Horizon Quantum TM. SNMP Documentation Software Release 1.02 MIB v Document Version 1.3

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1 Horizon Quantum TM SNMP Documentation Software Release 1.02 MIB v Document Version 1.3

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3 NOTICE This document contains confidential information, which is proprietary to DragonWave. No part of its contents can be used, copied, disclosed, or conveyed to any party in any manner whatsoever without prior written permission from DragonWave Inc. Copyright 2012 DragonWave Inc.

4 Change Log Document Release 1.0 ( ) Preliminary release for Quantum Structure and content based on Horizon DUO SNMP documentation v1.2. Document Release 1.1 ( ) Addition of XPIC related SNMP OID s Document Release 1.2 ( ) Addition of PLCM related SNMP OID s Addition of Control Queue (Qc) related SNMP OID s Addition of PLCM configuration procedure Addition of RLS configuration procedure OID s restructured for greater clarity Document Release 1.3 ( ) Addition of SyncE related OID s Addition of Bandwidth Doubling related OID s Addition of IDU temperature sensor related OID s Addition of QoS Cut-through processing related OID s Addition of Quantum radio power off related OID s

5 of Contents 1.0 Overview Tree Structure To DragonWave Enterprise MIB Horizon Quantum MIB Structure Retrieving SNMP Objects Via Numeric OID Wireless Ports Suggested List of Monitored Objects DragonWave and MIB-II Interfaces s SNMP Objects SNMP Traps i

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7 1.0 Overview SNMP (Simple Network Management Protocol) is a network management structure and protocol defined by IETF RFCs. SNMP is used for monitoring the status and performance of network devices. It is a TCP/IP based network protocol, using UDP communications. DragonWave Horizon Quantum products implement SNMP MIB objects in both RFC-1213 defined interfaces and as enterprise branch proprietary objects. RFC-1213 statistics and counters are maintained for the internal loopback interface, and the management system interface. The DragonWave enterprise OID is 7262, and the Horizon family branch is 2, within the DragonWave OID. The Horizon family branch is further sub-divided into Horizon Compact (outdoor/odu) systems in branch 2, Horizon DUO (indoor) systems in branch 3 and Horizon Quantum (indoor) systems in branch 4. DragonWave Horizon products are supplied with two standard MIB definition files covering Horizon family definitions (IDU/ODU) and Horizon specific objects. 1.1 Tree Structure To DragonWave Enterprise MIB A graphical- representation of the SNMP tree to DragonWave Horizon product family branch is shown below

8 1.2 Horizon Quantum MIB Structure The following diagram illustrates the MIB structure for Horizon Quantum systems. The folders represent the MIB branches or folders. Horizon Quantum systems fall under the DragonWave corporate enterprise number of 7262, therefore all Horizon Quantum numeric OIDs will begin with an OID of: (The above list is from MIB v1.02 released with Horizon Quantum firmware version 1.02) - 2 -

9 1.3 Retrieving SNMP Objects Via Numeric OID If a commercial NMS system (such as HP OpenView, CastleRock SNMPc, etc.) with MIB definition file import capabilities is unavailable, the SNMP statistics can be retrieved using alternative means. One such solution is to manually retrieve values of interest using programs such as SNMPGET. SNMPGET can be obtained from the NET-SNMP project at Using the SNMPGET program for example, the following command can be used to retrieve the current RSL from a DragonWave Horizon Quantum product wireless interface 1 with SNMP configured and enabled. The command below assumes we are using SNMP v1 requests, with a read-only community string of public, and accessing a DragonWave Horizon Quantum with a default IP address of /snmpget v1 cpublic The DragonWave Horizon Quantum branch of the MIB contains sub-branches that cover various statistics and settings. These values can be retrieved and set using SNMP v1 or v2c. 1.4 Wireless Ports The Horizon Quantum modem is available in several hardware configurations. The IDU may contain one or two Intermediate Frequency interfaces and may be connected to one or two ODU radios. In this case OID objects are referenced by index values of 1 or 2 respectively. For example, the OID of the RSL for the radio connected to wireless port 1 is , while the OID of the RSL for the radio connected to wireless port 2 is

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11 2.0 Suggested List of Monitored Objects The following table offers a list of some objects that may be useful to monitor on a DragonWave Horizon Quantum system. Objects are listed by numeric OID. This is useful if the MIB import and compilation facility is not available in the chosen SNMP monitoring software package. Note that for Ethernet port statistics **, adding numbers 1 through 8 to the numerical OID will return the data associated with specific port numbers 1 through 8. Example: For hzqtmenetportrxbytes the Numeric OID s for each of the eight ports is through Numeric OID Name Data type hzqtmmodemchannelizedrsl Integer hzqtmmodemchannelizedrsl Integer hzqtmmodemebtonoiseratio Integer hzqtmmodemebtonoiseratio Integer hzqtmmodemequalizerstress Integer hzqtmmodemequalizerstress Integer hzqtmmodemrxblockserrors Counter hzqtmmodemrxblockserrors Counter hzqtmwirelessenetportrxframeserrors Counter hzqtmwirelessenetportrxframesqueuediscards Counter64 Description Channelized RSL of Modem 1. (Signal strength on the programmed frequency.) Divide by 10 for the actual value. Channelized RSL of Modem 2. (Signal strength on the programmed frequency.) Divide by 10 for the actual value. Eb/No (energy per bit/noise) of Modem 1. Divide by 10 for the actual value. Eb/No (energy per bit/noise) of Modem 2. Divide by 10 for the actual value. Equalizer stress of Modem 1. Divide by 10 for the actual value. Equalizer stress of Modem 2. Divide by 10 for the actual value. Modem blocks received with errors on Modem 1. Modem blocks received with errors on Modem 2. Aggregated modem frames received in error from the RF path. Aggregated modem frames discarded from the queue. (Unable to deliver to NIC.) - 5 -

