449 lines
15 KiB
Plaintext
449 lines
15 KiB
Plaintext
-- This file is corresponding to Release 9.1.10.101 from 2014/08/11 00:00:00
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-- (C)opyright 1991-2014 bintec elmeg GmbH, All Rights Reserved
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-- $RCSfile: mibpmx,v $
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-- $Revision: 1.12 $
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BIANCA-BRICK-PMX-MIB DEFINITIONS ::= BEGIN
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IMPORTS
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Counter, enterprises
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FROM RFC1155-SMI
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Date, HexValue
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FROM BINTEC-MIB
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OBJECT-TYPE
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FROM RFC-1212;
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bintec OBJECT IDENTIFIER ::= { enterprises 272 }
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bibo OBJECT IDENTIFIER ::= { bintec 4 }
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pmx OBJECT IDENTIFIER
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::= { bibo 12 }
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-- Interfaces Group
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-- Management Information for the PMX Subsystem of the BIANCA/BRICK
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pmxIfTable OBJECT-TYPE
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SYNTAX SEQUENCE OF PMXIfEntry
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ACCESS not-accessible
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STATUS mandatory
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DESCRIPTION
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"The pmxIfTable contains information relating to the
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interfaces found on the system. Each entry corresponds to
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a connected primary rate interface. Entries can only be
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added or deleted by the system.
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Creating entries: Entries are created by the system
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only when a new PMX module is installed.
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Deleting entries: Entries are removed by the system
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after the appropriate PMX module is removed."
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::= { pmx 1 }
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pmxIfEntry OBJECT-TYPE
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SYNTAX PMXIfEntry
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ACCESS not-accessible
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STATUS mandatory
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DESCRIPTION
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""
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INDEX { pmxIfIndex }
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::= { pmxIfTable 1 }
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PMXIfEntry ::=
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SEQUENCE {
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pmxIfIndex INTEGER,
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pmxIfSelftest INTEGER,
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-- Status and operation control
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pmxIfLayer1State INTEGER,
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pmxIfLayer1Mode INTEGER,
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pmxIfLayer1Framing INTEGER,
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pmxIfLayer1LineCode INTEGER,
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pmxIfChannelMode INTEGER,
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pmxIfLoopbackMode INTEGER,
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-- Statistics
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pmxIfErrors Counter,
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pmxIfPortMode INTEGER,
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-- Statistics
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pmxIfLOS Counter,
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pmxIfNoFAS Counter,
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pmxIfRemoteAlarms Counter,
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pmxIfAlarmInds Counter,
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pmxIfCRC4Errors Counter,
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pmxIfSlipPositive Counter,
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pmxIfSlipNegative Counter
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}
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pmxIfIndex OBJECT-TYPE
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SYNTAX INTEGER
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Unique Index of the primary rate interface. The index
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is similar to slotnumber * 1000 and is also refenced in
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the ifTable, the isdnIfTable and in the isdnStkTable
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"
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::= { pmxIfEntry 1 }
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pmxIfSelftest OBJECT-TYPE
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SYNTAX INTEGER {
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successful(1), -- operative
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acfa-failure(2), -- not operative
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m32-failure(3), -- not operative
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mem-failure(4) -- not operative
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}
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"The result of the initial selftest of the PMX module
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If the result is not succesful, the module is disabled
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successful(1) All selftests succeeded;
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acfa-failure(2) failure with the module ACFA Chip
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m32-failure(3) failure with the module M32 Chip
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mem-failure(4) failure with the module memory"
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DEFVAL { successful }
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::= { pmxIfEntry 2 }
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pmxIfLayer1State OBJECT-TYPE
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SYNTAX INTEGER {
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active(1), -- active, everything is o.k.
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remote-alarm(2), -- receipt of a remote alarm indication
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no-signal(3), -- no signal is received
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no-sync(4), -- signal received but no sync
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crc-error(5), -- signal and sync but heavy crc errors
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power-on(6), -- initial state after power on
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resync(7) -- initial state after power on
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"The layer 1 state of the primary rate interface
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active(F1) active, framing and synchronisation
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is o.k. This is the only state where
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data-transmission is possible
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remote-alarm(F2) receipt of an RAI, remote alarm
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indication, from the remote side;
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The remote-alarm is also known as
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yellow alarm or distant alarm
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no-signal(F3) no signal is received, RAI will
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be transmitted. NOS is also known
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as red alarm .
