CISCO-ADSL-DMT-LINE-MIB device MIB details by Cisco

CISCO-ADSL-DMT-LINE-MIB file content

The SNMP protocol is used to for conveying information and commands between agents and managing entities. SNMP uses the User Datagram Protocol (UDP) as the transport protocol for passing data between managers and agents. The reasons for using UDP for SNMP are, firstly it has low overheads in comparison to TCP, which uses a 3-way hand shake for connection. Secondly, in congested networks, SNMP over TCP is a bad idea because TCP in order to maintain reliability will flood the network with retransmissions.

Management information (MIB) is represented as a collection of managed objects. These objects together form a virtual information base called MIB. An agent may implement many MIBs, but all agents must implement a particular MIB called MIB-II [16]. This standard defines variables for things such as interface statistics (interface speeds, MTU, octets sent, octets received, etc.) as well as various other things pertaining to the system itself (system location, system contact, etc.). The main goal of MIB-II is to provide general TCP/IP management information.

Use ActiveXperts Network Monitor 2024 to import vendor-specific MIB files, inclusing CISCO-ADSL-DMT-LINE-MIB.

Vendor:	Cisco
Mib:	CISCO-ADSL-DMT-LINE-MIB  [download]  [view objects]
Tool:	ActiveXperts Network Monitor 2024 [download]    (ships with advanced SNMP/MIB tools)

-- *****************************************************************
-- Description of managed objects for ADSL DMT line interfaces.
--
-- March 1999, Patrick Gili
-- August 2000, Andy Spooner  
-- February 2001, Manish Bakshi
--
-- Copyright (c) 1999, 2000, 2001 by cisco Systems, Inc.
-- All rights reserved.
-- *****************************************************************

CISCO-ADSL-DMT-LINE-MIB DEFINITIONS ::= BEGIN

IMPORTS
    Integer32,
    MODULE-IDENTITY,
    OBJECT-TYPE                         FROM SNMPv2-SMI
    Unsigned32                          FROM CISCO-TC
    TEXTUAL-CONVENTION,DateAndTime,
    TruthValue                          FROM SNMPv2-TC
    MODULE-COMPLIANCE,
    OBJECT-GROUP                        FROM SNMPv2-CONF
    ciscoMgmt                           FROM CISCO-SMI
    adslLineConfProfileName,
    adslLineAlarmConfProfileName        FROM ADSL-LINE-MIB
    ifIndex, InterfaceIndexOrZero       FROM IF-MIB;

ciscoAdslDmtLineMIB MODULE-IDENTITY
    LAST-UPDATED   "200105171600Z"
    ORGANIZATION   "Cisco Systems, Inc."
    CONTACT-INFO   "Cisco Systems
                    Customer Service

                    Postal: 170 W Tasman Drive
                    San Jose, CA 95134

                    Tel: +1 800 553-NETS

                    E-mail: cs-dslam@cisco.com"
    DESCRIPTION
        "This MIB module serves as an enterprise-specific extension of
        the ADSL-LINE-MIB.  The structure of this MIB module shadows
        the structure of the ADSL-LINE-MIB, table for table.  The tables
        defined by this MIB module contain managed objects that meet the
        following criteria:

        1)  A managed object represents an attribute or characteristic
            specific to DMT (Digital Multi-Tone) modems.

        2)  The ADSL-DMT-LINE-MIB does not already contain a managed
            object representing the same information as a managed
            object.

        Observe that entries contained by the tables in this MIB module
        do not augment the corresponding entries in the ADSL-LINE-MIB,
        as every modem represented by the ADSL-LINE-MIB is not
        necessarily a DMT modem.

        Also observe that entries contained by the tables in this MIB
        module do not augment the corresponding entries in the
        ADSL-DMT-LINE-MIB, as this assumes that the ADSL-DMT-LINE-MIB
        defines tables that correspond to every table defined by the
        ADSL-LINE-MIB.  At this time, this assumption does not hold
        true.

        *** DEFINITIONS ***

        AGGREGATE DATA RATE
            Data rate transmitted by an ADSL system in any one
            direction.  This includes both net data rates and overhead
            used by the system, including:
                - EOC
                - AOC (ADSL Overhead Control channel)
                - CRC (Cyclic Redundancy Check) check bytes
                - fixed indicator bits for OAM (Operatings,
                  Administration, and Maintenance)
                - synchronization control bytes
                - capacity for bearer channel synchronization control

        BEARER CHANNEL
            A user data stream of a specific data rate that is
            transported transparently by an ADSL system over one of the
            simplex channels (i.e., AS0, AS1, AS2, or AS3) or one of the
            duplex channels (i.e., LS0, LS1, or LS2).

        BIN
            DMT line coding divides the frequency spectrum above the
            voice band of a line (i.e., 0-4 kHz) into 255 sub-carriers,
            each supporting 4.3125 kHz of bandwidth.  A 'bin' refers to
            a single sub-carrier.

        DATA SYMBOL RATE
            The average symbol rate (after allowing for the overhead of
            the sync symbol) at which symbols carrying data are
            transmitted; that is, 4000 symbols/second.

        DOWNSTREAM
            The flow of data in the direction from the ATU-C to ATU-R.

        LINE RATE
            The total data rate supported by a line; that is,
            (sum of b(i) for all i) * 4 kbps.

        MARGIN (also referred to as 'SNR margin')
            The difference between the SNR of the received signal and
            the SNR required to provide a BER of 10E-7.

        NET DATA RATE
            The data rate that is available for user data in any one
            direction; for the downstream direction this is the sum of
            the simplex and duplex bearer channel rates.

        SPLITTER
            Filters that separate the high frequency signals (ADSL)
            from the voice band signals; (frequently called POTS
            splitters even though the voice band signals may comprise
            more than just POTS).

        SYMBOL
            The number of bits the transmitter is capable of
            multiplexing and modulating over all the bins in a single
            signalling interval.

        SYMBOL RATE
            The rate at which all symbols, including the sync
            symbol, are transmitted; that is, (69/68) * 4000
            symbols/sec; contrasted with the data symbol rate.

        TOTAL DATA RATE
            The aggregate data rate (q.v.) plus Reed-Solomon FEC
            overhead.

        UPSTREAM
            The flow of data in the direction from the ATU-R to ATU-C.

        *** ABBREVIATIONS, ACRONYMS, AND SYMBOLS ***

        ADSL - Asymmetric Digital Subscriber Line.

        ATM - Asynchronous Transfer Mode.

        ATU-C - ADSL Transceiver Unit, Central Office end.

