EclipsePOG 003 041215 eBook

Product Ordering Guide

Eclipse_POG.qxd 5/5/04 1:01 PM Page 2

EclipseProduct Ordering Guide

Eclipse Product Ordering Guide

POG-000002-001 Rev 003 December 2004

Copyright © 2003 - 2004 by Stratex Networks

All rights reserved. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language or computer language, in any form or by any means, electronic, magnetic, optical, chemical, manual or otherwise, without the prior written permission of Stratex Networks. To request permission, contact [email protected].

Printed in New Zealand

DisclaimerStratex Networks makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties or merchantability or fitness for any particular purpose. Further, Stratex Networks reserves the right to revise this publication and to make changes from time to time in the content hereof without obligation of Stratex Networks to notify any person of such revision or changes.This equipment has been tested for and meets EMC Directive 89/336/EEC. The equipment was tested using screened cabling. If any other type of cable is used, it may violate compliance.

TrademarkCompactFlashTM

For sales information, contact one of the following regional Stratex Networks offices, during normal business hours.

Corporate Headquarters Americas Headquarters

Europe Headquarters

Stratex Networks120 Rose Orchard WaySan Jose, CA 95134-1358 U.S.A.

Stratex NetworksRegus, Central BoulevardBlythe Valley Business ParkSolihull, Westmidland B90 8AGUnited Kingdom

Phone: +1 408 943 0777Facsimile: +1 408 944 1801

Phone: +44 1564 711084Facsimile: +44 1564 711335

Asia Pacific Headquarters Middle East, Africa, and CIS Headquarters

Stratex Networks10 Ang Mo Kio Street 65#03-13 TechpointSingapore 569059

Stratex NetworksAPI World TowerSuite 302 ASheikh Zayed RoadDubai, P.O. Box 32423United Arab Emirates

Phone: +65 6484 7780Facsimile: +65 6484 7768

Phone: +97 1433 25600Facsimile: +97 1433 25700

For Customer Service, contact one of the regional Technical Help Desks listed below.

You can also call your local Stratex Networks office. Contact information is available on our website:www.stratexnet.com

Americas Technical Help Desk EMEA Technical Help Desk

Stratex Networks120 Rose Orchard WaySan Jose, CA 95134-1358 U.S.A.

Stratex Networks4 Bell DriveHamilton International Technology ParkBlantyre, ScotlandG72 0FBUnited Kingdom

Phone:+1 800 362 9283 (from within the US)

Phone: +44 1698 717 230

[email protected] [email protected]

Asia Pacific Technical Help Desk New Zealand Help Desk

Stratex NetworksBldg 10, Unit BPhilexcel Industrial ParkClark Special Economic ZoneClark FieldPampanga, Philippines

Stratex Networks20 Peterkin StreetLower HuttWellingtonNew Zealand

Phone: +63 45 599 5192

[email protected] [email protected]

Contents

Document Approval...................................................................................... ixEclipse Product Management ....................................................................... ixAmendment Record ....................................................................................... xPurpose.......................................................................................................... xiGraphical Cues.............................................................................................. xi

Chapter 1. Eclipse OverviewEclipse Platform Features ........................................................................... 1-2

Capacity Migration .............................................................................. 1-3Summary.............................................................................................. 1-3

Product Coverage........................................................................................ 1-4Eclipse Components ................................................................................... 1-6

Eclipse Terminal.................................................................................. 1-6Eclipse Node........................................................................................ 1-6Indoor and Outdoor Unit Compatibility .............................................. 1-7Module Functions ................................................................................ 1-7

Eclipse Configurations................................................................................ 1-9Non-Protected (NN)............................................................................. 1-9Protected (HH)..................................................................................... 1-9Protected Space Diversity (HS) ........................................................... 1-9Protected Frequency Diversity (FF) .................................................. 1-10Dual Capacity Non-Protected, 2+0 Adjacent Channel Operation ..... 1-10Dual Capacity 2+0, 2+2, and 4+0 Co-Channel Operation (CCDP) .. 1-10Eclipse Backplane Capacity and Configuration ................................ 1-11

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Chapter 2. Ordering Eclipse EquipmentGeneral Information.................................................................................... 2-1

Type Approval ..................................................................................... 2-1Availability and Rollout ...................................................................... 2-1

Eclipse Ordering Tools................................................................................ 2-2Focus NC ............................................................................................. 2-3Siebel ................................................................................................... 2-6

Choosing Eclipse Equipment ...................................................................... 2-7Determining the System Parameters.................................................... 2-7Eclipse Terminal Equipment ............................................................... 2-8

Flow Chart of Decisions for the Terminal ................................... 2-9Eclipse Node Equipment ................................................................... 2-10

Flow Chart of Decisions for the Node....................................... 2-11Ordering Eclipse Node Accessories .......................................... 2-13

Eclipse Platform Upgrades ....................................................................... 2-13Ordering Eclipse Spares............................................................................ 2-15

Hardware............................................................................................ 2-15Flashcards and Licenses .................................................................... 2-16

Replacing Damaged Flashcards................................................. 2-16Eclipse Packaging ..................................................................................... 2-16

Chapter 3. Eclipse Equipment and Part NumbersEclipse Indoor Equipment........................................................................... 3-1

Indoor Terminal Unit ........................................................................... 3-2Indoor Node Unit ................................................................................. 3-3

INU (Intelligent Node Unit) ........................................................ 3-3INUe (Intelligent Node Unit, Expanded) .................................... 3-4Radio Access Cards (RAC) ......................................................... 3-6Data Access Cards (DAC)........................................................... 3-7Node Protection Card (NPC)....................................................... 3-8Auxiliary Card (AUX)................................................................. 3-9Blank Panel Cards ....................................................................... 3-9

vi Stratex Networks


Eclipse Outdoor Equipment...................................................................... 3-10Eclipse ODUs .................................................................................... 3-10ODU Part Number Format................................................................. 3-10

EXX........................................................................................... 3-10FF (Frequency Band)................................................................. 3-11TRSP (Transmit to Receive Channel Spacing (MHz)............... 3-12CHD (Channel Designator) ....................................................... 3-12

ODU Part Number Example.............................................................. 3-12ODU Flange Types ............................................................................ 3-13Tuning Guide ..................................................................................... 3-13Polarization Rotator Availability....................................................... 3-13

Eclipse Antennas....................................................................................... 3-14Antenna Part Number Format............................................................ 3-14

FF Frequency Band ................................................................... 3-15B Sub Band................................................................................ 3-15SM Size in Meters ..................................................................... 3-15P Performance ........................................................................... 3-15PR Product Range...................................................................... 3-15M Mounting............................................................................... 3-16Antenna Part Number Example................................................. 3-16

ODU Mounting Options .................................................................... 3-17Eclipse Coupler.................................................................................. 3-21

Coupler Part Number Format .................................................... 3-215 GHz Splitter/Combiner................................................................... 3-22Eclipse Remote Mount ...................................................................... 3-23Eclipse Flexible Waveguides............................................................. 3-23

Flexible Waveguide Part Numbers ............................................ 3-24Custom Flexible Waveguides ............................................................ 3-245GHz ODU Jumper Cables ............................................................... 3-25Flexible Waveguide Hangers............................................................. 3-27Flange Types and Orientations .......................................................... 3-28

Eclipse Licensing ...................................................................................... 3-29Terminal Licenses.............................................................................. 3-29Node Licenses.................................................................................... 3-29License Upgrades............................................................................... 3-32

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Eclipse Accessories................................................................................... 3-35Setup CD............................................................................................ 3-35Documentation................................................................................... 3-35RAC/IDU to ODU Accessories ......................................................... 3-36

RAC Accessories....................................................................... 3-36RAC/IDU to ODU Cables ......................................................... 3-37Cable Accessories and Connectors............................................ 3-39ODU Accessories ...................................................................... 3-40Lightning Protection .................................................................. 3-41

INU, INUe, and IDU Accessories ..................................................... 3-43IDU Accessories ........................................................................ 3-46

DAC, IDU Accessories...................................................................... 3-47E1/DS1 ...................................................................................... 3-47E3/DS3 (Slim Line BNC).......................................................... 3-49STM1/OC3 (SC Optical) ........................................................... 3-50STM1/OC3 (LC Optical)........................................................... 3-51STM1/OC3 (BNC) .................................................................... 3-53Ethernet RJ45 ............................................................................ 3-53

Auxiliary Cables ................................................................................ 3-54Standard Accessories for the AUX Card EXA-001 ................. 3-54Optional Accessories for the INU ............................................. 3-54

Appendix A. Eclipse Order Example

Appendix B. Eclipse Backplane OverviewEclipse TDM Bus Architecture.................................................................. B-1TDM Bus Operation .................................................................................. B-1Bus Rules and Examples............................................................................ B-2

Appendix C. Abbreviations

Index

viii Stratex Networks


Document Approval

Eclipse Product ManagementThe following people are responsible for managing the Eclipse product:

The Stratex Networks intranet site URL is: http://www.go-stratex.com/

Prepared by:

Richard MalleyProduct ManagerProduct ManagementWellington, New Zealand

Approved by:

Approved by: Approved by:

Callum Noon [email protected]

Richard Malley [email protected]

POG-000002-001 Rev 003 December 2004 ix

Amendment RecordThe amendment status is updated after the document is signed and document approval will be obtained by a review of the document.

Amendment Author Description Date

Richard Malley Updated accessories and revised document format and structure

July, 2004

Richard Malley Added 5 GHz and various other accessories and updated the available plug-ins in line with product rollout.

December, 2004

x Stratex Networks


PurposeThe intent of this document is to assist sales staff and approved resellers when quoting the Eclipse product. This document is intended as a guide to the Eclipse platform and should be used to supplement the existing sales tools such as Focus and Siebel.

Graphical CuesThe following icons function as graphical cues used to characterize particular types of associated supporting information.

A caution icon denotes important information pertaining to damage to equipment, loss of data, or corruption of files.

A warning icon denotes danger to life and/or limb.

A note icon denotes additional information you may require to complete the procedure or understand the function.

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Chapter 1. Eclipse Overview

Eclipse from Stratex Networks is the first microwave radio to integrate all point-to-point applications in a single product platform. Eclipse changes the way networks are planned, deployed and maintained, dramatically reducing the total cost of using microwave backhaul. Its highly scalable, software-configurable architecture gives operators complete control of changing conditions and future network needs, all with minimal cost and service disruption.

Eclipse is unique in providing single-platform coverage for all licensed frequency bands from 5 to 38 GHz with capacities from 4xE1/DS1 to 2xSTM1/OC3, plus Fast Ethernet. Eclipse is first to combine PDH and SONET applications in one radio. Figure 1 shows the two types of hardware available with the Eclipse platform.Figure 1-1. Eclipse Terminal and Node

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Eclipse Platform FeaturesUnique features include:

• Choice of modulation and capacity via software.

• Choice of operation as a PDH or SONET radio via software.

• NxE1/DS1 rates up to 75 x E1/84xDS1 provide an alternative to migrating to SONET.

• Choice of E1/DS1, E3/DS3, STM1/OC3 and Ethernet customer interfaces.

• Software-configurable traffic routing, without local cabling.

• Designed for maximum uptime, minimum time to repair, and a 30-year field MTBF.

• Portal, an advanced Java-based maintenance tool, presents local and remote node status with performance monitoring, configuration control and diagnostics.

• ProVision element manager provides comprehensive management for small to large networks.

• Diagnostic tools include E1/DS1 circuit performance monitoring across multiple Eclipse nodes.

• Automated commissioning and fault-finding routines support fast deployment and maintenance.

• Node supports star and ring configurations.

• One Node (1RU) supports up to three ODUs.

• Extended Node (2RU) supports up to six ODUs.

1-2 Stratex Networks


Capacity MigrationEclipse provides capacity migration from low-capacity PDH to high-capacity PDH or SONET, all in one platform. This flexibility allows operators to plan for future network requirements with confidence that future risks on capacity are minimized. The Eclipse capacity upgrade path is illustrated below in Figure 1-2.

Figure 1-2. Eclipse E1 Capacity Upgrade Path

SummaryEclipse incorporates the latest technology to deliver a wireless solution optimized for backhaul networks, whether connecting base stations for 2G or 3G mobile networks or terminals for MMDS fixed wireless access or private networks. Stratex Networks has concentrated on providing innovative features to lower the total cost of wireless backhaul. It enhances the overall experience in planning, ordering, and delivery through to deployment and ongoing maintenance, at the same time providing an upgrade path to next generation network requirements.

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Product CoverageFor information concerning availability, delivery and product information, contact Product Management (refer to the front of this guide) or your local Stratex Networks sales office or representative.

The following tables detail the available: frequency bands, spacing, capacity, and the possible configurations for the Eclipse Node and Terminal



Table 1-1. Eclipse Node, Frequency, and Possible Configurations

Table 1-2. Eclipse Terminal, Frequency, and Possible Configurations

For detailed sub-band information, refer to the Intranet at the following location: http://www.go-stratex.com/field_marketing/sales_tools/eclipse.html

Freq Band Freq GHz T/R Spacing Max Capacity Configurations

5 GHz 4.400 to 5.000 312 STM1/OC3 NN, HH, HS, FF/2+0

L6 GHz 5.925 to 6.425 252 STM1/OC3 NN, HH, HS, FF/2+0

U6 GHz 6.425 to 7.125 160, 170, 340 STM1/OC3 NN, HH, HS, FF/2+0

7 GHz 7.110 to 7.900 154, 161, 245, 196, 168 STM1/OC3 NN, HH, HS, FF/2+0

8 GHz 7.250 to 8500 119, 126, 151.6, 266, 311.3 STM1/OC3 NN, HH, HS, FF/2+0

11 GHz 10.700 to 11.700 490, 500, 530 STM1/OC3 NN, HH, HS, FF/2+0

13 GHz 12.750 to 13.250 266 STM1/OC3 NN, HH, HS, FF/2+0

15 GHz 14.400 to 15.350 315, 420, 475, 490, 644, 728

STM1/OC3 NN, HH, HS, FF/2+0

18 GHz 17.700 to 18.900 340, 1010, 1092, 1120, 1560

1x/2x STM1/OC3 NN, HH, 2+0

23 GHz 21.200 to 23.600 600, 1008, 1200, 1232 1x/2x STM1/OC3 NN, HH, 2+0

24 GHz 24.250 to 27.000 800, 855, 1008 1x/2x STM1/OC3 NN, HH, 2+0


32 GHz 31.800 to 33.400 812 1x/2x STM1/OC3 NN, HH, 2+0


Freq Band Freq GHz T/R Spacing Max Capacity Configurations

7-23 GHz As above for each individual band

As above for each individual band

16x E1/DS1 NN

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Eclipse ComponentsThe Eclipse platform has two primary variants and each is used for a specific application.

