Cisco D9804 Multiple Transport Receiver Software Version 2 ... · 78-4042990 -01 Rev B Cisco D9804...

78- 4042990- 01 R ev B

Cisco D9804 Multiple Transport Receiver Software Version 2.20 Installation and Configuration Guide

Please Read This Entire Guide

Veuillez lire entièrement ce guide

Bitte das gesamte Handbuch durchlesen

Sírvase leer completamente la presente guía

Si prega di leggere completamente questa guida

Important

Please read this entire guide before you install or operate this product. Give particular attention to all safety statements.

Important

Veuillez lire entièrement ce guide avant d'installer ou d'utiliser ce produit. Prêtez une attention particulière à toutes les règles de sécurité.

Zu beachten

Bitte lesen Sie vor Aufstellen oder Inbetriebnahme des Gerätes dieses Handbuch in seiner Gesamtheit durch. Achten Sie dabei besonders auf die Sicherheitshinweise.

Importante

Sírvase leer la presente guía antes de instalar o emplear este producto. Preste especial atención a todos los avisos de seguridad.

Importante

Prima di installare o usare questo prodotto si prega di leggere completamente questa guida, facendo particolare attenzione a tutte le dichiarazioni di sicurezza.

Notices

Trademark Acknowledgments

Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: www.cisco.com/go/trademarks.

The DVB logo is a registered trademark of the DVB Project.

Other third party trademarks mentioned are the property of their respective owners.

The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R)

Publication Disclaimer

Cisco Systems, Inc. assumes no responsibility for errors or omissions that may appear in this publication. We reserve the right to change this publication at any time without notice. This document is not to be construed as conferring by implication, estoppel, or otherwise any license or right under any copyright or patent, whether or not the use of any information in this document employs an invention claimed in any existing or later issued patent.

Copyright

© 2009-2013 Cisco and/or its affiliates. All rights reserved.

Information in this publication is subject to change without notice. No part of this publication may be reproduced or transmitted in any form, by photocopy, microfilm, xerography, or any other means, or incorporated into any information retrieval system, electronic or mechanical, for any purpose, without the express permission of Cisco Systems, Inc.

Safety Precautions

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Safety Precautions

Protect yourself from electric shock and your system from damage!

This product complies with international safety and design standards. Observe all safety procedures that appear throughout this guide, and the safety symbols that are affixed to this product.

If circumstances impair the safe operation of this product, stop operation and secure this product against further operation.

Avoid personal injury and product damage! Do not proceed beyond any symbol until you fully understand the indicated conditions!

You will find this symbol on the product and/or in the literature that accompanies this product.

It indicates important operating or maintenance instructions.

You may find this symbol on the product and/or in the literature that accompanies this product.

It indicates a live terminal; the symbol pointing to the terminal device.


It indicates a protective earth terminal.


It indicates excessive or dangerous heat.

Safety Precautions

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Power

Important! This is a Class I product. You must earth this product. This equipment may have up to two power supply cords. To reduce the risk of electric shock, two power supply cords may have to be disconnected before servicing.

This product plugs into a socket-outlet. The socket-outlet must be near this product, and must be easily accessible.

Connect this product only to the power source that is indicated on the rear panel of this product.

If this product does not have a mains power switch, the power cord serves this purpose

Enclosure

Do not allow moisture to enter this product.

Do not open the enclosure of this product unless otherwise specified.

Do not push objects through openings in the enclosure of this product.

Cables

Always disconnect all power cables before servicing this product.

Always pull on the plug or the connector to disconnect a cable. Never pull on the cable itself.

Do not walk on or place stress on cables or plugs.

Factory service

Refer service only to service personnel who are authorized by the factory.

Règles de sécurité

Protégez-vous des risques d'électrocution et protégez votre système contre les endommagements éventuels.

Ce produit respecte les standards internationaux de sécurité et de conception. Veuillez observer toutes les procédures de sécurité qui apparaissent dans ce guide, ainsi que les symboles de sécurité qui figurent sur le produit.

Si, du fait des circonstances, ce produit cesse de fonctionner normalement, cessez de l'utiliser et empêchez-en l'utilisation future.

Évitez le risque de blessures et de dommages aux produits! Ne procédez à aucune tâche tant que vous n'aurez pas entièrement assimilé les conditions indiquées par un symbole!

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Ce symbole figure dans la documentation accompagnant ce produit. Il indique d'importantes instructions de fonctionnement ou d'entretien.

Ce symbole peut être attaché à ce produit. Il indique une borne sous tension; la direction indique la borne.

Ce symbole peut être attaché à ce produit. Il indique une borne de terre de protection.

Ce symbole peut être attaché à ce produit. Il indique une température excessive ou dangereuse.

Alimentation

Important! Ce produit fait partie de la classe I. Vous devez le mettre à la terre.

Ce produit se branche dans une prise murale. Cette dernière doit être placée à proximité du produit et doit être facilement accessible.

Ne branchez ce produit qu'à la source d'alimentation indiquée sur son panneau arrière.

Si ce produit n'a pas d'interrupteur d'alimentation générale, le cordon d'alimentation remplit ce rôle.

Enceinte

Ne laissez pas l'humidité pénétrer dans ce produit.

N'ouvrez pas l'enceinte de ce produit, sauf instructions contraires.

Ne forcez pas d'objets dans les ouvertures du boîtier.

Câbles

Débranchez toujours tous les cordons d'alimentation avant de réparer ce produit.

Tirez toujours sur la prise ou le connecteur pour débrancher un câble. Ne tirez jamais directement sur le câble.

Ne marchez pas sur les câbles ou les prises et n'y exercez aucune pression.

Réparations effectuées à l'usine

Ne confiez les travaux de réparations qu'au personnel autorisé par l'usine.

Sicherheitsvorkehrungen

Schützen Sie sich gegen elektrischen Schlag, und Ihr Gerät gegen Beschädigung!

Dieses Gerät entspricht internationalen Sicherheits-und Ausführungsnormen. Beachten Sie alle in diesem Handbuch enthaltenen Sicherheitshinweise sowie die am Gerät angebrachten Warnzeichen.

Safety Precautions

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Sollten örtliche Umstände den sicheren Betrieb dieses Gerätes beeinträchtigen, schalten Sie es ab und sichern es gegen weitere Benutzung.

Vermeiden Sie Verletzungen sowie Beschädigung des Gerätes! Wenn Sie zu einem der folgenden Warnzeichen gelangen, nicht weiterarbeiten, bis Sie seine Bedeutung voll verstanden haben!

Dieses Symbol erscheint auf dem Gerät und/oder in der ihm beiliegenden Literatur. Es bedeutet wichtige, zu beachtende Betriebs-oder Wartungsanweisungen.

Wenn dieses Zeichen am Gerät angebracht ist, warnt es vor einer spannungsführenden Stelle.

Dieses Symbol kennzeichnet auf dem Gerät die Anschlußstelle der Sicherheitserde.

Wenn dieses Zeichen am Gerät angebracht ist, warnt es vor heißen Stellen, die zu Verbrennungen führen können.

Netzspannung

Wichtig! Dieses Gerät ist ein Produkt der Schutzklasse I. Es muß geerdet werden.

Das Gerät ist an einer Steckdose anzuschließen. Diese muß sich leicht zugänglich in unmittelbarer Nähe des Gerätes befinden.

Die Netzversorgung muß den auf der Rückwand des Gerätes angegebenen Werten entsprechen.

Falls sich kein Hauptschalter am Gerät befindet, dient das Netzkabel diesem Zweck.

Gehäuse

Das Innere des Gerätes ist vor Feuchtigkeit zu schützen.

Das Gehäuse ist nicht zu öffnen.

Niemals einen Gegenstand durch die Gehäuseöffnungen einführen!

Kabel

Vor jeglicher Wartung des Gerätes sind alle Kabel zu entfernen.

Hierzu grundsätzlich am Stecker oder Verbindungsstück und niemals am Kabel selber ziehen.

Nicht auf die Kabel oder Stecker treten oder diese einer Zugbelastung aussetzen.

Hersteller-Wartung

Wartungsarbeiten sind nur durch vom Hersteller autorisierte Techniker vorzunehmen.

Safety Precautions

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Precauciones de seguridad

¡Protéjase contra la electrocución y proteja su sistema contra los daños!

Este producto cumple con los criterios internacionales de seguridad y diseño. Observe todas los procedimientos de seguridad que aparecen en esta guía, y los símbolos de seguridad adheridos a este producto.

Si las circunstancias impiden la operación segura de este producto, suspenda la operación y asegure este producto para que no siga funcionando.

¡Evite lastimarse y evite dañar el producto! No avance más allá de cualquier símbolo hasta comprender completamente las condiciones indicadas!

Encontrará este símbolo en el impreso que acompaña a este producto. Este símbolo indica instrucciones importantes de funcionamiento o mantenimiento.

Es posible que este símbolo esté pegado al producto. Este símbolo indica un terminal vivo, la flecha apunta hacia el aparato terminal.

Podría encontrar este símbolo pegado al producto. Este símbolo indica un terminal de protección de tierra.

Podría encontrar este símbolo pegado al producto. Este símbolo indica calor excesivo o peligroso.

Alimentación

Importante! Este es un producto de Clase I. Tiene que estar conectado a tierra.

Este producto se conecta a un enchufe. El enchufe necesita estar cerca del producto y ser fácilmente accesible.

Conecte este producto únicamente a la fuente de suministro eléctrico indicada en el panel posterior del producto.

Si el producto no tiene interruptor para la linea principal, utilice el cordón toma de corriente para este propósito.

Cubierta

No permita que la humedad penetre en este producto.

No abra la cubierta del producto a menos que se indique lo contrario.

No introduzca objetos a través de las aberturas de la cubierta del producto.

Cables

Siempre desconectar todos los cables eléctricos antes de revisar o reparar el producto.

Tire siempre del enchufe o del conector para desconectar un cable. Nunca tire del cable mismo.

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No camine ni aplique presión sobre los cables o enchufes..

Revisión y reparación de fábrica

Solo personal aprobado por la fábrica puede darle servicio al producto.

Precauzioni di sicurezza

Proteggetevi da scosse elettriche e proteggete il vostro sistema da possibili danni!

Questo prodotto soddisfa le norme internazionali per la sicurezza ed il design. Seguite tutte le procedure di sicurezza contenute in questa guida e i simboli di sicurezza applicati al prodotto.

Se circostanze avverse compromettono la sicurezza d'uso di questo prodotto, interrompetene l'uso e assicuratevi che il prodotto non venga più utilizzato.

Evitare infortuni alla persona e danni al prodotto! Non procedere oltre a qualunque simbolo fino a quando non si siano comprese pienamente le condizioni indicate!

Questo simbolo, che appare nella letteratura di accompagnamento del prodotto, indica importanti istruzioni d'uso e di manutenzione.

Sul prodotto potete vedere questo simbolo che indica un dispositivo terminale sotto tensione; la freccia punta verso il dispositivo.

Potrete trovare il presente simbolo applicato a questo prodotto. Questo simbolo indica un terminale protettivo di messa a terra.

Potrete trovare il presente simbolo attaccato a questo prodotto. Questo simbolo indica un calore eccessivo o pericoloso.

Alimentazione

Importante! Questo prodotto è di Classe I. Va messo a terra.

Questo prodotto si inserisce in una presa di corrente. La presa di corrente deve essere in prossimità del prodotto, e deve essere facilmente accessibile.

Collegare questo prodotto solamente alla fonte di alimentazione indicata sul pannello posteriore di questo prodotto.

Se questo prodotto non è dotato di un interruttore principale, il cavo di alimentazione funge a questo scopo.

Chiusura

Proteggete da umidità questo prodotto.

Non aprire la chiusura di questo prodotto a meno che non sia specificato diversamente. Non inserire oggetti attraverso le fessure della chiusura.

Safety Precautions

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Cavi

Staccare sempre tutti i cavi di alimentazione prima di svolgere l'assistenza tecnica al prodotto.

Per scollegare un cavo tirate la spina o il connettore, non tirare mai il cavo stesso.

Non calpestare o sottoporre a sollecitazioni i cavi o le prese.

Riparazionoi di fabbrica

Per le riparazioni contattate solamente personale tecnico autoizzato dalla fabbrica.

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Important Safety Instructions

Read and Retain Instructions

Carefully read all safety and operating instructions before operating this equipment, and retain them for future reference.

Follow Instructions and Heed Warnings

Follow all operating and use instructions. Pay attention to all warnings and cautions in the operating instructions, as well as those that are affixed to this equipment.

Terminology

The terms defined below are used in this document. The definitions given are based on those found in safety standards.

Service Personnel - The term service personnel applies to trained and qualified individuals who are allowed to install, replace, or service electrical equipment. The service personnel are expected to use their experience and technical skills to avoid possible injury to themselves and others due to hazards that exist in service and restricted access areas.

User and Operator - The terms user and operator apply to persons other than service personnel.

Ground(ing) and Earth(ing) - The terms ground(ing) and earth(ing) are synonymous. This document uses ground(ing) for clarity, but it can be interpreted as having the same meaning as earth(ing).

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Electric Shock Hazard

This equipment meets applicable safety standards.

WARNING:

To reduce risk of electric shock, perform only the instructions that are included in the operating instructions. Refer all servicing to qualified service personnel only.

Electric shock can cause personal injury or even death. Avoid direct contact with dangerous voltages at all times. The protective ground connection is essential to safe operation and must be verified before connecting the power supply.

Know the following safety warnings and guidelines:

Dangerous Voltages

Only qualified service personnel are allowed to perform equipment installation or replacement.

Only qualified service personnel are allowed to remove chassis covers and access any of the components inside the chassis.

Grounding

Do not violate the protective grounding by using an extension cable, power cable, or autotransformer without a protective ground conductor.

Take care to maintain the protective grounding of this equipment during service or repair and to re-establish the protective grounding before putting this equipment back into operation.

Installation Site

When selecting the installation site, comply with the following:

Protective Ground - The protective ground lead of the building's electrical installation should comply with national and local requirements.

Environmental Condition – The installation site should be dry, clean, and ventilated. Do not use this equipment where it could be at risk of contact with water. Ensure that this equipment is operated in an environment that meets the requirements as stated in this equipment's technical specifications, which may be found on this equipment's data sheet.

Installation Requirements

WARNING:

Allow only qualified service personnel to install this equipment.

The installation must conform to all local codes and regulations.

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Equipment Placement

WARNING:

Avoid personal injury and damage to this equipment. An unstable mounting surface may cause this equipment to fall.

To protect against equipment damage or injury to personnel, comply with the following:

Install this equipment in a restricted access location.

Do not install near any heat sources such as radiators, heat registers, stoves, or other equipment (including amplifiers) that produce heat.

Place this equipment close enough to a mains AC outlet to accommodate the length of this equipment's power cord.

Route all power cords so that people cannot walk on, place objects on, or lean objects against them. This may pinch or damage the power cords. Pay particular attention to power cords at plugs, outlets, and the points where the power cords exit this equipment.

Use only with a cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with this equipment.

Make sure the mounting surface or rack is stable and can support the size and weight of this equipment.

The mounting surface or rack should be appropriately anchored according to manufacturer's specifications. Ensure this equipment is securely fastened to the mounting surface or rack where necessary to protect against damage due to any disturbance and subsequent fall.

