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Model FR1 1 1 Single Port Frame Relay Access Device with 56K DSU Owner's Manual.
NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a residential installation.
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4 Owner's Manual 82067401 Revision B MultiFRAD TM 100-Series (Model No FR111) This publication may not be reproduced, in whole or in part, without prior expressed written permission from Multi-T ech Systems, Inc. All rights reserved. Copyright © 1998, by Multi-Tech Systems, Inc.
5 Contents Chapter 1 - Introduction and Description 1.1 Introduction ................................................................................. 9 1.2 About This Manual ................................................................... 1 0 1.3 A Typical Application .
5.3 Data Port Configuration ........................................................... 5 6 5.4 Trunk Configuration ................................................................. 6 2 5.5 Statistics ..................................................
1 Introduction and Description.
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9 1.1 Introduction The Multi-T ech Systems MultiFRAD™ 100-Series, Model number FR1 1 1, is a one-port Frame Relay Access Device (FRAD) with 56K DSU that encapsulates non-packetized data from a seria.
10 1.2 About This Manual This manual describes the MultiFRAD, and tells you how to install and configure the unit. The information contained in each chapter is as follows: Chapter 1 - Introduction and Description Chapter 1 introduces the MultiFRAD 100-Series.
11 Chapter 6 - ASCII T erminal Menu System Chapter 6 provides a description of the ASCII terminal menu system. The ASCII terminal menu system is used when a dumb terminal is connected to the data port. These menus allow you to configure the data port and trunk, view statistics, reset the unit, and enable diagnos- tics.
12 1.3 A T ypical Application A typical application for a MultiFRAD 100-Series is connecting a single non-frame relay device to a frame relay network. The MultiFRAD 100- Series is usually used at a remote site where a single DLCI and a single device needs to be connected to a frame relay network.
13 your capability to present data to the local telephone switch. Y our capability to present data is determined by the internal DSU (Data Service Unit) that can transfer digital data at a maximum rate of 56,000 bits-per-second to the network.
14 length, parity , stop bits, and flow control. The Async Data Port Configu- ration dialog box displays the default parameters that may apply to a majority async devices. When the data device is defined, then the trunk configuration needs to be defined.
15 tion. The trunk configuration would be complete by clicking on the Save button and returning to the Main menu. In the Main menu, click on the download button to transfer the configuration to the MultiFRAD. Within a few seconds the new configuration is downloaded to the MultiFRAD and it is ready for operation.
16 1.4 FCC Regulations for T elephone Line Intercon- nection 1. This equipment complies with Part 68 of the FCC rules. On the outside surface of this equipment is a label that contains, among other information, the FCC registration number and ringer equivalence number (REN).
17 commission or corporation commission for information.) 9. If so required, this equipment is hearing aid compatible. Manufacturer: Multi-T ech Systems, Inc. Model Number: MultiFRAD 100-Series FCC Registration Number: AU7USA-24704-XD-N Ringer Equivalence: N/ A Modular Jack (USOC) RJ48 Service Center in U.
18 1.5 Canadian Limitations Notice Notice: The ringer equivalence number (REN) assigned to each terminal device provides an indication of the maximum number of terminals allowed to be connected to a telephone interface.
19 1.6 Specifications Data Port • Single data port with synchronous or asynchronous data format • Async data rate up to 57.6K bps or sync data rate up to 56K bps • RS232C and ITU-T V .35 interface using an adapter cable • Internal shunt plugs to configure RS232C or ITU-T V .
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21 2 Front and Back Panel Descriptions.
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23 2.1 Introduction This chapter describes the front panel LEDs and back panel connectors. The front panel has one row of LEDs for both the data channel and trunk status. T wo back panel connectors provide the data and trunk connections. A circular power connector is provided to connect the external power supply .
24 received - on for a space and off for a mark. DSU Data Service Unit (DSU) LED lights when the unit is in the DSU-only mode. NS The No Signal (NS) LED lights when no signal is received from the network or when the signal is too weak for normal operation.
25 2.3 Back Panel The cable connections for the MultiFRAD are made at the back panel. T wo cable connections are provided and one power supply connection.
26 2.4 Switch Settings The 8-position DIP switch located on the right side of the MultiFRAD only uses the first four positions. The DIP switches are shown in Figure 2-3 and their settings are described in T able 2-1. DIP-Switches Figure 2-3. Switch Settings Table 2-1.
27 2. 5 Shunts V .35 signal levels are generally more reliable for high speed data and/ or longer cable distances. EIA-232D signal levels are intended for data rates of 19,200 bps or less and cable lengths of 50 feet or less. For higher speeds and/or longer distances, V .
