--  CTC UNION TECHNOLOGIES CO., LTD
--
--  SNMP ERM 01 SNMP MIB FILE V3.20
--
--  DATE : 2000/12/27
--
--  2004/5/25  add remote ETU-01A 


CTCERM-V40-MIB DEFINITIONS ::= BEGIN
          IMPORTS
                  mgmt, NetworkAddress, IpAddress, Counter, Gauge,
                          TimeTicks,enterprises
                      FROM RFC1155-SMI
                  transmission, DisplayString
                      FROM RFC1213-MIB
                  OBJECT-TYPE
                      FROM RFC-1212;

     ctc OBJECT IDENTIFIER ::= { enterprises 4756  }

     ctcERM  OBJECT IDENTIFIER ::= { ctc 3  }

        --
        -- USER INTERFACE MENU
        --

        timingEntry OBJECT IDENTIFIER ::= { ctcERM 1 }

        clock_Mode OBJECT IDENTIFIER ::= { timingEntry 1 }

        clock_Mode-Slot_01  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 1 }

        clock_Mode-Slot_02  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 2 }

        clock_Mode-Slot_03  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 3 }

        clock_Mode-Slot_04  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 4 }

        clock_Mode-Slot_05  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 5 }

        clock_Mode-Slot_06  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 6 }

        clock_Mode-Slot_07  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 7 }

        clock_Mode-Slot_08  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 8 }

        clock_Mode-Slot_09  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 9 }

        clock_Mode-Slot_10  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 10}

        clock_Mode-Slot_11  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 11}

        clock_Mode-Slot_12  OBJECT-TYPE
             SYNTAX  INTEGER {
                        timing_source-DCE_1(0),
                        timing_source-DCE_2(1),
                        timing_source-DTE_1(2),
                        timing_source-DTE_2(3),
                        timing_source-DTE_3(4),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define Timing Source:
                 0:DCE 1(E1 Recovery)
                 1:DCE 2(Internal Osc)
                 2:DTE 1(Transparent)
                 3:DTE 2(TX-ETC,RX-ERC)
                 4:DTE 3(Both ETC)"
            ::= { clock_Mode 12}

        --
        --     E1 LINE PARAMETER MENU
        --

        e1_line-Entry OBJECT IDENTIFIER ::= { ctcERM 2 }

        e1_line-FRAME OBJECT IDENTIFIER ::= { e1_line-Entry 1 }

        e1_line-FRAME-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 1 }

        e1_line-FRAME-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 2 }

        e1_line-FRAME-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 3 }

        e1_line-FRAME-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 4 }

        e1_line-FRAME-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 5 }

        e1_line-FRAME-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 6 }

        e1_line-FRAME-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 7 }

        e1_line-FRAME-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 8 }

        e1_line-FRAME-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 9 }

        e1_line-FRAME-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 10}

        e1_line-FRAME-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 11}

        e1_line-FRAME-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        frame-CCS(0),
                        frame-CAS(1),
                        frame-UNFRAME(2),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Framing Setting:
                 0:CCS
                 1:CAS
                 2:UNFRAMED"
            ::= { e1_line-FRAME 12}


        e1_line-LINE_CODE OBJECT IDENTIFIER ::= { e1_line-Entry 2 }

        e1_line-LINE_CODE-Slot_01  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 1 }

        e1_line-LINE_CODE-Slot_02  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 2 }

        e1_line-LINE_CODE-Slot_03  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 3 }

        e1_line-LINE_CODE-Slot_04  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 4 }

        e1_line-LINE_CODE-Slot_05  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 5 }

        e1_line-LINE_CODE-Slot_06  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 6 }

        e1_line-LINE_CODE-Slot_07  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 7 }

        e1_line-LINE_CODE-Slot_08  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 8 }

        e1_line-LINE_CODE-Slot_09  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 9 }

        e1_line-LINE_CODE-Slot_10  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 10}

        e1_line-LINE_CODE-Slot_11  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 11}

        e1_line-LINE_CODE-Slot_12  OBJECT-TYPE
             SYNTAX  INTEGER {
                        linecode-HDB3(0),
                        linecode-AMI(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LINE CODE Setting:
                 0:HDB3
                 1:AMI"
            ::= { e1_line-LINE_CODE 12}


        e1_line-Cascade OBJECT IDENTIFIER ::= { e1_line-Entry 3 }

        e1_line-Cascade-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 1 }

        e1_line-Cascade-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 2 }

        e1_line-Cascade-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 3 }

        e1_line-Cascade-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 4 }

        e1_line-Cascade-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 5 }

        e1_line-Cascade-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 6 }

        e1_line-Cascade-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 7 }

        e1_line-Cascade-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 8 }

        e1_line-Cascade-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 9 }

        e1_line-Cascade-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 10}

        e1_line-Cascade-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 11}

        e1_line-Cascade-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        multiplier-Normal(0),
                        multiplier-Cascade(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Multiplier Setting:
                 0:Normal
                 1:Cascade"
            ::= { e1_line-Cascade 12}

