PROXIM-MIB: View SNMP OID List / Download MIB

MIB Definition used in the Proxim Wireless Product Line: iso(1).org(3).dod(6).internet(1).private(4).enterprises(1). proxim(841)

This table contains information on the properties and capabilities of the wireless interface(s) present in the device.

This parameter represents the entry in the wireless interface properties table.

This parameter represents a unique value for each Wireless interface in the system and is used as index to this table.

This parameter is used to provide the status of the Wireless Radio interface. Select (1) to enable the wireless interface and (2) to disable the wireless interface. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to set the wireless NIC Operational mode. Depending on the wireless NIC in the device different wireless operational modes can be configured. The object wirelessIfSupportedOperationalMode shows the supported modes and the possible supported modes for AP products: dot11b(1), dot11g(2), dot11ng(3), dot11a(4), dot11na(5)

This parameter is used to set the wireless supported Operational mode.

This parameter represents the current bandwidth that Wireless is currently operating on. It is represented in MHz

This parameter represents the channel bandwidths that a wireless can support.

This parameter is used to configure the auto channel selection for wireless interface. Select (1) to enable the auto channel selection and (2) to disable the auto channel selection. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the user configured channel that the radio is configured to operate in. Note: It is possible that the currently active channel is different. To find the current active/operational channel refer to wirelessIfCurrentActiveChannel.

This parameter represents the channels that wireless can support.

This parameter is used to configure the value for Auto Rate Selection for the wireless interface. Select (1) to enable the Auto Rate selection and (2) to disable the Auto Rate selection. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the number of rates transmitted for wireless.

This parameter represents the number of rates supported for wireless.

This parameter represents the maximum threshold for VAP RTS (Request To Send). The maximum threshold can be configured up to 2346.

This parameter represents the time interval that a beacon takes for getting transmitted for wireless VAP. By default, the value is set to 100 ms.

This parameter represents the cell size that the transmitted power controls. It is measured in dBm. Please check the wirelessIfActiveTPC for current active TPC.

This parameter represents the cell size of the wireless. By default, the cell size is configured to large. Select (1) for Small cell size, (2) for Medium cell size and (3) for Large cell size. Enumeration: 'small': 1, 'large': 3, 'medium': 2.

This parameter represents the delivery traffic indication map period. This is the interval between the transmission of multicast frames on the wireless inteface. It is expressed in the Beacon messages. The recommended default value for this parameter is 1.

This parameter is used to configure the antenna gain.

This parameter represents the current active channel that wireless radio is operating on. It may be different from the configured channel represented by wirelessIfCurrentOperatingChannel.

This parameter represents the density of the satellites for the BSU. It configures the BSU to accomodate the satellites for the specified range. Enumeration: 'mini': 5, 'medium': 3, 'large': 2, 'micro': 6, 'disable': 1, 'small': 4.

This parameter is used to set the wireless NIC Operational mode for Tsunami Multi Point Products. Enumeration: 'legacy': 2, 'highThroughput': 1.

This parameter is used to configure the DFS channel wait time.

This parameter shows the active cell size that the transmitted power controls. It is measured in dBm

This parameter represents the minimum number of satellites reporting RADAR for BSU to switch to a new best channel/frequency. The default value is (0) that indicates BSU to never switch to a new best channel/frequency for any number of satellites reporting RADAR.

This parameter is used to configure the status of the DFS for SU. Configuring this parameter for BSU will not affecte BSU Status. 1 to enable the DFS, 2 to disable the DFS. Enumeration: 'enable': 1, 'disable': 2.

This table holds the wireless11n configurations.

This parameter represents the entry for wireless11n properties table.

This parameter represents index to the wireless interface 11n table and this represents the wireless radios.

This parameter is used define the AMPDU status for wireless 11n interface. Select 1 to enable and 2 to disable the AMPDU status. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the Agregated MAC Protocol Data Unit (AMPDU) frames that are transmitted. It can be configured up to 64 frames.

This parameter is used to configure the maximum AMPDU frame size (in bytes) that can be transmitted.

This parameter is used define the AMSDU status for wireless 11n interface. Select 1 to enable and 2 to disable the AMSDU status. Enumeration: 'enable': 1, 'disable': 2.

This parameter shows the maximum AMSDU frame size (in bytes) that can be transmitted.

This parameter is used to configure the frequency extension for the wireless interface. Select 1 to configure the UpperExtensionChannel and 2 to configure the LowerExtensionChannel. Enumeration: 'lowerExtensionChannel': 2, 'upperExtensionChannel': 1.

This parameter is used to configure the guard interval for the wireless interface. Select 1 for short guard interval as 400 nano seconds and 2 for full guard interval as 800 nano seconds. Enumeration: 'fullGI-800nSec': 2, 'shortGI-400nSec': 1.

This parameter enables the transmission antennas. This is configured as bit-mask. Eg: 3 - 011 (binary value) - first and second antennas are enabled. 7 - 111 (binary value) - all three are enabled. Enumeration: 'seven': 7, 'six': 6, 'three': 3, 'two': 2, 'four': 4, 'five': 5, 'one': 1.

This parameter enables the receiving antennas. This is configured as bit-mask. Eg: 3 - 011 (binary value) - first and second antennas are enabled. 7 - 111 (binary value) - all three are enabled. Enumeration: 'seven': 7, 'six': 6, 'three': 3, 'two': 2, 'four': 4, 'five': 5, 'one': 1.

This parameter is used to select the number of spatial streams for 11n. Enumeration: 'auto': 3, 'single': 1, 'dual': 2.

This parameter shows the number of supported Tx antennas.

This parameter shows the number of supported Rx antennas.

This table holds the wireless VAP (virtual access point) configurations.

This parameter represents the entry for the wireless VAP table.

This parameter is used to configure the wireless VAP table. Select 1 represents Wifi0 (radio-0) and 2 represents Wifi1 (radio-1).

This parameter represents the VAPs and used as secondary index to this table.

This parameter is used to configure the type of VAP. Select 1 for AP. Enumeration: 'ap': 1.

This parameter is used to represent the wireless card SSID name (wireless network name).

This parameter represents the MAC address for the VAP BSSID.

This parameter is used to configure the status of the broadcast wireless VAP SSID. A single entry in the SSID table can be enabled to broadcast SSID in beacon messages. Select 1 to enable, 2 to disable Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the fragmentation threshold for the wireless VAP. By default, the value is set to 2346.

This parameter allows you to configure the Security profile name for Wireless VAP.

This parameter allows you to configure the RADIUS profile name for Wireless VAP.

This parameter is used to represent the VLAN ID for the wireless VAP. Select any value between 1 - 4094 to tag the VLAN ids and -1 to untag the VLAN ids.

This parameter is used to configure the VLAN priority for Wireless VAP. By default the value is set to 0.

This parameter is used to configure the profile name for the Wireless VAP QoS.

This parameter is used to enable or disable the MAC access control list. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable the MAC ACL for Radius Profiles Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable the Radius Accounting Stats capture. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the status of the VAP. Select 1 to enable the VAP, 2 to disable the VAP and 3 to delete the VAP. Enumeration: 'enable': 1, 'disable': 2, 'delete': 3.

This table holds the wireless WORP protocol configurations

This object represents the entry for the wireless WORP table

This parameter represents the radio for which the WORP is enabled and index to the wirelessIfWORPTable.

This parameter displays the worp mode of operation.

This parameter represents the name of the BSU for which it can register. This configuration is valid only on SU. If this field is empty then SU is allowed to register with any BSU.

This parameter represents the name of the Network of the WORP Interface.

This parameter represents the maximum number of SUs allowed to register on this BSU. This configuration is valid only on BSU.

This parameter represents to maximum size of a frame sent from the WORP interface.

This parameter represents the status of bundling multiple ethernet frames in one single WORP Jumbo frame Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the status of sleep mode. This Configuration is valid only on BSU. If there is no data available to transfer b/w BSU & SU, BSU will keep the SU state in sleep state and polls that particular SU for every 4 seconds to just to maintain the WORP link. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables WORP protocol to allow each side, BSU or SU, to send a burst of multiple data messages instead of a single data message. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the registration procedure timeout period for WORP interface.

This parameter represents the number of times the same worp frame need to be re-Transmitted, if it is not acknowledged by the peer.

This parameter represents the WORP interface transmission rate. Please check the object wirelessIfWORPSupportedTxRate for supported rates.

This parameter displays the supported transmission rate based on Channel Bandwdith, Guard Interval and Number of Spacial Streams configuration.

This parameters represents the Bandwidth limit on Input direction. Default limit & maximum limit are based on the license file.

This parameter represents the Bandwidth limit on Output direction. Default limit & maximum limit are based on the license file.

This parameter represents the bandwidth limit type - shaping or policing. Enumeration: 'policing': 1, 'shaping': 2.

This parameter allows to configure the Security profile for the WORP interface based on the index of the profile name and this is Valid only on BSU. Enumeration: 'seven': 7, 'six': 6, 'three': 3, 'two': 2, 'four': 4, 'five': 5, 'eight': 8, 'one': 1.

This parameter allows to configure the Radius profile for the WORP interface based on the index of the profile name and this is Valid only on BSU.. Enumeration: 'seven': 7, 'six': 6, 'three': 3, 'two': 2, 'four': 4, 'five': 5, 'eight': 8, 'one': 1.

This parameter is used to enable or disable the MAC access control list. This configuration is Valid only on BSU. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable the MAC ACL for Radius Profiles. This configuration is Valid only on BSU. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable the Radius Accounting Stats capture. This configuration is Valid only on BSU and currently this is not accessible. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the MAC address of the wireless interface card.

This parameter enables WORP protocol to allow each side, BSU or SU, to send a burst of multiple data messages based on QOS priority instead of a single data message. Enumeration: 'enable': 1, 'disable': 2.

This table holds the WORP DDRS (Dynamic Data Rate Selection) feature configurations.

This parameter represents the entry for DDRS table.

This parameter represents the index for the DDRS table and indirectly represent the wireless interface index.