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no-sync(F4) signal is received but synchronistation
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is not possible, RAI will be transmitted
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The received signal may also consist
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of contingous Ones
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crc-error(F5) signal and synchronisation are o.k. but
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signal has heavy crc errors, RAI will
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be transmitted
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power-on(F6) initial state after power was
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switched on (transient)
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resync(7) Setting Layer 1 State to resync can
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be used to force resynchronisation
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The Layer1states are also visible in the isdnIfTable, but
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the state numbers are mapped to those of an BRI-Interface "
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DEFVAL { power-on }
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::= { pmxIfEntry 3 }
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pmxIfLayer1Mode OBJECT-TYPE
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SYNTAX INTEGER {
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e1(1), -- PCM30 , european mode
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t1(2) -- PCM24 , US mode
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}
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"In T1 and E1 mode the primary rate interface is working
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with totaly different clock frequencies, framing and
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impedance. This depends on one of the jumpers on the
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PMX module. For correct operation all 5 jumpers must be
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in correct position.
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E1 is normaly used in Europe and is similar to
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PCM30, 30 channels, 2 Mbit/sec, Impedance 120 Ohm
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T1 is normaly used in USA and is similar to
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PCM24, 24 channels, 1.5 Mbit/sec, Impedance 100 Ohm
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"
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DEFVAL { e1 }
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::= { pmxIfEntry 4 }
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pmxIfLayer1Framing OBJECT-TYPE
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SYNTAX INTEGER {
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e1(1), -- E1 , standard mode
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e1-mf(2), -- E1 , crc mode
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e1-crc(3), -- E1 , multiframe and crc
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e1-mf-crc(4), -- E1 , multiframe and crc
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t1-esf(5), -- T1 , extended superframe mode
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t1-d4(6) -- T1 , D4 mode
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"In T1 and E1 mode the primary rate interface can work
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with totaly different framing types on layer 1. The
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framing type must match the configuration of the
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first connected point e.g. the exchange or the NT
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e1(1) E1 - minimum mode, CCITT Recommendation G.704
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(Table 4a)
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e1-crc(2) E1 , crc mode, CCITT Recommendation G.704
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(Table 4b)
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e1-mf(3) E1 , CCITT Recommendation G.704 (Table 4a)
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with Timeslot 16 multiframing enabled
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e1-mf-crc(4) E1 , CCITT Recommendation G.704 (Table 4b)
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with Timeslot 16 multiframing enabled
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t1-esf(5) T1 , Extended SuperFrame mode DS1
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t1-d4(6) T1 , AT&T D4 format DS1
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t1-framings can only be set when pmxIfLayer1Mode is t1
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e1-framings can only be set when pmxIfLayer1Mode is e1
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The default framing for t1 is t1-esf, the default framing
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for e1 is e1-crc
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Modifications of the default values are usualy not required.
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Exceptions are only known for sweden and france (use e1)
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"
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DEFVAL { e1-crc }
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::= { pmxIfEntry 5 }
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pmxIfLayer1LineCode OBJECT-TYPE
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SYNTAX INTEGER {
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e1-hdb3(1), -- High Density Bipolar 3 Level
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t1-b8zs(2), -- Bipolar 8 Zero Substitution
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t1-ami(3) -- Alternating Mark Inversion
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"In T1 mode the primary rate interface is able
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to work with different line codes.
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e1-hdb3(1) High Density Bipolar 3 Level Coding
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This is the only valid linecoding for E1
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t1-b8zs(2) Bipolar 8 Zero Substitution
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B8ZS refers to the use of a specified
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pattern of normal bits and bipolar
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violations which are used to replace a
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sequence of eight zero bits
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t1-ami(3) Alternating Mark Inversion.
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AMI refers to a mode wherein no zero code
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suppression is present and the line encoding
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does not solve the problem directly. In this
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application, the higher layer must provide data
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which meets or exceeds the pulse density
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requirements, such as inverting HDLC data.
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t1-linecodes can only be set when pmxIfLayer1Mode is t1
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e1-linecodes can only be set when pmxIfLayer1Mode is e1
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The default linecode for t1 is t1-b8zs
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"
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DEFVAL { e1-hdb3 }
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::= { pmxIfEntry 6 }
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pmxIfChannelMode OBJECT-TYPE
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SYNTAX INTEGER {
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e1-standard(1), -- 1 D-channel 64 kbit, 30 B-channels 64kbit
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e1-1tr6(2), -- 1 D-channel 64 kbit, 30 B-channels 64kbit
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e1-H0(3), -- 1 D-channel 64 kbit, 5 B-channels 384kbit
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e1-H12(4), -- 1 D-channel 64 kbit, 1 B-channel 1920kbit
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e1-burst(5), -- 1 channel 1984kbit
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e1-raw(6), -- 1 channel 2048kbit
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e1-leased(7), -- 31 B-channels 64 kbit
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t1-standard(10),-- 1 D-channel 64 kbit, 23 B-channels 64kbit
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t1-H0(11), -- 1 D-channel 64 kbit, 4 B-channels 384kbit
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t1-H11(12), -- 1 D-channel 64 kbit, 1 B-channel 1472kbit
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t1-burst(13), -- 1 channel 1536kbit
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t1-raw(14), -- 1 channel 1536kbit
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t1-leased(15) -- 24 B-channels 64 kbit
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"In T1 and E1 mode the primary rate interface may work
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with different channel types. Usually every timeslot
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is similar to one channel but it is also possible to
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bundle multiple timeslots to one channel with a higher
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bandwith. This channel bundeling is currently not
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supported by the switching equipment for dialup
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connections of any network-provider. But usage is
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possible with leased lines.