Ventilation

This equipment has openings for ventilation to protect it from overheating. To ensure equipment reliability and safe operation, do not block or cover any of the ventilation openings. Install the equipment in accordance with the manufacturer's instructions.

Rack Mounting Safety Precautions

Mechanical Loading

Make sure that the rack is placed on a stable surface. If the rack has stabilizing devices, install these stabilizing devices before mounting any equipment in the rack.

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WARNING:

Avoid personal injury and damage to this equipment. Mounting this equipment in the rack should be such that a hazardous condition is not caused due to uneven mechanical loading.

Reduced Airflow

When mounting this equipment in the rack, do not obstruct the cooling airflow through the rack. Be sure to mount the blanking plates to cover unused rack space. Additional components such as combiners and net strips should be mounted at the back of the rack, so that the free airflow is not restricted.

CAUTION:

Installation of this equipment in a rack should be such that the amount of airflow required for safe operation of this equipment is not compromised.

Elevated Operating Ambient Temperature

Only install this equipment in a humidity- and temperature-controlled environment that meets the requirements given in this equipment's technical specifications.

CAUTION:

If installed in a closed or multi-unit rack assembly, the operating ambient temperature of the rack environment may be greater than room ambient temperature. Therefore, install this equipment in an environment compatible with the manufacturer's maximum rated ambient temperature.

Handling Precautions

When moving a cart that contains this equipment, check for any of the following possible hazards:

WARNING:

Avoid personal injury and damage to this equipment! Move any equipment and cart combination with care. Quick stops, excessive force, and uneven surfaces may cause this equipment and cart to overturn.

Use caution when moving this equipment/cart combination to avoid injury from tip-over.

If the cart does not move easily, this condition may indicate obstructions or cables that may need to be disconnected before moving this equipment to another location.

Avoid quick stops and starts when moving the cart.

Check for uneven floor surfaces such as cracks or cables and cords.

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Grounding

This section provides instructions for verifying that the equipment is properly grounded.

Safety Plugs (USA Only)

Equipment protection Class I - Cisco supplies a mains cord with a 3-terminal (grounding-type) safety plug. Do not defeat the safety purpose of the grounding-type or polarized safety plug.

To properly ground this equipment, follow these safety guidelines:

Grounding-Type Plug - For a 3-terminal plug (one terminal on this plug is a protective grounding pin), insert the plug into a grounded mains, 3-terminal outlet.

Note: This plug fits only one way. If this plug cannot be fully inserted into the outlet, contact an electrician to replace the obsolete 3-terminal outlet.

Safety Plugs (European Union)

Class I Mains Powered Equipment - Provided with a 3-terminal AC inlet and requires connection to a 3-terminal mains supply outlet via a 3-terminal power cord for proper connection to the protective ground.

Note: The equipotential bonding terminal provided on some equipment is not designed to function as a protective ground connection.

Equipotential Bonding

If this equipment is equipped with an external chassis terminal marked with the IEC

60417-5020 chassis icon ( ), or 5017 ( ), the installer should refer to CENELEC standard EN 50083-1 or IEC standard IEC 60728-11 for correct equipotential bonding connection instructions.

AC Power

This equipment is Class I equipment, it must be grounded.

If this equipment plugs into an outlet, the outlet must be near this equipment, and must be easily accessible.

Connect this equipment only to the power sources that are identified on the equipment-rating label normally located close to the power inlet connector(s).

If this equipment has two power sources be sure to disconnect all power sources before working on this equipment.

If this equipment does not have a main power switch, the power cord connector serves as the disconnect device.

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78-4042990-01 Rev B xvii

Always pull on the plug or the connector to disconnect a cable. Never pull on the cable itself.

Unplug this equipment when unused for long periods of time.

Circuit Overload

Know the effects of circuit overloading before connecting this equipment to the power supply.

CAUTION:

Consider the connection of this equipment to the supply circuit and the effect that overloading of circuits might have on overcurrent protection and supply wiring. Refer to the information on the equipment-rating label when addressing this concern..

General Servicing Precautions

WARNING:

Avoid electric shock! Opening or removing this equipment's cover may expose you to dangerous voltages.

Be aware of the following general precautions and guidelines:

Servicing - Refer all servicing to qualified service personnel. Servicing is required when this equipment has been damaged in any way, such as power supply cord or plug is damaged, liquid has been spilled or objects have fallen into this equipment, this equipment has been exposed to rain or moisture, does not operate normally, or has been dropped.

Wristwatch and Jewelry - For personal safety and to avoid damage of this equipment during service and repair, do not wear electrically conducting objects such as a wristwatch or jewelry.

Lightning - Do not work on this equipment, or connect or disconnect cables, during periods of lightning.

Labels - Do not remove any warning labels. Replace damaged or illegible warning labels with new ones.

Covers - Do not open the cover of this equipment and attempt service unless instructed to do so in the instructions. Refer all servicing to qualified service personnel only.

Moisture - Do not allow moisture to enter this equipment.

Cleaning - Use a damp cloth for cleaning.

Safety Checks - After service, assemble this equipment and perform safety checks to ensure it is safe to use before putting it back into operation.

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Accessories

Use only attachments or accessories specified by the manufacturer.

Contents

Safety Precautions v

Important Safety Instructions............................................................................................... xii

About This Manual xxv

Objective ................................................................................................................... xxv Audience .................................................................................................................. xxv Required Knowledge .............................................................................................. xxv

Chapter 1 Quick Setup - Read Me First! 1

Connecting the Unit ................................................................................................................. 2 Electrical Connection .................................................................................................. 2 Connecting Ethernet Cables ...................................................................................... 2 Connecting Power Cables .......................................................................................... 2 Maintenance of EMC Compliance ............................................................................ 3

Steps using the Front Panel .................................................................................................... 4 Locking/Unlocking the Front Panel ........................................................................ 4 Setting Up the IP Parameters of the D9804 MTR ................................................... 4 Configuring the Operational Mode .......................................................................... 5 Setting up RF Tuning Parameters ............................................................................. 5 Setting up ASI Output Parameters ........................................................................... 6

Steps using the Web Interface ................................................................................................ 8 Logging on to the Web Interface............................................................................... 8 Setting Up the IP Parameters .................................................................................... 8 Setting Up RF Tuning Parameters ............................................................................ 8 Setting up ASI Output Routing Parameters ............................................................ 9

Chapter 2 Introduction 11

D9804 Multiple Transport Receiver .................................................................................... 12 General Description .................................................................................................. 12 Key Features .............................................................................................................. 13 Software Update ....................................................................................................... 13 Operational Modes: Base or Deterministic Multiplexing (DM) ......................... 13

Transport Stream Outputs .................................................................................................... 15 DVB-ASI Output ....................................................................................................... 15

Control and Management Interfaces ................................................................................... 16 Ethernet ...................................................................................................................... 16 Front Panel Control .................................................................................................. 16 Alarm Relay Interface............................................................................................... 16

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Chapter 3 Installation 17

Rack Installation ..................................................................................................................... 18 Power Connection ..................................................................................................... 18

Installing the D9804 Receiver ............................................................................................... 19 Rack Mounted ........................................................................................................... 19 Cooling ....................................................................................................................... 19 Grounding .................................................................................................................. 19 To Mount the D9804 MTR ....................................................................................... 19 To Connect AC Power .............................................................................................. 20

Rear Connector Panel ............................................................................................................ 21 D9804 MTR Rear Connector Panel ......................................................................... 21

Connecting the Input/Output Signals ................................................................................ 22 Connecting the RF Inputs ........................................................................................ 22 Connecting the ASI Input ........................................................................................ 22 Connecting an External Alarm System .................................................................. 22 Connecting the Ethernet Management Interface .................................................. 23 Connecting the Telemetry Interface ....................................................................... 24 Connecting the ASI Outputs ................................................................................... 24

Chapter 4 Front Panel Operation 25

About the Front Panel ........................................................................................................... 26 LCD ............................................................................................................................. 26 Keypad ....................................................................................................................... 26 Front Panel LEDs ...................................................................................................... 26 Navigation/Selection Keypad ................................................................................ 27

Keypad Convention ............................................................................................................... 28 Startup Screen ......................................................................................................................... 30

Main Structure ........................................................................................................... 30 Input and Output Status .......................................................................................... 30

Main Menu .............................................................................................................................. 31 Main Selection ........................................................................................................... 31

Status Menu ............................................................................................................................ 32 Structure: Status Menu 1 .......................................................................................... 32 Status Menu: Input Status ........................................................................................ 32 Status Menu: Output Status .................................................................................... 36 Structure: Status Menu 2 .......................................................................................... 39 Status Menu: IBC ...................................................................................................... 40 Status Menu: AW ...................................................................................................... 42 Status Menu: Advanced ........................................................................................... 43 Status Menu 3 - Structure ........................................................................................ 44 Status Menu: Main Status ........................................................................................ 45 Status Menu: RDCS .................................................................................................. 46 Status Menu: RDCS Instr ......................................................................................... 47 Status Menu: CYTS0/CTYS1 ................................................................................... 47

Setup Menu ............................................................................................................................. 49 Setup Menu 1 - Structure ......................................................................................... 49 Setup Menu: Admin ................................................................................................. 50 Setup Menu: ASI In ................................................................................................... 54 Setup: Tuning ............................................................................................................ 55 Setup: Routing ........................................................................................................... 59 Setup Menu: CA ........................................................................................................ 67 Setup Menu 2 - Structure ......................................................................................... 70 Setup Menu: IP .......................................................................................................... 71 Setup Menu: Telemetry ............................................................................................ 73 Setup Menu: AW ....................................................................................................... 75 Setup Menu: Noise Cutoffs ..................................................................................... 77 Setup Menu: IBC ....................................................................................................... 83 Setup Menu: DM ....................................................................................................... 83

About Menu ............................................................................................................................ 85 Versions Menu........................................................................................................................ 87 Diagnostics Menu .................................................................................................................. 89

Diagnostics: AW ........................................................................................................ 90 Diagnostics: Logs ...................................................................................................... 90 Diagnostics: Power ................................................................................................... 90 Diagnostics: Health Monitor ................................................................................... 91

Chapter 5 Setup and Monitoring 93

Logging On to the Web Interface ......................................................................................... 94 Web Interface - Summary Screen ......................................................................................... 95

Overview of the Main D9804 MTR Settings .......................................................... 95 Tab Pages ................................................................................................................................ 96 D9804 Web GUI Environment ............................................................................................. 97

Web GUI Environment ............................................................................................ 97 The Help Window .................................................................................................... 97 The Window Buttons ................................................................................................ 97

Viewing the Status Information ........................................................................................... 99 Viewing the Input and Output Status .................................................................... 99 Viewing the ASI Input Status ................................................................................ 100 Viewing the RF Input Status ................................................................................. 101 Viewing the ASI Output Status............................................................................. 102 Viewing the Alarm and Warning Messages ....................................................... 103 Viewing the Inband Control Status ...................................................................... 104 Viewing the Download Status .............................................................................. 105

Configuring the Setup Information ................................................................................... 106 Viewing the Input and Output Setup Configurations ....................................... 106 Setting up Inband Control ..................................................................................... 107 Setting up ASI Input ............................................................................................... 108 Setting up RF Input Parameters ............................................................................ 109 Setting up the ASI Output Parameters ................................................................ 111 Setting up Muting Threshold Control ................................................................. 114

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Setting up Telemetry Control ................................................................................ 116 Configuring User Settings ..................................................................................... 120 Setting up Deterministic Remultiplexing ............................................................ 121

Viewing System Information ............................................................................................. 123 Viewing the System Status .................................................................................... 123 Setting up Alarms ................................................................................................... 124 Viewing Alarm/Warning History........................................................................ 125 Viewing Alarm/Warning Status .......................................................................... 126 Setting up Backup Restore ..................................................................................... 127 Viewing Backup Restore Status ............................................................................ 128 Setting up Ethernet Ports ....................................................................................... 129 Viewing Temperatures ........................................................................................... 130 Configuring Warning Settings .............................................................................. 133 Viewing Version Information ............................................................................... 134 Viewing Flash Verification Information .............................................................. 135

Viewing Diagnostics Information ...................................................................................... 136 Viewing Inband Control Status ............................................................................ 136 Viewing Carrier Information ................................................................................ 137 Viewing Combined Transport Information ........................................................ 138 Viewing Non-Combined Streams Information .................................................. 139

Chapter 6 Service and Maintenance 141

Front Panel LEDs ................................................................................................................. 142 Overview .................................................................................................................. 142 LED Function ........................................................................................................... 142

Messages ............................................................................................................................... 144 D9804 MTR Message List ....................................................................................... 144

Power Supply Replacement ............................................................................................... 160 Removal and Replacement .................................................................................... 160

Chapter 7 Customer Information 161

Appendix B Technical Specifications 163

L-Band Input and Processing ............................................................................................. 164 General ..................................................................................................................... 164 LNB LO Stability ..................................................................................................... 164 LNB Power and Control ........................................................................................ 165 DVB-S/DVB-S2 ....................................................................................................... 165

Transport Stream Output.................................................................................................... 168 ASI Outputs ............................................................................................................. 168

Control and Management Interfaces ................................................................................. 169 Ethernet Management Interface............................................................................ 169 Alarm Interface ....................................................................................................... 169 Telemetry Interface ................................................................................................. 169

Front Panel Interface .............................................................................................. 169 Power and General Specifications ..................................................................................... 171

Power ........................................................................................................................ 171 General ..................................................................................................................... 172

Appendix C Default Settings 175

Factory Default Settings ...................................................................................................... 176 RF Tuning................................................................................................................. 176 ASI Outputs ............................................................................................................. 176 DM ............................................................................................................................ 177 Administration ........................................................................................................ 177

Appendix D Lock Levels 179

D9804 Receiver Lock Levels ............................................................................................... 180 Status ........................................................................................................................ 180 Setup: Admin ........................................................................................................... 181 Setup: ASI Input ...................................................................................................... 181 Setup: Tuning .......................................................................................................... 182 Setup: Routing ......................................................................................................... 182 Setup: IP ................................................................................................................... 183 Setup: CA ................................................................................................................. 184 Setup: Telemetry ..................................................................................................... 184 Setup: AW ................................................................................................................ 185 Setup: Noise Cutoff ................................................................................................. 185 Setup: IBC ................................................................................................................. 185 Versions .................................................................................................................... 186 Diag ........................................................................................................................... 186

Appendix E Compliance 187

Applicable Standards and Notices .................................................................................... 188 Safety ........................................................................................................................ 188 EMC .......................................................................................................................... 188 Electromagnetic Compatibility Regulatory Requirements ............................... 188 FCC Notices ............................................................................................................. 189 Industry Canada Notice ......................................................................................... 189 Unauthorized Modifications ................................................................................. 189

Declaration of Conformity .................................................................................................. 190

Index 191

About This Manual

78-4042990-01 Rev B xxv

About This Manual

Objective

This manual describes how to install, use and maintain the Cisco® D9804 Multiple Transport Receiver (MTR).

Note: The manual describes all available options for the D9804 MTR. Your D9804 MTR may only have some of the features described in this manual.

Audience

The audience of this manual includes users (operators) and service personnel who are responsible for the installation, configuration, operation, monitoring and service of the D9804 MTR.