        e1_line-IDLE_CODE OBJECT IDENTIFIER ::= { e1_line-Entry 4 }

        e1_line-IDLE_CODE-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 1 }

        e1_line-IDLE_CODE-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 2 }

        e1_line-IDLE_CODE-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 3 }

        e1_line-IDLE_CODE-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 4 }

        e1_line-IDLE_CODE-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 5 }

        e1_line-IDLE_CODE-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 6 }

        e1_line-IDLE_CODE-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 7 }

        e1_line-IDLE_CODE-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 8 }

        e1_line-IDLE_CODE-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 9 }

        e1_line-IDLE_CODE-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 10}

        e1_line-IDLE_CODE-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 11}

        e1_line-IDLE_CODE-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        idleCode-FF(0),
                        idleCode-7E(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "IDLE CODE Setting:
                 0:FF
                 1:7E"
            ::= { e1_line-IDLE_CODE 12}

        e1_line-CRC4 OBJECT IDENTIFIER ::= { e1_line-Entry 5 }

        e1_line-CRC4-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 1 }

        e1_line-CRC4-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 2 }

        e1_line-CRC4-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 3 }

        e1_line-CRC4-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 4 }

        e1_line-CRC4-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 5 }

        e1_line-CRC4-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 6 }

        e1_line-CRC4-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 7 }

        e1_line-CRC4-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 8 }

        e1_line-CRC4-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 9 }

        e1_line-CRC4-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 10}

        e1_line-CRC4-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 11}

        e1_line-CRC4-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        crc_4-OFF(0),
                        crc_4-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "CRC 4 Setting:
                 0:OFF
                 1:ON"
            ::= { e1_line-CRC4 12}

	e1_Impendance OBJECT IDENTIFIER ::= { e1_line-Entry 6 }

	e1_Impendance-Slot_1 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 1}

	e1_Impendance-Slot_2 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 2}

        e1_Impendance-Slot_3 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 3}

        e1_Impendance-Slot_4 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 4}

        e1_Impendance-Slot_5 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 5}

        e1_Impendance-Slot_6 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 6}

        e1_Impendance-Slot_7 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 7}

        e1_Impendance-Slot_8 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 8}

        e1_Impendance-Slot_9 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 9}

        e1_Impendance-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 10}

        e1_Impendance-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 11}

        e1_Impendance-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        impendance-75ohm(0),
                        impendance-120ohm(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Impendance Status:
                 0:75 ohm
                 1:120 ohm"
            ::= { e1_Impendance 12}

        --
        --     TIME SLOT MAPPING
        --

         time_slot-Entry OBJECT IDENTIFIER ::= { ctcERM 3 }

         time_slot-TS01_07 OBJECT IDENTIFIER ::= { time_slot-Entry 1 }

        time_slot-TS01_07-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 1 }

        time_slot-TS01_07-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 2 }

        time_slot-TS01_07-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 3 }

        time_slot-TS01_07-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 4 }

        time_slot-TS01_07-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 5 }

        time_slot-TS01_07-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 6 }

        time_slot-TS01_07-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 7 }

        time_slot-TS01_07-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 8 }

        time_slot-TS01_07-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 9 }

        time_slot-TS01_07-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 10 }

        time_slot-TS01_07-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 11 }

        time_slot-TS01_07-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (7))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 1-7 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  0000000  MSB     : LSB:TimeSlot 1  , MSB: TimeSlot 7"

            ::= { time_slot-TS01_07 12 }

         time_slot-TS08_15 OBJECT IDENTIFIER ::= { time_slot-Entry 2 }

        time_slot-TS08_15-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 1 }

        time_slot-TS08_15-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 2 }

        time_slot-TS08_15-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 3 }

        time_slot-TS08_15-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 4 }

        time_slot-TS08_15-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 5 }

        time_slot-TS08_15-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 6 }

        time_slot-TS08_15-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 7 }

        time_slot-TS08_15-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 8 }

        time_slot-TS08_15-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 9 }

        time_slot-TS08_15-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 10 }

        time_slot-TS08_15-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 11 }

        time_slot-TS08_15-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 8-15 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 8  , MSB: TimeSlot 15"

            ::= { time_slot-TS08_15 12 }


         time_slot-TS16_23 OBJECT IDENTIFIER ::= { time_slot-Entry 3 }

        time_slot-TS16_23-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 1 }

        time_slot-TS16_23-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 2 }

        time_slot-TS16_23-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 3 }

        time_slot-TS16_23-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 4 }

        time_slot-TS16_23-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 5 }

        time_slot-TS16_23-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 6 }

        time_slot-TS16_23-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 7 }

        time_slot-TS16_23-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 8 }

        time_slot-TS16_23-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 9 }

        time_slot-TS16_23-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 10 }

        time_slot-TS16_23-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 11 }

        time_slot-TS16_23-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 16_23 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 16  , MSB: TimeSlot 23"

            ::= { time_slot-TS16_23 12 }

        time_slot-TS24_31 OBJECT IDENTIFIER ::= { time_slot-Entry 4 }

        time_slot-TS24_31-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 1 }

        time_slot-TS24_31-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 2 }

        time_slot-TS24_31-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 3 }

        time_slot-TS24_31-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 4 }

        time_slot-TS24_31-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 5 }

        time_slot-TS24_31-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 6 }

        time_slot-TS24_31-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 7 }

        time_slot-TS24_31-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 8 }

        time_slot-TS24_31-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 9 }

        time_slot-TS24_31-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 10 }

        time_slot-TS24_31-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 11 }

        time_slot-TS24_31-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (8))
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 time_slot- 24_31 to be used by the Data Channel
                 0:NO
                 1:YES
                 LSB  00000000 MSB     : LSB:TimeSlot 24  , MSB: TimeSlot 31"