        ATU-R - ADSL Transceiver Unit, Remote terminal end.

        b(i) - the number of bits (i.e., constellation size) modulated
            on bin i.

        BER - Bit Error Ratio.

        DMT - Discrete MultiTone.

        DSL - Digital Subscriber Line.

        EOC - Embedded Operations Channel.

        FEC - Forward Error Correction.

        SNR - Signal-to-Noise Ratio.

        STM - Synchronous Transfer Mode."     
    REVISION    "200105171600Z"
    DESCRIPTION
        "Added new table for AtucDmtBin and AturDmtBin information.
        Added two attributes to the profile: 
        cAdslAtucDmtConfMinrateBlock and 
        cAdslAtucDmtDualBitmapEnabled" 
    REVISION	"200008220000Z"
    DESCRIPTION
	    "Added new value for DmtCodewordSize to allow the
	     setting of DmtCodewordSize to 1/2 symbols per codeword."
    REVISION	"200005190000Z"
    DESCRIPTION
	    "Updated cAdslLineDmtConfOperatingMode object to
         support G.992.1, G.992.2 and T1.413 enumerations.
         Also added descriptions for the above."
    REVISION	"9903300000Z"
    DESCRIPTION
        "Initial version of this MIB module."
    ::= { ciscoMgmt 130 }

DmtOverheadFraming ::= TEXTUAL-CONVENTION
    STATUS current
    DESCRIPTION
        "There exist two types of ADSL framing: full overhead and
        reduced overhead.  Furthermore, there exist two versions of
        full overhead and two versions of reduced overhead.  The
        table below defines the four resulting framing structures:

        'structure0'    Full overhead framing with asynchronous
                        bit-to-modem timing (enabled synchronization
                        control mechanism).

        'structure1'    Full overhead framing with synchronous 
                        bit-to-modem timing (disabled synchronization
                        control mechanism).

        'structure2'    Reduced overhead framing with separate fast
                        and sync bytes in fast and interleaved latency
                        buffers respectively (64 kbps framing overhead).

        'structure3'    Reduced overhead framing with merged fast and
                        sync byte, using either the fast or interleaved
                        latency buffer (32 kbps framing overhead).

        During the training sequence, the ATU-C shall indicate the
        highest framing structure number that it supports.  It is
        implied that if the ATU-C indicates it supports framing
        structure k, it also supports all framing structures 0 to k-1.
        If during the training sequence the ATU-R indicates a lower
        framing structure than that specified by the ATU-C, the ATU-C
        shall fall back to the framing structure number indicated by
        the ATU-R.

        Management requirements drive the determination of overhead,
        full or reduced.  Full overhead provides more bandwidth to the
        EOC channel, thereby enabling higher polling rates.  However,
        reduced overhead provides enough bandwidth to satisfy typical
        applications.

        If an ADSL line is supporting an ATM link, then a structure 
        must be chosen that disables synchronization control.

        If an ADSL line is supporting an STM link, and the ADSL line
        interface has a clock tightly coupled to the stratum clock,
        then synchronization control is not necessary.

        If an ADSL line is supporting an STM link, and the ADSL line
        interface is driven by a clock that has no relationship with
        the stratum clock, then a struture that enables synchronization
        control is necessary."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    SYNTAX INTEGER { 
        structure0(0),
        structure1(1),
        structure2(2),
        structure3(3)
    }

DmtFecSize ::= TEXTUAL-CONVENTION
    STATUS current
    DESCRIPTION
        "One of the three parameters that affects FEC operation; the
        number of FEC redundancy bytes per Reed-Solomon codeword.  The
        codeword size also affects FEC operation.  The interleave depth
        also affects FEC operation on an interleaved channel (see the
        ADSL-LINE-MIB, specifically adslAtucChanConfMaxInterleaveDelay
        and adslAturChanConfMaxInterleaveDelay)."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces.

        draft-ietf-adslmib-adsllinemib-04, Definitions of Managed
        Objects for ADSL Lines."
    SYNTAX INTEGER (0 | 2 | 4 | 6 | 8 | 10 | 12 | 14 | 16)

DmtCodewordSize ::= TEXTUAL-CONVENTION
    STATUS current
    DESCRIPTION
        "One of the three parameters that affects FEC operation; the
        number of ADSL symbols per FEC codeword.  The FEC size also
        affects FEC operation.  The interleave depth also affects FEC
        operation on an interleaved channel (see the ADSL-LINE-MIB,
        specifically adslAtucChanConfMaxInterleaveDelay
        and adslAturChanConfMaxInterleaveDelay).

        The following constraints apply:

        -   This value is always '1' when performing the FEC operation
            on a fast buffer.

        -   When performing the FEC operation on an interleaved buffer,
            the specification does not require a codeword size greater
            than '1' when the interleave depth is set to '1'.

	-   if DmtCodeWordSize is positive, it represents the actual
	    number of symbols per codeword.  If DmtCodeWordSize is 
	    negative, it represents the exponent value in a power 
	    of 2.  For example, if DmtCodeWordSize is equal to -1,
	    then the number of symbols per codeword would be equal
  	    to 2^^-1 = 1/2."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces.

        RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    SYNTAX INTEGER (-1 | 1 | 2 | 4 | 8 | 16)

-- MIB Objects Definitions

ciscoAdslDmtLineMIBObjects OBJECT IDENTIFIER ::=
    { ciscoAdslDmtLineMIB 1 }

-- ADSL DMT Line Table

cAdslDmtLineTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslDmtLineEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslLineTable and contains enterprise-
        specific common attributes describing both ends of ADSL lines
        supported by the system."
    ::= { ciscoAdslDmtLineMIBObjects 1 }

cAdslDmtLineEntry OBJECT-TYPE
    SYNTAX      CAdslDmtLineEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A set of enterprise-specific common attributes describing both
        ends of an ADSL line supported by the system.  There exists an
        entry for each ifEntry with an ifType of adsl(94)."
    INDEX       { ifIndex }
    ::= { cAdslDmtLineTable 1 }

CAdslDmtLineEntry ::= SEQUENCE {
    cAdslDmtLineOverheadFraming DmtOverheadFraming
}

cAdslDmtLineOverheadFraming OBJECT-TYPE
    SYNTAX      DmtOverheadFraming
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object represents the negotiated overhead framing
        structure being used by the ATU-C and ATU-R."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    ::= { cAdslDmtLineEntry 1 }

