DRAGONWAVE-HCP-MIB: View SNMP OID List / Download MIB

Writing '1' to this object resets the system. Enumeration: 'reset': 1.

Writing '1' or 'save' to this object save all MIB values. Enumeration: 'save': 1.

The current operational state of the system. Testing indicates that no operational packets can be passed. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

Changes the working speed of the system.

Indicates the maximum speed that this system can operate at. Due to backwards compatibility issue, 0 value should be treated as 0 Mbps.

Enter your key here along with the maximum speed for that key to upgrade the system speed. Format: [speed] [key] Example: 800 abc123

This object indicates the number of times the licensed speed has been changed successfully. It is used when generating new license keys for your system.

Reduce your licensed speed by entering a speed to this object and take note of the generated key in hzCpLicensedSpeedConfirmationKey. Format: [speed] Example: 200

This object indicates the number of times the licensed speed has been changed successfully. It is used when generating new license keys for your system.

This read-only object will show a 'key' after successfully downgrading the license speed.

This object indicates the difference for the dropped speed.

A textual string containing Part Number of the Frequency File

A textual string containing Serial Number of the Unit.

A textual string containing the Assembly Number of the Unit.

A textual string containing Serial no of the Modem.

A textual string containing assembly no of the Modem.

A textual string containing Serial no of the PSU.

A textual string containing assembly no of the PSU.

A textual string containing Serial no of the RF.

A textual string containing assembly no of the RF.

A textual string containing Serial no of the Diplexer.

A textual string containing assembly no of the Diplexer.

A textual string containing system CLEI code.

Table contains the software inventory.

Software inventory entry.

Software bank in the flash. Enumeration: 'bank-B': 2, 'bank-A': 1.

Software bank status. Enumeration: 'active': 1, 'standby': 2.

The version number of the Omni.

The version number of the frequency file.

The version number of the system MIB.

The version number of the bootloader.

The MAC Address of the peer network interface card.

The IP Address of the peer network interface card.

The subnet mask for the peer network interface card.

The default gateway address of the peer node.

The peer IPv6 prefix.

The peer IPv6 domain.

The peer IPv6 address.

The peer IPv6 gateway domain.

The peer IPv6 gateway address.

allows the user to set system redundancy mode: [ off | primary-hsb | secondary-hsb | primary-x2 | secondary-x2 ] Enumeration: 'primary-x2': 4, 'primary-hsb': 2, 'secondary-hsb': 3, 'off': 1, 'secondary-x2': 5.

Allows the user to override the active link. User can force the link to stay on either force-active, force-standby, auto or manual. Enumeration: 'force-active': 2, 'auto': 1, 'force-standby': 3.

Allows the user to set standby payload port state. Enumeration: 'on': 2, 'off': 1, 'pulse': 3.

Allows the user to switch redundancy state. Enumeration: 'on': 1.

When set to local-node, each node is managed locally through specified management interface. When set to standby-node, the management traffic for the partner is processed through the standby node interface. Enumeration: 'local-node': 1, 'standby-node': 3, 'active-node': 2.

Time, in miliseconds, given to the primary unit to establish a link once it becomes active.

The percent of allowed bad blocks, on the primary unit, needed to establish a link.

Time, in miliseconds, given to the secondary unit to establish a link once it becomes active.

The percent of allowed bad blocks, on the secondary unit, needed to establish a link.

The period of time, in milliseconds, for which the Fault Threshold is applied.

The maximum percentage of the bad blocks allowed in specified Fault Sample Period to maintain link when in active state.

The MAC Address of the partner node.

The IP Address of the partner node.

The subnet mask for the partner node.

The default gateway address of the partner node.

The IPv6 prefix of the partner node.

The IPv6 domain of the partner node.

The IPv6 address of the partner node.

The IPv6 gateway domain of the partner node.

The IPv6 gateway address of the partner node.

The MAC Address of the partner's peer node.

The IP Address of the partner's peer node.

The subnet mask for the partner's peer node.

The default gateway address of the partner's peer node.

The IPv6 prefix of the partner's peer node.

The IPv6 domain of the partner's peer node.

The IPv6 address of the partner's peer node.

The IPv6 gateway domain of the partner's peer node.

The IPv6 gateway address of the partner's peer node.

Disables or enables the partner's auto discovery. Enumeration: 'on': 2, 'off': 1.

The MAC Address for partner to be used when the auto discovery is disabled.

Disables or enables the VLAN tagging for partner's communication. VLAN tagging is the practice of inserting a VLAN Id into a packet header in order to identify which VLAN the packets belongs to. Enumeration: 'on': 2, 'off': 1.

Indicates the VLAN Tag Id (1...4095) for partner's communication.

The priority for VLAN tagging (0...7) for partner's communication.

Indicates the redundancy user traffic status.

Indicates the redundancy wireless link status.

Indicates the redundancy ethernet cross link status. Primary node is active and processing user traffic at one end of the link, and secondary node is active at the other end of the link resulting in end to end cross connection to user network equipment.

Indicates the redundancy port group status.

What the user sets is cached until the loopback is started. The get returns the running status of the active loopback type. Enumeration: 'networkNearEnd': 4, 'networkFarEnd': 5, 'off': 1, 'radioNetwork': 3, 'radioNonNetwork': 2.

The loopback timeout period.

The MAC address used for network loopback.

The user queue used for far-end network loopback.

The user enet port used for network loopback. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

Start the loopback by writing '1' to this object. Enumeration: 'start': 1.

Stop the loopback by writing '1' to this object. Enumeration: 'stop': 1.

A table of Wireless Interface Modems

A Wireless Interface Modem

A unique value for each interface. Enumeration: 'modem-1': 1.

This service effecting object accepts either 'up' or 'down' to diagnose whether the modulation speed can be increased or decreased respectively for modem. Poll the hzCpHitlessAamModemDiagnosticResult object to determine the results. Enumeration: 'down': 2, 'up': 1.

The result from Hitless AAM Diagnostic is read from this object.

A counter representing the number of queue-freezup error correction that has encountered in the system.

A table of system upgrade feature groups.

A system upgrade feature group entry containing all licensed feature groups.

A unique value for each licensed group. Enumeration: 'encryption': 5, 'eoamEcfmLldp': 2, 'bac': 4, 'rls': 1, 'hitlessAam': 3.

The key required for upgrading a feature.

This object indicates the number of times the licensed feature has been changed successfully.

A table of system downgrade system groups.

A system downgrade feature group entry containing all licensed feature groups.

A unique value for each licensed group. Enumeration: 'encryption': 5, 'eoamEcfmLldp': 2, 'bac': 4, 'rls': 1, 'hitlessAam': 3.

Downgrading a licensed feature. Enumeration: 'downgrade': 1.

This object indicates the number of times the licensed feature has been downgraded.

The key generated after downgrading a licensed feature.

A table of licensed feature groups.

A system feature group entry containing all licensed feature groups.

A unique value for each licensed group. Enumeration: 'encryption': 5, 'eoamEcfmLldp': 2, 'bac': 4, 'rls': 1, 'hitlessAam': 3.

The name of the licensed feature group.

Specifies whether the feature group is unlicensed or licensed. Enumeration: 'unlicensed': 1, 'licensed': 2.

The serial number of the peer node that this node will communicate with. This is only used when authentication mode is set to unique.

This sets the authentication mode for the system. If configured for unique authentication, a node only exchanges user traffic with one other node. The serial number is used in this case. If configured for group authentication, a node exchanges user traffic with another node of the same group and uses the authentication keys. Enumeration: 'none': 1, 'unique': 2, 'group': 3.

