1. Manuals
  2. Brands
  3. ADC Manuals
  4. Network Hardware
  5. H2TU-C-388 HiGain
  6. User manual

ADC HiGain H2TU-C-388 List 1E User Manual

Line unit
Hide thumbs Also See for HiGain H2TU-C-388 List 1E:
Table of Contents

Advertisement

Quick Links

Download this manual
HiGain
HiGain
HiGain
HDSL2
L
H
2
T
U
•
3
8
8
SETUP
MODE SEL
STATUS
1E
H2TU-C-388 List 1E Line Unit
Product Catalog: 150-2406-15
CLEI: VACH4WYC
RS
232
DCE
U
M
SER
ANUAL

Advertisement

Table of Contents
loading

Related Manuals for ADC HiGain H2TU-C-388 List 1E

Summary of Contents for ADC HiGain H2TU-C-388 List 1E

  • Page 1 HiGain HiGain ANUAL HiGain HDSL2 • SETUP MODE SEL H2TU-C-388 List 1E Line Unit Product Catalog: 150-2406-15 STATUS CLEI: VACH4WYC...
  • Page 2 Contents herein are current as of the date of publication. ADC reserves the right to change the contents without prior notice. In no event shall ADC be liable for any damages resulting from loss of data, loss of use, or loss of profits, and ADC further disclaims any and all liability for indirect, incidental, special, consequential or other similar damages.
  • Page 3 Unpack each container and inspect the contents for signs of damage. If the equipment has been damaged in transit, immediately report the extent of damage to the transportation company and to ADC DSL Systems, Inc. Order replacement equipment, if necessary.
  • Page 4 Inspecting Shipment 152-388-115-03, Issue 03 April 21, 2000 H2TU-C-388 List 1E...

  • Page 5: Table Of Contents

    152-388-115-03, Issue 03 Table of Contents ABLE OF ONTENTS Overview ____________________________________________________________________________ 1 Features ..............................1 Compatibility .............................2 Applications ............................2 Front Panel __________________________________________________________________________ 4 Installation___________________________________________________________________________ 8 Verification ............................9 Verification without an H2TU-R Remote Unit ..............9 Verification with an H2TU-R Remote Unit ................9 Provisioning Requirements ......................10 Provisioning_________________________________________________________________________ 11 Using the MODE and SEL Buttons ....................11...
  • Page 6 Table of Contents 152-388-115-03, Issue 03 Testing _____________________________________________________________________________ 43 Front-Panel System Alarms......................43 Alarm Option for the Digital Loop Carrier Feed .............. 44 Retiring System Alarms ....................44 Remote LOS/AIS Response....................45 OCT55 Test Pattern with AMI Line Code ..................45 Loopback Operation ........................
  • Page 7 152-388-115-03, Issue 03 List of Figures IST OF IGURES 1. HDSL2 System Model ..........................3 2. H2TU-C-388 List 1E Front Panel ........................4 3. Installing the H2TU-C 388 List 1E into a Shelf...................8 4. Logon Screen..............................14 5. Configuration Menu - Date and Time ......................15 6.
  • Page 8 List of Tables 152-388-115-03, Issue 03 IST OF ABLES 1. Front-panel Description ..........................5 2. Front-panel Display Messages........................6 3. Navigational Keys for the HiGain HDSL2 Maintenance Terminal Screens ..........13 4. Logon Screen Menus ..........................14 5. H2TU-C-388 List 1E Standard Config Screen Options ................19 6.

  • Page 9: Overview

    Overview VERVIEW ® The ADC HiGain product family is the industry’s first practical implementations of High bit-rate Digital Subscriber Line 2 (HDSL2). HiGain products are fully compliant with the HDSL2 standard. Providing full-rate T1 access using just a single copper pair, HDSL2 is a cost-effective solution and offers an open architecture. The open architecture inherent in HDSL2 guarantees interoperability, allowing simple, economic accommodation of network growth.

  • Page 10: Compatibility

    Overview 152-388-115-03, Issue 03 • Margin threshold alarm OMPATIBILITY The H2TU-C-388 is designed to mount in DDM+ high-density shelves. For a list of compatible shelves, see “Appendix C - Compatibility” on page PPLICATIONS HiGain HDSL2 systems provide a cost-effective, easy-to-deploy method for delivering DS1 High Capacity Digital Service (HCDS) over a single copper pair.
  • Page 11 152-388-115-03, Issue 03 Overview Figure 1. HDSL2 System Model H2TU-C-388 List 1E April 21, 2000...

