APRISAXE-TC-4RF
56 objects
Textual Conventions for the AprisaXE project
Imported Objects
| MIB-4RF | -- 4RF Specific imports fourRFModules |
| SNMPv2-CONF | MODULE-COMPLIANCE NOTIFICATION-GROUP OBJECT-GROUP |
| SNMPv2-SMI | -- Standard imports MODULE-IDENTITY Counter32 Integer32 IpAddress NOTIFICATION-TYPE OBJECT-IDENTITY OBJECT-TYPE Unsigned32 |
| SNMPv2-TC | DisplayString TEXTUAL-CONVENTION |
| OID | Name | Access | Status | Description |
|---|---|---|---|---|
| 1.3.6.1.4.1.14817.2.6 | IdentityfourRFAprisaXETCModule | Textual Conventions for the AprisaXE project |
Type Definitions
| Name | Syntax | Status | Description |
|---|---|---|---|
| AprisaXE2WireSignalState | INTEGER { fxTransNormal (0), fxTransInvert (1), fxForcedNormal (2), fxForcedInvert (3) } | current | This indicates the state of the CAS signalling bits as normal, inverted and disabled. |
| AprisaXE4WInputLevel | INTEGER { q4emadpos40 (36), q4emadpos35 (35), q4emadpos30 (34), q4emadpos25 (33), q4emadpos20 (32), q4emadpos15 (31), q4emadpos10 (30), q4emadpos05 (29), q4emadpos0 (28), q4emadneg05 (27), q4emadneg10 (26), q4emadneg15 (25), q4emadneg20 (24), q4emadneg25 (23), q4emadneg30 (22), q4emadneg35 (21), q4emadneg40 (20), q4emadneg45 (19), q4emadneg50 (18), q4emadneg55 (17), q4emadneg60 (16), q4emadneg65 (15), q4emadneg70 (14), q4emadneg75 (13), q4emadneg80 (12), q4emadneg85 (11), q4emadneg90 (10), q4emadneg95 (9), q4emadneg100 (8), q4emadneg105 (7), q4emadneg110 (6), q4emadneg115 (5), q4emadneg120 (4), q4emadneg125 (3), q4emadneg130 (2), q4emadneg135 (1), q4emadneg140 (0) } | current | The input (A->D) level in half dB steps for the 4wire mux cards. |
| AprisaXE4WOutputLevel | INTEGER { q4emdapos40 (0), q4emdapos35 (1), q4emdapos30 (2), q4emdapos25 (3), q4emdapos20 (4), q4emdapos15 (5), q4emdapos10 (6), q4emdapos05 (7), q4emdapos0 (8), q4emdaneg05 (9), q4emdaneg10 (10), q4emdaneg15 (11), q4emdaneg20 (12), q4emdaneg25 (13), q4emdaneg30 (14), q4emdaneg35 (15), q4emdaneg40 (16), q4emdaneg45 (17), q4emdaneg50 (18), q4emdaneg55 (19), q4emdaneg60 (20), q4emdaneg65 (21), q4emdaneg70 (22), q4emdaneg75 (23), q4emdaneg80 (24), q4emdaneg85 (25), q4emdaneg90 (26), q4emdaneg95 (27), q4emdaneg100 (28), q4emdaneg105 (29), q4emdaneg110 (30), q4emdaneg115 (31), q4emdaneg120 (32), q4emdaneg125 (33), q4emdaneg130 (34), q4emdaneg135 (35), q4emdaneg140 (36) } | current | The output (D->A) level in half dB steps for the 4wire mux cards. |
| AprisaXE4WRxGain | INTEGER { dbpos40 (0), dbpos35 (1), dbpos30 (2), dbpos25 (3), dbpos20 (4), dbpos15 (5), dbpos10 (6), dbpos05 (7), dbpos0 (8), dbneg05 (9), dbneg10 (10), dbneg15 (11), dbneg20 (12), dbneg25 (13), dbneg30 (14), dbneg35 (15), dbneg40 (16), dbneg45 (17), dbneg50 (18), dbneg55 (19), dbneg60 (20), dbneg65 (21), dbneg70 (22), dbneg75 (23), dbneg80 (24), dbneg85 (25), dbneg90 (26), dbneg95 (27), dbneg100 (28), dbneg105 (29), dbneg110 (30), dbneg115 (31), dbneg120 (32), dbneg125 (33), dbneg130 (34), dbneg135 (35), dbneg140 (36) } | obsolete | The gain in half dB steps for 4wire mux cards. |
