CX2200_Ver2.3_PNMSj configuration manual.pdf

PASOLINK NEO TECX2200 Multi-service Transport Gateway Configuration File for PNMSj MADE IN JAPAN Page 1 Revision History Revision Date Change Description A 2009/6/10 Initial release. Page 2 1. please contact NEC for a replacement. Any discrepancies.Notes „ Read this manual carefully before using it for the correct use. errors. contact the distributor of the product or the nearest NEC sales office. Refer to the CX2200 manual for the operation method of the CX2200 main body. „ Every effort has been made to ensure that the information in this manual is accurate. „ Reproduction of a part or the entire contents of this manual without prior consent is prohibited. „ Keep this manual within easy reach after reading it.3 for Pasolink Network Management System (Java version) (referred as PNMSj henceforth). This is only a sample file and does not guarantee the operation in the customer's environment. „ The contents of this manual may be changed without prior notice. „ If you find any missing pages or pages out of order in this manual. missing information. Refer to the PNMSj manual for each function of PNMSj and the method of using the file. This file is available through the PNMSj license. This file is a sample file for monitoring CX2200 Ver2.3 using the MIB Loading function of PNMSj. and suggestions should be reported to the distributor of the product or the NEC sales office. Change the configuration file according to the customer's environment when using it for operation. Preface This manual describes the configuration sample file of PASOLINK NEO TE CX2200 (referred to as CX2200 henceforth) Ver2. „ NEC assumes no responsibility for the result of the operation. Page 3 . For the procedure for obtaining the license. 3/PNMSJ Rev1. This sample file monitors the CX2200 status by classifying it into the following six categories. Port Link Status Status Displays the user line link status. Port Status Status Displays the T1/E1 line status. Sample File Specification This sample file is intended for CX2200 Ver2. Layer2 Protocol Status Displays the Layer2 Protocol processing status. Category Type Description System Status Status Displays the device status. Page 4 . System Fault Alarm Displays the device fault status. Reference Clock Status Displays the Reference Clock status.2.19. The following items are monitored in this category. Table 2. the items related to L2 Protocol and Reference Clock belong to a different category.2. Page 5 .1 Item System Status monitoring items Trap Status CPUSW Status { Active/Active Fault CPUSW Type - CPUSW Boot Cause - Power On Reset/Reset System Command/ WDT Abnormal/Fatal Error LINE1 Type - 32T1E1H/1ATM155A/None/Unknown LINE2 Type - 2GBE/None/Unknown FAN Status { Unmount/Mount(High) TRAP Message Discard { Normal/Discard Outband Port Status { Normal/Network Overload Inband Port Status { Normal/Network Overload { No Entry/No Memory/Bad Argument/ Device Address Setting Error/No Server/ Socket Error/Address Already In Use/ Bind Error/Ioctl Error/Timer Error/ Signal Error/Synchronization Failed/ Succeeded/No Access/Other Error NTP Secondary Access Status { No Entry/No Memory/Bad Argument/ Device Address Setting Error/No Server/ Socket Error/Address Already In Use/ Bind Error/Ioctl Error/Timer Error/ Signal Error/Synchronization Failed/ Succeeded/No Access/Other Error SFP #25 { Unmount/SX/LX/XZ/BX-D10/BX-U10/ Other SFP #26 { Unmount/SX/LX/XZ/BX-D10/BX-U10/ Other SFP #1 { Unmount/S1.1/L1.2/Other NTP Primary Access Status * SFP#1 is valid only when LINE1 is 1ATM155A.1. System Status This category shows the device status.1/L1. However. 