Eclipse Terminal

Eclipse Node

The Eclipse Node uses a modular chassis with multiple plug-ins that have the ability to support multiple radio paths and add/drop capability in the one chassis.

An Eclipse platform using the Indoor Node Unit (INU) or Indoor Node Unit extended (INUe) is called an Eclipse Node. The INU comprises the Indoor Chassis (IDC) and the (INUe) comprises the Indoor Chassis extended (IDCe).

• Uses simple Indoor Unit (IDU), 8E1 QPSK or 16E1 QPSK

• Single board, non-modular design

• Supports single Outdoor Unit (ODU 100) for terminal configurations only

• Can be traditional point-to-point radio with an Indoor Unit (IDU) and ODU 100 at each end of a link

• Low to medium capacity with software capacity selection

• Non-protected configurations only

• Uses modular Intelligent Node Unit (INU or INUe)

• Highly scalable capacity architecture

• Optimized node terminating several radio paths

• Multiple ODU support with built-in traffic routing

• Reduction of rack space and tributary cabling



Both the INU and INUe are supplied with Node Control Card (NCC) and Fan plug-in(s). The additional plug-ins are the Node Protection Controller (NPC), RAC, DAC, and AUX plug-ins.

The Eclipse Node supports the ODU 100 and ODU 300. The ODU 100 supports capacities of 4x E1 to 16x E1 with QPSK modulation only. The ODU 300 supports capacities from 4x E1 to 2x STM1with varying modulation options from QPSK to 256 QAM.

Indoor and Outdoor Unit CompatibilityThe Eclipse platforms are made up of indoor and outdoor units that are used together to offer different capabilities as shown in Figure 1-3.Figure 1-3. Indoor and Outdoor Unit Compatibility

Module FunctionsTable 1-3 explains the function of the two chassis, the Eclipse plug-ins, and the ODUs.Table 1-3. Functional Description of Each Module

Item Functional Description

Terminal

IDU The IDU is a 1RU chassis for data rates from 4 to 16xE1 with QPSK modulation. It is for non-protected operation only and requires the ODU 100. Two versions are provided, one for 4/8xE1, and one for 4/8/16xE1.

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Node

INU The INU is a 1RU chassis (the IDC) fitted with mandatory plug-ins (one NCC and one FAN) plus optional plug-ins. It supports up to three ODUs for three non-protected links, or one protected/diversity link and one non-protected link.

INUe The INUe is a 2RU chassis (the IDCe) fitted with slots for three mandatory plug-ins (one NCC and two Fans) and ten optional plug-ins. It supports up to six ODUs for six non-protected links, or up to three protected/diversity links.

NCC V2 The NCC performs the key node management and control functions and provides various dc rails from the -48Vdc input. The NCC includes a plug-in flash card that stores node configuration detail and license data. One NCC must be fitted in each chassis (IDC/IDCe).

NPC The NPC provides redundancy for the TDM bus management and power supply functions normally provided by the NCC.

RAC A chassis may be fitted with a maximum of three RACs, and up to six for the IDCe. Each RAC interfaces to a companion ODU via a single 50ohm coaxial cable. For most installations the RAC 30 card is used, which provides access to all rates from 4xE1 to 1xSTM1/OC3. Other RACs support specific applications, such as the ODU 100, capacity and bandwidth options greater than 30 Mhz (2xSTM1/OC3), higher multiples of E3 and DS3 rates, and co-channel operation.

DAC The DAC provides customer line interface options for E1, E3, DS1, DS3, STM1/OC3, and Ethernet.

AUX The AUX provides auxiliary data channels and alarm inputs/outputs for third-party alarm connections.

Outdoor Units

ODU 100 The ODU 100 supports capacities from 4 to 16xE1 the frequency range from 7 to 23 GHz. The modulation is QPSK. It is used with the INU or IDU to provide an economical solution for medium capacity spur links and non-protected single links.

ODU 300 The ODU 300 supports all capacities from 4xE1/DS1 to 2xSTM1/OC3, with bandwidths from 3.5 to 56 MHz and modulation rates from QPSK to 256QAM. It is used with the INU or INUe only.

Because of the complexity of a typical node network and the number of nodes typically used in a network, a configuration tool, Focus NC, has been created that automatically configures the required nodes with the required plug-ins when the capacity, frequency, modulation, and add/drop configurations have been determined for each node/site. For more information refer to Focus NC on page 2-3.

Item Functional Description



Eclipse Configurations

Non-Protected (NN) A non-protected terminal, also known as 1+0, is a configuration in which there is a single transmission path without redundancy of any kind. An NN terminal has a single ODU and RAC or IDU. In this configuration any traffic-affecting fault in either of these units will result in a loss of traffic over the link. An NN configuration is normally chosen when traffic is non-critical or when path redundancy is available (due to route/medial diversity rings).

Protected (HH)A protected terminal, also known as 1+1, provides two redundant transmission paths, but only one is active at any one time. A hot standby (HH) terminal consists of two ODUs and two RACs. Each transceiver operates on a single frequency, with the online transmitter active while the offline unit is operational with the transmitter muted. With the offline transmitter constantly on, traffic can be restored in a matter of milliseconds if the online unit fails, without any warm-up time. In the receive path, the incoming signal is split between the two receivers. The system software automatically selects the receiver with the better quality signal. An HH configuration is normally chosen when traffic carried is critical in nature.

Protected Space Diversity (HS)Space Diversity is a special equipment configuration used to reduce the adverse effects caused by multi-path fading. As this only occurs at lower frequencies, this feature is offered in frequencies from 5 to 15 GHz. The diversity operation is realized by receiving the same signal using two antennas, spatially separated (vertically). Each antenna is connected to a receiver. The better quality signal is then selected in the RAC, based upon bit error rate (BER).

The decision to deploy HS depends upon path analysis of the link, and is influenced by the path length, terrain type and variation, geographical location, and link availability target. Space diversity comes at the expense of additional cost and tower loading of the second, diversity receive antenna.

Protected Space Diversity (HS) is not applicable to the RAC10 as it does not have a hitless receiver.

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Protected Frequency Diversity (FF)Frequency diversity is a dual-frequency protected configuration, which provides protection against multi-path fading (although less than that provided by space diversity), but requires the use of a single antenna. In FF configuration, the main and redundant radio paths operate on different frequencies, with path selection made again between the two received signals. There is no transmitter switch. Since an additional frequency is needed in addition to the main traffic channel, FF is often not permitted in regions that experience frequency band congestion.

The Eclipse FF configuration is available in a standard configuration using an ODU coupler or an antenna that will accept two waveguide feeds.

Dual Capacity Non-Protected, 2+0 Adjacent Channel Operation

The architecture of the Eclipse Node enables a dual-path configuration where one of the paths is on a different polarization or an adjacent channel.

With the 2+0 configuration, the Eclipse is able to provide up to 2xSTM1, from a single IDU, dual ODUs and a dual-pole antenna. Higher capacity capability can be simply achieved by upgrading existing 1+0 or 1+1 terminals to 2+0.

Dual Capacity 2+0, 2+2, and 4+0 Co-Channel Operation (CCDP)

The Eclipse Node supports co-channel, dual-polarized operation to provide double the capacity over the same path, on the same frequency channel, by deploying separate radio paths on vertical and horizontal polarizations.

This is achieved with the RAC 40 plug-in, which incorporates a Cross-Polarization Interference Cancellation (XPIC) to improve polarization discrimination. The RAC 40 operates with the ODU 300, for bandwidth options up to 30 MHz (as for the RAC 30), to support capacities up to 64xE1, 84xDS1, 4xE3, 3xDS3 and STM1/OC3. With co-channel operation, this capacity support is doubled over the same frequency channel.

The only limitations to the Eclipse architecture is the TDM backplane maximum capacity of 100 x E1, 128 x DS1 or 2 x STM1. Maximum capacity of each radio path when in a single chassis is therefore 50 x E1, 64 x DS1 or 1 x STM1 over each individual path when in 2+0 operation.

Protected Frequency Diversity (FF) is not applicable to the RAC10 as it does not have a hitless receiver.



When higher capacity is required on the overall path, dual INU or INUe chassis can be used to increase the overall capacity so each combined path can have a maximum capacity of 128 x E1, 168 x DS1 or 2 x STM1. Protecting any of the paths requires duplicate RAC 40 plug-ins, ODU 300s and couplers on each antenna. With the use of dual chassis and four pairs of RAC40 and ODU 300 the platform will support up to 4+0 STM1 in one direction.

Eclipse Backplane Capacity and ConfigurationTo understand the Eclipse TDM bus and the capabilities of the node an understanding of the backplane is recommended.

Refer to Appendix B.

For detailed information concerning CCDP configurations, refer to the white paper, Eclipse Co-Channel Operation.This document is available in PDF on the Stratex Intranet: www.go-stratex.com

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Chapter 2. Ordering Eclipse Equipment

General Information

Type ApprovalThe Eclipse platform has extensive international approvals in place, but you must ensure that the equipment is “Type Approved” for the country of deployment. Most countries require microwave radio equipment to be “Type Approved” by the National Regulator before equipment can be deployed. In many cases licenses for operating frequencies cannot be obtained without an Approval Reference.

To ascertain the Eclipse approval status for your specific requirement, please contact Regulatory and Compliance manager (Product Management) or the nearest Stratex Networks office or representative.

Acceptance of an order does not bind Stratex Networks to obtaining necessary Approvals (if these are not already in place) in a country unless this has been previously agreed.

Availability and RolloutAvailability is communicated in the product road map, available on the Stratex Networks Intranet. Availability and Roll Out (ARO) and lead-time dates are detailed in Focus and Siebel.

Inclusion of equipment in this manual does not indicate it is currently available, as new products are included in Focus and Siebel three months prior to initial availability.

Eclipse Ordering ToolsSiebel is the sales tool used when ordering Eclipse equipment, and it is always used when placing an order. However, because of the complex nature of many networks, a network configuration tool, Focus, has been created.

In general, if a network has less than 5 links then Siebel can be used by itself. If a network has more than 5 links, the configuration should be modelled in Focus first, and then migrated into Siebel for the actual ordering. A broader description of the system’s limits is given in Figure 2-1.Figure 2-1. Sales Tool To Use When Ordering Eclipse Equipment

Focus NCFocus NC (Network Configurator) is the primary tool for configuring networks when quoting Eclipse Nodes.

Focus NC is designed to facilitate customer understanding of the Eclipse product and create order quotes. It simplifies planning, and enables you to intuitively plan, visualize and optimize your network, leading to cost savings and faster installation. Focus's unique guides, wizards and click-and-drag user interfaces allow you to create or upgrade an Eclipse node network, and produces the following:

• Eclipse Product Preview

• Budgetary Quote

• Detailed Quote

Quote Type Description

Eclipse Product Preview Displays all existing Eclipse configurations that are contained within the published roadmap document. This allows the user/customer to fully explore the flexibility they have available to them with Eclipse. Price List reports can be created for information purposes. However it is not possible to export any items into .csv files for import into Siebel.

Budgetary Allows you to create quotes that contain a mix of released and non-released items. Released items (including those scheduled for release through June 2004) can be selected in fully configurable parts, whereas configurations that will be released after June are selected via the 'M' numbers, for example [M-EDH-13-0266]. You can create a .csv file within this screen that allows you to import your quote details into Siebel. Model numbers are used for forecasting but are not transferred to Oracle.1

1. Oracle is the material resource system used when an order is placed.

Detailed Allows you to configure a network using released configurations (including those scheduled for release through June 2004). Model part numbers are displayed within this screen. The configuration wizards ensure that only fully released parts are loaded onto your quote and that the .csv file created contains only parts that can also flow through Siebel into Oracle, when ordered.1

Features include the generation of the following reports:

• Parts list by network and site

• Network spares and site accessories selection

• Network quote estimates/budgetary quotes

• Bill of Material reports

Focus NC enables a user with a basic understanding of the Eclipse platform to design a complex network with many of the advanced features of which the Eclipse platform is capable.

The configuration rules built into Focus NC enable the user maximum flexibility to deploy complex networks while Focus NC automatically configures the nodes with the required plug-in licenses and accessories required on a site-by-site basis.

Focus NC is designed to enable our customers to experience the flexibility of the Eclipse product line as they work their way through the Product Preview modes up to the preparation of the parts required to complete a detailed quote.

After the network has been created and saved as an XML file it can be shared with other Focus NC users so the network can be edited to achieve the desired technical solution. Focus NC tabulates and displays the required Eclipse parts, recommended accessories, spares, and optional accessories. When required a .csv file can be generated within the Budgetary Quote and Detailed Quote Modes and imported into Siebel.

The following figures illustrate a network built within Focus.Figure 2-2. Example Network Designed and Configured in Focus NC

Figure 2-3. Example Parts by Site report created by the Focus NC

Figure 2-4. Example Links in Network report created by Focus NC

Figure 2-5. A Budgetary Quote can be exported to Siebel

For detailed information concerning the use of the Focus NC refer to the Focus NC 2.0 User Guide.pdf. This is bundled with the Focus NC tool available from www.go-stratex.com.

For ordering examples of an Eclipse Node, refer to Appendix A.

SiebelThe Siebel sales tool has an inbuilt parts selector that can be used to manually select Eclipse equipment on an item-by-item basis. All of the available hardware is available in the explorer tree, and application notes and information is available in the Literature section of the primary tasks tab.

