel Width MHz and 3800 - Half of Channel Width MHz and can have any integer value (in MHz). 7) 3.5 GHz ETSI Band - 50 MHz duplexing Scheme (3410 - 3800 MHz). 8) 3.5 GHz ETSI Band - 100 MHz duplexing scheme (3410 - 3800 MHz). 10) 5.8 GHz ISM Band (5725 - 5850 MHz). The center frequencies in this band are within 5725 + Half of Channel Width MHz and 5850 - Half of Channel Width MHz and can have any integer value (in MHz). 11) 5.3 GHz General Band (5150 - 5350 MHz). The center frequencies in this band are within 5150 + Half of Channel Width MHz and 5350 - Half of Channel Width MHz and can have any integer value (in MHz) Note: The term Half of Channel Width in all the descriptions above, is a rounded off value (with 0.5 rounded to 1). Note: When this object is changed through SNMP agent, the value could take effect immediately depending on the current channel center frequency value. If aniBsuWirelessIfConfTargetFrequency is modified, but the current aniBsuChannelFrequency value is still one of the entries in aniBsuWirelessFreqOperTable, then the target frequency will not take effect immediately. However it could take effect later on when the current frequency entry is deleted from the frequency table.

This flag is used to verify if the current set of BSU wireless parameters, that is, aniBsuWirelessPtPConfChannelWidth, aniBsuWirelessPtPConfTargetFrequency, aniBsuWirelessPtPConfBsuId are correctly configured on all the SUs connected. The values are compared against all the SUs connected to this BSU. Sending a Get request on this object causes the agent to verify the above set of parameters. If these set of values are incorrect, an error string is returned indicating that some values are not in sync. If the current set of values are correct, then the string 'No error' is displayed. This object might require upto 10 seconds to respond if multiple SUs are connected. Therefore, to ensure that it does not timeout before getting the complete results, the SNMP Manager tool should increase it's timeout value for this object to more than 10 seconds.

The Frequency selected to be switched. This frequency should be either one of the frequency entries in the aniBsuWirelessFreqOperTable or the current target frequency aniBsuTargetFrequency. A get request on this object will display the current frequency, aniBsuChannelFrequency and if no radio is detected, it will display 0.00.

This flag is used to modify and commit the changes of the dependent parameters from this group: aniBsuWirelessIfConfTargetFrequency aniBsuWirelessFreqAdminTable Setting this object to true(1) causes the agent to validate the entire set of parameters. If these set of values are acceptable, then the new values are changed on the device. However, for the changes to take effect, it is required to upload the configuration (set aniDevControlStartUpload in the device_control.mib to true) and then reboot the device. If the validation fails when aniBsuWirelessIfConfModify is set to true(1), the changes are not commited and an error is returned. In that case, the modified parameters in this group may not reflect the correct values. They will display the values last configured by the user, rather than the current values on the device. To view the current values for aniBsuWirelessIfConfTargetFrequency refer to aniBsuTargetFrequency aniBsuWirelessFreqAdminTable refer to aniBsuWirelessFreqOperTable A Get request on this object will always return false(2).

This table is used to configure the BSU wireless AFS parameters per wireless port.

An entry for this particular wireless port.

Enable or disable AFS. Enumeration: 'enable': 1, 'disable': 2.

Configure AFS minimum switch duration in database (second)

Configure AFS minimum notification duration (second)

Configure AFS minimum error percentage.

Configure AFS minimum switch bytes.