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e1-standard(1) 1 D-channel 64 kbit, 30 B-channels 64kbit
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bchannels are numbered from 1 to 15 and
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from 16 to 31
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e1-1tr6(2) 1 D-channel 64 kbit, 30 B-channels 64kbit
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identical timeslotassignment as e1-standard
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but bchannels are numbered from 1 to 30
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e1-H0(3) 1 D-channel 64 kbit, 5 B-channels 384kbit
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bchannels are numbered from 1 to 5
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e1-H12(4) 1 D-channel 64 kbit, 1 B-channel 1920kbit
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e1-burst(5) 1 channel 1984kbit, channel number is 0
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e1-raw(6) 1 channel 2048kbit, channel number is 0
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e1-leased(7) 31 B-channels 64kbit, numbered from 1 to 31
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t1-standard(6) 1 D-channel 64 kbit, 23 B-channels 64kbit
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bchannels are numbered from 1 to 23
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t1-H0(7) 1 D-channel 64 kbit, 4 B-channels 384kbit
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bchannels are numbered from 1 to 4
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t1-H11(8) 1 D-channel 64 kbit, 1 B-channel 1472kbit
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t1-burst(9) 1 channel 1536kbit, channel number is 0
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t1-channelmodes can only be set when pmxIfLayer1Mode is t1
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e1-channelmodes can only be set when pmxIfLayer1Mode is e1
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"
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DEFVAL { e1-standard }
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::= { pmxIfEntry 7 }
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pmxIfLoopbackMode OBJECT-TYPE
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SYNTAX INTEGER {
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no-loop(1), -- do not loop, normal operation
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full-loop(2), -- loopback everything incl. signaling
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all-channels(3), -- loopback all B and D-channels
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only-bchannels(4) -- loopback only the B-channels
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"Loopback-Mode is only required for equipment test
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no-loop(1) do not loopanything, this is the
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correct mode for normal operation
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full-loop(2) loopback everything incl. the
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signaling channel
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all-channels(3) loopback all B and D-channels
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only-bchannels(4) loopback only the B-channels
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The loops are usualy not reversible. Reboot is required
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to regain normal operation mode.
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"
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DEFVAL { no-loop }
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::= { pmxIfEntry 8 }
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pmxIfErrors OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"The measured PMX interface errors since startup"
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::= { pmxIfEntry 9 }
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pmxIfPortMode OBJECT-TYPE
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SYNTAX INTEGER {
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normal(1), -- disable 'Out'-port
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go-thru(2), -- enable 'Out'-port
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go-thru-tst(3) -- enable 'Out'-port, IPAT loop
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}
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ACCESS read-write
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STATUS mandatory
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DESCRIPTION
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"PortMode switches the CM-PRI's 'Out'-port
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normal(1) 'Out'-port is disabled, this
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CM-PRI is connected to 'In'
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go-thru(2) 'Out'-port is enabled, this
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CM-PRI is disconnected.
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go-thru-tst(3) same as 'go-thru' but an internal
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test loop is activated
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"
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DEFVAL { normal }
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::= { pmxIfEntry 10 }
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pmxIfLOS OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Loss Of Signal conditions since startup"
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::= { pmxIfEntry 21 }
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pmxIfNoFAS OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Loss Of Frame Alignment conditions since startup"
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::= { pmxIfEntry 22 }
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pmxIfRemoteAlarms OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Remote Alarms received since startup"
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::= { pmxIfEntry 23 }
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pmxIfAlarmInds OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Alarms received since startup"
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::= { pmxIfEntry 24 }
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pmxIfCRC4Errors OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"CRC4 errors detected since startup"
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::= { pmxIfEntry 25 }
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pmxIfSlipPositive OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Positive Slip conditions detected since startup;
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flags that the frequency of receive clock is less
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than frequency of internal system clock"
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::= { pmxIfEntry 26 }
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pmxIfSlipNegative OBJECT-TYPE
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SYNTAX Counter
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ACCESS read-only
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STATUS mandatory
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DESCRIPTION
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"Negative Slip conditions detected since startup;
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flags that the frequency of receive clock is greater
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than frequency of internal system clock"
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::= { pmxIfEntry 27 }
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END
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