This parameter is used to enable/disable the DDRS feature for the interface. Enumeration: 'enable': 1, 'disable': 2.

This default data rate shall be used as WORP default data rate only when the DDRS is enabled. The rates defined in wirelessIfWORPTxRate are used as default.

This parameter is used to limit the maximum possible data rate that is set by DDRS.

This parameter is used to specify the average SNR threshold for data rate increase. The value should be in dB and in the range of 0..50 dB.

This parameter is to specify minimum required SNR threshold for data rate increase. The value should be in dB and in the range 0..50 dB.

This parameter is to specify minimum required SNR threshold for data rate decrease. The value should be in dB and in the range 0..50 dB.

This object specifies the threshold percentage of retransmissions for DDRS data rate increase.

This object specifies the threshold percentage of retransmissions for DDRS data rate decrease.

This object specifies the aggressiveness of the ddrs algorithm.

This object specifies the Mimo Chain Balance threshold.

This object specifies the Rate Backoff Interval.

This object specifies the Rate Blacklist Interval.

This table shows the ethernet interface(s) properties for the device.

This parameter represents the entry for the Ethernet Interface Properties table.

This parameter represents the physical interface and used as index to this table.

This parameter represents the MAC address for the ethernet interface.

This parameter shows the supported speeds for the ethernet interface. Enumeration: 'tenMbps': 3, 'auto': 1, 'hundredMbit': 4, 'unknown': 5, 'oneGbps': 2.

This parameter shows the supported transmit modes of the ethernet interface. Enumeration: 'auto': 3, 'fullDuplex': 2, 'unknown': 4, 'halfDuplex': 1.

This parameter is used to configure the Transmit Mode and speed of the ethernet interface. Enumeration: 'hundredMbps-halfDuplex': 4, 'auto': 1, 'hundredMbps-fullDuplex': 5, 'tenMbps-fullDuplex': 3, 'oneGbps-fullDuplex': 6, 'tenMbps-halfDuplex': 2.

This parameter is used to display the supported modes on ethernet interface.

This parameter is used to configure the admin status for the ethernet interface. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure AutoShutDown for the ethernet interface. i.e. Ethernet interface will be automatically UP/DOWN depending upon the wireless link Enumeration: 'enable': 1, 'disable': 2.

This table is used to specify the security configuration for the wireless interface(s) in the access point.

This parameter represents an entry in the wireless security configuration table. This table supports up to 8 entries.

This parameter is used as index to the wireless security configuration table.

This paramater represents user defined profile name for security configuration.

This parameter is used to configure the security authentication mode for wireless. Select (1) - None (no security), (2) - WEP (Wired Equivalent Privacy), (3) - PSK (Pre-shared key), (4) - dotlx (802.1x authentication) and (5) - worp (Wireless Outdoor Router Protocol). Enumeration: 'worp': 5, 'psk': 3, 'none': 1, 'wep': 2, 'dot1x': 4.

This parameter represents the encryption key index that is used to encrypt data that is sent via wireless interface(s). Enumeration: 'four': 4, 'three': 3, 'two': 2, 'one': 1.

This parameter represents the key 1 used for wireless security configuration. The key lengths 5/13/16 in ASCII or 10/26/32 in HEXADECIMAL configures the WEP(64/128/152-bit) encryption respectively. The key lengths 16 in ASCII or 32 in HEXADECIMAL configures the TKIP(128-bit) or AES-CCM(128-bit) encryption.

This parameter is used configure the length of the security key. Select WEP64 if you want to have a security key for 64 characters or WEP128 for security key length of 128 characters. Enumeration: 'wep64': 1, 'wep128': 2.

This parameter is used to configure the encryption key type for wireless security. Select 0 for no security 1 for WEP, 2 for WPA (TKIP), 3 for WPA2(AES), 4 for WPA/WPA2 (AES-TKIP) 5 for WPA2 (AES-CCM). 6 for TKIP -- Used only for TMP/QB products 7 for AES-CCM -- Used only for TMP/QB products. Enumeration: 'aes-ccm': 7, 'wpa-wpa2aes-tkip': 4, 'none': 0, 'wpa2-aes': 3, 'wpa2-aes-ccm': 5, 'tkip': 6, 'wep': 1, 'wpa-tkip': 2.

This parameter is used to configure the pre-share key. The default key is 123456789. This parameter is logically write-only. Reading this variable shall return astericks

This parameter represents the key re-negotiation time in case of dynamic WEP, WPA/WPA-2 (personal/enterprise) security mechanisms.

This parameter is used to configure the entry status of wireless security configuration table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter represents a secret password of an SU that tallies with the BSU's password for authentic registration.

This parameter represents the key 2 used for wireless security configuration. The key lengths 5/13/16 in ASCII or 10/26/32 in HEXADECIMAL configures the WEP(64/128/152-bit) encryption respectively. The key lengths 16 in ASCII or 32 in HEXADECIMAL configures the TKIP(128-bit) or AES-CCM(128-bit) encryption.

This parameter represents the key 3 used for wireless security configuration. The key lengths 5/13/16 in ASCII or 10/26/32 in HEXADECIMAL configures the WEP(64/128/152-bit) encryption respectively. The key lengths 16 in ASCII or 32 in HEXADECIMAL configures the TKIP(128-bit) or AES-CCM(128-bit) encryption.

This parameter represents the key 4 used for wireless security configuration. The key lengths 5/13/16 in ASCII or 10/26/32 in HEXADECIMAL configures the WEP(64/128/152-bit) encryption respectively. The key lengths 16 in ASCII or 32 in HEXADECIMAL configures the TKIP(128-bit) or AES-CCM(128-bit) encryption.

This table contains the radius server configuration profiles.

This parameter represents the entry for the radius server profile table.

This parameter represents the user defined profiles for RADIUS Server.

This parameter represents the user defined secondary profiles for RADIUS server. Maximum profiles are 4.

This parameter represents the RADIUS Server profile type. Select (1) for Primary Authentication Server, (2) for Secondary Authentication Server, (3) for Primary Accounting Server, and (4) for Secondary Accounting Server. Enumeration: 'secondaryAccountingServer': 4, 'primaryAccountingServer': 3, 'secondaryAuthenticationServer': 2, 'primaryAuthticationServer': 1.

This parameter is used to specify the RADIUS Server IP Address. Its default value is 169.254.128.133.

This parameter represents the RADIUS server authentication port and the default value is 1812.

This parameter represents the shared secret between the RADIUS server and client. It is logically treated as write-only and should return the information in asterisks.

This parameter is used to configure the entry status of RADIUS server profile table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table contains the radius support profile table configurations.

This parameter represents the entry for the radius support profile table.

This parameter represents the index for the radius support profile table. Each index corresponds to the one profile name in the radius server profile table

This parameter represents the RADIUS profile name, only one profile is supported.

This parameter represents the number of times the radius request message to be sent to RADIUS server after the expiry of response time.

This parameter represents the wait time in the RADIUS client for the response message from RADIUS server.

The parameter represents the time interval within which the reauthentication of the 802.1x enabled station happens.

This parameter is used to configure the entry status of RADIUS supported profile table. It can be configured as active(enable) -1, notInService(disable) - 2

This table contains the MAC access control profile configurations.

This parameter represents the entry for the MAC access control profile table.

User defined profiles for MAC Access Control List. Max. number of profiles are 16.

This parameter represents the unique name MAC ACL profile.

This parameter is used o configure the type of MAC ACL profile. Select (1) to allow and (2) to deny. Enumeration: 'deny': 2, 'allow': 1.

This parameter is used to configure the status of the security MAC ACL profile. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table holds MAC access control list addresses.

This parameter represents the entry for the MAC access control list address table.

This parameter represents the user defined profiles for MAC ACL Address. Max. profiles are 16 profiles.

This parameter represents the user defined secondary profiles for MAC ACL Address. Maximum entries are 64 -- one entry per station

This parameter represents the valid MAC address for MAC ACL.

This parameter displays a valid comment for MAC ACL Address.

This parameter is used to configure the status of the security MAC ACL Address. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table holds the various profiles for QOS (quality of service) configuration.

This parameter represents the entry for the qos profile table.This table supports one entry.

This parameter represents user defined profiles for Quality of Service (QoS).

This parameter displays the name of the QoS profile that has been assigned.

This parameter displays the QoS Policy profile name.

This parameter displays the name for QoS EDCA profile.

This parameter is used to configure the status of the QoS profile ACK. Enumeration: 'enable': 1, 'disable': 2.

This table contains the QOS policy configurations.

This parameter represents the entry for the qos policy table.

This parameter represents user defined profiles for QoS Policy list.

This parameter represents user defined secondary profiles. They are inbound layer2 -1, inbound layer3 -2, outbound layer2 -3 and outbound layer3 -4

This parameter displays the QoS policy name.

This parameter configures the QoS Policy type. They can be configured as the following: inbound layer2(1), inbound layer3(2), outbound layer2(3) and outbound layer3(4) Enumeration: 'inboundLayer3': 2, 'inboundLayer2': 1, 'outboundLayer3': 4, 'outboundLayer2': 3.

This parameter is used as the primary index to the QoS 802.1D to 802.1p mapping table.

This parameter is used to enable or disable QoS Policy markings. Select (1) to enable, (2) to disable, and (3) for not supported option. Enumeration: 'notSupported': 3, 'enable': 1, 'disable': 2.

The parameter is used to configure the QoS Policy Table status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table holds the wireless QOS EDCA (enhanced distributed channel access) configurations.

This parameter represents the entry for the wireless QOS EDCA table.

This parameter is user defined profiles for Wireless QoS EDCA. Max profile that user can define is 1.

This parameter represents the user defined secondary profiles for Wireless QoS EDCA. Maximum profiles are 4. BK -1 (back ground), BE -2 (best effort), VI -3 (video), VO -4 (voice)

This parameter displays the name for the Wireless QoS EDCA profile.

This parameter is used to configure the CW(Contention Window) min value for the wireless QoS EDCA profile. It can be configured up to 255 value. If this value is configured lower, then this increases the priority of the access category.