  • Page 12: Front Panel

    Front Panel 152-388-115-03, Issue 03 RONT ANEL Figure 2 shows the H2TU-C-388 List 1E front panel. Table 1 on page 5 describes the front-panel components. For a list of front-panel display messages, refer to Table 2 on page 6. For pinout diagrams of the H2TU-C card-edge connector and craft port, refer to “Appendix A - Specifications”...
  • Page 13 152-388-115-03, Issue 03 Front Panel Table 1. Front-panel Description Front-panel Feature Function Front-panel display Displays four-character status, provisioning, and alarm system messages. The front-panel display illuminates when power is initially applied. To conserve power the display only remains on for 5 minutes. Using the MODE or SEL buttons reactivates the display and restarts the 5-minute timer.
  • Page 14 Front Panel 152-388-115-03, Issue 03 Table 2 lists the front-panel display messages. The four-character display reports the code of an alarm, loopback, or diagnostic message and, in some cases, is followed by a second four-character message that modifies the first message with a value or current configuration setting.
  • Page 15 152-388-115-03, Issue 03 Front Panel Table 2. Front-panel Display Messages (Cont.) Message Full Name Description NREM Network Remote Loopback DSX-1 signal is looped back to the network at the H2TU-R. SMJK Remote SmartJack Loopback DSX-1 signal is looped back to the network at the H2TU-R SmartJack module.

  • Page 16: Installation

    152-388-115-03, Issue 03 NSTALLATION Upon receipt of the equipment, inspect the contents for signs of damage. If the equipment has been damaged in transit, immediately report the extent of damage to the transportation company and to ADC. H2TU-C-388 H iG ai n...

  • Page 17: Verification

    152-388-115-03, Issue 03 Installation ERIFICATION Once the H2TU-C-388 is installed, verify that it is operating properly. To do this, monitor the following: • Status LED • Status messages reported by the front-panel display, as described in Table 2 on page Verification without an H2TU-R Remote Unit If there is no H2TU-R remote unit installed: Verify that the H2TU-C powers up.

  • Page 18: Provisioning Requirements

    Installation 152-388-115-03, Issue 03 ROVISIONING EQUIREMENTS Refer to “Provisioning” on page 11 for instructions on configuring and monitoring the H2TU-C-388. The H2TU-C-388 List 1E can be provisioned by using the MODE and SEL buttons on the front panel or by accessing the HiGain HDSL2 maintenance screens.

  • Page 19: Provisioning

    152-388-115-03, Issue 03 Provisioning ROVISIONING There are two provisioning methods: • Use the MODE and SEL buttons on the front panel of the H2TU-C to: – Set system options – Reset the H2TU-C to its factory default settings for system options –...

  • Page 20: Resetting To Factory Default Values

    Provisioning 152-388-115-03, Issue 03 Resetting to Factory Default Values All user options for the H2TU-C-388 List 1E, described in Table 5 on page 19, can be set to the factory default values using the MODE and SEL buttons. To set the user options to their default values: Press the SEL button for 6 seconds until the following message appears: DFLT NO Press the SEL button until the DFLT NO message appears.

  • Page 21: Using A Maintenance Terminal

    152-388-115-03, Issue 03 Provisioning SING A AINTENANCE ERMINAL Connecting to a Maintenance Terminal A miniature, 3-pin, 210 Bantam-type jack on the front panel serves as a craft port and allows connection between the H2TU-C-388 and a maintenance terminal, such as ASCII terminal or PC running a terminal emulation program.

  • Page 22: Logon Screen

    Help Provides a glossary of terms used in the HiGain HDSL2 maintenance screens, a list of navigational keys, and ADC contact information. April 21, 2000 H2TU-C-388 List 1E...

  • Page 23: Provisioning Tasks

    152-388-115-03, Issue 03 Provisioning ROVISIONING ASKS After the H2TU-C-388 is successfully installed, perform these basic provisioning tasks: • Set date and time • Set circuit ID numbers • Make any configuration changes • Clear history, alarm, and event log screens to remove miscellaneous data during startup Setting Date and Time Monitor Performance...

