Paradyne 3600 - Manual

Paradyne 3600

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Table of Contents:

  • Page 2 – COMSPHERE 3600 Series Data Service Units; Document Feedback; COPYRIGHT
  • Page 3 – Important Safety Instructions; Never install telephone wiring during a lightning storm.
  • Page 4 – Notices
  • Page 5 – Table of Contents; Preface
  • Page 6 – Principles of Operation
  • Page 7 – List of Figures; Figure
  • Page 10 – List of Tables; Table
  • Page 11 – About this Guide
  • Page 12 – Related Documents
  • Page 13 – Overview; The COMSPHERE
  • Page 14 – Standard Features; NOTE; Optional Features; DSU with TDM Capability
  • Page 16 – DSU with MCMP Capability; The MCMP capability is an enhancement to TDM and
  • Page 17 – DSU with Digital Bridge Capability; The digital bridge capability is dedicated to a single
  • Page 18 – Models; Model 3610 with TDM or MCMP
  • Page 19 – Figure 1-1. Model 3610 DSU with TDM or MCMP
  • Page 20 – Figure 1-2. Model 3611 DSU with TDM or MCMP
  • Page 21 – DBM Types; Government Requirements; do
  • Page 24 – Hardware Straps; HANDLING PRECAUTIONS
  • Page 26 – Changing Hardware Settings
  • Page 28 – Changing the Flex Interface Switch; Procedure
  • Page 29 – Changing the DSD Option Card
  • Page 30 – Electrical Connection; Label the circuit breaker that protects the wall; CAUTION; Reinstall the factory configuration options use the
  • Page 31 – Figure 2-7. Model 3610 DSU with TDM or MCMP
  • Page 32 – The red Alarm LED lights when there is no DDS; Software Configuration; From the DCP and Async Terminal
  • Page 33 – From the NMS; Network; DSU DTE Connection
  • Page 34 – Verification Testing; Digital Test
  • Page 35 – Appendix B
  • Page 36 – Getting Started
  • Page 37 – Removing the DSU from Its Base
  • Page 38 – Reassembling the Unit
  • Page 40 – Non-Modular DSU with a TDM or MCMP; Modular DSU with a TDM or MCMP; Appendix C
  • Page 42 – From the SDCP
  • Page 45 – Installing a Non-Modular TDM or MCMP
  • Page 46 – Configuration Branch
  • Page 48 – Installing a Modular TDM or MCMP; This section describes the procedure for adding a
  • Page 49 – To remove the installed Modular 3611 DSU:; Use a Phillips screwdriver to loosen the screw; Figure 3-5. Modular TDM or MCMP Installation
  • Page 51 – Equipment Warranty and Support
  • Page 53 – Principles of Operation
  • Page 54 – A TDM can be configured to provide point-to-point; Network Terminology; Data transmission between 3600 Series DSUs and
  • Page 55 – Multipoint Transmission; A 3600 Series DSU can be configured as a control or
  • Page 56 – Modes Of Operation; Basic Mode
  • Page 57 – Time Division Multiplexing; Since transmission facilities are expensive, and
  • Page 58 – Speed Characteristics
  • Page 59 – TDM Architecture; Figure 4-3 shows a high-level view of the TDM; For non-modular Model 3611 DSUs operating in TDM; Figure 4-3. TDM Architecture and Signal Flow; complies with the CCITT V.32 modem recommendation.
  • Page 60 – TDM Applications
  • Page 61 – Multipoint Async Compatibility
  • Page 62 – The 3600 Series DSU operating in TDM mode can be
  • Page 63 – TDM Backbone Circuit with Extensions; Diagnostic Path Extension
  • Page 65 – Multiplexing and Digital Sharing; When digital sharing is combined with the TDM or; Some of the ports can be configured for multiplexing; Figure 4-9. Multiplexing and Digital Sharing
  • Page 66 – FEP Port Sharing; Set the tributary DSU’s port
  • Page 68 – TDM Backup; A point-to-point multiplexing circuit can be backed up
  • Page 70 – Figure 4-13. Case 3 – V.32 Backup for DSU with Extended Circuits
  • Page 73 – Multichannel Multipoint; The MCMP capability reduces the number of parallel
  • Page 74 – At the control DSU, each application in
  • Page 75 – Line and Channel Speeds; Management Channel; MCMP Operation; In-Band Secondary Channel Transport; Number of Tributaries
  • Page 76 – MCMP Architecture; Figure 4-18 shows a high-level view of the MCMP; Figure 4-18. MCMP Architecture and Signal Flow
  • Page 77 – Initialization; Network Modification; MCMP Applications; MUX
  • Page 78 – MCMP; The MCMP capability provides multichannel; MCMP with Digital Sharing; The MCMP capability can be configured for; Figure 4-19. MCMP with Independent Channels
  • Page 79 – MUX Configuration Options; MCMP with FEP Port Sharing; Both MCMP capability and TDM capability provide
  • Page 80 – MCMP Backup; Backup may be achieved in one of five ways:; Figure 4-21. Case 1 – Dedicated MCMP Backup with Switched 56 DBMs
  • Page 82 – Multipoint Dial Backup
  • Page 85 – There are several restrictions to implementation:
  • Page 87 – Digital Bridge; A TDM or MCMP circuit card can be configured to; Figure 4-28. Multipoint with Digital Bridging
  • Page 88 – If more bridging capability is needed, additional; Figure 4-29. Maximum Bridging Capability – Up to 20 Bridging Ports
  • Page 89 – Figure 4-30. Broadcasting Data Through the Digital Bridge
  • Page 90 – Diagnostic Considerations; Multipoint Backup
  • Page 91 – Figure 4-31. Multipoint DDS Circuit in Partial Backup
  • Page 92 – Multipoint Backup Addressing; For a central-site multipoint dial backup configuration,; Figure 4-32. Tributary Addressing via DDS Connections
  • Page 93 – Figure 4-33. Tributary Addressing via Backup Connections
  • Page 94 – Multipoint Backup Architecture; In a central-site multipoint dial backup configuration; Normal Operation with Partial Backup Possible
  • Page 95 – Data from the controlling DTE is broadcast to all ports
  • Page 96 – When full backup is in effect, there is no longer any
  • Page 97 – At the central site, a DBM is required for each drop to
  • Page 98 – Tributary DSU Considerations
  • Page 99 – Automatic DDS Restoration; Setup – DBM Rate Less Than DSU Rate*; Manual DDS Restoration
  • Page 100 – LADS Operation; The 3600 Series DSUs can be used as a local area data; LADS Connection Distances; Power level is –10 dBm.
  • Page 101 – Bridged LADS
  • Page 103 – Bridged LADS Architecture; Chapter 5; Figure 4-39. Bridged LADS Architecture and Signal Flow
  • Page 104 – Digital Bridge/DSU Interface; shows the interconnections between a; NMS Control; For a DSU with TDM or MCMP, the DATAPHONE II
  • Page 105 – SNA Diagnostic Interface; Assigning an Address to the Control DSU
