XF-RADIOLINK-PTP-TERMINAL-MIB: View SNMP OID List / Download MIB

This MIB defines objects on terminal level for point-to-point Radiolink terminals.

Table for Radiolink point-to-point terminal managed objects. The table is indexed with entLogicalIndex.

An entry in the xfRLPtpTerminalTable

Network identity for terminal. Same as GNM id. Note! Id TRMA, TRMB, SMMA, SMMB, AAAA and BBBB are not possible to set. Default = .TRMA. (also for Far End) Near end access: read-write Far end access: read-write (Traffic Node), read-only (other)

Terminal type - other - Unknown - rlMLE - MLE classic - rlXfMLE - MMU2 - rlXfMLTN - MMU2B - rlXfMLStandalone(5) - MMU2 CS - rlXfMLTNPT(6) - Pt1 Enumeration: 'rlXfMLTNPT': 6, 'rlXfMLStandalone': 5, 'rlXfMLTN': 4, 'rlXfMLE': 3, 'other': 1, 'rlMLE': 2.

This object sets the protection mode of the terminal. - other - Unknown - unprotected - 1+0 - protectedHotStandby - 1+1 Hot - protectedWorkingStandby - 1+1 Working - UnProtectedSDC - 1+0 with Space Diversity - enhancedRLB - Enhanced Radio Link Bonding (1+1 PDH and 1+1/2+0 Ethernet) Default value: unprotected(2) Near end access: read-write Far end access: read-write (Traffic Node), read-only (other) Enumeration: 'protectedHotStandby': 3, 'unProtectedSDC': 5, 'protectedWorkingStandby': 4, 'unprotected': 2, 'other': 1, 'enhancedRLB': 6.

This object sets the capacity on the terminal * other - Unknown * twoE1 - 2x2 Mbps * fourE1 - 4*2 Mbps (only rlMLE) * oneE2 - 8 Mbps * twoE2 - 2x8 Mbps * oneE3oneE1 - 34+2 Mbps * twoE3 - 2x34 Mbps * fourE3 - 4*34 Mbps * fourDS1 - 4xDS1 * eightDS1 - 8xDS1 * sixteenDS1 - 16*DS1 * seventeenDS1 - 16DS1+DS1 * oneStm0 - STM-0 * oneStm1oneE1 - STM-1+2 * thirtytwoDS1 - 32xDS1 * oneStm1oneDS1 - STM-1+DS1 * oneStm1oneE1at50MHz - STM-1+2 Mpbs @ 50 MHz * twentytwoE1 - 22xE1 * thirtyfiveE1 - 35xE1 * fortysixE1 - 46xE1 * seventyfiveE1 - 75xE1 * oneStm1OneJ1 - 1xSTM-1 + 1xJ1 * sixtynineDS1 - 69xDS1 * eightyDS1 - 80xDS1 * oneStm1OneE1LH - STM-1+2 for LH * oneStm1OneDS1LH - STM-1+DS1 for LH Default value PDH CQPSK ETSI: twoE1(2) MMU2, MMU2 B, MMU2 C Default value PDH CQPSK ANSI: fourDS1(9) MMU2 BA, MMU2 CA Default value PDH QAM ETSI: twentytwoE1(18) MMU2 D Default value PDH QAM ANSI: sixtynineDS1(23) MMU2 DA Default value SDH ETSI: oneStm1oneE1(14) MMU2 E, MMU2 F Default value SDH ANSI: oneStm1oneDS1(16) MMU2 E, MMU2 F Near end access: read-write Far end access: read-write (Traffic Node), read-only (MLE) Note that setting far end xfTermCapacity will remove far end traffic cross connects. oneStm1oneE1(14) and oneStm1oneE1at50MHz(17) has the same capacity and modulation but at different bandwidth, hence the two values. Capacities above 2xE1 for MMU2 B OFH, MMU2 C OFH, ATU and ATU B OFH are under license control. Enumeration: 'thirtyfiveE1': 19, 'seventyfiveE1': 21, 'sixteenDS1': 11, 'oneStm1oneDS1': 16, 'twoE1': 2, 'twoE2': 5, 'twoE3': 7, 'fourE1': 3, 'fourE3': 8, 'twentytwoE1': 18, 'oneStm1oneE1': 14, 'oneStm0': 13, 'oneStm1OneJ1': 22, 'eightyDS1': 24, 'other': 1, 'thirtytwoDS1': 15, 'oneStm1OneE1LH': 25, 'sixtynineDS1': 23, 'fourDS1': 9, 'seventeenDS1': 12, 'fortysixE1': 20, 'eightDS1': 10, 'oneE3oneE1': 6, 'oneStm1oneE1at50MHz': 17, 'oneStm1OneDS1LH': 26, 'oneE2': 4.

This object shows the capacity capability on the terminal. Binary AND on contained modems units capabilities. Bits: 'thirtyfiveE1': 18, 'seventyfiveE1': 20, 'sixteenDS1': 10, 'oneStm1oneDS1': 15, 'twoE1': 1, 'twoE2': 4, 'twoE3': 6, 'fourE1': 2, 'fourE3': 7, 'twentytwoE1': 17, 'oneStm1oneE1': 13, 'oneStm0': 12, 'oneStm1OneJ1': 21, 'eightyDS1': 23, 'thirtytwoDS1': 14, 'oneStm1OneE1LH': 24, 'sixtynineDS1': 22, 'fourDS1': 8, 'seventeenDS1': 11, 'fortysixE1': 19, 'oneE1': 0, 'eightDS1': 9, 'oneE3oneE1': 5, 'oneStm1oneE1at50MHz': 16, 'oneStm1OneDS1LH': 25, 'oneE2': 3.

This object sets the modulation method on the terminal. Legal settable values are: - cqpsk(2) CQPSK - qam16(3) 16-QAM - qam128(4) 128-QAM - qam32(5) 32-QAM - qam64(6) 64-QAM Default value PDH CQPSK ETSI: cqpsk(2) MMU2, MMU2 B, MMU2 C Default value PDH CQPSK ANSI: cqpsk(2) MMU2 BA, MMU2 CA Default value PDH QAM ETSI: qam16(3) MMU2 D Default value PDH QAM ANSI: qam128(4) MMU2 DA Default value SDH ETSI: qam128(4) MMU2 E, MMU2 F Default value SDH ANSI: qam128(4) MMU2 E, MMU2 F Near end access: read-write Far end access: read-write (Traffic Node), read-only (other) Note that setting far end xfTermModulation might remove far end traffic connections. Modulation other than CQPSK for MMU2 C OFH are under license control.

This object shows the modulation capability on the terminal. Binary AND on contained modems and radio units capabilities. Bits: 'qam128': 2, 'qam32': 3, 'qam16': 1, 'qam64': 4, 'cqpsk': 0.

rlXfMLTN: Restore command is clearing RF, IF and RxLoop, enable xfTermTrapEnable, turn transmitter on and set protection switch mode to Auto. In case of MMU2 E and MMU2 F it also clears the STM-1 Line Loop and Local Loop. Far end rlMLE and rlXfMLE: Restore command sets P-mark to off, all loops are set to off, all Test Port connections are removed, Transmitter is set to On and Switch Mode is set to Auto. Enumeration: 'restore': 1.