-- ADSL ATU-C DMT Physical-Layer Parameters Table

cAdslAtucDmtPhysTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslAtucDmtPhysEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslAtucPhysTable and contains
        enterprise-specific physical layer parameters for ATU-C
        class devices supported by the system."
    ::= { ciscoAdslDmtLineMIBObjects 2 }

cAdslAtucDmtPhysEntry OBJECT-TYPE
    SYNTAX      CAdslAtucDmtPhysEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A set of enterprise-specific physical-layer parameters for an 
        ATU-C class device supported by the system.  There exists an
        entry for each ifEntry with an ifType of adsl(94)."
    INDEX       { ifIndex }
    ::= { cAdslAtucDmtPhysTable 1 }

CAdslAtucDmtPhysEntry ::= SEQUENCE {
    cAdslAtucDmtState INTEGER
}

cAdslAtucDmtState OBJECT-TYPE
    SYNTAX      INTEGER {
                    standard(1),
                    unknown(2),
                    downloading(3),
                    downloadFailed(4),
                    testing(5)
                }
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "The value of this object specifies the enterprise-specific
        specific status of the ATU-C.  If the value of adslAtucDMTState
        is not 'other', then the value of this object is 'standard'.
        If the value of adslAtucDMTState is 'other', and the ATU-C
        is in an unrecognized state, then the value of this object
        is 'unknown'.  If the value of adslAtucDMTState is 'other',
        and the ATU-C is not in an unrecognized state, then the value
        of this object specifies the enterprise-specific state of the
        ATU-C."
    REFERENCE
        "ADSL Forum Technical Specification TR-014, DMT Line Code
        Specific MIB."
    ::= { cAdslAtucDmtPhysEntry 1 }

-- ADSL ATU-C DMT Channel Parameters Table

cAdslAtucDmtChanTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslAtucDmtChanEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslAtucChanTable and contains
        enterprise-specific physical layer parameters for the ATU-C
        channels supported by the system."
    ::= { ciscoAdslDmtLineMIBObjects 4 }

cAdslAtucDmtChanEntry OBJECT-TYPE
    SYNTAX      CAdslAtucDmtChanEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A set of enterprise-specific physical-layer parameters for an 
        ATU-C channel supported by the system.  There exists an entry
        for each ifEntry with an ifType of adslInterleave(124) or
        adslFast(125)."
    INDEX       { ifIndex }
    ::= { cAdslAtucDmtChanTable 1 }

CAdslAtucDmtChanEntry ::= SEQUENCE {
    cAdslAtucDmtChanFecSize      DmtFecSize,
    cAdslAtucDmtChanCodewordSize DmtCodewordSize
}

cAdslAtucDmtChanFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object specifies the number of FEC redundancy bytes the
        ATU-C appends to downstream on the corresponding channel.  The
        ATU-C can fallback from the initial value specified for the 
        corresponding channel (i.e., cAdslAtucDmtConfFastFecSize or
        cAdslAtucInterleaveFecSize) based on the aggregate data rate
        rate achieved during training."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    ::= { cAdslAtucDmtChanEntry 1 }

cAdslAtucDmtChanCodewordSize OBJECT-TYPE
    SYNTAX      DmtCodewordSize
    UNITS       "symbols"
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object specifies the actual number of symbols per
        codeword being used by the ATU-C for downstream messages.
        The ATU-C and ATU-R negotiate this value during the
        training sequence.  A value of 0 indicates the 
        automatic mode."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    ::= { cAdslAtucDmtChanEntry 2 }

-- ADSL ATU-R DMT Channel Parameters Table

cAdslAturDmtChanTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslAturDmtChanEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslAturChanTable and contains
        enterprise-specific physical layer parameters for the ATU-R
        channels supported by the system."
    ::= { ciscoAdslDmtLineMIBObjects 5 }

cAdslAturDmtChanEntry OBJECT-TYPE
    SYNTAX      CAdslAturDmtChanEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A set of enterprise-specific physical-layer parameters for an 
        ATU-R channel supported by the system.  There exists an entry
        for each ifEntry with an ifType of adslInterleave(124) or
        adslFast(125)."
    INDEX       { ifIndex }
    ::= { cAdslAturDmtChanTable 1 }

CAdslAturDmtChanEntry ::= SEQUENCE {
    cAdslAturDmtChanFecSize      DmtFecSize,
    cAdslAturDmtChanCodewordSize DmtCodewordSize
}

cAdslAturDmtChanFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object specifies the number of FEC redundancy bytes the
        ATU-R appends to upstream on the corresponding channel.  The
        ATU-C can fallback from the initial value specified for the 
        corresponding channel (i.e., cAdslAturDmtConfFastFecSize or
        cAdslAturInterleaveFecSize) based on the aggregate data rate
        achieved during training."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    ::= { cAdslAturDmtChanEntry 1 }

cAdslAturDmtChanCodewordSize OBJECT-TYPE
    SYNTAX      DmtCodewordSize
    UNITS       "symbols"
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION
        "This object specifies the actual number of symbols per
        codeword being used by the ATU-R for upstream messages.
        The ATU-C and ATU-R negotiate this value during the
        training sequence."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    ::= { cAdslAturDmtChanEntry 2 }

-- Configuration Profile Table

cAdslDmtLineConfProfileTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslDmtLineConfProfileEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslLineConfProfileTable and contains
        enterprise-specific ADSL DMT line configuration information."
    ::= { ciscoAdslDmtLineMIBObjects 14 }

cAdslDmtLineConfProfileEntry OBJECT-TYPE
    SYNTAX      CAdslDmtLineConfProfileEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A configuration profile containing enterprise-specific ADSL DMT
        line configuration information."
    INDEX       { IMPLIED adslLineConfProfileName }
    ::= { cAdslDmtLineConfProfileTable 1 }

CAdslDmtLineConfProfileEntry ::= SEQUENCE {
    cAdslLineDmtConfOperatingMode     INTEGER,
    cAdslLineDmtConfTrainingMode      INTEGER,
    cAdslAtucDmtConfFastFecSize       DmtFecSize,
    cAdslAtucDmtConfInterleaveFecSize DmtFecSize,
    cAdslAtucDmtConfCodewordSize      DmtCodewordSize,
    cAdslAtucDmtConfOverheadFraming   DmtOverheadFraming,
    cAdslAtucDmtConfBitSwapEnabled    TruthValue,
    cAdslAtucDmtConfBitSwapFrom       Integer32,
    cAdslAtucDmtConfBitSwapTo         Integer32,
    cAdslAturDmtConfInterleaveFecSize DmtFecSize,
    cAdslAturDmtConfFastFecSize       DmtFecSize,
    cAdslAturDmtConfCodewordSize      DmtCodewordSize,
    cAdslAtucDmtConfMinrateBlock      TruthValue,
    cAdslAtucDmtDualBitmapEnabled     TruthValue
}

cAdslLineDmtConfOperatingMode OBJECT-TYPE
    SYNTAX      INTEGER {
                    automatic(1),
                    splitterless(2),
                    g992Dot1(3),
                    g992Dot2(4),
                    t1Dot413(5)

                }
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the line operating mode being employed
        by the ADSL line.  An ADSL line uses of one of two operating
        modes:

        - Automatic
            An ATU-C that employs this operating mode automatically
            detects the capabilities of the ATU-R and utilizes either
            a startup sequence specified by G.992.1, G.992.2, or
            T1.413-1998.  This line operating mode is the default for
            an ADSL line.