This parameter is used to configure the CW(Contention window) Max value for the wireless QoS EDCA profile. This value can be configured up to 65535. If this value id confiured to a lower value, then this increases the priority of access category.

This parameter is used to configure the AIFSN (Arbitrary Inter Frame Space Number) value for the wireless QoS EDCA profile. It can be configured up to 15. If this value is configured lower,then this increases the priority of the access category.

This parameter is used to configure TXOP(transmission oppurtunities) value for Wireless QoS EDCA. The values can be configured up to 65535. If this value for this parameter is configured lower, then this decreases the priority of the access category.

This parameter is used to enable or disable the value for Addmission Control Mandatory. If ACM value is set to enable for a particular access category, then certain procedures needs to followed for using that access category. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the minimum value for APCWmin. It can be configured upto 32767.

This parameter is used to configure the maximum value for APCWmax. It can be configured upto 32767.

This parameter is used to configure the value fo APAIFSN(Arbitration Inter-Frame Space Number). The value for the APAIFSN can be configured up to 15

This parameter is used to configure the APTXOP (transmission oppurtunities) for the QoS EDCA profile. If the value is set to 0, then only one MPDU or MSDU can be transmitted

This parameter is used to configure the APACM for the QoS EDCA profile. Select (1) to enable the profile and (2) to disable it. Enumeration: 'enable': 1, 'disable': 2.

This table is used to configure Quality of Service mappings between 802.1D and 802.1p priorities.

This parameter represents entries in the QoS 802.1D to 802.1p Mapping Table.

This parameter is used as the primary index to the QoS 802.1D to 802.1p mapping table. This is based on the QoS profile.

This parameter is used to specify the 802.1d priority and is used as the secondary index to the 802.1D to 802.1p mapping table.

This parameter is used to specify the 802.1D priority to be mapped to a 802.1p priority

This table is used to configure Quality of Service mappings between 802.1D to IP DSCP (Differentiated Services Code Point) priorities.

This parameter represents entries in the 802.1D to IP DSCP Mapping Table.

This parameter is used as the primary index to the 802.1D to IP DSCP mapping table.

This parameter is used to specify the 802.1D priority and is used as the secondary index to the 802.1D to IP DSCP mapping table.

This parameter is used to specify IP DSCP lower limit.

This parameter is used to specify IP DSCP upper limit.

This Table holds the MAC Address details for Packet Identification Rule Clasification.

This parameter represents the entry for the worpQoSPIRMacTable.

This parameter specifies the index number of the entry in the table.

This parameter specifies the MAC Address which can be used for PIR classification.

This parameter specifies the MAC Address mask for the worpQoSPIRMacAddr.

This parameter specifies the comment for the mac entry.

This parameter is used to configure the worpQoSPIRMacTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This Table holds the IP Address details for PIR (Packet Identification Rule) Clasification.

This parameter represents the entry for the worpQoSPIRIPTable.

This parameter specifies the index number of the entry in the table.

This parameter specifies the IP Address which can be used for PIR classification.

This parameter specifies the Subnet Mask for the worpQoSPIRIPAddr.

This parameter specifies the comment for the IP Address entry.

This parameter is used to configure the worpQoSPIRIPTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This Table holds the TCP/UDP Port details for PIR (Packet Identification Rule) Clasification.

This parameter represents the entry for the worpQoSPIRPortTable.

This parameter specifies the index number of the entry in the table.

This parameter specifies the Starting TCP/UDP Port Number which can be used for PIR classification.

This parameter specifies the Ending TCP/UDP Port Number which can be used for PIR classification.

This parameter specifies the comment for the TCP/UDP Port entry.

This parameter is used to configure the worpQoSPIRPortTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6.

This Table holds the Mapping information between PIR MAC Table entries, PIR IP Table entries, PIR Port Table entries with PIR Table.

This table represents the entry for the worpQoSPIRMapTable.

This parameter specifies the index number of the entry in the table.

This parameter specifies the PIR Rule name corresponds to this index.

This parameter specifies the Source MAC Address Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This parameter specifies the Destination MAC Address Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This parameter specifies the Source IP Address Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This parameter specifies the Destination IP Address Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This parameter specifies the Source TCP/UDP Port Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This parameter specifies the Destination TCP/UDP Port Classification for the PIR Rule. This is a display string consists of index number of the PIR MAC Table entries with comma seperated. Value 0 indicates that this list is disabled.

This Table holds the Packet Identification Rule(PIR) information for QoS feature.

This parameter represents the entry for the worpQoSPIRTable.

This parameter specifies the index number of the entry in the table.

This parameter specifies the Packet Identification Rule(PIR) Name.

This parameter specifies which Packet classification rules are enabled. It is a Bit Mask field. Bits are defined as follows Bit0 - Dst MAC rule Enabled. Bit1 - Src MAC rule Enabled. Bit2 - Prity rule Enabled. Bit3 - Vlan ID rule Enabled. Bit4 - Ether value rule Enabled. Bit5 - ToS rule Enabled. Bit6 - IP PROTOCOL rule Enabled. Bit7 - Dst IP Addr rule Enabled. Bit8 - Src IP Addr rule Enabled. Bit9 - Dst Port rule Enabled. Bit10 - Src Port rule Enabled. Bit11 - PPPoE Encapsulation rule Enabled.

This Parameter specifies the lower limit for the ToS (Types Of Service) classification.

This Parameter specifies the higher limit for the ToS classification.

This Parameter specifies The ToS Mask which will be used to perform bitwise and operation with incoming Packet's ToS values and it will be checked again Lower & Hight limit the ToS Low, ToS High configuraiton.

This Parameter specifies the Protocol Classification for the incoming packet.

This parameter specifies the lower limit for the 802.1p classificaiton for the incoming packet.

This parameter specifies the Higher limit for the 802.1p classificaiton for the incoming packet.

This parameter specifies the VLAN classification for the incoming packet.

This parameter specifies the Ether type classification for the incoming ethernet frame. Enumeration: 'dsap': 2, 'dix-snap': 1.

This parameter specifies the Ether Value classificaiton for the incoming ethernet frame.

This parameter specifies the PPPoE (Point-to-point Protocol Over Ethernet) Encapsulation status for the incoming ethernet frame. Enumeration: 'enable': 1, 'disable': 2.

This parameter specifies the protocol id inside the PPPoE Encapsulation data for the incoming ethernet frame.

This parameter specifies the index of the worpQoSPIRMapTable.

This parameter is used to configure the worpQoSPIRTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This Table holds the Service Flow Classification (SFC) information for QoS feature.

This parameter represents the entry for the worpQoSSFClassTable.

This parameter specifies the index number of the entry in the worpQoSSFClassTable.

This parameter specifies the Service Flow Class Name.

This parameter specifies the type of Scheduler to be used for this Service Flow. Select 1 for rtps - Real Time Polling Service 2 for be - Best Effort. Enumeration: 'be': 2, 'rtpS': 1.

This parameter specifies the Direction of the Service Flow. Enumeration: 'downlink': 2, 'uplink': 1.

This parameter specifies the Status of the Service Flow. Enumeration: 'active': 1, 'in-active': 2.

This parameter specifies the Maximum Information Rate(MIR) for this Service Flow. This value is represented in Kbps.

This parameter specifies the Comitted Information Rate(CIR) for this Service Flow. This value is represented in Kbps.

This parameter specifies the Latency for this Service Flow. This is represented in milliseconds.

This parameter specifies the Jitter for this Service Flow. This is represented in milliseconds.

This parameter specifies the priority of execution of the Service Flow inside a QoS Class.

This parameter specifies the Number of maximum messages can be sent in a single burst.

This parameter is used to configure the worpQoSSFClassTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This Table holds the Class information for QoS feature.

This parameter represents the entry for the worpQoSClassTable.

This parameter specifies the QoS Class index.

This parameter specifies the SFC index within the QoS Class index.

This parameter specifies the PIR index within the QoS SFC index.

This parameter specifies the reference index of the QoS SFC Table index.

This parameter specifies the reference index of the QoS PIR Table index.

This parameter specifies the QoS Class Name.

This parameter specifies the PIR Execution priority within a QoS Class

This parameter is used to configure the worpQoSClassTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This Table holds the SU/End Point B entries for QoS feature.

This parameter represents the entry for the worpQoSSUTable.

This parameter specifies the index number of the entry in the table

This parameter specifies the wireless MAC Address of the SU or End Point B

This parameter specifies the reference index of the QoS Class Table index.

This parameter specifies the comment for this entry.

This parameter is used to configure the worpQoSSUTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter specifies the QoS Class need to be used by the SU/End Point B connected to BSU/End Point A but not listed in the worpQoSSUTable.

This parameter specifies the QoS Class need to be used for the Layer 2 Broadcast traffic on the Downlink direction.

This table is used to configure the network IP parameters.

This table represents the entry for the network IP configuration table

This parameter represents the index for the network IP configuration table and interface number.

This parameter is used to configure the IP Address for the ethernet interface.

This parameter is used to configure the subnet mask for the ethernet interface.

This parameter is used to set the IP address of the gateway or router of the device. This parameter is deprecated and please use the object netCfgAllIntfDefaultRouterIpAddr to set the gateway IP address.

This parameter is used to specify whether the device network paramenters are to be configured through a dhcp client or to be assigned statically. If the value is set to 1, then the device is configured as static. If the value is set to 2, then the device is set to dynamic. Enumeration: 'dynamic': 2, 'static': 1.

This table is used to configure the wireless network IP parameters in routing mode.

This table represents the entry for the network IP configuration table

This parameter is user defined index or interface number in the network IP wireless configuration table.

This parameter is used to configure the IP Address for the wireless interface.

This parameter is used to configure the subnet mask for the wireless interface.

This table is used to configure the static routes in routing mode.

This parameter represents the entry status for the netIpStaticRouteTable and this table holds upto 256 entries.

This parameter represents the index of the netIpStaticRouteTable.

This parameter is used to enter the destination IP address for which the static route is to be made.