This object shows the highest alarm severity for contained units and interfaces in the terminal including E1, E2 and E3 interfaces. Terminal alarm severity is indicated by 3 bits: bits 012 000 clear 001 undetermined 010 warning 011 minor 100 major 101 critical 110 not defined 111 not applicable Bits: 'termSeverity0': 0, 'termSeverity1': 1, 'termSeverity2': 2.

Disables/enables trap sending from this terminal. Note, terminals with termType = rlXfMLE will not include E1, E2 and E3 interfaces. Default value: enable(2) Enumeration: 'unknown': 1, 'enable': 2, 'disable': 3.

rlXfMLTN: Access server port used to reach far end terminals of type rlMLE or rlXfMLE, else notAvailable (1). rlXfMLE: Access server port used to reach a near end terminal of type rlXfMLE. aspX002 - Port 3002/4002 .. - .. aspX021 - Port 3021/4021 Note, Last available port differs between different AMMs. AMM 2p: aspX003 AMM 6p: aspX006 AMM 20p: aspX021 Near end access: read-only Far end access: no access Enumeration: 'aspX018': 18, 'aspX017': 17, 'aspX020': 20, 'aspX014': 14, 'aspX010': 10, 'aspX021': 21, 'aspX019': 19, 'aspX011': 11, 'aspX007': 7, 'aspX015': 15, 'aspX016': 16, 'aspX009': 9, 'aspX008': 8, 'notAvailable': 1, 'aspX006': 6, 'aspX005': 5, 'aspX004': 4, 'aspX003': 3, 'aspX002': 2, 'aspX012': 12, 'aspX013': 13.

This object sets if check of identity of remote terminal shall be performed or not. Legal values are: - enable(2): radio id check enabled - disable(3): radio id check disabled Default value: disable(3) Enumeration: 'enable': 2, 'other': 1, 'disable': 3.

Network identity for remote terminal. Same as GNM id. Note: TRMA, TRMB, SMMA, SMMB, AAAA and BBBB are not possible to set. A change of the far end value might disconnect IP DCN, but internal GNM connection will not be disconnected. Default value: TRMB (initial)

For terminals with termType = rlXfMLE or rlMLE: - Terminal is restored with factory settings. - Protected terminals will be set to unprotected. For terminals with termType = rlXfMLTN: - Terminal is restored with default configuration. Near end access: read-write Far end access: no access Enumeration: 'preset': 1.

Threshold for BER alarm. Legal values: - ber1e3(2): BER=1e-3 (default) - ber1e4(3): BER=1e-4 - ber1e5(4): BER=1e-5 - ber1e6(5): BER=1e-6 Enumeration: 'ber1e3': 2, 'other': 1, 'ber1e5': 4, 'ber1e4': 3, 'ber1e6': 5.

Notification suppression timer for protection alarms. Unit: 1 sec Value range: 0-1000 Default value: 200 Near end access: read-write Far end access: read-only (Traffic Node)

Unprotected: 0 Protected: EntPhysicalindex of MMU in lowest slot

The system name of the TN hosting the terminal. Near end terminal: a zero-length string is returned as MIB-II/system/sysName should be used instead. Far end terminal: the system name is returned.

Channel mode for the terminal (administrative status). This is only settable according to xfTermChannelModeCapability. Legal values are: - ccdp(2): Co-Channel Dual Polarization (XPIC) - accp(3): Adjacent Channels Co-Polarization (non-XPIC) - acap(4): Adjacent Channels Alternate Polarization (non-XPIC) Default value: acap(4) Near end access: read-write Far end access: read-write (Traffic Node only)

Channel mode capability. Legal values are: - ccdp(0) ........ Co-Channel Dual Polarization (XPIC) - accp(1) ........ Adjacent Channels Co-Polarization (non-XPIC) - acap(2) ........ Adjacent Channels Alternate Polarization (non-XPIC) - ccdp16QAM(3).... Co-Channel Dual Polarization (XPIC) for 16QAM only on MMU2 F - ccdp64QAM(4).... Co-Channel Dual Polarization (XPIC) for 64QAM only on MMU2 F - ccdp128QAM(5)... Co-Channel Dual Polarization (XPIC) for 128QAM only on MMU2 F Default value: acap(2) Near end access: read-write Far end access: read-write (Traffic Node only) Bits: 'ccdp64QAM': 4, 'ccdp128QAM': 5, 'ccdp16QAM': 3, 'acap': 2, 'ccdp': 0, 'accp': 1.

Enable or disable traffic. AIS is generated on all traffic interfaces when traffic is disabled, i.e. xfTermTrafficAndDCN = DCNOnly. The hop and DCN is working, though (primarily used for license handling). Default value: trafficAndDCN(1) Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'trafficAndDCN': 1, 'dcnOnly': 2.

The frame format version used by the modem. Legal values are: - version0(2) only valid for MMU2 C modems - version1(3) only valid for MMU2 C modem. Default value: other(1) Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'other': 1, 'version0': 2, 'version1': 3.

Frame format versions supported by the modem. Bit 0: modem MMU2 C supports frame format Version 0 Bit 1: modem MMU2 C supports frame format Version 1 (for QAM 2xE2, E3+E1 and 2xE3) Bits: 'version0': 0, 'version1': 1.

DCN radio capacity for terminal. Legal values are: - dcnRadio128kbps(2) RFCOH channel only: all RSOH bytes pass transparently over the hop - dcnRadio320kbpsDCCr(3) 128 kbps + DCCr (default) - dcnRadio320kbpsMSB (4) 128 kbps + MSB Note: Future compatibility is guaranteed if the MSB [(2,2), (3,2), (3,3)] are used when 320kbpsMSB value is selected. Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'dcnRadio128kbps': 2, 'dcnRadio320kbpsDCCr': 3, 'other': 1, 'dcnRadio320kbpsMSB': 4.

Binary AND on contained MMUs DCN radio configuration capability. bits 210 000 undetermined 001 128kbps 010 320kbpsDCCr 100 320kbpsMSB ... 111 128kbps & 320kbpsDCCr & 320kbpsMSB Bits: 'dcnRadio128kbps': 0, 'dcnRadio320kbpsDCCr': 1, 'dcnRadio320kbpsMSB': 2.

DCN line capacity for terminal. Legal values are: transparent(2) All RSOH bytes pass transparently over the hop. dcnLine192kbpsDCCr(3) (default) DCCr dcnLine192kbpsMSB(4) MSB Note: Future compatibility is guaranteed if the MSB [(2,2), (3,2), (3,3)] are used when 192kbpsMSB value is selected. Default value: dcnLine192kbpsDCCr(3) Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'other': 1, 'transparent': 2, 'dcnLine192kbpsMSB': 4, 'dcnLine192kbpsDCCr': 3.

Binary AND on contained MMUs DCN line configuration. bits 210 000 undetermined 001 transparent 010 192kbpsDCCr 100 192kbpsMSB ... 111 transparent & 192kbpsDCCr & 192kbpsMSB Bits: 'transparent': 0, 'dcnLine192kbpsMSB': 2, 'dcnLine192kbpsDCCr': 1.

This object enables or disables the notification suppress timer for Protection alarm. Default value: enabled(3), Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'disabled': 2, 'other': 1, 'enabled': 3.