2 Item Severity System Fault monitoring items Trap Normal (green) Fault (red) Software Critical - Normal Critical/Warning Temperature Critical - Normal Critical/Warning Processor Critical - Normal Critical FAN #1 Major - Normal Major FAN #2 Major - Normal Major FAN #3 Major - Normal Major CPUSW Critical - Normal Critical/Major/Minor/Warning LINE1 Critical - Normal Critical/Major/Minor/Warning LINE2 Critical - Normal Critical/Major/Minor/Warning Power Input #1 Major - Normal Major Power Input #2 Major - Normal Major CESoP Warning { Normal Fault IMA Group #1 Major { Up Down IMA Group #2 Major { Up Down IMA Group #3 Major { Up Down IMA Group #4 Major { Up Down IMA Group #5 Major { Up Down IMA Group #6 Major { Up Down IMA Group #7 Major { Up Down IMA Group #8 Major { Up Down SFP RX #25 Major { Normal Fault SFP RX #26 Major { Normal Fault SFP RX #1 Major { Normal Fault SFP TX #25 Major { Normal Fault SFP TX #26 Major { Normal Fault SFP TX #1 Major { Normal Fault SFP Device #25 Major - Normal Fault SFP Device #26 Major - Normal Fault SFP Device #1 Major - Normal Fault Device * SFP#1 is valid only when LINE1 is 1ATM155A.2. the items related to L2 Protocol and Reference Clock belong to a different category. The following items are monitored in this category.2. Page 6 . System Fault This category shows the device fault status. Table 2. However. Layer2 Protocol This category shows the L2 Protocol processing status. Table 2. Page 7 .3.3 Item Layer2 Protocol monitoring items (1/2) Trap Status STP Status - Disable/Enable STP Port Role#17 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#18 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#19 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#20 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#21 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#22 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#23 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#24 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#25 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port STP Port Role#26 { Disable Port/Alternate Port/Backup Port/ Root Port/Designated Port LAG Port Status #17 { Active/Standby/Down/Block LAG Port Status #18 { Active/Standby/Down/Block LAG Port Status #19 { Active/Standby/Down/Block LAG Port Status #20 { Active/Standby/Down/Block LAG Port Status #21 { Active/Standby/Down/Block LAG Port Status #22 { Active/Standby/Down/Block LAG Port Status #23 { Active/Standby/Down/Block LAG Port Status #24 { Active/Standby/Down/Block LAG Port Status #25 { Active/Standby/Down/Block LAG Port Status #26 { Active/Standby/Down/Block * Valid only when the L2Protocol is operated.2. The following items are monitored in this category. Page 8 . only the Ring Port Status is immediately reflected by PNMSj. * The initial value of Ring Loop Detection is None and Trap notification is not performed. the status is not immediately reflected in PNMSj at Ring setting. * As Ring Port