This parameter is used to enter the mask for the destination address.

This parameter represents the next reachable hop using which route is made to the destination IP address.

This parameter represents the Metric, i.e.,the 'distance' to the target (usually counted in hops).

This parameter is used to configure the netIpStaticRouteTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to clear the wired/wireless interface statistics. Enumeration: 'wirelessIntf1': 6, 'none': 1, 'worpIntf1': 8, 'arpTable': 5, 'wirelessIntf2': 7, 'ethernetIntf2': 3, 'ethernetIntf1': 2, 'learnTable': 10, 'worpIntf2': 9, 'bridgeStats': 4.

Default Router Address that applies to all interfaces.

This parameter shows the names of supported interfaces depending on the network mode.

This parameter is used to enable/disable the static routes option. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to monitor the wireless interface for every specified number of minutes. The value 0 disables monitoring.

This parameter is used to monitor the ethernet interface for every specified number of minutes. The value 0 disables monitoring.

This parameter is to configure the Primary DNS IP Address to be used by this product.

This parameter is to configure the Secondary DNS IP Address to be used by this product.

This parameter is used to monitor the wireless interface for every specified number of seconds. The value 0 disables monitoring. It can be configured from 5 to 600 seconds.

This parameter is used to configure the NAT(Network Address Translation) status. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable static bind entries on the NAT device. Enumeration: 'enable': 1, 'disable': 2.

This table is used to configure NAT Port bind specific information.

This parameter represents an entry in the NAT Static Port Bind Table.

This parameter is used as the index for the NAT static Port bind table.

This parameter represents the local IP address for this NAT Static Port bind Table entry.

This parameter represents the port type for this NAT Static Port bind Table entry. Enumeration: 'both': 3, 'udp': 2, 'tcp': 1.

This parameter represents the start port number for this NAT Static Port bind Table entry.

This parameter represents the end port number for this NAT Static Port bind Table entry.

This parameter is used to configure the natStaticPortBindTable status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to configure the RIP configuration status. Enumeration: 'enable': 1, 'disable': 2.

This table is used to configure the RIP configuration information.

This parameter represents the entry for the ripConfigTable.

This parameter represents the index for ripConfigTable.

This parameter shows the available interfaces for which the rip can be configured.

This parameter is used to enable/disable the rip for the particular interface. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the authentication type used for rip configuration. Enumeration: 'simple': 1, 'none': 3, 'md5': 2.

This parameter is used to configure the authentication key for the authentication type.

This parameters allows to configure the rip version verion. Enumeration: 'v1': 1, 'v2': 2, 'both': 3.

This parameter allows to configure the interface to receive only RIP version 1 and/or RIP verison 2 packets. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to configure the VLAN functionality. Select 1 to enable the VLAN functionality and 2 to disable the VLAN functionality. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the management VLAN Identifier (ID).

This parameter represents the management VLAN priority, giving eight (2^3) priority levels with the highest priority as seven.

This table is used to configure the VLAN parameters for the ethernet interface.

This parameter represents the entry for the Vlan Configuration table.

This parameter represents the physical interface and used as index to this table.

This parameter is used to set the VLAN Mode for the physical interface. Enumeration: 'access': 2, 'transparent': 1, 'trunk': 3.

This parameter is used to set the access VlanId for the physical interface.

This parameter is used to set the access Vlan priority, which varies from 0 to 7 with 7 having highest priority.

This parameter is used to set the option to allow the untagged frames. Enumeration: 'enable': 1, 'disable': 2.

This table is used to configure the VLAN trunk parameters for ethernet interface.

This parameter represents the entry for the Vlan Trunk Configuration table.

This parameter represents the vlan trunk table index and also represents the ethernet interface.

This parameter represents the trunk table secondary index.

This parameter is used to set the trunk id.

This parameter is used to configure the vlan trunk table status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter stores the information whether the Global Filterng is Enabled or Disabled. If this parameter is set to enabled, then the filtering is enabled. If this parameter is disabled, then filtering will be disabled. Select 1 to enable this parameter and 2 to disable this parameter. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls the wireless to wireless communication. If this parameter is set to enabled, then wireless to wireless communication is not allowed. If this parameter is set disabled, then wireless to wireless communication is allowed. Select 1 to enable the wireless to wireless communication and 2 to disable wireless to wireless communication. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the interface. By default, the parameter is set to disabled. The filter can be enabled either for Ethernet, Wireless or All Interface. Select 1 for ethernet, 2 for wireless, 3 for all interfaces and 4 for disable. Enumeration: 'wireless': 2, 'ethernet': 1, 'disable': 4, 'allInterfaces': 3.

If the specific protocol is not available in the ethernet protocol table, then this parameter specifies the action that needs to be taken on the packet. If this parameter is set to passthru (1), then specific protocol will be allowed. If this parameter is set to block (2), then specific protocol will be denied. Enumeration: 'passthr': 1, 'block': 2.

This table contains the two byte hexadecimal values of the protocols. The packets whose protocol field matches with any of the entries in this table will be forwarded or dropped.

This parameter represents an entry in the protocol filter table. This table supports upto 64 entries.

This parameter represents the index of the ethernet protocol Filtering table.

This parameter represents a two byte hexadecimal value for the Ethernet protocol to be filtered.

This parameter represents the value in the protocol field of the Ethernet packet. The value is of 4-digit Hex format. Example: The value of IP protocol is 0800. The value of ARP protocol is 0806.

This parameter is used to configure the status of the ethernet protocol filtering. Select 1 to block, 2 to passthru. Enumeration: 'passthr': 2, 'block': 1.

This parameter is used to configure the ethernet protocol filtering table status. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table provides the MAC address of the stations on the wired and the wireless interface; the MAC addresses will be given in pairs. Stations listed in the Static MAC Address filter will have no traffic forwarded by the device. This way Multicast traffic exchanged between stations or servers can be prevented, from being transmitted over the wireless medium when both stations are actually located on the wired backbone.

This parameter identifies the entry in the Static MAC address filter table. This table support upto 200 entries.

This parameter is user defined that represents the index of the Static MAC Filtering table.

This parameter represents the MAC address of the station on the wired interface of the device.

This parameter represents the MAC address of the filter wired MASK.

This parameter represents the MAC address for the wireless interface.

This parameter represents the mask for the wireless interface MAC address.

This parameter is used for an optional comment associated to the staticMACAddrFilter entry.

This parameter is used to configure the status of the staticMACAddrFilterTable. Select It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table is used to configure the advanced filtering using protocol name and direction.

This parameter represents the entry for advancedFilterTable. This table supports up to 5 entries.

This parameter represents the index of the advanced filtering table.

This parameter represents the protocol name to be filtered. (DenyIPX RIP, Deny IPX SAP, Deny IPX LSP, Deny IP Broadcasts, Deny IP Multicasts)

This parameter represents the direction of the individual entry in the advanced filter table. The direction can be enabled either for Ethernet to Wireless, Wireless to Ethernet or both. Select 1 for ethernet2wireless, 2 for wireless2ethernet, 3 for both. Enumeration: 'both': 3, 'wireless2ethernet': 2, 'ethernet2wireless': 1.

This parameter is used to configure the row status of the advanced filtering table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to configure the Tcp Udp Port Filtering. Select 1 to enable and 2 to disable the Tcp Udp Port Filtering. Enumeration: 'enable': 1, 'disable': 2.

This table contains the configurations for the Tcp Udp Port Filtering table.

This parameter represents the entry for tcpudpPortFilterTable. This table supports up to 64 entries.

This parameter is used as index for the TcpUdp port filter table.

This parameter represents the protocol name for the tcpudpPortFilter.

This parameter represents the Port number for the tcpudpPortFilter.

This parameter represents the port type for this TcpUdp Port filter table. The parameter can be either TCP or UDP or TCP/UDP. Select 1 for TCP, 2 for UDP and 3 for both. Enumeration: 'both': 3, 'udp': 2, 'tcp': 1.

This parameter is used to configure the interface. By default, the parameter is set to All Interfaces. The filter can be enabled either for Ethernet, Wireless or All Interface. Select 1 for only Ethernet, 2 for only Wireless and 3 for allInterfaces. Enumeration: 'onlyWireless': 2, 'onlyEthernet': 1, 'allInterfaces': 3.

The parameter indicates the status of the TCP/UDP portfilter table entry. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6)

This parameter is used to enable/disable IntraCell Blocking/Filtering. Enumeration: 'enable': 1, 'disable': 2.

The MAC table entries for IntraCell Blocking filters. This table can hold up to a maximum of 250 entries.

This parameter represents the entry in the IntraCell Blocking MAC Table.

This parameter is used as the index to the IntraCell Blocking MAC Table.

This parameter represents the MAC address of the SU which is allowed to communicate with other SUs with the same group ID.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter enables to segregate the SUs for intra/ inter cell communications. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the row status for the worp Intra cell blocking MAC table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table holds the group entries for IntraCell Blocking.

This parameter represents the entry in the IntraCell Blocking Group Table. This table can contain a maximum of 16 entries.

This parameter is used as the index to the IntraCell Blocking Group Table.

This parameter represents the group name.

This parameter is used to enable, disable the IntraCell Blocking Group Table.

This parameter is used to enable or disable security gateway feature. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the security Gateway MAC Address to which all frames will be forwarded by the device.

STP Frame forward status will block/allow the IEEE 802.1D and 802.1Q reserved MAC addresses (01:80:C2:00:00:00 to 01:80:C2:00:00:0F) Select 1 to enable this parameter and 2 to disable this parameter. Enumeration: 'enable': 1, 'disable': 2.

This table contains information on the threshold value of the multicast and brodcast packects that can be processed for interface(s) present in the device .

This parameter represents the entry in the storm threshold table.

This parameter is used as index for the storm Threshold Table.

This parameter is used to configure the interface.The filter can be enabled either for Ethernet or Wireless. 1 for Ethernet 2 for Wireless Enumeration: 'wireless': 2, 'ethernet': 1.