Required Knowledge

To use this documentation, the user should have a basic knowledge of the technology used in relation to this product. Service personnel should have additional skills and be familiar with cabling, electronic circuitry, and wiring practices.

This manual is intended for operators who are responsible for the configuration, remote operation and maintenance of the D9804 MTR.

78-4042990-01 Rev B 1

Overview

This chapter provides a quick setup for your D9804 MTR. If you are unsure about which receiver settings to use, contact your local service provider for assistance.

1 Chapter 1 Quick Setup - Read Me First!

In This Chapter

Connecting the Unit ............................................................................... 2

Steps using the Front Panel ................................................................... 4

Steps using the Web Interface ............................................................... 8

Chapter 1 Quick Setup - Read Me First!

2 78-4042990-01 Rev B

Connecting the Unit

Electrical Connection

Proceed as follows to connect the D9804 MTR to other equipment.

1 Connect the L-Band signal to one of four RF inputs.

Note: The LNB power is only available on ports RF1 to RF3. The factory default setting for LNB power is OFF.

2 If desired, connect the ASI IN port to an asynchronous serial interface device for uplink monitoring.

3 Connect the ASI OUT ports to an asynchronous serial interface device.

Important: A double-shielded coaxial cable is required to connect to the ASI OUT and/or the ASI IN port in order to meet EMC requirements.

Connecting Ethernet Cables

If desired, the appropriate RJ-45 mating connector may be used for remote monitoring and control either via SNMP or the built-in Web browser.

Connecting Power Cables 1 Connect the power cord (supplied with the unit) between the rear panel power

receptacle and a 100V to 240V, 50/60 Hz ac power outlet.

The power cord (consisting of appliance coupler, flexible cord, and plug) supplied with this product meets the requirements for use in the country for which this product was purchased. In general, the power cord must be approved by an acceptable, accredited agency responsible for evaluation in the country where the product will be used.

2 Connect the Alarm connector on the D9804 MTR to the external alarm monitoring equipment. For further information, see Connecting an External Alarm System (on page 22).

3 If required, use the Ethernet port on the D9804 MTR for external control and monitoring via web or SNMP.

4 Connect AC power to both of the rear panel power supplies for proper functioning.

Connecting the Unit

78-4042990-01 Rev B 3

For further information, see the specific product manuals in question. When connecting the power source to the D9804 MTR it takes less than a minute for the unit to initialize. The front panel display shows the startup screen.

Maintenance of EMC Compliance

Double-shielded (braid/foil or braid/braid) cables should be used for all ASI I/O and RF inputs. Single-shield cables are acceptable for all other inputs and outputs. For terminal block (Alarms) I/O, no shielding is required.

Control/Connector Type Description

RF Inputs F Each input accepts an LNB signal input. RF1, RF2 and RF3 can provide remote LNB power for use when no external LNB power source is available.

ASI Input BNC Asynchronous Serial Interface Input.

ASI Outputs BNC Six sets of two duplicate Asynchronous Serial Interface Outputs. Although not labeled on the rear panel, the top row is designated 1a to 6a, and the bottom row is designated 1b to 6b.

Ethernet RJ-45 Ethernet IP data control and monitoring.

RS-232 Control DB-9 Telemetry data output: 7 bits, even parity, 1 stop bit, 9600 bps. These outputs are user-configurable.

Alarms 7xNO/NC contacts triggered by programmable alarm conditions.

Ground Screw Grounding point for the receiver.


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Steps using the Front Panel

Locking/Unlocking the Front Panel

The front panel can be locked or unlocked using the front panel keypad.

Proceed as follows to unlock the front panel using the front panel keypad:

1 At the Main Menu, press SELECT and then INFO. This will unlock the front panel keypad and allow you to make changes to all the operating parameters; however, if the keypad remains untouched for the duration of the set timeout period (default is 60 seconds), the keypad will change back to the Lock state unless you change the keypad state on the Admin Menu. Likewise, you can toggle the keypad lock state back using SELECT and INFO at any time, provided the KB Lock state on the Admin Menu is Enabled.

2 To disable Lock completely, navigate to Setup, Admin, KB Lock in the LCD display and press the SELECT key.

3 Change the KB Lock state from Enabled to Disabled.

4 The front panel will now be unlocked, allowing you to change any of the operating parameters.

To lock the front panel, perform the same procedure, except use the right arrow key to change the state. In this case, you will not be prompted to confirm the operation.

Setting Up the IP Parameters of the D9804 MTR

Follow the procedure below when a D9804 MTR is added to or reinserted in the installation.

Proceed as follows to set the IP parameters of the Ethernet port of the D9804 MTR:

1 Press the MENU key on the front panel of the D9804 MTR.

The MENU key toggles between the start up display and the Main Menu.

2 From the Main Menu, press the RIGHT arrow key to navigate to the Ethernet menu by selecting Setup, then IP. Press the SELECT key. You have now entered the IP menu.

3 Go to the required menu item and press SELECT to access the IP Address, Mask, and Gateway. Use the right and left arrow keys to navigate the IP sub-menu and if necessary, change any of the values.

Use the right arrow key to navigate to the digits you want to change and press a numeric key to enter a value. Press the SELECT key to store the entered value(s).

4 If necessary, change the other IP parameters as described in steps 2 and 3 above.

5 Press the MENU key to exit the IP menu. You are prompted with the following menu options:


78-4042990-01 Rev B 5

Menu Prompts Description

Save Saves the changes and returns to the IP menu.

SaveExit Saves the changes and exits to the main menu.

Exit Discards the changes and exits to the main menu.

Cancel Cancels the changes and returns to the IP menu.

Note: When you exit the IP menu, if a problem is detected with the submitted values, parameter errors are displayed. For example, enter 0 for the Mask parameter and the “Netmask is out of range” error message appears when you attempt to exit the menu. In this instance, you need to return to the menu item and enter a valid parameter.

Configuring the Operational Mode

The D9804 MTR can be configured to be in Base mode (version 1.00) or Deterministic Multiplexing (DM) mode (version 2.00). For more information, see Operational Modes: Base or Deterministic Multiplexing (DM) (on page 13).

Setting up RF Tuning Parameters 1 Move to the Tuning menu and use the up and down arrow keys to navigate to

and set the following parameters.

Entry/Selection Options

Enabled Set to Yes to enable the input.

Inband Data Set to Ignore to use local data.

Input 4 RF ports to select.

Modulation DVB-S or DVB-S2. If set to DVB-S2, set FEC to Auto.

Downlink Frequency Type in frequency (GHz).

Set FEC If the FEC is unknown, leave it at "auto". It must be set to Auto if DVB-S2 modulation is used.

Set LNB Voltage RF1, RF2, and RF3

Note: Only RF1 to R3 have DC power.

LNB Voltage options - 13, 18, and OFF.

Set LO frequency LO (Local Oscillator) frequency in GHz.

Rolloff Only required for DVB-S2.

IQ Normal, Inverted, or Auto.

2 Press MENU to exit and save the changes.


6 78-4042990-01 Rev B

Note: If the changes are saved successfully, the screen returns to the main menu. If the changes are not saved successfully, an error message appears and operators will need to choose whether to continue editing. Select Return to continue editing. If Exit is selected, all the changes will be lost.

Setting up ASI Output Parameters 1 Move to the Routing Output menu and use the up and down arrows keys to

navigate, select, and configure the six ASI outputs (ASI 1 through 6). Any output can receive data from any one of the 4 RF inputs or from the ASI input.


Enabled Set to Yes to enable the output.


Source Stream Select the input source (RF1 to RF4) for the output.

Format Decombined - decombines the transport according to the selected CT ID (combined transport ID).

Remux - the CT ID will be remultiplexed when passed to the selected output.

Drop: filters the input prior to sending; will allow all PIDs except those entered.

Pass - filters the input prior to sending; will only allow PIDs that have been entered.

Raw - passes the input directly to the output.

PCR Correction Enable or Disable. Not used for Decombined or Remux streams (see Format above).

BISS Index 1 to 512.

Output Rate Type Fixed Rate - Pass, Drop, and Raw streams are output. The transport stream rate is stuffed with null packets to achieve the output rate. The fixed output rate is in the range from 1 to 213.7 Mbps. This is also the maximum output bitrate when the selected Bitrate Type is “Source Rate”.

Source Rate - Pass, Drop, Raw, Remux, and Decombined streams are output. The transport stream output rate is identical to the stream input rate to a maximum value set by the Fixed Rate setting.

Note: Source Rate is always used for decombined and remux streams.

Full Rate - Pass, Drop, and Raw streams are output. The transport stream rate is not stuffed with null packets. The output rate will be 213.7 Mbps.

Burst Mode Enable or Disable (default).


78-4042990-01 Rev B 7


CT ID Enter the Combined Transport ID that you want to route to the output in the range from 1 to 65535. The CT ID must match an entry in the transport list matching the combined PID and BISS Index.

CT PID Particular packet that is going to be decombined.

Fixed Rate Must be a valid bit rate in the range from 1 to 213.7 Mb/s.

Com PID Set the combined transport PID for the common stream in the range from 1 to 8192.

BISS Idx Set the BISS index for the common combined transport stream if the common stream is scrambled, in the range from 1 to 512.

Com ID Set the transport ID for the common stream in the range from 1 to 65535.

Reg PID Set the combined transport PID for the regional stream in the range from 32 to 8192.

BISS Idx Set the BISS index for the regional combined transport stream if the regional stream is scrambled in the range from 1 to 512.

Reg ID Set the transport ID for the regional stream in the range from 1 to 65535..


3 Move to the CA Menu, and use the left and right arrows keys to select the BISS index and CA session word to be used to decombine the stream.

Note: The CA session words are typically provided by your service provider.


BISS Index 1 through 512.

Even SW SW (Session Word); must enter SWs in pairs (12 hexadecimal characters, 0-9, A-F).

Odd SW SW (Session Word); must enter SWs in pairs (12 hexadecimal characters, 0-9, A-F).



8 78-4042990-01 Rev B

Steps using the Web Interface

Logging on to the Web Interface

Proceed as follows to log on to the Web Interface:

1 Open MS Internet Explorer.

Note: The D9804 MTR version 1.x is compatible with Microsoft Internet Explorer 6. The D9804 MTR version 2.x is compatible with Microsoft Internet Explorer 8 and Mozilla Firefox 3.6.

2 Type the IP address of the D9804 MTR in the address bar and press Enter.

3 Type the Username and Password.

Note: The username and password are case-sensitive. The default username is user and the default password is USER. If you have forgotten your username and password you can reset them from the front panel menu of the D9804 MTR.

Important: The password and user name will be remembered for the whole of the web session. Close the web browser if you want to prevent others from accessing the settings of the D9804 MTR.

If your session expires, you must refresh the browser and log back in.

4 Click Login.

Click Reset to clear the Username and Password fields and re-enter the login information.

Setting Up the IP Parameters

Follow the procedure below when a D9804 MTR is added to or reinserted in the installation.

Proceed as follows to set the IP parameters of the Ethernet port of the D9804 MTR:

1 From the user interface of the D9804 MTR, click the System tab and then Ethernet icon from the sub-page.

2 Enter the IP Address, Mask, and Gateway information.

3 Click Apply.

Note: Changing the IP address, Mask and/or Gateway information may cause your web browser to be disconnected from the MTR. Reconnect the web browser and login again if necessary.

Setting Up RF Tuning Parameters

Proceed as follows to set the RF input parameters:

1 From the user interface of the D9804 MTR, click the Setup tab, and click the RF-1 to RF-4 for each of the inputs.

Steps using the Web Interface

78-4042990-01 Rev B 9

2 Set the following parameters.


Input Enabled Set to Yes to enable the input.


Modulation System DVB-S or DVB-S2. If set to DVB-S2, set FEC to Auto.

Frequency Type in the downlink frequency (GHz).

FEC If the FEC is unknown, leave it at "auto". It must be set to Auto if DVB-S2 modulation is used.

LNB Voltage The LNB Voltage options are 13, 18 and OFF.

LO frequency (GHz) LO (Local Oscillator) frequency in GHz.

Rolloff Only required for DVB-S2.

IQ Normal, Inverted, or Auto.

3 Click Save and then Apply Local to apply the saved settings to the receiver.

Setting up ASI Output Routing Parameters

Proceed as follows to set the ASI output parameters:

1 From the user interface of the D9804 MTR, click the Setup tab, and click ASI-1 to ASI-6 for each of the outputs. Any output can receive data from any one of the 4 RF inputs or from the ASI input.

2 Set the following parameters:


Output Enabled Set to Yes to enable the output.


Input Source Select the input source (RF1 to RF4, or ASI) for the output.

Format Decombined - Decombines the transport according to the selected CT ID (combined transport ID).

Remux - The CT ID is remultiplexed when passed to the selected output.

Drop - Filters the input prior to sending; will allow all PIDs except those entered.

Pass - Filters the input prior to sending; will only allow PIDs that have been entered.

Raw - Passes the input directly to the output.

PCR Correction Enable or Disable. Not used for Decombined or Remux streams (see Format above).


10 78-4042990-01 Rev B


BISS Index 1 to 512.

Bitrate Control Selection

Fixed Rate - Pass, Drop, and Raw streams are output. The transport stream rate is stuffed with null packets to achieve the output rate. The fixed output rate is in the range from 1 to 213.7 Mbps. This is also the maximum output bitrate when the Bitrate Control Selection is “Source Rate”.

Source Rate - Pass, Drop, Raw and Decombined and Remux streams are output. The transport stream output rate is identical to the stream input rate to a maximum value set by the Bitrate setting.

Note: Source Rate is always used for decombined and remux streams.

Full Rate - Pass, Drop and Raw streams are output. The transport stream rate is not stuffed with null packets. The output rate will be 213.7 Mbps.

Bitrate (bps) Must be a valid bit rate in the range from 1 to 213.7 Mb/s.

Burst Mode Enable or Disable (default).

CTID Enter the Combined Transport ID that you want to route to the output in the range from 1 to 65535. The CT ID must match an entry in the transport list matching the combined PID and BISS Index.

CTPID Particular packet that is going to be decombined.

Com PID Set the combined transport PID for the common stream from 1 to 8192.

BISS Idx Set the BISS index for the common combined transport stream if the common stream is scrambled from 1 to 512.

Com ID Set the transport ID for the common stream from 1 to 65535.

Reg PID Set the combined transport PID for the regional stream from 32 to 8192.

BISS Idx Set the BISS index for the regional combined transport stream if the regional stream is scrambled from 1 to 512.

Reg ID Set the transport ID for the regional stream from 1 to 65535.

3 Click Save and then Apply Local to apply the saved settings to the receiver.

78-4042990-01 Rev B 11

Overview

This chapter is a general introduction to the D9804 Multiple Transport Receiver. It describes the most common applications and interfaces of the receiver.