This sets the authentication failure action for the system. Block traffic will block all user traffic including remote management access. Pass traffic will allow all user traffic to be sent and recieved Enumeration: 'blockTraffic': 1, 'passTraffic': 2.

Specifies the current authentication status of the system. Authenticated means authentication is on and the system has been authenticated, notAuthenticated means authentication is off or the system has not communicated yet with the other node, explicit authentication failure means authentication is on and authentication has failed Enumeration: 'authenticated': 2, 'explicitAuthenticationFailure': 3, 'notAuthenticated': 1.

The serial number of the group that this node will communicate within. This is only used when authentication mode is set to group.

A string in the format as follows: XX/YY/ZZ Where XX = day of month (range 01 to 31) YY = month of year(range 01 to 12) ZZ = year (range 01 - 99)

A string in the format as follows: aa:bb:cc.ddd Where aa = hour of day ( range 00 to 23 ) bb = minute of hour ( range 00 to 59 ) cc = second of minute( range 00 to 59 ) ddd = thousandths of second (range 000 to 999)

Date and Time for the last System time adjustment

Last System time adjustment in hundredths of seconds

Cumulative System time adjustmen in hundredths of seconds

Indicates whether SNTP feature is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

System time offset from GMT in tenths of hours. For example, an offset of 10 indicates 10 tenths, or 1 hour. An offset of 5 indicates half an hour.

Table containing SNTP server entries

Contains the SNTP server information

A unique value for each server.

The IP address of the SNTP server. This object is deprecated by hzCpSntpServerAddress. The value is 0.0.0.0 if not available or not applicable.

The status of the SNTP server. Enumeration: 'failed': 2, 'good': 1.

Specifies the stratum of a server, 0 for failed server

Table containing SNTP server entries

Contains the SNTP server information

A unique value for each server.

Indicates SNTP server inet address type. Valid types are ipv4 or ipv6.

Indicates SNTP server inet address octet string.

The status of the SNTP server. Enumeration: 'failed': 2, 'good': 1.

Specifies the stratum of a server, 0 for failed server

Restores SNTP servers to default Addresses. Enumeration: 'restore': 1.

In manual mode, syncE source will use primary clock source and when the primary source has loss of lock, the syncE goes into holdover. The primary source will be used again after it comes back. In auto mode, if the current source has trouble, it will try to recover from the other source. Enumeration: 'manual': 2, 'off': 1, 'auto': 3.

Selects which port to be used as syncE master clock source. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4, 'wp1': 5, 'free-run': 6.

Selects which port to be used as syncE secondary when the master syncE is not available. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4, 'wp1': 5, 'free-run': 6.

Enter a string indicating all SyncE member ports. Example: p1 p4 Port options: p1 p2 p3 p4 wp1

This forces SyncE into holdover mode. After the configurable timeout value, the forced holdover will be over. The forced timeout can be 0 to 300sec, 0 means infinite and default is 30sec. An example of the format of the string is as follows: 'on 20' or 'off'. The second parameter when holdover is the time in sec. The single quote marks i.e. ' ' are not used in the command.

In revertive mode, if the current source is secondary and the primary is Ok for configured amount of time, the primary will be used. The default revertive time is 10sec. An example of the format of the string is as follows: 'on 20' or 'off'. The second parameter when revertive is turned on is the time in sec. The single quote marks i.e. ' ' are not used in the command.

Retrieves Synce clock source. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4, 'wp1': 5, 'free-run': 6.

Retrieves Synce acquisition status.

ITU G.8262 specifies different wander filter requirements for networks based on the 2.048 kbit/s hiearchy , option1, vs those based on the 1.544kbit/s hiearchy, option2. Option 2 specifies a low pass filter bandwidth of 0.1Hz, while option1 specifies a badwidth between 1 and10 Hz. Enumeration: 'option2': 2, 'option1': 1.

Configures the average period used for computing the running average BAC gain and uncompressed ratio. Default average period is set to 10 seconds.

Table containing BAC entries

Contains the BAC information for all queues

A unique value for each of the 8 Queues. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

Configure queue compression state to disable/enable. Enumeration: 'disabled': 1, 'enabled': 2.

Configure queue compression block size (256...8000). Block size has to be in increments of 64 bytes. Otherwise it will be rounded off to nearest 64 bytes. Valid block sizes are <256 512 1024 4032 8000>

Enables/disables logging of BAC related statistics like Maximum BAC gain and Maximum uncompressed ratio on a per queue basis to syslog and flashlog. Enumeration: 'on': 2, 'off': 1.

Running average Uncompressed ratio is calculated by collecting n samples of bytes uncompressed and bytes in data over specified average period in percentage.

The Running Average BAC gain is the sum of all bytes getting into the compressor divided by the sum of all bytes compressed and bytes uncompressed calculated over an average period.

As string representing the vendor OUI code. Example: 00-00-0C for Cisco

The Maintenanc level of Bandwidth VSM. The valid range is between 0-7. By default, the BW-VSM is associated with Maintenance Level 0.

The wait time before sending vendor specific message.

This indicates the VSM transmission period. The default value is 10 seconds. Enumeration: 'one-min': 3, 'ten-sec': 2, 'one-sec': 1.

Bandwidth VSM can be configured to be transmitted with a configurable valid VLAN tag. By default, the BW-VSM will be sent untagged. Enumeration: 'enable': 2, 'disable': 1.

This indicates the VSM VLAN Id.

This indicates the VSM priority. The valid range is between 1-7 and the default priority is 7.

The vendor specific message will only be sent out through the specified ports in the list. Port options: a comma-separted list of ports p1 to p4 Example: p1,p2

This enables or disables vendor specific messaging. Enumeration: 'enable': 2, 'disable': 1.

Performance Monitoring table for Radio Synchronous Physical Interface thresholds.

Contains information for Radio Synchronous Physical Interface thresholds.

Index to PM RSPI Threshold table.

Receive Level Threshold 1, represents the number of seconds below the first threshold.

Receive Level Threshold 2, represents the number of seconds below the second threshold.

Receive Level Threshold 3, represents the number of seconds below the third threshold.

Receive Level Threshold 4, represents the number of seconds below the fourth threshold.

Transmit Level Threshold 1, represents the number of seconds below the first threshold.

Transmit Level Threshold 2, represents the number of seconds below the second threshold.

This object is used for applying all RSPI thresholds simultaneously.

Performance Monitoring table for Capacity thresholds.

Contains information for Capacity thresholds.

Index to PM Capacity Threshold table.

Transmit Hits Threshold 1.

Receive Hits Threshold 1.

This object is used for applying all Capacity thresholds simultaneously.

The MAC Address of the system.

Indicates whether Telnet access is allowed. Enumeration: 'disabled': 1, 'enabled': 2.

Indicates whether ssh access is allowed. Enumeration: 'disabled': 1, 'enabled': 2.

Describes the network management interface connection options. Enter a string indicating the management port. Example: p3 Port options: p1 or p2 or p3 or p4 or dp1 or dp2 or dp3 or dp4 Note: Need to set hzCpNetMgmtAppyToSystem if you want the changes to take effect in the system.

Indicates the VLAN Tag Id (1...4095). Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

The priority for VLAN tagging (0...7) Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

Disables or enables VLAN tagging. VLAN tagging is the practice of inserting a VLAN Id into a packet header in order to identify which VLAN the packets belongs to. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set. Enumeration: 'enable': 2, 'disable': 1.