This parameter is used to provide the threshold value of the multicast packets to be processed for the interface. If threshold value for multicast packets is set to '0', no filtering will take place (filtering will be disabled).Excess packets will be dropped if packets are more than threshold value.To disable MultiCast packets filtering for this interface this variable should be set to '0'(zero).

This parameter is used to provide the threshold value of the broadcast packets to be processed for interface.If threshold value for broadcast packets is set to '0', no filtering will take place (filtering will be disabled). Excess packets will be dropped if packets are more than threshold value.To disable Broadcast wireless packets filtering,this variable should be set to '0' (Zero).

This parameter indicates if the DHCP server/relay is enabled or disabled in the device. Enumeration: 'dhcpRelayAgent': 3, 'disable': 1, 'dhcpServer': 2.

This parameter represents the maximum lease time in 100th seconds for the IP address assigned by the DHCP server to the DHCP client.

This table is used to configure the DHCP server for a particular interface.

This parameter represents the entry for the dhcpServerIfTable.

This parameter represents the index for the dhcpServerIfTable.

This parameter shows the list of interfaces for which the DHCP can be configured. Enumeration: 'ethernet2': 3, 'bridge': 1, 'ethernet1': 2, 'wireless1': 4.

This parameter is used to configure the mask for the interface shown.

This parameter represents the IP Address of the gateway or router that the DHCP Server will assign to the DHCP client.

This parameter represents the primary DNS Server IP Address to be assinged to a DHCP Client.

This parameter represents the secondary DNS Server IP Address to be assinged to a DHCP Client.

This parameter represents the default lease time, in 100th seconds, for the IP address assigned by the DHCP server to the DHCP client.

This parameter represents an optional comment for this table entry.

This parameter is used to configure the row status for the dhcpServerIfTable. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table contains the pools of IP Addresses that the DHCP server will assign to the DHCP clients.

This parameter represents entries in the dhcpServerIpPoolTable.

This parameter is used as the index for the IP Address Pool table.

This parameter shows the list of interfaces for which the DHCP server can be configured. Enumeration: 'ethernet2': 3, 'bridge': 1, 'ethernet1': 2, 'wireless1': 4.

This parameter represents the start IP address for this DHCP IP Address IP Pool Table entry.

This parameter represents the end IP address for this DHCP IP Address IP Pool Table entry.

This parameter is used to configure the row status for the dhcpServerIpPoolTable. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table contains a list of DHCP servers to which the DHCP Agent will communicate with.

This parameter represents and entry in the DHCP Server table.

This parameter is used as the index to this dhcpRelayServerTable.

This parameter represents the IP address of the DHCP server that shall receive DHCP requests from the device.

This parameter is used to configure the row status for the dhcpRelayServerTable. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This table holds the information about the supported and current modes of the device.

This parameter represents the entry status for the sysTypeTable. It can hold one entry.

This parameter represents the physical interface (radio) and index for the sysType Table.

This parameter is used to configure the mode of the radio(s). Please refer the sysTypeSupportedMode object for the supported modes. The modes are represented in numbers as follows: AP (1), CLIENT (2), WDS (3), BSU (4), *Applies in TMP(tsunamiMP) mode - please refer sysFeatureProductFamily* EndPointA (4), *Applies in QB(tsunamiQuickBridge) mode - please refer sysFeatureProductFamily* SU (5) *Applies in TMP(tsunamiMP) mode - please refer sysFeatureProductFamily* EndPointB (5) *Applies in QB(tsunamiQuickBridge) mode - please refer sysFeatureProductFamily*

This parameter shows the active mode of the radio(s). The configured mode will take effect after the reboot. The modes are represented in numbers as follows: AP (1), CLIENT (2), WDS (3), BSU (4), *Applies in TMP(tsunamiMP) mode - please refer sysFeatureProductFamily* EndPointA (4), *Applies in QB(tsunamiQuickBridge) mode - please refer sysFeatureProductFamily* SU (5) *Applies in TMP(tsunamiMP) mode - please refer sysFeatureProductFamily* EndPointB (5) *Applies in QB(tsunamiQuickBridge) mode - please refer sysFeatureProductFamily*

This parameter displays the supported modes of operations complying with the license.

This parameter displays the supported frequency domains.

This parameter is used to configure the frequency domain. The following list shows in detail: - United States All: 5.3 + 5.4 with DFS and 5.8 without DFS - United States Adhoc: 5.8 without DFS only - United States 2.4 GHz - World All - World 4.9 GHz (4.940 – 4.990 GHz) - World 2.4 GHz (2.400 – 2.472 GHz) - World 2.3 GHz - World 2.5 GHz - Canada 5 GHz (5.250 – 5.350 & 5.470 – 5.600 & 5.650 – 5.725 GHz all bands with DFS) - Europe 5.8 GHz (5.725 – 5.850 GHz with DFS) - Europe 5.4 GHz (5.470 – 5.600 & 5.650 – 5.725 GHz both with DFS) - Europe 2.4 GHz (2.400 – 2.4825 GHz) - Russia 5 GHz (5.150 – 6.080 GHz without DFS) - Taiwan 5 GHz (5.500 – 5.700 with DFS & 5.725 – 5.825 GHz without DFS) - United State 5 GHz (5.250 – 5.350 & 5.470 – 5.725 GHz with DFS & 5.725 – 5.850 GHz without DFS) - Canada 5.8 GHz. - Russia Frequency Convertor. - Japan 2.4 GHz (2412 - 2472 MHz) - Japan 4.9 GHz (4920 - 4980 MHz and 5040 - 5080 MHz). - UK 5.8 GHz (5725 - 5795 MHz and 5825 - 5850 MHz) - World 5.9GHz - United States 5.3 and 5.8 GHz - India 5.8GHz. Enumeration: 'europe5p4GHz': 11, 'russia5GHz': 13, 'unitedStatesAdhoc': 2, 'taiwan5GHz': 14, 'india5p8GHz': 23, 'world4p9GHz': 5, 'world5p9GHz': 21, 'canada5p8GHz': 16, 'australia5p4GHz': 26, 'uk5p8GHz': 20, 'europe5p8GHz': 10, 'world2p4GHz': 6, 'japan4p9': 19, 'world2p5GHz': 8, 'unitedStates2p4': 3, 'unitedStates5GHz': 15, 'canada5GHz': 9, 'europe2p4GHz': 12, 'unitedStates5p3And5p8GHz': 22, 'worldAll': 4, 'brazil5p4GHz': 24, 'brazil5p8GHz': 25, 'russiaFC': 17, 'unitedStatesAll': 1, 'world2p3GHz': 7, 'japan2p4': 18, 'australia5p8GHz': 27.

This parameter shows the active frequency domain. The following list shows in detail: - United States All: 5.3 + 5.4 with DFS and 5.8 without DFS - United States Adhoc: 5.8 without DFS only - United States 2.4 GHz - World All - World 4.9 GHz (4.940 – 4.990 GHz) - World 2.4 GHz (2.400 – 2.472 GHz) - World 2.3 GHz - World 2.5 GHz - Canada 5 GHz (5.250 – 5.350 & 5.470 – 5.600 & 5.650 – 5.725 GHz all bands with DFS) - Europe 5.8 GHz (5.725 – 5.850 GHz with DFS) - Europe 5.4 GHz (5.470 – 5.600 & 5.650 – 5.725 GHz both with DFS) - Europe 2.4 GHz (2.400 – 2.4825 GHz) - Russia 5 GHz (5.150 – 6.080 GHz without DFS) - Taiwan 5 GHz (5.500 – 5.700 with DFS & 5.725 – 5.825 GHz without DFS) - United State 5 GHz (5.250 – 5.350 & 5.470 – 5.725 GHz with DFS & 5.725 – 5.850 GHz without DFS) - Canada 5.8 GHz. - Russia Frequency Convertor - Japan 2.4 GHz (2412 - 2472 MHz) - Japan 4.9 GHz (4920 - 4980 MHz and 5040 - 5080 MHz). - UK 5.8 GHz (5725 - 5795 MHz and 5825 - 5850 MHz) - World 5.9GHz - United States 5.3 and 5.8 GHz - India 5.8GHz. Enumeration: 'europe5p4GHz': 11, 'russia5GHz': 13, 'unitedStatesAdhoc': 2, 'taiwan5GHz': 14, 'india5p8GHz': 23, 'world4p9GHz': 5, 'world5p9GHz': 21, 'canada5p8GHz': 16, 'australia5p4GHz': 26, 'uk5p8GHz': 20, 'europe5p8GHz': 10, 'world2p4GHz': 6, 'japan4p9': 19, 'world2p5GHz': 8, 'unitedStates2p4': 3, 'unitedStates5GHz': 15, 'canada5GHz': 9, 'europe2p4GHz': 12, 'unitedStates5p3And5p8GHz': 22, 'worldAll': 4, 'brazil5p4GHz': 24, 'brazil5p8GHz': 25, 'russiaFC': 17, 'unitedStatesAll': 1, 'world2p3GHz': 7, 'japan2p4': 18, 'australia5p8GHz': 27.

This parameter is used to configure the network mode of the device. Enumeration: 'bridge': 1, 'route': 2.

This parameter is shows the network mode of the device. This can be configured in the sysNetworkMode. Enumeration: 'bridge': 1, 'route': 2.