Because of the complex nature of the Eclipse Nodes, the Siebel inbuilt parts selector should be used only when ordering small numbers of Nodes, Terminals, or accessories to complement an existing node network.Figure 2-6. Inbuilt Parts Selector - Explorer Tree

Siebel has been upgraded to import complete networks from the Focus NC, eliminating the need to manually configure each item line by line. Once a budgetary quote has been created in Focus NC, it can be imported into Siebel.Figure 2-7. The Siebel - Import Option

The Import button pulls the saved .csv format file from the Siebel folder and imports the line items into the quote; depending on the size of the network this can take several minutes.

Figure 2-8. The Imported Quote In Siebel

Choosing Eclipse EquipmentThe first consideration is to determine the required system parameters. Next is whether the network requires low-capacity terminal equipment, or a high-capacity, ring or protected node solution, or a combination of equipment.

Determining the System ParametersWhen ordering an Eclipse Terminal or Node system the following basic parameters must be known:

• Frequency band and applicable sub-band

• Equipment configuration

NN, HH, HS, FF, 2+0 or 4+0

• ]Network topology when deploying nodes

HH, HS, FF or Ring protection

• Transmit to Receive spacing

• Which sites will be Hi or Lo Band?

• Add/drop capacity required at each site

Tributary, Ethernet, or both?

• Tributary interface and backplane configuration

E1, DS1, or STM1

For an ordering example for an Eclipse Node using Focus NC, refer to Appendix A.

Eclipse Terminal EquipmentThe Eclipse Terminal equipment is best suited for non-critical, low-capacity traffic usually at the outer edges of an Eclipse node network.Figure 2-9. Eclipse Terminal

The Eclipse Terminal consists of an Indoor Unit and an ODU: each Terminal is one end of a non-protected link. The IDU capacity is either 4/8E1 QPSK or 4/8/16E1 QPSK using an ODU 100.

A confirmed order must include the required frequency/sub-band information.

Flow Chart of Decisions for the Terminal

Or

PARTS

KE

Tincha

der an EclipseTerminal

1. 8x or 16x

E1

5. ODU(s)Selection

What is the required:- Frequency band- Sub Band- T/R Spacing- Output power

What is the required:- Tributary Impedance- Tributray length- Tributary termination- Straight or X-over

6. How will eachODU be mounted?

Slip Fit

Select the required:- Remote mount- Flexible waveguide

Remote

7. AntennaSelection

Select the requiredAntenna based on:- Frequency Band- Sub Band- Size- Performance- Mounting

Required to carry NMStraffic or when interfacing

with external alarms

3. Will IDU to ODU kits be used or

individual parts?KIT

1a. Select the Requiredcables based on:- Type of Traffic- Required termination- I/O alarms are used

Select the required kit:- Cable type- Length

Select individaul items:- Type of cable- Length of bulk cable- N -Type connectors- Weather proofing kits- Ground Kits- Hangers or Cable ties

4. Single orDual Lightning

arrestors?Seclect the required

arrestor kits for each IDUto ODU cable run.

How many of each are required?

Y OptionStart Point Decision Part Selection Option

2. Trib CableSelection

he License isluded with therdware unlessrequested

To order an Eclipse Terminal:

Eclipse Node EquipmentThe Eclipse Node equipment consists of an INU or INUe that is the heart of the modular system as well as ODU(s) that form the split-mount architecture. An INU will typically support a DAC, RAC (+ODU) and have enough room for another RAC (+ODU) and an NPC if required. The base price of an INUe is only 18% more than the standard INU so if there is any possibility of significant expansion in the Node this should be considered.

1 IDU 8x or 16x E1or DS1 Refer to the flow chart on the previous page.

1a What NMS and I/O cables are required? Refer to Auxiliary Cables on page 3-54.

2 What tributary cables are required to terminate the IDU to other equipment

Refer to DAC, IDU Accessories on page 3-47.

3 Will IDU to ODU kits be used or will be parts be selected individually?

Refer to RAC/IDU to ODU Accessories on page 3-36.

4 How many lightning arrestors will be used per cable run?

Refer to RAC/IDU to ODU Accessories on page 3-36.

5 What ODU is required? Is there a channel plan? Refer to Eclipse ODUs on page 3-10 and to the Intranet at the following location: http://www.go-stratex.com/field_marketing/sales_tools/eclipse.html

6 Will the ODU be slip fit or remote mount? Are remote mount or wave-guide required?

Refer to Eclipse Remote Mount on page 3-23 and to Eclipse Flexible Waveguides on page 3-23.

7 What type of antenna is required? Refer to Eclipse Antennas on page 3-14.

Flow Chart of Decisions for the Node

Order an

9. ODU(s)Selection

hat is the required:requency bandub Band/R Spacingutput power

at is the required:ributary capacityodulationPIC requirement

Select Antenn- Frequ- Sub B- Size- Perfo- Moun

7. Will IDU toDU kits be used orindividual parts?

ConfiureFocus tolicense

Use the pgenerat

par

How maused anrequired

each

Configuli

How ma are re

w many of eachare required?

How may plug-ins arerequired?Less then 4 use an INUMore then 4 use an INUe

Eclipse Node 1. INU or INUe?

4a. Will the path be?NN, HH, HS, FF, 2+0

NNOne RAC per path

HH, HS, FF, 2+0Two RACs per path

W- F- S- T- O

Wh- T- M- X

What is the required:- Tributary type- Tributray capacity- Tributary connector- Is a MUX required

5a.Tributary Cable

selection

What is the required:- Tributary connector- Tributary Impedance- Tributray length- Tributary termination- Straight or X-over- Splitter cable- Optical attenuation

11. How will eachODU be mounted?

Slip Fit

Select the required:- Remote mount- Flexible waveguide

Remote

10. Is a protectioncoupler required?

NO

YESSelect the required:- Coupler

12. AntennaSelection

the requireda based on:ency Bandand

rmanceting

4. RACSelection

5.DACSelection

3.Is an NPCrequired?

2.Is an AUXrequired?

If the Node has more thentwo RAC plug-ins this is

recommended.

Required to carry NMStraffic or when interfacing

with external alarms

O

KIT

2a. Select the Requiredcables based on:- Type of Traffic- Required termination- I/O alarms are used

Select the required kit:- Cable type- Length

Select individaul items:- Type of cable- Length of bulk cable- N -Type connectors- Weather proofing kits- Ground Kits- Hangers or Cable ties

PARTS

8. Single orDual Lightning

arrestors?

Seclect the requiredarrestor kits for each IDU

to ODU cable run.

Use Focus orSiebel to generate the license part

number for the node

the node in generate thepart number

Focus

art selector toe the licenset number

Siebel

6.BlankSelection

Will all of the plug-in slotsbe occupied?2 come with each INU4 come with each INUe

ny RACs ared what is the capacity on RAC(s)

re the Nodecense

ny of eachquired?

KEY OptionStart Point Decision Part Selection Option

Ho

To order an Eclipse Node:

1 Do you need an INU or INUe? Refer to Indoor Node Unit on page 3-3.

2 Will auxiliary traffic be transported and will the node be interfacing with external equipment such as a BTS

Refer to Auxiliary Card (AUX) on page 3-9.

2a What Auxiliary cables are required Refer to Auxiliary Cables on page 3-54.

3 Is a NPC required for TDM bus and dc protection Refer to Node Protection Card (NPC) on page 3-8.

4 What is the capacity of the path? This determines the RAC type. Refer to Radio Access Cards (RAC) on page 3-6.

4a How many paths are required and what type

• 1 x RAC for NN

• 2 x RAC for HH, HS FF and 2+0

• 4 x RAC for 4+0

Refer to Eclipse Configurations on page 1-9.

5 What is added or dropped at each site? Is it voice, data, or a combination of both?

Refer to Data Access Cards (DAC) on page 3-7.

5a What tributary cables are required for the selected DAC plug-ins?

Refer to E1/DS1 on page 3-47.Refer to E3/DS3 (Slim Line BNC) on page 3-49.Refer to STM1/OC3 (SC Optical) on page 3-50.Refer to STM1/OC3 (LC Optical) on page 3-51.Refer to STM1/OC3 (BNC) on page 3-53.Refer to Ethernet RJ45 on page 3-53.

6 If the INU or INUe is not fully populated, extra blank panels are required.

Refer to Blank Panel Cards on page 3-9.

7 Are you using IDU to ODU kits or are parts selected individually?

Refer to RAC/IDU to ODU Cables on page 3-37.

8 How many lightning arrestors are used per cable run? Refer to RAC/IDU to ODU Cables on page 3-37.

9 Which ODU is required and is there a relevant channel plan?

Refer to Eclipse ODUs on page 3-10.Refer to Tuning Guide on page 3-13.

10 How is the ODU be mounted? Is a coupler required? Refer to Eclipse Coupler on page 3-21.

11 Is the ODU(s) a slip-fit or remote mount? Is a remote mount or wave-guide required?

Refer to Eclipse Remote Mount on page 3-23.Refer to Eclipse Flexible Waveguides on page 3-23.

12 What type of antenna is required? Refer to Eclipse Antennas on page 3-14.

13 What is the required capacity across each RAC/path Refer to Eclipse Licensing on page 3-29.

Ordering Eclipse Node AccessoriesTable 2-1. Reference Table for Node Accessories

Eclipse Platform UpgradesThe architecture and modular approach of the Eclipse platform is ideally suited to an evolving network as it grows to support customer and technology demands.

The following examples detail what additional license and modules are required.

Increasing the DAC capacity from DAC 4x to DAC 16x, assuming a base license is used, requires the following:

Accessories Reference

Indoor Unit Accessories Refer to INU, INUe, and IDU Accessories on page 3-43.Refer to DAC, IDU Accessories on page 3-47.Refer to RAC Accessories on page 3-36.

Outdoor Unit Accessories Refer to RAC/IDU to ODU Accessories on page 3-36.Refer to RAC Accessories on page 3-36.Refer to RAC/IDU to ODU Cables on page 3-37.Refer to Lightning Protection on page 3-41.Refer to Cable Accessories and Connectors on page 3-39.

Component Qty

DAC16x 1

EZA-00002 SW License, E1, 1RAC 16X, 5RAC 8X 1

Adding protection to a simple Eclipse Node (NN to HH) requires the following:

Adding protection to a simple Eclipse Node (NN to HS or FF) requires the following:

If the installation is a remote mount, the following is required:

Component Qty

RAC (The same as currently installed) 1

ODU (The same as currently installed) 1

Coupler that is frequency specific 1

IDU to ODU cable kit of the same length as currently installed. 1

RAC/IDU to ODU Surge Protection Kit 1

License upgrade: to match the current RAC capacity of the same path. 1

Component Qty

RAC (The same as currently installed) 1

ODU (The same as currently installed) 1

Antenna (The same as currently installed) 1

IDU to ODU cable kit of the same length as currently installed. 1

RAC/IDU to ODU Surge Protection Kit 1

License upgrade (Must match the current RAC capacity of the same path.)

1

Component Qty

Remote Mount Kit 1

Waveguide (Must be the same as is currently installed.) 1

Ordering Eclipse Spares

HardwareThe modular approach of the Eclipse platform means that the overall amount of spares required for even quite complex networks are quite low as many modules are common to each node such as the Chassis, the NCC, the DAC, and RAC modules.

It is recommended that even for very small networks at least one module (DAC, RAC, and both ODUs (Tx High and Tx Low)) are ordered to ensure that if faults occur the fault can be quickly remedied.

Focus will automatically calculate a number of spares based on the expected MTBF of the module type and the size of the network. A module is an ODU, chassis, or any plug-in such as a RAC, DAC, AUX, or NPC.

For a network of 25 Nodes it is recommended that the following spares be purchased:

Component Less than 100 of the same module

100 to 500 of the same module

500 to 1000 of the same module

IDC Chassis 1.00% 1.00% 0.50%

RAC, DAC, and AUX 2.00% 1.00% 0.50%

NCC and NPC 3.00% 2.00% 1.00%

Any ODU 4.00% 2.00% 1.00%

Component Qty Network Size

IDC Chassis 1 (or an IDC and an IDCe if both are used) (25+ in the network)

Each type of RAC and DAC module used

1 (50+ of each in the network)

NCC and NPC 1 (25+ of each in the network)

ODUs 2 (or enough ODUs to cover all of the available variants)

(50+ of different types)

Flashcards and LicensesThe correct part number for the spare flashcards is given in the following table. Focus recommends a spare flash card for each spare NCC card by default. When configuring quotes via the Siebel parts selector, spare licenses need to be added manually.

Replacing Damaged Flashcards

When you need to deploy a spare flash card in the field, you must request an upgrade via the help desk, for the spare card as it must be shipped at default capacity (at $1).

To process a flash card upgrade request the help desk requires:

• the flash card serial number for the damaged card

• the faulty flash card returned within 30 days (or you will be billed for the license upgrade).

Eclipse PackagingWith the Eclipse platform being very modular the same approach has been used for packaging to give flexibility to how it can be packaged and distributed to the customer and then to each site.

An Eclipse order will typically ship to a customer in four different box types:

• A bulk-shipping box (BSB) containing up to ten NCC modules or a mix of twenty DAC, RAC, AUX or NPC modules that can be configured and then dispatched to each site.

• An ODU box that is robust enough to be shipped directly to site.

• An INU or INUe box that is robust enough to be shipped to site as is: or when fully configured with DAC, RAC, AUX and NPC modules.

• An Accessory box that will contain the required accessories for the installation.

Once a shipment of Eclipse arrives at the primary customer site the INU and/or INUe can then be configured with the required plug-ins from the BSB(s) then populated and configured. The complete INU or INUe can then be shipped to the site in its original box.

Description Part Number Qty

INU/INUe Flash Card (with base license) EZE-00001 1

Figure 2-10. Eclipse Node Shipping Box and Contents

If you request a preconfigured Eclipse Network the network will ship in INU/IDU, ODU, and accessory boxes only. These boxes are site specific.