Administrative status of the line protection for a terminal physical line interface, e.g. MMU2 E and MMU2 F. Operational status is xfRLLineProtectionMode. Legal values are: other(1) (Not settable) unProtected(2) singleInterfaceLowSlot(3) SI low slot singleInterfaceHighSlot(4) SI high slot opticalSplitter(5) EEP equipmentAndLineProtection(6). ELP Default value: unProtected(2) Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'singleInterfaceHighSlot': 4, 'opticalSplitter': 5, 'equipmentAndLineProtection': 6, 'unProtected': 2, 'other': 1, 'singleInterfaceLowSlot': 3.

Table for Radiolink point-to-points terminal output power managed objects. The tabled is indexed with entLogicalIndex.

An entry in the xfRLPtpTerminalOutputPowerTable

This object shows the output power mode that is running. It is necessarily not equal to configured mode.

This object sets the output mode of the terminal. Legal values are: - other(1) - rtpc(2) - atpc(3) - localControl(4) - ra1LocalControlRa2Rtpc(5) - ra1RtpcRa2LocalControl(6) Note, It is only possible to select atpc if xfTermAtpcCapability = supportsAtpc for both near end and far end terminal. Value other(1) not settable. Default value: rtpc(2)

This object shows the ATPC capability for the terminal, calculated as worst case capability for all units contained in the terminal. Enumeration: 'noAtpcSupport': 2, 'supportsAtpc': 5, 'other': 1, 'atpcCapabilityUnknown': 4, 'doesNotExist': 3, 'supportsAtpcFallbackTimer': 7, 'supportsAtpcFallback': 6.

Table for performance data. For 1+0 systems performance data is calculated according to ITU-T Rec. G.826. For 1+1 systems - calculated as the combined performance of the protected terminal. 1+0 terminals uses ifindex for RAU IF 1+1 terminals uses ifindex for SWITCH IF

An entry in the xfRLPtpTerminalPerformanceTable

The number of seconds that have elapsed since the beginning of the current error-measurement period. If the current interval exceeds the maximum value, the agent will return the maximum value.

This object shows the error seconds.

This object shows the severely error seconds.

This object shows the background block errors.

This object shows the unavailable seconds (or unavailable time).

This object shows the background blocks.

This object is used to reset the performance counters. It is settable also when the radio unit isn't present. Near end access: read-write Far end access: read-write (Traffic Node only) Enumeration: 'performanceReset': 1.

The number of seconds that have elapsed in Enhanced RLB Extended capacity mode since RLB was enabled and the beginning of the current measurement period.

Table for control and supervision of the protection mechanism

An entry in the xfRLProtectionTable

This is the operational status of the protection mode. Default: unprotected(2) Enumeration: 'enhancedRLBProtected': 7, 'protectedHotStandby': 3, 'unProtectedSDC': 5, 'protectedWorkingStandby': 4, 'enhancedRLBExtended': 8, 'unprotected': 2, 'other': 1.

entPhysicalIndex for RAU 1.

entPhysicalIndex for RAU 2.

Active radio setting. Default value: txRadio1(1) Enumeration: 'txRadio1andtxRadio2': 3, 'txRadio2': 2, 'txRadio1': 1.

Reset of the activated external alarms Tx Switch Over and Remote Tx Switch Over by resetting internal alarms. Enumeration: 'reset': 1.

Preferred Tx Radio. Default value: off(3) Near end access: read-write Far end access: read-only (Traffic Node only) Enumeration: 'off': 3, 'txRadio2': 2, 'txRadio1': 1.

This object shows the protection capabilities of the traffic node. Near end access: read-only Far end access: read-only Bits: 'txSwitchOverConfiguration': 1, 'revertiveSwitching': 0.

Indicates whether the remote Tx switching function and Tx switchover alarm are enabled. When disabled, the remote Tx switching function is disabled and Tx switchover alarm is never raised and xfRLSwitchOverReset is never needed to reset these alarms. - Other (1) - Disabled (2) (default) - Enabled (3) Near end access: read-write Far end access: read-write Enumeration: 'disabled': 2, 'other': 1, 'enabled': 3.

Table for line protection status.

An entry in the xfRLLineProtectionTable

Extension to xfLineProtectionStatus. Bits: 'hitlessPhase2': 2, 'rfInputThresholdProtection2': 11, 'hitlessPhase0': 0, 'hitlessPhase1': 1, 'rfInputThresholdProtection1': 10, 'remoteTxSwitchOver2': 8, 'remoteTxSwitchOver1': 7, 'remoteTxSwitchOver0': 6, 'rfInputThresholdProtection0': 9, 'txSwitchover2': 5, 'txSwitchover1': 4, 'txSwitchover0': 3.

Operational status of the line protection for a terminal physical line interface, e.g. MMU2 E and MMU2 F. Administrative status is xfTermLineProtection. Enumeration: 'singleInterfaceHighSlot': 4, 'opticalSplitter': 5, 'equipmentAndLineProtection': 6, 'unProtected': 2, 'other': 1, 'singleInterfaceLowSlot': 3.

Traffic node extension of ifTable. The tabled is indexed with ifIndex.

An entry in the xfRADIORSTable

This object shows rau rs related alarms. Bits: 'timRadioSide2': 2, 'timRadioSide1': 1, 'timRadioSide0': 0.

Traffic node extension of ifTable. The tabled is indexed with ifIndex.

An entry in the xfRADIORSPerformanceTable

This object shows RAU RS related alarms. Bits: 'b1Es15m2': 5, 'b1Bbe15m1': 10, 'b1Es15m0': 3, 'b1Es15m1': 4, 'b1Ses24h0': 15, 'b1Ses24h1': 16, 'b1Bbe15m2': 11, 'b1Bbe24h1': 19, 'b1Bbe24h0': 18, 'b1Ses15m2': 8, 'b1Bbe24h2': 20, 'b1Ses15m0': 6, 'b1Ses15m1': 7, 'b1UnavailablePeriod0': 0, 'b1UnavailablePeriod1': 1, 'b1UnavailablePeriod2': 2, 'b1Bbe15m0': 9, 'b1Ses24h2': 17, 'b1Es24h1': 13, 'b1Es24h0': 12, 'b1Es24h2': 14.

This table contains the alarm threshold values for RL PM

Entry in the xfRLPMConfigTable.

The 15 minute set threshold for ES. Default value is 180. Near end access: read-write Far end access: No access

The 15 minute set threshold for SES. Default value is 15. Near end access: read-write Far end access: No access

The 15 minute set threshold for BBE. Default value is 9900. Near end access: read-write Far end access: No access

The 15 minute reset threshold for ES. Default value is 20. Near end access: read-write Far end access: No access

The 15 minute reset threshold for SES. Default value is 1. Near end access: read-write Far end access: No access

The 15 minute reset threshold for BBE. Default value is 200. Near end access: read-write Far end access: No access

The 24 hours set threshold for ES. Default value is 1500. Near end access: read-write Far end access: No access

The 24 hours set threshold for SES. Default value is 20. Near end access: read-write Far end access: No access

The 24 hours set threshold for BBE. Default value is 48000. Near end access: read-write Far end access: No access

Enable/disable visibility of PM tables. Default value: pmEnable(1) Near end access: read-write Far end access: No access Enumeration: 'pmEnable': 1, 'pmDisable': 2.