This attribute identifies the country in which the station is operating to set the frequency band. The first two octets of this string is the two character country code as described in document ISO/IEC 3166-1. This object is not supported for the current products, please refer sysTypeFreqDomain for configuring the Frequency band. Below is the list of mapping of country codes to country names. A5 - ALL5GHz AL - ALBANIA DZ - ALGERIA AR - ARGENTINA AM - ARMENIA AU - AUSTRALIA AT - AUSTRIA AZ - AZERBAIJAN BH - BAHRAIN BY - BELARUS BE - BELGIUM BZ - BELIZE BO - BOLIVIA BR - BRAZIL BN - BRUNEI DARUSSALAM BG - BULGARIA CA - CANADA CL - CHILE CN - CHINA CO - COLOMBIA CR - COSTA RICA HR - CROATIA CY - CYPRUS CZ - CZECH REPUBLIC DK - DENMARK DO - DOMINICAN REPUBLIC EC - ECUADOR EG - EGYPT EE - ESTONIA EU - EUROPEAN UNION FI - FINLAND FR - FRANCE GE - GEORGIA DE - GERMANY GR - GREECE GT - GUATEMALA HK - HONG KONG HU - HUNGARY IS - ICELAND IN - INDIA ID - INDONESIA IR - IRAN IE - IRELAND I1 - IRELAND - 5.8GHz IL - ISRAEL IT - ITALY JP - JAPAN J2 - JAPAN2 JM - JAMAICA JO - JORDAN KZ - KAZAKHSTAN KP - NORTH KOREA KR - KOREA REPUBLIC K2 - KOREA REPUBLIC2 KW - KUWAIT LV - LATVIA LB - LEBANON LI - LIECHTENSTEIN LT - LITHUANIA LU - LUXEMBOURG MO - MACAU MK - MACEDONIA MT - MALTA MY - MALAYSIA MX - MEXICO MC - MONACO MA - MOROCCO NL - NETHERLANDS NZ - NEW ZEALAND NO - NORWAY OM - OMAN PK - PAKISTAN PA - PANAMA PE - PERU PH - PHILIPPINES PL - POLAND PT - PORTUGAL PR - PUERTO RICO QA - QATAR RO - ROMANIA RU - RUSSIA SA - SAUDI ARABIA CS - SERBIA & MONTENEGRO SG - SINGAPORE SK - SLOVAK REPUBLIC SI - SLOVENIA ZA - SOUTH AFRICA ES - SPAIN SE - SWEDEN CH - SWITZERLAND SY - SYRIA TW - TAIWAN TH - THAILAND TR - TURKEY UA - UKRAINE AE - UNITED ARAB EMIRATES GB - UNITED KINGDOM G1 - UNITED KINGDOM - 5.8GHz US - UNITED STATES UW - UNITED STATES - World U1 - UNITED STATES - DFS UY - URUGUAY VE - VENEZUELA VN - VIETNAM

This parameter is used to enable/disable the IGMP snooping. Only passive snooping is supported. This feature is supported only in bridge mode. Enumeration: 'enable': 1, 'disable': 2.

This parameter represents the time after which the IGMP multicast group age-outs/elapses.

This parameter represents the time after which the IGMP router port age-outs/elapses.

If this paramter is set with Yes, all unregistered multicast traffic and membership reports will be flooded to all ports. Enumeration: 'yes': 1, 'no': 2.

This attribute identifies the country in which the station is operating. The first two octets of this string is the two character country code as described in document ISO/IEC 3166-1. Below is the list of mapping of country codes to country names. This object is deprecated and please use sysConfCountryCode to set the country code. AL - ALBANIA DZ - ALGERIA AR - ARGENTINA AM - ARMENIA AU - AUSTRALIA AT - AUSTRIA AZ - AZERBAIJAN BH - BAHRAIN BY - BELARUS BE - BELGIUM BZ - BELIZE BO - BOLIVIA BR - BRAZIL BN - BRUNEI DARUSSALAM BG - BULGARIA CA - CANADA CL - CHILE CN - CHINA CO - COLOMBIA CR - COSTA RICA HR - CROATIA CY - CYPRUS CZ - CZECH REPUBLIC DK - DENMARK DO - DOMINICAN REPUBLIC EC - ECUADOR EG - EGYPT EE - ESTONIA EU - EUROPEAN UNION FI - FINLAND FR - FRANCE GE - GEORGIA DE - GERMANY GR - GREECE GT - GUATEMALA HK - HONG KONG HU - HUNGARY IS - ICELAND IN - INDIA ID - INDONESIA IR - IRAN IE - IRELAND I1 - IRELAND - 5.8GHz IL - ISRAEL IT - ITALY JP - JAPAN J2 - JAPAN2 JM - JAMAICA JO - JORDAN KZ - KAZAKHSTAN KP - NORTH KOREA KR - KOREA REPUBLIC K2 - KOREA REPUBLIC2 KW - KUWAIT LV - LATVIA LB - LEBANON LI - LIECHTENSTEIN LT - LITHUANIA LU - LUXEMBOURG MO - MACAU MK - MACEDONIA MT - MALTA MY - MALAYSIA MX - MEXICO MC - MONACO MA - MOROCCO NL - NETHERLANDS NZ - NEW ZEALAND NO - NORWAY OM - OMAN PK - PAKISTAN PA - PANAMA PE - PERU PH - PHILIPPINES PL - POLAND PT - PORTUGAL PR - PUERTO RICO QA - QATAR RO - ROMANIA RU - RUSSIA SA - SAUDI ARABIA CS - SERBIA & MONTENEGRO SG - SINGAPORE SK - SLOVAK REPUBLIC SI - SLOVENIA ZA - SOUTH AFRICA ES - SPAIN SE - SWEDEN CH - SWITZERLAND SY - SYRIA TW - TAIWAN TH - THAILAND TR - TURKEY UA - UKRAINE AE - UNITED ARAB EMIRATES GB - UNITED KINGDOM G1 - UNITED KINGDOM - 5.8GHz US - UNITED STATES UW - UNITED STATES - World U1 - UNITED STATES - DFS UY - URUGUAY VE - VENEZUELA VN - VIETNAM

This table holds the system's inventory management component features.

This parameter represents the entry for the sysInvmgmtComponentTable

This parameter represents the index for sysInvMgmtCompTable.

This parameter identifies the system component serial number

This parameter identifies the system component name.

This parameter shows the identifier for the component.

This parameter identifies the system component variant number.

This parameter identifies the system component release version number.

This parameter identifies the system component major version number.

This parameters identifies the system component minor version number.

This parameter represents the system's Security ID.

This parameter shows the availability of the daughter card. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to represent the control ID for the system feature.

This parameter shows the number of radios supported. This is based on the license file.

This parameter shows the supported frequency bands. This is based on the license file.

This parameter represents the outward bandwidth in multiples of 1Mbps. This is based on the license file

This parameter represents the inward bandwidth in multiples of 1Mbps. This is based on the license file.

This parameter represents the current operational mode of the device. This is based on the license file.

This table contains a list of features that the current image supports and indicates if this feature is licensed or not. Each row represents a supported feature. Supported indicates if the current image supports the image while licensed indicates that a license is available to use this feature. Based on the license information in this table, some MIB groups/subgroups/tables are enabled or disabled.

This table parameter represents the entry for the sysLicFeatureTable. This table can hold a maximum of 50 entries.

This parameter represents the index for the sysLicFeatureTable.

This parameter represents the feature type and shows the code of the feature.

This parameter represents feature value i.e., enabled or disabled.

This parameter represents the cumulative bandwidth of the device. This is based on the license file.

This parameter represents the number of ethernet interfaces supported. This is based on the license file.

This parameter represents the bit map for the features enabled/disabled. The value for this parameter is interpreted as a bitfield and the respective modules are shown below: BRIDGE-MODE-ONLY = 0, WORP = 1, Intra Cell Blocking = 2, Intra BSS Blocking = 3, VLAN = 4, STATIC-ROUTING = 5, NAT = 6, FILTERING = 7. This is based on the license file.

This parameter represents the max number of satellites supported. This is based on the license file.

This parameter represents the product family. This is based on the license file. Enumeration: 'tsunamiQuickBridge': 3, 'orinocoAP': 2, 'tsunamiMP': 1.

This parameter represents the product class. This is based on the license file. Enumeration: 'outdoor': 1, 'indoor': 0.

This table holds the license file parameters for the radio(s).

This table parameter represents the entry for the sysLicRadioInfoTable.

This parameter represents the index for the sysLicRadioInfoTable.

This parameter represents the component ID for the radio(s).

This parameter represents the variant ID for the radio(s).

This parameter represents the Antenna type supported for the radio(s). Enumeration: 'connectorized': 1, 'integrated': 2, 'invalid': 0.

This parameter represents the Antenna MIMO type for the radio(s). Enumeration: 'threeCrossThreeAntenna': 3, 'oneCrossOneAntenna': 1, 'invalid': 0, 'twoCrossTwoAntenna': 2.

This parameter represents the number of successful commits that has taken place since the system was rebooted last.

This parameter is used to apply the changed configurations to the device. Always this should be SET with value '1'. The values available on GET or the read values are defined as follows: 200 : Commit Successful 201 : Commit Successful and reboot the device. Please check the object sysMgmtCfgErrorMsg for Commit status and other information on errors. P.S: Usual commit operation needs atleast 3 seconds and changes in wireless parameters needs upto 60 seconds time interval before sending the response.

This parameter is used to restore the device to last working configuration Enumeration: 'yes': 1, 'no': 2.

This parameter displays the latest error message occured in configuration.

This parameter is used to reboot device. Select 1 to reboot. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to reset the device to factory settings. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to load the configurations from the Text Based Configuration File. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to identify the email address of the contact person for a device. The length of the email address should be between 6 to 32

This parameter is used to identify the phone number of the contact person for a device.

This parameter is used to store the location of the system.

This parameter is used to represent Longitude.

This parameter is used to represent Latitude.

This parameter is used to display the elevation of an access point from a known level.

A textual description of the entity. This value should includes the full name and version identification of the system's hardware type, software operating-system, and networking software.

An administratively-assigned name for this managed node. By convention, this is the node's fully-qualified domain name.

This parameter is used for the SNMP password and represents the read-only community name used in the SNMP protocol.It is used for reading objects from the SNMP agent. The password should be treated as write-only and would be returned as asterisks. User is not allowed to set since it is same as mgmtSnmpReadWritePassword

This parameter is used to represent the read-write community name used in the SNMP protocol. This parameter is used for reading and writing objects to the SNMP agent. This parameter should be treated as write-only and returned as asterisks.

This table holds the objects of the mgmtSnmpAccessTable.

This parameter represents the entry for the mgmtSnmpAccessTable.