12 hzqtmaggportbwutilization Integer ** hzqtmenetportrxbytes Counter ** hzqtmenetportrxucastpkts Counter ** hzqtmenetportrxnucastpkts Counter ** hzqtmenetportrxdiscards Counter ** hzqtmenetportrxerrors Counter ** hzqtmenetportrxunknownprotos Counter ** hzqtmenetporttxbytes Counter64 Current bandwidth utilization, expressed as a percentage of system speed. The total number of bytes received on the interface, including framing characters. The number of subnetwork-unicast packets delivered to a higher-layer protocol. The number of nonunicast (i.e., subnetwork - broadcast or subnetworkmulticast) packets delivered to a higher-layer protocol. 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 an unknown or unsupported protocol. The total number of bytes transmitted out of the interface, including framing characters

13 ** hzqtmenetporttxucastpkts Counter ** hzqtmenetporttxnucastpkts Counter ** hzqtmenetporttxdiscards Counter ** hzqtmenetporttxerrors Counter64 The total number of packets that higherlevel protocols requested be transmitted to a subnetwork-unicast address, including those that were discarded or not sent. The total number of packets that higherlevel protocols requested be transmitted to a non-unicast (i.e., a subnetworkbroadcast or subnetworkmulticast) address, including those that were discarded or not sent. The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted. One possible reason for discarding such a packet could be to free up buffer space. The number of outbound packets that could not be transmitted because of errors

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15 3.0 DragonWave and MIB-II Interfaces The DragonWave Horizon Quantum products currently maintain RFC-1213 statistics for two network interfaces, the internal network loopback interface and the management system interface. In the.iso.org.dod.internet.mgmt.mib-2.interfaces branch, instance 0 refers to the network loopback interface, and instance 1 refers to the management system interface. The data port (P1) or bridged traffic is not monitored at this time via an RFC-1213 compliant interface. A sample of the RFC-1213 defined MIB structure is shown below

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17 4.0 s The following two tables contain a full breakdown of all current DragonWave Horizon Quantum SNMP objects and traps as of MIB v SNMP Objects Note that type oid s have the table contents shown in the Description column. The adjacent column shows the index oid that needs to be added to the end of the oid (found in the OID column) to gain access to the information. Where there are Row indexes involved, these are shown in the Name column below the associated table name. The value of a row index (leaf) needs to be added to the overall table/table index oid combination, in order to access the leaf information. hzsystemtype r/o Integer The current type of the system- odu=1, idu=2, Quantum=3 horizonquantum hzqtmsystem hzqtmsysgeneral hzqtmresetsystem r/w Integer Writing '1' to this object resets the NIC, Modem, and radio. hzqtmsavemib r/w Integer Writing '1' or 'save' to this object saves all MIB values. hzqtmoperstatus r/o Integer The current operational state of the system. Testing indicates that no operational packets can be passed. hzqtmairinterfaceencryption r/o Integer OBSOLETE. This enables encryption on the air interface. hzqtmsystemcapacityoption r/w Integer Sets the system capacity options. There are four options: singlemodemsingleradio (1), multimodem-singleradio (2). multimodem-multiradio (3), singlemodem-redundancy (4). Select (1) for a 400Mbps system. Select 2 for 800Mbps when the system is equipped with an internal or external IF Coupler. Select 3 for 800Mbps when the system is equipped with two radios connected to a Dual Polarization Radio Mount (DPRM). Select 4 to provide a redundant 400Mbps link using a Redundant Dual Radio Mount (RDRM). Notes: Setting the system capacity to 4 will fail if the primary path has not been set to either wireless_port1 or wireless_port2. Setting the system capacity to 3 will set the transmit power of wireless_port2 to the same transmit power as wireless_port1. hzqtmsystemledstatus r/o String Indicates the current LED status and colour. hzqtmsavel2swconfig r/w Integer Writing '1' or 'save' to this object will save all L2 Switch config values. hzqtmidutemperature r/o Integer32 The IDU temperature in degree Celsius. The actual temperature is determined by dividing the number by 100. e.g is actually degrees Celsius

18 hzqtmsysupgradespeed hzqtmlicensedspeedupgradespeedandkey r/w String hzqtmlicensedspeedcount r/o Integer32 hzqtmsysdowngradespeed hzqtmlicensedspeeddowngradespeed r/w Integer32 hzqtmlicensedspeedcountusedforkey r/o Integer32 hzqtmlicensedspeedconfirmationkey r/o String hzqtmsysdowngradespeeddecrement r/o Integer32 hzqtmsysspeed hzqtmsystemcurrentspeed r/w Integer32 hzqtmsystemlicensedspeed r/o Integer32 hzqtmsystemmode A table of system mode settings r/w Enter your key here along with the maximum speed for that key to upgrade the system. 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 write-only object and take note of the generated key in hzqtmdowngradelicensedspeedkey. 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. Changes the working speed of the horizon. Writes are only valid if system is a FLEX. Due to backwards compatibility issue, 0 value should be treated as 0 Mbps. Indicates the maximum speed that this system can operate at. Due to backwards compatibility issue, 0 value should be treated as 0 Mbps. hzqtmsystemmodeentry.1 hzqtmsystemmode.1.1 hzqtmsystemmodeid.1.2 hzqtmsystemmodename.1.3 hzqtmsystemmodeprogrammed.1.4 hzqtminventory hzqtmhwinventory hzqtmfrequencyfilepartnumber r/o String A textual string containing Part Number of the Frequency File hzqtmunitserialno r/o String A textual string containing Serial Number of the Unit. hzqtmunitassemblyno r/o String A textual string containing the Assembly Number of the Unit. hzqtmccaserialno r/o String A textual string containing Serial no of the NCC. hzqtmccapartno r/o String A textual string containing assembly no of the NCC. hzqtmradio1serialno r/o String A textual string containing the serial number of radio 1 hzqtmradio2serialno r/o String A textual string containing the serial number of radio 2 if configured