            ::= { time_slot-TS24_31 12 }



         --
         -- DATA PROT PARAMETER MENU
         --

         data_port-Entry OBJECT IDENTIFIER ::= { ctcERM 4 }

         data_port-N64_N56 OBJECT IDENTIFIER ::= { data_port-Entry 1 }

         data_port-N64_N56-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 1 }

         data_port-N64_N56-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 2 }

         data_port-N64_N56-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 3 }

         data_port-N64_N56-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 4 }

         data_port-N64_N56-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 5 }

         data_port-N64_N56-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 6 }

         data_port-N64_N56-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 7 }

         data_port-N64_N56-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 8 }

         data_port-N64_N56-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 9 }

         data_port-N64_N56-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 10}

         data_port-N64_N56-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 11}

         data_port-N64_N56-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64_n56-N64(0),
                        n64_n56-N56(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "N64/N56 Setting:
                 0:N64
                 1:N56"
            ::= { data_port-N64_N56 12}

        data_port-Tx OBJECT IDENTIFIER ::= { data_port-Entry 3 }

        data_port-Tx-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 1 }

        data_port-Tx-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 2 }

        data_port-Tx-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 3 }

        data_port-Tx-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 4 }

        data_port-Tx-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 5 }

        data_port-Tx-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 6 }

        data_port-Tx-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 7 }

        data_port-Tx-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 8 }

        data_port-Tx-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 9 }

        data_port-Tx-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 10 }

        data_port-Tx-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 11 }

        data_port-Tx-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        tx-Normal(0),
                        tx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Tx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Tx 12}

        data_port-Rx OBJECT IDENTIFIER ::= { data_port-Entry 4 }

        data_port-Rx-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 1 }

        data_port-Rx-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 2 }

        data_port-Rx-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 3 }

        data_port-Rx-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 4 }

        data_port-Rx-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 5 }

        data_port-Rx-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 6 }

        data_port-Rx-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 7 }

        data_port-Rx-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 8 }

        data_port-Rx-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 9 }

        data_port-Rx-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 10}

        data_port-Rx-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 11}

        data_port-Rx-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        rx-Normal(0),
                        rx-Inverted(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Rx Mode Setting:
                 0:Normal
                 1:Inverted"

            ::= { data_port-Rx 12}

    --
    --  CONTROL PORT PARAMETER MENU
    --


         loop_test-functionEntry OBJECT IDENTIFIER ::= { ctcERM 5 }

         loop_test-FRNOT_PANEL OBJECT IDENTIFIER ::= { loop_test-functionEntry 1 }

        loop_test-FRNOT_PANEL-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 1 }

        loop_test-FRNOT_PANEL-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 2 }

        loop_test-FRNOT_PANEL-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 3 }

        loop_test-FRNOT_PANEL-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 4 }

        loop_test-FRNOT_PANEL-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 5 }

        loop_test-FRNOT_PANEL-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 6 }

        loop_test-FRNOT_PANEL-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 7 }

        loop_test-FRNOT_PANEL-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 8 }

        loop_test-FRNOT_PANEL-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 9 }

        loop_test-FRNOT_PANEL-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 10}

        loop_test-FRNOT_PANEL-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 11}

        loop_test-FRNOT_PANEL-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        panel-Disable(0),
                        panel-Enable(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "FRONT PANEL LOOPBACK key Setting:
                 0:Disable
                 1:Enable"

            ::= { loop_test-FRNOT_PANEL 12}

         loop_test-LOC_DIG OBJECT IDENTIFIER ::= { loop_test-functionEntry 2 }

        loop_test-LOC_DIG-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 1 }

        loop_test-LOC_DIG-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 2 }

        loop_test-LOC_DIG-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 3 }

        loop_test-LOC_DIG-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 4 }

        loop_test-LOC_DIG-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 5 }

        loop_test-LOC_DIG-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 6 }

        loop_test-LOC_DIG-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 7 }

        loop_test-LOC_DIG-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 8 }

        loop_test-LOC_DIG-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 9 }

        loop_test-LOC_DIG-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 10}

        loop_test-LOC_DIG-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 11}

        loop_test-LOC_DIG-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC DIG LOOPBACK(data port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_DIG 12}

         loop_test-LOC_ANA OBJECT IDENTIFIER ::= { loop_test-functionEntry 3 }

        loop_test-LOC_ANA-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 1 }

        loop_test-LOC_ANA-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 2 }

        loop_test-LOC_ANA-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 3 }

        loop_test-LOC_ANA-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 4 }

        loop_test-LOC_ANA-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 5 }

        loop_test-LOC_ANA-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 6 }

        loop_test-LOC_ANA-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 7 }

        loop_test-LOC_ANA-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 8 }

        loop_test-LOC_ANA-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 9 }

        loop_test-LOC_ANA-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 10}

        loop_test-LOC_ANA-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 11}

        loop_test-LOC_ANA-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "LOC ANA LOOPBACK(E1 port) Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-LOC_ANA 12}