| AprisaXE4WTxGain | INTEGER { pos140 (0), pos135 (1), pos130 (2), pos125 (3), pos120 (4), pos115 (5), pos110 (6), pos105 (7), pos100 (8), pos95 (9), pos90 (10), pos85 (11), pos80 (12), pos75 (13), pos70 (14), pos65 (15), pos60 (16), pos55 (17), pos50 (18), pos45 (19), pos40 (20), pos35 (21), pos30 (22), pos25 (23), pos20 (24), pos15 (25), pos10 (26), pos05 (27), pos0 (28), neg05 (29), neg10 (30), neg15 (31), neg20 (32), neg25 (33), neg30 (34), neg35 (35), neg40 (36) } | obsolete | The gain in half dB steps for 4wire mux cards. |
| AprisaXEAdcVoltage | Integer32 | current | A voltage read from an ADC, in millivolts. |
| AprisaXEAdpcmCompression | INTEGER { kbits16 (0), kbits24 (1), kbits32 (2), kbits64 (3), kbits0 (4) } | current | This defines the Compression available on ADPCM. |
| AprisaXEAlarmMapping | INTEGER { none (0), localMajor (1), localMinor (2), remoteMajor (3), remoteMinor (4), remoteInput1 (5), remoteInput2 (6) } | current | This is used to map alarm to external outputs. |
| AprisaXEAlarmOutput | INTEGER { none (0), externalOutput1 (1), externalOutput2 (2), externalOutput3 (3), externalOutput4 (4) } | current | This is used to map alarm to external outputs. |
| AprisaXEAlarmPolarity | INTEGER { polarityLow (0), polarityHigh (1) } | current | This is used to indicate the polarity indicating an alarm present on the external outputs. |
| AprisaXEAlarmSource | INTEGER { none (0), modem (1), transmitter (2), receiver (3), quadJET (4), quadFourWire (5), dualFxo (6), dualFxs (7), quadV24 (8), highSpeedSync (9), psc (10), pic (11), dualJET (12), singleJET (13), external1 (50), external2 (51), remote (60), user1 (70), user2 (71), system (100), swUpgrade (101) } | current | This is used to identify the source of an alarm. |
| AprisaXEAlarmType | INTEGER { none (0), txADCChZeroHi (1), txADCChZeroLo (2), txADCChOneHi (3), txADCChOneLo (4), txADCChTwoHi (5), txADCChTwoLo (6), txADCChThreeHi (7), txADCChThreeLo (8), txADCChFourHi (9), txADCChFourLo (10), txADCChFiveHi (11), txADCChFiveLo (12), txADCChSixHi (13), txADCChSixLo (14), txADCChSevenHi (15), txADCChSevenLo (16), txADCChEightHi (17), txADCChEightLo (18), txADCChNineHi (19), txADCCNineLo (20), txADCChTenHi (21), txADCChTenLo (22), txADCChElevenHi (23), txADCChElevenLo (24), txSynthLD (25), tx5VFail (26), tx11VFail (27), tx28VFail (28), txEEFail (29), txTSensorFail (30), txReturnLoss (31), txAmplifierBalance (32), txMibFail (33), rxADCChZeroHi (50), rxADCChZeroLo (51), rxADCChOneHi (52), rxADCChOneLo (53), rxADCChTwoHi (54), rxADCChTwoLo (55), rxADCChThreeHi (56), rxADCChThreeLo (57), rxADCChFourHi (58), rxADCChFourLo (59), rxADCChFiveHi (60), rxADCChFiveLo (61), rxADCChSixHi (62), rxADCChSixLo (63), rxADCChSevenHi (64), rxADCChSevenLo (65), rxADCChEightHi (66), rxADCChEightLo (67), rxADCChNineHi (68), rxADCCNineLo (69), rxADCChTenHi (70), rxADCChTenLo (71), rxRSSIHi (72), rxRSSILo (73), rx12VFail (74), rxSynthLD (75), rxEEFail (76), rxOff (77), rxMibFail (78), mdLOS (100), mdLink (101), mdStatus (102), mdDemodAlignmentLost (103), mdTdmAlignmentLost (104), mdRefAFail (105), mdRefBFail (106), mdClkSyncFail (107), mdNetClkConfig (108), mdUCEPresent (109), mdInitFail (110), mdEEFail (120), muxId (150), muxInit (151), muxStat (152), muxClk (153), muxMibEEFail (154), muxCharEEFail (155), e1LOF (200), e1AIS (201), e1RAI (202), e1RMAI (203), e1TS16AIS (204), e1TS16LOS (205), e1LOS (206), e1CRC4 (207), t1LOF (220), t1AIS (221), t1RAI (222), t1LOS (226), t1CRC6 (227), mbHwHsc (250), mbFan1Fail (251), mbFan2Fail (252), mbInvalidConfig (253), mbCardMismatch (254), mbEEFail (255), ccDataFail (300), ccNoBandwidth (301), mhsbSwitchToStandby (325), externalAlarm1 (350), externalAlarm2 (351), externalOutputAlarm1 (352), externalOutputAlarm2 (353), externalOutputAlarm3 (354), externalOutputAlarm4 (355), remoteMajorAlarm (400), remoteMinorAlarm (401), fxoCodecOvld (402), fxoBillToneOvld (403), fxoUnplug (404), fxoCurrentOvld (405), fxsCalibError (406), fxsDCDCError (407), fxsCASLock (408), hssTdmLock (500), hss32MhzReset (501), hssTdmReset (502), hssLoss (503), hssRxFifoFull (504), hssRxFifoEmpty (505), hssTxFifoFull (506), hssTxFifoEmpty (507), hssRxClockInvalid (508), hssTxClockInvalid (509), v24CtrlLineLoss (525), altImageTableUsed (550), defaultImageTableUsed (551), uploadFail (552), pscDemuxAlignmentLost (575), pscTDMAlignmentLost (576), pscMuxAlignmentError (577), pscCompanionTxFail (578), pscSoftwareOverride (579), pscInvalidSwitchValue (580), hsdParamMismatch (600), hsdCompanionLost (601), hsdPMTxFreq (602), hsdPMRxFreq (603), hsdPMTermModState (604), hsdPMTermRfChWidth (605), hsdPMTxPower (606), hsdPMModemIntlvEna (607), lastAlarm (608) } | current | The type of an alarm. |
| AprisaXECardType | INTEGER { none (0), motherboard ('E0'h), transmitterCard ('E3'h), receiverCard ('E4'h), quadJETCard ('E5'h), quadFourWireCard ('E7'h), dualFXOCard ('E8'h), dualFXSCard ('E9'h), modemCard ('EA'h), quadV24Card ('EB'h), hssCard ('EC'h), pscCard ('ED'h), picCard ('EE'h), dualJETCard ('D5'h), singleJETCard ('C5'h) } | current | This is used to identify the type of MUX card in a slot. The values for the enumerations match the hardware type values returned from the MUX card FPGAs and EEPROMs. |
| AprisaXECCActivationStatus | INTEGER { ccActivated (0), ccActivationFailed (1), ccBusyActivating (2) } | current | Indicates the current state of cross connect activation for the port. |
| AprisaXEChannelControlType | INTEGER { off (0), on (1) } | current | This is used to set the control the channels, enabling and disabling E1/T1 ports. |
| AprisaXEConnectionID | INTEGER ( 0..65535 ) | current | Represents a unique cross-connection identifier. |
| AprisaXEDataStatus | INTEGER { invalid (0), valid (1) } | current | This indicates the state of receiver, transmitter or MUX card MIB orcharacterisation data. |
| AprisaXEDbValue | Integer32 | current | A value displayed in dB's. |
| AprisaXEDefaultAction | INTEGER { dontSetToDefaults (0), setToDefaults (1) } | current | Indicates whether, or not, MIB values should be defaulted. |