  • Page 24: Setting Circuit Id Numbers

    Provisioning 152-388-115-03, Issue 03 Setting Circuit ID Numbers The Inventory screen provides product information on all units in the system and allows setting of the circuit and unit identification numbers. Monitor Performance Event Log Config Inventory Rlogon Help -------------------------- Product Information ---------------------------- Unit : H2TU-C...

  • Page 25: Making Changes To The System Configuration

    152-388-115-03, Issue 03 Provisioning Making Changes to the System Configuration The Config menu, shown in Figure 7 below, allows you to make the following types of system configuration changes: • Standard options, as described in “Making Changes to the System Configuration” on page 17 •...

  • Page 26: Configuration Menu - Standard Options (Defaults Shown)

    Provisioning 152-388-115-03, Issue 03 Monitor Performance Event Log Config Inventory Rlogon Help +----------------------+ Standard Options -> +---------------------------------------------------+ | Loopback Timeout (LBTO) : 120 min | | Loop Attenuation Threshold (LATT) [0-40]: 35 dB | Margin Threshold (MARG) [0-15]: 4 | DS1 Frame Formatting (FRMG) AUTO | DS1 Line coding (DS1) : B8ZS...
  • Page 27 152-388-115-03, Issue 03 Provisioning Table 5 below describes the Standard Config screen options. Table 6 on page 20 describes the PairGain Config screen options. Selections in bold typeface are the factory default settings. Table 5. H2TU-C-388 List 1E Standard Config Screen Options Front-panel System Settings Display...
  • Page 28 Provisioning 152-388-115-03, Issue 03 Table 6. H2TU-C-388 List 1E PairGain Config Screen Options Front-panel System Settings Display Selection Description Screen Options Code Line Power Feed PWRF Disables powering to the HDSL2 pair. Keeps the HDSL2 line voltage at nominal -185 Vdc. Remote Provisioning RTPV Enables remote provisioning.
  • Page 29 152-388-115-03, Issue 03 Provisioning Table 6. H2TU-C-388 List 1E PairGain Config Screen Options (Cont.) Front-panel System Settings Display Selection Description Screen Options Code Performance Report SPRM The H2TU-R generates Supplemental PRM (SPRM) every second if no PRM Messaging is received from the CPE within 5 seconds of a reset or if an LOS/AIS/OOF condition occurs.
  • Page 30 Provisioning 152-388-115-03, Issue 03 HDSL2 BER (HBER) Option. The HBER option permits the monitoring of loop integrity and reporting of alarms when excessive errors are detected. The PM primitive used for this purpose is the CRC checksum performed on the HDSL2 frame for both directions of transmission. It is, therefore, called a block error rate rather than the bit error rate associated with the DS1 interface.
  • Page 31 152-388-115-03, Issue 03 Provisioning If an ESF is received from the CPE, it is passed to the network, and the network’s inbound framing is passed on to the CPE. • FCON: This is the forced conversion setting. Table 8 below lists the HiGain HDSL2 responses to both the ACON and FCON settings for the CONV option.
  • Page 32 Provisioning 152-388-115-03, Issue 03 Table 10. SuperFrame Format Frame Bits SF Number Terminal Framing Bit SuperFrame Signaling Bit ESF RAI to SF RAI Overwrite (ROVR) Option. If the ESF RAI to SF RAI Overwrite (ROVR) option is enabled, a network ESF RAI or ESF RAI-CI pattern can be converted into a CPE SF RAI or SF RAI-CI pattern, and thus overwrite bit 2 of every DS0 channel with a zero.
  • Page 33 152-388-115-03, Issue 03 Provisioning Fractional T1 (FT1) Option. Fractional T1 circuits can be used in feeder networks to provide frame relay service. If such circuits are maintained by a DDS test group, then these circuits must respond to DDS/DS0 latching loopback commands which is the only tool test groups have at their disposal.
  • Page 34 Provisioning 152-388-115-03, Issue 03 The NLOC loopback is calleda tandem DS0 DP loopback. It is used to select one of many loopback points when there are several identical data ports in tandem. The NI loopback is assigned to the H2TU-R (NREM) since it is usually located at the Network Interface (NI).