         loop_test-REM OBJECT IDENTIFIER ::= { loop_test-functionEntry 4 }

        loop_test-V54_REMOTE-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 1 }

        loop_test-V54_REMOTE-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 2 }

        loop_test-V54_REMOTE-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 3 }

        loop_test-V54_REMOTE-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 4 }

        loop_test-V54_REMOTE-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 5 }

        loop_test-V54_REMOTE-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 6 }

        loop_test-V54_REMOTE-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 7 }

        loop_test-V54_REMOTE-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 8 }

        loop_test-V54_REMOTE-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 9 }

        loop_test-V54_REMOTE-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 10}

        loop_test-V54_REMOTE-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 11}

        loop_test-V54_REMOTE-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        loopback-OFF(0),
                        loopback-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "V.54 REMOTE LOOPBACK Setting:
                 0:OFF
                 1:ON"

            ::= { loop_test-REM 12}

         loop_test-511_PATTERN OBJECT IDENTIFIER ::= { loop_test-functionEntry 5 }

        loop_test-511_PATTERN-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 1 }

        loop_test-511_PATTERN-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 2 }

        loop_test-511_PATTERN-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 3 }

        loop_test-511_PATTERN-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 4 }

        loop_test-511_PATTERN-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 5 }

        loop_test-511_PATTERN-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 6 }

        loop_test-511_PATTERN-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 7 }

        loop_test-511_PATTERN-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 8 }

        loop_test-511_PATTERN-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 9 }

        loop_test-511_PATTERN-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 10}

        loop_test-511_PATTERN-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 11}

        loop_test-511_PATTERN-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        sending-OFF(0),
                        sending-ON(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "511 PATTERN sending:
                 0:OFF
                 1:ON"

            ::= { loop_test-511_PATTERN 12}


    --
    --  Performance PARAMETER MENU
    --

         performance OBJECT IDENTIFIER ::= { ctcERM 6 }

          current_Seconds OBJECT IDENTIFIER ::= { performance 1 }

        current_Seconds-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 1 }

        current_Seconds-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 2 }

        current_Seconds-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 3 }

        current_Seconds-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 4 }

        current_Seconds-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 5 }

        current_Seconds-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 6 }

        current_Seconds-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 7 }

        current_Seconds-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 8 }

        current_Seconds-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 9 }

        current_Seconds-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 10}

        current_Seconds-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 11}

        current_Seconds-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (13))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Current Seconds
                 ___D__:__:__ "

            ::= { current_Seconds 12}

          error_Seconds OBJECT IDENTIFIER ::= { performance 2 }

        error_Seconds-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 1 }

        error_Seconds-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 2 }

        error_Seconds-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 3 }

        error_Seconds-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 4 }

        error_Seconds-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 5 }

        error_Seconds-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 6 }

        error_Seconds-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 7 }

        error_Seconds-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 8 }

        error_Seconds-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 9 }

        error_Seconds-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 10}

        error_Seconds-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 11}

        error_Seconds-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 Error Seconds
                 ___D__:__:__  ___%"

            ::= { error_Seconds 12}

          unavailable_Seconds OBJECT IDENTIFIER ::= { performance 3 }

        unavailable_Seconds-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 1 }

        unavailable_Seconds-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 2 }

        unavailable_Seconds-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 3 }

        unavailable_Seconds-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 4 }

        unavailable_Seconds-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 5 }

        unavailable_Seconds-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 6 }

        unavailable_Seconds-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 7 }

        unavailable_Seconds-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 8 }

        unavailable_Seconds-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 9 }

        unavailable_Seconds-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 10}

        unavailable_Seconds-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 11}

        unavailable_Seconds-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (18))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 unavailable Seconds
                 ___D__:__:__  ___%"

            ::= { unavailable_Seconds 12}

          clear_Seconds OBJECT IDENTIFIER ::= { performance 4 }

        clear_Seconds-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 1 }

        clear_Seconds-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 2 }

        clear_Seconds-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 3 }

        clear_Seconds-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 4 }

        clear_Seconds-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 5 }

        clear_Seconds-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 6 }

        clear_Seconds-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 7 }

        clear_Seconds-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 8 }

        clear_Seconds-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 9 }

        clear_Seconds-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 10}

        clear_Seconds-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 11}

        clear_Seconds-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        normal(0),
                        clear(1),
                        xxxxxxxxxxx(255)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear Performance.
                 0:Normal
                 1:Clear"
            ::= { clear_Seconds 12}
    --
    --  Remote PARAMETER MENU
    --