2 Chapter 2 Introduction

In This Chapter

D9804 Multiple Transport Receiver ................................................... 12

Transport Stream Outputs ................................................................... 15

Control and Management Interfaces .................................................. 16

Chapter 2 Introduction

12 78-4042990-01 Rev B

D9804 Multiple Transport Receiver

General Description

The D9804 Multiple Transport Receiver (MTR) is designed for satellite content distribution applications requiring DVB-S2 reception capabilities with digital transport distribution into terrestrial or similar types of networks. The D9804 receiver can receive up to four DVB-S/DVB-S2 satellite signals, and one optional ASI input signal, and decombine each signal into separate DVB-T streams, Deterministic Multiplexing Contributory Streams (CYTS), and Remultiplexing Data and Control Streams (RDCS). When operating in Base mode, it can then direct up to a total of six DVB-T streams to one or more of the six dual-ASI outputs. When operating in DM (Deterministic Multiplexing) mode, it directs up to a total of four unique decombined DVB-T streams to one or more of the six dual-ASI outputs, and it directs one Remultiplexed (remux) stream to one or more of the six dual-ASI outputs. It outputs the content on a DVB-ASI transport for further distribution into digital networks serving either digital terrestrial or other types of consumer re-distribution networks.

The D9804 MTR is a 1U receiver that fits into a 19-inch racks.

D9804 Multiple Transport Receiver

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Key Features

Four L-Band inputs with active demodulators

DVB-S QPSK demodulation

DVB-S2 QPSK/8PSK demodulation

DVB-ASI input

Fixed key BISS descrambling

Six pairs of DVB-ASI outputs

Seven contact closures triggered by programmable alarm conditions

Dual redundant power supplies

Field upgradeable software and security

Front panel LCD for control & monitoring

Tuning preset configurations

Deterministic Remultiplexing

Software Update

All software in the D9804 MTR is stored in non-volatile memory that can be electrically programmed. New software releases for a specific D9804 MTR or a group of MTRs can be downloaded via Over-The-Air (OTA) in the IBCC or the Ethernet 10/100 Base-T Management interface. For more information on the MTR OTA code download feature in the IBCC, refer to the Cisco Inband Control Computer Software Version 2.54 User Guide, part number 78-4023020-01.

Operational Modes: Base or Deterministic Multiplexing (DM)

The D9804 MTR can be configured to be in Base mode (default for new D9804 receivers), using FPGA application version 1.00, or Deterministic Multiplexing (DM) mode, using FPGA application version 2.00. For more information on viewing and selecting the FPGA application, see Versions Menu (on page 87).

Base Mode (6+0)

The FPGA application version 1.00 supports six separate and independent ASI outputs, each of which can be configured to output one transport stream in any of the supported formats (decombined, raw, pass, or drop).

If a DM (remultiplex) format is attempted when the MTR is using a Base FPGA mode, it will trigger the "DM Not Supported" alarm.


14 78-4042990-01 Rev B

Deterministic Multiplexing Mode (4+1)

The FPGA application version 2.00 supports six ASI output ports. Each ASI output port can be configured to emit one of four separate and independent transport streams using one of the supported formats (decombine, raw, pass, or drop). Each ASI output port can alternately be configured to emit a DM (remux) stream. Only one active DM (remux) stream can be configured by the ASI ports at a time.The ASI outputs configured to emit the same stream must be configured identically.

If more than four unique decombine, raw, pass, or drop outputs are configured, the extra outputs will be muted, triggering the "No Available Resource" alarm. The same applies if more than one unique DM (remux) output is configured.

Transport Stream Outputs

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Transport Stream Outputs

DVB-ASI Output

The D9804 MTR has 12 DVB-ASI outputs, six sets of two identical outputs. These outputs can be used as an input for a DVB-T transmitter or other types of DVB-ASI reception equipment.


16 78-4042990-01 Rev B

Control and Management Interfaces

Ethernet

The main control interface for the D9804 MTR is the 10/100 BaseT Ethernet interface.

You can set up and control the D9804 MTR via the Ethernet connection using SNMP and a management system. The Web-based GUI may also be used for control and monitoring purposes.

A MIB file is included in the delivery from Cisco for the D9804 MTR to support third party SNMP managers. The D9804 MTR features an Ethernet management interface which supports communication with the IBCC application. For information on the Ethernet management interface, see Connecting the Ethernet Management Interface (on page 23).

Front Panel Control

The front panel keypad and LCD is used to control the operating parameters of the MTR.

Note: The front panel door presently serves no function. It is reserved for future use.

The following drawing shows the front panel with its different sections.

Alarm Relay Interface

During operation the condition of the D9804 MTR can be monitored by seven relay contact outputs, accessible from the Alarm connector on the rear panel of the D9804 MTR. Furthermore, the alarm status is signaled by an Alarm/Warning LED on the front of the D9804 MTR and by messages sent via the management system.

78-4042990-01 Rev B 17

Introduction

This chapter describes how to install the D9804 Multiple Transport Receiver (MTR). Before installing the D9804 MTR, read all safety precautions and guidelines thoroughly.

Qualified Personnel

Only appropriately qualified and trained personnel should attempt to install, operate or maintain the D9804 MTR.

WARNING:

Allow only qualified personnel to install this product. Otherwise, personal injury or equipment damage may occur.

3 Chapter 3 Installation

In This Chapter

Rack Installation .................................................................................... 18

Installing the D9804 Receiver .............................................................. 19

Rear Connector Panel ........................................................................... 21

Connecting the Input/Output Signals ............................................... 22

Chapter 3 Installation

18 78-4042990-01 Rev B

Rack Installation The receiver is supplied with two power supplies that provide redundant power with no single point of failure. Operation requires both supplies to be powered up and switched on. Each power supply should be powered from a separate mains branch circuit, in order to ensure redundancy.

The DC outputs from both power supplies are combined together in a current-sharing scheme so that the total load is shared.

Power Connection

To operate the MTR, you must connect it to an AC power source. For information about connecting the chassis to AC power, see Appendix B - Technical Specifications (on page 163).

As Cisco units are designed for continuous operation, some products do not have a power switch. In this case the mains cord and/or DC power supply cable serve(s) as the mains disconnect device.

WARNING:

Make sure that at least one end of the power cable(s) remains easily accessible for unplugging, if you need to switch off the unit. For example: Ensure that the socket outlet is installed near the product.

WARNING:

To avoid electrical shock, connect the three-prong plug on this product to an earth-grounded three-pin socket outlet only.

Installing the D9804 Receiver

78-4042990-01 Rev B 19

Installing the D9804 Receiver

Rack Mounted

The D9804 MTR is a 1U unit with connector access at the rear panel. The D9804 MTR is intended for mounting in a standard 19" rack with minimum 1U spacing between units to allow adequate ventilation/air flow.

Cooling

The D9804 MTR is cooled by the use of internal fans. The air intake is from the front and the air outlet is on the rear.

Note: Adequate cooling must be provided equaling 107 W (typically) at 25°C per unit to avoid overheating.

CAUTION:

The inlet air temperature must not exceed 50°C/122°F at any time.

Grounding

You must ensure that the unit is properly connected to ground in order to meet safety and EMC requirements. Before any other connection is made, the unit must be connected to a protected ground terminal as described below:

Via the three wire power cord of the AC power supply. This connection is mandatory.

In addition, via the protective ground terminal on the rear panel of the unit.

To Mount the D9804 MTR

To mount the D9804 MTR in a rack do the following:

1 Mount L-brackets in the rack to support each D9804 MTR to be installed.

2 Place the D9804 MTR in its position in the rack.

3 Mount the D9804 MTR securely to the rack by securing the mounting flanges to the rack using the four screws provided.

4 Make sure the air outlet holes on the back of the D9804 MTR are not obstructed to allow air flow from the front to the back of the chassis.


20 78-4042990-01 Rev B

To Connect AC Power

To connect AC power to the D9804 MTR do the following:

1 Connect the power cords (supplied with the D9804 MTR) between the rear panel power receptacles and a 100 to 120/200 to 240 V AC power outlet.

2 Make sure that the power cable is connected to protective ground. See Grounding (on page 19) for more information.

The D9804 MTR is equipped with two power supplies. Power supplies #1 and #2 are located in the rear of the chassis as shown in the photograph below. Note their position in the event of a power supply alarm, possibly resulting in replacement of a power supply. Alarm messages appear in the Alarms and Warnings History.

Rear Connector Panel

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Rear Connector Panel

D9804 MTR Rear Connector Panel

The following drawing shows the rear connector panel.

Connectors

The following table describes the function and type of the various connectors.

Connector Function Connector Type

RF Inputs Each input accepts an LNB signal input. RF1, RF2 and RF3 can provide remote LNB power for use when no external LNB power source is available.

F

ASI Input Asynchronous Serial Interface Input. BNC

ASI Outputs Six sets of two identical Asynchronous Serial Interface Outputs. Although not labeled on the rear panel, the top row is designated 1a to 6a, and the bottom row is designated 1b to 6b.

BNC

Ethernet For control and management of local and remote D9804 MTR units.

RJ45

RS-232 Telemetry data output: 7 bits, even parity, 1 stop bit, 9600 bps. These parameters are user-configurable via the Telemetry Menu on the front panel.

DB-9

ALARMS Alarm relays. 7xNO/NC contacts triggered by programmable alarm conditions.

Terminal block

Ground Stud and nut Equipotential ground

Power AC power IEC 60320 Sheet 14


22 78-4042990-01 Rev B

Connecting the Input/Output Signals

Connecting the RF Inputs

Do as follows to connect to the RF inputs:

1 Connect up to four LNB RF cables to the RF connectors labelled RF1 through RF4 on the rear of the unit.

Use 75-ohm (braid/foil or braid/braid), low insertion loss coaxial cable.

Each input accepts an LNB signal input. RF1, RF2 and RF3 can provide LNB power for use when no external LNB power source is available.

Connecting the ASI Input

Do as follows to connect to the ASI input:

1 If desired, connect to the ASI IN port to an asynchronous serial interface for uplink monitoring.

Connecting an External Alarm System

The Alarms Connector

The D9804 MTR is equipped with a connector for alarm relay outputs for remote alarm signaling.

The Alarm output connector is a terminal block connector. The following drawing shows the connector and the pin allocation table for the Alarm output connector.

Upper Row

RELAY 1

ASI1 ALARMS

RELAY 2

ASI2 ALARMS

RELAY 3

ASI3 ALARMS

RELAY 4

ASI4 ALARMS

1 2 3 4 5 6 7 8 9 10 11 12

NO_1 COM_1

NC_1 NO_2 COM_2

NC_2 NO_3

COM_3

NC_3

NO_4

COM_4

NC_4

Lower Row

RELAY 5

ASI5 ALARMS

RELAY 6

ASI6 ALARMS

RELAY 7

GENERAL ALARMS

13 14 15 16 17 18 19 20 21 22 23 24

NO_5

COM_5

NC_5

NO_6 COM_6

NC_6 -- NO_7 -- COM_7 -- NC_7

Connect the cable from the external alarm system to the alarm connector.

Connecting the Input/Output Signals

78-4042990-01 Rev B 23

Connecting the Ethernet Management Interface

The Ethernet Interface

The RJ-45 interface for 10/100 BASE-T Ethernet is intended for management via the Web or SNMP.

Note: If you experience problems with the 10 BASE-T Ethernet it is advised that you change it to a 100 BASE-T connection.

Note: You must set up the IP address, the default gateway and the subnet mask to match the network connection. This is done through the front panel menu. For further information, see Setup Menu (on page 49).

Pin allocation, Ethernet connector

The table shows the Ethernet connector and the pin allocation (MDI interface):

Connector Pin Pin Allocation

1 Tx+

2 Tx-

3 Rx+

4 Not connected

5 Not connected

6 Rx-

7 Not connected

8 Not connected

Informative Notes

Proper cables are required for reliable Ethernet operation; to run over a maximum segment length of 100 m the cable has to comply with the EIA/TIA Category 5 wire specifications. Sheilded Cable must be used for EMC Compliance.

To Connect the Ethernet Interface

1 Connect a crossed RJ-45 cable between the Ethernet connector on the D9804 MTR and the Ethernet port of your PC.

Note: You need a crossover cable if you want to connect the Ethernet interface of the D9804 MTR directly to another Ethernet device without using a hub or switch.


24 78-4042990-01 Rev B

Connecting the Telemetry Interface

The DCE DB-9 female connector is intended for telemetry data output: 7 bits, even parity, 1 stop bit, 9600 bps (default). These parameters are user-configurable via the Telemetry Menu on the front panel.

The interconnect cable from the D9804 MTR to a PC should be straight through (i.e., no handshaking), shielded and equipped with a DB-9 male connector at one end to mate with the rear panel RS-232 Control interface, and a female DB-9 connector to connect to the PC.

Pin Allocation, Telemetry (RS-232 Control) Connector

The table shows the Ethernet connector and the pin allocation (MDI interface):

Connector Pin Pin Allocation

1 Not connected

2 TxD

3 RxD

4 Not connected

5 Ground

6 Not connected

7 Not connected

8 Not connected

9 Not connected

Connecting the ASI Outputs

To Connect the ASI Outputs

Proceed as follows to connect to the ASI outputs:

1 Connect the output signals from the D9804 MTR connectors 1a to 6a or 1b to 6b to the ASI input connectors of the equipment after the D9804 MTR.

Use a Belden “Brilliance“ cable with foil/braid construction. The shield must provide 99% or better shielding effectiveness.

The equipment after the D9804 MTR could be a PowerVu D9850 Program Receiver.

Note: The six sets of two outputs are identical. The second set can be used for backup or monitoring purposes.

78-4042990-01 Rev B 25

Overview

This chapter describes how to set up the D9804 Multiple Transport Receiver using the front panel keys and display. This information is primarily applicable for standalone operation.

4 Chapter 4 Front Panel Operation

In This Chapter

About the Front Panel .......................................................................... 26

Keypad Convention .............................................................................. 28

Startup Screen ........................................................................................ 30

Main Menu ............................................................................................. 31

Status Menu ........................................................................................... 32

Setup Menu ............................................................................................ 49

About Menu ........................................................................................... 85

Versions Menu ...................................................................................... 87

Diagnostics Menu ................................................................................. 89

Chapter 4 Front Panel Operation

26 78-4042990-01 Rev B

About the Front Panel The D9804 MTR is operated using controls and indicators on the front panel. These include the numeric keypad, the Navigation/Selection keypad, the LCD, the Alarm and Signal indicators. These are shown in the following illustration.

The front panel door, if present, is reserved for future use.

LCD

The LCD provides information on the selections available at any menu level, current settings for parameters, and certain status and alarm indications. This is a 2x40, backlit LCD display. The top line may be status data or identifier information. It can also display optional functions available for tuning operations. The bottom line will show selections or parameter values available using the navigation/selection keypad. The items are selected by pressing the SELECT (center key) or DOWN

Arrow key on the navigation/selection keypad.

Keypad

The numeric keypad is used to enter alphanumeric values. The MENU key sets the software to the initial menu and returns to the previous menu. The MENU key can also be used to cancel a numeric entry at any point during the entry sequence, and the LEFT Arrow key allows backspacing through the entry.

Front Panel LEDs

The functions of the LEDs are described in the table below.

LED Signal State/Color

Explanation

ALARM

Red Solid for five seconds indicates a Warning.

Red Flashing indicates an Alarm.

About the Front Panel

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SIGNAL

Green Solid indicates all of the following conditions:

all RF inputs are enabled, all inputs are locked to a signal, and are not muted.

all routed ASI outputs are operating without an error.