        - Splitterless
            This operating mode should no longer be used.  It is 
            equivalent to the G.992.2 selection.  Selecting this 
            mode will automatically map to the G992.2 mode.  It is
            appropriate in this case that both the ATU-C and ATU-R 
            support 'heavy' capability but the ATU-C side wishes to 
            force 'lite' operation.  Selecting this mode will 
            automatically convert to the G992.2 mode.

        - G992.1
            This operating mode forces the used of the G994.1 startup
            sequence and compliance to G992.1 operation.
                            
        - G992.2
            This operating mode forces the use of the G994.1
            startup sequence and compliance to G992.2 operation.  
            It is appropriate in this case that both the ATU-C and 
            ATU-R support 'heavy' capability but the ATU-C side 
            wishes to force 'lite' operation.

        - T1.413
            This operating mode forces the ATU-R to use the 
            T1.413-1998 startup sequence."

    REFERENCE
        "ITU G.992.1, Asymmetric Digital Subscriber Line (ADSL)
        Transceiver.

        ITU G.992.2, Splitterless Asymmetric Digital Subscriber
        Line (ADSL) Transceiver.

        ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { automatic }
    ::= { cAdslDmtLineConfProfileEntry 1 }

cAdslLineDmtConfTrainingMode OBJECT-TYPE
    SYNTAX      INTEGER {
                    standard(1),
                    fast(2)
                }
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the mode employed by the ATU-C and
        ATU-R when training against each other.  One of two training
        modes can be employed:

        - Standard
            An ATU-C initiates a training sequence using the method
            defined by G.992.1, G.992.2, or T1.413-1998.  This training
            mode is the default for ADSL modems.

        - Fast
            An ATU-C initiates a vendor-specific training sequence that
            can possibly provide a shorter training sequence."
    REFERENCE
        "ITU G.992.1, Asymmetric Digital Subscriber Line (ADSL)
        Transceiver.

        ITU G.992.2, Splitterless Asymmetric Digital Subscriber
        Line (ADSL) Transceiver.

        ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { standard }
    ::= { cAdslDmtLineConfProfileEntry 2 }

cAdslAtucDmtConfFastFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the initial number of FEC redundancy
        bytes the ATU-C appends to downstream frames transmitted over
        the fast channel during the training sequence.  The ATU-C can
        fallback from this value depending on the aggregate data rate
        achieved during training.

        It is desirable to choose a large FEC size, thereby increasing
        the chance of being able to correct errors in the data delivered
        by a frame.  However, additional FEC redundancy bytes increases
        frame overhead, and thus frame latency."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 3 }

cAdslAtucDmtConfInterleaveFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the initial number of FEC redundancy
        bytes the ATU-C appends to downstream frames transmitted over
        the interleaved channel during the training sequence.  The
        ATU-C can fallback from this value depending on the aggregate
        data rate achieved during training.

        It is desirable to choose a large FEC size, thereby increasing
        the chance of being able to correct errors in the data delivered
        by a frame.  However, additional FEC redundancy bytes increases
        frame overhead, and thus frame latency.

        The value of this object must be a integral multiple of the
        value of cAdslAtucDmtConfCodewordSize."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 4 }

cAdslAtucDmtConfCodewordSize OBJECT-TYPE
    SYNTAX      DmtCodewordSize
    UNITS       "symbols"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the number of symbols per codeword being
        used by the ATU-C for downstream messages on an interleaved
        channel during the training sequence.  The ATU-C can fallback
        from this value based on the aggregate data rate achieved during
        training.

        It is desirable to choose a large codeword size to minimize 
        overhead.  However, increasing the codeword size increases the
        possibility of not being able to correct errors in the data
        delivered by a frame."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 5 }

cAdslAtucDmtConfOverheadFraming OBJECT-TYPE
    SYNTAX      DmtOverheadFraming
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the overhead framing structure which the
        ATU-C will request when establishing a link with the ATU-R.
        The value of 'structure0' is not valid."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { structure3 }
    ::= { cAdslDmtLineConfProfileEntry 6 }

cAdslAtucDmtConfBitSwapEnabled OBJECT-TYPE
    SYNTAX      TruthValue
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies whether the ATU-C performs bitswapping.
        Bitswapping attempts to maintain an acceptable margin for
        each bin; equalizing the margin across all bins through bit
        reallocation, thereby maximizing error performance.

        The ATU-C performs bitswapping by monitoring the margin
        measured for each bin by the transmitter:

        1)  If a bin's margin falls below 'target' and the difference,
            between the margin and 'target' exceeds 'thresh(f)', then
            the ATU-C marks the bin as a 'from' bin.

        2)  If a bin's margin exceeds 'target' and the difference
            between the margin and 'target' exceeds 'thresh(t)', then
            the ATU-C marks the bin as a 'to' bin.

        Where:  'target'    = adslAtucConfTargetSnrMgn
                'thresh(f)' = cAdslAtucDmtConfBitSwapFrom
                'thresh(t)' = cAdslAtucDmtConfBitSwapTo

        The ATU-C attempts to equalize the margin across the bins by
        swapping bits out of bins marked 'from' into bins marked 'to'.
        When the ATU-C swaps a bit out of bin, it decreases its b(i).
        Thus, the bins constellation is smaller, which increases its
        margin.  When the ATU-C swaps a bit into a bin, it increases
        its b(i).  Thus, the bins constellation is larger, which
        decreases its margin.

        In addition, the ATU-R may optionally implement its own
        monitoring capability.  The ATU-R uses this information to
        request the ATU-C to perform bitswapping.  When this object
        is 'true', the ATU-C must be prepared to accept and properly
        handle bitswap requests from the ATU-R.

        While bitswapping has its obvious advantages, bitswapping can
        have undesirable side effects.  It can introduce errors on
        lines prone to impulse noise.  In this case, it may be desirable
        to disable bitswapping."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces.

        RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    DEFVAL      { true }
    ::= { cAdslDmtLineConfProfileEntry 7 }

cAdslAtucDmtConfBitSwapFrom OBJECT-TYPE
    SYNTAX      Integer32 (1..9)
    UNITS       "dB"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "Bitswapping attempts to maintain an acceptable margin for
        each bin; equalizing the margin across all bins through bit
        reallocation, thereby maximizing error performance.

        The ATU-C performs bitswapping by monitoring the margin
        measured for each bin by the transmitter.  If a bin's margin
        falls below adslAtucConfTargetSnrMgn and the difference
        between the margin and adslAtucConfTargetSnrMgn exceeds
        the value of this object, then the ATU-C marks a bin as
        a 'from' bin.

        The ATU-C attempts to equalize the margin across the bins by
        swapping bits out of bins marked 'from' into bins marked 'to'.
        When the ATU-C swaps a bit out of bin, it decreases its b(i).
        Thus, the bins constellation is smaller. which increases its
        margin.  When the ATU-C swaps a bit into a bin, it increases
        its b(i).  Thus, the bins constellation is larger, which
        decreases its margin.

        If this value is too small, then the ATU-C may frequently
        toggle the bit allocation on bins, and if impulse noise is
        present, this can cause errors.  If this value is too large,
        then the ATU-C may not identify an adequate number of bins
        that it can swap bits 'from', thereby decreasing the chances
        for the ATU-C to equalize the margin across all the bins.
        Unequalized margin across all the bins translates into poor
        error performance."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces.

        RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    DEFVAL      { 3 }
    ::= { cAdslDmtLineConfProfileEntry 8 }

cAdslAtucDmtConfBitSwapTo OBJECT-TYPE
    SYNTAX      Integer32 (1..9)
    UNITS       "dB"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "Bitswapping attempts to maintain an acceptable margin for
        each bin; equalizing the margin across all bins through bit
        reallocation, thereby maximizing error performance.

        The ATU-C performs bitswapping by monitoring the margin
        measured for each bin by the transmitter.  If a bin's margin
        exceeds adslAtucConfTargetSnrMgn and the difference between
        the margin and adslAtucConfTargetSnrMgn exceeds the value of
        this object, then the ATU-C marks a bin as a 'to' bin.

        The ATU-C attempts to equalize the margin across the bins by
        swapping bits out of bins marked 'from' into bins marked 'to'.
        When the ATU-C swaps a bit out of bin, it decreases its b(i).
        Thus, the bins constellation is smaller. which increases its
        margin.  When the ATU-C swaps a bit into a bin, it increases
        its b(i).  Thus, the bins constellation is larger, which
        decreases its margin.

        If this value is too small, then the ATU-C may frequently
        toggle the bit allocation on bins, and if impulse noise is
        present, this can cause errors.  If this value is too large,
        then the ATU-C may not identify an adequate number of bins
        that it can swap bits 'to', thereby decreasing the chances
        for the ATU-C to equalize the margin across all the bins.
        Unequalized margin across all the bins translates into poor
        error performance."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces.

        RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    DEFVAL      { 3 }
    ::= { cAdslDmtLineConfProfileEntry 9 }

cAdslAturDmtConfFastFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the initial number of FEC redundancy
        bytes the ATU-R appends to upstream frames transmitted over
        the fast channel during the training sequence.  The ATU-C can
        force the ATU-R to fallback from this value depending on the
        aggregate data rate achieved during training.

        It is desirable to choose a large FEC size, thereby increasing
        the chance of being able to correct errors in the data delivered
        by a frame.  However, additional FEC redundancy bytes increases
        frame overhead, and thus frame latency."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 10 }

cAdslAturDmtConfInterleaveFecSize OBJECT-TYPE
    SYNTAX      DmtFecSize
    UNITS       "bytes"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the initial number of FEC redundancy
        bytes the ATU-R appends to upstream frames transmitted over
        the interleaved channel during the training sequence.  The
        ATU-C can force the ATU-R to fallback from this value
        depending on the aggregate data rate achieved during training.

        It is desirable to choose a large FEC size, thereby increasing
        the chance of being able to correct errors in the data delivered
        by a frame.  However, additional FEC redundancy bytes increases
        frame overhead, and thus frame latency.

        The value of this object must be a integral multiple of the
        value of cAdslAturDmtConfCodewordSize."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 11 }

cAdslAturDmtConfCodewordSize OBJECT-TYPE
    SYNTAX      DmtCodewordSize
    UNITS       "symbols"
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies the number of symbols per codeword being
        used by the ATU-R for upstream messages on an interleaved
        channel during the training sequence.  The ATU-C can force the
        ATU-R to fallback from this value based on the aggregate data
        rate achieved during training.

        It is desirable to choose a large codeword size to minimize 
        overhead.  However, increasing the codeword size increases the
        possibility of not being able to correct errors in the data
        delivered by a frame."
    REFERENCE
        "ANSI T1.413-1998 Issue 2, Network and Customer Installation
        Interfaces - Asymmetric Digital Subscriber Line (ADSL)
        Metallic Interfaces."
    DEFVAL      { 16 }
    ::= { cAdslDmtLineConfProfileEntry 12 }
       
cAdslAtucDmtConfMinrateBlock OBJECT-TYPE
	SYNTAX      TruthValue
	MAX-ACCESS  read-create
	STATUS      current
	DESCRIPTION
	    "This object is used to implement min-rate blocking on DMT 
	    interfaces that support this option. "         
	DEFVAL		{ false }
	::= { cAdslDmtLineConfProfileEntry 13 }
		
cAdslAtucDmtDualBitmapEnabled OBJECT-TYPE
	SYNTAX      TruthValue
	MAX-ACCESS  read-create
	STATUS      current
	DESCRIPTION
	    "This object is used to implement dual bitmap tables for 
	    Annex C compliant DMT interfaces. The bin data for 
            the DSL interface will appear in cAdslAturDmtBinTable
            and cAdslAtucDmtBinTable. "         
	DEFVAL		{ false }
	::= { cAdslDmtLineConfProfileEntry 14 }

-- Alarm Configuration Profile Table

cAdslDmtLineAlarmConfProfileTable OBJECT-TYPE
    SYNTAX      SEQUENCE OF CAdslDmtLineAlarmConfProfileEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "This table extends the adslLineAlarmConfProfileTable and
        contains enterprise-specific ADSL line configuration information
        pertaining to alarms."
    ::= { ciscoAdslDmtLineMIBObjects 15 }

cAdslDmtLineAlarmConfProfileEntry OBJECT-TYPE
    SYNTAX      CAdslDmtLineAlarmConfProfileEntry
    MAX-ACCESS  not-accessible
    STATUS      current
    DESCRIPTION
        "A configuration profile containing enterprise-specific ADSL
        line configuration information pertaining to alarms"
    INDEX       { IMPLIED adslLineAlarmConfProfileName }
    ::= { cAdslDmtLineAlarmConfProfileTable 1 }