         Remote OBJECT IDENTIFIER ::= { ctcERM 7 }

         ETU01A OBJECT IDENTIFIER ::= { Remote 1 }

         Select-Slot OBJECT-TYPE
             SYNTAX  INTEGER {
                        slot01(1),slot02(2),slot03(3),slot04(4),slot05(5),slot06(6),
                        slot07(7),slot08(8),slot09(9),slot10(10),slot11(11),slot12(12)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Select slot
                 1:slot-01
                 2:slot-02
                 3:slot-03
                 4:slot-04
                 5:slot-05
                 6:slot-06
                 7:slot-07
                 8:slot-08
                 9:slot-09
                 10:slot-10
                 11:slot-11
                 12:slot-12"
            ::= { ETU01A 1}

        remote_systemEntry OBJECT IDENTIFIER ::= { ETU01A 2}

        remote_masterTiming  OBJECT-TYPE
             SYNTAX  INTEGER {
                        recovery(0),
                        intOSC(1),
                        dte1(2),
                        dte2(3),
                        dte3(4)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the Master timing.
                 0:RECOVERY
                 1:INT OSC
                 2:DTE 1
                 3:DTE 2
                 4:DTE 3"
            ::= { remote_systemEntry 1 }

        remote_e1LineEntry OBJECT IDENTIFIER ::= { ETU01A 3}

        remote_frame OBJECT-TYPE
             SYNTAX  INTEGER {
                        ccs(0),
                        cas(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the Frame type.
                 0:CCS
                 1:CAS"
            ::= { remote_e1LineEntry 1 }


        remote_CRC-4  OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the CRC mode.
                 0:OFF
                 1:ON"
            ::= { remote_e1LineEntry 2 }


        remote_CASCADE OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the CASCADE.
                 0:OFF
                 1:ON"
            ::= { remote_e1LineEntry 3 }


        remote_idleCode  OBJECT-TYPE
             SYNTAX  INTEGER (0..255)
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the idle code
                 from 00 to ff"
            ::= { remote_e1LineEntry 4 }


        remote_RAI  OBJECT-TYPE
             SYNTAX  INTEGER {
                        disable(0),
                        enable(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the RAI.
                 0:DISABLE
                 1:ENABLE"
            ::= { remote_e1LineEntry 5 }


        remote_lineCode  OBJECT-TYPE
             SYNTAX  INTEGER {
                        hdb3(0),
                        ami(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the Line code
                 0:HDB3
                 1:AMI"
            ::= { remote_e1LineEntry 6 }


        remote_impedance  OBJECT-TYPE
             SYNTAX  INTEGER {
                        r120(0),
                        r75(1)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Get the E1 link IMPEDANCE
                 0:120 ohm
                 1:75  ohm"
            ::= { remote_e1LineEntry 7 }


        remote_Ebit  OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Get the E1 E-bit
                 0:OFF
                 1:ON"
            ::= { remote_e1LineEntry 8 }

        remote_dataPortEntry OBJECT IDENTIFIER ::= { ETU01A 4}

        remote_multiplier OBJECT-TYPE
             SYNTAX  INTEGER {
                        n64(0),
                        n56(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the Data Port multiplier.
                 0:N64
                 1:N56"
            ::= { remote_dataPortEntry 1 }


        remote_cts OBJECT-TYPE
             SYNTAX  INTEGER {
                        cts_ON(0),
                        cts_RTS(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Set the Data Port CTS
                 0:ON
                 1:RTS"

            ::= { remote_dataPortEntry 2 }


        remote_v54Loop OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Set the Data Port V.54 Loop
                 0:ON
                 1:OFF"

            ::= { remote_dataPortEntry 3 }


        remote_portType OBJECT-TYPE
             SYNTAX  INTEGER {
                        reserve(0),
                        rs-232(1),
                        et10(2),
                        x21(3),
                        g703(4),
                        v35(5),
                        rs530(6),
                        no-insert(7)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Get the Data Port type
                  0:RESERVE
                  1:RS-232
                  2:ET10
                  3:X.21
                  4:G.703
                  5:V.35
                  6:RS-530
                  7:NO INSERT"
            ::= { remote_dataPortEntry 4 }

        remote_dataPortSpeed OBJECT-TYPE
             SYNTAX  INTEGER (0..2048)
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Get the Data Port Speed
                 From 0 to 2048."
            ::= { remote_dataPortEntry 5 }

        remote_performancesEntry OBJECT IDENTIFIER ::= { ETU01A 5}

        remote_perBPV OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the BPV"
            ::= { remote_performancesEntry 1}


        remote_perCRC4 OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the CRC4"
            ::= { remote_performancesEntry 2}


        remote_perCURR-ES OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the CURR-ES"
            ::= { remote_performancesEntry 3}


        remote_perCURR-UAS OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the CURR-UAS"
            ::= { remote_performancesEntry 4}


        remote_perLONG-ES OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the LONG-ES"
            ::= { remote_performancesEntry 5}


        remote_perLONG-UAS OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the LONG-UAS"
            ::= { remote_performancesEntry 6}


        remote_perCURR-SEC OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the CURR SEC"
            ::= { remote_performancesEntry 7}


        remote_perLONG-SEC OBJECT-TYPE
             SYNTAX  INTEGER
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Display the LONG SEC"
            ::= { remote_performancesEntry 8}


        remote_perALL-CLEAR OBJECT-TYPE
             SYNTAX  INTEGER {
                        none(0),
                        clear(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear all performance"
            ::= { remote_performancesEntry 9}

        remote_perThreshold-ES OBJECT-TYPE
             SYNTAX  INTEGER (1..900)
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define the Threshold ES"
            ::= { remote_performancesEntry 10}