Green Flashing indicates one of the following conditions:

difficulty with an input, route or output.

one or more RF inputs, or the ASI input are not synchronized.

one or more ASI outputs are routed, but muted by a fault condition.

no RF signal is present or detected, or it is muted.

Off Off indicates all of the following conditions:

no RF input signal is available, enabled or detected, or the input is muted.

no ASI input is present.

no valid inputs are available.

Navigation/Selection Keypad

The navigation keys (LEFT, RIGHT, UP and DOWN) and the SELECT key are the primary controllers. Each navigation key performs various functions, depending on the current state of the menu system (i.e., sometimes the left navigation key backspaces over an entry and sometimes moves the cursor to a different menu item). Once the cursor is over the desired function, pressing the SELECT (center key) or DOWN Arrow key selects the current item (this may go to a different menu or change a setting). Pressing the SELECT key stores any entered values.


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Keypad Convention Throughout this manual, there are references to parts of a keypad on the front of the receiver. This is the Navigation/Selection keypad (see diagram at right), which changes its function, depending on the current state of the menu. For clarity, the following table shows which parts of this integral interface are being referenced by which term.

Button Description Function

1 SELECT Runs the highlighted command or opens the highlighted menu.

2 LEFT arrow When moving through menus, highlights the menu item to the left. When entering data, moves the cursor to the left. In some menus, backspaces over the data entry.

3 UP arrow Highlights the menu item above.

4 RIGHT arrow When moving through menus, highlights the menu item to the right. When entering data, moves the cursor to the right.

5 DOWN arrow Highlights the menu item below.

When you see this...

It means...

LEFT Arrow key Press the key on the left side of the Navigation/Selection Keypad.

RIGHT Arrow key

Press the key on the right side of the Navigation/Selection Keypad.

UP Arrow key Press the key on the top of the Navigation/Selection Keypad.

DOWN Arrow key

Press the key on the bottom of the Navigation/Selection Keypad.

Keypad Convention

78-4042990-01 Rev B 29

When you see this...

It means...

SELECT key Press the key in the center of the Navigation/Selection Keypad.

INFO key Press the key on the lower left of the numeric keypad for context-sensitive help messages, when available.

MENU key Press the key on the lower right of the numeric keypad.

Starts the on-screen display. Also functions as the Escape key so you can back out of menus and data entry fields.

Alphanumeric Entry

Pressing the numeric keys 2-9 once will enter the respective digit into a data entry field. Pressing these buttons again will enter the first of the letters displayed beside the number. Repeatedly pressing the button will toggle through all of that key's possible choices.

When entering text, the 1 button can be used to insert spaces (press twice).

To delete a character, press 0 twice.

F1 - F4 For future use.


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Startup Screen

Main Structure

On power-up and initialization, the startup screen displays the current date and time, the product name and the status of the input and outputs.

The startup screen contains the following parameters:

Input and Output Status

The status of the inputs and outputs is described in the following table.

Status Description

X Indicates the port is not receiving a valid signal.

- Indicates the port is not configured or is disabled.

1, 2, 3, 4, 5, 6 RF - indicates the input port numbers when the inputs are correctly configured and functioning.

ASI - indicates the port number when the input is correctly configured (i.e., 1).

OUT: indicates the output port numbers when the outputs are correctly configured and functioning.

Main Menu

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Main Menu Operation of the D9804 MTR begins at the Main menu. From the startup screen, press the MENU key to view the Main menu.

Main Selection

Select the desired function by moving the cursor left or right by pressing the LEFT or RIGHT key. Once a selection is made by pressing the SELECT or the DOWN key, the LCD presents the second menu level for the selected function. Succeeding levels for each function are described on the following pages.


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Status Menu

Structure: Status Menu 1

To view the Status menu from the Main menu, press the SELECT key.

The Status menu is split into two parts for ease of representation. Each parameter is described in this section. For instructions on how to select and store settings, see About the Front Panel (on page 26).

Status menu 1 has the following structure:

Status Menu: Input Status

Menu Item Description Parameters

In Indicates the RF input port number or ASI input.

RF1, RF2, RF3, RF4 or ASI

Status Menu

78-4042990-01 Rev B 33


Status Indicates the current signal lock status for the selected RF input.

Locked - Indicates the MTR is locked to a carrier with no valid content.

Lock+Sync - Indicates the MTR is locked to a carrier with valid content.

No Lock - Indicates the MTR is not locked to a carrier.

Enabled Indicates whether the input is Enabled or Disabled.

Yes or No

Routing Indicates the output routing configuration.

X - Indicates the port is not receiving a valid signal.

- - Indicates the port is disabled or not configured.

1, 2, 3, 4, 5, 6 - Displays the ASI output port numbers that the input is routed to.

Inband Indicates whether the input is locally controlled or controlled via the uplink.

Uplink, Ignore or Apply.

Uplink - the input port is controlled by the IBCC application.

Ignore - the tuning does not follow the changes in the NIT transmitted by the uplink.

Apply - the tuning will change as needed to follow the NIT transmitted by the uplink.

DnlkFrq (GHz) Indicates the current Downlink Frequency (in GHz) for the selected input.

LBand (MHz) Indicates the current L-Band Frequency (in MHz) for the selected input.

AFC (MHz) Indicates the current Automatic Frequency Control count (in MHz) for the selected input.

SymRate Indicates the current Symbol Rate (in Msymbols/second) for the selected input.


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FEC Indicates the current FEC (Forward Error Correction) rate for the selected input.

Modulation Indicates the Modulation type for the selected input.

N/A, DVB-S QPSK, DVB-S2 QPSK, or DVB-S2 8PSK

IQ Indicates the IQ (Input Signal Inversion) for the selected input.

Inverted, Normal or Auto

Sig Lvl (dBm) Indicates the current Signal Level (in dBm).

Pilot Indicates whether a Pilot is present for the selected input. The Pilot is set on the modulator for input signal synchronization purposes.

Yes or No

C/N (dB) Indicates the current Carrier-to-Noise rate (in dBm) for the selected input.

Margin (dB) Indicates the current Carrier-to-Noise Margin (in dB) for the selected input. The Carrier-to-Noise margin is the actual distance that C/N is from the noise threshold.

PER Indicates the current PER (Packet Error Rate in bps) for the selected input (DVB-S).

LDPCBER Indicates the current LDPC for the selected input (DVB-S2).

PVBER Indicates the current PV (Post-Viterbi) BER for the selected input (DVB-S).

Status Menu

78-4042990-01 Rev B 35


LNB Stat Indicates the current LNB connection status at the selected input.

Overload - Load exceeds capacity of the LNB. The LNB will be disabled until excessive load is removed. To clear the status, set LNB to Off and back to its desired voltage.

OverTemp - LNB driver temperature is excessive. The output is switched off until temperature is reduced. To clear the status, check the ambient temperature of the MTR, fan operation and airflow through the MTR.

No Connect - There is no load applied to LNB power supply. This may occur if an external LNB is used. To clear the status, disconnect the LNB.

Normal - LNB is operating normally with load.

N/A - LNB is switched off. Status is unavailable.

LNB Voltage Indicates the LNB voltage at the selected input.

Off, 13V or 18V

Sync Indicates the current Synchronization status for the selected input.

No Sync or Normal

PktRx Indicates the Packet Received count for the selected input.

Number of packets received before the count is reset to zero (0).

0 to 4,000,000,000.

Size Indicates the packet Size (in bytes) for the selected input.

188 bytes or 204 bytes

Uncorr Err Cnt Indicates the current Uncorrected Error Count for the selected input.

Corr Err Cnt Indicates the Corrected Error Count for the selected input.

TEI Count Indicates the current TEI (Transport Error Indicator) Count for the selected input.

Clear Count Select to reset the TEI counter to 0. You will be prompted to Abort or Continue.


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Input Rate Indicates the current Transport Rate. 0 to 231700000 bps

Carrier ID/Carrier Name

Indicates the Carrier ID and the name of the combined carrier for the selected input.

Status Menu: Output Status


Out Indicates the ASI output port number. ASI1, ASI2, ASI3, ASI4, ASI5 or ASI6

Enabled Indicates the status of the output. Yes - the output is enabled.

No - the output is disabled.

Source Indicates the selected input source for the output.

RF1, RF2, RF3, RF4 or ASI

Inband Data Indicates whether the output follows changes in the PAT and PMT transmitted by the uplink (Inband) data.

Uplink, Ignore or Apply.

Uplink - the output port is controlled by the IBCC application.

Ignore - the output does not follow changes in the PAT and PMT transmitted by the uplink.

Apply - the output will change as needed to follow the PAT and PMT transmitted by the uplink.

Status Menu

78-4042990-01 Rev B 37


Format Indicates the current stream Format for the selected ASI output.

Decombined - the selected CT PID is decombined and passed to the selected output.

Remux - the CT ID is remultiplexed when passed to the selected output.

Pass - only the PIDs listed in the Filter Info table are passed to the selected output.

Raw - the incoming stream is passed to the selected output as is with no changes.

Drop - all the PIDs except for those selected to be dropped are passed to the selected output.

Stream Status Indicates the Stream Status for the selected ASI output.

Normal - ASI output is operating normally.

Descramble Failed - An incorrect BISS index is selected or the BISS index does not match the scrambling index used by the uplink (IBCC).

Sync Lost - MTR is no longer able to recognize or synchronize with the MPEG packets in the decombined transport. The transport may be corrupted, or the uplink settings are incorrect for the transport. This status could also occur due to a loss of input signal.

Muted - ASI output is stopped due to a loss of input or a problem with decombining the transport. The output may also be muted by the uplink (IBCC).

CT PID Indicates the Combined Transport PID. 32 to 8191

Note: 8191 indicates there is no PID assigned.


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CT ID Indicates the Combined Transport ID. 1 to 65535

CT Name Indicates the Combined Transport name. Up to 31 alphanumeric characters

Com PID Indicates the common combined transport PID.

0 to 8191


Com ID Indicates the common combined transport ID.

0 to 65535

Note: 0 indicates that there are no Com IDs assigned.

BISS Idx Indicates the BISS index for the common combined transport stream.

1 to 512

Common Stream Name

Indicates the common combined transport name.

Up to 31 alphanumeric characters

Reg PID Indicates the regional combined transport PID.

0 to 8191


Reg ID Indicates the regional combined transport ID.

0 to 65535

Note: 0 indicates that there are no Reg IDs assigned.

BISS Idx Indicates the BISS index for the regional combined transport stream.

1 to 512

Regional Stream Name

Indicates the regional combined transport name.


Rate Type Indicates the output Rate Type for the selected ASI output.

Src Rate (bps) Indicates the Source rate for the selected ASI output.

Output Rate Indicates the Output rate for the selected ASI output.

Burst Mode Indicates the Burst Mode status. Enable or Disable

Stream Sync Indicates the output Stream Sync status. Sync Ok or Sync Lost

Stream Source Indicates the output stream source status. Source Ok or Source Lost

Src TEI Cnt Displays the TEI (Transport Error Indicator) count, which indicates transport errors exist in the combined source stream when it is a value larger than zero.

Status Menu

78-4042990-01 Rev B 39


Src CC Err Cnt Displays the Continuity Error Count which indicates corrupted data in the source stream routed to the selected output when it is a value larger than zero (0).

Clear Counts Select this option to clear the error counters. You will be prompted to confirm the operation.

Yes or No

Scramble Mode Indicates the selected Scrambling Mode for selected output.

Scrambled, Clear, or NA

Even/Odd Indicates the session word for selected output.

Even or Odd

SW Idx Indicates the BISS index for selected output. 1 to 512

Structure: Status Menu 2



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Status Menu: IBC

Info


User Address Displays the User Address (UA), which is required to request program authorization from the uplink.

ADP Passed Displays the number of commands the MTR accepted.

ADP Recvd Displays the number of group commands and individual commands addressed to the specific MTR.

Clear Counts Resets the ADP counters back to zero. You will be prompted to confirm the operation.

Yes or No

Group List (0-4)/Group List (5-9)

Indicates the group code, as configured in the IBCC application. An MTR can be a member of up to 10 groups. Each group can control one or more of the RF and ASI output ports on the MTR.

0 to 32639

IBC Input Indicates the RF input port number input from the IBCC application.

RF1, RF2, RF3 or RF4

Customer Code Displays a unique Customer Code that identifies the customer. It is assigned by Cisco personnel and must match the Customer Code in the IBCC application.

Customer ID Customer ID allows multiple command streams. For example, an MTR searches for different customer ID when controlled by the IBCC application.

Net ID Displays the Network ID. It must match the Network ID value in the IBCC application.

1 to 65535. The default is 60000.

CT


Carr ID Indicates the carrier in which the specific Combined Transport can be found.

1 to 65535

CT ID Indicates the Combined Transport ID configured in the IBCC application.

1 to 65535

CT PID Indicates the Combined Transport PID configured in the IBCC application.

32 to 8190

BISS Idx Indicates the Scrambling Index number configured in the IBCC application.

1 to 512

Status Menu

78-4042990-01 Rev B 41


CT Name Indicates the Combined Transport name configured in the IBCC application.

Carriers


Carr ID Indicates the Carrier ID of the MPEG transport (RF carrier).

1 to 65535

Dnlk (GHz) Indicates the Frequency (in GHz) configured in the IBCC application.

SymRate Indicates the Symbol Rate (in MSym/Sec) configured in the IBCC application.

Mod Indicates the modulation scheme configured in the IBCC application.

QPSK or 8PSK for DVB-S or DVB-S2 QPSK for DVB-S2

Carrier Name Displays the Carrier name configured in the IBCC application.

NT


Carr ID Indicates the carrier in which the specific Non-Combined Transport can be found.

1 to 65535

NT ID Indicates the Non-Combined Transport ID configured in the IBCC application.

1 to 65535

NT PID Indicates the Non-Combined Transport PID configured in the IBCC application.

32 to 8190

BISS Idx Indicates the Scrambling Index number for the Non-Combined Transport stream configured in the IBCC application.

1 to 512

Non Combined Stream Name

Indicates the Non-Combined Transport name configured in the IBCC application.

Remux


Carr ID Indicates the carrier in which the specific Remultiplexed Transport stream can be found.

1 to 65535

RT ID Indicates the Remultiplexed Transport ID configured in the IBCC application.

1 to 65535


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RT PID Indicates the Remultiplexed Transport PID configured in the IBCC application.

32 to 8190

BISS Idx Indicates the Scrambling Index number for the remultiplexed transport stream configured in the IBCC application.

1 to 512

Remux Stream Name

Indicates the Remultiplexed Transport Stream name configured in the IBCC application.


Com ID Indicates the Common Transport ID configured in the IBCC application.

1 to 65535

Com PID Indicates the Common Transport PID configured in the IBCC application.

32 to 8190

BISS Idx Indicates the Scrambling Index number for the common transport stream configured in the IBCC application.

1 to 512

Common Stream Name

Indicates the Common Transport Stream name configured in the IBCC application.


Reg ID Indicates the Regional ID configured in the IBCC application.

1 to 65535

Reg PID Indicates the Regional PID configured in the IBCC application.

32 to 8190

BISS Idx Indicates the Scrambling Index number for the regional transport configured in the IBCC application.

1 to 512


Indicates the Regional Transport Stream name configured in the IBCC application.


Status Menu: AW

Menu Item Description

Alarms Displays the number of current active Alarms.

