Specifications
Table Of Contents
- Preface
- Quick Start Guide
- Table of Contents
- Chapter 1 General Information
- Functional Description
- Physical Description
- Application Considerations
- Basic MX-2100 System
- Redundancy (not for MX-2104)
- Dual Link Operation (not for MX-2104)
- Priority Bumping \(not for MX 2104\)
- Switched Backup Operation (not for MX-2104)
- Switch Mode
- System Management
- System Timing Considerations
- DTE Timing (KML.1, KML.2, KML.3, KML.4 and KML.10 Modules)
- External DCE Timing (KML.1, KML.2, KML.3 and KML.4 Modules)
- DCE Timing (KML.1, KML.2, KML.3 and KML.4 Modules)
- Internal Timing (KML.5, KML.6, KML.7, KML.8, and KML.F Modules)
- Loopback Timing (KML.5, KML.6, KML.7, KML.8, and KML.F Modules)
- DCE Timing (KML.7, KML.8, and KML.F Modules)
- Main Link Timing Considerations in Bypassing and Multidrop Configurations
- Data Channel Clock Modes
- Timing Modes of ISDN Channels
- Sub Link Timing
- Main Link Interface Characteristics
- V.35 Interface (Module KML.1)
- RS-232 Interface (Module KML.2)
- V.36/RS-422/RS-530 Interface (Module KML.3)
- X.21 Interface (Module KML.4)
- G.703 Codirectional Interface (Module KML.5)
- Standard DDS CSU/DSU (Module KML.6)
- T1 Link Interface (Module KML.7)
- E1 Link Interface (Module KML.8)
- ISDN "S" Interface (Module KML.10/S)
- ISDN "U" Interface (Module KML.10/U)
- Fiber-Optic Link Interface (Module KML.F)
- I/O Module Applications
- Technical System Characteristics
- Chapter 2 Installation
- Introduction
- Site Requirements and Prerequisites
- Input Power Requirements
- Grounding
- Channel Connection Considerations
- Front and Rear Panel Clearance
- Ambient Requirements
- Electromagnetic Compatibility Considerations
- Current and Power Requirements of MX-2100 Power Supply Modules
- Current and Power Capabilities of MX-2100 Power Supply Modules
- Ratings of Ring and Feed Voltage Supplies
- Equipment Needed
- Package Contents
- Installation and Setup of MX-2100
- Interfaces and Connections
- Initial Setup and Configuration
- Chapter 3 Configuring MX-2100
- Chapter 4 Operation
- Chapter 5 Diagnostics
- Appendix A Connection Data
- Appendix B Alarms
- Appendix C SNMP Management
- Appendix D Software Download
- Appendix E Configuration Parameters
- Appendix F Command Set Description
- General
- Commands
- BYE
- CLR ALM
- CLR LOOP
- CLR MONITOR
- CONNECT SWITCH
- DATE
- DEF AGENDA
- DEF AGENT
- DEF ALM DEBOUNCE
- DEF CALL
- DEF CH
- DEF CON
- DEF DB FLIP
- DEF DP
- DEF FRAME
- DEF MANAGER LIST
- DEF ML
- DEF ML CALL
- DEF NAME
- DEF NODE
- DEF NP
- DEF PWD
- DEF ROUTE
- DEF SP
- DEF SYS
- DISCONNECT SWITCH
- DSP AGENT
- DSP ALM
- DSP BERT
- DSP CH CON
- DSP FLIP
- DSP HDR TST
- DSP MANAGER LIST
- DSP KVF5 or DSP PBX
- DSP KVF6
- DSP SIGNALING or DSP SIG
- DSP PRBS_INJ
- DSP REM AGENT
- DSP REV
- DSP ST FRAME
- DSP ST ML
- DSP ST SLOT
- DSP ST SYS
- EDIT DB
- EXIT
- F
- FLIP ML
- HELP
- INIT DB
- INIT F
- LOAD DB 1\2
- LOAD IO
- LOOP
- ML RECOVERY
- MONITOR
- REBUILD FRAME
- RESET LOC
- RESET IO
- RESET ML
- TIME
- UPDATE DB 1\2
- Index
- DC Power Supply Connection
MX-2100/2104 Installation and Operation Manual Chapter 1 General Information
Application Considerations 1-27
In the application shown in Figure 1-16, the multidrop channel of the KDI module
is used to connect between the host computer (connected to a data channel of a
KLS.1/NEW module installed in MX-2100 situated at the central site), and several
data terminals located at other locations. The communication is based on a polled
protocol, whereby the host operates as the master and arbitrates the traffic on the
multidrop link by addressing the Dates one at a time. The multidrop feature
operates as follows:
• All the Dates connected along the link can receive the data sent by the host,
because all the multidrop channels of all MX-2100 are allocated bandwidth on
link A. In addition, the bandwidth allocated to the multidrop channels is also
designated for bypassing to link B, to enable all the downstream Dates to
receive the host.
• When a DTE connected to a KDI/M module has data to transmit toward the
host, it must assert its RTS line. The assertion of the RTS line in the multidrop
channel interface changes the routing of the main link data by the
corresponding KDI/M module:
− The KDI/M module disconnects the bypassing connection of the multidrop
channel data to main link B, and the channel data is dropped locally. As
long as the RTS line is asserted, the DTE remains connected to main link A,
just as in a point-to-point connection.
− When the RTS line is deasserted (at the end of DTE transmission), the
KDI/M module stops dropping the channel data, and the bypassing path is
re-established.
HOST
KML
MX-2100
KCL
KDI
KML A
KML B
MX-2100
KCL
KDI
KML A
KML B
MX-2100
KCL
KDI
KML A
KML B
MX-2100
KCL
KDI
DTE DTE DTE
KLS.1
Figure 1-16. Typical KDI Bypassing and Multidrop Application
Priority Bumping (not for MX-2104)
With optional point-to-point dual-link configurations, such as shown in
Figure 1-11, MX-2100 allows to provide the equivalent of hot-standby protection
to critical data channels, without paying for unutilized bandwidth. This feature is
called priority bumping.