CAdslDmtLineAlarmConfProfileEntry ::= SEQUENCE {
    cAdslAtucDmtThreshRateFallback Integer32,
    cAdslAturDmtThreshRateFallback Integer32
}

cAdslAtucDmtThreshRateFallback OBJECT-TYPE
    SYNTAX      Integer32
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies a bit rate threshold.  When the
        following condition is met, the agent generates an
        adslAtucRateChangeTrap:

            ( I + F ) < cAdslAtucDmtThreshRateFallback

        where I = adslAtucChanCurrTxRate for ATU-C's interleave channel
              F = adslAtucChanCurrTxRate for ATU-C's fast channel

        Setting this value to '0' prevents the agent from generating an
        adslAtucRateChangeTrap due to rate fallback."
    REFERENCE
        "RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    DEFVAL      { 0 }
    ::= { cAdslDmtLineAlarmConfProfileEntry 1 }

cAdslAturDmtThreshRateFallback OBJECT-TYPE
    SYNTAX      Integer32
    MAX-ACCESS  read-create
    STATUS      current
    DESCRIPTION
        "This object specifies a bit rate threshold.  When the
        following condition is met, the agent generate an
        adslAturRateChangeTrap:

            ( I + F ) < cAdslAturDmtThreshRatefallback

        where I = adslAturChanCurrTxRate for ATU-R's interleave channel
              F = adslAturChanCurrTxRate for ATU-R's fast channel

        Setting this value to '0' prevents the agent from generating an
        adslAtucRateChangeTrap due to rate fallback."
    REFERENCE
        "RFC 2662 - Definitions of Managed Objects for the ADSL Lines. 
        G. Bathrick,. Ly. August 1999. "

    DEFVAL      { 0 }
    ::= { cAdslDmtLineAlarmConfProfileEntry 2 }        
    
cAdslDmtBinIfNumber OBJECT-TYPE
    SYNTAX     InterfaceIndexOrZero
    MAX-ACCESS read-write
    STATUS     current
    DESCRIPTION
        "The cAdslDmtBinIfNumber is used to set the ifIndex for 
        for which DMT bin information will be collected in 
        cAdslAtucDmtBinTable and cAdslAturDmtBinTable. The 
        request will be processed when cAdslDmtIfRqstStatus
        is set to pollNow (1). Setting this object will fail if
        the value of cAdslDmtIfRqstStatus is currently 
        rqstInProgress (3). In addition, the interface must 
        have an ifEntry with an ifType of adsl(94) and an 
        adslLineCoding of dmt(2)."
    ::= { ciscoAdslDmtLineMIBObjects 16}
    
cAdslDmtBinIfRqstStatus OBJECT-TYPE
    SYNTAX    INTEGER {
		        reset (-1),	
                        pollNow (1), 
    			noIfConfigured (2),
			ifConfigured (3),
  			rqstInProgess (4),
    		 	lcDownForIf (5),
    			ifUntrained (6),
    			failure (7),
    			success (8) }
    MAX-ACCESS  read-write
    STATUS 		current
    DESCRIPTION 
        "This object initiates the polling and stores the status
        of the last DMT Bin request. This object can have the 
        following values :
              reset (-1)     : write this value to reset the 
                               the finite state machine (FSM)
			       that controls the reading of 
                               bin information on a DMT  
                               interface.
              pollNow (1)    : write this value to begin bin 
                               polling on an interface specified 
                               in cAdslDmtBinIfNumber.
           noIfConfigured(2) : status read when no valid 
                               interface is set in 
                               cAdslDmtBinIfNumber 
           ifConfigured(3)   : status read when a valid 
                               interface is set in 
                               cAdslDmtBinIfNumber 
           rqstInProgress(4) : status returned until the 
                               data collection is complete
                               on an interface.
             lcDownForIf (5) : status returned if the line 
                               card is down for the 
                               interface.
            ifUntrained (6)  : status returned if the interface
			       on the DSLAM is untrained.
               failure (7)   : status returned when the request 
                               cannot be completed due to 
                               error.
             success (8)     : status returned when bin data
                               collection has been properly
                               completed.
        Data collected on a status of success (8) will be available in 
        cAdslAtucDmtBinTable and cAdslAturDmtBinTable.  A read of this 
        object can return any value between 2 and 8, while a write can 
        only be set to the value of 1 or -1."
    ::=  { ciscoAdslDmtLineMIBObjects 17}        
    
cAdslDmtBinIfLstRqstUpldTime OBJECT-TYPE
	SYNTAX 		DateAndTime
	MAX-ACCESS      read-only
	STATUS		current
	DESCRIPTION
	    "cAdslDmtBinIfLstRqstUpldTime stores the time and date
	    when the last successful upload request was done. This 
	    field is used to determine the age of DMT Bin data 
	    in the cAdslAtucDmtBinTable and cAdslAturDmtBinTable."
	::= { ciscoAdslDmtLineMIBObjects 18}

cAdslAtucDmtBinTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF  CAdslAtucDmtBinEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
            "This table contains information on the 256 DMT bins in 
            the downstream direction. Bins correspond to 4 kHz slots 
            on a trained DSL line modem.  The information stored in 
            each bin includes bit counts per hertz of bandwidth and 
            the transmitter gain in 0.01 dB increments."
	::= { ciscoAdslDmtLineMIBObjects 19}

cAdslAtucDmtBinEntry   OBJECT-TYPE
	SYNTAX		CAdslAtucDmtBinEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
            "A set of enterprise-specific parameters for a DMT
            DSL interface. After bin data has been collected
            successfully there will be at least 1 row entry for 
            the interface indicated by cAdslAtucDmtBinIfIndex."
	INDEX	{ cAdslAtucDmtBitmapIndex, cAdslAtucDmtBinIndex }
	::= { cAdslAtucDmtBinTable   1}