This parameter represents the index for the mgmtSnmpAccessTable and this is not-accessible.

This table contains the destination IP address and community password for the trap delivery.

This parameter represents the entry for the mgmtSnmpTrapHostTable.

This parameter represents the index for SNMP Trap Host table. This table supports upto 5 rows.

This parameter is used to represent the IP address of the management station that will receive SNMP traps from the device.

This parameter is used to represent the password that is sent with the SNMP trap messages to allow the host to accept or reject the traps. The trap host will accept SNMP traps if the sent password matches the host's password. This parameter returns asterisks on get. This is not allowed to set because it is same as mgmtSnmpReadWritePassword.

This parameter represents the comment for the row in the SNMP Trap Host Table.

This parameter is used to configure the row status for the SNMP Trap Host table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to configure the SNMP Version. The version v2c provides the security by means of community passwords and the version v3 provides highest security with authentication and encryption. Enumeration: 'snmpv1-v2c': 1, 'snmpv3': 2.

This parameter allows to select the security level for SNMPV3. The level noAuthNoPriv is not supported. Enumeration: 'noAuthNoPriv': 2, 'none': 1, 'authPriv': 4, 'authNoPriv': 3.

This parameter allows to configure the authentication protocol in SNMPV3. Select 2 for MD5 and 3 for SHA. Enumeration: 'sha': 3, 'none': 1, 'md5': 2.

This parameter allows to configure the authentication password for the authentication protocol.

This parameter allows to configure the privacy (encryption) protocol in SNMPV3. Select 2 for DES and 3 for AES-128. Enumeration: 'none': 1, 'des': 2, 'aes-128': 3.

This parameter allows to configure the privacy (encryption) password for the privacy protocol.

This parameter represents the system access password for the HTTP interface to manage the device via a web browser.This parameter would return the value in asterisks.

This parameter is used to configure the port on which HTTP is accessed.

This parameter represents the system access password for the Telnet interface. This parameter would return the value in asterisks.

This parameter is used to configure the port on which the Telnet is accessed.

This parameter is used to configure the number of telnet sessions. A total of 10 sessions (Telnet + SSH) are available

This parameter represents the IP address of the TFTP server.

This parameter represents the filename that is to upload or download from the TFTP server.

This parameter informs the device about the type of file that is being uploaded or downloaded. Select (1) if it is config file (2) if it is an image file and (3) if it is an eventlog file. (4) if it is a templog file. (5) if it is a Text Based Config File. (6) if it is a eventlog File. Enumeration: 'eventlog': 3, 'image': 2, 'textConfigFile': 5, 'templog': 4, 'debuglog': 6, 'config': 1.

This parameter represents the type of TFTP operation that is to be executed. The upload functionality will transfer the specified file from the device to the TFTP server. The download functionality will transfer the specified file from the TFTP server to the device. The download and reboot functionality will download the file from the TFTP server and then reboots the device. Select (1) to upload the image, (2) to download the image and (3) to Download & Reboot the device. (4) none Enumeration: 'download': 2, 'none': 4, 'upload': 1, 'downloadandReboot': 3.

This parameter represents the TFTP operation status. 1 - Idle, 2 - Download in progress 3 - Download Success 4 - Download Failure 5 - Signature check in progress 6 - Signature check failed 7 - Write on flash is in progress 8 - Write on flash is failed 9 - Upload in progress 10 - Upload success 11 - Upload failed Enumeration: 'downloadFailure': 4, 'signatureCheckInProgress': 5, 'downloadInProgress': 2, 'uploadSuccess': 10, 'idle': 1, 'writeOnFlashFailed': 8, 'writeOnFlashInProgress': 7, 'uploadFailure': 11, 'signatureCheckFailed': 6, 'downloadSuccess': 3, 'uploadInProgress': 9.

This parameter is used to provide additional information on traps.

This parameter is used to enable or disable the configuration related traps and this is not allowed to set. Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to control all management interface accesses. Select 1 - enable and 2 - disable Alert: Disabling this parameter disables all interfaces. Only serial console can be accessed for device management. Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the HTTP access. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the HTTPS access. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the SNMP access. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the TELNET access. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the SSH access. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This parameter allows to enable or disable the Management Access Table. Enabling this parameter allows the traffic from only the IP address specified in the Management Access Table. Select 1 - enable and 2 - disable Enumeration: 'enable': 1, 'disable': 2.

This table provides the facility to allow the traffic from a particular machine identified by the IP address.

This parameter represents the entry for the Management Access Table. It can hold a maximum of 5 entries.

This parameter represents the index of the Management Access Table.

This parameter holds the IP address of the machine to which traffic need to be allowed.

This parameter represents the entry status for the Management Access Table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to configure the port on which SSH is accessed.

This parameter is used to set the number of concurrent SSH sessions.

This parameter is used to configure the status for the sysLog. Select 1 to enable the Syslog status and 2 to disable the syslog status. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to configure the priority for the syslog. Select 1 for emergency, 2 for alert, 3 for critical, 4 for error, 5 for warning, 6 for notice, 7 for info and 8 for debug. Enumeration: 'info': 7, 'notice': 6, 'emergency': 1, 'alert': 2, 'critical': 3, 'error': 4, 'debug': 8, 'warning': 5.

This parameter is used to reset or clear the syslog. Select 1 - to reset or clear 2 - none. Enumeration: 'yes': 1, 'no': 2.

This table contains the syslog configurations.

This parameter represents the entry for the syslogHostTable.

This parameter is used to index the syslogHostTable.

This parameter is used to represent the IP address for which syslog messages to be sent.

This parameter is used to represents the host port number for which the syslog messages are sent.

This parameter displays the comment for the host port of the syslog table.

This parameter is used to configue the status of the Syslog host entry table. A maximum of 5 entries can be added to this table. It can be configured as active(enable) -1, notInService(disable) - 2, createAndGo(create row) -4, destroy(delete) - 6

This parameter is used to configure the priority for the event log table. Select 1 for Emergency, 2 for alert, 3 for critical, 4 for error, 5 for warning, 6 for notice, 7 for info and 8 for debug. Enumeration: 'info': 7, 'notice': 6, 'emergency': 1, 'alert': 2, 'critical': 3, 'error': 4, 'debug': 8, 'warning': 5.

This parameter is used to reset/clear the event log table. When this parameter is set, then all enteries in the event log table are deleted/cleared. Select (1) to reset the table. Enumeration: 'yes': 1, 'no': 2.

This parameter is used to enable or disable the SNTP functionality. Select 1 to enable SNTP and 2 to Disable the SNTP functionality. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used for the primary SNTP server name.

This parameter is used for the secondary SNTP server name.

This parameter is used to specify the appropriate time zone. dateline(1), samoa(2), hawaii(3), alaska(4), pacific-us(5), mountain-us(6), arizona(7), central-us(8), mexico-city(9), eastern-us(10), indiana(11), atlantic-canada(12), santiago(13), ewfoundland(14), brasilia(15), buenos-aires(16), mid-atlantic(17), azores(18), london(19), western-europe(20), eastern-europe(21), cairo(22), russia-iraq(23), iran(24), arabian(25), afghanistan(26), pakistan(27), india(28), bangladesh(29), burma(30), bangkok(31), australia-wt(32), hong-kong(33), beijing(34), japan-korea(35), australia-ct(36), australia-et(37), central-pacific(38), new-zealand(39), tonga(40), western-samoa(41) Enumeration: 'burma': 30, 'pakistan': 27, 'samoa': 2, 'beijing': 34, 'cairo': 22, 'india': 28, 'alaska': 4, 'central-us': 8, 'mid-atlantic': 17, 'london': 19, 'australia-ct': 36, 'eastern-us': 10, 'mountain-us': 6, 'afghanistan': 26, 'japan-korea': 35, 'eastern-europe': 21, 'dateline': 1, 'western-europe': 20, 'australia-wt': 32, 'arabian': 25, 'indiana': 11, 'santiago': 13, 'arizona': 7, 'iran': 24, 'azores': 18, 'australia-et': 37, 'buenos-aires': 16, 'tonga': 40, 'bangkok': 31, 'new-zealand': 39, 'bangladesh': 29, 'central-pacific': 38, 'atlantic-canada': 12, 'ewfoundland': 14, 'brasilia': 15, 'hawaii': 3, 'russia-iraq': 23, 'mexico-city': 9, 'hong-kong': 33, 'western-samoa': 41, 'pacific-us': 5.

This parameter is used to indicate the number of hours to adjust for Daylight Saving Time. plus-two(1), plus-one(2), unchanged(3), minus-one(4), minus-two(5) Enumeration: 'unchanged': 3, 'minus-two': 5, 'plus-two': 1, 'minus-one': 4, 'plus-one': 2.

This parameter displays the current time got from the SNTP server

This table contains wireless stations statistics.

This parameter represents the entry for wirelessIfStaStatsTable. This is indexed by interface and VAP numbers.

This parameter represents the index for the wirelessIfStaStatsTable.

This parameter is user defined represents the index of the stations statistics wireless interface table. This table is limited to 255 entries.

This parameter represents the number of the station statistics for wireless interface table. You can configure up to 2 entries.

The parameter represents the VAP that can be configured for wireless interface. You can configure up to 4.

This parameter represents the MAC address of the station for wireless interface for which the statistics are gathered.

This parameter represents the Management frames that are recevied..

This parameter represnets the control frames that are recevied.

This parameter represents the unicast frames that are recevied.

This parameter represents the multicast frames that are recevied.

This parameter represents the number of bytes received.

This parameter represents the number of beacons received.

This parameter represents the number of probe requests recevied.

This parameter represents the duplicate frames recevied.

This parameter represents the no privacy information recevied.

This parameter represents the failed WEP information recevied.

This parameter represents the failed deMIC information recevied.

This parameter represents the failed decapulation information recevied.

This parameter represents the failed defragmentation information recevied.

This parameter represents the disassociated frames that are recevied.

This parameter represents the deauthenticated frames that are recevied.