The Differentiated Serices Code Point (DSCP) priority to classify and prioritize types of traffic (0...63) Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

The IP Address of the system. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

The subnet mask for the system. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

The default gateway for the system. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

Indicates ipv6 inet address type.

Indicates ipv6 inet address octet string. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

Indicates ipv6 prefix. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

Indicates ipv6 gateway inet address type.

Indicates ipv6 gateway inet address octet string. Note: Changing this option doesn't get applied to the system unless hzCpNetMgmtAppyToSystem is set.

Indicates ipv6 link local inet address type.

Indicates ipv6 link local inet address octet string.

If system allows, setting this oid applies all network management interface changes to the system and a system reset can be avoided. Enumeration: 'apply': 1.

Specifies the user access to the system. If access is set to 'explicitManagers' then only managers with ip addresses set in snmpManagersTable will be able to gain SNMP access to the system. If access is set to 'any' then any manager with any-community-name will be able to gain SNMP access to the system Enumeration: 'explicitManagers': 1, 'any': 2.

The community string name used by the 'any' manager.

Indicates whether SNMP SET requests are allowed. Enumeration: 'disabled': 1, 'enabled': 2.

Table containing snmp manager entries

Contains the snmp manager information

A unique value for each manager.

This object is deprecated by hzCpSnmpManagerAddress. The value is 0.0.0.0 if not available or not applicable.

The community string name used by the manager.

Specifies whether a specific manager is allowed to access the system. This object is deprecated by hzCpSnmpManagersActivated. The value is 0.0.0.0 if not available or not applicable. Enumeration: 'notActive': 1, 'active': 2.

Table containing snmp V3 manager entries

Contains the snmp v3 manager information

A unique value for each v3 manager.

The user name of the v3 Manager.

The authentication alogorithm used by the v3 manager. Enumeration: 'sha': 3, 'noAuth': 1, 'md5': 2.

The authentication password of the v3 Manager.

The privacy encryption alogorithm used by the v3 manager. Enumeration: 'des': 2, 'noPriv': 1.

The privacy password of the v3 Manager.

Specifies whether a specific v3 manager is allowed to access the system Enumeration: 'notActive': 1, 'active': 2.

Indicates the running SNMP version on the system. Enumeration: 'v2c': 3, 'v1': 2, 'v3': 4, 'off': 1.

Table containing snmp manager entries

Contains the snmp manager information

A unique value for each manager.

Indicates snmp manager inet address type. Valid types are ipv4 or ipv6.

Indicates snmp manager inet address octet string.

The community string name used by the manager.

The Ip Address prefix length. The valid range for IPV4 Address is 1-32 and for IPV6 is 1-128.

Specifies whether a specific manager is allowed to access the system. This object deprecates hzCpSnmpManagerActivatedDep. Enumeration: 'notActive': 1, 'active': 2.

Table containing SNMP trap host entries.

The snmp trap host entry containing all the trap host information

A unique value for each trap host.

This object is deprecated by hzCpSnmpV3TrapHostAddress. The value is 0.0.0.0 if not available or not applicable.

The community string name used in Traps.

This object is deprecated by hzCpSnmpTrapHostActivated. The value is 0.0.0.0 if not available or not applicable. Enumeration: 'notActive': 1, 'active': 2.

Table containing snmp V3 trap host entries

Contains the snmp v3 trap host information

A unique value for each v3 trap host.

This object is deprecated by hzCpSnmpV3TrapHostAddress. The value is 0.0.0.0 if not available or not applicable.

The user name of the v3 trap host.

The authentication alogorithm used by the v3 trap host. Enumeration: 'sha': 3, 'noAuth': 1, 'md5': 2.

The authentication password of the v3 trap host.

The privacy encryption alogorithm used by the v3 trap host. Enumeration: 'des': 2, 'noPriv': 1.

The privacy password of the v3 trap host.

Specifies whether a specific v3 trap host is allowed to access the system Enumeration: 'notActive': 1, 'active': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies whether this trap is to be sent or not. Enumeration: 'disabled': 1, 'enabled': 2.

Table containing SNMP trap host entries.

The snmp trap host entry containing all the trap host information

A unique value for each trap host.

Indicates snmp trap host inet address type. Valid types are ipv4 or ipv6.

Indicates snmp trap host inet address octet string. This object deprecates hzCpSnmpTrapHostIpAddressDep.

The community string name used in Traps.

Specifies whether traps are to be sent to this specific host or not. This object deprecates hzCpSnmpTrapHostActivatedDep. Enumeration: 'notActive': 1, 'active': 2.

Table containing snmp V3 trap host entries

Contains the snmp v3 trap host information

A unique value for each v3 trap host.

Indicates v3 trap host inet address type. Valid types are ipv4 or ipv6.

Indicates snmp v3 trap host inet address octet string. This object deprecates hzCpSnmpV3TrapHostIpAddressDep.

The user name of the v3 trap host.

The authentication alogorithm used by the v3 trap host. Enumeration: 'sha': 3, 'noAuth': 1, 'md5': 2.

The authentication password of the v3 trap host.

The privacy encryption alogorithm used by the v3 trap host. Enumeration: 'des': 2, 'noPriv': 1.

The privacy password of the v3 trap host.

Specifies whether v3 traps are to be sent to this specific host or not. This object deprecates hzCpSnmpV3TrapHostActivatedDep. Enumeration: 'notActive': 1, 'active': 2.

If strict mode is off, the super user can login when radius is turned off or unreachable. Enumeration: 'on': 2, 'off': 1.

Timeout period for authentication requests

Time to declare an unresponsive server 'dead'

Maximum number of retransmits to an unresponsive server

Table containing radius server entries

Contains the SNTP server information

A unique value for each radius server.

The IP address of the configured radius server. This object is deprecated by hzCpRadiusCfgdHostAddress. The value is 0.0.0.0 if not available or not applicable.

The key of the configured radius server.

Table containing radius server entries

Contains the SNTP server information

A unique value for each radius server.

Indicates configured radius radius inet address type. Valid types are ipv4 or ipv6.

Indicates configured radius server inet address octet string. This object deprecates hzCpRadiusCfgdHostIpAddressDep.

The key of the configured radius server.

A table of user sessions

User session entry

A unique value for each user. Enumeration: 'user6': 6, 'user7': 7, 'user4': 4, 'user5': 5, 'user2': 2, 'user3': 3, 'user1': 1, 'user8': 8, 'user9': 9, 'user10': 10, 'user11': 11, 'user12': 12, 'user13': 13, 'user14': 14, 'user15': 15, 'user16': 16, 'user17': 17, 'user18': 18, 'user19': 19, 'user20': 20.

The username of a management session using Telnet or HTTP. The session state variable must be checked to determine if the management session is currently in progress.

Either telnet, ssh, http or https. Ethernet connection may be through any physical port(s) dedicated to management of the equipment.

The state of the session. The session is inProgress if the user is currently logged into the system. The session is terminated if the user has logged out of the system. Enumeration: 'informationNotAvailable': 1, 'sessionInProgress': 3, 'sessionTerminated': 2.

Indicates whether HTTP is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Returns the HTTPS certificate status

the HTTPS access requirement for Admin user group. Enumeration: 'on': 2, 'off': 1.

the HTTPS access requirement for Noc user group. Enumeration: 'on': 2, 'off': 1.

the HTTPS access requirement for Super user group. Enumeration: 'on': 2, 'off': 1.