19 hzqtmradio1hardwareid r/o String A textual string containing the hardware id of radio 1 hzqtmradio2hardwareid r/o String A textual string containing the hardware id of radio 2 if configured hzqtmradio1hardwaretype r/o String A textual string containing the hardware type for radio 1 hzqtmradio2hardwaretype r/o String A textual string containing the hardware type for radio 2 hzqtmswinventory hzqtmswinvappomniversionno r/o String The version number of the Omni. hzqtmswinvappfirmwareversionno r/o String The version number of the FPGA. hzqtmswinvfrequencyfileversionno r/o String The version number of the FrequencyFile. hzqtmswinvmibversionno r/o String The version number of the MIB. hzqtmswinvradiofirmware1versionno r/o String The radio firmware1 version. hzqtmswinvradiofirmwave2versionno r/o String The radio firmware2 version. hzqtmswinvappsoftwareversionno r/o String The version number of the application software hzqtmswinvbootloaderversionno r/o String The bootloader version number hzqtmswinvsupportingappversionno r/o String The version number for the third party applications such as ECFM etc... hzqtmswinvoperatingsystemversionno r/o String The version number of the running operating system. hzqtmswinvradio1currentfirmwaveversionno r/o String The current running firmware version for Radio1. hzqtmswinvradio2currentfirmwaveversionno r/o String The current running firmware version for Radio2. hzqtmatpc hzqtmatpcenable r/w Integer Indicates whether Automatic Transmit Power Control (ATPC) is enabled. off = 1, on = 2 hzqtmatpcstatus r/o String Indicates the actual condition of ATPC: Enabled if config is on and no issues. Auto-Disabled if ATPC coordinated power condition, AAM triggered, or radio loss of link. Disabled-manual if config set to off hzqtmatpccoordinatedpower r/w String The Coordinated Power can be enabled by specifying the coordinated power status and coordinated power offset in a string with the following format (without the single quotes): '<on [offset] off>' The offset can optionally be specified after the 'on' string and after a single space and can be be between 0.0 and 10.0 inclusive. The 'offset' is represented in dbm and indicates the offset below TxPower. The accuracy is limited to tenths of dbm so an offset of 9.99 is recognized as 9.9 dbm. Examples:'on 5.5' or 'off' hzqtmhitlessaam hzqtmhitlessaamstatus r/w Integer Read or set the Hitless Automatic Adaptive Modulation (AAM) as 'on' or 'off'. Off = 1, on = 2 hzqtmhitlessaammanualmode r/w Integer Read or set the Hitless Automatic Adaptive Modulation (HAAM) Manual Mode as 'on' or 'off'

20 hzqtmhitlessaam A table of Hitless AAM mode settings hzqtmhitlessaamentry.1 hzqtmhitlessaam.1.1 hzqtmhitlessaamcurrentmode.1.2 hzqtmhitlessaamdiagnostics hzqtmhitlessaammodem1diagnose r/w Integer This service effecting write-only object accepts either 'up' or 'down' to diagnose whether the modulation speed can be increased or decreased respectively. Poll the hzqtmaamdiagnosticresult object to determine the results. Up = 1, down = 2 hzqtmhitlessaammodem1diagnosticresult r/o String The result from Hitless AAM Diagnostic for modem1 is read from this object. hzqtmhitlessaammodem2diagnose r/w Integer This service effecting write-only object accepts either 'up' or 'down' to diagnose whether the modulation speed can be increased or decreased respectively for modem2. Poll the hzqtmaammodem2diagnosticresult object to determine the results. Up = 1, down = 2 hzqtmhitlessaammodem2diagnosticresult r/o String The result from Hitless AAM Diagnostic for modem2 is read from this object.. hzqtmpeersysinfo hzqtmpeermacaddress r/o String The MAC Address of the peer network interface card. hzqtmpeeripaddress r/o IP Address The IP Address of the peer network interface card. hzqtmpeersubnetmask r/o IP Address The subnet mask for the peer network interface card. hzqtmbac hzqtmbac hzqtmsysdiagnostics hzqtmifpath1loopbackandtimeout r/w String hzqtmbacentry.1 hzqtmbacq.1.1 hzqtmbacqenable.1.2 hzqtmbacqblocksize.1.3 To enable or disable IF path1 loopback. If timeout is not specified it's defaulted to 30 sec and if it's set to 0, infinite loopback is intended. Enter loopback on off along with the timeout value. Format:[on off] [timeout in sec]. Example:on 40 Enabling loopback is service disruptive. hzqtmifpath2loopbackandtimeout r/w String To enable or disable IF path2 loopback. If timeout is not specified it's defaulted to 30 sec and if it's set to 0, infinite loopback is intended. Enter loopback on off along with the timeout value. Format:[on off] [timeout in sec]. Example:on 40 Enabling loopback is service disruptive