Chapter 3. Eclipse Equipment and Part Numbers

Eclipse Indoor Equipment

Figure 3-1. IDU 16x Indoor Chassis

Figure 3-2. IDU 20X Indoor Chassis

POG-000002-001 Rev 003 December 2004 3-1


Indoor Terminal UnitEvery IDU 8xE1 QPSK ordered (PN EXB-081-001) is supplied with:

Every IDU 16xE1 QPSK ordered (PN EXB-161-001) is supplied with:

The Eclipse IDU Installation kit (PN 179-530015-001) contains:


IDU 8X Assembly 131-142076-002 1

SETUP CD 857-000004-001 1

Eclipse IDU Installation Kit 179-530015-001 1


IDU 16X Assembly 131-142076-001 1

SETUP CD 857-000004-001 1



SCR,12-24 X 3/4,SS,PHIL,P/H 006-301412-024 5

Washer,SS,SLW,#12 006-311412-001 5

Power Cable, 2W2C Connector Twin 12 AWG Wire One End Terminated, 5 m

037-579103-001 1

Fuse,5A SLO BLO 5X20MM 027-380500-002 2

Maint Cable, RJ45 to DB9 V.24 Cable, 2 m

037-502516-001 1

Con,N,Angle,Adapter,Plug/Jack,Amphenol 82-64 RFX

350-000001-001 1

Disposable Wrist Strap 950-500330-001 1

A softcopy of the Eclipse User Manual is provided on the CD-ROM or a hardcopy version can be purchased, if required.



Indoor Node Unit

INU (Intelligent Node Unit)

The standard INU uses an IDC Chassis.Figure 3-3. INU with a DAC 16x and 3 x RAC cards

• NCC V2 and FAN - Dedicated slots

• Slots 1, 2, and 3 - any DAC, RAC, or AUX card - Universal

• Slot 4 - any DAC, RAC, AUX, or NPC card - NPC Universal slot

The INU or INUe is the starting point to build an Eclipse Node, once the type of INU has been selected, then the required module plug-ins and ODUs can be selected to build the complete Eclipse node.

POG-000002-001 Rev 003 December 2004 3-3


INUe (Intelligent Node Unit, Expanded)

The extended INUe uses an IDCe Chassis.Figure 3-4. INUe with DAC 16x, DAC 155o, DAC ES, NPC, and 6 x RAC cards

• NCC V2, NPC, and Fans - Dedicated slots

• Slots 7, 8, and 9 - any DAC or AUX card - Option slots

• Slots 1, 2, 3, 4, 5, 6- any RAC, DAC, or AUX card - Universal Slots

• Arrows indicate protected RAC cards in pairs.

Every INU ordered (PN EXX-000-002) is supplied with:


Eclipse, Node Controller Card V2 EXN-002 1

Eclipse Setup CD 857-000004-001 1

Indoor Chassis Assembly 1RU EXC-002 1

Eclipse IDC Accessory Kit 179-530014-002 1

Eclipse, Fan Card V2 EXF-002 1

Blank Panel Assy, Single Slot EXX-001 2



Every INUe ordered (PN EXX-000-201) is supplied with:

The Eclipse IDC Accessory Kit (PN 179-530014-002) contains:


Eclipse, Node Controller Card V2 EXN-002 1

Eclipse Setup CD 857-000004-001 1

Indoor Chassis Assembly 2RU EXE-001 1


Eclipse, Fan Card V2 EXF-002 2

Blank Panel Assy, Single Slot EXX-001 4



037-579103-001 1

Fuse 25A 3AB Fast (Ceramic) 027-386009-001 2

Maint Cable, RJ45 TO DB9 V.24 Cable, 2 m

037-502516-001 1


SCR,12-24 X 3/4,SS,PHIL,P/H 006-301412-024 5

Washer,SS,SLW,#12 006-311412-001 5

POG-000002-001 Rev 003 December 2004 3-5


Radio Access Cards (RAC)

At present there are thirteen different types of RACs:

Every RAC 10, RAC 30, and RAC 3X comes with the following accessory:

Every RAC 40 comes with the following accessories:

An INU may be fitted with a maximum of three RACs, and up to six for the INUe. Each RAC interfaces to a companion ODU via a single 50 ohm coaxial cable.

RAC Type Part Number Description

RAC 10 EXR-011-001 Provides INU support for ODU 100 4x to 16xE1/28xDS1, QPSK only

RAC 10 V2 EXR-011-002 Provides INU support for ODU 100 V2 4-32E1/4-28DS1

RAC 30 V2 EXR-999-002 Supports ODU 300, 4xE1/DS1 to 1xSTM1, QPSK to 128QAM

RAC 3X EXR-900-001 TBD

RAC 40 EXR-966-001 Supports ODU 300, 1 x STM1/OC3 128QAM XPIC

Accessory Part Number Qty

Cable, RAC Indoor Jumper, SMA to Type N, 3 m

037-579122-001 1


Cable, RAC Indoor Jumper, SMA to Type N, 3 m

037-579122-001 1

RAC 40 IF Interconnect 35MM Stacked RAC 40

037-579123-001 1

The supplied IF interconnect allows the RAC 40 cards to be connected in slots above and below each other. For other slot configurations, refer to RAC Accessories on page 3-36.



Data Access Cards (DAC)

The following table list the different DAC types:

For required tributary cables, refer to DAC, IDU Accessories on page 3-47.

The DAC provides customer line interface options for E1, E3, DS1, DS3, STM1/OC3, and Ethernet. There will normally be only one DAC required per INU. These are normally placed on the right side of the IDC chassis to help cable routing.

DAC Type Part Number

DAC 4x, E1/DS1 EXD-040-001

DAC 16x, E1/DS1 EXD-160-001

DAC 3xE3/DS3 EXD-330-001

DAC 3xE3/DS3M EXD-331-001

DAC 1x155o, 1xSTM1/OC3, SM Optical EXD-152-001

DAC 2x155o, 2xSTM1/OC3, SM Optical EXD-252-001

DAC 2x155e1, 1/2xSTM1/OC3, Electrical

1. Verify product availability.

EXD-254-001

DAC 155oM, 1xSTM1/OC3 Muxed to 63E1/84DS1, SM Optical

EXD-153-001

DAC 155eM1, 1xSTM1/OC3 Muxed to 63E1/84DS1, Electrical

EXD-155-001

DAC ES, 100BASE-T, FAST Ethernet EXD-171-001

DAC GE1, Gigabit Ethernet EXD-180-001

POG-000002-001 Rev 003 December 2004 3-7


Node Protection Card (NPC)

• The NPC has power supply functionality when used with the IDC V1 chassis and the NCC V1.

• The NPC has power supply and TDM Bus functionality when used with the IDC V2, IDCe chassis, and the NCC V2.

Each NPC is shipped with the following:

The NPC provides redundancy for the NCC TDM bus management and power supply functions usually provided through the NCC. One NPC card can be installed per INU or INUe. In the event of a NCC failure the NPC will manage the TDM bus and provide power to the INU or INUe to keep customer traffic flowing. An NPC is recommended if the INU or INUe supports more than two RACs/ODUs.

When the NPC card is used in an IDC chassis it must be in slot position 4, in an IDCe chassis it must be in slot position 10.

NPC Type Part Number

Node Protection Card PN EXS-001


Power Cable, 2W2C Connector Twin 12 AWG Wire ONE END Terminated, 5 m

037-579103-001 1



Auxiliary Card (AUX)

Each data channel can be configured as:

• Up to 64 kbps synchronous

• Up to 19.2 kbps asynchronous

Each Auxiliary card is supplied with:

For optional auxiliary cables, refer to Auxiliary Cables on page 3-54.

Blank Panel Cards

The AUX provides three auxiliary data channels and six alarm inputs/outputs for third-party alarm connections. The data channels are terminated with a HD26 type female connector. The alarm connector is a HD15 type female. More than one AUX card can be used per INU or INUe chassis depending on the TDM chassis configuration.

Auxiliary Part Number

Auxiliary and Alarm I/O Option Card EXA-001


ALARM I/O, HD15, 2 m, Wirewrap 037-579112-001 1

AUX HD26, 2 m, Asynch, Wirewrap 037-579114-001 1

A blank panel must be installed in all slots that are not occupied with a DAC, RAC, AUX, or NPC card. The blank panel ensures that the FAN can draw adequate airflow across all modules installed in the chassis.

• Two are provided with every INU

• Four are provided with every INUe

Blank Panel Part Number

Blank Panel Assy, Single Slot EXX-001

POG-000002-001 Rev 003 December 2004 3-9


Eclipse Outdoor Equipment

Eclipse ODUsThere are two types of Outdoor Unit (ODU) for the Eclipse the low capacity, ODU 100 and the high capacity ODU 300

Each ODU is supplied with:

ODU Part Number FormatEclipse ODUs have the part number format as shown in Figure 3-5.Figure 3-5. Eclipse ODU Part Number Format

EXX

ODU Type Capacity Modulation Frequency Bands

ODU 100 4E1 to 16E1 QPSK 7 to 23GHz

ODU 300 4x E1/DS1 to 2 x STM1 QPSK to 256QAM 5 to 38GHz


Earth Strap, ODU, Stainless Lug, 2 m M6 to Unterminated

037-579130-001 1

Con, N, Angle Adapter, Plug/Jack 350-000001-001 1

Silicone Grease, 1 oz Sachet, DC-4 011-300000-001 1

EBS ECS EDH

ODU 100 Standard power output ODU 100v2 Standard power output ODU 300 High Power Output



ODU 100 Modulation and Band Frequencies (EBS)

ODU 100 Modulation and Band Frequencies (ECS)

ODU 300 Modulations and Band Frequencies (EDH)

FF (Frequency Band)

Band /Modulation 7 13 15 18 23 GHz

QPSK 24.5 22 21 19 19 dBm

Q4FY05 Q1FY06

Band /Modulation 13 15 18 7 8 23 GHz

QPSK 22 21 19 24.5 24.5 19 dBm

Band Modulation

5 6 7 8 111

1. The 11GHz ODU 300 is STD PWR and has an EDS part number.

13 15 18 23 26 28 32 38 GHz

QPSK 30.5 30.5 30.5 30.5 24.5 28 27 21.5 21.5 21.5 21 20.5 20 dBm

16QAM 26.5 26.5 26.5 26.5 20.5 24 23 17.5 17.5 17.5 17 16.5 16

64QAM 25.5 25.5 25.5 25.5 21.5 23 22 16.5 16.5 16.5 16 15.5 15

128QAM 24.5 24.5 24.5 24.5 20.5 22 21 15.5 15.5 15.5 15 14.5 14

Freq Band 5 6 7 8 11 13 15 18 23 26 28 32 38 GHz

FF Designator 05 06 07 08 11 13 15 18 23 26 28 32 38 FF

POG-000002-001 Rev 003 December 2004 3-11


TRSP (Transmit to Receive Channel Spacing (MHz)

CHD (Channel Designator)

Refer to Appendix C. Eclipse ODU Tuning Guide.

ODU Part Number ExampleEDH-07-0154-031

Band 5 L6 U6 7 8 11 13 15 18 23 24 26 32 38

Optional TR Spacing (MHz)

0312 0252 0160 0154 0119 0490 0266 0315 0340 0600 0800 0800 0812 0700

0170 0161 0126 0500 0420 1010 1008 0855 0855 1000

0340 0245 0151 0530 0475 1092 1200 1008 1008 1260

168 0266 0490 1120 1232

196 0311 0644 1560

0728

XX The first two numbers designate the channel number of the channel plan.

X The last number shows if the ODU is high or low.

1 = TX LOW

2 = TX HIGH

Number Description

EDH Eclipse ODU 300 HIGH PWR Output

07 7GHz Frequency Band

0154 154MHz Transmit to Receive Channel Spacing

03 3rd Channel of the band plan.

1 TX Low



ODU Flange Types

For detailed information concerning ODU flanges, refer to Flange Types and Orientations on page 3-28.

Tuning GuideFor detailed information on the ODU sub-band and tuning capabilities, refer to Appendix C.

Polarization Rotator AvailabilityThe Eclipse ODU, Coupler, and Antenna design incorporates the ability to rotate the ODU from vertical to horizontal polarization without the need for a rotational coupler.

Freq Band (GHz)

5 6 7 8 11 13 15 18 23 26 28 32 38

Flange Type

7/16 DIN F

UDR 70

UDR 84

UDR 84

UDR 100

UBR 120

UBR 140

UBR 220

UBR 220

UBR 220

UBR 320

UBR 320

UBR 320

POG-000002-001 Rev 003 December 2004 3-13


Eclipse AntennasThe standard Eclipse antenna comes with pole/tower mounting hardware and enables the Eclipse ODU to attach directly to the antenna via a slip-fit connector. For antennas over 1.8 m (six feet), a remote mount kit is required for the ODU(s).

Figure 3-6. Eclipse Antennas With Slip-Fit Flange

Antenna Part Number FormatFigure 3-7 illustrates the Eclipse antenna part number format.Figure 3-7. Eclipse Antenna Part Number Format

Slip-fit Flange Slip-fit Flange with ODU



FF Frequency Band

B Sub Band

SM Size in Meters

P Performance

PR Product Range

FF Designator 05 06 07 08 11 13 15 18 23 26 28 32 38

Freq Band (GHz) 5 6 7 8 11 13 15 18 23 26 28 32 38

Designator 0 1 2 3

Sub-Band N/A Lower Upper Wide

Designator 03 06 09 12 18 24 30 37

Size in Meters (m) 0.3 0.6 0.9 1.2 1.8 2.4 3 3.7

Size in Feet (ft) 1 2 3 4 6 8 10 12

Designator 1 2 3 4

Performance HPLP HP SP GRID

Performance Description

High Performance Low Profile

High Performance

Standard Performance

Gridpak Construction

Designator 1 2 3 4 5 6

Product Range Eclipse XP4/DART Altium MX Type N Remote Single Pole Remote Dual Pole

POG-000002-001 Rev 003 December 2004 3-15


M Mounting

Antenna Part Number Example

The following table uses part number 086-073091-101 to illustrate an antenna part number.