A table for enet port configuration

An entry for enet port configuration

A unique value for each enet port. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

Describes the port interface name

Turns auto-negotiation on or off for Ethernet Port. Turning off results in the interface defaulting to 100BaseT, Full Duplex. Enumeration: 'on': 1, 'off': 2.

Configure the port interface speed . Enumeration: 'x10M': 1, 'auto': 4, 'x1000M': 3, 'x100M': 2.

Configure the port interface duplex. Enumeration: 'auto': 3, 'full': 1, 'half': 2.

Configure the port interface media type. Enumeration: 'copper': 1, 'fiber': 2, 'auto': 3.

Enable or disable the admin status of the port. Enumeration: 'on': 1, 'off': 2.

When PAUSE is enabled, port pause frames can be generated by the system and the pause frames will flow toward the link partner on the network. When PAUSE is not enabled, no pause frames will be generated by the system. Enumeration: 'on': 1, 'off': 2.

For port the default maximum frame size is 1600 bytes. The settable maximum frame size must be a multiple of 128. If the chosen maximum frame size is not a multiple of 128, its closest number which is a multiple of 128 is actually used. The settable lowest maximum frame size is 1664, and the settable highest maximum frame size is 9600. If the chosen maximum frame size is out of this range, the default maximum frame size of 1600 is used.

When it is on, optical transmitter for port1 is enabled. Otherwise optical transmitter is disabled. This option is valid for port1 only if media type is configured as fiber. Enumeration: 'on': 2, 'off': 1.

Enables or disables enet-port3 or enet-port4. Enumeration: 'enable': 2, 'disable': 1.

Enables or disables payload on a specific port. If payload state is disabled for that port, it's considered as purely management. Enumeration: 'enable': 2, 'disable': 1.

A table for enet port status

An entry for enet port status

A unique value for each enet port. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

Indicates the port link status. Enumeration: 'down': 1, 'up': 2, 'invalid': 3.

Indicates the port AutoNegotiation status. Enumeration: 'on': 1, 'off': 2, 'invalid': 3.

Indicates the port interface speed status. Enumeration: 'x10M': 1, 'auto': 4, 'x1000M': 3, 'x100M': 2, 'invalid': 5.

Indicates the port interface duplex status. Enumeration: 'auto': 3, 'full': 1, 'invalid': 4, 'half': 2.

Indicates the port interface media status. Enumeration: 'copper': 1, 'fiber': 2, 'invalid': 4, 'auto': 3.

A table for enet port stats

An entry for enet port stats

A unique value for each enet port. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

The total number of packets that higher-level protocols requested be transmitted to a subnetwork-unicast address, including those that were discarded or not sent.

The total number of packets that higher-level protocols requested be transmitted to a non- unicast (i.e., a subnetwork-broadcast or subnetwork-multicast) address, including those that were discarded or not sent.

The total number of bytes received on the interface, including framing characters.

The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space.

The number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol.

The number of packets received via the interface which were discarded because of rx frames CRC errors.

The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space.

The current count of aggregated port egress frames.

The current count of aggregated port egress bytes.

The current count of aggregated port ingress frames.

The current count of aggregated port ingress bytes.

The current count of aggregated frames received that were discarded due to length error.

The current count of aggregated frames received that were discarded due to CRC error.

The current count of aggregated frames received that were discarded due to an error.

The carried load over link capacity for port.

The data rate coming into the ethernet for port. The data rate you see is multiplied by 100. e.g. A display of 1530 is actually 15.30 Mpbs

The data rate going out of the ethernet for port. The data rate you see is multiplied by 100. e.g. A display of 1530 is actually 15.30 Mpbs.

A table of enet aggregate frames.

An entry of enet aggregate frames.

A unique value for each of the 8 queues. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

The current count of frames in queues.

The current count of frames received in queues that were discarded due to an error. One possible reason is lack of buffer space.

A table for enet port stats

An entry for enet port stats

A unique value for each enet port. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

A low capacity 32-bit counter representing total number of packets that higher-level protocols requested be transmitted to a subnetwork-unicast address, including those that were discarded or not sent.

A low capacity 32-bit counter representing total number of packets that higher-level protocols requested be transmitted to a non- unicast (i.e., a subnetwork-broadcast or subnetwork-multicast) address, including those that were discarded or not sent.

A low capacity 32-bit counter representing total number of bytes received on the interface, including framing characters.

A low capacity 32-bit counter representing the number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space.

A low capacity 32-bit counter representing the number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol.

A low capacity 32-bit counter representing the number of packets received via the interface which were discarded because of rx frames CRC errors.

A low capacity 32-bit counter representing the number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space.

A low capacity 32-bit counter representing the current count of aggregated port egress frames.

A low capacity 32-bit counter representing the current count of aggregated port egress bytes.

A low capacity 32-bit counter representing the current count of aggregated port ingress frames.

A low capacity 32-bit counter representing the current count of aggregated port ingress bytes.

A low capacity 32-bit counter representing the current count of aggregated frames received that were discarded due to length error.

A low capacity 32-bit counter representing the current count of aggregated frames received that were discarded due to CRC error.

A low capacity 32-bit counter representing the current count of aggregated frames received that were discarded due to an error.

A low capacity 32-bit counter representing the carried load over link capacity for port.

A low capacity 32-bit counter representing the data rate coming into the ethernet for port. The data rate you see is multiplied by 100. e.g. A display of 1530 is actually 15.30 Mpbs

A low capacity 32-bit counter representing the data rate going out of the ethernet for port. The data rate you see is multiplied by 100. e.g. A display of 1530 is actually 15.30 Mpbs.

A table of enet aggregate frames.

An entry of enet aggregate frames.

A unique value for each of the 8 queues. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

A low capacity 32-bit counter representing the current count of frames in queues.

A low capacity 32-bit counter representing the current count of frames received in queues that were discarded due to an error. One possible reason is lack of buffer space.

A table of enet port vlan setting.

An entry of enet port vlan setting.

A unique name identifying each enet port. Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

Indicates default VLAN Tag Id (1...4095) per port.

Indicated default VLAN tagging priority (0...7) per port.

A table of Wireless Interface Modems

An entry of Wireless Interface Modem

A unique value for each Wireless Interface. Enumeration: 'wireless-port-1': 1, 'wireless-port-2': 2.

Describes the functionality of the Wireless Interface.

A table of Wireless Interface Modems

An entry of Wireless Interface Modem

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

The current operational state of the interface. Testing indicates that no operational packets can be passed. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

An estimate of the modem's channelized RSL. Divide the value by 10 to get the actual RSL value. Once this number is divided by 10 the units are dBm. For example -352 is actually -35.2dBm

The absolute value of the estimate of the modem's channelized RSL. Divide the value by 10 to get the actual RSL value. Once this number is divided by 10 the units are dBm. For example -352 is actually 35.2dBm

The modulation type of the modem, distinguished according to the physical/link protocol. Enumeration: 'qpsk': 1, 'qam2048': 9, 'qam512': 7, 'qam256': 6, 'qam128': 5, 'qam32': 3, 'qam16': 2, 'qam1024': 8, 'qam64': 4.

An estimate of the modem's current Rx bandwidth in bits per second. Divide the value by 10000 to get the actual data rate in Mbps

An estimate of the modem's current Tx bandwidth in bits per second. Divide the value by 10000 to get the actual data rate in Mbps

SNR value in dB. Divide the value by 10 to get the actual SNR.