21 hzqtmradio1loopbackandtimeout r/w String hzqtmradio2loopbackandtimeout r/w String hzqtmsyslicensedfeaturegroups hzqtmsysupgradefeaturegroups A table of system upgrade feature groups hzqtmsysdowngradefeaturegroups A table of system downgrade system groups hzqtmsyslicensedfeaturegroups To enable or disable radio1 loopback. This feature is only supported when radio is connected. If timeout is not specified it's defaulted to 30 sec and if it's set to 0, infinite loopback is intended. Enter loopback on off along with the timeout value. Format:[on off] [timeout in sec]. Example:on 40 Enabling loopback is service disruptive. To enable or disable radio2 loopback. This feature is only supported when radio is connected. If timeout is not specified it's defaulted to 30 sec and if it's set to 0, infinite loopback is intended. Enter loopback on off along with the timeout value. Format:[on off] [timeout in sec]. Example:on 40 Enabling loopback is service disruptive. hzqtmsysupgradefeaturegroupsentry.1 hzqtmupgradelicensedfeature.1.1 hzqtmupgradelicensedfeaturekey.1.2 hzqtmupgradelicensedfeaturecount.1.3 hzqtmsysdowngradefeaturegroupsentry.1 hzqtmdowngradelicensedfeature.1.1 hzqtmdowngradelicensedfeature.1.2 hzqtmdowngradelicensedfeaturecount.1.3 hzqtmdowngradelicensedfeaturekey.1.4 hzqtmsyslicensedfeaturegroupsentry.1 hzqtmsyslicensedfeaturegroup.1.1 hzqtmsyslicensedfeaturegroup.1.2 hzqtmsyslicensedfeaturegroupstatus.1.3 hzqtmxpic hzqtmxpicstatus r/w Integer Read or set the XPIC as 'on' or 'off'. XPIC feature is only available when system peer link compatibility mode is Quantum. Off = 1, on = 2 hzqtmxpicactualstatus r/o Integer Read the actual XPIC status as 'on' or 'off'. XPIC feature is only available when system peer link compatibility mode is Quantum. Off = 1, on = 2 hzqtmplcm hzqtmplcmmode r/w Integer Determines if the peer in the link is a Quantum or a Duo. Qtm = 1, Duo = 2. See Note 1 below. Note 1 : This OID requires the following procedure before it will become active: Once this PLCM configuration setting has been made, the system requires writing 1 to hzqtmplcmapplysaveresetsystem, to apply the setting, and which also resets the system. This enables PLCM after the system comes back up. Note that you need only perform this procedure once, after all PLCM settings that require this procedure have been made

22 hzqtmplcmconfigqtmasduo r/w Integer hzqtmplcmpeeromniversion A table of omni version of the peer when PLCM mode is configured as Duo hzqtmplcmmgtinterface r/w Integer hzqtmplcmdataport r/w Integer hzqtmplcmdatavlantag r/w Integer hzqtmplcmmgmtport r/w Integer hzqtmplcmmgmtvlantagging r/w Integer hzqtmplcmmgmtvlantag r/w Integer hzqtmplcmmgmttagpriority r/w Integer hzqtmplcmapplysaveresetsystem r/w Integer When enabled, a DUO compatible configuration is used when PLCM is configured as QTM. Disabled = 1, enabled = 2 See Note 1 below hzqtmplcmpeeromniversionentry.1 hzqtmplcmpeeromniversion.1.1 hzqtmplcmpeeromniversionname See Note 1 below..1.2 hzqtmplcmpeeromniversionprogrammed See Note 1 below..1.3 Determines the peer link management interface when PLCM mode is configured as a Duo. In band = 1, out of band = 2, port2 extended = 3 See Note 1 below. Describes the Ethernet traffic Port when PLCM mode is configured as a Duo. Data port and management port have to be same when configured as 'inband' management and data port and management port cannot be same for 'outofband' and 'port2 extended' configuration.see Note 1 below. Indicates the Vlan Tag Id ( )for Ethernet data when PLCM mode is configured as a Duo. See Note 1 below. Describes the network management traffic port when PLCM mode is configured as a Duo. Data port and management port have to be same when configured as 'inband' management and data port and management port cannot be same for 'outofband' and 'port2 extended' configuration. See Note 1 below. Describes the network management traffic on has VLAN tagging on or not when PLCM mode is configured as a Duo.Disabled = 1, enabled = 2 See Note 1 below. Indicates the Vlan Tag Id ( ) for management data when PLCM mode is configured as a Duo. See Note 1 below. The priority for vlan tagging (0...7) for management data when PLCM mode is configured as a Duo. See Note 1 below. Writing '1' to this object applies peer link compatibility mib changes, save the mib and resets the NIC, Modem, and radio. hzqtmbandwidthdoubling hzqtmbandwidthdoublingmode r/w Integer Read or set bandwidth doubling mode. hzqtmbandwidthdoublingactualmode r/o Integer Read the actual bandwidth doubling mode. 1=off, 2=primary, 3=secondary hzqtmbandwidthdoublingport r/w Integer Read or set the bandwidth doubling data port interconnected between two systems. enet-port-none (1), enet-port-1 (2), enet-port-2 (3), enet-port-3 (4), enet-port-4 (5), enet-port-5 (6), enet-port-6 (7), enet-port-7 (8), enet-port-8 (9) Note 1 : This OID requires the following procedure before it will become active: Once this PLCM configuration setting has been made, the system requires writing 1 to hzqtmplcmapplysaveresetsystem, to apply the setting, and which also resets the system. This enables PLCM after the system comes back up. Note that you need only perform this procedure once, after all PLCM settings that require this procedure have been made