Threshold alarm status. Values from rlts1Counter15m0(21) to tltmCounter24h2(50) are related to obsoleted MOs. Bits: 'ses15m1': 7, 'ses15m0': 6, 'ses15m2': 8, 'rlts2Counter15m1': 25, 'es24h0': 12, 'rlts2Counter15m2': 26, 'rltmCounter24h1': 43, 'rlts2Counter15m0': 24, 'es24h1': 13, 'tltmCounter15m1': 34, 'es24h2': 14, 'tltmCounter15m2': 35, 'rlts2Counter24h0': 39, 'unavailablePeriod1': 1, 'unavailablePeriod0': 0, 'unavailablePeriod2': 2, 'tltmCounter15m0': 33, 'bbe15m2': 11, 'bbe15m1': 10, 'bbe15m0': 9, 'ses24h2': 17, 'ses24h0': 15, 'ses24h1': 16, 'rlts2Counter24h2': 41, 'rlts1Counter24h0': 36, 'rlts1Counter24h1': 37, 'rlts1Counter24h2': 38, 'tlts1Counter24h2': 47, 'tlts1Counter24h0': 45, 'tlts1Counter24h1': 46, 'tltmCounter24h2': 50, 'tltmCounter24h0': 48, 'tltmCounter24h1': 49, 'rltmCounter24h2': 44, 'rltmCounter15m2': 29, 'rltmCounter15m1': 28, 'rltmCounter15m0': 27, 'bbe24h0': 18, 'bbe24h1': 19, 'bbe24h2': 20, 'rlts2Counter24h1': 40, 'es15m2': 5, 'es15m1': 4, 'es15m0': 3, 'rlts1Counter15m2': 23, 'rlts1Counter15m1': 22, 'rlts1Counter15m0': 21, 'tlts1Counter15m1': 31, 'tlts1Counter15m0': 30, 'tlts1Counter15m2': 32, 'rltmCounter24h0': 42.

RLTS1 Alarm Threshold for Minimum RF Input Power. RF input level = value/10 dBm. Domain: [-99.9 ... -20.1 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset. Always less than RLTS2, xfPMRLTS2Threshold.

Received Level 1 Threshold Second (RLTS1) 15 minute. Alarm Set threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power in current 15 minute interval. Always greater than alarm Reset, xfPMResetThreshold15mRLTS1.

Received Level 1 Threshold Second (RLTS1) 15 minute. Alarm Reset threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power for entire current 15 minute interval. Always less than alarm Set, xfPMSetThreshold15mRLTS1.

RLTS2 Alarm Threshold for Minimum RF Input Power. RF input level = value/10 dBm. Domain: [-99.8 ... -20.0 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset. Always greater than RLTS1, xfPMRLTS1Threshold.

Received Level 2 Threshold Second (RLTS2) 15 minute. Alarm Set threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power in current 15 minute interval. Always greater or equal to alarm Reset, xfPMResetThreshold15mRLTS2.

Received Level 2 Threshold Second (RLTS2) 15 minute. Alarm Reset threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power for entire current 15 minute interval. Always less or equal to alarm Set, xfPMSetThreshold15mRLTS2.

Receive Level Tide Mark (RLTM) 15 minute. Alarm Set threshold for maximum allowed max / min difference of RF Input Power in current 15 minute interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB] Always greater or equal to alarm Reset, xfPMResetThreshold15mRLTM.

Receive Level Tide Mark (RLTM) 15 minute. Alarm Reset threshold for maximum allowed max / min difference of RF Input Power for entire current 15 minute interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB] Always less or equal to alarm Set, xfPMSetThreshold15mRLTM.

TLTS1 Alarm Threshold for Maximum RF Output Power. RF output level = value dBm. Domain: [-100 ... 45 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset.

Transmitted Levels 1 Threshold Second (TLTS1) 15 minute. Alarm Set threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power in current 15 minute interval. Always greater or equal to alarm Reset, xfPMResetThreshold15mTLTS1.

Transmitted Levels 1 Threshold Second (TLTS1) 15 minute. Alarm Reset threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power for entire current 15 minute interval. Always less or equal to alarm Set, xfPMSetThreshold15mTLTS1.

Transmitted Level Tide Mark (TLTM) 15 minute. Alarm Set threshold for maximum allowed max / min difference of RF Output Power in current 15 minute interval. RF output level = value dB. Domain: [1 ... 145 dB] Always greater or equal to alarm Reset, xfPMResetThreshold15mTLTM.

Transmitted Level Tide Mark (TLTM) 15 minute. Alarm Reset threshold for maximum allowed max / min difference of RF Output Power for entire current 15 minute interval. RF output level = value dB. Domain: [1 ... 145 dB] Always less or equal to alarm Set, xfPMSetThreshold15mTLTM.

Received Level 1 Threshold Second (RLTS1) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power in current 24 hour interval.

Received Level 2 Threshold Second (RLTS2) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power in current 24 hour interval.

Receive Level Tide Mark (RLTM) 24 hour. Alarm Set / Reset threshold for maximum allowed max / min difference of RF Input Power in current 24 hour interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB]

Transmitted Levels 1 Threshold Second (TLTS1) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power in current 24 hour interval.

Transmitted Level Tide Mark (TLTM) 24 hour. Alarm Set / Reset threshold for maximum allowed max / min difference of RF Output Power in current 24 hour interval. RF output level = value dB. Domain: [1 ... 145 dB]

TBD

Entry in the xfRLPMCurrent24hTable.

The number of seconds that have elapsed since the beginning of the current error-measurement period. If the current interval exceeds the maximum value, the agent will return the maximum value.

Errored Seconds in the current 24-hour interval.

Severely Errored Seconds in the current 24-hour interval.

Background Block Errors in the current 24 hour interval

Unavailable seconds (or Unavailable Time) in the current 24 hour interval.

The number of Background Blocks in the current 24 hour interval.

Received Level 1 Threshold Second (RLTS1) 24 hour. Number of seconds that the RF Input Power was below the RLTS1 in the current 24 hour interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Received Level 2 Threshold Second (RLTS2) 24 hour. Number of seconds that the RF Input Power was below the RLTS2 in the current 24 hour interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Input level in current 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Input level in current 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Transmitted Level 1 Threshold Second (TLTS1) 24 hour. Number of seconds that the RF Output Power was above the TLTS1 in the current 24 hour interval -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Output level in current 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Output level in current 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min MSE level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max MSE level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min Cross-Polar Interference (XPI) level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max Cross-Polar Interference (XPI) level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Error Seconds Ratio in the current 24-hour interval

Severely Error Seconds Ratio in the current 24-hour interval

Background Block Errors Ratio in the current 24-hour interval

TBD

Entry in the xfRLPMInterval24hTable.

The counter associated with the number of Errored Seconds encountered by a SONET/SDH Section in the previous 24-hour interval.

The counter associated with the number of Severely Errored Seconds encountered by a SONET/SDH Section in the previous 24-hour interval.

The counter associated with the number of Coding Violations (Errored Blocks) encountered by a SONET/SDH Section in the previous 24-hour interval.

The number of UnAvailable Seconds encountered by a SONET/SDH Section in the previous 24 hour interval.

The number of Background Blocks in a SONET/SDH Section in the previous 24 hour interval.

This variable indicates whether the data for this interval is valid.

Received Level 1 Threshold Second (RLTS1) 24 hour. Number of seconds that the RF Input Power was below the RLTS1 in the previous 24 hour interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Received Level 2 Threshold Second (RLTS2) 24 hour. Number of seconds that the RF Input Power was below the RLTS2 in the previous 24 hour interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Input level in previous 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Input level in previous 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Transmitted Level 1 Threshold Second (TLTS1) 24 hour. Number of seconds that the RF Output Power was above the TLTS1 in the previous 24 hour interval -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Output level in previous 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Output level in previous 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min MSE level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max MSE level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min Cross-Polar Interference (XPI) level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max Cross-Polar Interference (XPI) level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

TBD

Entry in the table.