| AprisaXEEthernetFrameRate | INTEGER { unlimited (0), limit128kbps (1), limit256kbps (2), limit512kbps (3), limit1Mbps (4), limit2Mbps (5), limit4Mbps (6), limit8Mbps (7) } | current | The frame rate limits allowed by the Marvell switch. |
| AprisaXEEthernetGroup | INTEGER { user1 (1), user2 (2), user3 (3), user4 (4), userAndMgmt (5) } | current | Used for Ethernet groupings. |
| AprisaXEEthernetGrouping | INTEGER { ethGroupDisabled (0), ethGroupEnabled (1) } | current | Indicates whether Ethernet Grouping is enabled or disabled. |
| AprisaXEEthernetPortNumber | INTEGER { eth1 (1), eth2 (2), eth3 (3), eth4 (4) } | current | Ethernet port numbers. |
| AprisaXEEthernetPortPriority | INTEGER { fromFrame (0), low (1), medium (3), high (5), vHigh (7) } | current | Indicates the bandwidth allocated to a port. |
| AprisaXEEthernetPrioQueueMapping | INTEGER { standard (0), cisco (1) } | current | Indicates the QOS priority mapping scheme. |
| AprisaXEEthernetPrioQueueScheduling | INTEGER { weighted (0), strict (1) } | current | Indicates the QOS priority scheduling scheme. |
| AprisaXEFXOCountry | INTEGER { argentina (0), australia (1), austria (2), bahrain (3), belgium (4), brazil (5), bulgaria (6), canada (7), chile (8), china (9), columbia (10), croatia (11), cyprus (12), czechrep (13), denmark (14), ecuador (15), egypt (16), elslavador (17), finland (18), france (19), germany (20), greece (21), guam (22), hongkong (23), hungary (24), iceland (25), india (26), indonesia (27), ireland (28), israel (29), italy (30), japan (31), jordan (32), kazakhstan (33), kuwait (34), latvia (35), lebanon (36), luxembourg (37), macao (38), malaysia (39), malta (40), mexico (41), morocco (42), netherlands (43), newzealand (44), nigeria (45), norway (46), oman (47), pakistan (48), peru (49), philippines (50), poland (51), portugal (52), romania (53), russia (54), saudiarabia (55), singapore (56), slovakia (57), slovenia (58), southafrica (59), southkorea (60), spain (61), sweden (62), switzerland (63), syria (64), taiwan (65), tbr21 (66), thailand (67), uae (68), uk (69), usa (70), yemen (71) } | current | The country code for FXO mux cards this will need to be completed later. |
| AprisaXEFXOInputLevel | INTEGER { dfxoadpos10 (22), dfxoadpos05 (21), dfxoadpos0 (20), dfxoadneg05 (19), dfxoadneg10 (18), dfxoadneg15 (17), dfxoadneg20 (16), dfxoadneg25 (15), dfxoadneg30 (14), dfxoadneg35 (13), dfxoadneg40 (12), dfxoadneg45 (11), dfxoadneg50 (10), dfxoadneg55 (9), dfxoadneg60 (8), dfxoadneg65 (7), dfxoadneg70 (6), dfxoadneg75 (5), dfxoadneg80 (4), dfxoadneg85 (3), dfxoadneg90 (2), dfxoadneg95 (1), dfxoadneg100 (0) } | current | The output (A->D) level in half dB steps for the DFXO mux cards. |
| AprisaXEFXOOutputLevel | INTEGER { dfxodapos10 (18), dfxodapos05 (19), dfxodapos0 (20), dfxodaneg05 (21), dfxodaneg10 (22), dfxodaneg15 (23), dfxodaneg20 (24), dfxodaneg25 (25), dfxodaneg30 (26), dfxodaneg35 (27), dfxodaneg40 (28), dfxodaneg45 (29), dfxodaneg50 (30), dfxodaneg55 (31), dfxodaneg60 (32), dfxodaneg65 (33), dfxodaneg70 (34), dfxodaneg75 (35), dfxodaneg80 (36), dfxodaneg85 (37), dfxodaneg90 (38), dfxodaneg95 (39), dfxodaneg100 (40) } | current | The output (D->A) level in half dB steps for the DFXO mux cards. |