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3 Setup.
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31 3.1 Introduction This chapter describes the unpacking of the MultiFRAD, cable connec- tions depending on whether EIA-232D or ITU-T V .35 interface signaling is used on the data port, and how to configure the unit dependent on your site situation. Once the MultiFRAD is configured, then the data port can be connected to your data port device.
32 3. 4 Setup Use the following steps to setup your MultiFRAD. If V .35 electrical interface signaling is required on the data port, but a pc with EIA-232D signaling is being used to configure the MultiFRAD, the unit has to be configured before you change to V .
33 4. Connect an RJ48 phone cable to the Trunk connector on the back of the MultiFRAD. Connect the other end of the phone cable to the local access line jack.
34 3.5 V .35 Shunt Either EIA-232D or ITU-T V .35 electrical signal interface can be selected on the data port. Units are shipped with EIA-232D signal levels se- lected. Use the following procedure to select V .35. CAUTION This procedure requires opening the unit.
35 4 Software Loading and Configuration.
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37 4.1 Introduction This chapter covers the loading of the software utility and then the configuration of the unit from either a Windows based pc or a dumb terminal. When a Windows based pc is used, the software utility is loaded using the procedures in section 4.
38 Click on Install to continue installation, at any time you may click on Abort if you wish to cancel the install immediately . 9 The Expanding/Copying Files From: dialog box is displayed. Y ou can view the progress of the installation from this dialog box.
39 Select the COM port ( COM1,COM2,COM3, or COM4 ) for the setup utility . The default port is COM1. Click on OK when you are satisfied with your selection. 1 2 When the setup installation is successful, a system message is displayed stating "MultiFRAD 100 Installation Successful.
40 4.3 Configuring Y our MultiFRAD using Windows Configuration of your MultiFRAD using Windows starts after the soft- ware is loaded and program group is displayed in the Program Man- ager .
41 If your data device is a synchronous device, click on the Syn- chronous option button and the parameters for the synchronous mode are displayed. Refer to the User documentation to set the sync parameters that meet the conditions of your installation.
42 6 Click on the DLCI numeric dialog box. Enter the DLCI number that was provided by your service provider at subscription time. T o change the DLCI, click on the DLCI numeric dialog box and back space through the default number and then enter your DLCI.
43 another MultiFRAD 100. Raw Mode encapsulation can be used for any type of FRAD at the other end. 1 2 Click on the OK button to return to the Main menu. 1 3 Click on the Download button to write the new configuration to the MultiFRAD. 1 4 The Configuration dialog box is displayed.
44 4.4 Configuring your MultiFRAD using a Dumb T erminal T o configure your MultiFRAD, power up a terminal or pc running communications software and hit the ENTER key . The Main menu appears on your screen, configure the data port for sync or async mode of operation and the trunk for the frame relay parameters.
45 4 If the data port is being setup for Async mode of operation and a port speed of 57.6K, initially the data port does not have to be changed, proceed to step 6 to configuring the T runk.
46 6 From the Configuration menu, enter 2 and press ENTER . The T runk Configuration menu is displayed. T runk Configuration 1 - Access rate: 56000 2 - RTS Signal S tatus: Follows input from DTE 3 - B.
47 Enter the number that corresponds to the DLCI for your trunk. A two-digit number can be entered and the zeros will proceed the digits. The DLCI is supplied by your network service provider at the time the trunk was provisioned. When you have entered your DLCI, the T runk Configuration menu is displayed.
48 The Be is supplied by your network service provider at the time the trunk was provisioned. When you have entered your Be, the T runk Configuration menu is displayed. 1 0 From the T runk Configuration menu, enter option 7 Management T ype and the Management T ype menu is displayed.
49 Enter the Full Status Counter. Valid values are between 1 and 255. x - Enter Number, or P - Previous Menu Selection : _ Enter the number between 1 and 255 that is going to be the number of polling cycles (minus one) before a full status is requested from the network.
1 5 Enter the letter S and press ENTER to store all configurations. Then enter the letter M and press ENTER to return to the Main Menu. Enter 5 to Exit Command Mode. 1 6 Place the Command Mode switch (Switch 1) on the side of the MultiFRAD in the UP position and return to step 6 in the Setup procedure in Chapter 3.
5 Software Utility Descriptions.
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53 5.1 Introduction This chapter describes the MultiFRAD software which is designed for the Microsoft ® Windows ® environment. The MultiFRAD 100 Program Group has three icons that allow you to launch the software, download a firmware update, and configure the console pc port in order to communicate with the MultiFRAD.