The number of seconds that have elapsed since the beginning of the current error-measurement period.

Error seconds in the current 15 minute interval.

Severely error seconds in the current 15 minute interval.

Background Block Errors in the current 15 minute interval.

Unavailable seconds (or Unavailable Time) in the current 15 minute interval.

The number of Background Blocks encountered by a SONET/SDH Section in the current 15 minute interval.

Received Level 1 Threshold Second (RLTS1) 15 minute Number of seconds that the RF Input Power was below the RLTS1 in the current 15 minute interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Received Level 2 Threshold Second (RLTS2) 15 minute Number of seconds that the RF Input Power was below the RLTS2 in the current 15 minute interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Input level in current 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Input level in current 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Transmitted Level 1 Threshold Second (TLTS1) 15 minute Number of seconds that the RF Output Power was above the TLTS1 in the current 15 minute interval -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Output level in current 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Output level in current 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min MSE level in current 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max MSE level in current 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min Cross-Polar Interference (XPI) level in current 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max Cross-Polar Interference (XPI) level in current 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Error Seconds Ratio in the current 15 minute interval

Severely Error Seconds Ratio in the current 15 minute interval

Background Block Errors Ratio in the current 15 minute interval

TBD

Entry in the table.

A number between 1 and 96, which identifies the interval for which the set of statistics is available. The interval identified by 1 is the most recently completed 15 minute interval, and the interval identified by N is the interval immediately preceding the one identified by N-1.

Error seconds in the xfPMInterval15mIntervalNumber 15 minute interval

Severely error seconds in the xfPDHCompInterval15mIntervalNumber 15 minute interval.

Background Block Errors in the xfPDHCompInterval15mIntervalNumber 15 minute intervall.

UnAvailable Seconds in the xfPDHCompInterval15mIntervalNumber 15 minute interval.

Background blocks in the xfPDHCompInterval15mIntervalNumber 15 minute interval.

This variable indicates if the data for this interval is valid.

Received Level 1 Threshold Second (RLTS1) 15 minute Number of seconds that the RF Input Power was below the RLTS1 in the previous 15 minute interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Received Level 2 Threshold Second (RLTS2) 15 minute Number of seconds that the RF Input Power was below the RLTS2 in the previous 15 minute interval. -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Input level in previous 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Input level in previous 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. Reset by xfTermPerfReset.

Transmitted Level 1 Threshold Second (TLTS1) 15 minute Number of seconds that the RF Output Power was above the TLTS1 in the previous 15 minute interval -1 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min RF Output level in previous 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max RF Output level in previous 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min MSE level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max MSE level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Min Cross-Polar Interference (XPI) level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Indicate Max Cross-Polar Interference (XPI) level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. Reset by xfTermPerfReset.

Extension table to xfRLPtpTerminalTable. The table is indexed with entLogicalIndex.

Entry in the table

Interface constellation for the terminal Enumeration: 'pdhToTdmAndSDHToSFPHAndSDHToPtP': 7, 'pdhToTdmFlatAndBitpipeToPtp': 4, 'pdhToTdmFlat': 3, 'other': 1, 'pdhToTdmHier': 2, 'pdhToTdmAndSDHToSFP': 5, 'pdhToTdmAndSDHToPtp': 6.

Interface constellation capability for the terminal Bits: 'pdhToTdmAndSDHToPtp': 4, 'pdhToTdmFlat': 1, 'pdhToTdmHier': 0, 'pdhToTdmFlatAndBitpipeToPtp': 2, 'pdhToTdmAndSDHToSFP': 3.

Channel mode for the terminal (operational status). - ccdp(2): Co-Channel Dual Polarization (XPIC) - accp(3): Adjacent Channels Co-Polarization (non-XPIC) - acap(4): Adjacent Channels Alternate Polarization (non-XPIC)

Restore XPIC Enumeration: 'xPicRestore': 1.

Actual tributary capacity

Desired tributary capacity

Bit pipe capacity, Kbps

Points to a row in xfRlPtpTerminalCapabilityTable

The value of sysUpTime at the time of the last creation or deletion of an entry in the xfRLPtpTerminalCapabilityTable. If the number of entries has been unchanged since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The actual row that is pointed out in xfRlPtpTerminalCapabilityTable

Points to a row in xfRlPtpTerminalCapabilityTable where the maximum capacity is, including license

Manual row index

Adaptive manual mode - other(1) - disable(2)(default) - enable(3) - enabledAsRequest(4)

Spectrum Efficiency Class: - other(1): unknown - sec2(2): spectrum eff. Class 2 - sec3(3): spectrum eff. Class 3 - sec4L(4): spectrum eff. Class 4L - sec4H(5): specturm eff. Class 4H - sec5A(6): spectrum eff. Class 5A - sec5B(7): spectrum eff. Class 5B - sec6A(8): spectrum eff. Class 6A - sec6B(9): spectrum eff. Class 6B Near end access: read-write Far end access: read-write (Traffic Node), read-only (other) Enumeration: 'sec2': 2, 'sec3': 3, 'other': 1, 'sec5A': 6, 'sec6B': 9, 'sec5B': 7, 'sec4L': 4, 'sec6A': 8, 'sec4H': 5.

Spectrum Efficiency Class Capability - 0 Sec2 Spectrum eff. Class 2 - 1 Sec3 Specturm eff. Class 3 - 2 Sec4L Specturm eff. Class 4L - 3 Sec4H Spectrum eff. Class 4H - 4 Sec5A Spectrum eff. Class 5A - 5 Sec5B Spectrum eff. Class 5B - 6 Sec6A Spectrum eff. Class 6A - 7 Sec6B Spectrum eff. Class 6B Bits: 'sec3': 1, 'sec2': 0, 'sec5A': 4, 'sec6B': 7, 'sec5B': 5, 'sec4L': 2, 'sec6A': 6, 'sec4H': 3.

LAN ip address

Terminal protection capability - 0 Unprotected ............... The terminal supports 1+0 - 1 protectedHotStandby ....... The terminal supports 1+1 Hot Standby - 2 protectedWorkingStandby ... The terminal supports 1+1 Working Standby - 3 unprotectedSD ............. The terminal supports 1+0 with Space diversity - 4 nplus1 .................... The terminal supports N+1 protection (through RPS board) - 5 enhancedRLB ............... The terminal supports Enhanced Radio Link Bonding Bits: 'unprotectedSD': 3, 'protectedHotStandby': 1, 'nplus1': 4, 'protectedWorkingStandby': 2, 'unprotected': 0, 'enhancedRLB': 5.

Terminal Line protection capability - 0 unprotected ................. - 1 singleInterfaceLowSlot ...... - 2 singleInterfaceHighSlot ..... - 3 opticalSplitter ............. - 4 equipmentAndLineProtection .. Bits: 'unprotected': 0, 'opticalSplitter': 3, 'singleInterfaceHighSlot': 2, 'equipmentAndLineProtection': 4, 'singleInterfaceLowSlot': 1.

Actual tributary allocation in a MMU2 D or MMU2 H, the rest is packet link Bits: 'firstE1': 0.