Status/Ring Node State/Ring Request is notified only through one Trap.3 Item Layer2 Protocol monitoring items (2/2) Trap Status Ring Port Status #25 { Initial State/RPL Block/Forward/Signal Fail/ Recovery/Wait To Restore Ring Port Status #26 { Initial State/RPL Block/Forward/Signal Fail/ Recovery/Wait To Restore Ring Node State #25 { Initial State/Idle/Protection Ring Node State #26 { Initial State/Idle/Protection Ring Request #25 { Initial State/Local NR/Local SF/Remote NR/ Remote SF Ring Request #26 { Initial State/Local NR/Local SF/Remote NR/ Remote SF Ring Loop Detection #25 { None/Detect Ring Loop Detection #26 { None/Detect * Valid only when the L2 Protocol function is operated.Table 2. Therefore. 4.4 Item Reference Clock monitoring items Trap Status Status { Normal/Aquiring Priority { 1/2/3/255 Supply Status #1 - Fault/Normal Supply Status #2 - Fault/Normal Supply Status #3 - Fault/Normal Multiple Source Supply Status #1 { Fault/Normal/Acquiring Multiple Source Supply Status #2 { Fault/Normal/Acquiring Multiple Source Supply Status #3 { Fault/Normal/Acquiring 1ATM155A Status - Not Running/Freerun/Holdover/Acquiring/ Acquired * Multiple Source Supply Status is valid only the function is operated. Reference Clock This category shows the Reference Clock status of the device.2. The following items are monitored in this category. Table 2. * 1ATM155A Status is valid only when LINE1 is 1ATM155A. Page 9 . 5 Item Trap Port Status monitoring items Status T1E1 #1 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #2 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #3 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #4 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #5 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #6 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #7 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #8 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #9 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #10 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #11 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #12 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #13 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #14 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #15 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #16 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #33 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #34 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #35 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #36 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #37 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #38 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #39 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #40 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #41 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #42 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #43 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #44 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #45 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #46 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #47 { Normal/LOS/AIS/LOF/RAI/LCD T1E1 #48 { Normal/LOS/AIS/LOF/RAI/LCD Page 10 .2. Port Status This category shows the T1/E1 line