  • Page 35: Configuration Menu - Reset To Factory Defaults

    152-388-115-03, Issue 03 Provisioning Resetting the H2TU-C Resetting the H2TU-C to its original factory settings may cause interruption of service. To reset the H2TU-C-388 to its original factory defaults: Press to select the Config menu. Use the arrow keys to select Set Factory Defaults, then press ENTER ↑...

  • Page 36: Clearing The History, Alarm, And Event Log Screens

    Provisioning 152-388-115-03, Issue 03 Clearing the History, Alarm, and Event Log Screens Select Master Clear to clear the History, Alarm, and Event Log screens after the system has been installed and is functioning properly. This removes miscellaneous data acquired during the startup session and ensures that you have meaningful data thereafter.

  • Page 37: Monitoring System Activity And Performance

    152-388-115-03, Issue 03 Monitoring System Activity and Performance ONITORING YSTEM CTIVITY AND ERFORMANCE The H2TU-C-388 provides two sets of maintenance screens for monitoring system activity and assessing performance. The screens are: • The Monitor screens provide a graphical representation of circuit activity and allow initiation of loopbacks. •...

  • Page 38: Using The Monitor Screen To View System Activity

    Monitoring System Activity and Performance 152-388-115-03, Issue 03 SING THE ONITOR CREEN TO YSTEM CTIVITY Press to view the system diagram. Figure 12 shows an armed circuit with an active loopback and alarms. Terms used on the system diagram are defined in the onscreen Help menu glossary.
  • Page 39 152-388-115-03, Issue 03 Monitoring System Activity and Performance Table 14. Monitor Screen Descriptions Field Description Active Loopback An active loopback is indicated on the lower third of the Monitor screen. Available loopbacks are indicated by gray text. See Table 21 on page 47 for a summary of the HiGain HDSL2 loopback codes.

  • Page 40: Using The Performance Screens To View Performance Data

    Monitoring System Activity and Performance 152-388-115-03, Issue 03 SING THE ERFORMANCE CREENS TO ERFORMANCE The Performance screens display: • CRC statistics for the HDSL2 or DS1 interface in 31-day, 48-hour, 25-hour and current history reports • Alarm statistics for the HDSL2 interfaces, shown in Figure 19 on page 38, or DS1 interfaces, shown in Figure 21 on page...

  • Page 41: Performance History At The Ds1 Interface

    152-388-115-03, Issue 03 Monitoring System Activity and Performance Performance History at the DS1 Interface Figure 13 Figure are examples of an H2TU-R 31-day and H2TU-C-25-hour history DSI performance screens, respectively, as viewed from the line unit In addition, there are 48-hour, 25-hour, and current statistic screens for the DS1 interface for the H2TU-R as well as the H2TU-C.
  • Page 42 Monitoring System Activity and Performance 152-388-115-03, Issue 03 Table 15. Error Acronyms Used on the DS1 Performance History Screens Error Acronym Description Error Acronym Description ES-L Errored Seconds - Line SES-P Severely errored seconds - Path Seconds with BPV ≥1. Seconds with SES or CRC(ESF) ≥320 or (SF) ≥8 (F SES-L...

  • Page 43: Performance History At The Hdsl2 Interface

    152-388-115-03, Issue 03 Monitoring System Activity and Performance Performance History at the HDSL2 Interface The HDSL2 interface, shown in , has 31-day, 48-hour, 25-hour and current statistic screens for the H2TU-C. Figure 15 shows an example of the 31-day history and Figure 16 shows a 25-hour history example.

  • Page 44: Current Statistics Screens For The Ds1 Interface

    Monitoring System Activity and Performance 152-388-115-03, Issue 03 Current Statistics Screens for the DS1 Interface Examples of current statistics screens are shown below. Figure 16 Figure 17 show statistics for the DS1 interface at the remote unit and line unit, respectively. These screens report 1-day, 1-hour, and 15-minute statistics. Table 15 on page 34 describes the error types reported on these screens.

  • Page 45: Current Statistics For Hdsl2 Interface

    152-388-115-03, Issue 03 Monitoring System Activity and Performance Current Statistics for HDSL2 Interface Figure 18 shows statistics for the HDSL2 interface at the H2TU-C. This screen reports 1-day, 1-hour, and 15-minute statistics. Table 16 on page 35 describes the error types reported on this screen. Monitor Performance Event Log...