CAdslAtucDmtBinEntry ::= SEQUENCE {    
	cAdslAtucDmtBitmapIndex         Unsigned32,
	cAdslAtucDmtBinIndex		Unsigned32,
	cAdslAtucDmtBinBitAlloc		Unsigned32,
	cAdslAtucDmtBinTxGain		Unsigned32,
	cAdslAtucDmtBinNumber		Unsigned32
}

cAdslAtucDmtBitmapIndex OBJECT-TYPE        
	SYNTAX		Unsigned32(1..5)
	MAX-ACCESS	not-accessible
	STATUS 		current                
	DESCRIPTION
	    "This index is used to step through all of the bin tables 
	    on a DSL interface."
	::= { cAdslAtucDmtBinEntry     1 }
	
cAdslAtucDmtBinIndex OBJECT-TYPE        
	SYNTAX		Unsigned32(1..256)
	MAX-ACCESS	not-accessible
	STATUS 		current                
	DESCRIPTION
	    "A unique value, greater than zero, for each dmt bin
	    on the interface specified in cAdslDmtBinIfNumber  It is
	    recommended that values be assigned contiguously
	    starting from 1."
	::= { cAdslAtucDmtBinEntry     2 }

cAdslAtucDmtBinBitAlloc  OBJECT-TYPE
	SYNTAX		Unsigned32(0..15)
	UNITS		"bits/Hz"
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
            "This stores the number of bits allotted per Hertz in this 
	    bin. For example, a value of 15 would indicate that this 
	    slot is tranmitting at a physical rate of 64kbits/sec."
	::= { cAdslAtucDmtBinEntry  	3 }

cAdslAtucDmtBinTxGain	OBJECT-TYPE
	SYNTAX		Unsigned32(0..400)
	UNITS		"tenth dB"
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
	    "This field has the transmitter gain for this bin and is 
	    stored in 0.01 dB increments."
	::= { cAdslAtucDmtBinEntry  	4 }

cAdslAtucDmtBinNumber	OBJECT-TYPE
	SYNTAX		Unsigned32(0..255)
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
	    "This field indicates the 4.3125 kHz band of downstream 
	    DSL line spectrum occupied by a bin. For example, a value 
	    of 3 would indicate the band from 12.9375 to 17.25 kHz 
	    of the spectrum."
	::= { cAdslAtucDmtBinEntry  	5 }

cAdslAturDmtBinTable OBJECT-TYPE
	SYNTAX		SEQUENCE OF  CAdslAturDmtBinEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
	    "This table contains information for the 32 DMT bins in 
            the upstream direction. A bin corresponds to a 4 kHz slots 
            on a trained DSL line modem. The information stored in each
            bin includes bit counts per hertz and the transmitter gain 
            in 0.01 dB increments."
	::= { ciscoAdslDmtLineMIBObjects 20 }

cAdslAturDmtBinEntry   OBJECT-TYPE
	SYNTAX		CAdslAturDmtBinEntry
	MAX-ACCESS	not-accessible
	STATUS		current
	DESCRIPTION
            "A set of enterprise-specific parameters for a DMT
            DSL interface. After bin data has been collected
            successfully there will be at least 1 row entry for 
            the interface indicated by cAdslAtucDmtBinIfIndex."
	INDEX	{ cAdslAturDmtBitmapIndex, cAdslAturDmtBinIndex }
	::= { cAdslAturDmtBinTable   1 }

CAdslAturDmtBinEntry ::= SEQUENCE {   
	cAdslAturDmtBitmapIndex         Unsigned32,
	cAdslAturDmtBinIndex		Unsigned32,
	cAdslAturDmtBinBitAlloc		Unsigned32,
	cAdslAturDmtBinTxGain		Unsigned32,
	cAdslAturDmtBinNumber		Unsigned32
}

cAdslAturDmtBitmapIndex OBJECT-TYPE        
	SYNTAX		Unsigned32(1..5)
	MAX-ACCESS	not-accessible
	STATUS 		current
	DESCRIPTION
	    "This index is used to step through all of the bin tables 
	    on a DSL interface."
	::= { cAdslAturDmtBinEntry     1 }

cAdslAturDmtBinIndex OBJECT-TYPE        
	SYNTAX		Unsigned32(1..256)
	MAX-ACCESS	not-accessible
	STATUS 		current
	DESCRIPTION
	    "A unique value, greater than zero, for each dmt bin
	    on the interface specified in cAdslDmtBinIfNumber  It is
	    recommended that values be assigned contiguously
	    starting from 1."
	::= { cAdslAturDmtBinEntry     2 }

cAdslAturDmtBinBitAlloc  OBJECT-TYPE
	SYNTAX		Unsigned32(0..15)
	UNITS		"bits/Hz"
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
	    "This stores the number of bits allotted per Hertz in this 
	    bin. For example, a value of 15 indicates that this  
	    slot is transmitting at a physical rate of 64 Kbits."
	::= { cAdslAturDmtBinEntry  3 }

cAdslAturDmtBinTxGain	OBJECT-TYPE
	SYNTAX		Unsigned32(0..400)
	UNITS		"hundredth dB"
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
	    "This field has the transmitter gain for this bin and is 
	    stored in 0.01 dB increments."
	::= { cAdslAturDmtBinEntry  4 }

cAdslAturDmtBinNumber	OBJECT-TYPE
	SYNTAX		Unsigned32(0..255)
	MAX-ACCESS	read-only
	STATUS		current
	DESCRIPTION
	    "This field indicates the 4.3125 kHz band of upstream 
	    DSL line spectrum occupied by a bin. For example, a value 
	    of 3 would indicate the band from 12.9375 to 17.25 kHz 
	    of the spectrum."
	::= { cAdslAturDmtBinEntry  5 }
	
-- MIB Notification Definitions

ciscoAdslDmtLineMIBNotificationsPrefix OBJECT IDENTIFIER ::= 
    { ciscoAdslDmtLineMIB 2 }

ciscoAdslDmtLineMIBNotifications       OBJECT IDENTIFIER ::= 
    { ciscoAdslDmtLineMIBNotificationsPrefix 0 }

-- MIB Conformance Statements
ciscoAdslDmtLineMIBConformance OBJECT IDENTIFIER ::= 
    { ciscoAdslDmtLineMIB 3 }

ciscoAdslDmtLineMIBCompliances OBJECT IDENTIFIER ::= 
    { ciscoAdslDmtLineMIBConformance 1 }

ciscoAdslDmtLineMIBGroups      OBJECT IDENTIFIER ::= 
    { ciscoAdslDmtLineMIBConformance 2 }

-- Compliance
ciscoAdslDmtLineMIBCompliance MODULE-COMPLIANCE
    STATUS deprecated
    DESCRIPTION
        "The compliance statement for entities that implement the
        CISCO-ADSL-DMT-LINE-MIB.  Implementation of this MIB is
        mandatory for any platform that supports one or more ADSL
        DMT line interfaces.Replaced by 
        ciscoAdslDmtLineMIBComplianceRev1"

    MODULE -- this module
        MANDATORY-GROUPS {
            cAdslDmtLineGroup,
            cAdslAtucDmtPhysGroup,
            cAdslAtucDmtChanGroup,
            cAdslAturDmtChanGroup,
            cAdslDmtLineConfProfileGroup,
            cAdslDmtLineAlarmConfProfileGroup
        }
   ::= { ciscoAdslDmtLineMIBCompliances 1 }

ciscoAdslDmtLineMIBComplianceRev1 MODULE-COMPLIANCE
    STATUS current
    DESCRIPTION
        "The compliance statement for entities that implement the
        CISCO-ADSL-DMT-LINE-MIB.  Implementation of this MIB is
        mandatory for any platform that supports one or more ADSL
        DMT line interfaces."