Designator 01 02 03 04 05

Mounting Slip-fit Remote 5 GHz 7/16 DIN Remote

5 GHz 7/16 DIN Remote Rotator Antenna

5 GHz CPR187G Remote

Number Description

086 Antenna

07 7 GHz Frequency Band

3 Wide Sub-Band

09 0.9 m

1 HPLP

1 Eclipse

01 Slip-fit



ODU Mounting Options

The ODU mounts directly to an Antenna: NN, HS

Dual ODUs are mounted to a slip-fit coupler then onto the antenna: HH, FF

Configuration Slip Fit Remote Mount

NN (Non-Protected) X X

HH (Protected) X X

HS (Protected Space Diversity) X X

FF (Frequency Diversity) X X

2 + 0 (Dual Polarization) NA X

The 5 GHz ODU is always remote mounted. It is supplied with a 5 GHz remote mount and requires jumper cables to connect it to a compatible 5 GHz antenna.

ODU Part Number EXX-FF-TRSP-CHD

Antenna Part Number 086-FFBSMP-PRM

ODU Part Numbers 2 x EXX-FF-TRSP-CHD

Coupler Part Number 086-523221-LFF


POG-000002-001 Rev 003 December 2004 3-17


The remotely mounted ODU is connected via a flexible waveguide cable to the antenna: NN, HS

The ODUs are mounted remotely onto a coupler and then connected via a flexible waveguide cable to the antenna: HH, FF

ODU Part Number EXX-FF-TRSP-CHD

Remote Mount Part Number

086-000000-101

Flexible Waveguide Part Number

086-FF9FLG-LEN

X GHz Waveguide Hanger Assembly

086-52323X-001




086-000000-101

Coupler Part Number 086-523221-LFF


086-FF9FLG-LEN


086-52323X-001




The ODUs are mounted remotely onto remote mounts and then connected via flexible waveguides to the dual polarization antenna: 2+0

The ODUs are mounted directly to equal loss couplers and these are connected via waveguides to a dual polarization antenna: 4+0, 2+2, and 4+4.


Remote mount part Number

2 x 086-000000-101

Flexible waveguide Part Number

2 x 086-FF9FLG-LEN


2 x 086-52323X-001


4+0 or 2+2



2 X 086-000000-101

Coupler Part Number 2 X 086-523221-3FF


2 X 086-FF9FLG-LEN


2 X 086-52323X-001

Antenna Part Number 1 X 068-FFBSMP-602

POG-000002-001 Rev 003 December 2004 3-19


4+4



4 X 086-000000-101

Coupler Part Number 4 X 086-523221-3FF


4 X 086-FF9FLG-LEN


4 X 086-52323X-001

Antenna Part Number 2 X 068-FFBSMP-602



Eclipse CouplerWhen dual ODUs interface to a single antenna, order a slip mount coupler.

Coupler Part Number Format

The Eclipse coupler part number format is shown in Figure 3-8.Figure 3-8. Eclipse Coupler Part Number Format

L Loss in dB

Example Part Number: 086-523221-302

3 dB equal loss splitter for the 38 GHz band

The Eclipse ODU, coupler, and antenna design incorporates the ability to rotate the ODU from vertical to horizontal polarization without the need for a rotational coupler.

3 6

3 dB Equal loss splitter 6 dB Unequal loss splitter

FF Designator

13 12 12 11 10 09 08 07 06 04 03 02

Freq Band GHz

6 7 8 11 13 15 18 23 26 28 32 38

POG-000002-001 Rev 003 December 2004 3-21


5 GHz Splitter/CombinerThe 5GHz ODU uses a 7/16DIN connector, when a 1+1 configuration is required a splitter combiner and 7/16 jumper cables are required to terminate the ODUs to the antenna. The splitter/combiner is available in an equal and unequal loss variant.


Combiner/Splitter 5GHz Equal 3dB 7/16 DIN Connectors 131-142218-001 1

Combiner/Splitter 5GHz Unequal 6/1.5dB 7/16 DIN Connectors

131-142219-001 1



Eclipse Remote MountThe Eclipse ODU or coupler with ODUs attached can be remote mounted to a pole or tower leg. The remote mount is not frequency specific, as the waveguide flange mounts directly to the ODU or coupler flange.

Figure 3-9. Remote Mount With ODU and Waveguide

Eclipse Flexible WaveguidesFlexible waveguides are used to connect the ODU or coupler to the antenna in situations where a direct mount slip-fit solution is not possible. The waveguides are frequency band specific and come in two lengths. A waveguide hanger kit must be used to support the waveguide.

The Eclipse waveguide part number format is shown in Figure 3-10 on page 3-23.Figure 3-10. Eclipse Waveguide Part Number Format

Description Part Number

Remote Mount 086-000000-001

POG-000002-001 Rev 003 December 2004 3-23


Flexible Waveguide Part Numbers

Custom Flexible WaveguidesWhen Eclipse ODUs are required to remotely mount to existing antennas some custom waveguides may be required with different flanges on either end.

Frequency Band

Flange Pattern Antenna and ODU

Flange Pattern1 Waveguide Flex Twist

Part Number 600mm (2 ft)

Part Number 900mm (3 ft)

6 GHz UDR70 PDR70 086-069070-600 086-069070-900

7/8 GHz UDR84 PDR84 086-079084-600 086-079084-900

11 GHZ UDR100 PDR100 086-119100-600 086-119100-900

13 GHz UBR120 PBR120 086-139120-600 086-139120-900

15 GHz UBR140 PBR140 086-159140-600 086-159140-900

18 GHz UBR220 PBR220 086-189220-600 086-189220-900

23 GHz UBR220 PBR220 086-189220-600 086-189220-900

26 GHz UBR220 PBR220 086-189220-600 086-189220-900

28 GHz UBR320 PBR320 086-289320-600 086-289320-900

32 GHZ UBR320 PBR320 086-289320-600 086-289320-900

38 GHz UBR320 PBR320 086-289320-600 086-289320-900

1. For more detail on flange patterns, refer to Flange Types and Orientations on page 3-28.


Eclipse PBR-PDR Adaptor Flexible Waveguide, 7.125 - 8.500 GHz, 900 mm

840-900406-001 1

Eclipse PBR-PDR Adaptor Flexible Waveguide, 7.125 - 8.500 GHz, 600 mm

840-900407-001 1

36" 7GHz Flex Jumper, CPR112G to PDR84, for Eclipse 7GHz Remote Mount

086-523237-001 1



5GHz ODU Jumper CablesThe 5GHz ODU is different from all other Eclipse ODUs as it uses a 7/16 DIN female connector instead of the traditional slip-fit waveguide interface as shown below.

All other connectors on the ODU are the same as the standard Eclipse ODU:

• IDU-to-ODU cables are N-type

• Compatible with the existing lightning arrestor kits and other N-type cable accessories

Each 5GHz Eclipse ODU is supplied with a remote mount that will fit to tower or pole hardware.

5GHz ODU showing the 7/16 female connector The 5GHz ODU mounted to the 5GHz remote mount

POG-000002-001 Rev 003 December 2004 3-25


The jumper cable connects the ODU to the antenna. There are several variations to connect to antennas that have different flange types. In addition, N-type jumpers are offered for bench testing a link using N-type attenuators or test equipment.


7/16 to 7/16

1M Jumper, 1/2IN, 7/16 DIN Male E to 7/16 DIN Male

086-523243-001 1

2M Jumper, 1/2IN, 7/16 DIN Male to 7/16 DIN Male

086-523244-001 1

N-type to 7/16

1M Jumper, 1/2IN, N Male to 7/16 DIN Male 086-523245-001 1

2M Jumper, 1/2IN, N Male to 7/16 DIN Male 086-523246-001 1

CPR187G to 7/16

1 M Jumper and Adapter, 1/2 IN, 7/16 DIN Male to CPR187G

086-523247-001 1

2M Jumper and Adapter, 1/2 IN, 7/16 DIN Male to CPR187G

086-523248-001 1



Flexible Waveguide HangersSupporting a flexible waveguide with a hanger stops excessive waveguide movement that can lead to intermittent errors.


6 GHz, Flex Waveguide Hanger Assembly, WR137 086-523230-001 1

7/8 GHz, Flex Waveguide Hanger Assembly, WR112 086-523231-001 1




18-26 GHz, Flex Waveguide Hanger Assembly, WR42 086-523235-001 1

28-38 GHz, Flex Waveguide Hanger Assembly, WR28 086-523236-001 1

POG-000002-001 Rev 003 December 2004 3-27


Flange Types and OrientationsStandard Eclipse flange types and orientations are shown in the following table.

The flexible waveguide is fitted to match the polarization of the ODU, as illustrated in the following table.

Flange Type ODU Frequency

Model Designator Shape

ODU Flange Flat 6-11 GHz UDR 70, 80, and 100 Rectangular

13-38 GHz UBR 120, 140, 220, 320

Square

Waveguide Flange With groove and O ring 6-11 GHz PDR 70, 80, and 100 Rectangular

13-38 GHz PBR 120, 140, 220, 320

Square

Horizontal Polarization Vertical Polarization

PDR70, 80, and 100

PBR120, 140, 220, and 320



Eclipse Licensing

Terminal LicensesThe Eclipse Terminal has a CompactFlashTM card located in the rear of the IDU that contains the operating software, license and configuration information.The flash card is installed in the IDU when shipped from Stratex Networks.

The maximum capacity and modulation are determined by IDU hardware:

• 8xE1/QPSK for IDU 8x

• 16xE1/QPSK for IDU 16x

Where the IDU is to be shipped to countries that have an applicable hardware tariff, the flash card (that works with both IDUs) can be shipped separately. The license part number required is:

Node LicensesThe Eclipse Node architecture is controlled by a node based software license that determines the throughput capability of the radio paths. Each node has one license that enables all RAC/ODUs installed in the INU/INUe. Each RAC will have a maximum capacity that it will carry before a new overall license for the node is required.

The license is stored in a CompactFlash card that is inserted in the NCC, which in turn is inserted in the IDC or IDCe. Each CompactFlash card has a unique identifier called the License S/N that is required for license upgrade request and repair and return processes. A software license “key” allows incremental capacity selection up to 64xE1 or 2xSTM1 over each RAC/ODU.

When a radio requires extra capacity Stratex Networks will provide a license file (software key) that is to be loaded in the CompactFlash card (located in the NCC) remotely via Portal or ProVision V. The license file (software key) is a 170 bytes binary file that can be delivered by email or by mail (on a CDROM).

The base license delivered on the CompactFlash card supports 6 RAC plug-ins and 8 x E1 or 16 x DS1 of capacity, with a maximum corresponding modulation of 16QAM. The base license is held on the CompactFlash card and is free of charge. If the configuration is not known or the INU/INUe is ordered as a spare, a base license will be supplied free of charge.

EFC-10002 IDU16 LICENSE 8E1/16E1 QPSK License

POG-000002-001 Rev 003 December 2004 3-29


The two base license part numbers and the relevant descriptions are as follows:

When initially configuring a node, a New License must be purchased for the node where any of the paths are to carry more than 8 x E1 or 16 x DS1 of radio traffic per RAC card, or where a higher modulation scheme than 16QAM is required. The license can be ordered, meaning that a unique license part number is assigned to each valid INU/INUe configuration. New licenses have a part number that starts with EZE.

Figure 3-11. Basic License EZE-00001/ EZE-00119 - Maximum Capability

The Eclipse License increases in increments of 8 x E1 or 12/16 x DS1 steps so the next license from the base license would enable one of the paths to carry 16 x E1 or 28 x DS1 over one of the radio paths.

EZE-00001 SW LICENSE, E1, 6RAC 8X, BASE The same license for the IDC and IDCe.

EZE-00119 SW LICENSE, DS1, 6RAC 16X The same license for the IDC and IDCe.



The following licenses upgrade one RAC path to the next step.

Each license step can cater to more than one modulation scheme as shown in Table 3-1.Table 3-1. Alternate Modulation Settings Available With Each License

The total cost for an upgrade license is the cost per RAC/ODU (path) for each path that requires an upgrade. Table 3-2 is a summary of the upgrade capacity available per RAC card and the cost per RAC card.Table 3-2. The upgrade costs per RAC card as capacity is increased

across the radio path.

EZE-00002 SW LICENSE, E1, 1RAC 16X, 5RAC 8X

EZE-00120 SW LICENSE, DS1, 5RAC 16X, 1RAC 28X

8xE1 16xE1 32xE1 48xE1 64xE1 1xSTM1 2xSTM1

QPSK QPSK

16QAM 16QAM 16QAM 16QAM 16QAM

32QAM

64QAM

128QAM 128QAM 128QAM

Default modulation settings

Possible modulation settings

Current Capacity per RAC CARD

Required Capacity per RAC CARD

Upgrade Cost Per RAC CARD

Base License 8 x E1 16 x E1 $150.00

Base License 8 x E1 32 x E1 $750.00

Base License 8 x E1 48 x E1 $1,500.00

Base License 8 x E1 64 x E1 $2,500.00

Base License 16 x DS1 28 x DS1 $500.00

Base License 16 x DS1 56 x DS1 $1,500.00

POG-000002-001 Rev 003 December 2004 3-31


License UpgradesLicenses previously shipped on a CompactFlash card may be upgraded to support higher capacities. License upgrade capacity is selected in the same manner as a New License. A license upgrade is a software-only process (meaning that no CompactFlash will be shipped when a license upgrade is requested) requiring a new license file to be sent by Stratex Networks.

The price of the license upgrade equals the price of the new license minus the price of the existing license.

Price of License Upgrade = Upgraded License Price - Existing License Price

EZE part numbers cannot be discounted; EZA part numbers can be discounted in Siebel so that the discount level matches the price of the upgraded license price minus the existing license price.

• A license upgrade consists of a capacity increase and/or a RAC/ODU addition.

• A link upgrade requires two license upgrades, that is, both ends of the link need to be upgraded, and assumes that capacity upgrade is greater than what is supported by the existing license.

• A link addition requires one license upgrade at the existing node and shipment of a new license in the new node and assumes that capacity upgrade is greater than what is supported by the existing license.

Base License 16 x DS1 84 x DS1 $2,500.00

Base License E1 or DS1 1 x STM1 $1,500.00

Base License E1 or DS1 2 x STM1 $2,250.00

Base License E1 or DS1 1 x OC3 $1,500.00

Base License E1 or DS1 2 x OC3 $3,000.00

Current Capacity per RAC CARD

Required Capacity per RAC CARD

Upgrade Cost Per RAC CARD

The base license has a zero dollar value



To enable two of the radio paths in the previous example in Figure 3-11 on page 3-30 to carry 16 x E1 would require an upgrade license:

To enable two of the radio paths to carry 28 x DS1 would require an upgrade license:

Figure 3-12. The base license with either of the above license upgrades applied.