23 hzqtmbandwidthdoublingactualport r/o Integer Read the actual bandwidth doubling data port interconnected between two systems. enet-port-none (1), enet-port-1 (2), enet-port-2 (3), enet-port-3 (4), enet-port-4 (5), enet-port-5 (6), enet-port-6 (7), enet-port-7 (8), enet-port-8 (9) hzqtmsynce hzqtmsyncemode r/w Integer Synchronous Ethernet support. When synche is enabled, it can take clock from the following sources: free-run, Ethernet port3 to port8, wireless port1 or wireless port2. off (1):disables synche support. manual (2)user specifies which port's incoming clock is to be used as clock source. If the specified port has no incoming clock, free-run will be used. auto (3):using user configured clock source priority, Quantum selects the best available clock as source. esmc (4):Quantum works in Ethernet Synchronization Messaging Channel hzqtmsynceprimarysource mode. It supports Synchronous Status Message Selects which port to be used as synce primary clock source. p3 (1), r/w Integer p4 (2), p5 (3), p6 (4), p7 (5), p8 (6), wp1 (7), wp2 (8), free-run (9) Selects which port to be used as synce secondary when the master synce hzqtmsyncesecondarysource r/w Integer is not available. p3 (1), p4 (2), p5 (3), p6 (4), p7 (5), p8 (6), wp1 (7), wp2 (8), hzqtmsyncememberports free-run (9) Enter a string indicating all SyncE member ports. Example:p3 wp1 r/w String Port options:p3 p4 p5 p6 p7 p8 wp1 wp This forces SyncE into holdover mode. After the configurable timeout value, hzqtmsynceforcedholdover r/w String the forced holdover will be over. The forced timeout can be 0 to 300sec, means infinite and default is 30sec. In revertive mode, if the current source is secondary and the primary is Ok hzqtmsyncerevertive r/w String for configured amount of time, the primary will be used. The default revertive time is 10sec Retrieves Synce clock source. p3 (1), p4 (2), p5 (3), p6 (4), p7 (5), p8 (6), hzqtmsynceclocksource r/o Integer wp1 (7), wp2 (8), free-run (9) hzqtmsynceacquisitionstatus r/o String Retrieves Synce acquisition status ITU G.8262 specifies different wander filter requirements for networks based hzqtmsyncewanderfilter r/w Integer on the kbit/s hierarchy, option1(1), vs those based on the 1.544kbit/s hierarchy, option2 (2). Option 2 specifies a low pass filter bandwidth of 0.1Hz, while option1 specifies a bandwidth between 1 and10 Hz. hzqtmauthentication hzqtmuniquepeerauthenticationkey r/w String The serial number of the peer node that this node will communicate with. This is only used when authentication mode is set to unique. hzqtmpeerdetectedserialnumber r/o String The serial number of the peer node that the system is presently communicating with. This is only used when authentication is set to unique

24 hzqtmauthenticationmode r/w Integer This sets the authentication mode for the system. If configured for unique authentication, a horizon node only exchanges user traffic with one other horizon node. The serial number is used in this case. If configured for group authentication, a horizon node exchanges user traffic with another horizon node of the same group and uses the authentication keys. None = 1, Unique = 2, Group = 3 hzqtmauthenticationfailureaction r/w Integer 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 received. Block Traffic = 1, Pass Traffic = 2 hzqtmpeerauthenticationstatus r/o Integer 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. Not Authenticated = 1, Authenticated = 2, Explicit Authentication Failure = 3 hzqtmgroupauthenticationkey r/w String The serial number of the group that this node will communicate within. This is only used when authentication mode is set to group. hzqtmnetworkmanagement hzqtmmacaddress r/o String The MAC Address of the network interface card. hzqtmipaddress r/o IP address The IP Address of the network interface card. hzqtmsubnetmask r/o IP address The subnet mask for the network interface card. hzqtmdefaultgateway r/o IP address The default gateway for the network interface card hzqtmtelnetaccessmode r/w Integer Indicates whether Telnet access is allowed. Disabled = 1, enabled = 2 hzqtmsshaccessmode r/w Integer Indicates whether ssh access is allowed. Disabled = 1, enabled = 2 hzqtmnetworkmanagementinterface hzqtmnetmgmtportlist r/w String hzqtmnetmgmtvlantagid r/w Integer32 hzqtmnetmgmtvlantagpriority r/w Integer32 hzqtmnetworkinterface hzqtmenetport hzqtmenetportconfig hzqtmenetportconfigentry.1 hzqtmenetport.1.1 hzqtmenetportname.1.2 hzqtmenetportautonegotiation.1.3 hzqtmenetportspeed.1.4 hzqtmenetportduplex

25 hzqtmenetportstatus hzqtmenetportstats hzqtmaggregatedenetport hzqtmaggregatedenetportconfig hzqtmenetportdroppedenetframesthresholdparameters r/w String hzqtmenetportmedia.1.6 hzqtmenetportadminstate.1.7 hzqtmenetportpauseframe.1.8 hzqtmenetportmaxframesize.1.9 hzqtmenetportstatusentry.1 hzqtmenetportstatus.1.1 hzqtmenetportlinkstatus.1.2 hzqtmenetportautonegotiationstatus.1.3 hzqtmenetportspeedstatus.1.4 hzqtmenetportduplexstatus.1.5 hzqtmenetportmediastatus.1.6 hzqtmenetportstatsentry.1 hzqtmenetportstats.1.1 hzqtmenetportrxbytes.1.2 hzqtmenetportrxucastpkts.1.3 hzqtmenetportrxnucastpkts.1.4 hzqtmenetportrxdiscards.1.5 hzqtmenetportrxerrors.1.6 hzqtmenetportrxunknownprotos.1.7 hzqtmenetporttxbytes.1.8 hzqtmenetporttxucastpkts.1.9 hzqtmenetporttxnucastpkts.1.10 hzqtmenetporttxdiscards.1.11 hzqtmenetporttxerrors.1.12 A read-write string: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