Desired tibutary allocation in a MMU2 D or MMU2 H, the rest is packet link Bits: 'firstE1': 0.

Auto Remove Loops - other(1) - enable(2) (default) - disable(3)

Terminal capability Bits: 'terminalCapacityLicense': 3, 'adaptiveManualTx': 0, 'fragmentedTributaries': 2, 'adaptiveManualRx': 1.

Licensetable Enumeration: 'vr350': 10, 'vr150': 13, 'vr0': 0, 'vr60': 7, 'vr4': 11, 'vr500': 12, 'vr250': 14, 'vr10': 1, 'vr100': 4, 'vr15': 5, 'vr125': 8, 'vr450': 17, 'vr25': 2, 'vr200': 9, 'vr50': 3, 'vr400': 16, 'vr30': 6, 'vr300': 15.

Fading rates - other(1): unknown - fr50(2): 50dB/s HighTroughputMode (default) - fr150(3): 100dB/s HighFadingResistanceMode Enumeration: 'other': 1, 'fr100': 3, 'fr50': 2.

Fading rate capability - fr50(0): HighTroughputMode - fr100(1): HighFadingResistanceMode Bits: 'fr50': 0, 'fr100': 1.

Configured bit pipe capacity, Kbps

Configured tributary capacity

Packet Max Capacity

Packet Min Capacity

Table for misc. capability informatio.

Entry in the table

Channel spacing - ETSI: 3.5, 7, 14, 28, 40, 56 MHz - ANSI: 10, 20, 30, 40, 50, 60 MHz Enumeration: 'chsp7MHz': 1, 'chsp28MHz': 4, 'chspUnknown': 0, 'chsp40MHz': 6, 'chsp50MHz': 7, 'chsp20MHz': 3, 'chsp30MHz': 5, 'chsp56MHz': 8, 'chsp14MHz': 2, 'chsp60MHz': 11, 'chsp3500kHz': 10, 'chsp10MHz': 9.

Channel modulation - cqpsk(2) CQPSK - qam16(3) 16-QAM - qam128(4) 128-QAM - qam32(5) 32-QAM - qam64(6) 64-QAM - qam4(7) 4-QAM - qam8(8) 8-QAM - qam256(9) 256-QAM - qam512(10) 512-QAM - qam1024(11) 1024-QAM

Max number of tributaries

DCN hop capacity

Max capacity license - vr0(0) = invalid row - vr10(1) = 10 Mbps, no license - vr25(2) = 25 Mbps - vr50(3) = 50 Mbps - vr100(4) = 100 Mbps - vr15(5) = 15 Mbps - vr30(6) = 30 Mbps - vr60(7) = 60 Mbps - vr125(8) = 125 Mbps - vr200(9) = 200 Mbps - vr350(10) = 350 Mbps - vr4(11) = 4 Mbps, no license - vr500(12) = 500 Mbps - vr150(13) = 150 Mbps - vr250(14) = 250 Mbps - vr300(15) = 300 Mbps - vr400(16) = 400 Mbps - vr450(17) = 450 Mbps Enumeration: 'vr350': 10, 'vr150': 13, 'vr0': 0, 'vr60': 7, 'vr4': 11, 'vr500': 12, 'vr250': 14, 'vr10': 1, 'vr100': 4, 'vr15': 5, 'vr125': 8, 'vr450': 17, 'vr25': 2, 'vr200': 9, 'vr50': 3, 'vr400': 16, 'vr30': 6, 'vr300': 15.

Max capacity

xfTermSpectrumEfficiencyClassObsolete

Frame format type - fftOther(0) - fftStatic(1) - fftAdmod(2) - fftXpic(3) - fftXpicAdmod(4) - fftLegacy(5) - fftStaticLH(6) - fftAdmodLH(7) - fftXpicLH(8) - fftXpicAdmodLH(9) - fftAdmodStatic(10) - fftXpicAdmodStatic(11) - fftAdmodStaticLH(12) - fftXpicAdmodStaticLH(13) Enumeration: 'fftAdmod': 2, 'fftStatic': 1, 'fftXpicAdmod': 4, 'fftOther': 0, 'fftAdmodLH': 7, 'fftXpic': 3, 'fftXpicAdmodStaticLH': 13, 'fftXpicAdmodLH': 9, 'fftLegacy': 5, 'fftStaticLH': 6, 'fftXpicAdmodStatic': 11, 'fftAdmodStaticLH': 12, 'fftXpicLH': 8, 'fftAdmodStatic': 10.

Frame format revision Enumeration: 'ffVersion10': 12, 'ffVersion11': 13, 'ffVersion12': 14, 'ffVersion13': 15, 'ffVersion14': 16, 'ffOther': 1, 'ffVersion15': 17, 'ffVersion8': 10, 'ffVersion9': 11, 'ffVersion2': 4, 'ffVersion3': 5, 'ffVersion0': 2, 'ffVersion1': 3, 'ffVersion6': 8, 'ffVersion7': 9, 'ffVersion4': 6, 'ffVersion5': 7.

List of the allowed BER thresholds Bits: 'berThrCap1e5': 2, 'berThrCap1e4': 1, 'berThrCap1e6': 3, 'berThrCap1e3': 0.

Alarm threshold values for RL PM

Entry in the xfRLPMAMConfigTable

The 15 minute set threshold for AdMod. Near end access: read-write Far end access: No access

The 24 hour set threshold for AdMod. Near end access: read-write Far end access: No access

The 15 minute reset threshold for AdMod. Near end access: read-write Far end access: No access

Threshold alarm status Bits: 'am24h2': 4, 'am24h3': 5, 'am24h1': 3, 'am15m1': 0, 'am15m3': 2, 'am15m2': 1.

It reports which modulation's PM data that are valid. Bits: 'valid15m32QAM': 3, 'valid15m1024QAM': 8, 'valid15m128QAM': 5, 'valid15m64QAM': 4, 'valid15m16QAM': 2, 'valid15m256QAM': 6, 'valid15m512QAM': 7, 'valid15m8QAM': 1, 'valid15m4QAM': 0.

TBD

Entry in the xfRLPMAMCurrent24hTable.

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

Valid time since reset

TBD

Entry in the xfRLPMAMInterval24hTable.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

This variable indicates whether the data for this interval is valid.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

TBD

Entry in the table.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

Valid interval time since reset.

TBD

Entry in the table.

A number between 1 and 96, which identifies the interval for which the set of statistics is available. The interval identified by 1 is the most recently completed 15 minute interval, and the interval identified by N is the interval immediately preceding the one identified by N-1.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

This variable indicates whether the data for this interval is valid.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

Interval count.

TBD

Entry in the table.

xfTermCapacityLicenseRange Enumeration: 'vr350': 10, 'vr150': 13, 'vr0': 0, 'vr60': 7, 'vr4': 11, 'vr500': 12, 'vr250': 14, 'vr10': 1, 'vr100': 4, 'vr15': 5, 'vr125': 8, 'vr450': 17, 'vr25': 2, 'vr200': 9, 'vr50': 3, 'vr400': 16, 'vr30': 6, 'vr300': 15.

TermMaxCapacityRange

xfTermMaxTribCapacityRange

This table monitors the time spent in each SDC gain value in the current 15 minute period.

Entry in xfRLPMSDCGainCurrent15mTable.

The number of seconds the SDC gain has been in the range: (0.0 <= SdcGain < 0.5) dB.