EZA-00006 SW LICENSE UPGRADE, E1, 2RAC 16X, 4RAC 8X

EZE-00123 SW LICENSE, DS1, 4RAC 16X, 2RAC 28X

POG-000002-001 Rev 003 December 2004 3-33


When upgrading a radio path, you must know the RAC and ODU capabilities and that specialized RACs may be required for higher capacities. Refer to Table 3-3.

Table 3-3. Optional Modulation Options for each License.

8xE1 16xE1 32xE1 48xE1 64xE1 1xSTM1 2xSTM1

QPSKODU 100ODU 300

QPSKODU 100ODU 300

16QAMODU 300

16QAMODU 300

16QAMODU 300

16QAMODU 300 with RAC 32

16QAMODU 300 with RAC 32

32QAMODU 300

64QAMODU 300

128QAMODU 300RAC 30

128QAMODU 300

(For XPIC select RAC 40

128QAMODU 300

(18-38GHZ) with RAC 31

Default modulation settings

Possible modulation settings



Eclipse Accessories

Setup CDEvery NCC shipped comes with the Setup CD (PN 857-000004-001) containing the following:

DocumentationThe Eclipse User Manual can be ordered as hardcopy (PN 260-668066-001). It is recommended that one hardcopy be purchased per order to assist in the understanding and installation of the Eclipse platform.

The Best Practices Guide can be ordered as hardcopy (PN 260-668029-001).

Application/Document Description

Eclipse Portal WMT Software

Eclipse Portal Demo WMT Demo Software

Eclipse Embedded Software Radio Software

Eclipse Software Release Notes Describes what is new in the Portal release and any known issues

Eclipse User Manual (PN 260-668066-001)

PDF version of the manual

Eclipse Help Comprehensive help information

Eclipse V.24 Modem Driver Driver required for PC connection

POG-000002-001 Rev 003 December 2004 3-35


RAC/IDU to ODU Accessories

RAC Accessories

Optional RAC 40 Accessories

Optional IDU Accessories

The following items are supplied with each RAC but can be ordered as required.

RAC Description Part Number Qty

RAC 10,RAC 30, RAC 3X

Cable, RAC Indoor Jumper, SMA to Type N, 3 m 037-579122-001 1

RAC 40 Cable, RAC Indoor Jumper, SMA to Type N, 3 m 037-579122-001 1


RAC 40 IF Interconnect Kit, Short1

1. The short kit is designed to be used when the RAC40 plug-ins are placed on top of each other.

037-579186-001 1

RAC 40 IF Interconnect Kit, Long2

2. The long kit is designed to be used when the RAC40 plug-ins are placed side-by-side.

037-579187-001 1


Cable, IDU Indoor Jumper, Type N RA to Type N F, 1 m 037-579181-001 1



RAC/IDU to ODU Cables

The preferred IDU to ODU cables are the Belden 9913 or the Times LMR400.

9913 RAC/IDU to ODU Cable Kit Part Number Qty

Cable, ODU, 9913, with Connectors/Grounding Kit, 50 m

037-579106-001 1


037-579109-001 1


037-579107-001 1


037-579108-001 1

The 50 M kit contains the following:

Braided cable with solid centre conductor and PE jacket

9913 50 m

N Male Connector Crimp on 800-600202-001 3

Andrews Ground Kit 242948 3

Harger Tower Ground Terminator Hardware HA3-213T 4

UV resistant Cable Ties (50 per kit) 40417 2

Weatherproofing kit 221213 1

Site Installation Instruction Sheet 086-523241-001 1

LMR400 RAC/IDU to ODU Cable Kit Part Number Qty

Cable, IDU TO ODU, LMR400, with Connectors/Grounding Kit, 50m

037-579259-001 1


037-579260-001 1


037-579261-001 1

POG-000002-001 Rev 003 December 2004 3-37


The approved alternative cable is the BR400-C.


Braided cable with solid centre conductor and PE jacket

LMR500 50 m

N Male Connector Crimp on 400APNM-C 3

Andrews Ground Kit 242948 3




Site Installation Instruction Sheet 086-523241-001 1

BR-400C RAC/IDU to ODU Cable Kit Part Number Qty

Cable, ODU, BR-400C, with Connectors/Grounding Kit, 50 m

STXB4-GKWT-50 1


STXB4-GKWT-80 1


STXB4-GKWT-150 1


STXB4-GKWT-300 1


Coral cable, copper Inner BR-400C 80

N Male Connector BR400PNM-TC 3

Grounding kit GK-400 2




LMR400 RAC/IDU to ODU Cable Kit Part Number Qty



Cable Accessories and Connectors

LMR400 and 9913 cable connectors and accessories are fully compatible.

9913 RAC to ODU Accessories Part Number Qty

Belden 9913 50 Ohm RG-8 - 165 Ft Run 840-600204-165 1



Belden 9913 50 Ohm RG-8 - 1000 Ft Run 840-600204-AAA 1

N Male Connector Crimp on for 9913 Cable 800-600202-001 1

N Female Connector Crimp on for 9913 Cable 840-900410-001 1

Crimp Tool for Type N Connectors, Tessco 78884 840-600203-001 1

Andrews Ground Kit for 9913 242948 1

Andrew, Type N Male Connector, Clamp/Screw, 400APNM-C

400APNM-C 1

BR400C RAC to ODU Accessories Part Number Qty

Cable, ODU, BR-400C, 150 M bulk reel BR-400C-500 1

Cable, ODU, BR-400C, 300 M bulk reel BR-400C-1000 1

Cable Stripper for BR-400C Cable BR-CPT-400 1

Connector, N-Female, Crimp, BRC-400C Cable BR400PNF-TC 1

Connector, N-MALE, Crimp, BRC-400C Cable BR400PNM-TC 1

Crimp Tool for Type N Connectors, BR-400C Cable

CTBC 1

Andrews Ground Kit for BR400C GK-400 1

POG-000002-001 Rev 003 December 2004 3-39


ODU Accessories

The following items are supplied with each ODU but can be ordered as required:

Common RAC to ODU Accessories Part Number Qty

Conn,N,Angle,Adapter,Plug/Jack,Amphenol 82-64 RFX

350-000001-001 1



Weatherproof, Self Amalgamated Tape, 36” 086-523240-001 1


Test Cord BNC-Banana 36"Long 009-440000-001 1

Crimp Tool for 4 mm to 10 mm Lugs 0-0361372-9 1


Earth Strap, ODU, Stainless Lug, 2 m, M6 to Unterminated

037-579130-001 1

Con, N, Angle Adapter, Plug/Jack 350-000001-001 1

Silicone Grease, 1Oz Sachet, DC-4 011-300000-001 1



Lightning Protection

The recommended arrestor kit 179-530017-001 contains dual BGXZ arrestors that protect the indoor and outdoor equipment. This kit and the 179-530016-001 are compatible with 9913 cables. For the BR400C cable, use the 103-0403A-B kit.

The Lightning Arrestor (PN 179-530017-001) kit contains:

9913 Surge Protection Kits Part Number Qty

Lightning Arrestor Kit, 9913, INU/IDU Arrestor 179-530016-001 1

Lightning Arrestor Kit, 9913, INU/IDU & ODU Arrestor

179-530017-001 1

BR400C Surge Protection Kits Part Number Qty

RAC/ODU BR-400C Surge Protection Kit 1 Arrestor

103-0403A-B 1


BGXZ Polyphaser Arrestor BGXZ-60NFNM-AS 2

Type N Crimp Connectors for 9913, RF Industries RFN-1006-3I

840-600202-001 2

Type N Female Connector for 9913, RFN-1028-SI 840-900410-001 2

Harger Conn. HA3-213T 2

BGXZ Arrestor 2 m Ground Lead 086-523239-001 2

BGXZ Arrestor Bracket for MKII Eclipse ODU 086-523238-001 1

Installation Instruction sheet 086-523242-001 1

Weatherproof, Self Amalgamating Tape, 36” 086-523240-001 2

POG-000002-001 Rev 003 December 2004 3-41


The Lightning Arrestor (PN 179-530016-001) kit contains:

Optional accessories for the 179-530016-001 and 179-530017-001 arrestor kits are:



Type N Crimp Connectors,RF Industries RFN-1006-3I

840-600202-001 1

Type N Female Connector for 9913, C2FCP, RFN-1028-SI

840-900410-001 1




Installation Instruction sheet 086-523242-001 1




Type N Crimp Connectors,RF Industries RFN-1006-3I

840-600202-001 1

Type N Female Connector for 9913, C2FCP, RFN-1028-SI

840-900410-001 1







The Lightning Arrestor (PN 103-0403A-B) kit contains:

Optional accessories for the 103-0403A-B kit are:

INU, INUe, and IDU Accessories


MDSL Arrestor IDU Polyphaser and Hardware MDSL-72-B2-NME 1


MDSL Arrestor IDU Polyphaser and Hardware MDSL-72-B2-NME 1


Cable, NMS, and EOW

Maint Cable, RJ45 to DB9 V.24 Cable, 2 m 037-502516-001 1


Ethernet Cable, RJ45 to RJ45, 2 m 037-579124-001 1




WellTech IP Phone Model 101 RJ-45 Port LAN PHONE 101 1

Power Supply for Eclipse IP Phone, -48 Vdc to 9 Vdc/1.11A

WPE010-09V3 1

POG-000002-001 Rev 003 December 2004 3-43


Rack Ears

23" Rack Kit for INU/IDU 179-530019-001 1

23" Rack Kit for INUe 179-530020-001 1

50MM Set Back Kit for INU/IDU 179-530021-001 1

50MM Set Back Kit for INUe 179-530022-001 1

23" 50MM Set Back Kit for INU/IDU 179-530023-001 1

23" 50MM Set Back Kit for INUe 179-530024-001 1

Flash Cards

IDU 16 x Flash Card (with base license) EFC-10002 1

INU Flash Card (with base license) EZE-00001 1

INUe Flash Card (with base license) EZE-00001 1

dc Cables

Power Cable, Twin 12 AWG Wire 5 m (NCC V1) 037-579100-003 1


037-579102-001 1


037-579103-001 1

Fuses

Fuse, 5 A Slo Blo 5X20MM (IDU) 027-380500-002 1

NCC V1 Spare Fuse, 12.5 A, 250 V, Time-Lag, 5X20

027-386007-001 1

NCC V2 Spare Fuse, 25 A, 3AB Fast (Ceramic) 027-386009-001 1




The following items are supplied with every INU and INUe but can be ordered as required:

The Eclipse IDC Accessory Kit (PN 179-530014-002) contains:

The following items are supplied with every IDU but can be ordered as required:

Standard INU Accessories Part Number Qty

Setup CD 857-000004-001 1

Blank Panel Assy, Single Slot EXX-001 2 per INU4 per INUe




037-579103-001 1

Fuse 25A 3AB FAST (Ceramic) 027-386009-001 2



SCR,12-24 X 3/4,SS,PHIL,P/H 006-301412-024 5

Washer,SS,SLW,#12 006-311412-001 5

Standard IDU Accessories Part Number Qty

Setup CD 857-000004-001 1


POG-000002-001 Rev 003 December 2004 3-45


The Eclipse IDU Installation kit (PN 179-530015-001) contains:

IDU Accessories

Alarm and AUX Accessories

IDU Cable Accessories


SCR,12-24 X 3/4,SS,PHIL,P/H 006-301412-024 5

Washer,SS,SLW,#12 006-311412-001 5


037-579103-001 1

Fuse,5A Slo Blo 5X20MM 027-380500-002 2


Conn,N,Angle,Adapter,Plug/Jack, Amphenol 82-64 RFX

350-000001-001 1


Alarm I/O, HD15, 2 m, Wirewrap 037-579112-001 1


IDU AUX to IDU AUX, DB9, 1 m, Asynch 037-579118-001 1

IDU AUX to IDU AUX, DB9, 1 m, Synch 037-579119-001 1

IDU AUX, DB9, 2 m, ASYNC, Wirewrap 037-579177-001 1

IDU AUX, DB9, 5 m, SYNC, Wirewrap 037-579178-001 1


Cable, IDU Indoor Jumper, Type N RA to Type N F, 1 m 037-579181-001 1



DAC, IDU Accessories

E1/DS1

One cable is required for each tributary. The following cables are suitable to terminate the DAC 4x and IDUs:

Description Old Part Number

New Part Number

Qty

RJ45 to RJ45

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to RJ45, 2 m

R8201-2 037-579224-001 4

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to RJ45, 5 m

R8201-5 037-579225-001 4

RJ45 to Punch down/Wirewrap

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to Wirewrap, 2 m

R8201X-2 037-579222-001 4

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to Wirewrap, 5 m

R8201X-5 037-579223-001 4

RJ45 to BNC

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to Unbalanced 2x BNC, 2.5 m

STKITA-2 037-579228-001 4

Cable, Trib, E1, Balanced RJ45 to Unbalanced 2x BNC, 5.5 m

STKITA-5 037-579229-001 4

RJ45 to RJ45 X-OVER1

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to RJ45, Cross-over, 2 m

R8205X-2 037-579226-001 4

Cable, Trib, 1 x E1/DS1, Balanced RJ45 to RJ45, Cross-over, 5 m

R8205X-5 037-579227-001 4

1. Cross-over cables are used to connect two DACs/IDUs at the same node.

POG-000002-001 Rev 003 December 2004 3-47


One cable required per 8 tributaries. The following cables are suitable to terminate the DAC 16x:


New Part Number

Qty

RJ21 to BNC

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 16 Unbalanced BNC, 2 m

1713115-2 037-579230-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 16 Unbalanced BNC, 5 m

1713115-3 037-579231-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 16 Unbalanced BNC, 7.5 m

1713115-4 037-579232-001 2

RJ21 to Punch down/Wirewrap

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 8 Balanced Wirewrap, 2 m

1713124-2 037-579237-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 8 Balanced Wirewrap, 5 m