26 hzqtmenetportbwutilizationthresholdparameters r/w String A read-write string: 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. hzqtmaggregatedenetportstats hzqtmaggporttxframes r/o Counter The current count of aggregated port egress frames. hzqtmaggporttxbytes r/o Counter The current count of aggregated port egress bytes. hzqtmaggportrxframesok r/o Counter The current count of aggregated port ingress frames. hzqtmaggportrxbytesok r/o Counter The current count of aggregated port ingress bytes. hzqtmaggportrxframeserror r/o Counter The current count of aggregated port ingress errors. hzqtmaggportbwutilization r/o Integer The carried load over link capacity for port. The data rate coming into the ethernet for port. hzqtmaggportingressdatarate r/o Integer The data rate you see is multiplied by 100. e.g. A display of 1530 is actually Mpbs The data rate going out of the ethernet for port. hzqtmaggportegressdatarate r/o Integer The data rate you see is multiplied by 100. e.g. A display of 1530 is actually Mpbs. hzqtmaggportframesinqueue r/o Counter The current count of frames passed through queue 1. hzqtmaggportframesinqueue r/o Counter The current count of frames passed through queue 2. hzqtmaggportframesinqueue r/o Counter The current count of frames passed through queue 3. hzqtmaggportframesinqueue r/o Counter The current count of frames passed through queue 4. The current count of frames received in queue 1 that were discarded due to hzqtmaggportframesinqueue1discarded r/o Counter an error. One possible reason is lack of buffer space. The current count of frames received in queue 2 that were discarded due to hzqtmaggportframesinqueue2discarded r/o Counter an error. One possible reason is lack of buffer space. The current count of frames received in queue 3 that were discarded due to hzqtmaggportframesinqueue3discarded r/o Counter an error. One possible reason is lack of buffer space. The current count of frames received in queue 4 that were discarded due to hzqtmaggportframesinqueue4discarded r/o Counter an error. One possible reason is lack of buffer space. hzqtmaggportframesinqueuec r/o Counter The current count of frames passed through queue C. hzqtmaggportframesinqueuecdiscarded r/o Counter The current count of frames received in queue C that were discarded due to an error. One possible reason is lack of buffer space. hzqtmwirelessinterface hzqtmwirelessinterfacenames

27 hzqtmwirelessinterfacename A table of Wireless Interface Modems hzqtmwirelessinterfacenameentry.1 hzqtmwirelessinterfacename.1.1 hzqtmwirelessinterfacename.1.2 hzqtmwirelessinterfacemodems hzqtmmodem A table of Wireless Interface Modems hzqtmmodemstats A table of Wireless Interface Modem Statistics hzqtmwirelessenetportstats hzqtmmodementry.1 hzqtmmodem.1.1 hzqtmmodemoperstatus.1.2 hzqtmmodemchannelizedrsl.1.3 hzqtmmodemchannelizedrslunsignedint.1.4 hzqtmmodemmodulationtype.1.5 hzqtmmodemrxspeed.1.6 hzqtmmodemtxspeed.1.7 hzqtmmodemsnr.1.8 hzqtmmodemebtonoiseratio.1.9 hzqtmmodemequalizerstress.1.10 hzqtmmodemsnrthresholdparameters hzqtmmodemchannelizedrslbelowthresholdparameters.1.12 hzqtmmodemxpicequalizerstress.1.13 hzqtmmodemxpi.1.14 hzqtmmodemstatsentry.1 hzqtmmodemstats.1.1 hzqtmmodemtxblocks.1.2 hzqtmmodemrxblocksoks.1.3 hzqtmmodemrxblockserrors.1.4 hzqtmwirelessenetportstatsentry.1 hzqtmwirelessenetport.1.1 hzqtmwirelessenetporttxframes.1.2 hzqtmwirelessenetportrxframesok.1.3 hzqtmwirelessenetportrxframeserrors.1.4 hzqtmwirelessenetportrxframesqueuediscards

28 hzqtmwirelessinterfaceif hzqtmintermediatefrequency A table of Intermediate Frequency pat (pliu) hzqtmwirelessinterfaceradios hzqtmradio A table of Wireless Interface Radios hzqtmwirelessinterfaceradiofrequencies hzqtmwirelessinterfaceradio1frequencies hzqtmradio1freqgroupselected r/w Integer hzqtmintermediatefrequencyentry.1 hzqtmifpath.1.1 hzqtmifpathtxlockstatus.1.2 hzqtmifpathrxlockstatus.1.3 hzqtmifpathloopbacklockstatus.1.4 hzqtmradioentry.1 hzqtmradio.1.1 hzqtmradiodescription.1.2 hzqtmradiooperstatus.1.3 hzqtmradiolastchanged.1.4 hzqtmradioreceivesignallevel.1.5 hzqtmradioreceivesignallevelunsigned.1.6 hzqtmradiotxgain.1.7 hzqtmradiorxgain.1.8 hzqtmradioreset.1.9 hzqtmradiotransmitpowerdbm.1.10 hzqtmradiopoweroption.1.11 hzqtmradiotxstate.1.12 hzqtmradioactualtxstate.1.13 hzqtmradiotemperature.1.14 hzqtmradiorxcableloss.1.15 hzqtmradiotxcableloss.1.16 hzqtmradiotxcablelosschange.1.17 hzqtmradiomaxtransmitpowerdbm.1.18 hzqtmradioactualtransmitpowerdbm.1.19 The frequency group selected for Radio 1. The frequency sub bands are divided into frequency groups txhigh and txlow. An horizon system must have one node configured to txlow and the other node configure to txhigh