        remote_perThreshold-UAS OBJECT-TYPE
             SYNTAX  INTEGER (1..900)
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Define the Threshold UAS"
            ::= { remote_performancesEntry 11}
         
         remote_alarmEntry OBJECT IDENTIFIER ::= { ETU01A 6 }

         remote_alarmClear OBJECT-TYPE
             SYNTAX  INTEGER {
                        none(0),
                        clear(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Clear ALARM"
            ::= { remote_alarmEntry 1 }

         remote_GetAlarmBuf OBJECT-TYPE
             SYNTAX  INTEGER {
                        none(0),
                        get(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Get Remote Alarm Buffer"
            ::= { remote_alarmEntry 2 }

        remote_alarmHistoryIndex OBJECT-TYPE
             SYNTAX  INTEGER (0..249)
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Alarm History index"
            ::= { remote_alarmEntry 3 }

        remote_alarmHistory OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (60))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm History"
            ::= { remote_alarmEntry 4 }

         remote_timeSlotEntry OBJECT IDENTIFIER ::= { ETU01A 7}


         remote_ts01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  1 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 1 }



        remote_ts02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  2 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 2 }

        remote_ts03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  3 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 3 }

        remote_ts04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  4 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 4 }

        remote_ts05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  5 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 5 }

        remote_ts06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  6 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 6 }

        remote_ts07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  7 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 7 }

        remote_ts08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  8 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 8 }

        remote_ts09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot  9 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 9 }

        remote_ts10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 10 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 10 }

        remote_ts11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 11 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 11 }

        remote_ts12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 12 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 12 }

        remote_ts13 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 13 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 13 }

        remote_ts14 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 14 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 14 }

        remote_ts15 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 15 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 15 }

        remote_ts16 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1),
                        si(2)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 16 to be used by the Data Channel
                 0:NO
                 1:YES
                 2:SI(Read only)"

            ::= { remote_timeSlotEntry 16 }

        remote_ts17 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 17 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 17 }

        remote_ts18 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 18 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 18 }

        remote_ts19 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 19 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 19 }

        remote_ts20 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 20 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 20 }

        remote_ts21 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 21 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 21 }

        remote_ts22 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 22 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 22 }

        remote_ts23 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 23 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 23 }

        remote_ts24 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 24 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 24 }

        remote_ts25 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 25 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 25 }

        remote_ts26 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 26 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 26 }

        remote_ts27 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 27 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 27 }

        remote_ts28 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 28 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 28 }

        remote_ts29 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 29 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 29 }

        remote_ts30 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 30 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 30 }

        remote_ts31 OBJECT-TYPE
             SYNTAX  INTEGER {
                        no(0),
                        yes(1)
                             }
             ACCESS  read-write
             STATUS  mandatory
             DESCRIPTION
                "Assign the E1 remote timeSlot 31 to be used by the Data Channel
                 0:NO
                 1:YES"

            ::= { remote_timeSlotEntry 31 }





    --
    --  Card Status PARAMETER MENU
    --

         Card_Status OBJECT IDENTIFIER ::= { ctcERM 8 }

         Card_Status-Slot_01 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 1 }

         Card_Status-Slot_02 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 2 }

         Card_Status-Slot_03 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 3 }

         Card_Status-Slot_04 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 4 }

         Card_Status-Slot_05 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 5 }

         Card_Status-Slot_06 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 6 }

         Card_Status-Slot_07 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 7 }

         Card_Status-Slot_08 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 8 }

         Card_Status-Slot_09 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 9 }

         Card_Status-Slot_10 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 10 }

         Card_Status-Slot_11 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 11 }

         Card_Status-Slot_12 OBJECT-TYPE
             SYNTAX  DisplayString (SIZE (50))
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Slot 01 Status
                 Card:______"

            ::= { Card_Status 12 }

    --
    --  Card Status LED MENU
    --
         LED_Status OBJECT IDENTIFIER ::= { ctcERM 9 }
         E1_Card OBJECT IDENTIFIER ::= { LED_Status 1 }
         E1_Card-TD OBJECT IDENTIFIER ::= { E1_Card 1 }

         E1_Card-TD-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 1}

         E1_Card-TD-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 2}

         E1_Card-TD-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 3}

         E1_Card-TD-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 4}

         E1_Card-TD-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 5}

         E1_Card-TD-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 6}

         E1_Card-TD-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 7}

         E1_Card-TD-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 8}

         E1_Card-TD-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 9}

         E1_Card-TD-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 10}

         E1_Card-TD-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 11}

         E1_Card-TD-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "TD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-TD 12}

         E1_Card-RD OBJECT IDENTIFIER ::= { E1_Card 2 }

         E1_Card-RD-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 1}

         E1_Card-RD-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 2}

         E1_Card-RD-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 3}

         E1_Card-RD-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 4}

         E1_Card-RD-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 5}

         E1_Card-RD-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 6}

         E1_Card-RD-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 7}

         E1_Card-RD-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 8}

         E1_Card-RD-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 9}

         E1_Card-RD-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 10}

         E1_Card-RD-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 11}

         E1_Card-RD-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1),
                        flash(2)
                             }
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RD LED:
                 0:off
                 1:on
                 2:flash"
            ::= { E1_Card-RD 12}