status of the device.5. Table 2. The following items are monitored in this category. Item Table 2.2. The following items are monitored in this category.6 Port Link Status monitoring items (1/2) Trap Status #1 { Up/Down #2 { Up/Down #3 { Up/Down #4 { Up/Down #5 { Up/Down #6 { Up/Down #7 { Up/Down #8 { Up/Down #9 { Up/Down #10 { Up/Down #11 { Up/Down #12 { Up/Down #13 { Up/Down #14 { Up/Down #15 { Up/Down #16 { Up/Down #17 { Up/Down #18 { Up/Down #19 { Up/Down #20 { Up/Down #21 { Up/Down #22 { Up/Down #23 { Up/Down #24 { Up/Down #25 { Up/Down #26 { Up/Down Page 11 .6. Port Link Status This category shows the user line link status of the device. 6 Item Port Link Status monitoring items (2/2) Trap Status #33 { Up/Down #34 { Up/Down #35 { Up/Down #36 { Up/Down #37 { Up/Down #38 { Up/Down #39 { Up/Down #40 { Up/Down #41 { Up/Down #42 { Up/Down #43 { Up/Down #44 { Up/Down #45 { Up/Down #46 { Up/Down #47 { Up/Down #48 { Up/Down Page 12 .Table 2. no-memory(2). timer-error(10). discarded(2) TRAP message discarded status ○ normal(1). Corresponding MIB 3. Object identifier cx2k SYNTAX [108] OBJECT IDENTIFIER cx22-mbh cx22-mbhSystem cx22-mbhSystemCpusw Enumeration type ACCESS DESCRIPTION TRAP send NA [51] OBJECT IDENTIFIER NA [1] OBJECT IDENTIFIER NA [1] OBJECT IDENTIFIER NA cx22-mbhSystemCpuswStatus [1] INTEGER RO active(3). line1-1atm155a(513). bad-argument(3). succeeded(16). ioctl-error(9). socket-error(6). bad-argument(3). line2-2gbe(768) Type of LINE card × unmount(1). no-server(5). reset-system-command(3). line1-16t1e1h(512). network-overload(2) Management port status ○ RO no-entry(1). bind-error(8). synchronization-failed(12). device-address-setting-error(4). signal-error(11).1 Private MIB monitoring items (1/5) CX2200-100 specific MIB iems are shown below.3.nec(119). the-fatal-error-has-occurred(131) Cause that system rebooted × [2] OBJECT IDENTIFIER NA none(1). bind-error(8). signal-error(11).1. mount(2) Mount status of FAN module ○ normal(1). ioctl-error(9). Table 3. socket-error(6). device-address-setting-error(4). active-fault(19) Status of CPUSW ○ cx22-mbhSystemCpuswOperType [2] INTEGER RO cpusw(256) Type of CPUSW × [8] INTEGER RO power-on-reset(1). no-access(3 NTP secondary server access status ○ cx22-mbhSystemCpuswBootCause cx22-mbhSystemLine cx22-mbhSystemLineTable cx22-mbhSystemLineEntry [1] OBJECT IDENTIFIER [1] OBJECT IDENTIFIER NA NA cx22-mbhSystemLineIndex [1] INTEGER AFN cx22-mbhSystemLineOperType [3] INTEGER RO cx22-mbhSystemFanu [3] OBJECT IDENTIFIER NA [1] INTEGER RO [11] OBJECT IDENTIFIER NA cx22-mbhMessageDiscardedStatus [3] INTEGER RO cx22-mbhTrap [4] OBJECT IDENTIFIER NA cx22-mbhManagementPortTable [5] cx22-mbhSystemFanuOperStatus cx22-mbhSystemMaintenance cx22-mbhManagementPortEntry SEQUENCE OF cx22-mbhManagementPortEntry NA [1] cx22-mbhManagementPortEntry NA cx22-mbhManagementPortIndex [1] INTEGER AFN cx22-mbhManagementPortStatus [2] INTEGER RO [6] OBJECT IDENTIFIER NA cx22-mbhNtpAccessStatus cx22-mbhNtpPrimaryAccessStatus cx22-mbhNtpSecondaryAccessStatus [1] INTEGER [2] INTEGER SEQUENCE OF cx22-mbhSessionStatusEntry cx22-mbhSessionStatusTable [7] cx22-mbhSystemResource [8] OBJECT IDENTIFIER Ifindex NA NA Page 13 . succeeded(16).enterprises(1). unknown(2). no-memory(2). no-access(3 NTP primary server access status ○ RO