29 hzqtmradio1band 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 hzqtmradio1txhighfreq A table of txhigh frequency settings for Radio 1 hzqtmradio1txlowfreq A table of txlow frequency settings for Radio hzqtmradio1bandentry.1 hzqtmradio1band.1.1 hzqtmradio1bandid.1.2 hzqtmradio1bandname.1.3 hzqtmradio1bandprogrammed.1.4 hzqtmradio1txhighfreqentry.1 hzqtmradio1txhighfreq.1.1 hzqtmradio1txhighfreqchannel.1.2 hzqtmradio1txhighfreqtransmitrffrequency.1.3 hzqtmradio1txhighfreqreceiverffrequency.1.4 hzqtmradio1txhighfreqprogrammed.1.5 hzqtmradio1txlowfreqentry.1 hzqtmradio1txlowfreq.1.1 hzqtmradio1txlowfreqchannel.1.2 hzqtmradio1txlowfreqtransmitrffrequency.1.3 hzqtmradio1txlowfreqreceiverffrequency.1.4 hzqtmradio1txlowfreqprogrammed.1.5 hzqtmradio1programmedfrequency hzqtmradio1programmedfrequencychannel r/o String The channel that has been programmed for Radio 1. hzqtmradio1programmedfrequencytxrf r/o Integer The programmed RF TX frequency in KHz. hzqtmradio1programmedfrequencyrxrf r/o Integer The RF RX frequency in KHz. hzqtmwirelessinterfaceradio2frequencies hzqtmradio2freqgroupselected r/o Integer The frequency group selected for Radio 2. The frequency sub-bands are divided into frequency groups txhigh and txlow. An horizon system must have one node configured to txlow and the other node configure to txhigh hzqtmradio2bandentry.1 hzqtmradio2band hzqtmradio2band.1.1 hzqtmradio2bandid.1.2 A table of Radio Bands for Radio 2 hzqtmradio2bandname.1.3 hzqtmradio2bandprogrammed.1.4 hzqtmradio2txhighfreq hzqtmradio2txhighfreqentry

30 A table of txhigh frequency settings for Radio 2 hzqtmradio2txlowfreq A table of txlow frequency settings for Radio hzqtmradio2txhighfreq.1.1 hzqtmradio2txhighfreqchannel.1.2 hzqtmradio2txhighfreqtransmitrffrequency.1.3 hzqtmradio2txhighfreqreceiverffrequency.1.4 hzqtmradio2txhighfreqprogrammed.1.5 hzqtmradio2txlowfreqentry.1 hzqtmradio2txlowfreq.1.1 hzqtmradio2txlowfreqchannel.1.2 hzqtmradio2txlowfreqtransmitrffrequency.1.3 hzqtmradio2txlowfreqreceiverffrequency.1.4 hzqtmradio2txlowfreqprogrammed.1.5 hzqtmradio2programmedfrequency hzqtmradio2programmedfrequencychannel r/o String The channel that has been programmed for Radio 2. hzqtmradio2programmedfrequencytxrf r/o Integer The programmed RF TX frequency in KHz. hzqtmradio2programmedfrequencyrxrf r/o Integer The RF RX frequency in KHz. hzqtmwirelessinterfaceantenna hzqtmantennadiameter r/o Integer This defines the diameter of the antenna represented in inches. 12 = 1, 24 = 2, 36 = 3, 48 = 4, 72 = 5 hzqtmantenna1tilt r/o Integer This defines the position of the antenna for radio 1. Unknown = 1, vertical = 2, horizontal = 3, flat = 4 hzqtmantenna2tilt r/o Integer This defines the position of the antenna for radio 2. Unknown = 1, vertical = 2, horizontal = 3, flat = 4 hzqtmwirelessinterfaceredundancy hzqtmwirelessinterfaceredundancyactivewirelessport r/o Integer This attribute indicates the active wireless port and is only applicable when the system capacity has been configured to singlecarrier-redundancy. wireless port 1 = 1, wireless port 2 = 2, none = 3 hzqtmwirelessinterfaceredundancyprimarywirelessport r/w Integer This attribute indicates the primary wireless port and is only applicable when the system capacity has been configured to singlecarrier-redundancy. The primary wireless port indicates which wireless port is connected to the 'primary' port on the RDRM coupler. wireless port 1 = 1, wireless port 2 = 2, none = 3 hzqtmwirelessinterfaceredundancyswitchingalgorithm r/w Integer This attribute selects the rule that will determine when a redundant path switch will take place. There are two options: manual and algorithm-based. The 'Manual' option turns off the automatic path switching feature. Only an operator can switch the active path. Manual = 1, algorithm based = 2 hzqtmwirelessinterfaceredundancyswitchcause r/o String This string indicates the reason that a redundancy switch has occurred. If the active port is the primary port then this string is empty. hzqtmwirelessinterfaceredundancyremovefaulty r/w Integer This object removes the specified port from the faulty port list. wireless port 1 = 1, wireless port 2 =