  • Page 46: Alarm History At The Ds1 Interface

    Monitoring System Activity and Performance 152-388-115-03, Issue 03 Alarm History at the DS1 Interface The Alarm History screen reports DS1 statistics for the H2TU-C, as shown in Figure 19 below, and the H2TU-R, shown in Figure 21 on page 40, on a continuous basis. The types of alarms reported are described in Table 18 on page 40.
  • Page 47 152-388-115-03, Issue 03 Monitoring System Activity and Performance Table 17. DS1 Alarm Descriptions Screen Alarm Front-panel Alarm Description H2TU-C DS1 ALARMS (see Figure 19 on page LLOS LLOS Local Loss of Signal—Loss of the H2TU-C DSX-1 input signal. LAIS LAIS Local Alarm Indication Signal—Indicates an AIS (all ones) pattern is being transmitted from the local DS1 output port.

  • Page 48: Alarm History At The Hdsl2 Interface

    Monitoring System Activity and Performance 152-388-115-03, Issue 03 Alarm History at the HDSL2 Interface Figure 21 shows the H2TU-C HDSL2 alarm history. Table 18 describes the alarms. Monitor Performance Event Log Config Inventory Rlogon Help H2TU-C HDSL2 Alarm History ------------------------------------------------------------------------------ Alarm First Last...

  • Page 49: Using The Event Log To Track System Events

    152-388-115-03, Issue 03 Monitoring System Activity and Performance SING THE VENT OG TO RACK YSTEM VENTS To view a running log of system events, press to select the Event Log. The Event Log displays the date and time of the 100 most recent events (most recent displayed first) and provides a description of each event. Do one of the following: •...
  • Page 50 Monitoring System Activity and Performance 152-388-115-03, Issue 03 Table 19. Event Log Entry Messages Event Log Messages Any DS1 Alarm History reset Any DS1 PM register reset Any HDSL2 Alarm History reset Any HDSL2 PM register reset Any Loop Down (any segment) Any Loop Up (any segment) Any provisioning option change: <provisioning mnemonic>: changed from <old>...

  • Page 51: Testing

    152-388-115-03, Issue 03 Testing ESTING This section provides information about front-panel system alarms, LOS/AIS response, OCT55 test procedure, and loopback testing. RONT ANEL YSTEM LARMS Table 20 on page 43 lists H2TU-C-388 alarm states in order of priority as they appear on the front panel. These alarms correlate with the alarms displayed on the alarm history screens, detailed in “Current Statistics Screens for the DS1 Interface”...

  • Page 52: Alarm Option For The Digital Loop Carrier Feed

    Testing 152-388-115-03, Issue 03 Table 20. Front-Panel System Alarms Summary (Cont.) Front-Panel Alarm Description To Inhibit: Message PRMN Performance Report H2TU-R PRM-NE BER threshold has been Set DBER threshold to DIS. Messaging - Near End exceeded. PRMF Performance Report H2TU-R PRM-FE BER threshold has been Set DBER threshold to DIS.

  • Page 53: Remote Los/Ais Response

    152-388-115-03, Issue 03 Testing Remote LOS/AIS Response Figure 23 on page 45 shows how the H2TU-R can respond to the network, depending on the configuration of the TLOS, NLBP, FT1, ALMP, and NAIS configuration options, described in Table 5 on page 19 Table 6 on page LOS event?

  • Page 54: Loopback Operation

    Testing 152-388-115-03, Issue 03 OOPBACK PERATION HiGain HDSL2 has a family of loopback options for analyzing circuit functionality. The loopback signal is transmitted and returned to the sending device for comparison. This allows you to verify the integrity of the HDSL2 channels to the H2TU-C, the H2TU-C DSX-1 interface and the DS1 channels to the customer.
  • Page 55 152-388-115-03, Issue 03 Testing Table 21. Summary of HiGain HDSL2 Loopback Codes and Activation Methods Method of Activation Loopback Code Description Test Set Craft Port MODE/SEL NLOC 1111000 DSX-1 signal is looped back to the network at the H2TU-C. 4-in-7 NREM 1110000 DSX-1 signal is looped back to the network at the H2TU-R.