The ratio of the modem Estimated Energy per information bit to Noise power spectral density. Divide the value by 10 to get the actual EbToNoiseRatio

Indicates the average magnitude of all the equalizer taps to provide a measure of how hard the equalizer is working.

A table of Wireless Interface Modem Statistics

Statistics for a Wireless Interface Modem

A unique value for each interface. Wireless-port-1 contains the local aggregate wireless statistics and wireless-port-2 contains the partner aggregate wireless statistics only in redundancy configuration mode. Enumeration: 'wireless-port-1': 1, 'wireless-port-2': 2.

The current count of Modem blocks transmitted.

The current count of Modem blocks received.

The current count of Modem blocks received in error.

The current count of Ethernet Combiner frames sent.

The current count of good Ethernet Combiner frames received.

The current count of Ethernet Combiner frames received in error.

The current count of Ethernet Combiner frames in the queue that were discarded.

A table of Wireless Interface Modem Statistics

Statistics for a Wireless Interface Modem

A unique value for each interface. Wireless-port-1 contains the local aggregate wireless statistics and wireless-port-2 contains the partner aggregate wireless statistics only in redundancy configuration mode. Enumeration: 'wireless-port-1': 1, 'wireless-port-2': 2.

A low capacity 32-bit counter representing the current count of Modem blocks transmitted.

A low capacity 32-bit counter representing the current count of Modem blocks received.

A low capacity 32-bit counter representing the current count of Modem blocks received in error.

A low capacity 32-bit counter representing the current count of Ethernet Combiner frames sent.

A low capacity 32-bit counter representing the current count of good Ethernet Combiner frames received.

A low capacity 32-bit counter representing the current count of Ethernet Combiner frames received in error.

A low capacity 32-bit counter representing the current count of Ethernet Combiner frames in the queue that were discarded.

A table of Wireless Interface Radios

An entry of Wireless Interface Radio

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

A textual string containing information about the radio. Includes the manufacturer, product name, software version, serial number, and hardware version of the radio.

The current operational state of the interface. Testing indicates that no operational packets can be passed. Testing also indicates that a firmware upgrade may be in progress Enumeration: 'down': 2, 'testing': 3, 'up': 1.

The gain of the radio in the transmit chain. Indicates the gain in dB.

The gain of the radio in the receive chain. Indicates the gain in dB.

Writing 1 to this object causes the radio to be reset. All other values are not recognized. This variable always reads back as 0. radioOperStatus should be polled by the user after this object is written to, to verify that the radio card has been reset.

This defines the programmed transmit level of the radio. The power you see is divided by 10. e.g. A display of 133 is actually 13.3 dBm. Notes: - If HAAM is enabled, transmit power cannot be changed. - Programmed and Actual transmit power may differ - see hzCpRadioActualTransmitPower.

This indicates the power option of the radio: normal or high power. Enumeration: 'highPower': 2, 'normal': 1.

This indicates the power option of the radio: normal or high power. Enumeration: 'on': 2, 'off': 1.

This defines the actual transmit state of the radio. Enumeration: 'on': 2, 'off': 1.

The Radio temperature in degree Celsius. The actual temperature is determined by dividing the number by 10. e.g. 202 is actually 20.2 degrees Celsius.

The maximum Transmit Power allowed.

This defines the actual transmit level of the radio. The power you see is divided by 10. e.g. A display of 133 is actually 13.3 dBm. This value will be undefined: - If the radio is operational and muted. - If the radio is not operational. - If the radio does not have transmit calibration tables programmed into its EEPROM, this transmit power level cannot be used as it is not possible to accurately calculate the actual transmit level. In this case this object will return -99.

The frequency group selected for Radio 1. The frequency subbands are divided into frequency groups txHigh and txLow. A system must have one node configured to txLow and the other node configure to txHigh Enumeration: 'none': 3, 'txHigh': 2, 'txLow': 1.

A table of radio bands for Radio 1. Frequency bands are divided into sub bands. i.e. FCC 23 Ghz Band is comprised of fcc23a, fcc23b, fcc23c and fcc23d which make up the entire FCC23 band

A radio band entry containing all the radio band values

A unique value for each radio band.

radio band ID. Changing this option might require a system reset unless the user has permission to set hzCpApplyFrequencyChangesToSystem after the changes.

The radio band name.

Specifies the operating radio band for the modem. ***Only 1 index may be selected in a 1 modem system. Enumeration: 'active': 1, 'notActive': 2.

A table of txHigh frequency settings for Radio 1

A TX-High or TX-Low Frequency entry containing all the frequency values

A unique value for each frequency channel.

The channel index for the frequency.

The RF TX frequency in KHz.

The RF RX frequency in KHz.

Specifies the operating frequency channel for the modem. ***Only 1 index may be selected in a 1 modem system. Enumeration: 'active': 1, 'notActive': 2.

The channel that has been programmed for Radio 1.

The programmed RF TX frequency in KHz.

The RF RX frequency in KHz.

A table of system mode settings. Radio Band needs to be configured before the system mode.

A system mode entry containing all the system mode values

A unique value for each system mode.

System mode Id.

The system mode name.

Specifies the operating system mode for the modem. Notes: Set Radio Band before System Mode Only 1 index may be selected. Changing this option might require a system reset unless the user has permission to set hzCpApplyFrequencyChangesToSystem after the changes. Enumeration: 'active': 1, 'notActive': 2.

If system allows, setting this oid applies the radio band, system mode and frequency changes dynamilcally and a system reset can be avoided. Enumeration: 'apply': 1.

This defines the diameter of the antenna represented in inches.

This defines the position of the antenna for radio 1. Enumeration: 'unknown': 1, 'horizontal': 3, 'vertical': 2, 'flat': 4.

The threshold, in percent, and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the percentage of frames that are dropped, the second is the time in seconds that the threshold must be exceeded. The single quote marks i.e. ' ' are not used in the command.

The percentage of available bandwidth threshold and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the threshold point in percent, the number of seconds that the threshold must be exceeded. The single quote marks i.e. ' ' are not used in the command.

A table of Q based Threshold Alarm settings

An entry based queues.

A unique identifier for one of the 8 queues Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

The threshold, in percent, and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the percentage of queue depth, the second is the time in seconds that the threshold must be exceeded.

The threshold, in percent, and the number of seconds that it must exceed this threshold are programmed by the user. An example of the format of the string is as follows: '70 10'. The first parameter is the percentage of frames that are dropped, the second is the time in seconds that the threshold must be exceeded.

A table of wireless threshold crossing alarms

An entry of wireless threshold crossing alarm

A unique identifier for each wireless port Enumeration: 'wireless-port-1': 1.

A read-write string: The threshold in dBm and the number of seconds threshold are programmed by the user. An example of the format of the string is as follows: '-75 10'. The first parameter power level in dBm, the second is the time in seconds that the threshold must be exceeded. In this example the threshold -75 dBm and the time is set to 10 seconds. The single quote marks i.e. ' ' are not used in the command.

A read-write string specifing the modem SNR threshold.