54 5.2 .1 Configuration Data Port This button allows you configure the data port for either synchronous or asynchronous mode of operation. Trunk This button lets you define the frame relay parameters. 5.2.2 Others Statistics This button allows you to view statistics of the trunk port.
55 5. 2 .5 Help A thorough On-line Help system is provided with abbreviated informa- tion on the dialog boxes and the buttons within a dialog box. 5.2 .6 MultiFRAD V ersion The current version number of the MultiFRAD firmware is displayed in this field.
56 5.3 Data Port Configuration This dialog box allows you to configure the data port. Y ou will be able to set the parameters required for the successful operation of the port. Mode Asynchronous/Synchronous This allows you to set synchronous or asynchronous parameters required for transferring data between the MultiFRAD and the data port device.
57 Note: The MultiFRAD always provides the clocking signal to the sync device. The MultiFRAD 100's data port can not be set to external clocking, it is always internal clocking. Between Frames The Between Frames parameter must be set to match the idle condition of the synchronous device connected to the data port.
58 CRC Preset The CRC Preset parameter allows the user to specify whether the polyno- mial used to calculate the CRC for each frame is preset to all 1s or all 0s. This option must match the synchronous device’s CRC-preset setting. The default is All 1s.
59 Parity The Parity parameter sets parity for odd, even or none. Under normal conditions, parity is set to none. The default is none. Stop Bits The Stop Bits parameter sets the number of stop bits. The number of stop bits can be 1, 1.5, or 2. The default is 1 bit.
60 Pass Xon The Pass Xon parameter enables the XON/XOFF flow control signals to be passed on to the data device. This option has to be used in conjunction with the software-based XON/XOFF flow control option. The default condition is for this option to be turned off, and normally it should remain off.
61 ENQ/ACK The Enq/Ack parameter is a special flow control protocol used in Hewlett Packard computer systems. This option is sometimes referred to as Enquire/Acknowledge flow control because it’s based on the computer sending an enquiry (ENQ) and then expecting an acknowledgment (ACK).
62 5.4 T runk Configuration This dialog box allows you to configure the trunk. Y ou will be able to set the parameters required for the successful operation of the trunk. Frame Relay is a multiplexing protocol designed to operate over transmission facilities that are virtually error free.
63 LMI describes a protocol and associated procedures operating on the local interface between the user and the network. It notifies the user of the addition, deletion, and presence of the PVC in the network. It also notifies the user of the end-to-end availability or unavailability of a PVC.
64 Full Status Counter The Full Status Counter determines how may Polling Intervals take place before a full status is requested from the network. A full status enquiry message is sent from the MultiFRAD to the network requesting a status report of the PVC on the physical link.
65 Back to Back The Back to Back is used to test the port by connecting two MultiFRADs together without a frame relay network in between them. Back-to-back mode still requires the use of DSU/CSUs, but they should not be connected over the frame relay network.
66 5.5 Statistics This dialog box allows you to view status of the trunk. Its possible to view signal status and other characteristics like data frames transmitted or received, status of enquiries transmitted and messages received and the status of the messages received.
67 Loop Tests The loop tests provide a short and long loop test. The short loop test is the data port loopback test which loops back the data from the data port to the sending device (DTE). The long loop test is the trunk loopback test which again receives data from the DTE device and loops it back from the internal DSU.
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6 ASCII T erminal Menu System.
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71 6.1 Introduction The menu system for the MultiFRAD provides a set of user-friendly configuration menus that are accessible from a main menu. The Main Menu contains five options that allow you to configure your MultiFRAD; display statistics; reset the unit or data port; run diagnostic tests, and exit the command mode.
72 a message will appear on your screen saying to wait for 3 seconds. Then press ENTER to return to the Main Menu. T o store the current configuration, enter S and press ENTER.
73 The W ord Length option sets the number of bits in a word. The word length range is 5 to 8 bits. The default is 8 bits. The Stop Bits option sets the number of stop bits. The number of stop bits can be 1, 1.5, or 2. The default is 1 bit. The Parity option sets parity for odd, even or none.
74 The EIA Pass Through option allows the data device to receive EIA control signals through the MultiFRAD. This option only applies during the async mode of operation.
75 6.2 .2 Sync Data Port Configuration The Sync Data Port Configuration menu allows you to configure the data port for either asynchronous or synchronous operation, depending on the type of device connected to the port.
76 ing, data is represented normally . With NRZI encoding, a logical one is represented by no transition and a zero is represented by a transition at the beginning of the bit. Most synchronous devices can be configured for either NRZ or NRZI. If a synchronous device is not configurable, it most likely is set to NRZ.
77 6.2 .3 T runk Configuration The T runk Configuration menu allows you to configure the trunk. The default parameters are displayed in the following menu: T runk Configuration 1 - Access rate: 56000 .