The number of seconds the SDC gain has been in the range: (0.5 <= SdcGain < 1.0) dB.

The number of seconds the SDC gain has been in the range: (1.0 <= SdcGain < 1.5) dB.

The number of seconds the SDC gain has been in the range: (1.5 <= SdcGain < 2.0) dB.

The number of seconds the SDC gain has been in the range: (2.0 <= SdcGain < 2.5) dB.

The number of seconds the SDC gain has been in the range: (2.5 <= SdcGain < 3.0) dB.

This table collects the time spent in each SDC gain value for the 15 minute intervals.

Entry in xfRLPMSDCGainInterval15mTable.

A number between 1 and 96, which identifies the interval for which the set of statistics is available. The interval identified by 1 is the most recently completed 15 minute interval, and the interval identified by N is the interval immediately preceding the one identified by N-1.

The number of seconds the SDC gain has been in the range: (0.0 <= SdcGain < 0.5) dB.

The number of seconds the SDC gain has been in the range: (0.5 <= SdcGain < 1.0) dB.

The number of seconds the SDC gain has been in the range: (1.0 <= SdcGain < 1.5) dB.

The number of seconds the SDC gain has been in the range: (1.5 <= SdcGain < 2.0) dB.

The number of seconds the SDC gain has been in the range: (2.0 <= SdcGain < 2.5) dB.

The number of seconds the SDC gain has been in the range: (2.5 <= SdcGain < 3.0) dB.

This table monitors the time spent in each SDC gain value in the current 24 hours period.

Entry in xfRLPMSDCGainCurrent24hTable.

The number of seconds the SDC gain has been in the range: (0.0 <= SdcGain < 0.5) dB.

The number of seconds the SDC gain has been in the range: (0.5 <= SdcGain < 1.0) dB.

The number of seconds the SDC gain has been in the range: (1.0 <= SdcGain < 1.5) dB.

The number of seconds the SDC gain has been in the range: (1.5 <= SdcGain < 2.0) dB.

The number of seconds the SDC gain has been in the range: (2.0 <= SdcGain < 2.5) dB.

The number of seconds the SDC gain has been in the range: (2.5 <= SdcGain < 3.0) dB.

This table collects the time spent in each SDC gain value for the 24 hours interval.

Entry in xfRLPMSDCGainInterval24hTable.

The number of seconds the SDC gain has been in the range: (0.0 <= SdcGain < 0.5) dB.

The number of seconds the SDC gain has been in the range: (0.5 <= SdcGain < 1.0) dB.

The number of seconds the SDC gain has been in the range: (1.0 <= SdcGain < 1.5) dB.

The number of seconds the SDC gain has been in the range: (1.5 <= SdcGain < 2.0) dB.

The number of seconds the SDC gain has been in the range: (2.0 <= SdcGain < 2.5) dB.

The number of seconds the SDC gain has been in the range: (2.5 <= SdcGain < 3.0) dB.

xfRLPMSDCGainConfigTable contains thresholds for setting and resetting alarms for SDC Gain PM data in SDC current and interval tables.

Entry in xfRLPMSDCGainConfigTable.

The 15 minute set threshold for the lowest SDC Gain interval: 0 - 0.5 dB. Default value is 180.

The 24 hour set threshold for the lowest SDC Gain interval: 0 - 0.5 dB. Default value is 1500.

The 15 minute reset threshold for the lowest SDC Gain interval: 0 - 0.5 dB. Default value is 20.

Threshold crossing SDC alarm status. Bits: 'sdcGain15m': 0, 'sdcGain24h': 1.

This table contains the alarm threshold values for RL Extended RF PM. Its index id the RF IF ifIndex.

Entry in the xfRLExtRFPMConfigTable.

RLTS1 Alarm Threshold for Minimum RF Input Power. RF input level = value/10 dBm. Domain: [-99.9 ... -20.1 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset. Always less than RLTS2, xfExtRFPMRLTS2Threshold.

Received Level 1 Threshold Second (RLTS1) 15 minute. Alarm Set threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power in current 15 minute interval. Always greater than alarm Reset, xfExtRFPMResetThreshold15mRLTS1.

Received Level 1 Threshold Second (RLTS1) 15 minute. Alarm Reset threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power for entire current 15 minute interval. Always less than alarm Set, xfPMSetThreshold15mRLTS1.

RLTS2 Alarm Threshold for Minimum RF Input Power. RF input level = value/10 dBm. Domain: [-99.8 ... -20.0 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset. Always greater than RLTS1, xfExtRFPMRLTS1Threshold.

Received Level 2 Threshold Second (RLTS2) 15 minute. Alarm Set threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power in current 15 minute interval. Always greater or equal to alarm Reset, xfExtRFPMResetThreshold15mRLTS2.

Received Level 2 Threshold Second (RLTS2) 15 minute. Alarm Reset threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power for entire current 15 minute interval. Always less or equal to alarm Set, xfExtRFPMSetThreshold15mRLTS2.

Receive Level Tide Mark (RLTM) 15 minute. Alarm Set threshold for maximum allowed max / min difference of RF Input Power in current 15 minute interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB] Always greater or equal to alarm Reset, xfExtRFPMResetThreshold15mRLTM.

Receive Level Tide Mark (RLTM) 15 minute. Alarm Reset threshold for maximum allowed max / min difference of RF Input Power for entire current 15 minute interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB] Always less or equal to alarm Set, xfExtRFPMSetThreshold15mRLTM.

TLTS1 Alarm Threshold for Maximum RF Output Power. RF output level = value dBm. Domain: [-100 ... 45 dBm] Valid for both 15 m & 24 h intervals. If changed current interval PM data must be reset.

Transmitted Levels 1 Threshold Second (TLTS1) 15 minute. Alarm Set threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power in current 15 minute interval. Always greater or equal to alarm Reset, xfExtRFPMResetThreshold15mTLTS1.

Transmitted Levels 1 Threshold Second (TLTS1) 15 minute. Alarm Reset threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power for entire current 15 minute interval. Always less or equal to alarm Set, xfExtRFPMSetThreshold15mTLTS1.

Transmitted Level Tide Mark (TLTM) 15 minute. Alarm Set threshold for maximum allowed max / min difference of RF Output Power in current 15 minute interval. RF output level = value dB. Domain: [1 ... 145 dB] Always greater or equal to alarm Reset, xfExtRFPMResetThreshold15mTLTM.

Transmitted Level Tide Mark (TLTM) 15 minute. Alarm Reset threshold for maximum allowed max / min difference of RF Output Power for entire current 15 minute interval. RF output level = value dB. Domain: [1 ... 145 dB] Always less or equal to alarm Set, xfExtRFPMSetThreshold15mTLTM.

Received Level 1 Threshold Second (RLTS1) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Input Power are allowed below the RLTS1 Alarm Threshold for Minimum RF Input Power in current 24 hour interval.

Received Level 2 Threshold Second (RLTS2) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Input Power are allowed below the RLTS2 Alarm Threshold for Minimum RF Input Power in current 24 hour interval.

Receive Level Tide Mark (RLTM) 24 hour. Alarm Set / Reset threshold for maximum allowed max / min difference of RF Input Power in current 24 hour interval. RF input level = value/10 dB. Domain: [1.0 ... 80.0 dB]

Transmitted Levels 1 Threshold Second (TLTS1) 24 hour. Alarm Set / Reset threshold in number of seconds that RF Output Power are allowed above the TLTS1 Alarm Threshold for Maximum RF Output Power in current 24 hour interval.