  • Page 106 – Assigning an Address to the Tributary DSU; TDM or MCMP
  • Page 107 – NetView-Initiated Dial Backup; LPDA-2 Configuration Options
  • Page 110 – Digital Sharing; show how digital sharing is used
  • Page 111 – Figure 4-47. Digital Sharing in a Multipoint Circuit
  • Page 115 – DSU Operations
  • Page 116 – This chapter identifies and discusses function and; Refer to the COMSPHERE 3600 Series Data Service; Diagnostic Control Panels; Diagnostic control panel (DCP for the Model 3610
  • Page 117 – Status Indicators; TDM; Multirate
  • Page 121 – Menu Structure; Appendix A; Menus and Mode of Operation; does not
  • Page 122 – Status Branch
  • Page 123 – Health and Status; Device Health and Status; Expanded Health and Status; Results
  • Page 124 – Subnetwork Health and Status; DTE Status
  • Page 125 – Circuit Quality; Terminal Power
  • Page 126 – Backup Branch; Bridge
  • Page 127 – Aggregate Switch
  • Page 128 – Test Branch
  • Page 129 – Abort; The DBM must be in Idle mode or Disconnect mode,; Abrt so that the test can be aborted.
  • Page 131 – Loopback; For additional information concerning loopbacks, refer; Local Loopback; Local loopback is used with the DTE test after the
  • Page 133 – DTE Loopback
  • Page 134 – Digital Loopback; Digital Loopback (DL) is used for manual testing of; For the DSU, the Digital Loopback command is
  • Page 135 – For TDM or MCMP mode, the following additional
  • Page 136 – Remote Digital Loopback; Remote Digital Loopback (RL) is typically used to; In Remote Digital Loopback, the local DSU (control; For a DSU, Remote Digital Loopback is
  • Page 137 – all of
  • Page 138 – Bilateral Loopback
  • Page 139 – Aggr
  • Page 141 – Digital Test Results
  • Page 142 – When the message Command Complete is displayed,; any key except the; When the test is over, the top line displays Final; Tests originating from an NMS operating with DPII; Local DBM only
  • Page 143 – Bit Error Rate Test; Displ; Bit Error Rate Test Results; nn
  • Page 144 – Figure 5-12. Bit Error Rate Tests in TDM or MCMP Mode
  • Page 145 – Lamp Test
  • Page 146 – Options
  • Page 147 – MUX Setup Option Set; TDM mode – Set MUX Funct to TDM.
  • Page 148 – maps mode of operation to the applicable
  • Page 151 – Port Option Sets; Setup
  • Page 153 – Complete List of MUX Port Configuration Options; Port Speed Configuration Options
  • Page 154 – Poll List; Poll List Menu Options; Adding Self to Poll List
  • Page 155 – Acquiring the Poll List; Directory
  • Page 156 – Tone dial; Phone
  • Page 157 – Control Branch; Control Branch Menu Options
  • Page 158 – Transmitter Control
  • Page 159 – Disab; will not enable the; LEDs; Save
  • Page 160 – External Leads
  • Page 161 – Data Service Unit Menu
  • Page 165 – Configuration Worksheets
  • Page 166 – This page intentionally left blank.
  • Page 167 – Configuration Worksheet for TDM Mode (1 of 3)
  • Page 168 – Configuration Worksheet for TDM Mode (2 of 3)
  • Page 169 – Configuration Worksheet for TDM Mode (3 of 3)
  • Page 171 – Configuration Worksheet for MCMP Mode (1 of 3)
  • Page 172 – Configuration Worksheet for MCMP Mode (2 of 3)
  • Page 173 – Configuration Worksheet for MCMP Mode (3 of 3)
  • Page 175 – Configuration Worksheet for Bridge Mode (1 of 2)
  • Page 176 – Configuration Worksheet for Bridge Mode (2 of 2)
  • Page 177 – Configuration Worksheet for Basic Mode
  • Page 179 – Pin Assignments
  • Page 180 – Time Division Multiplexer Connector Used with Non-Modular TDM
  • Page 183 – Digital Bridge Connector Used with Non-Modular TDM/MCMP; NC
  • Page 187 – Circuit Name
  • Page 188 – Pin
  • Page 195 – Received Line Signal Detect (LSD
  • Page 197 – Configuration Scenarios; This appendix presents a subset of various
  • Page 198 – all remote devices must; TDM Configuration Scenarios; There are two TDM scenarios described in this section.; Figure D-1. TDM Configuration: Scenario 1 – Two Synchronous Channels
  • Page 199 – Configuration Options; For TDM scenario 1, use the Configuration Worksheet
  • Page 200 – TDM Scenario 2 – Using Switched 56; For this scenario, the DSU supports three applications; For TDM scenario 2, use the Configuration Worksheet; MUX – Setup; Async; PrtSp – DSU
  • Page 202 – The following scenarios describe four possible backup; Automatic Partial Backup; The assumed configuration for an automatic partial; Not Active
  • Page 203 – When 1 minute elapses, the two tributary DSUs
  • Page 204 – Full Backup; If the fault is with the central-site bridge’s local loop ( a; The network can be tested by performing a Digital Test
  • Page 205 – Set the central-site bridge configuration options as
  • Page 206 – Set the configuration options for automatic partial
  • Page 207 – Figure D-6. Multipoint Full Dial Backup with; Nondisruptive Diagnostics; Configuration; If a network failure occurs so that the multipoint drops
  • Page 208 – To end the backup session via the NMS, issue; Set the central-site bridge configuration options that
  • Page 209 – Set the configuration options for multipoint dial
  • Page 212 – Partial Backup Active – Dial Backup Active for
  • Page 213 – Partial Backup Active – Dial Backup Active for Two Drops
  • Page 214 – During the backup session, each pair of communicating
  • Page 215 – Set the extended bridge configuration options as; The assumed configuration for backup (
  • Page 216 – Figure D-10. NMS-Controlled Full Backup Configuration – Dial Backup
  • Page 220 – Set configuration options for multipoint full dial
  • Page 221 – MCMP Using FEP Port Sharing
  • Page 223 – This scenario describes the Switched 56 kbps dial; When a failure occurs, the control DSU reports a
  • Page 226 – MCMP Backup Using FEP Port Sharing; This configuration provides backup of two to three; Figure D-14. MCMP FEP Port-Sharing Configuration – Dial Backup
  • Page 227 – Pertinent configuration options for the control and; Set the FEP port sharing configuration options for the
  • Page 229 – Set configuration options for automatic partial backup
  • Page 231 – Index
  • Page 233 – automatic partial, DĆ7
  • Page 234 – bridge
  • Page 235 – dial backup active, DĆ31
  • Page 238 – adding flex
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COMSPHERE