Warnings Displays the number of current active Warnings.

Browse Select this option to scroll through the current alarms and warnings.

Clear All Select this option to clear all the current warnings and alarms. You will be prompted to verify whether you want to clear all the alarms and warnings. Select Yes to continue or No to abort the operation.

Status Menu

78-4042990-01 Rev B 43

Status Menu: Advanced


ID Displays the ASI output port number.

Buffer Displays the output Buffer level for the selected output.

Buf Ovrflow Displays the number of Buffer Overflow for the selected output.

Buf Undflow Displays the number of Buffer Underflows for the selected output.

Buf Max Displays the Buffer Maximum level.

Buf Min Displays the Buffer Minimum level.

Ltncy Hit Cnt Displays the Latency Hit Count.

AF Bitrate Displays the AF (Adaptation Field) Bitrate. 0 if no AF field is present

AF Interval Displays the AF Interval. 10 to 500 ms in 10 ms steps

AF Size Displays the AF Size. Typically 19 bytes

LostPktCntPrev The number of packets affected by the most recently completed packet loss event, if any.

0 to 4000000000

LostPktCntCur The number of packets affected in the currently active packet loss event, if any. The current count should be 0 unless data corruption is occurring.

0 to 4000000000

Packet Monitor Displays a coded sequence that may be helpful in troubleshooting by Customer Support.

The expected value is 11110101 for decombined streams and 0x57770777 for remux streams; otherwise, there is a problem on the output.

LossCorDuration The duration of the currently active packet loss event in ms.

In ms

LossCorInterval The number of discrete or separate packet loss events since the last reset.

Number of packet loss events

LossCtlStat Indicates whether the packet loss algorithm is enabled, but not engaged (Idle), engaged (Active), or Disabled.

Enabled or Disabled


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LossCorReason Indicates the reason for the engagement (e.g., continuity count, stream gaps).

Reasons for Loss Correction:

Transport Error

Sync Lost

Continuity Counter misaligned too high

Continuity Counter Misaligned too low

Stream Link Error


Yes or No

Status Menu 3 - Structure


Status Menu

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Status Menu: Main Status


Out Indicates the ASI output port number. ASI1, ASI2, ASI3, ASI4, ASI5, and/or ASI6

Source Indicates the selected input source for the output.

RF1, RF2, RF3, RF4, or ASI

Data Format Indicates the current stream Format for the selected ASI output.

Remux or Disabled

Remux - the CT ID is remultiplexed when passed to the selected output.

Stream Indicates the type of remultiplexing stream.

RDCS, Common, or Regional

Stream Status Indicates the Stream Status for the selected ASI output.

Normal - ASI output is operating normally.

Descramble Failed - An incorrect BISS index is selected or the BISS index does not match the scrambling index used by the uplink (IBCC).

Sync Lost - MTR is no longer able to recognize or synchronize with the MPEG packets in the decombined transport. The transport may be corrupted, or the uplink settings are incorrect for the transport. This status could also occur due to a loss of input signal.

Muted - ASI output is stopped due to a loss of input or a problem with decombining the transport. The output may also be muted by the uplink (IBCC).

Source Rate Indicates the Source rate for the selected ASI output.

Scramble Mode Indicates the selected Scrambling Mode for selected output.

Scrambled, Clear, or NA

PID Sets the PID for remux output formats. 32 to 8192

SW Idx Indicates the BISS index for selected output.

1 to 512

Name Name of the stream. Up to 31 alphanumeric characters


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Stream Sync Indicates the output Stream Sync status. Sync Ok or Sync Lost

Stream Source Indicates the output stream source status.

Source Ok or Source Lost

Src TEI Cnt Displays the TEI (Transport Error Indicator) count, which indicates transport errors exist in the combined source stream when it is a value larger than zero.

Src CC Err Cnt Displays the Continuity Error Count which indicates corrupted data in the source stream routed to the selected output when it is a value larger than zero (0).


Yes or No

Status Menu: RDCS


Buffer Lvl Displays the output Buffer level for the Remultiplexing Data and Control Stream (RDCS) output.

Buf Ovrflow Displays the number of Buffer Overflow for the RDCS output.

Buf Undflow Displays the number of Buffer Underflows for the RDCS output.

Buf Max Displays the Buffer Maximum level.

Buf Min Displays the Buffer Minimum level.

Ltncy Hit Cnt Displays the Latency Hit Count.

AF Bitrate Displays the AF (Adaptation Field) output bitrate signaled by the RDCS.

0 if no AF field is present

AF Interval Displays the AF Interval. 10 to 500 ms in 10 ms steps

AF Size Displays the AF Size. Typically 19 bytes


Enabled or Disabled

Status Menu

78-4042990-01 Rev B 47




Transport Error

Sync Lost



Stream Link Error

Status Menu: RDCS Instr The Remultiplexing Data and Control Stream (RDCS) Instructions menu displays diagnostic information on the processing of remulitplexing instructions contained in the RDCS.

Status Menu: CYTS0/CTYS1


AF Bitrate Displays the AF (Adaptation Field) bitrate for the Contributory Transport Stream (CYTS) output.

0 if no AF field is present

AF Interval Displays the AF interval for the CYTS output.

10 to 500 ms in 10 ms steps

AF Size Displays the AF size of the CYTS output.

Typically 19 bytes


Enabled or Disabled


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Transport Error

Sync Lost



Stream Link Error

Setup Menu

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Setup Menu

Setup Menu 1 - Structure

To view the Setup menu from the Main menu, press the RIGHT arrow key once and then the SELECT key.

The Setup menu is split into two parts for ease of representation. Each parameter is described in this section. For instructions on how to select and store settings, see About the Front Panel (on page 26).

Setup menu 1 has the following structure:


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Setup Menu: Admin

To view the Admin menu from the Main menu, press the RIGHT arrow key once and then the SELECT key to reach the Setup Menu.

For instructions on how to select and store settings, see About the Front Panel (on page 26).

The Admin menu has the following structure:


Lock Level Sets the lock level for the front panel keypad, Web GUI and SNMP/MIB. For more information on lock levels, see D9804 MTR Lock Levels, page C-2.

0, 1, 2 or 3

Factory Reset Select this option allows you to perform a reset of receiver settings back to the factory set (default) values. A warning message prompts you to confirm the operation.

Abort or Continue

Setup Menu

78-4042990-01 Rev B 51


Clear FWD Tables This removes the stored database (tables) information applicable to upgraded/newer software versions. A warning message prompts you to confirm the operation.

Abort or Continue

Reboot Unit Allows you to reboot the receiver. You will be asked to confirm the operation.

Select Continue to reboot the MTR, or Abort to cancel the operation.

KB Lock Sets the front panel keypad lock state and the lock timeout period. The lock timeout period takes effect when the keypad has not been touched (i.e., a key has not been pressed) when on the Main Menu for the set period. Avoid setting the period to a short duration when the keypad is used often.

KB Lock - Enabled or Disabled.

KB Lock Timeout - 5 to 1800 seconds. The default is 60 seconds.

KB Lock Timeout Sets the lock timeout period. The lock timeout period takes effect when the keypad has not been touched (i.e., a key has not been pressed) when on the Main Menu for the set period. Avoid setting the period to a short duration when the keypad is used often.

5 to 1800 seconds. The default is 60 seconds.

LCD Contrast Adjusts the contrast of the LCD menu panel. 1 (lowest contrast) to 30 (highest contrast)

DL Mode Sets the download mode. Always - Unforced download will be accepted and saved in memory.

Once - An unforced download will be accepted, followed by a reboot of the receiver, and the DL Mode will change to Never.

Never - Unforced downloads will not be accepted.

Note: Forced downloads are always accepted and always result in a reboot of the receiver. Service interruption will occur!

Limit Version Indicates the lowest application version available for rear panel download.

Read-only alphanumeric value


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DL State Indicates the state of the download component. Init - Download component is being initialized. You cannot perform a download while in this state.

Ready - Download component is ready to receive downloads.

Buffer - Download in progress. The CDTs are being received.

Program - The application is being written to flash.

Swap - The IRD is swapping to a new application and it will reboot.

Shutdown - The IRD is shutting down and it will reboot.

App Erase - An application is being erased from the flash.

FPGA Erase - A Field Programmable Gate Array (FPGA) code is being erased from the flash.

Type Indicates the type of download being performed.

None - No download is being performed.

Rear Panel - The rear panel download is being performed.

Over-The-Air - The over-the-air download is being performed.

Bank Indicates the type of code being downloaded. AppMTR or FPGABin. FPGABin is via rear panel download only.

CDT# Indicates the total number of expected CDTs. This is the number of tables expected to be received during the current download operation.

0 to 4294967295

Setup Menu

78-4042990-01 Rev B 53


Recv Indicates the number received. This is the Code Download Table number in the file being downloaded that is currently being received. Although a single file is being downloaded, it is made up of many of these tables. As a table is received, the CDT# increases incrementally. All of the counters are cleared when the download has completed, is aborted or when the receiver is power-cycled.

0 to 4294967295

Reject Indicates the number rejected. This is the rejected table count. Tables are rejected whenever validation fails due to CRC failure or an incorrect code or receiver type.

0 to 4294967295

Command Indicates the download command. This command is for over-the-air downloads only. It has no affect on the rear panel downloads.

Restart, abort, none

Abort - stops a download that is currently being received.

Restart - restarts a previously aborted download.

Note: The download does not resume from where it was aborted, but restarts from the beginning.

None - no action is to be performed.

Date Format Sets the Date format. Current day information is displayed in the top left corner of the LCD front panel.

The following formats are supported: YYYY_MM_DD, DD_MM_YYY, MM_DD_YYYY, MM_DD or INVALID.

Time Format Sets the Time format. Time information is normally broadcast as part of the transmitted digital signal. It is usually the broadcaster’s local time relative to GMT (Greenwich Mean Time). Current time information is displayed in the top left corner of the LCD front panel.

The following formats are supported: 24Hr, 24Hr SuspendZero (the leading zero is dropped from the time), 12Hr, 12Hr SuspendZero (the leading zero is dropped from the time).


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GMT Off Sets the GMT offset. Time information is normally broadcast as part of the transmitted digital signal. It is usually the broadcaster’s local time relative to GMT (Greenwich Mean Time).

Time is displayed using a time zone instead of the true local time. If the current broadcast time is not your local time, you must change this time setting in the range from -12.0 to +12.0 hours in 1.0 hour increments.

Setup Menu: ASI In

To view the ASIIn menu from the Setup menu, press the RIGHT arrow key once and then the SELECT key to reach the Setup Menu. Then press the RIGHT arrow key once and the SELECT key to view the ASIIn menu.


The ASIIn menu has the following structure:


Comma Required Allows the use of the DTF ASI output as an ASI input source to the D9804 MTR. This is applicable for local monitoring of the DTF output.

0, 1 or 2. Default is 2.

0 allows up to the maximum DTF output rate. When using an input level above 72. 5 Mb/s, decrease the comma value until an output is achieved (at the MTR ASI output).

If the D9804 MTR is used to decombine and descramble the output data from the DTF ASI output, then a maximum rate for the input containing scrambled PIDs is 140 Mbps.

Setup Menu

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Setup: Tuning

To view the Tuning menu from the Main menu, press the RIGHT arrow key once and then the SELECT key to reach the Setup Menu. Then press the RIGHT arrow key twice and the SELECT key to view the Tuning menu.


The Tuning menu has the following structure:


In Select the RF input port numbers or ASI input.

Select RF1, RF2, RF3 or RF4

The ASI input is configured separately.

Enabled Enables or disables the selected input port.

Yes - the input port is enabled.

No - the input port is disabled.

InBand Selects whether to use Inband data or local data for RF tuning.

Apply - the tuning will change as needed to follow the NIT transmitted by the uplink.

Ignore - the tuning does not follow changes in the NIT transmitted by the uplink.


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Dnlk (GHz) Sets the downlink frequency for the selected incoming signal.

This is the Downlink frequency in GHz. Possible options are in the range from 3.449 to 15.0 GHz. In single-band LNB applications, set this value to 0.0.

For C-Band, Downlink Freq = LO Freq - L-band Freq.

For Ku-band, Downlink Freq = LO Freq + L-band Freq.

LO (GHz) Sets the state, the local oscillator frequency for the selected incoming signal.

This is the Local Oscillator frequency in GHz. This option sets the satellite antenna LNB local oscillator frequency. Possible options are in the range from 0.0 to 15.0 GHz.

Status Sets the state for the selected incoming signal.

Locked - The MTR is locked to a carrier with no valid content.

Lock+Sync - The MTR is locked to a carrier with valid content.

No Lock - The MTR is not locked to a carrier.

SymRate Sets the Symbol Rate for the selected incoming signal.

The symbol rate must match the symbol rate of the transmitted signal. Possible options are in the range from 1.0 to 45.0 Ms/s depending on the modulation type.

FEC Sets the Frequency Error Correction rate (FEC) for the selected incoming signal.

The FEC must match the FEC of the transmitted signal. Possible options are Auto, 1/2, 2/3, 3/5, 3/4, 4/5, 5/6, 7/8, 8/9 and 9/10. Auto is used for DVB-S2 modulation. It is also recommended to use Auto for DVB-S modulation for ease of setup, but settings of 1/2, 2/3, 3/4, 5/6 or 7/8 can be used.

Mod Sets the Modulation type for the selected incoming signal.

Possible options are DVB-S and DVB-S2.

Setup Menu

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IQ Sets the IQ for the selected incoming signal.

L-Band signal inversion setting, which allows users to track and select inverted and non-inverted L-Band signals. When set to Auto, received digital signals are tracked and inverted for correct selection, as required. When set to Invert (inverted), the received digital signal is always inverted. Conversely, when set to Normal (non-inverted), the received digital signal is never inverted. Normally set to Auto.

Roll-off Sets the rolloff factor of the incoming signal.

The options are: .20, .25, .35. Use .20 or .35 when DVB-S modulation is used, and either of the three when DVB-S2 is used. Use a small number to reject or filter carriers close to the same frequency.

LNB Power Sets the LNB power of the incoming signal.

Off, 13V or 18V. The default is Off.

Note: This setting is only applicable to RF1 to RF3. RF4 requires an external DC power source.

Carr Id/Carrier Name

Sets the Carrier ID and Carrier Name.

The Carrier ID and Carrier Name are selected from a scrolling list. You can enter the Carrier ID and, if it is known, the associated Carrier Name will be displayed. Similarly, select the Carrier Name from the list and the associated Carrier ID will be displayed.


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In Params: Apply Local

Sets the Inband Data mode.

When Inband Data is set to Ignore, Apply Local will cause the current configuration settings to be saved, then applied as described in the table above. Note that the configuration must be valid for it to be saved.

If the operator is currently editing the RF port configuration, the unsaved changes must be saved first. If the unsaved changes are not valid, the operator will be prompted to continue editing or to abandon the changes before Apply Local can be used to update the tuning configuration.

Applies the local tuning settings/parameters.

The following shows the differences in how the Apply Local function applies settings for the different Inband Data settings:

Ignore - All local settings are applied.

Apply - Applies port Enabled state, Carrier ID, LO, LNB and Inband Data mode. All other settings are obtained from the carrier information transmitted by the uplink for the Carrier ID specified in the local settings.