1713124-3 037-579238-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 8 Balanced Wirewrap, 7.5 m

1713124-4 037-579239-001 2

RJ21 to RJ45

Cable, Trib, 8X, Mini RJ21 to 8 Balanced RJ45, 2 m 1713123-2 037-579240-001 2

Cable, Trib, 8X, Mini RJ21 to 8 Balanced RJ45, 5 m 1713123-3 037-579241-001 2

RJ21 to RJ45 X-OVER1

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 8 Balanced RJ45, Cross-over, 1 m

1713554-2 037-579242-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to 8 Balanced RJ45, Cross-over, 5 m

1713554-3 037-579243-001 2

RJ21 to RJ21 X-OVER

Cable, Trib, 8 x E1/DS1, Mini RJ21 to Mini RJ21, DAC Interconnect, 200 mm

1713723-1 037-579244-001 2

Cable, Trib, 8 x E1/DS1, Mini RJ21 to Mini RJ21, DAC Interconnect, 1 m

1713723-2 037-579245-001 2

1. Cross-over cables are used to connect two DACs/IDUs at the same node.



E3/DS3 (Slim Line BNC)

Two cables required per tributary. The following cables are suitable to terminate the DAC E3/DS3:


New Part Number

Qty

Slim-line BNC to BNC

Cable, Trib,Unbalanced Slimline BNC to Stnd BNC, 2 m

1-1700143-7 037-579246-001 2

Cable, Trib,Unbalanced Slimline BNC to Stnd BNC, 5 m

1-1700143-8 037-579247-001 2

Slim-line BNC to Slim-line BNC

Cable, Trib,Unbalanced Slimline BNC to Slimline BNC, 2 m

2-1700143-8 037-579248-001 2

Cable, Trib,Unbalanced Slimline BNC to Slimline BNC, 5 m

2-1700143-9 037-579249-001 2

Dual Slim-line BNC to BNC1

Slimline BNC to BNC, Splitter/Combiner, for E3 and DS3

076-431038-001 076-431038-001 2

1. The splitter/combiner cable is used for tributary protection when using dual DACs at a node.

POG-000002-001 Rev 003 December 2004 3-49


STM1/OC3 (SC Optical)

Two cables required per tributary. The following cables are suitable to terminate the DAC155o and DAC 2 x 155o:


SC to SC

Simplex 3 m, SM, SC-SC 037-579193-001 2

Simplex 3 m, SM, SC-SC 037-579194-001 2

Simplex 3 m, SM, SC-SC 037-579195-001 2

SC to FC

Simplex 3 m, SM, FC-SC 037-579190-001 2

Simplex 5 m, SM, FC-SC 037-579191-001 2

Simplex 10 m, SM, FC-SC 037-579192-001 2

2 x SC to Splitter1

Splitter 2 m SC-SC to FC 037-579196-001 2

Splitter 2 m SC-SC to LC 037-579197-001 2

Splitter 4 m SC-SC to LC 037-579200-001 2

Splitter 2 m SC-SC to SC 037-579198-001 2

Splitter 4 m SC-SC to SC 037-579202-001 2

Splitter 2 m SC-SC to ST 037-579199-001 2

Splitter 4 m SC-SC to ST 037-579201-001 2

SC Attenuator Cable2

Attenuator 3 m, SC, 3DB AC12222-03M-03DB

037-579203-001 2


037-579204-001 2


037-579205-001 2


037-579206-001 2



STM1/OC3 (LC Optical)

Two cables required per tributary. The following cables are suitable to terminate the DAC 155oM:


037-579207-001 2


037-579208-001 2


037-579209-001 2


037-579210-001 2


037-579211-001 2

1. These cables are used for optical protection when using dual DACs at a node.2. Used when interfacing to other optical equipment requiring different signal levels.



LC to LC

Simplex 3 m SM LC to LC 037-579131-001 2



LC to FC

Simplex 3 m SM LC to FC 037-579134-001 2



LC to SC

Simplex 3 m SM LC to SC 037-579137-001 2



POG-000002-001 Rev 003 December 2004 3-51


LC to ST

Simplex 3 m SM LC to ST 037-579140-001 2

2 x LC to Splitter1

Splitter 2 m LC-LC to FC 037-579141-001 2

Splitter 4 m LC-LC to FC 037-579145-001 2

Splitter 2 m LC-LC to SC 037-579142-001 2

Splitter 4 m LC-LC to SC 037-579146-001 2

Splitter 2 m LC-LC to LC 037-579143-001 2

Splitter 4 m LC-LC to LC 037-579147-001 2

Splitter 2 m LC-LC to ST 037-579144-001 2

Splitter 4 m LC-LC to ST 037-579148-001 2

LC Attenuator Cable2

Attenuator 3 m, LC, 3DB 037-579149-001 2









1. These cables are used for optical protection when using dual DACs at a node.2. Used when interfacing to other optical equipment requiring different signal levels.




STM1/OC3 (BNC)

Two cables required per tributary. The following cables are suitable to terminate the DAC155e and DAC 155eM:

Ethernet RJ45

One cables required per port. The following cables are suitable to terminate the DAC ES and DAC GE:

Some Ethernet applications may require that an external switch is used to aggregate Ethernet traffic before transport over the DAC ES.:


New Part Number

Qty

BNC to BNC1 Cable, Trib, Unbalanced Stnd BNC to Stnd BNC, 2 m

1-1700143-3 037-579250-001 2

BNC to BNC Cable, Trib, Unbalanced Stnd BNC to Stnd BNC, 5 m

1-1700143-4 037-579212-001 2

Splitter Combiner, STM1, Electrical2 076-330504-001 076-330504-001 2

1. BNC to BNC cables are used to connect two DACs at the same node.2. The splitter/combiner cable is used for tributary protection when using dual DACs at a node.







Ethernet Switch, Layer 2, 12 X 10/100TX Ports, 1 X EXP BAY, 110/240V AC

080-417071-001 1

Ethernet Switch, Layer 2, 12 X 10/100TX Ports, 1 X EXP BAY, 48V DC

080-417072-001 1

POG-000002-001 Rev 003 December 2004 3-53


Auxiliary Cables

Standard Accessories for the AUX Card EXA-001

Optional Accessories for the INU








AUX HD26, 2 m, SYNC, Wirewrap 037-579115-001 1

AUX HD26 to 3 X DB9, 1 m, Asynch 037-579116-001 1

AUX HD26 to 3 X DB9, 1 m, Synch 037-579117-001 1

AUX to AUX, HD26, 1 m, Asynch 037-579120-001 1

AUX to AUX, HD26, 1 m, Synch 037-579121-001 1



In this example Focus is used to configure a simple network.

1. Open Focus.

2. To accept the software license, click Accept.

3. Click Create Network.

The Configure Network window is displayed.

4. Enter the user Contact Information.

5. Enter the Network Settings information.

POG-000002-001 Rev 003 December 2004 A-1


6. Select the Quote type from the following options.

Quote Type Description

Eclipse Product Preview Displays all existing Eclipse configurations that are contained within the published roadmap document. This allows the user/customer to fully explore the flexibility they have available to them with Eclipse. Price List reports can be created for information purposes. However it is not possible to export any items into .csv files for import into Siebel.

Budgetary Allows you to create quotes that contain a mix of released and non-released items. Released items (including those scheduled for release through June 2004) can be selected in fully configurable parts, whereas configurations that will be released after June are selected via the 'M' numbers, for example [M-EDH-13-0266]. You can create a .csv file within this window that allows you to import your quote details into Siebel. Model numbers are used for forecasting but are not transferred to Oracle.1

1. Oracle is the material resource system used when an order is placed.

Detailed Allows you to configure a network using released configurations (including those scheduled for release through June 2004). Model part numbers are displayed within this window. The configuration wizards ensure that only fully released parts are loaded onto your quote and that the .csv file created contains only parts that can flow through Siebel into Oracle.1

A-2 Stratex Networks


7. Click Next.

The Site Definition window is displayed.

8. Configure the add/drop capacity of each DAC per site by clicking the drop down menu for the Voice Add/Drop Capacity and the Data Add/Drop Capacity.

9. Define site locations by adding sites to a blank map.

• Click Add Site(s) then click the map.This adds a site with the previously configured DAC capacity.

• To deploy sites with different DAC Add/Drop configurations, repeat step 8.

10. To change the individual add/drop capacity or to add a NPC or AUX card to

Up to 100 sites can be deployed.



each node, click Site Details.

The Site Details window is displayed.

A NPC plug-in has been added to each site.

11. Click OK.

The sites are displayed in the Site Definition window.

12. Click Next.

In this example the window that enables the addition of rings has been skipped.



13. Click Next.

The Link Definition Information window is displayed.

14. Select the capacity of each link by clicking the Capacity Bit Rate drop-down menu.

15. If the link is protected, select the Protected option.

16. Click Add Link, then use the tool to place the links between the links between the sites.

17. To deploy links with different bit rate and protected configurations, repeat steps 14 to 16.

18. To deploy the paths as 16E1, select from the Capacity Bit Rate drop-down



menu and select the Protected option.

19. Click Link Details and for each link configure: Capacity, Modulation, ODU Type, Protected Configuration, Frequency Band, TR Spacing, Tx Low Frequency, Tx Low Site, and Antenna.

The Link Details window is displayed.



20. Click OK and then Next the Configure Network window.

The View Network window is displayed.

21. Double-click a central site.

The Manual Configuration window is displayed.

This enables the configuration to be edited. Plug-in positions can be changed (except for FAN, NPC, and NCC).



22. Click OK, Yes, and then OK.

23. Click Default Accessories.

The Default Accessories Summary window is displayed.

This shows the default accessories that will be standard at every site. The default surge protection, IDU to ODU cable length and the tributary cable type can be edited.

24. Click OK and then Yes.

25. Click Select Accessories.

The Accessories window is displayed.



26. Select the required Accessories and spares for each site.

27. If any changes have been made, click Save.

28. Click Recommended Spares/Software.

The Optional Spares/Software window is displayed.

Focus identifies the compatible accessories and adds the minimum requirement. This can be edited to suit the network requirements. If some accessories are not required, make the quantity 0 (zero).

29. To accept the recommended spares, click OK.

This window can be amended to reflect the specific requirements for each site.



30. To review reports generated by Focus click the View Reports tab.

The View Reports window is displayed.

31. Select the required currency and exchange rate, if required.

32. Select the required report.

These reports can be reviewed, exported to Excel, or printed.

33. To save the Network and exit from Focus, click the Home tab.

The Select Save Option prompt is displayed.

34. Select the save option you require.

35. Click OK and enter a file name for the network.

Next Step

If this is a Budgetary quote, the file can be imported into Siebel. Refer to Siebel on page -6in Chapter 2.


Appendix B. Eclipse Backplane Overview

To fully utilize the advanced operation of the Eclipse nodal TDM back plane it is useful to know its capabilities and limitations to ensure possible configurations will work and to ensure that some expansion capability remains if required.

Eclipse TDM Bus ArchitectureEach Eclipse INU is built around an integral TDM Bus system. Each INU backplane includes two 8-bit TDM unidirectional buses divided into multiple time slots.

The TDM:

• Routes customer data between the installed plug-in cards

• Is the common connection point for all INU modules, enabling cross-connection and aggregation of traffic passing through the node

• Uses the NCC to carry out distribution of traffic and control of the bus

• Reduces cabling and ancillary equipment from a typical site with multiple paths

TDM Bus OperationEach INU plug-in card has access to the TDM bus. Each card will write on a bus and will read on the same or another bus. Each time slot can have only one source (writer) but can have more than one destination (reader). For example, the same data from a slot can be directed to two RACs simultaneously.

POG-000002-001 Rev 003 December 2004 B-1


There are five possible ways the backplane can be configured: E1, DS1, E3, DS3 and STM-1 (it is uncommon to configure the backplane for E3/DS3 operation).

For most applications the limiting factor will be the capacity of the RF path this will be:

• 64 x E1

• 84 x DS1

• 2 x STM-1/OC3

The current maximum amount of traffic that can be configured on an Eclipse backplane per INU or INUe chassis is measured in time slots.

• 100 x E1 (= 200 Time slots)

• 128 x DS1 (= 256 Time slots)

• 2 x STM-1 (= 4 Time slots)

The time slot methodology is used so when complex rings are used the calculations that will determine the add/drop ability of a node will give whole numbers each one representing a tributary.

For advanced Eclipse configurations refer to the Eclipse Networking Guide.pdf, available from the Guides and White Papers section on:http://www.go-stratex.com/field_marketing/sales_tools/eclipse.html

Bus Rules and ExamplesSimple Add/Drop Nodes with North-bound Tributary Aggregation

B-2 Stratex Networks


(1+0 and 1+1)

High Capacity Add/Drop Nodes with North-bound Tributary Aggregation (2+0 and 2+2)

Rule Add/Drop + Add/Drop + Add/Drop + ... </= 64 X E1

Rule 1 Maximum 100 x E1 or 128 x DS1 entering or leaving each INU or INUeAdd/Drop + Add/Drop + Add/Drop + ... < 2 x (50 x E1 per RF Path)

Rule 2 Maximum 100 x E1 or 128 x DS1 entering or leaving each INU or INUeAdd/Drop + Add/Drop + Add/Drop + ... < 2 x (64 x DS1 per RF Path)



East/West Repeater with Unidirectional Tributaries

E1/DS1 Nodal Ring Configuration

Rule Pass through + Add/Drop East + Add/Drop West </= 64 x E1Pass through + Add/Drop East + Add/Drop West </= 84 x DS1

Rule 1 Add/Drop Total + Pass Through = Ring RF CapacityThe more traffic added/dropped per node, the less traffic can pass through the node.

B-4 Stratex Networks


Rule 2 (Add/Drop Total x 3) + (Pass Through x 2) = </= Backplane MaximumAdding and dropping traffic in a ring uses 50% more time slots per tributary.