no-entry(1). address-already-in-use(7).necproduct(1). timer-error(10). synchronization-failed(12). private(4). no-server(5). Private MIB The following Private MIB items are monitored. address-already-in-use(7). the-status-of-WDT-is-abnormal(8). mj(3).Table cx22-mbhFltInf cx22-mbhFltInfSystemSoftware cx22-mbhFltInfSystemSoftwareSeverity cx22-mbhFltInfSystemTemp cx22-mbhFltInfSystemTempSeverity cx22-mbhFltInfSystemProcessor cx22-mbhFltInfSystemProcessorSeverity cx22-mbhFltInfSystemFan cx22-mbhFltInfSystemFanTable cx22-mbhFltInfSystemFanEntry cx22-mbhFltInfSystemFanIndex cx22-mbhFltInfSystemFanSeverity cx22-mbhFltInfCpuswDevice cx22-mbhFltInfCpuswDeviceSeverity cx22-mbhFltInfLineDevice cx22-mbhFltInfLineDeviceTable cx22-mbhFltInfLineDeviceEntry cx22-mbhFltInfLineDeviceIndex cx22-mbhFltInfLineDeviceSeverity 3. if(6) Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information ○ cl-none(1). if(6) Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information × ○ NA RO [1] cl-none(1). mj(3). wr(5). mn(4). cr(2). mn(4). cr(2). wr(5). mj(3). cr(2). mn(4). wr(5).1 Private MIB monitoring items (2/5) [2] OBJECT IDENTIFIER NA [1] OBJECT IDENTIFIER NA [1] INTEGER RO [2] OBJECT IDENTIFIER NA [1] INTEGER RO [3] OBJECT IDENTIFIER NA [1] INTEGER [4] OBJECT IDENTIFIER [1] SEQUENCE OF cx22-mbhFltInfFanEntry [1] cx22-mbhFltInfFanEntry [1] INTEGER RO [5] OBJECT IDENTIFIER NA [1] INTEGER RO [6] OBJECT IDENTIFIER NA SEQUENCE OF cx22-mbhFltInfLineDeviceEntry NA [1] cx22-mbhFltInfLineDeviceEntry NA [1] INTEGER RO cx22-mbhFltInfExternalMemory [7] OBJECT IDENTIFIER NA cx22-mbhFltInfSystemPower [8] OBJECT IDENTIFIER NA cx22-mbhFltInfSystemPowerIndex cx22-mbhFltInfSystemPowerSeverity SEQUENCE OF cx22-mbhFltInfSystemPowerEntry [1] cx22-mbhFltInfSystemPowerEntry [1] INTEGER [2] INTEGER Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information × cl-none(1). cr(2). mn(4). if(6) AFN RO cx22-mbhFltInfSystemPowerEntry × NA [2] INTEGER cx22-mbhFltInfSystemPowerTable Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information NA [2] INTEGER [1] cl-none(1). wr(5). wr(5). if(6) Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information ○ cl-none(1). mn(4). mj(3). mj(3). cr(2). cr(2). if(6) Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information Page 14 . mn(4). wr(5). if(6) cl-none(1). if(6) Severity of trouble 1:Clear / Normal 2:Critical 3:Major 4:Minor 5:Warning 6:Information ○ NA ○ NA AFN RO cl-none(1). mj(3). wr(5). cr(2). mn(4). mj(3). normal(2) Received optical ray status of sfp module ○ cx22-mbhInterfaceSfpTxError [4] INTEGER RO fault(1). bx-u10(9). 2:enabled AFN ifIndex [2] INTEGER RO disabledPort(1). down(3). oc3-si15(5). zx(4). alternatePort(2). 4:rootPort. 5:designatedPort [2] OBJECT IDENTIFIER NA SEQUENCE OF cx22-mbhRstPortExtEntry NA [1] cx22-mbhStpPortExtEntry NA [1] INTEGER [2] OBJECT IDENTIFIER [2] SEQUENCE OF cx22-mbhLagEntry [1] cx22-mbhLagEntry NA NA NA cx22-mbhLagPort [1] INTEGER AFN cx22-mbhLagPortStatus [2] INTEGER RO cx22-mbhLagTable cx22-mbhInterface cx22-mbhInterfaceSfp cx22-mbhInterfaceSfpTable cx22-mbhInterfaceSfpEntry cx22-mbhInterfaceSfpIndex [3] SEQUENCE OF cx22-mbhLagEntry ○ active(1). oc3-sl80(7). lx(3). designatedPort(5) Spanning-tree Port Role 1:disabledPort. other(256) cx22-mbhInterfaceSfpRxError [3] INTEGER RO