    MODULE -- this module
        MANDATORY-GROUPS {
            cAdslDmtLineGroup,
            cAdslAtucDmtPhysGroup,
            cAdslAtucDmtChanGroup,
            cAdslAturDmtChanGroup,
            cAdslDmtLineConfProfileGroupRev1,
            cAdslDmtLineAlarmConfProfileGroup,
            cAdslDmtBinIfGroup,
	    cAdslAtucDmtBinDataGroup,
            cAdslAturDmtBinDataGroup
        }
   ::= { ciscoAdslDmtLineMIBCompliances 2 }

-- Units of Conformance

cAdslDmtLineGroup OBJECT-GROUP
    OBJECTS {
        cAdslDmtLineOverheadFraming
    }
    STATUS current
    DESCRIPTION
        "A collection of managed objects defining the 
         enterprise-specific attributes of an ADSL line 
         supporting modems using the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 1 }

cAdslAtucDmtPhysGroup OBJECT-GROUP
    OBJECTS {
        cAdslAtucDmtState
    }
    STATUS current
    DESCRIPTION
        "A collection of managed objects defining the 
         enterprise-specific physical-layer parameters of 
         an ATU-C using the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 2 }

cAdslAtucDmtChanGroup OBJECT-GROUP
    OBJECTS {
       cAdslAtucDmtChanFecSize,
       cAdslAtucDmtChanCodewordSize
    }
    STATUS current
    DESCRIPTION
        "A collection of managed objects defining the 
         enterprise-specific channel parameters of an 
         ATU-C using the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 3 }

cAdslAturDmtChanGroup OBJECT-GROUP
    OBJECTS {
       cAdslAturDmtChanFecSize,
       cAdslAturDmtChanCodewordSize
    }
    STATUS current
    DESCRIPTION
        "A collection of managed objects defining the 
         enterprise-specific channel parameters of an ATU-R 
         using the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 4 }

cAdslDmtLineConfProfileGroup OBJECT-GROUP
    OBJECTS {
        cAdslLineDmtConfOperatingMode,
        cAdslLineDmtConfTrainingMode,
        cAdslAtucDmtConfFastFecSize,
        cAdslAtucDmtConfInterleaveFecSize,
        cAdslAtucDmtConfCodewordSize,
        cAdslAtucDmtConfOverheadFraming,
        cAdslAtucDmtConfBitSwapEnabled,
        cAdslAtucDmtConfBitSwapFrom,
        cAdslAtucDmtConfBitSwapTo,
        cAdslAturDmtConfInterleaveFecSize,
        cAdslAturDmtConfFastFecSize,
        cAdslAturDmtConfCodewordSize
    }
    STATUS deprecated
    DESCRIPTION
       "A collection of managed objects defining the 
        enterprise-specific line configuration information 
        associated with one or more ADSL ATU class devices 
        implementing the DMT line code. Replaced by
        cAdslDmtLineConfProfileGroupRev1."
    ::= { ciscoAdslDmtLineMIBGroups 5 }

cAdslDmtLineAlarmConfProfileGroup OBJECT-GROUP
    OBJECTS {
        cAdslAtucDmtThreshRateFallback,
        cAdslAturDmtThreshRateFallback
    }
    STATUS current
    DESCRIPTION
        "A collection of managed objects defining the 
         enterprise-specific line alarm configuration 
         information associated with one or more ATU 
         class devices implementing the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 6 }
    
cAdslDmtBinIfGroup OBJECT-GROUP
    OBJECTS {
         cAdslDmtBinIfNumber,
         cAdslDmtBinIfRqstStatus,
         cAdslDmtBinIfLstRqstUpldTime
     }
    STATUS  current
    DESCRIPTION 
        "A collection of managed objects defining the 
         enterprise-specific line interface information 
         used to collect bin data from DMT interfaces."
    ::= { ciscoAdslDmtLineMIBGroups 7}

cAdslAtucDmtBinDataGroup OBJECT-GROUP
    OBJECTS {
         cAdslAtucDmtBinBitAlloc,
         cAdslAtucDmtBinTxGain,
         cAdslAtucDmtBinNumber
     }
    STATUS  current
    DESCRIPTION 
        "A collection of managed objects defining the 
         enterprise-specific line BIN information 
         associated with one or more ATUC class 
         devices implementing the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 8}

cAdslAturDmtBinDataGroup OBJECT-GROUP
    OBJECTS {
         cAdslAturDmtBinBitAlloc,
         cAdslAturDmtBinTxGain,
         cAdslAturDmtBinNumber
     }
    STATUS  current
    DESCRIPTION 
        "A collection of managed objects defining the 
         enterprise-specific line BIN information 
         associated with  a ATUR class device 
         implementing the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 9}

cAdslDmtLineConfProfileGroupRev1 OBJECT-GROUP
    OBJECTS {
        cAdslLineDmtConfOperatingMode,
        cAdslLineDmtConfTrainingMode,
        cAdslAtucDmtConfFastFecSize,
        cAdslAtucDmtConfInterleaveFecSize,
        cAdslAtucDmtConfCodewordSize,
        cAdslAtucDmtConfOverheadFraming,
        cAdslAtucDmtConfBitSwapEnabled,
        cAdslAtucDmtConfBitSwapFrom,
        cAdslAtucDmtConfBitSwapTo,
        cAdslAturDmtConfInterleaveFecSize,
        cAdslAturDmtConfFastFecSize,
        cAdslAturDmtConfCodewordSize,
	cAdslAtucDmtConfMinrateBlock,
        cAdslAtucDmtDualBitmapEnabled
    }
    STATUS current
    DESCRIPTION
       "A collection of managed objects defining the 
        enterprise-specific line configuration information 
        associated with one or more ADSL ATU class devices 
        implementing the DMT line code."
    ::= { ciscoAdslDmtLineMIBGroups 10 }
END