This parameter represents the decrypt information failed on CRC recevied.

This parameter represents the unauthorized port information recevied.

This parameter represents the unencrypted information recevied.

This parameter represents the data frames that are transmitted.

This parameter represents the management frames that are transmitted.

This parameter represents the number of unicast frames from the station that are further transmitted either by the bridge/router or by the internal host.

This parameter represents the number of multicast frames from the station that are further transmitted either by the bridge/router or by the internal host.

This parameter represents the number of bytes from the station that are further transmitted either by the bridge/router or by the internal host.

This parameter represents the number of transmitted probe request from the station either by the bridge/router or by internal host.

This parameter represents the end of service period.

This parameter displays the power save mode.

This parameter represents the number of associated frames transmitted.

This parameter represents the number of the failed associated frames transmitted.

This parameter represents the number of the authentication frames transmitted.

This parameter represents the failed authentication frames.

This parameter represents the deauthorized frames transmitted.

This parameter represents the deauthorized code transmitted.

This parameter represents the disassociation information transmitted.

This parameter representd the disassociation code transmitted.

This parameter represents the frequency on which the station is operating.

This parameter represents the present state of the station.

This parameter represents the RSSI (received signal strength) of the station.

This parameter represents the transmission rate of the station.

This parameter represents the authentication alogorithm used for the station.

This parameter represents the association ID of the station.

This parameter represents the VLAN tag of the station.

This parameter represents the association time of the station.

This parameter represents the transmission power of the station.

This parameter represents the inactivity time of the station.

This parameter represents the wireless operating mode of station.

This parameter represents the HT (high throughput) capability in 11n mode.

This table contains WORP stations statistics.

This parameter represents an entry in the WORP Interface Satellite Statistics Table.

This parameter represents the table index for Station Stats Table.

This parameter represents the MAC address of the satellite for which the statistics are gathered.

This parameter identifies the name of the base unit being tested with.

The current signal level calculated over all inbound packets. This variable indicates the running average of the local signal level using the algorithm (3/4*oldvalue + 1/4*newvalue).

The current noise level calculated over all inbound packets. This variable indicates the running average of the local noise level using the algorithm (3/4*oldvalue + 1/4*newvalue).

The current remote signal level calculated over the inbound packets send by this station. This variable indicates the running average over all registered stations of the remote signal level using the algorithm (3/4*oldvalue + 1/4*newvalue).

The current average remote noise level calculated over the inbound packets send by this station. This variable indicates the running average over all registered stations of the remote noise level using the algorithm (3/4*oldvalue + 1/4*newvalue).

The number of requests for service sent (satellite) or received (base).

The number of polls with data sent (base) or received (satellite).

The number of polls with no data sent (base) or received (satellite).

The number of poll replies with data sent (satellite) or received (base). This counter does not include replies with the MoreData flag set (see ReplyMoreData).

The number of poll replies with no data sent (satellite) or received (base).

The number of data packets sent that were acknowledged and did not need a retransmit.

The number of data packets sent that needed retransmition but were finally received succesfully by the remote partner.

The number of data packets sent that were (finally) not received succesfully by the remote partner.

The number of data packets received that were acknowledged and did not need a retransmit of the remote partner.

The number of data packets received that needed retransmition by the remote partner but were finally received succesfully.

The number of data packets that were (finally) not received succesfully.

The number of times a poll was sent but no reply was received. This parameter only applies to the base.

This parameter represents the Transmit Data Rate of the BSU.

This parameter represents the Transmit Data Rate of the SU which is registered to this SU.

This parameter represents the port number of the bridge for which this station is connected.

When this parameter indicates the local chain balance status. Enumeration: 'balanced': 2, 'notApplicable': 1, 'notBalanced': 3.

When this parameter indicates the remote chain balance status. Enumeration: 'balanced': 2, 'notApplicable': 1, 'notBalanced': 3.

This parameter represents the number of stations connected.

This table is used to monitor the statistics of interfaces that run WORP.

This parameter represents an entry in the WORP Interface Statistics Table.

This parameter represents the radio interface for which the WORP statistics are gathered and index to the wirelessIfWORPStats table.

This parameter displays the current signal level calculated over all inbound packets.

This parameter displays the current noise level calculated over all inbound packets.

This parameter displays the current signal level calculated over the inbound packets received at the peer end.

This parameter displays the current noise level calculated over the inbound packets received at the peer end.

This parameter displays the number of remote partners. For a satellite, this parameter will always be zero or one.

This parameter displays the number of Announcement messages sent (base) or received (satellite) on WORP interface

This parameter displays the number of requests for service messages sent (satellite) or received (base).

This parameter displays the number of registration request messages sent (satellite) or received (base) on WORP interface.

This parameter displays the number of registration reject messages sent (base) or received (satellite) on WORP interface.

This parameter displays the number of authentication request messages sent (satellite) or received (base) on WORP interface.

This parameter displays the number of authentication confirm messages sent (base) or received (satellite) on WORP interface.

This parameter represents the number of times a Registration Attempt has been initiated.

This parameter represents the number of registration attempts that is not completed yet.

This parameter represents the number of times the registration procedure timed out.

This parameter represents the reason for why the last registration was aborted or failed. Enumeration: 'none': 1, 'incorrectParameter': 3, 'lowQuality': 6, 'timeout': 5, 'roaming': 4, 'noMoreAllowed': 2.

This parameter represents the number of polls with data messages sent (base) or received (satellite).

This parameter represents the number of polls with no data messages sent (base) or received (satellite).

This parameter represents the number of poll replies with data messages sent (satellite) or received (base).

This parameter represents the number of poll replies with more data messages sent (satellite) or received (base).

This parameter represents the number of poll replies with no data messages sent (satellite) or received (base).

This parameter represents the number of times a poll messages were sent but no reply was received. The parameter in valid only on BSU.

This parameter displays the number of data messages sent and acknowledged by the peer successfully.

This parameter displays the number of data messages that are re-transmitted and acknowledged by the peer successfully.

This parameter displays the number of data messages that requires re-transmission. These frames are not acknowledged by the peer.

This parameter displays the number of data messages received and acknowledged successfully.

This parameter displays the number of successfully received re-transmitted data messages.

This parameter displays the number of data messages that were not received successfully.

This parameter provides information about the total assigned (provisioned) uplink Committed Information Rate(CIR) including all SUs.

This parameter provides information about the total assigned (provisioned) downlink Commtied Information Rate(CIR) including all SUs.

This parameter provides information about the total assigned (provisioned) uplink Maximum Information Rate(MIR) including all SUs.

This parameter provides information about the total assigned (provisioned) downlink Maximum Information Rate(MIR) including all SUs.

This parameter provides information about the total active uplink Committed Information Rate(CIR).

This parameter provides information about the total active downlink Committed Information Rate(CIR).

This parameter provides information about the total active uplink Maximum Information Rate(MIR).

This parameter provides information about the total active downlink Maximum Information Rate(MIR).

This parameter provides information about the current bandwidth utilization on the uplink direction.

This parameter provides information about the current bandwidth utilization on the downlink direction.

This table shows the blacklisted channel information.

This parameter represents an entry in the wireless interface blacklisted info table.

This parameter is used as index to the wirelessIfBlacklistInfoTable and represents the radio number.

This parameter is used as secondary index to the wirelessIfBlacklistInfoTable and represents the channel blacklisted.

This parameter shows the blacklisted channel number.

This parameter shows the reason for the channel blacklisting.

This parameter shows the time since the channel is blacklisted.

This table holds the WORP link test configuration parameters.

This parameter represents the WORP link test conf table entry status.

This parameter represents the index for the WORP link test conf table.

This parameter is used to start/stops WORP link test. Enumeration: 'start': 1, 'stop': 2.

This parameter shows the progress of the WORP link test. Enumeration: 'idle': 1, 'stopped': 3, 'inProgress': 2, 'timeOut': 4.

The value of this parameter determines the time (in seconds) that a link test will continue without any SNMP requests for a Link Test Table entry. When the time expires the Link Test Table is cleared.

This table contains the information for the stations currently associated with the access point.

This parameter represents the entry in the Remote Link Test table.

This parameter represents a unique value for each station. The value for each station must remain constant at least from one explore to the next.

This parameter represents a unique value for each station. The value for each station must remain constant at least from one explore to the next.

When this parameter is set to 2 the device will initiate a link test sequence with this station. Enumeration: 'enable': 1, 'disable': 2.

This parameter identifies the name of the station whom which the link test is being performed.

This parameter represents the MAC address that will be mapped to the IP Address of the station.

This parameter shows the link status of WORP connectivity. Enumeration: 'down': 2, 'up': 1.

The current signal level (in dB) for the link test from this station. This parameter indicates the running average of the local signal level using the algorithm (3/4*oldvalue + 1/4*newvalue).

The current noise level (in dB) for the link test to this station. This parameter indicates the running average of the local noise level.

The current signal to noise ratio for the link test to this station.

The minimum signal level during the link test to this station.

The minimum noise level during the link test to this station.

The minimum signal to noise ratio during the link test to this station.

The maximum signal level during the link test to this station.

The maximum noise level during the link test to this station.

The maximum signal to noise ratio during the link test to this station.

The current signal level for the link test to the remote station or access point.

The current noise level for the link test to the remote station or access point device.

The current signal to noise ratio for the link test to the remote station or access point device.

The minimum signal level during the link test to the remote station or access point device.

The minimum noise level during the link test to the remote station or access point device.

The minimum signal to noise ratio during the link test to the remote station or access point device.

The maximum signal level during the link test to the remote station or access point device.

The maximum noise level during the link test to the remote station or access point device.

The maximum signal to noise ratio during the link test to the remote station or access point device.

This table holds the statistics for the wireless interface(s).

This parameter represents the entry for the wirelessIfStatsTable.

This parameter represents the index for the wirelessIfStatsTable.

This parameter shows the number of transmitted packets from the wireless interface.

This parameter shows the number of transmitted bytes from the wireless interface.

This parameter shows the number of received packets from the wireless interface.