fault(1). bx-d10(8). standby(2). rootPort(4). normal(2) Transmitted optical ray status of sfp module ○ [2] OBJECT IDENTIFIER NA fault(1). normal(2) Status of sfp error ○ cx22-mbhInterfaceSfpFault cx22-mbhInterfaceSfpFaultTable cx22-mbhInterfaceSfpFaultEntry SEQUENCE OF cx22-mbhInterfaceSfpFaultEntry NA [1] cx22-mbhInterfaceSfpFaultEntry NA [1] cx22-mbhInterfaceSfpFaultIndex [1] INTEGER AFN cx22-mbhInterfaceSfpFaultStatus [2] INTEGER RO [6] OBJECT IDENTIFIER NA cx22-mbhAtmCounter [7] OBJECT IDENTIFIER NA cx22-mbhAtmOam [8] cx22-mbhCounter Page 15 .Table 3. 3:backupPort. sx(2). oc3-sl40(6). block(4) LAG port State block : port is disabled down : port is in linkdown state act or sby: port is in linkup state ○ Status of sfp module Type of sfp module (If sfp module is mounted) ○ NA [5] OBJECT IDENTIFIER NA [1] OBJECT IDENTIFIER NA SEQUENCE OF [1] cx22-mbhInterfaceSfpEntry NA [1] cx22-mbhInterfaceSfpEntry NA [1] INTEGER ifIndex AFN cx22-mbhInterfaceSfpStatus [2] INTEGER RO unmount(1).1 Private MIB monitoring items (3/5) cx22-mbhPathControl [3] OBJECT IDENTIFIER NA cx22-mbhL2Protocol [4] OBJECT IDENTIFIER NA cx22-mbhStp cx22-mbhStpExt [1] MODULE-IDENTITY - [1] OBJECT IDENTIFIER NA cx22-mbhStpModuleStatus [1] INTEGER RO cx22-mbhStpPortExtTable [2] cx22-mbhStpPortExtEntry cx22-mbhStpPort cx22-mbhStpPortRole cx22-mbhStpTrapsControl cx22-mbhLag cx22-mbhLagPortTable cx22-mbhLagPortEntry disabled(1). backupPort(3). 2:alternatePort. enabled(2) Spanning-tree Mode Status 1:disabled. ais(3). acquired(5) ○ NA SEQUENCE OF cx22-mbhAtmImaGroupStatusEntry NA [1] cx22-mbhAtmImaGroupStatusEntry NA [1] ○ Clock Priority NA RO [1] fail(1). los(2). fail(1). acquiring(3) cx22-mbhAtmImaGroupStatusIndex [1] INTEGER AFN cx22-mbhAtmImaGroupTrafficStatus [2] INTEGER RO IMA Group index down(1). freerun(2). normal(2) AFN [2] INTEGER cx22-mbhAtm155AdaptiveClockStatusTable 2:normal 3:acquiring Clock Priority AFN [2] INTEGER cx22-mbhT1E1OamStatusTable normal(2). acquiring(4). acquiring(3) 1:fail 2:normal 3:acquiring Ifindex normal(1).1 cx22-mbhReferenceClock Private MIB monitoring items (4/5) [9] OBJECT IDENTIFIER NA cx22-mbhReferenceClockStatus [1] INTEGER RO cx22-mbhReferenceClockPriority [2] INTEGER RO cx22-mbhReferenceClockSupply [3] OBJECT IDENTIFIER NA cx22-mbhReferenceClockSupplyStatusTable cx22-mbhReferenceClockSupplyStatusEntry SEQUENCE OF cx22mbhReferenceClockSupplyStatusEntry NA [1] cx22-mbhReferenceClockSupplyStatusEntry NA [1] cx22-mbhReferenceClockSupplyStatusPriorityIndex [1] INTEGER AFN cx22-mbhReferenceClockSupplyStatus [2] INTEGER RO [4] OBJECT IDENTIFIER NA SEQUENCE OF cx22[1] mbhReferenceClockMultipleSourceSupplyStatus Entry NA cx22-cx22[1] mbhReferenceClockMultipleSourceSupplyStatus Entry NA cx22-mbhReferenceClockMultipleSourceSupply cx22-mbhReferenceClockMultipleSourceSupplyStatusTable cx22-mbhReferenceClockMultipleSourceSupplyStatusEntry cx22-mbhReferenceClockMultipleSourceSupplyStatusGroupInde [1] INTEGER cx22-mbhReferenceClockMultipleSourceSupplyStatus RO cx22-mbhEtherOamMIB [10] OBJECT IDENTIFIER NA cx22-mbhT1E1Oam [11] OBJECT IDENTIFIER NA [1] SEQUENCE OF cx22-mbhT1E1OamStatusEntry NA cx22-mbhT1E1OamStatusEntry cx22-mbhT1E1OamStatusIndex cx22-mbhT1E1OamPortStatus [1] cx22-mbhT1E1OamStatusEntry [1] INTEGER cx22-mbhTdmOam [12] OBJECT IDENTIFIER NA cx22-mbhAtm155 [13] OBJECT IDENTIFIER NA