         E1_Card-RTS OBJECT IDENTIFIER ::= { E1_Card 3 }

         E1_Card-RTS-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 1}

         E1_Card-RTS-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 2}

         E1_Card-RTS-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 3}

         E1_Card-RTS-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 4}

         E1_Card-RTS-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 5}

         E1_Card-RTS-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 6}

         E1_Card-RTS-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 7}

         E1_Card-RTS-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 8}

         E1_Card-RTS-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 9}

         E1_Card-RTS-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 10}

         E1_Card-RTS-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 11}

         E1_Card-RTS-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "RTS LED:
                 0:off
                 1:on"
            ::= { E1_Card-RTS 12}

         E1_Card-DCD OBJECT IDENTIFIER ::= { E1_Card 4 }

         E1_Card-DCD-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 1}

         E1_Card-DCD-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 2}

         E1_Card-DCD-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 3}

         E1_Card-DCD-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 4}

         E1_Card-DCD-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 5}

         E1_Card-DCD-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 6}

         E1_Card-DCD-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 7}

         E1_Card-DCD-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 8}

         E1_Card-DCD-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 9}

         E1_Card-DCD-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 10}

         E1_Card-DCD-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 11}

         E1_Card-DCD-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "DCD LED:
                 0:off
                 1:on"
            ::= { E1_Card-DCD 12}

         E1_Card-TxClkLoss OBJECT IDENTIFIER ::= { E1_Card 5 }

         E1_Card-TxClkLoss-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 1}

         E1_Card-TxClkLoss-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 2}

         E1_Card-TxClkLoss-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 3}

         E1_Card-TxClkLoss-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 4}

         E1_Card-TxClkLoss-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 5}

         E1_Card-TxClkLoss-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 6}

         E1_Card-TxClkLoss-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 7}

         E1_Card-TxClkLoss-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 8}

         E1_Card-TxClkLoss-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 9}

         E1_Card-TxClkLoss-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 10}

         E1_Card-TxClkLoss-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 11}

         E1_Card-TxClkLoss-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Tx Clock Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-TxClkLoss 12}

         E1_Card-SignalLoss OBJECT IDENTIFIER ::= { E1_Card 6 }

         E1_Card-SignalLoss-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 1}

         E1_Card-SignalLoss-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 2}

         E1_Card-SignalLoss-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 3}

         E1_Card-SignalLoss-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 4}

         E1_Card-SignalLoss-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 5}

         E1_Card-SignalLoss-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 6}

         E1_Card-SignalLoss-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 7}

         E1_Card-SignalLoss-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 8}

         E1_Card-SignalLoss-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 9}

         E1_Card-SignalLoss-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 10}

         E1_Card-SignalLoss-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 11}

         E1_Card-SignalLoss-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Signal Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SignalLoss 12}

         E1_Card-SyncLoss OBJECT IDENTIFIER ::= { E1_Card 7 }

         E1_Card-SyncLoss-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 1}

         E1_Card-SyncLoss-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 2}

         E1_Card-SyncLoss-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 3}

         E1_Card-SyncLoss-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 4}

         E1_Card-SyncLoss-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 5}

         E1_Card-SyncLoss-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 6}

         E1_Card-SyncLoss-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 7}

         E1_Card-SyncLoss-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 8}

         E1_Card-SyncLoss-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 9}

         E1_Card-SyncLoss-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 10}

         E1_Card-SyncLoss-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 11}

         E1_Card-SyncLoss-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Sync Loss LED:
                 0:off
                 1:on"
            ::= { E1_Card-SyncLoss 12}

         E1_Card-Alarm OBJECT IDENTIFIER ::= { E1_Card 8 }

         E1_Card-Alarm-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 1}

         E1_Card-Alarm-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 2}

         E1_Card-Alarm-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 3}

         E1_Card-Alarm-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 4}

         E1_Card-Alarm-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 5}

         E1_Card-Alarm-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 6}

         E1_Card-Alarm-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 7}

         E1_Card-Alarm-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 8}

         E1_Card-Alarm-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 9}

         E1_Card-Alarm-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 10}

         E1_Card-Alarm-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 11}

         E1_Card-Alarm-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Alarm LED:
                 0:off
                 1:on"
            ::= { E1_Card-Alarm 12}

         E1_Card-Error OBJECT IDENTIFIER ::= { E1_Card 9 }

         E1_Card-Error-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 1}

         E1_Card-Error-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 2}

         E1_Card-Error-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 3}

         E1_Card-Error-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 4}

         E1_Card-Error-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 5}

         E1_Card-Error-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 6}

         E1_Card-Error-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 7}

         E1_Card-Error-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 8}

         E1_Card-Error-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 9}

         E1_Card-Error-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 10}

         E1_Card-Error-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 11}

         E1_Card-Error-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Error LED:
                 0:off
                 1:on"
            ::= { E1_Card-Error 12}