| AprisaXEFXSInputLevel | INTEGER { dfxsadpos20 (23), dfxsadpos15 (22), dfxsadpos10 (21), dfxsadpos05 (20), dfxsadpos0 (19), dfxsadneg05 (18), dfxsadneg10 (17), dfxsadneg15 (16), dfxsadneg20 (15), dfxsadneg25 (14), dfxsadneg30 (13), dfxsadneg35 (12), dfxsadneg40 (11), dfxsadneg45 (10), dfxsadneg50 (9), dfxsadneg55 (8), dfxsadneg60 (7), dfxsadneg65 (6), dfxsadneg70 (5), dfxsadneg75 (4), dfxsadneg80 (3), dfxsadneg85 (2), dfxsadneg90 (1) } | current | The output (A->D) level in half dB steps for the DFXS mux cards. |
| AprisaXEFXSOutputLevel | INTEGER { dfxsdapos25 (1), dfxsdapos20 (2), dfxsdapos15 (3), dfxsdapos10 (4), dfxsdapos05 (5), dfxsdapos0 (6), dfxsdaneg05 (7), dfxsdaneg10 (8), dfxsdaneg15 (9), dfxsdaneg20 (10), dfxsdaneg25 (11), dfxsdaneg30 (12), dfxsdaneg35 (13), dfxsdaneg40 (14), dfxsdaneg45 (15), dfxsdaneg50 (16), dfxsdaneg55 (17), dfxsdaneg60 (18), dfxsdaneg65 (19), dfxsdaneg70 (20), dfxsdaneg75 (21), dfxsdaneg80 (22), dfxsdaneg85 (23), dfxsdaneg90 (24), dfxsdaneg95 (25) } | current | The output (D->A) level in half dB steps for the DFXS mux cards. |
| AprisaXEFXSPathMute | INTEGER { noMute (0), muteRx (16), muteTx (32) } | current | The status of the Path Mute function for the DFXS. |
| AprisaXEFXSPMLevel | INTEGER { l0 (0), l1 (1), l2 (2), l3 (3), l4 (4), l5 (5), l6 (6), l7 (7), l8 (8), l9 (9), l10 (10), l11 (11), l12 (12), l13 (13), l14 (14), l15 (15), l16 (16), l17 (17), l18 (18), l19 (19), l20 (20), l21 (21), l22 (22), l23 (23), l24 (24), l25 (25), l26 (26), l27 (27) } | current | Type of SPM level. |
| AprisaXEHardwareVersion | INTEGER ( 0..255 ) | current | Represents a single byte hardware version number. |
| AprisaXEHssSerialMode | INTEGER { v11Mode (0), rs530AMode (1), rs530Mode (2), x21Mode (3), v35Mode (4), rs449v36Mode (5), rs232v28Mode (6), noSerialCable (7) } | current | Mode describing the type of serial interface, e.g. V.35. |
| AprisaXEInterfaceCnxnType | INTEGER { none(0), unframedE1Intf (1), unframedT1Intf (2), aggregateIntf (3), fourWireIntf (4), fxoIntf (5), fxsIntf (6), v24AsyncIntf (7), custEthernetIntf (8), mgmtEthernetIntf (9), syncSerialIntf (10), hssControlIntf (12), dropAndInsertIntf (13) } | current | This describes the interface connection type. The values are arbitrary and are primarily used to identify instances of aggregate connections. |
| AprisaXEIQData | OCTET STRING ( SIZE (0..200) ) | current | A sequence of IQ data pairs, each individual value is 16 bit thus a single IQ pair is 32 bits. |
| AprisaXEPcmLaw | INTEGER { alaw (0), ulaw (1) } | current | Type of PCM encoding available. |
| AprisaXEPcmMode | INTEGER { pcm31c (0), pcm30c (1), pcm31 (2), pcm30 (3), unframed (4), off (5), t1sf (6), t1esf (7), t1sf4 (8), t1esf16 (10) } | current | The current PCM mode. |