A table of alarm configuration

An entry of alarm configuration

A unique value for each alarm. Enumeration: 'synceConfigMismatch': 41, 'queueDroppedFramesThreshold': 10, 'queueDepthThreshold': 12, 'haamOnLowModulation': 4, 'synceLostLock': 35, 'redundancyEnetCrossLinkActive': 28, 'redundancyStandbyWLinkInUse': 30, 'ethernetSpeedReduced': 34, 'x2DeliveringHalfCapacity': 32, 'cryptoPowerUpTestsFailed': 42, 'redundancyStandbyOnPrimary': 31, 'radioCurrentOutOfLimits': 22, 'aggregateDroppedFramesThreshold': 9, 'rslBelowThershold': 19, 'haamConfigMismatch': 3, 'linkDown': 1, 'radioSynthLostLock': 20, 'atpcAutoDisabled': 6, 'radioLinearityCalError': 40, 'redundancyConfigMismatch': 25, 'rlsConfigMismatch': 13, 'tempOutOfLimits': 24, 'rlsQBasedShutdown': 15, 'modemEqStressAboveThreshold': 18, 'mibChangeNotSaved': 38, 'sntpUnreachable': 7, 'invalidSysConfig': 37, 'radioPowerAmp': 23, 'redundancyActiveOnSecondary': 26, 'bncSignalNotDetected': 33, 'redundancyOperatingInForcedSwitch': 27, 'cyptoConfigMismatch': 43, 'atpcConfigMismatch': 5, 'radioCalTableUnavailable': 21, 'rlsShutdownActivated': 14, 'transmitterLossOfSync': 39, 'modemRxLossOfSignal': 16, 'bwUtilizationThreshold': 11, 'peerAuthenticationFailure': 2, 'freqFileInvalid': 8, 'modemSnrBelowThreshold': 17, 'redundancyActiveUsingPartnerWLink': 29, 'synceSecondarySourceInUse': 36.

A unique value for each instance of an alarm.

The severity of the alarm as minor, major or critical. Enumeration: 'major': 2, 'critical': 3, 'minor': 1.

The state of the alarm which can be either enabled or disabled. Enumeration: 'enable': 2, 'disable': 1.

A table of alarm status

An entry of alarm status

A unique value for each alarm. Enumeration: 'synceConfigMismatch': 41, 'queueDroppedFramesThreshold': 10, 'queueDepthThreshold': 12, 'haamOnLowModulation': 4, 'synceLostLock': 35, 'redundancyEnetCrossLinkActive': 28, 'redundancyStandbyWLinkInUse': 30, 'ethernetSpeedReduced': 34, 'x2DeliveringHalfCapacity': 32, 'cryptoPowerUpTestsFailed': 42, 'redundancyStandbyOnPrimary': 31, 'radioCurrentOutOfLimits': 22, 'aggregateDroppedFramesThreshold': 9, 'rslBelowThershold': 19, 'haamConfigMismatch': 3, 'linkDown': 1, 'radioSynthLostLock': 20, 'atpcAutoDisabled': 6, 'radioLinearityCalError': 40, 'redundancyConfigMismatch': 25, 'rlsConfigMismatch': 13, 'cryptoConfigMismatch': 43, 'tempOutOfLimits': 24, 'rlsQBasedShutdown': 15, 'modemEqStressAboveThreshold': 18, 'mibChangeNotSaved': 38, 'sntpUnreachable': 7, 'invalidSysConfig': 37, 'radioPowerAmp': 23, 'redundancyActiveOnSecondary': 26, 'bncSignalNotDetected': 33, 'redundancyOperatingInForcedSwitch': 27, 'atpcConfigMismatch': 5, 'radioCalTableUnavailable': 21, 'rlsShutdownActivated': 14, 'transmitterLossOfSync': 39, 'modemRxLossOfSignal': 16, 'bwUtilizationThreshold': 11, 'peerAuthenticationFailure': 2, 'freqFileInvalid': 8, 'modemSnrBelowThreshold': 17, 'redundancyActiveUsingPartnerWLink': 29, 'synceSecondarySourceInUse': 36.

A unique value for each instance of an alarm.

Indicates whether the alarm exists or not. Enumeration: 'on': 2, 'off': 1.

Specifies the date and time when the alarm was raised. If the alarm never occured, the value shows as zero.

Specifies the date and time when the alarm was cleared. If the alarm never occured, the value shows as zero.

Indicates whether QOS is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Indicates the class of service tag type. Based on the setting Horizon will use the CoS value in the VLAN tag, or Q-in-Q inner VLAN tag, or Q-in-Q outer VLAN tag. Enumeration: 'cosQinQiTag': 2, 'cosVlan': 1, 'cosQinQoTag': 3, 'cosDscp': 4, 'cosMplsExp': 5.

Sets the value of the Q-in-Q inner tag. This tag is also used to classify the non-Q-in-Q VLAN. Default value is 0x8100.

Sets the value of the Q-in-Q outer VLAN tag. Default value is 0x8100.

This sets the user queue operation mode. (a) In expedite mode, any Queue can be assigned 100% of CIR. Queue 4 is serviced first and queue 1 is servcied last.(b) In non expedite mode, the sum of all CIRs must be equal to 100%. In this mode higher priority queues will be serviced first until that queue is emptied or the defined CIR is reached. Enumeration: 'disabled': 1, 'enabled': 2.

Committed Information Rate (CIR) assignments for CoS queues 1 to 4. CIR is assigned as the percentage of system current speed. When expedite queue is enabled any queue can be assigned 100% bandwidth. When expedite queue is disabled the sum of CIR of all queues should be 100.

Comitted Burst Size (CBS) for CoS queues 1 to 4. CBS is the percentage of total packet buffer size. The sum of CBS's of all 4 queues must be equal to 100. Minimum CBS assignable to any queue is 1.

Sets the Qos policy. Enumeration: 'wfq': 2, 'strict-priority': 1.

The weight assigned to each of the 4 cos queue. The wireless bandwidth is distributed amongst the queues proportional to their weight. The weights have values from 0-15, where 0 is the lowest weight and 15 is the highest weight. Setting the Cos weight example: 1 2 3 4.

When expedite queue is enabled, user can set the number of priority queues. The default value for number of priority queues are 2, maximum is 4 and minimum is 1.

Cut through queue can be enabled or disabled. Any one of the 8 queues can be selected as cut through queue. Enumeration: 'q1': 2, 'q3': 4, 'q2': 3, 'q5': 6, 'q4': 5, 'q7': 8, 'q6': 7, 'q8': 9, 'off': 1.

A table of Qos Settings per port

An entry of Qos setting per port

A unique name identifying each enet port Enumeration: 'enet-port-2': 2, 'enet-port-3': 3, 'enet-port-1': 1, 'enet-port-4': 4.

User queue assignments for CoS values 0 to 7. There are 8 CoS queues. Their corresponding queue numbers are 1 to 8 where 1 is the lowest priority queue and 8 is the highest priority queue. CoS to queue mapping example: 1 7 2 8 3 6 1 4.

Default CoS value assigned to the ethernet frames that don't have VLAN or Q-in-Q tag.

A table of Cos user flow setting

An entry of Cos user flow setting

This object is deprecated by hzCpCosUserFlowMappingIndex. Enumeration: 'flow1': 1, 'flow3': 3, 'flow2': 2.

This object is deprecated by entries in hzCpCosUserFlowMappingTable.

A table of Cos user class setting.

An entry of Cos user class setting.

A unique name specifying user class group. Enumeration: 'c11': 11, 'c13': 13, 'c9': 9, 'c8': 8, 'c12': 12, 'c3': 3, 'c2': 2, 'c1': 1, 'c10': 10, 'c7': 7, 'c6': 6, 'c5': 5, 'c4': 4.

Specifies the user class offset. The valid range is 0-31.