  • Page 56: Special Loopback Commands

    Testing 152-388-115-03, Issue 03 Special Loopback Commands In addition to the GNLB loopback command mode, a HiGain HDSL2 system can be configured for one of three special loopback command modes. These are selected from the maintenance terminal System Settings screen, detailed in Table 5 on page 19, or by using the MODE and SEL buttons, shown in...

  • Page 57: Manual Loopback Session

    152-388-115-03, Issue 03 Testing Manual Loopback Session A manual loopback session allows you to select any of the HiGain HDSL2 loopbacks listed in Table 21 on page 47 except SmartJack loopbacks, which can only be issued by inband commands. Setting the Loopback Time-out Option Before initiating a loopback session, verify that the Loopback Time-out parameter is set to the desired setting.

  • Page 58: Loopback Test Procedures

    Testing 152-388-115-03, Issue 03 You can terminate loopbacks manually and exit the MAN LPBK mode by simultaneously pressing the MODE and SEL buttons for 3 or more seconds. If no loopback is active, the MAN LPBK mode automatically terminates after 30 seconds. All loopbacks can be initiated by inband commands in the DS1 payload or by a command from the HiGain HDSL2 system through the front-panel buttons or maintenance screen selections.

  • Page 59: Loopback Modes

    152-388-115-03, Issue 03 Testing Loopbacks Toward Network TLOS* HRU-412 HRU-412 HDSL2 SPAN H2TU-C All ones LOGIC HRU-412 H2TU-R SMJK* HRU-412 HRU-412 H2TU-C HDSL2 SPAN 2-in-5 All ones 11000 HRU-412 H2TU-R FF02 NREM NREM* C742 ‡ 1110000 3-in-7 H2TU-C HRU-412 HRU-412 HRU-412 HRU-412 HDSL2 SPAN...

  • Page 60: A2Lb Test Procedures

    Testing 152-388-115-03, Issue 03 A2LB Test Procedures Using the codes listed in Table 22, a network tester can activate NLOC or NREM loopbacks (or SMJK, if enabled). A tester at the customer premises can activate CLOC or CREM loopbacks. All loopbacks shown in Table 22 can also be initiated from the H2TU-C front-panel MODE and SEL buttons, as described in “Setting...
  • Page 61 H2TU-C 231 (NLOC and CREM) ID bit errors. As a result, the H2TU-C may indicate one more or one less bit error, depending on the test set type and the number of frame bits contained in the block of errored bits. To avoid this uncertainty, ADC recommends sending unframed IR commands.
  • Page 62 Testing 152-388-115-03, Issue 03 Once the test is complete, do one of the following: • If the system is to loopdown but remain Armed, send the IR (Intelligent Repeater) LPDN code (universal loopdown). • If all the equipment is to be looped down, disarmed and returned to normal operation, send the disarm inband code 11100 or the ESF-DL code (FF24).

  • Page 63: A3Lb And A4Lb Test Procedures

    152-388-115-03, Issue 03 Testing A3LB and A4LB Test Procedures The H2TU-C-388 can be looped back by sending the Addressable Office Repeater (AOR) LPBK activation code 1111-1111-0001-1110 (FF1E) for at least 5 seconds. This causes the H2TU-C to enter the NLOC state. The Loopback Time-out setting, detailed “Setting the Loopback Time-out Option”...

  • Page 64: Appendix A - Specifications

    Appendix A - Specifications 152-388-115-03, Issue 03 A - S PPENDIX PECIFICATIONS Power Line Voltage 0, -185 Vdc CO Supply -48 Vdc nominal (-42.5 Vdc to -56.5 Vdc) “Power Consumption,” “Maximum Power Dissipation,” “Maximum Current Drain” on page 57 Electrical Protection Secondary surge and power cross protection on HDSL2 ports.

  • Page 65: Power Consumption

    152-388-115-03, Issue 03 Appendix A - Specifications OWER ONSUMPTION The maximum power consumption and heat dissipation depends upon the type of remote and regenerator units in the system and the CPE power setting. The three most important power parameters of an H2TU-C are its maximum power consumption, maximum power dissipation, and maximum current drain.