31 hzqtmwirelessinterfaceredundancydiagnostics hzqtmwirelessinterfaceredundancydiagnose r/w Integer This write-only object will diagnose problems with switching paths. Write diagnose (1) to this object and check results in hzqtmwirelessinterfaceredundancydiagnosticresult object hzqtmwirelessinterfaceredundancydiagnosticresult r/o String The result from Redundancy Diagnostic is read from this object. Note that the diagnostic result presented in this object is private to SNMP initiated diagnostics. If a diagnostic is initiated from the CLI or WEB, this result will remain unchanged. hzqtmwirelessinterfaceredundancyradioswitch hzqtmwirelessinterfaceredundancyswitchradio r/w Integer This write-only object will switch radio redunancy. Write switch (1) to this object and check results in hzqtmwirelessinterfaceredundancyswitchradioresult object. hzqtmwirelessinterfaceredundancyswitchradioresult r/o String The Switch Radio result is presented in this object. hzqtmcalendar hzqtmdate r/w String 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) hzqtmtime r/w String 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) hzqtmalarms hzqtmclearalarmcounters r/w Integer Clears the alarm counters for the specified group. nic counters = 1, modem counters = 2, radio counters = 3, all counters = 4, other counters = 5 hzqtmsystemalarms hzqtmexplicitiauthenticationfailurealarm r/o Integer 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. Off = 1, on = 2 hzqtmexplicitiauthenticationfailurecounts r/o Counter Indicates the number of times explicit authentication has failed. hzqtmaamconfigmismatchalarm r/o Integer In the near end Automatic Adaptive Modulation(AAM) feature set to on and in peer it is set to off. Off = 1, on = 2 hzqtmaamconfigmismatchcounts r/o Counter Indicates the approximate number of seconds AAMConfigMismatch alarm has been active. hzqtmaamactivealarm r/o Integer Indicates aam is active and system running on lower modulation. Off = 1, on = 2 hzqtmaamactivecounts r/o Counter Indicates the approximate number of seconds AamActive alarm has been active. hzqtmsntpserverunreachablealarm r/o Integer All of the SNTP servers are not available. Off = 1, on =

32 hzqtmsntpserverunreachablecounts r/o Counter Indicates how long in seconds all of the SNTP servers are not available. hzqtmfrequencyfileinvalidalarm r/o Integer Executing frequency file is invalid. Off = 1, on = 2 hzqtmfrequencyfileinvalidcounts r/o Counter Indicates the time (in secs) since this alarm exist hzqtmfanfailurealarm r/o Integer Indicates whether any of the two Fans have failed. Off = 1, on = 2 hzqtmfanfailurecounts r/o Counter Indicates the number of seconds that the fan has failed for. hzqtmredundancyprimaryportnotsetalarm r/o Integer The redundancy primary port used for redundancy has not been set. Off = 1, on = 2 hzqtmredundancyprimaryportnotsetcounts r/o Counter Indicates the approximate number of seconds that this alarm has been active. hzqtmredundancysecondaryportactivealarm r/o Integer The active wireless port has switched to the secondary wireless port. Off = 1, on = 2 hzqtmredundancysecondaryportactivecounts r/o Counter Indicates the approximate number of seconds that this alarm has been active. hzqtmredundancyprimaryportfaultyalarm r/o Integer The redundancy primary wireless port is faulty. Off = 1, on = 2 hzqtmredundancyprimaryportfaultycounts r/o Counter Indicates the approximate number of seconds that this alarm has been active. hzqtmredundancysecondaryportfaultyalarm r/o Integer The redundancy secondary wireless port is faulty. Off = 1, on = 2 hzqtmredundancysecondaryportfaultycounts r/o Counter Indicates the approximate number of seconds that this alarm has been active. hzqtmatpcconfigmismatchalarm r/o Integer In the near end ATPC feature is set to on and in peer it is set to off. Off = 1, on = 2 hzqtmatpcconfigmismatchcounts r/o Counter Indicates the approximate number of seconds AtpcConfigMismatch alarm has been active. The threshold for number of frames dropped has been exceeded. The hzqtmdroppedenetframesthresholdalarm r/o Integer threshold and the number of seconds that it must exceed this threshold are programmed by the user. Off = 1, on = 2 hzqtmdroppedenetframesthresholdcounts r/o Counter Indicates the approximate time, in seconds, that this alarm has been in the active state The threshold for the percentage of available bandwidth has been hzqtmbandwidthutilizationthresholdalarm r/o Integer exceeded. The threshold and the number of seconds that it must exceed this threshold are programmed by the user. Off = 1, on = 2 Indicates the approximate time, in seconds, that this alarm has been in the hzqtmbandwidthutilizationthresholdcounts r/o Counter active state hzqtmrlsmismatchalarm r/o Integer RLS configurations on the pair of systems are mismatched. Off = 1, on = 2 Indicates the approximate time, in seconds, that this alarm has been in the hzqtmrlsmismatchcounts r/o Counter active state hzqtmrlsqueuebasedshutdownactivatedalarm r/o Integer RLS Queue-Based shutdown is activated. Off = 1, on = 2 Indicates the approximate time, in seconds, that this alarm has been in the hzqtmrlsqueuebasedshutdownactivatedcounts r/o Counter active state hzqtmfpgaprogrammingerroralarm r/o Integer Encountered some problem while programming the modem. Off = 1, on = 2 hzqtmfpgaprogrammingerrorcounts r/o Counter Indicates the approximate number of seconds that this alarm has been active