A string specifying the user class value in hex format. The string must hold even number of characters.

A string specifying the user class mask in hex format. The string must hold even number of characters and have the same length as the user class value.

A table of Cos user flow filter setting.

An entry of Cos user flow filter setting.

A unique name specifying user flow group. Enumeration: 'flow9': 9, 'flow8': 8, 'flow5': 5, 'flow4': 4, 'flow7': 7, 'flow6': 6, 'flow1': 1, 'flow10': 10, 'flow3': 3, 'flow2': 2, 'flow13': 13, 'flow11': 11, 'flow12': 12.

A string specifying the user class combination. For example a user flow can be configured to include c1 c5. If a user class hasn't been assigned a value and mask, the class can't be part of the user flow filter.

A table of Cos user flow mapping setting.

An entry of Cos user flow mapping setting.

A unique name specifying user flow group. Enumeration: 'flow9': 9, 'flow8': 8, 'flow5': 5, 'flow4': 4, 'flow7': 7, 'flow6': 6, 'flow1': 1, 'flow10': 10, 'flow3': 3, 'flow2': 2, 'flow13': 13, 'flow11': 11, 'flow12': 12.

Enables or disables a CoS user flow. Enumeration: 'enable': 2, 'disable': 1.

Specifies the selected queue for P1. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

Specifies the target egress port for P1. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4.

Specifies the selected queue for P2. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

Specifies the target egress port for P2. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4.

Specifies the selected queue for P3. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

Specifies the target egress port for P3. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4.

Specifies the selected queue for P4. Enumeration: 'q1': 1, 'q3': 3, 'q2': 2, 'q5': 5, 'q4': 4, 'q7': 7, 'q6': 6, 'q8': 8.

Specifies the target egress port for P4. Enumeration: 'p2': 2, 'p3': 3, 'p1': 1, 'p4': 4.

Off, when the RLS feature is disabled. Basic when the feature is enabled but hard fault monitor is disabled. Advanced when the feature is enabled and hard fault monitor is enabled. Changing this option requires a system reset. Enumeration: 'off': 1, 'advanced': 3, 'basic': 2.

Returns RLS user control for re-enabling failed link. If manual, then user has to explicitly enable the link. Enumeration: 'auto': 1, 'manual': 2.

This writes RLS soft and hard fault monitor parameters to RAM Reading this object returns '1'. Enumeration: 'apply': 1.

Returns RLS global link enable status as on or off. If off, the link will be shutdown. Enumeration: 'disabled': 1, 'enabled': 2.

Specifies the RLS port group configuration setting. Options are the port list and any/all. For example: p1,p3 any - RLS will trigger if either p1 or p3 is down. or p1,p2,p3 all - RLS will trigger only if all p1,p2 and p3 are down.

Indicated whether to shutdown the port or send an EOAM message when RLS is triggered. Enumeration: 'eoam-msg': 2, 'port-down': 1.

A table of RLS Soft Fault Monitor Parameters

RLS Parameters for Soft Fault Monitoring

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

Maximum erred blocks, per sample, allowed for link establishment.

Minimum erred blocks, per sample, allowed before link shutdown.

Minimum number of consecutive good samples required before link is established.

Minimum number of consecutive erred samples before link is shutdown.

Period of Time, in milliseconds, for monitoring Establish Erred Frame Threshold.

Period of Time, in milliseconds, for monitoring Shutdown Erred Frame Threshold.

Minimum number of milliseconds required to classify samples as erred.

A table of RLS Hard Fault Monitor Parameters

RLS Parameters for Hard Fault Monitoring

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

The period of time, in milliseconds, for which the rlsFaultThreshold is applied.

The percentage of the rlsFaultSamplePeriodMilliSeconds period which must be degraded before the link is set to the 'impaired' state.

A table of RLS RSL Monitor Parameters

RLS RSL Monitor Parameters

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

The RSL threshold, in dBm. When Link is inactive and if RSL is higher than this threshold for a desired period, the link will become active.

The desired period, in seconds. When Link is inactive and if RSL is higher than the desiredthreshold for this period, the link will become active.

A table of RLS Parameters and states

RLS Parameters and states

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

RLS Option. On Basic: RLS enabled with base degrade monitoring; On Advanced: RLS enabled with hard fault monitoring; Off: Entire RLS feature disabled.

Rapid Link Shutdown State. If the state is activated, that means link is down; If the state is inactivated, that means that link is up.

RLS Mismatch State. If the state is activated, that means RLS configuration is mismatched with peer. If the state is OK, that means RLS configuration is matched with peer.

Degrade Monitor State. If the state is activated, that means the RLS Degrade Monitor is asserting the link down. If the state is OK, that means the RLS Degrade Monitor is asserting the link up.

Hard Fault Monitor State. If the state is activated, that means the Hard Fault Monitor is asserting the link down. If the state is OK, that means the RLS Hard Fault Monitor is asserting the link up.

Make RSL Threshold State. If the state is not met, that means the RLS signal level is below the threshold value. If the state is OK, that means the RLS signal level is above the threshold value.

Peer RSL State. If the state is activated, that means the peer has activated RLS. If the state is OK, that means the Peer hasn't activated RLS.

Radio Interface State. If the state is down, that means The radio interface is not operational(muted,disconnected, not configured). If the state is up, that means the radio interface is operational.

Network Interface State. If the state is down, that means the network interface (Ethernet/PHY) is not operational(disconnected, not configured). If the state is up, that means the network interface (Ethernet/PHY) is operational.

User Configured Establish Frame Error Ratio required for the link to be restored to service, set by the user. An example value being '1.0E-7'.

Minimum achievable Frame Error Ratio required for the link to be restored to service. An example value being '1.0E-7'.

User Configured Shutdown Frame Error Ratio required for the link to remain in-service, set by the user. An example value being '1.0E-7'.

Minimum achievable Frame Error Ratio required for the link to remain in-service. An example value being '1.0E-7'.

User Configured Establish Monitor Time, in milliseconds, for which the 'User Configured Establish FER' must be achieved to bring link into service, set by user

Actual Establish Monitor Time, in milliseconds, for which the 'User Configured Establish FER'must be achieved to bring link into service, it's a multiple of the establish sample period required to observe the FER

User Configured Shutdown Monitor Time, in milliseconds, for which the 'User Configured Shutdown FER' must be met for the link to remain in-service, set by user.

Actual Shutdown Monitor Time, in milliseconds, for which the 'User Configured Shutdown FER' must be met for the link to remain in-service, it's a multiple of the shutdown sample period required to observe the FER

Indicates whether event log is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Indicates whether performance log is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Performance statistics are logged periodically by this interval. The interval can be up to 24:00:00 (24 hours) and as short as 00:00:1 (1 seconds).

Indicates whether sys log is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Indicates the IP address of sys log. This object is deprecated by hzCpSysLogHostAddress. The value is 0.0.0.0 if not available or not applicable.

Indicates sys log host inet address type. Valid types are ipv4 or ipv6.

Indicates sys log host inet address octet string. This object deprecates hzCpSysLogIpAddressDep.

Indicates whether the Adaptive Transmit Power Control (ATPC) feature is enabled. Enumeration: 'on': 2, 'off': 1.