  • Page 66: H2Tu-C-388 Card-Edge Connector

    The H2TU-C provides a Network Management Control Bus on pin 104 of the card-edge connector. This allows the various ADC Management System protocols to manage the H2TU-C through the HMU-319 HiGain Management Unit. Whenever the H2TU-C is under management, the MNGD message displays periodically on the front-panel display.

  • Page 67: Craft Port

    152-388-115-03, Issue 03 Appendix A - Specifications RAFT Figure 27 shows the craft port adaptor and its connection to a DB-9 or DB-25 connector on a maintenance terminal. Terminal DB-9 Connector (DTE) H2TU-C-388 DB-9 Connector (DCE) TD (Transmit Data) RD (Receive Data) Terminal DB-25 Connector (DTE)

  • Page 68: Appendix B - Functional Operation

    Appendix B - Functional Operation 152-388-115-03, Issue 03 B - F PPENDIX UNCTIONAL PERATION HDSL2 technology provides full-duplex services at standard DS1 rates over copper wires between an H2TU-C and an H2TU-R, which comprise one HiGain HDSL2 system. HiGain HDSL2 systems use Overlapped Pulse Amplitude Modulation (PAM) Transmission with Interlocking Spectra (OPTIS) transceiver systems to establish full-duplex, 1.552 kbps data channels between the H2TU-C-388 and a remotely located H2TU-R.
  • Page 69 152-388-115-03, Issue 03 Appendix B - Functional Operation ROUND AULT ETECT The H2TU-C-388 has a Ground Fault Detect (GFD) circuit which detects a ground or a resistive path to ground on any wire of the HDSL2 loop. This makes the product compliant with the Class A2 requirements of GR-1089. H2TU-C-388 List 1E April 21, 2000...

  • Page 70: Appendixc - Compatibility

    The HiGain HDSL2 system uses HDSL2 transmission technology as recommended by ANSI committee in compliance with the August 1999 T1-E1.4/99-006R5 HDSL2 standards. The H2TU-C-388 is compatible with the following DDM+ high-density shelves and associated equipment: • ADC HCS-402, two-slot shelf with #150-1193-01 adapter • Shelf (23-inch) –...

  • Page 71: Appendix D - Product Support

    UPPORT ADC Customer Service Group provides expert pre-sales and post-sales support and training for all its products. Technical support is available 24 hours a day, 7 days a week by contacting the ADC Technical Assistance Center (TAC). • Quotation Proposals Sales Assistance •...
  • Page 72 152-388-115-03, Issue 03 List of Abbreviations IST OF BBREVIATIONS HCDS: High Capacity Digital Service HDSL2: High bit-rate Digital Subscriber Line 2 Attenuation HES: HDSL2 CRC Error ACO: Alarm CutOff HiGain ACQ: Acquisition AIS: Alarm Indication Signal ALRM: Alarm Identification AMI: Alternate Mark Inversion IOR: Intelligent Office Repeater...

  • Page 73: List Of Abbreviations

    List of Abbreviations 152-388-115-03, Issue 03 PRM-FE: Performance Report Messaging-Far End PRMN: Performance Report Messaging - Near End PRM-NE: Performance Report Messaging-Near End PWRF: Line Power Feed RAI: Remote Alarm Indication RAI-CI: Remote Alarm Indication - Customer Installation RAIS: Remote Alarm Indication Signal RLOS: Remote Loss of Signal ROVR: RAI Overwrite RTPV: Remote Provisioning...
  • Page 74 152-388-115-03, Issue 03 List of Abbreviations H2TU-C-388 List 1E April 21, 2000...

  • Page 75: Certification And Warranty

    ADC during the 90-day warranty period is, at ADC’s option, either (a) return of the price paid or (b) repair or replace of the software. ADC also warrants that, for a period of thirty (30) days from the date of purchase, the media on which software is stored will be free from material defects under normal use.
  • Page 76 ADC DSL Systems, Inc. 14402 Franklin Avenue Tustin, CA 92780-7013 Tel: 714.832.9922 Fax: 714.832.9924 Technical Assistance Tel: 800.638.0031 Tel: 714.730.3222 Fax: 714.730.2400 : 152-388-115-03, I OCUMENT SSUE ISO 9001/TL 9000 ´,-(¶9j¨ 1213089 DNV Certification, Inc. REGISTERED FIRM...

This manual is also suitable for:

150-2406-15

Table of Contents