| AprisaXEPortNumber | INTEGER { noPort (0), portOne (1), portTwo (2), portThree (3), portFour (4) } | current | This is used to identify a port e.g. reporting an alarm. Not all alarms are associated with a port, in these cases noPort will be used. |
| AprisaXEPSCActiveRadio | INTEGER { autoSelect (1), manualA (0), manualB (2) } | current | This indicates the active radio for the PSC card. |
| AprisaXEPSCActiveTx | INTEGER { TxA (0), TxB (1) } | current | This indicates the active transmitter card. |
| AprisaXEQuadJetConnectionType | INTEGER { dataConnection (0), casConnection (1), tsLoopbackConnection (2) } | current | Indicates whether a connection is for data or CAS signalling. |
| AprisaXEQuadJetLineEncoding | INTEGER { defaultLineEncoding (0), hDB3LineEncoding (2), b8ZSLineEncoding (4), amiLineEncoding (1) } | current | This is used to set the line encoding for the Quad JET card the default is HDB3 for E1 and B8ZS for T1. |
| AprisaXEQuadJetLoopbacks | INTEGER { e1LoopbacksOff (0), e1LineLoopbackOn (1), e1RadioLoopbackOn (2) } | current | This indicates the E1 loopback setting on a port; OFF, Line or Radio Facing. |
| AprisaXEQuadJetMultiframeEnable | INTEGER { t1MFOff (0), t1MFOn (1) } | current | This is used to enable/disable support for transport of T1 SF and ESF multiframe sync for a port. |
| AprisaXEQuadJetTrafficType | INTEGER { e1Traffic (0), t1Traffic (1), j1Traffic (2) } | current | This is used to set the traffic rate for the Quad JET card. |
| AprisaXEQuadJetWaveFormShapers | INTEGER { wfs0To133Ft (2), wfs133To266Ft (3), wfs266To399Ft (4), wfs399To533Ft (5), wfs533To655Ft (6) } | current | This is used to set the T1 Tx Waveform Shaper for a port; The default value is 0~133 ft. |
| AprisaXESerialEquipmentMode | INTEGER { noCable (0), dceMode (1), dteMode (2) } | current | Mode describing the behaviour of the serial interface. |
| AprisaXESignalState | INTEGER { normal (0), invert (1) } | current | This indicates the state of CAS signalling. |
| AprisaXESlotNumber | INTEGER { rxSlot (0), txSlot (1), slotA (2), slotB (3), slotC (4), slotD (5), slotE (6), slotF (7), slotG (8), slotH (9), auxSlot (10), noSlot (255) } | current | Represents a slot number in the AprisaXE, the slots include the modem, transmitter and receiver as well as the MUX cards. H/W Slot Card Slot Name 0 Aux/Modem Aux 1 MUX Card H 2 MUX Card G 3 MUX Card F 4 MUX Card E 5 MUX… |
| AprisaXESysSoftwareStatus | INTEGER { sysInventoryConsistent (0), sysInventoryInconsistent (1) } | current | Indicates consistency of inventory file and system software. |
| AprisaXETableCommand | INTEGER { noCommand (0), addCommand (1), deleteCommand (2) } | current | A command sent to add or delete table entries. |
| AprisaXETdmBus | INTEGER { tdmBusA (0), tdmBusB (1), tdmBusC (2), tdmBusD (3) } | current | This is used to set the TDM bus to use. |
| AprisaXETdmPortType | INTEGER { tdmAo (0), tdmBo (1), tdmCo (2), tdmDo (3), tdmAi (4), tdmBi (5), tdmCi (6), tdmDi (7) } | current | This is used to set the port out to the TDM bus. |