Transmitted Level Tide Mark (TLTM) 24 hour. Alarm Set / Reset threshold for maximum allowed max / min difference of RF Output Power in current 24 hour interval. RF output level = value dB. Domain: [1 ... 145 dB]

Threshold alarm status Bits: 'rltmCounter24h2': 23, 'rltmCounter24h0': 21, 'rltmCounter24h1': 22, 'rlts2Counter15m0': 3, 'rlts2Counter15m1': 4, 'tltmCounter15m1': 13, 'tltmCounter15m0': 12, 'tltmCounter15m2': 14, 'rlts1Counter24h0': 15, 'rlts1Counter24h1': 16, 'rlts1Counter24h2': 17, 'tlts1Counter24h2': 26, 'tlts1Counter24h0': 24, 'tlts1Counter24h1': 25, 'tltmCounter24h2': 29, 'tltmCounter24h0': 27, 'tltmCounter24h1': 28, 'rltmCounter15m2': 8, 'rltmCounter15m1': 7, 'rltmCounter15m0': 6, 'rlts2Counter24h1': 19, 'rlts2Counter24h0': 18, 'rlts2Counter24h2': 20, 'rlts1Counter15m2': 2, 'rlts1Counter15m1': 1, 'rlts1Counter15m0': 0, 'tlts1Counter15m1': 10, 'tlts1Counter15m0': 9, 'tlts1Counter15m2': 11, 'rlts2Counter15m2': 5.

Enable/disable visibility of PM tables. Default value: extPmEnable(1) Near end access: read-write Far end access: No access Enumeration: 'extPmEnable': 1, 'extPmDisable': 2.

Current 24h Extended RF PM table. Its index is RF IF ifIndex

Entry in the xfRLExtRFPMCurrent24hTable.

The number of seconds that have elapsed since the beginning of the current error-measurement period. If the current interval exceeds the maximum value, the agent will return the maximum value.

Received Level 1 Threshold Second (RLTS1) 24 hour. Number of seconds that the RF Input Power was below the RLTS1 in the current 24 hour interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Received Level 2 Threshold Second (RLTS2) 24 hour. Number of seconds that the RF Input Power was below the RLTS2 in the current 24 hour interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Input level in current 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Input level in current 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Transmitted Level 1 Threshold Second (TLTS1) 24 hour. Number of seconds that the RF Output Power was above the TLTS1 in the current 24 hour interval -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Output level in current 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Output level in current 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Interval 24h Extended RF PM table. Its index is RF IF ifIndex

Entry in the xfRLExtRFPMInterval24hTable.

Received Level 1 Threshold Second (RLTS1) 24 hour. Number of seconds that the RF Input Power was below the RLTS1 in the previous 24 hour interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Received Level 2 Threshold Second (RLTS2) 24 hour. Number of seconds that the RF Input Power was below the RLTS2 in the previous 24 hour interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Input level in previous 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Input level in previous 24 hour interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Transmitted Level 1 Threshold Second (TLTS1) 24 hour. Number of seconds that the RF Output Power was above the TLTS1 in the previous 24 hour interval -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Output level in previous 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Output level in previous 24 hour interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

This variable indicates whether the data for this interval is valid.

Current 15m Extended RF PM table. Its index is RF IF ifIndex

Entry in the table.

The number of seconds that have elapsed since the beginning of the current error-measurement period.

Received Level 1 Threshold Second (RLTS1) 15 minute Number of seconds that the RF Input Power was below the RLTS1 in the current 15 minute interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Received Level 2 Threshold Second (RLTS2) 15 minute Number of seconds that the RF Input Power was below the RLTS2 in the current 15 minute interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Input level in current 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Input level in current 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Transmitted Level 1 Threshold Second (TLTS1) 15 minute Number of seconds that the RF Output Power was above the TLTS1 in the current 15 minute interval -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Output level in current 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Output level in current 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Interval 15m Extended RF PM table. Its index is RF IF ifIndex

Entry in the table.

A number between 1 and 96, which identifies the interval for which the set of statistics is available. The interval identified by 1 is the most recently completed 15 minute interval, and the interval identified by N is the interval immediately preceding the one identified by N-1.

Received Level 1 Threshold Second (RLTS1) 15 minute Number of seconds that the RF Input Power was below the RLTS1 in the previous 15 minute interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Received Level 2 Threshold Second (RLTS2) 15 minute Number of seconds that the RF Input Power was below the RLTS2 in the previous 15 minute interval. -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Input level in previous 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Input level in previous 15 minute interval. RF input level = value/10 dBm. Domain: [-99.9 ... -20.0 dBm] 0 (zero) indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Transmitted Level 1 Threshold Second (TLTS1) 15 minute Number of seconds that the RF Output Power was above the TLTS1 in the previous 15 minute interval -1 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min RF Output level in previous 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max RF Output level in previous 15 minute interval. RF output level = value dBm. Domain: [-100 ... 45 dBm] 255 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

This variable indicates if the data for this interval is valid.

Current 24h Extended RAU PM table. Its index is RAU IF ifIndex

Entry in the xfRLExtRAUPMCurrent24hTable.

The number of seconds that have elapsed since the beginning of the current error-measurement period. If the current interval exceeds the maximum value, the agent will return the maximum value.

Indicate Min MSE level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max MSE level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min Cross-Polar Interference (XPI) level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max Cross-Polar Interference (XPI) level in current 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Interval 24h Extended RAU PM table. Its index is RAU IF ifIndex

Entry in the xfRLExtRAUPMInterval24hTable.

Indicate Min MSE level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max MSE level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min Cross-Polar Interference (XPI) level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max Cross-Polar Interference (XPI) level in previous 24 hour interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

This variable indicates whether the data for this interval is valid.

Current 15m Extended RAU PM table. Its index is RF IF ifIndex

Entry in the xfRLExtRAUPMCurrent15mTable.

The number of seconds that have elapsed since the beginning of the current error-measurement period. If the current interval exceeds the maximum value, the agent will return the maximum value.

Indicate Min MSE level in current 15 mimute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max MSE level in current 15 mimute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min Cross-Polar Interference (XPI) level in current 15 mimute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max Cross-Polar Interference (XPI) level in current 15 mimute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Interval 15 Extended RAU PM table. Its index is RAU IF ifIndex

Entry in the xfRLExtRAUPMInterval15mTable.

A number between 1 and 96, which identifies the interval for which the set of statistics is available. The interval identified by 1 is the most recently completed 15 minute interval, and the interval identified by N is the interval immediately preceding the one identified by N-1.

Indicate Min MSE level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max MSE level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Min Cross-Polar Interference (XPI) level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

Indicate Max Cross-Polar Interference (XPI) level in previous 15 minute interval. Input level = value/10 dB. Domain: [-100.0 ... 100.0 dB] 2000 indicates invalid value. The instances are reset by: * xfTermPerfReset in xfRLPtpTerminalPerformanceTable for MMU2 X / MMU3 X * xfPMPerfReset in xfRLPMContinuousCounterTable for MMU4 / MMU1002

This variable indicates whether the data for this interval is valid.

The compliance statement for SNMP entities which implement everything.

A collection of all current objects in this MIB module.

A collection of all obsolete objects in this MIB module.