cx22-mbhAtm155AdaptiveClockStatusEntry SEQUENCEOF cx22mbhAtm155AdaptiveClockStatusEntry NA [1] cx22-mbhAtm155AdaptiveClockStatusEntry NA cx22-mbhAtm155AdaptiveClockStatusIndex [1] INTEGER AFN cx22-mbhAtm155AdaptiveClockGroupStatus [2] INTEGER RO cx22-mbhAtmKeepalive [14] OBJECT IDENTIFIER cx22-mbhAtmLoopbackCellOverload [15] OBJECT IDENTIFIER NA cx22-mbhAtmIma [16] OBJECT IDENTIFIER NA cx22-mbhAtmImaGroupStatusTable cx22-mbhAtmImaGroupStatusEntry ○ 1:fail 2:normal Reference Clock Group. rai(5).Table 3. normal(2). lcd(6) ○ Card kind index 100: line1 200: line2 300: cpusw not-running(1). holdover(3). lof(4). up(2) ○ Page 16 . Table 3. protection(3) Ether-Ring Node State ○ cx22-mbhEtherRingStatusEthRingRequest [5] INTEGER RO initial-state(1). wait-to-restore(6) cx22-mbhEtherRingStatusEthRingNodeState [4] INTEGER RO initial-state(1). idle(2). local-nr(2). remote-sf(5) Ether-Ring Status Cause ○ cx22-mbhEtherRingPortInformationTable cx22-mbhEtherRingPortInformationEntry [2] SEQUENCE OF cx22mbhEtherRingPortInformationEntry [1] cx22-mbhEtherRingPortInformationEntry Ether-Ring Port State ○ NA NA cx22-mbhEtherRingPortInformationPortIndex [1] INTEGER AFN cx22-mbhEtherRingLoopDetection [2] INTEGER RO ifindex none(1). detect(2) ○ Loop Detection Page 17 .1 cx22-mbhCesop cx22-mbhCesopDeviceStatusTable cx22-mbhCesopDeviceStatusEntry Private MIB monitorin gitems (5/5) [17] OBJECT IDENTIFIER NA SEQUENCE OF [1] cx22-mbhCesopDeviceStatusEntry NA [1] cx22-mbhCesopDeviceStatusEntry NA cx22-mbhCesopDeviceStatusIndex [1] INTEGER AFN cx22-mbhCesopDeviceStatus [2] INTEGER RO [18] OBJECT IDENTIFIER NA [1] SEQUENCE OF cx22-mbhEtherRingStatusEntry NA cx22-mbhEtherRing cx22-mbhEtherRingStatusTable cx22-mbhEtherRingStatusEntry [1] cx22-mbhEtherRingStatusEntry Card kind index 100: line1 200: line2 300: cpusw normal(1). rpl-block(2). remote-nr(4). fault(2) ○ NA cx22-mbhEtherRingStatusIndex [1] INTEGER AFN cx22-mbhEtherRingStatusPortIndex [2] INTEGER AFN Index ifindex cx22-mbhEtherRingStatusEthRingPortState [3] INTEGER RO initial-state(1). recovery(5). signal-fail(4). forward(3). local-sf(3). 2 Standard MIB monitoring items Standard MIB items （RFC1213） are shonw below.org(3). Object identifier iso(1).internet(1). mib2 ifNumber [1] INTEGER ifTable [2] ifEntry SEQUENCE OF IfEntry DESCRIPTION RO NA [1] IfEntry NA ifIndex [1] INTEGER RO ifOperStatus [8] INTEGER RO INDEX { ifIndex } Page 18 TRAP send . Standard MIB The following Standard MIB items are monitored.2.3.dod(6). - SYNTAX OBJECT IDENTIFIER ACCESS - - OBJECT IDENTIFIER - [1] OBJECT IDENTIFIER - system [1] OBJECT IDENTIFIER - interfaces [2] OBJECT IDENTIFIER mgmt(2). Table 3. Alternatively. the item status with one Trap. Page 19 .4. See the left column. Perform Get all/Connection Check/Slow polling. the highest possible severity for the item is set. may not be updated. 2 Multiple severities cannot be set for one item. None In the sample file. Known Limitations NO Restriction Assumed problem Work-around 1 Even if Trap detection is Multiple items cannot be performed for a Layer2 updated concurrently Protocol monitoring item. the item status is updated automatically at the polling cycle. A Jun 2009 NEC Corporation (All rights reserved) .3 Rev.PASOLINK NEO TE CX2200 Configuration File for PNMSj NWD-086089-003 ©2007 NEC Corporation Version 2.