Indicates the actual condition of ATPC: disabled Configuration is set to off. disabledAuto Feature was automatically disabled and is transmitting at coordinated power. running Feature is running normally. runningToggling Feature is toggling between maximum and minimum power to recover from a loss of mod sync. suspended Feature was suspended. suspendedLostComm Feature is suspended because communication is lost with peer ATPC. suspendedRadioDown Feature is suspended because the radio is down. suspendedRadioMuted Feature is suspended because the radio is muted. suspendedRadioLoopback Feature is suspended because the radio is in loopback mode. Enumeration: 'suspendedRadioMuted': 8, 'suspendedRadioLoopback': 9, 'disabled': 1, 'running': 3, 'runningToggling': 4, 'suspended': 5, 'disabledAuto': 2, 'suspendedRadioDown': 7, 'suspendedLostComm': 6.

This value is the coordinated power offset from the configured transmit power. The value is multiplied by 10. e.g. A display of 133 is actually 13.3 dBm.

Indicates whether Adaptive Transmit Power Control (ATPC) coordinated power option is enabled. Enumeration: 'disabled': 1, 'enabled': 2.

Sets the minimum ATPC transmit power in dBm x 10. Valid range -990..100.

Sets the maximum ATPC transmit power in dBm x 10. When ATPC is enabled, transmit power range will be between ATPC min. and ATPC max. power.

Read or set the Hitless Automatic Adaptive Modulation (HAAM) as 'on' or 'off'. Enumeration: 'on': 2, 'off': 1.

Read or set the Hitless Automatic Adaptive Modulation (HAAM) Manual Mode as 'on' or 'off'. Enumeration: 'on': 2, 'off': 1.

Read or set the Hitless Automatic Adaptive Modulation (HAAM) wait to restore duration time in seconds.

Turns on or off the Hitless Automatic Adaptive Modulation (HAAM) Organizational Specific EOAM message to peer. Enumeration: 'on': 2, 'off': 1.

A table of Hitless Aam.

Hitless Aam Status and Configurations.

A unique value for each interface. Enumeration: 'wireless-port-1': 1.

A read-only string specifing the currently running Hitless AAM Mode.

A table of HitlessAam available modes.

A HAAM mode entry containing all the HAAM system mode values

A unique value for each Hitless Aam mode.

The Hitless Aam mode name.

Specifies the Hitless Aam available and max system mode. Only max option is allowed to be set in this release. Enumeration: 'max': 3, 'allowed': 2, 'notAllowed': 1.

A linkDown trap signifies that the sending protocol entity recognizes a failure in one of the communication links represented in the agent's configuration.

A linkUp trap signifies that the sending protocol entity recognizes that one of the communication links represented in the agent's configuration has come up.

Authentication of the peer horizon node has failed. The severity is critical, the probable cause is an incorrect authentication configuration on horizon faulty cable between the modem and radio, and recommended course of action is to check both ends of the link.

The condition has cleared. The peer node is now authenticated.

Hitless Automatic Adaptive modulation configuration mismatch

Hitless Automatic Adaptive modulation configuration mismatch cleared

Hitless Automatic Adaptive modulation on and system running on lowest modulation

Hitless Automatic Adaptive modulation on system running on higher modulation

Hitless Automatic Adaptive has changed modulation.

ATPC configuration mismatch in the Horizon Compact Plus systems. ATPC is enabled at one system, but disabled at the other system.

ATPC configuration mismatch in the Horizon systems is cleared. Both systems enabled ATPC.

ATPC auto-disabled (transmitting at coordinated power).

ATPC has been enabled.

Can't reach any of the SNTP servers

At least one of SNTP servers is reachable

This trap is generated when the executing frequency file is invalid.

The ethernet dropped frames threshold has been detected above its threshold value.

The condition has cleared. The ethernet dropped frames threshold is now below its threshold value.

The ethernet queue based dropped frames threshold has been detected above its threshold value.

The condition has cleared. The ethernet queue based dropped frames threshold is now below its threshold value.

The ethernet bandwidth threshold has been detected above its threshold value.

The condition has cleared. The ethernet bandwidth threshold is now below its threshold value.

The ethernet queue depth threshold has been detected above its threshold value.

The condition has cleared. The ethernet queue depth threshold is now below its threshold value.

RLS Configuration mismatch

The condition has cleared.

RLS shutdown activated

RLS shutdown activated condition has cleared.

RLS Queue-Based shutdown is activated

RLS Queue-Based shutdown is not activated

Loss of signal lock from the demodulator. The severity is critical, the probable cause is lost synchronization with the far end, and recommended course of action is to check the operational state of both ends of the link.

Loss of signal lock from demodulator condition has cleared.

The demodulator SNR performance worse than programmed levels. The severity is major, the probable cause is physical interference in the air link path or misalignment of the radios or severe weather conditions, and recommended course of action is to check the line of site between the horizon nodes.

SNR performance back to normal.

Equalizer Stress measured within the demodulator exceeds the threshold value.

Equalizer Stress measured within the demodulator is within the threshold value.

The RSL has been detected below its minimum threshold.

The condition has cleared. RSL is now above its minimum threshold.

The PLDRO/LO has lost lock on the radio. The severity is critical, the probable cause a faulty radio unit within AirPair, and recommended course of action is to replace the radio unit

The radio PLDRO/LO lost lock condition has cleared.

Temp comp table not available.

Cal table is now available.

Radio current out of limits.

Radio current out of limits cleared.

Radio power amplifier

Radio power amplifier cleared

Radio temperature out of limits.

Radio temperature out of limits cleared.

Redundancy configuration mismatch either with partner or peer. Alarm instance 2 indicates partner and 3 indicates peer.

Redundancy configuration mismatch is cleared. Alarm instance 2 indicates partner and 3 indicates peer.

Secondary unit is processing the user traffic.

Secondary unit processing the user traffic condition is cleared.

Redundancy operating in either forced-active or forced-standby switch mode.

Redundancy operating in either forced-active or forced-standby switch mode condition is cleared.

Redundnacy cross link.

Redundancy cross link is cleared.

Node is active but using its standby partner's radio to transport the data to the other end f the link. This alarm is raised on the active node.

Active node using partner wireless link condition is cleared.

This alarm is raised on the standby node (primary or secondary) when it's radio is used by the partner node for transporting the data to the other end of the link.

Standby node wirless link is not used by the partner any more.

Primary node is in standby mode.

Primary node in standby condition is cleared.

X2 operation is using single wireless link. System throughput is reduced to half.

X2 operation is back to two wireless links.

BNC signal is not detected. The cable may be disconnected.

BNC signal error condition is cleared.

Ethernet Speed negotiated below the Max Speed.

Ethernet speed is set back to Max Speed.

Synce clock PLL lost lock

Synce clock PLL restored from lost of lock

Synce clock selected secondary source

Synce clock selected primary source

A person has logged in to an ascii management port (telnet, local management port, or HTTP). The username is included in the Trap.

A person has logged out of an ascii management port (telnet, local management port, or HTTP). The username is included in the Trap.

Overall system Configuration is not valid.

System configuration is valid.

Mib has been changed but not saved.

Mib has been saved.

System has detected an internal fault.

Internal fault has cleared.

Radio linearity calibration error.

Radio linearity calibration error is cleared.

Synce configuration mismatch with peer.

Synce configuration mismatch is cleared.

Crypto power up tests failed.

Crypto configuration mismatch either with partner or peer. Alarm instance 2 indicates partner and 3 indicates peer.

Crypto configuration mismatch is cleared. Alarm instance 2 indicates partner and 3 indicates peer.

System Date Time changed

A code check correction event has occured in the system.

This specifies the contact information and the revision tracking information for the MIB module version.