3600 SERIES

DATA SERVICE UNITS

MODELS 3610 AND 3611

TIME DIVISION MULTIPLEXER,

MULTICHANNEL MULTIPOINT, AND

DIGITAL BRIDGE OPTIONS

APPLICATIONS GUIDE

Document No. 3610-A2-GB41-60

March 1999

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Summary

Page 2 - COMSPHERE 3600 Series Data Service Units; Document Feedback; COPYRIGHT

COMSPHERE 3600 Series Data Service Units A March 1999 3610-A2-GB41-60 COMSPHERE 3600 Series Data Service Units Models 3610 and 3611Time Division Multiplexer, Multichannel Multipoint, and Digital Bridge OptionsApplications Guide 3610-A2-GB41-60 7th Edition (March 1999) Changes and enhancements to the...

Page 3 - Important Safety Instructions; Never install telephone wiring during a lightning storm.

Safety Instructions B 3610-A2-GB41-60 March 1999 ! Important Safety Instructions 1. Read and follow all warning notices and instructions marked on the product orincluded in the manual. 2. This product is intended to be used with a 3-wire grounding type plug — a plug whichhas a grounding pin. This is...

Page 4 - Notices

COMSPHERE 3600 Series Data Service Units C March 1999 3610-A2-GB41-60 Notices ! ! ! ! ! ! ! !!

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