Response message when Apply mode is implemented - “Inband Apply active, some items automated.”

Uplink - Applies LO and LNB settings. No other local settings are applied. Settings can only be saved.

Response message when Uplink mode is implemented: “Uplink mode. Some changes blocked.”

Note: The RF input port is forced to enabled state when Uplink mode is active. The port remains enabled until Apply Local is initiated to restore the local settings (provided Uplink control is no longer active).

In Params: Get Current

Sets the Inband Data mode. Reads the implemented tuning configuration for the selected input port and updates the tuning configuration according to the current settings.

Setup Menu

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Setup: Routing

To view the Routing menu from the Main menu, press the RIGHT arrow once and then the SELECT key to reach the Setup Menu. Then press the RIGHT arrow key three times and the SELECT key to view the Routing menu.


The Routing menu has the following structure:


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Output


Out Displays the ASI output port number. ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6

Enabled Enables or disables the selected output port.

No or Yes

Yes - the output port is enabled.

No - the output port is disabled.

Inband Data Select whether to use inband data or local data for output routing.

Ignore or Apply

Apply - uses the Source, CT PID and BISS Index selected by inband data for the chosen CT ID.

Ignore - does not use the inband data updates for the Source, CT PID and BISS Index.

Source Sets the RF source port. RF1, RF2, RF3, RF4, or ASI

Format Sets the stream format. Raw - the incoming stream is passed to the selected output as is with no changes.

Pass - only the PIDS listed in the Filter Info table are passed to the selected output.

Drop - all the PIDs are dropped from the selected output.

Decombined - only the selected CT PID to be decombined is passed to the selected output.

Remux - the CT ID will be remultiplexed when passed to the selected output.

Setup Menu

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Output Rate Type Sets the Output Rate Type to the selected output signal.

Fixed Rate, Source Rate, or Full Rate

Fixed Rate - Pass, Drop, and Raw streams are output. The transport stream rate is stuffed with null packets to achieve the output rate. The fixed output rate is in the range from 1 to 213.7 Mbps. This is also the maximum output bitrate when the selected Bitrate Type is “Source Rate”.

Source Rate - Pass, Drop, and Raw streams are output. The transport stream output rate is identical to the stream input rate to a maximum value set by the Fixed Rate setting.

Note: Source rate is always used for decombined and remux streams.

Full Rate - Pass, Drop, and Raw streams are output. The transport stream rate is not stuffed with null packets. The output rate will be 213.7 Mbps.

PCR Correct Sets the PCR (Program Clock Reference) Correction to the selected output signal.

Enable or Disable

PCR correction is only applied to Pass, Drop, and Raw streams. It is ignored for Decombined and Remux streams.

CT PID Sets the Combined Transport PID for decombined or remux output formats.

32 to 8191

BISS - SW Sets the BISS Session Word. Even or Odd

BISS - Index Sets the descrambling index for a scrambled source stream.

1 to 512

Fixed Rate Sets the actual output rate for Raw, Pass, and Drop output formats, with Fixed Rate as the output rate type.

Sets the maximum output rate allowed for Raw, Pass, and Drop output formats, with Source Rate output rate type.

1 to 213,700,000 bps


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Burst Mode Sets whether the output packet stream is emitted with games between packets (Enabled) or between stream bytes (Disabled).

Enabled or Disabled

The default is Disabled. When Burst Mode is set to Disabled, packet mode is used.

Packet Loss Adjustment

For Decombined or Remux streams, select whether the FPGA error handling attempts to maintain the output bitrate by inserting null packets into the output stream, replacing any damaged or missing input packets.

Enabled or Disabled

CT ID For Decombined output format, this is the Combined Transport ID of the stream to be decombined.

For Remux output format, this is the Combined Transport ID of the RDCS that describes the deterministic remultiplex stream to be generated.

For Raw, Pass, and Drop formats, this is the carrier ID of the DVB transport stream that contains the output packets.

1 to 65535

CT Name Sets the Combined Transport name. This is normally the program name. If the MTR has received inband data, a scrolling list of available transports is available.


Com PID Sets the combined transport PID for the common stream.

1 to 8191

BISS Idx Sets the BISS index for the common combined transport stream if the common stream is scrambled.

1 to 512

Com ID Sets the transport ID for the common stream.

1 to 65535

Common Stream Name

Displays the name of the selected common stream, provided by the uplink.


Reg PID Sets the combined transport PID for the regional stream.

32 to 8191

BISS Idx Sets the BISS index for the regional combined transport stream if the regional stream is scrambled.

1 to 512

Setup Menu

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Reg ID Sets the transport ID for the regional stream.

1 to 65535


Displays the name of the selected regional stream, provided by the uplink.


Out Params: Apply Local

Sets the output routing mode. Applies the local routing settings/parameters.

When Inband Data is set to Ignore, Apply Local will cause the current configuration settings to be saved, then applied as described in the table above. Note that the configuration must be valid for it to be saved.

If the operator is currently editing the ASI port configuration, the unsaved changes must be saved first. If the unsaved changes are not valid, the operator will be prompted to continue editing or to abandon the changes before Apply Local can be used to update the routing configuration.

The following shows the differences in how the Apply Local function applies settings for the different Inband Data settings:

Ignore - All local settings are applied.

Apply - Applies (ASI port) Enabled state, Inband Data mode, Format, PCR Correction, Bit Rate, Burst Mode, CT ID, CT Name, and Packet Loss Adjustment. All other settings are obtained from information transmitted by the uplink for the Combined Transport ID (CT ID) specified for the local settings.

Uplink - Applies Rate, Rate Type, PCR Correction, Error Correction, and Burst Mode. No other local settings are applied.

Note: The ASI output port is forced to enabled when Uplink mode is active. The port remains enabled until Apply Local is initiated to restore the local settings (provided Uplink control is no longer active).

Out Params: Get Current

Sets the output routing mode. Reads the implemented routing configuration for the selected output port and updates the output configuration according to the current settings.

Filter Sets the PID for Drop and Pass for each output.

The Filter Info is only applicable to Drop and Pass output streams.

1 to 8


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PID (8192=N/A) Sets the PID for Drop and Pass for each output.

0 to 8192

8192 means N/A, i.e., unused entry.

Filtering Streams

The Output Filter setting on the Setup menu is only applicable to Pass and Drop streams.

Pass transport streams consist of only those PIDS set to Pass in the stream. Up to 8 PIDS can be set to Pass in the stream.

Note: An empty list means no PIDS are output.

PID PIDs to Pass Stream Output

MPEG Transport Stream consisting of PIDs 1 to 8191

1001 Maximum of 8 listed PIDs

1002

1003

1004

1005

1006

1007

1008

Drop transport streams consist of all PIDS except those set to Drop. Up to 8 PIDS can be set to Drop.

Note: An empty list means all the input PIDS are output.

PID PIDs to Pass Stream Output

MPEG Transport Stream consisting of PIDs 1 to 8191

1011 Full Transport Minus up to 8 listed PIDs

1022

1033

1041

1050

1067

1078

1082

Setup Menu

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Decombining Streams

To decombine a transport stream from a combined stream, you need to know the CT PID of the transport stream you want to decombine and the input (source) port that the stream is received on the MTR.

All combined DVB-T transports within a single DVB-S/S2 carrier utilize a common session word (key). To simplify key management, a table of up to 512 even/odd keys is supported within the MTR. During installation, each DCM/DTF is configured to transmit a table identifying the index which corresponds to the key in use on that DCM/DTF. When a key is changed, the index within the applicable table is also changed. Keys can be renewed by on-site entry or via SNMP.

Although transmission of the key index is part of inband data, the applicable table is not part of the IBCC function. Therefore, failure or absence of the IBCC shall not affect MTR key selection for descrambling purposes.

If the applicable table identifying the descrambling key is not found, then the MTR will use the last known, good index and generate a warning. If the applicable table is not found and no key can be identified, then the MTR will generate an alarm if the selected transports on the selected carrier are scrambled.

The following parameters are necessary to decombine a transport stream from a combined stream:

CT PID of stream to decombine

Source port, i.e., RF1, RF2, RF3, RF4, or ASI

Routing Output, Inband Data - set to Ignore for local setup

Output Rate - set to Source rate

Format - set to Decombined

BISS Index and session words (available from your service provider)


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In the following example, CT PID 1002 is decombined from a combined stream.

Remultiplexing Streams

Deterministic multiplexing allows the D9804 MTR to receive one or two contributory transport streams (CYTS) and a remultiplexing data and control stream (RDCS) and, by interpretation of the commands and data in the RDCS, multiplex the national (common) stream and a regional stream into a single SFN compliant DVB-T stream. The multiplexed output stream is broadcasted via DVB-T SFN to local DVB-T receivers.

The RDCS contains the following: filtering and remuxing of MPEG-2 transport stream packets, bit rate adaptation with null packet insertion, PSI/SI/PSIP regeneration and insertion, insertion of other packets, and PCR re-stamping.

The following are required to remultiplex a transport stream:

CT PID of RDCS, regional contributory transport stream (CYTS), and common contributory transport stream (CYTS)

Source port (RF1, RF2, RF3, RF4, or ASI)

Output Rate - set to Source rate

Format - set to Remux

BISS Index for RDCS and each CYTS (available from your service provider)

Note: The MTR is able to output one remultiplexed transport, but it can be directed to one or more of the ASI outputs. The RDCS and CYTS are always combined streams.

Setup Menu

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Setup Menu: CA

To view the CA menu from the Main menu, press the RIGHT arrow key once and then the SELECT key to reach the Setup Menu. Then press the RIGHT arrow key five times and the SELECT key to view the CA Menu.

The CA menu has the following structure:

SW


Index Sets the BISS index. 1 to 512

Even SW/Odd SW Sets the even and odd session word keys. Even SW or Odd SW - For BISS Mode 1, you can enter the fixed 12-character Session Word (SW). Once entered it cannot be viewed, only displayed as asterisks (*), as shown in the menu structure diagram.

Contact your program provider for the respective session word.


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FTP


Server IP Address/IP Port

Sets the IP address and IP port of the FTP server used to import the SWDF.

Server IP Address - up to 12 characters in length, e.g., 171. 300.100.200.

IP Port - 1 to 65535.

Username/ Password

Sets the user name and password to access the FTP server to import the SWDF. These parameters are case-sensitive.

Username - up to 12 alphanumeric characters. The default user name is user.

Password - up to 12 alphanumeric characters. The default password is USER.

SWDF


Stored SW Distribution File Name

Displays the name of the current Session Word Distribution File stored in memory. It is a read-only field.

Stored SW (Session Word) Distribution File Name - alphanumeric, up to 12 characters in length.

File Date/Time Displays the date and time the file was imported. It is a read-only field.

Displayed in the same format as on the startup screen.

File Size Displays the name of the current Session Word Distribution File stored in memory, the date and time the file was imported, and the file size. These are read-only fields.

Size of the stored SWDF in bytes.

SW Distribution File Name

Sets the name of the stored SWDF. Up to 36 alphanumeric characters.

Setup Menu

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Select Action Selects the action to be performed on the SWDF.

No action - Default setting.

Delete all SWs - Deletes all existing session words.

Restore factory SWs and SWDF - Restores all session works and the SWDF to the factory default values.

Receive SWDF from FTP server - Imports the SWDF from the FTP server.

Erase stored SWDF - Erases the stored SWDF, if imported.

Unpack SWDF into SWs - Unpacks the SWDF and applies it to the stored session words.

SWDK.1/SWDK.2 Sets the session word distribution keys, which must correctly reference the SWDF.

Up to 32 hexadecimal characters for each SWDK


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Setup Menu 2 - Structure

Setup menu 2 has the following structure:

Setup Menu

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Setup Menu: IP

To view the IP menu from the Main menu, press the RIGHT Arrow key once and then the SELECT key to reach the Setup Menu. Then press the RIGHT arrow key four times and the SELECT key to view the IP Menu.

The IP menu has the following structure:


Port ID Displays the ID for the Ethernet port. It is fixed at 1, and is a read-only value.

Description Sets the description or name for the Ethernet port.

Up to 20 alphanumeric characters in length


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v4/v6 Displays the TCP IP communication protocol version supported on the Ethernet port.

This value is not editable. Only v4 is currently supported.

IP Address Displays the TCP IP communication protocol version supported on the Ethernet port.

This value is not editable. Only V4 is currently supported.

Mask Sets the Subnet Mask to the receiver for its participation in a Network environment.

IP Address - up to 12 characters.

Mask - up to 2 characters.

Gateway Sets the Network Gateway Address on the Network, used to expose the receiver to a WAN.

The IP Address/Mask and Gateway Address should be changed together, i.e., as a group. The following table shows the most commonly used Subnet mask values to enter for a chosen IP address mask, which will depend on the size of your network.

Mask Subnet Mask

8 255.0.0.0

16 255.255.0.0

24 255.255.255.0

MAC Address Displays the MAC address of the receiver. It is set at the factory and is a read-only value.

N/A

SNMP Read Community String

The SNMP Community Read and Write fields are used when communicating with a device within an SNMP environment. These commands allow you to set the password to read and write data to a device to display diagnostics traps/alarms. The options are public (default) and or a custom string.

Use the default community string called public or enter a custom community string. To set a custom community string, enter an alphanumeric character string up to 35-characters in length identifying the password for the device.

The community string is case-sensitive.

SNMP Write Community String

The SNMP Community Read and Write fields are used when communicating with a device within an SNMP environment. These commands allow you to set the password to read and write data to a device to display diagnostics traps/alarms. The options are public (default) and or a custom string.

Use the default community string called public or a custom community string. To set a custom community string, enter an alphanumeric character string up to 35-characters in length identifying the password for the device.

The community string is case-sensitive.

Setup Menu

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Trap ID Address Up to 10 entries can be assigned to the Trap Destination and Community string fields.

Trap Destination Address

This sets the destination for SNMP trap messages for events (i.e., fault messages).

IP address. Up to 12 characters, e.g., 155.128.100.200.

Trap Community String

This sets the Community string for the Trap Destination above.

Public or custom string. Up to 35 characters. The default is public.

Reset HTTP User Name & Password

Resets the Web Interface’s user name and password to its default settings. These parameters are case-sensitive. The default user name is “user” and the default password is “USER”.

Abort or Continue

HTTP User Name/HTTP Password

You can change the default user name and password for the Web Interface.

Up to 15 characters

Setup Menu: Telemetry

To view the Telemetry menu from the Main menu, press the RIGHT Arrow key once and then the SELECT key to reach the Setup menu. Then press the RIGHT

arrow key six times and the SELECT key to view the Telemetry menu.

The Telemetry menu has the following structure:


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Baud Sets the control parameters for the RS-232 Telemetry interface on the rear panel.

RS-232 asynchronous data at rates up to 38.4 kbps. The selections are: 300, 600, 1200, 2400, 4800, 9600, 19,200 and 38,400 bps. The default is 9600 bps.

If the repetition interval is less than the minimum required for a particular baud rate, the configuration will be rejected.

Baud Rate Minimum Repetition Interval

300 30

600 20

1200 15

2400 10

4800 9

9600 7

19200 5

38400 1

Data Bits Sets the control parameters for the RS-232 Telemetry interface on the rear panel.

7 or 8

Parity Sets the control parameters for the RS-232 Telemetry interface on the rear panel.