78 access circuit. Set the DLCI to indicate the PVC to terminate the trunk. The range of DLCIs is from 16 to 1007 with a default of 16. The Committed Info Rate (CIR) option determines the data transfer rate at which the network is committed to handle under normal conditions.
79 should be less than or equal to the Monitored Event Counter . The Monitored Event Counter option determines the number of Polling Intervals that have to take place before the User Network Interface is operational. It is also used with the error threshold count to determine if the trunk should be brought down.
80 6.3 Statistics The Statistics menu allows you to view or clear statistics, or return to the previous menu or to the Main Menu. Statistics 1 - View Statistics 2 - Clear Statistics M - Main Menu P - Previous Menu Selection : _ T o view or clear statistics, enter the corresponding option number and press ENTER .
81 you might encounter could be 10,000 frames transmitted (or received) with 500 or 1000 retransmits (or receive errors). Link alarms simply tell you that there is some sort of problem on the trunk in async mode. Y ou will find that the link alarms number will correspond to the retransmit and received frames numbers.
82 6.4 Reset Options The Reset Options menu allows you to reset the unit, the data channel, or return to the previous menu or to the Main Menu. Reset Options 1 - Reset Unit 2 - Reset Data Channel M - Main Menu P - Previous Menu Selection : _ T o reset the unit, enter 1 and press ENTER .
83 loopback mode (DIP-Switch 3 DOWN). This tests the complete path through the MultiFRAD up to the line circuitry and back to the data port. When it is used in a remote trunk loopback test mode, the remote DSU (or the telephone company's central office, CO) would be put into loopback mode.
84 try going back to the Local T runk Loopback, and then even the data port loopback which is the most basic test. If there is still no clear cause of the problem, follow the steps in section 7.3, contacting T ech support. 6.5 .2 Memory T est The memory test verifies that each memory chip on the circuit board is working.
7 Service, W arranty and T ech Support.
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87 7.1 Introduction This chapter begins with your MultiFRAD 100-Series 2-year warranty . Read carefully the next section, “T ech Support,” if you have questions about or problems with your MultiFRAD.
88 7.3 .1 Recording MultiFRAD Information Please fill in the following information on your Multi-T ech MultiFRAD. This will help T ech Support in answering your questions.
89 7.3 .2 Service If your tech support specialist decides that service is required, your MultiFRAD may be sent (freight prepaid) to our factory . Return shipping charges will be paid by Multi-T ech Systems. Include the following with your MultiFRAD: • A description of the problem.
90 7.4 . 1 Logging on to the Multi-T ech BBS T o log on to the Multi-T ech BBS, perform the following steps. 1. Set your communications program to 8-N-1 . 2. Dial our BBS at (800) 392-2432 (USA and Canada) or (612) 785- 3702 (international and local).
91 If you don’t know the file name 1. From the Main Menu, type F to access the Files Menu. For a list of file areas, type L , press ENTER, then type L and press ENTER again. (If you do not type the second L , you will list all of the files on the BBS.
92 7.6 About the Internet Multi-T ech is a commercial user on the Internet, and we retrieve messages from our customers on a periodic basis. Multi-T ech’s pres- ence includes a Web site at: http://www .multitech.com and an ftp site at: ftp://ftp.multitech.
93 7.8 Upgrading the Flash PROM Y our MultiFRAD has a Flash PROM which contains firmware code for the hardware. At various times, Multi-T ech may add enhancements and/ or fixes to the firmware. The Flash technology used in your MultiFRAD allows these upgrades to be loaded directly into the PROM chip through the serial port.
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Appendices.
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97 Appendix A Cabling Diagrams PIN NO. 1 2 3 4 5 7 8 15 17 20 25 1 2 3 4 5 7 8 15 17 20 25 CHASSIS GROUND (AA) TRANSMIT DA T A (BA) RECEIVE DA T A (BB) REQUEST TO SEND (CA) CLEAR TO SEND (CB) SIGNAL GROUND (AB) CARRIER DETECT (CF) TRANSMIT CLOCK (DB) RECEIVE CLOCK (DD) DA T A TERMINAL READY (CD) PIN NO.
98 T runk Cable 1 2 3 4 5 6 7 8 RT RR RT RR { { Receive T ransmit RJ-48 Cable Pin Identification P in Description Destination 1 T ransmit Pair T o Line 2 T ransmit Pair T o Line 3 N/C 4 N/C 5 N/C 6 N/.
99 Back-T o-Back Cable RJ48S 1 2 3 4 5 6 7 8 RJ48S 8 7 6 5 4 3 2 1 1 8.
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