Rule 3 E1 Backplane Maximum = 200 Time SlotsDS1 Backplane Maximum = 256 Time Slots



The following abbreviations have been used in this document:

Term Definition

AC alternating current

ACAP Adjacent Channel Alternate Polarization

ACCP Adjacent Channel Co-Polarization

AGC Automatic Gain Control

ARO After Receipt of Order

ATPC Automatic Transmit Power Control

AU Administrative Unit

AUX Auxiliary/Alarm I/O Card

BER Bit Error Rate

BSB Bulk Shipping Box

C/I Carrier to Interference ratio

CCDP Co-channel Dual Pole

CEPT Conférence des Administrations Européennes des Postes et Télécommunications

CMI Coded Mark Inversion

CW Continuous Wave

DAC Data Access Card

DC direct current

DRRS Digital Radio Relay Systems

POG-000002-001 Rev 003 December 2004 C-1


EIRP Equivalent Isotropically Radiated Power

EMC ElectroMagnetic Compatibility

ESR Errored Second Ratio

FF Frequency Diversity

FSK Frequency-Shift Keying (modulation)

GHz Gigahertz

HH Hot Standby

HS Space Diversity

IDC Indoor Chassis

IDCe Indoor Chassis Extended

IDU Indoor Unit

INU Intelligent Node Unit

INUe Intelligent Node Unit Extended

IF Intermediate Frequency

LAN Local Area Network

LO Local Oscillator

MIB Management Information Base

MMDS Multipoint Microwave Distribution System

MTBF Mean Time Between Failures

N/A Not Applicable

NCC Node Controller Card

NN Non-Protected

NPC Node Protection Card

ODU Outdoor Unit

PDH Plesiochronous Digital Hierarchy

PRBS Pseudo Random Binary Sequence

Term Definition

C-2 Stratex Networks


QAM Quadrature Amplitude Modulation

QPSK Quadrature Phase Shift Key Modulation

RAC Radio Access Card

RBER Residual Bit Error Rate

RF Radio Frequency

RSL Receive Signal Level

RSSI Received Signal Strength Indication

RTPC Remote Transmit Power Control

RU Rack Unit

RX Receive

SDH Synchronous Digital Hierarchy

SOH Section OverHead

SONET Synchronous Optical Network

STM-0 Medium capacity SDH radio transport module (51,840 Mbit/s AU/3 equivalent)

STM-N Synchronous Transport Module, level N

SUB/STM-0 Low capacity SDH radio transport module (n times VC/12 or VC2 equivalent)

TBD To Be Determined

TDM Time-Division Multiplex

TMN Telecommunications Management Network

TX Transmit

VC Virtual Container

XPD Cross/Polar Discrimination

Term Definition

POG-000002-001 Rev 003 December 2004 C-3

Index

Symbols1+0

configuration 1-91+1

configuration 1-92+0

configuration 1-102+0,2+2,4+4

dual capacityco-channel operation 1-10

4xE1/DS1 to 2xSTM1/OC3capacity 1-1

9913preferred IDU to ODU cable 3-37

Aabbreviations C-1accessories 3-35

alarm 3-46AUX 3-46DAC,IDU 3-47IDU optional 3-36INU,INUe,IDU 3-43ODU 3-40packaging box 2-16RAC/IDU to ODU 3-36setup CD 3-35

add/drop capacitysystem parameter 2-8

adding protectionNode NN to HH 2-14Node NN to HS,FF 2-14

additional licensesplatform upgrade 2-13

additional plug-insNPC,RAC,DAC,AUX 1-7

adjacent channel 1-10alarm

accessories 3-46

alarm inputs/outputs 1-8antenna

direct mount 3-14flange materials 3-25part number format 3-14

example 3-16frequency band 3-15mounting 3-16performance 3-15product range 3-15size in meters 3-15sub-band 3-15

remote mount kit 3-14slip mount coupler 3-21

Approval Referencefor frequency licenses 2-1

architectureTDM Bus B-1

AUX 1-7accessories 3-46description 1-8, 3-9EXA-001,standard cables 3-54part number 3-9

auxiliary data channels 1-8

Bbackplane

capacity and configuration 1-11configuration B-2

system parameter 2-8maximum traffic measurement B-2overview B-1

base licensemaximum capability 3-30support 3-29

Best Practices Guide 3-35Bill of Material

reports 2-4

POG-000002-001 Rev 003 December 2004 1

blank panel carddescription 3-9part number 3-9

budgetaryquotation 2-3

bulk-shipping box 2-16

Ccable accessories

RAC/IDU to ODU 3-39capacity

4xE1/DS1 to 2xSTM1/OC3 1-1migration 1-3

capacity increaseDAC 4x to 16x 2-13

caution icon xiCCDP configuration

refer Eclipse Co-Channel Operation 1-11Channel Designator 3-12co-channel

dual capacity 1-10CompactFlash card 3-29

IDU 3-29NCC 3-29

configuration2+0

adjacent channel 1-10backplane 1-11dual capacity

2+0 adjacent channel 1-10dual capacity co-channel

2+0,2+2,4+0 1-10configurations 1-9

non-protected (NN) 1-9protected (HH) 1-9protected frequency diversity(FF) 1-10protected space diversity(HS) 1-9

connectorsRAC/IDU to ODU 3-39

couplerpart number format 3-21slip mount

dual ODU to antenna 3-21

criticaltraffic 1-9

Cross-Polarization Interference Cancellation 1-10custom flexible waveguide 3-24customer line interface 1-8

DDAC 1-7

4x to 16x capacity increase 2-13description 1-8part numbers 3-7

DAC EStermination cables 3-53

DAC155etermination cables 3-53

DAC155otermination cables 3-50

DAC155oMtermination cables 3-51

damaged flashcardreplacing 2-16

description 1-8AUX 1-8DAC 1-8IDU 1-7INUe 1-8NCC V2 1-8NPC 1-8ODU 100 1-8ODU 300 1-8RAC 1-8

detailedquotation 2-3

documentationBest Practices Guide 3-35Eclipse User Manual 3-35

double capacity 1-10dual ODU to antenna

slip mount coupler 3-21dual-frequency

protected configuration 1-10

2 Stratex Networks

EE1

capacity upgrade 1-3E1/DS1

termination cables 3-47E3/DS3

termination cables 3-49EBS 3-11Eclipse components 1-6Eclipse configurations 1-9Eclipse Node 1-1

configurations 1-5description 1-6

Eclipse Product Previewlimitation 2-3quotation 2-3

Eclipse Terminal 1-1configurations 1-5description 1-6

Eclipse User Manualsoftcopy 3-2

EDH 3-11equipment

availability and rollout 2-1Node 2-10ordering 2-1part numbers 3-1selection 2-7snetwork topology 2-7system parameter configuration 2-7type approved 2-1

ethernet RJ45 3-53example

antenna part number 3-16Focus created order A-1Focus, links in network report 2-5Focus, parts by site report 2-5network built in Focus NC 2-4ODU part number 3-12

FFF

configuration 1-10flange

types and orientations 3-28types,ODU 3-13

flange materialsODU and antenna 3-25

flashcardordering spares 2-16part number 2-16replacing 2-16shipped separately 3-29

flexible waveguidecustom 3-24hanger

part numbers 3-27part number format 3-23part numbers 3-24

Focus 1-8, 2-3Configure Network window A-1Default Accessories Summary window A-8example order A-1Link Definition Information window A-5Manual Configuration window A-7network configuration 2-2Optional Spares/Software window A-9quotation type

budgetary 2-3detailed 2-3Eclipse Product Preview 2-3

sales tool xiSite Definition window A-3Site Details window A-4View Network window A-7View Reports window A-10

formulaprice of license upgrade 3-32

frequency bandantenna part number format 3-15ODU part number format 3-11system parameter 2-7

future-proofing network 1-3

POG-000002-001 Rev 003 December 2004 3

Hhangar

flexible waveguide 3-27hardware

ordering spares 2-15hardware types

Node 1-1Terminal 1-1

hot standby 1-9HS

configuration 1-9http

//www.go-stratex.com/ ix

Iicons

caution xinote xiwarning xi

IDUaccessories 3-43cable accessories 3-46CompactFlash card 3-29description 1-7Eclipse Terminal 1-6optional accessories 3-36part numbers 3-2

import .csv fileinto Siebel 2-4

inbuilt parts selectorSiebel 2-6

indoor equipment 3-1AUX 3-9blank panel card 3-9DAC 3-7IDU 3-2INU 3-3INUe 3-4NPC 3-8RAC 3-6

indoor, outdoorunit compatibility 1-7

intranetStratex Networks ix

INU 1-6, 1-8accessories 3-43backplane B-1description 1-8, 3-3optional cable part numbers 3-54packaging box 2-16

INUe 1-6accessories 3-43description 1-8part numbers 3-4

Llicense

base support 3-29Node 3-29Terminal 3-29upgrade

cost 3-31formula 3-32process 3-32

licensed frequency bandsfrom 5 to 38 GHz 1-1

lightningarrestor kit 3-43protection 3-41

linkdouble capacity 1-10loss of traffic 1-9

links in network report 2-5loss of traffic 1-9low-capacity PDH to high-capacity PDH/SONET1-3

Mmandatory plug-ins

INU 1-8INUe 1-8

modulation and band frequenciesODU 100 3-11ODU 300 3-11

4 Stratex Networks

module functions 1-7mounting options

ODU 3-17multi-path fading

reductionFF 1-10HS 1-9

NNational Regulator

equipment approval 2-1NCC 1-7, 3-29

setup CD 3-35NCC V2

description 1-8network

configurationFocus 2-3

configuration application 2-2greater thank 5 links,use Focus 2-2less than 5 links,use Siebel 2-2spares and site accessories 2-4

NodeAUX 1-8base license support 3-29DAC 1-8equipment 2-10license 3-29NCC V2 1-8ordering 2-12ordering accessories 2-13RAC 1-8

non-protectedconfiguration 1-9

note icon xiNPC 1-7

description 1-8, 3-8part number 3-8

OODU

accessories 3-40flange materials 3-25flange types 3-13mounting options 3-17packaging box 2-16part number format 3-10

100,modulation and band frequencies 3-11

300,modulations and band frequencies 3-11

CHD 3-12example 3-12frequency band 3-11TRSP 3-12

remote mount kit 3-14sub-band and tuning capabilities 3-13supplied with 3-10types 3-10

ODU 100 1-6capacity support 1-7description 1-8

ODU 300capacity support 1-7description 1-8

operationTDM Bus B-1

optionalIDU accessories 3-36INU cables 3-54RAC 40 accessories 3-36

Oracle 2-3order

creating example A-1ordering

equipment 2-1Node 2-12Node accessories 2-13Siebel 2-2spares 2-15Terminal 2-10

POG-000002-001 Rev 003 December 2004 5

orientationflanges 3-28

outdoor equipment 3-10ODUs 3-10

Ppackaging 2-16

accessory box 2-16bulk-shipping box 2-16INU box 2-16ODU box 2-16

part number 3-1antenna format 3-14

mounting 3-16performance 3-15product range 3-15size in meters 3-15sub-band 3-15

AUX 3-9blank panel card 3-9DAC 3-7flexible waveguide hangars 3-27IDU 3-2INUe 3-4NPC 3-8RAC 3-6

part number formatcoupler 3-21flexible waveguide 3-23ODU 3-12

parts by site report 2-5platform

Eclipse Node 1-6Eclipse Terminal 1-6indoor and outdoor units

different capabilities 1-7module functions 1-7

platform features 1-2capacity migration 1-3

platform upgradesadditional licenses 2-13

polarization rotator 3-13Portal 1-2, 3-35

product coverage 1-4protected

configuration 1-9protected frequency diversity

configuration 1-10RAC 10 non-applicable 1-10

protected space diversityconfiguration 1-9

RAC 10 non-applicable 1-9ProVision 1-2purchase Eclipse User Manual 3-2

Qquotation

budgetary 2-3detailed 2-3Eclipse Product Preview 2-3

RRAC 1-7

accessories 3-36description 1-8part numbers 3-6

RAC 10 1-9, 1-10RAC 30 1-8RAC 40

optional accessories 3-36plug-in 1-10

RAC/IDU to ODUaccessories 3-36cable accessories and connectors 3-39cables 3-37

radio paththroughput capability 3-29

recommendedlightening arrestor kit 3-43

reduce multi-path fadingprotected frequency diversity 1-10protected space diversity 1-9

remote mount 3-23replacing

damaged flashcard 2-16

6 Stratex Networks

reportBOM 2-4links in network 2-5parts by site 2-5

RF path B-2rules

TDM Bus B-2

Ssales application

Siebel 2-2sales tools

Focus xiSiebel xi

setup CDaccessories 3-35

Siebel 2-6import .csv file 2-4import network from Focus NC 2-6ordering,sales application 2-2sales tool xi

single-platform coverage 1-1slip-fit connector 3-14spares

ordering 2-15standard cables

AUX EXA-001 3-54STM1/OC3

BNC 3-53LC optical 3-51SC optical 3-50

Stratex Networksintranet ix

system parameters 2-7add/drop capacity 2-8equipment configuration 2-7frequency band 2-7network topology 2-7trib interface, backplane configuration 2-8Tx to Rx spacing 2-7

TTDM backplane

maximum capacity limitations 1-10TDM Bus 1-11

architecture B-1operation B-1purpose B-1rules and examples B-2

Terminalequipment 2-8IDU 1-7license 3-29ordering 2-10

termination cablesDAC ES 3-53DAC155e 3-53DAC155o 3-50DAC155oM 3-51E1/DS1 3-47E3/DS3 3-49

throughput capabilityradio path 3-29

time slotstraffic measurement B-2

total costupgrade license 3-31

trafficcritical 1-9

trib interfacesystem parameter 2-8

Tx to Rx spacingsystem parameter 2-7

type approved 2-1

Uupgrade

license,total cost 3-31

VV.24 modem driver 3-35

POG-000002-001 Rev 003 December 2004 7

Wwarning icon xiwhite paper

Eclipse Co-Channel Operation 1-11

XXPIC 1-10

8 Stratex Networks

Stratex NetworksCorporate Headquarters120 Rose Orchard WaySan Jose, CA 95134

www.stratexnet.com

POG-000002-001_Rev 003_1204

EclipsePOG 003 041215 eBook

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