         E1_Card-Test OBJECT IDENTIFIER ::= { E1_Card 10 }

         E1_Card-Test-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 1}

         E1_Card-Test-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 2}

         E1_Card-Test-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 3}

         E1_Card-Test-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 4}

         E1_Card-Test-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 5}

         E1_Card-Test-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 6}

         E1_Card-Test-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 7}

         E1_Card-Test-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 8}

         E1_Card-Test-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 9}

         E1_Card-Test-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 10}

         E1_Card-Test-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 11}

         E1_Card-Test-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "Test LED:
                 0:off
                 1:on"
            ::= { E1_Card-Test 12}

    --
    --  Card Status Alarm Type MENU
    --
         Alarm_Status OBJECT IDENTIFIER ::= { ctcERM 10 }
         E1_Card_Alarm OBJECT IDENTIFIER ::= { Alarm_Status 1 }
         E1_Card_Alarm-BPVError OBJECT IDENTIFIER ::= { E1_Card_Alarm 1 }

         E1_Card_Alarm-BPVError-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 1}

         E1_Card_Alarm-BPVError-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 2}

         E1_Card_Alarm-BPVError-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 3}

         E1_Card_Alarm-BPVError-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 4}

         E1_Card_Alarm-BPVError-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 5}

         E1_Card_Alarm-BPVError-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 6}

         E1_Card_Alarm-BPVError-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 7}

         E1_Card_Alarm-BPVError-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 8}

         E1_Card_Alarm-BPVError-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 9}

         E1_Card_Alarm-BPVError-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 10}

         E1_Card_Alarm-BPVError-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 11}

         E1_Card_Alarm-BPVError-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line BPV Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-BPVError 12}

         E1_Card_Alarm-CRC4Error OBJECT IDENTIFIER ::= { E1_Card_Alarm 2 }

         E1_Card_Alarm-CRC4Error-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 1}

         E1_Card_Alarm-CRC4Error-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 2}

         E1_Card_Alarm-CRC4Error-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 3}

         E1_Card_Alarm-CRC4Error-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 4}

         E1_Card_Alarm-CRC4Error-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 5}

         E1_Card_Alarm-CRC4Error-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 6}

         E1_Card_Alarm-CRC4Error-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 7}

         E1_Card_Alarm-CRC4Error-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 8}

         E1_Card_Alarm-CRC4Error-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 9}

         E1_Card_Alarm-CRC4Error-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 10}

         E1_Card_Alarm-CRC4Error-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 11}

         E1_Card_Alarm-CRC4Error-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line CRC4 Error:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-CRC4Error 12}

         E1_Card_Alarm-AIS OBJECT IDENTIFIER ::= { E1_Card_Alarm 3 }

         E1_Card_Alarm-AIS-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 1}

         E1_Card_Alarm-AIS-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 2}

         E1_Card_Alarm-AIS-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 3}

         E1_Card_Alarm-AIS-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 4}

         E1_Card_Alarm-AIS-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 5}

         E1_Card_Alarm-AIS-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 6}

         E1_Card_Alarm-AIS-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 7}

         E1_Card_Alarm-AIS-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 8}

         E1_Card_Alarm-AIS-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 9}

         E1_Card_Alarm-AIS-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 10}

         E1_Card_Alarm-AIS-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 11}

         E1_Card_Alarm-AIS-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line AIS Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-AIS 12}

         E1_Card_Alarm-MRAI OBJECT IDENTIFIER ::= { E1_Card_Alarm 4 }

         E1_Card_Alarm-MRAI-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 1}

         E1_Card_Alarm-MRAI-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 2}

         E1_Card_Alarm-MRAI-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 3}

         E1_Card_Alarm-MRAI-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 4}

         E1_Card_Alarm-MRAI-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 5}

         E1_Card_Alarm-MRAI-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 6}

         E1_Card_Alarm-MRAI-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 7}

         E1_Card_Alarm-MRAI-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 8}

         E1_Card_Alarm-MRAI-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 9}

         E1_Card_Alarm-MRAI-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 10}

         E1_Card_Alarm-MRAI-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 11}

         E1_Card_Alarm-MRAI-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line MRAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-MRAI 12}

         E1_Card_Alarm-RAI OBJECT IDENTIFIER ::= { E1_Card_Alarm 5 }

         E1_Card_Alarm-RAI-Slot_01 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 1}

         E1_Card_Alarm-RAI-Slot_02 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 2}

         E1_Card_Alarm-RAI-Slot_03 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 3}

         E1_Card_Alarm-RAI-Slot_04 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 4}

         E1_Card_Alarm-RAI-Slot_05 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 5}

         E1_Card_Alarm-RAI-Slot_06 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 6}

         E1_Card_Alarm-RAI-Slot_07 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 7}

         E1_Card_Alarm-RAI-Slot_08 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 8}

         E1_Card_Alarm-RAI-Slot_09 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 9}

         E1_Card_Alarm-RAI-Slot_10 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 10}

         E1_Card_Alarm-RAI-Slot_11 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 11}

         E1_Card_Alarm-RAI-Slot_12 OBJECT-TYPE
             SYNTAX  INTEGER {
                        off(0),
                        on(1)}
             ACCESS  read-only
             STATUS  mandatory
             DESCRIPTION
                "E1 Line RAI Status:
                 0:off
                 1:on"
            ::= { E1_Card_Alarm-RAI 12}

     END