EVEN, ODD or NONE

Stop Bits Sets the control parameters for the RS-232 Telemetry interface on the rear panel.

1 or 2

Repetition(s) Sets the transmission interval for the RS-232 data, and the state of the RS-232 data output.

1 to 60 seconds, in 1 second intervals. The default is 30 seconds. Leave this at the default setting for best results.

Telemetry Output

Sets the transmission interval for the RS-232 data, and the state of the RS-232 data output.

Enabled or Disabled. The default is Enabled.

Setup Menu

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Setup Menu: AW

To view the Alarm/Warning menu from the Main menu, press the RIGHT Arrow key once and then the SELECT key to reach the Setup menu. Then press the RIGHT

arrow key seven times and the SELECT key to view the Alarm/Warning menu.

The Alarm/Warning menu has the following structure:


FP Alarm Reminder Enables or Disables a reminder to display alarms and warnings on the front panel LCD.

Enabled - the highest priority active alarm will be displayed on the front panel LCD periodically. The alarm/warning will also be indicated by the state of the Alarm LED.

Disabled - an alarm or warning will only be displayed on the front panel LCD once when it initially occurs. The alarm/warning will also be indicated by the state of the Alarm LED.


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Auto Reset Sets the time (reset) delay for alarms or warnings to be cleared after the condition has been cleared. For example: if an alarm or warnings clears 10 seconds after it becomes active, it will take 15 seconds for it to be recognized (when the Reset Delay period is set to 5 seconds); i.e., for the LED to turn off, the relay to become inactive and a trap to be sent.

Note: If the alarm or warning reoccurs again during the Reset Delay period, the period of time for the alarm or warning to be cleared will be extended by the period of time that it takes for the alarm or warning reoccurrence to clear, plus the Reset Delay period (again).

Alarm - 1 to 60 seconds. The default is every 5 seconds.

Warning - 1 to 60 seconds. The default is every 5 seconds.

System Alarm Name Displays a list of the alarm/fault messages. You can scroll through the list using the UP and DOWN Arrow keys.

Enable - Yes or No. When set to Yes, the alarm message will be reported. When set to No, the fault won’t be reported and the alarm relays will not be triggered or change state.

Note: Enable must be set to Yes for the Relay and Trap settings to be functional.

Rly - Yes or No. When set to Yes, the rear panel alarm relay will be triggered to enable external equipment connected to the alarm port.

Trp - Yes or No. When set to Yes, the SNMP trap message will be sent to the trap destination; otherwise the fault message will be ignored.

“No*” indicates the trap or relay is enabled, but Enable is set to No, which will prevent relay or trap operation.

Setup Menu

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System Warning Name

Displays a list of the warning messages. You can scroll through the list using the UP and DOWN Arrow keys.

Enable - Yes or No. When set to Yes, the warning message will be reported. When set to No, the fault won’t be reported.


Trp - Yes or No. When set to Yes, the SNMP trap message will be sent to the trap destination; otherwise the warning message will be ignored.

“No*” indicates the trap is enabled, but Enable is set to No, which will prevent trap operation.

Setup Menu: Noise Cutoffs

To view the Noise Cutoffs menu from the Main menu, press the RIGHT Arrow key once and then the SELECT key to reach the Setup menu. Then press the RIGHT

arrow key eight times and the SELECT key to view the Noise Cutoffs menu.

The Noise Cutoffs menu has the following structure:


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DVBS Trnsprt (dB) Cutoff/Restore/ DVBS2 Trnsprt (dB) Cutoff/Restore

Sets how the receiver reacts when the signal quality is severely degraded when using DVB-S or DVB-S2 modulation. This allows you to set the C/N margin values for the receiver. The receiver uses these noise values/settings as limits during normal operation to determine whether to mute the transport in the event of a noisy signal, poor signal or no signal condition.

DVBS Trnsprt - This is used to set the transport Cutoff and Restore C/N margin values (limits).

Cutoff - This is the upper limit for the C/N margin setting. The transport will be muted when the C/N margin is above the Cutoff setting, and un-muted (e.g., restored) when the C/N margin falls below the Restore setting for a preset period of time. The adjustable operating range is from -2.0 to +20.0 dB. The default setting for Transport Cutoff is 0.0 dB.

Restore - This is the lower limit for the C/N margin setting. The transport will be muted when the C/N margin is above the Cutoff setting, and un-muted (e.g., restored) when the C/N margin falls below the Restore setting for a preset period of time. The adjustable operating range is from -2.0 to +20.0 dB. The default setting for Transport Restore is 0.1 dB.

Muting Control must be set to Enable for these settings to be active.

For a diagram of the transport default C/N margin relationship, see below.

Restore Defaults This restores the Noise Cutoffs to their factory set (default) values.

Yes or No

Muting Control This allows you to mute the transport stream in the event of an unstable signal, poor signal or no signal condition.

Enable or Disable

The default setting is Enable.

Setup Menu

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Transport Default C/N Margin Relationship

The following diagram displays the transport default C/N margin relationship:

Noise Cutoffs and ASI Output Muting

The D9804 MTR uses the noise cutoff and restore settings as limits during normal operation to mute the transport input in the event of a noisy signal, poor signal, or no signal condition.

When the transport input is muted, the D9804 MTR ASI outputs are affected. The effect on the ASI outputs depends on the configured ASI output format and the Deterministic Remultiplexing Setup controls.

ASI Outputs with Raw, Pass, Drop, or Decombine Format

The output mute follows the following transport muting:

If the transport is muted, then the output is muted.

If the transport is restored, then the output is restored.

RF Signal Margin Transport Muted ASI Output Muted

< Transport Cutoff ASIx Muted - Poor signal

RFx - Poor RF signal

Muted

> Transport Restore Alarms cleared ASI outputs and content restored


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ASI Outputs with Remux Format and Packet Loss Adjustment Disabled

If the output is configured with Packet Loss Adjustment set to disabled, the output mute follows the following transport muting:

If the transport is muted, then the output is muted.

If the transport is restored, then the output is restored.

RF Signal Margin Transport Muted ASI Output Muted

< Transport Cutoff ASIx Muted - Poor Signal Muted

> Transport Restore Alarms Cleared ASI output and content restored

ASI Outputs with Remux Format and Packet Loss Adjustment Enabled

Maximum Packet Stuffing During Critical Transport Loss Setting is Zero

If the ASI output format is set to Remux, the Packet Loss Adjustment is enabled, and the Maximum Packet Stuffing During Critical Transport Loss in the Deterministic Remultiplexing Setup controls is set to zero, then the transport input muting is ignored and the ASI output is maintained indefinitely using a best effort mix of the available input content and null packet stuffing, as needed. The DVB-T sync is maintained indefinitely, but a short loss may occur upon recovery of the input signal if the input mute lasted more than a few seconds.

RF Signal Margin (Signal Condition)

Alarms ASI output

< Transport Cutoff

(regardless of signal content or quality)

RFx - Poor RF signal Remux output consists of the best effort mix of null packets, inserted MIPs, and contributing streams.

Maintains DVB-T synchronization, regardless of degraded input streams.

Output continues indefinitely.

> Transport Restore Alarms cleared Output restored

Setup Menu

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Maximum Packet Stuffing During Critical Transport Loss Setting is Between 1 and 600

If the ASI output format is set to Remux, the Packet Loss Adjustment is enabled, and the Maximum Packet Stuffing During Critical Transport Loss in the Deterministic Remultiplexing Setup controls is set to a value between 1 and 600, then the transport input muting always occurs after the time has expired if the input is below the noise cutoff threshold. Until the time expires, the ASI output is maintained using a best effort mix of the available input content and null packet stuffing, as needed. The DVB-T sync is maintained until the timer expires. When the timer expires, the ASI output is muted.


Initial Alarms (Prior to Stuffing Threshold)

ASI Output (Prior to Stuffing Threshold)

Final Alarms (After Stuffing Threshold)

ASI Output (After Stuffing Threshold)

< Transport Cutoff

(regardless of signal content or quality)

RFx - Poor RF Signal

Remux output consists of best effort mix of null packets, inserted MIPs, and contributing streams.

Maintains DVB-T synchronization, regardless of degraded input streams.

RFx - Poor Signal

ASIx Muted - Poor Signal

Muted

> Transport Restore

Alarms cleared Output restored. Alarms cleared Output restored

Input Signal Above Cutoff Threshold without Usable Content

Maximum Packet Stuffing During Critical Transport Loss Setting is Zero

If the RF signal is above the cutoff threshold, but contains corrupt or unusable data within the stream, and the Maximum Packet Stuffing During Critical Transport Loss in the Deterministic Remultiplexing Setup controls is set to zero, then the ASI output will consist of null packet and inserted MIPs capable of maintaining DVB-T synchronization. The DVB-T synchronization capable output continues indefinitely while the RF signal is unusable.


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Alarms ASI Output

> Transport Cutoff (Unusable Signal)

Remux output consists of null packets and inserted MIPs. Table and contributing stream data unavailable.

Maintains DVB-T sync.

Null packet stuffing continues indefinitely.

> Transport Cutoff (Usable Signal)

Alarms cleared Output restored.

DVB-T synchronization may be briefly lost upon signal recovery if the signal was unusable for too long, for example, more than five to ten seconds.

Maximum Packet Stuffing During Critical Transport Loss Setting is Between 1 and 600

If the RF signal is above the cutoff threshold but contains corrupt or unusable data within the stream, and the Maximum Packet Stuffing During Critical Transport Loss in the Deterministic Remultiplexing Setup controls is set to a value between 1 and 600, then the ASI output will consist of null packets and inserted MIPs capable of maintaining DVB-T synchronization for the specified time. The output is muted after the Maximum Packet Stuffing During Critical Input Loss timer expires.


Initial Alarms (Prior to Stuffing Threshold)

Final Alarms (After Stuffing Threshold)

ASI Output (After Stuffing Threshold)

> Transport Cutoff (Unusable Signal)

Remux output consists of null packets and inserted MIPs. Table and contributing stream data unavailable.

Maintains DVB-T synchronization.

Null packet stuffing continues indefinitely.

ASIx output muted Muted

> Transport Cutoff (Usable Signal)

Output restored.

DVB-T sync may be briefly lost upon signal recovery if the signal was unusable for too long, for example, more than five to ten seconds.

Alarms cleared Output restored

Setup Menu

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Setup Menu: IBC

To view the IBC menu from the Main menu, press the RIGHT Arrow key once and then the SELECT key to reach the Setup menu. Press the RIGHT arrow key nine times and the SELECT key to view the IBC menu.

The IBC menu has the following structure:


Net ID Sets the Network ID (NIT) that identifies the NIT to be used.

Note: Each network must be assigned a unique ID (number).

1 to 65535. The default is 60000.

Flush Inband Tables Deletes all entries/data received from the IBCC application such as carrier and transport information. You will be asked to confirm the operation.

Note: ASI outputs may be interrupted until updated tables are received from the IBCC application.

Setup Menu: DM

To view the Deterministic Multiplexing (DM) menu from the Main menu, press the RIGHT arrow key once and then the SELECT key to reach the Setup menu. Press the RIGHT arrow key ten times and then the SELECT key to view the DM menu.

The DM menu has the following structure:


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Alarm Delay(0.1s) Sets the maximum number of seconds for packet substitution before triggering an alarm.

0 to 10 seconds

Note: Set to 0 for immediate (no delay and an alarm is raised immediately).

Stuff Dur(0.1s) Sets the maximum number of seconds allowed for contributing stream stuffing.

0 to 60 seconds

Note: Set to 0 for infinite.

About Menu

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About Menu To view the About menu from the Main menu, press the RIGHT arrow key twice and then the SELECT key.

Each parameter is described below. The menu has the following structure:


Host Select this option to change the Host ID.

Tracking ID Displays the unique (Tracking ID) number that identifies the product configuration.

Model Displays the model number of the MTR.

Master UA Displays the Master User Address (UA), which is required to request program authorization from the uplink.

Serial Number Displays the unique serial number of the MTR.

Customer Code Displays the unique Customer Code assigned to an organization by Cisco.

Board ID Displays the board type (e.g., D9804).

Revision Displays the board revision number.

MAC Address Displays the MAC address of the Ethernet port.

FPGA Type Displays the FPGA type/number information.

Volume Displays flash verification information for Cisco customer support only.


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Hash Value Displays flash verification information for Cisco customer support only.

Description Displays flash verification information for Cisco customer support only.

Versions Menu

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Versions Menu To view the Versions menu from the Main menu, press the RIGHT arrow key three times and then the SELECT key.

Each parameter is described in the following. For instructions on how to select and store settings, see About the Front Panel (on page 26).

The menu has the following structure:


App Safe Displays the factory loaded application version number (App Safe).

App Current Displays the currently running loaded application version number (App Current).

FPGA Safe Displays the factory loaded Field Programmable Gate Array (FPGA) version number (App FPGA).

FPGA Current Displays the currently running loaded Field Programmable Gate Array (FPGA) version number (FPGA Current).

Primary Boot Displays the receiver Boot application version number.


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FPPIC Displays the receiver FP Programmable Interrupt Controller (PIC) version number.

CPLD Version Displays the Complex Programmable Logic Device (CPLD) version number.

Application Select Select this option to choose a different application version number the next time the receiver is rebooted. You will be prompted to Abort or Continue.

Application Erase Select this option to erase a particular application version. You will be prompted to Abort or Continue. Select Abort to discontinue the operation or choose Continue to complete the operation.

Note: It is highly recommended that this function only be used when directed by Cisco customer support.

FPGA Version Select

Select this option to choose a different FPGA application version number the next time the receiver is rebooted. You will be prompted to Abort or Continue.

FPGA Version Erase

Select this option to erase the selected FPGA version. You will be prompted to Abort or Continue. Select Abort to discontinue the operation or choose Continue to complete the operation.

Note: It is highly recommended that this function only be used when directed by Cisco customer support.

App Safe Limit Displays the minimum version number that can be used/downloaded for the factory loaded application (App Safe Limit).

FPGA Safe Limit Displays the minimum version number that can be used/downloaded for the FPGA application version (FPGA Safe Limit).

Diagnostics Menu

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Diagnostics Menu To view the Diagnostics menus from the Main menu, press the RIGHT arrow key four times and then the SELECT key. You can use the RIGHT Arrow key to move to the second menu.


The Diagnostics Menu has the following structure:


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Diagnostics: AW


View History Select this option to view the system event messages. Press SELECT

to view the messages using the UP/DOWN arrow keys.

Clear History Select this option to clear any existing history information.

Diagnostics: Logs


View Logs Select this option to view the system log messages. Press SELECT to view the messages using the UP/DOWN arrow keys.

Clear Logs Select this option to clear any existing log history information.

Diagnostics: Power


Power On Date and Time

Displays the date and time when the receiver was powered up.

Total Hours Displays the total numbers of hours that the receiver has been operating.

Hrs Since Powerup Displays the number of hours since the last power-up.

Total Rst # Displays the total numbers of times the receiver has been restarted (Total Rst #).

Clrbl Rst # Displays the number of restarts since the last time the restart count was cleared (Clrbl Rst #).

Clr Rst # Select this option to clear/reset the Clrbl Rst # counter to 0.

Reason for Last Reset

Displays the reason for the last restart, i.e., power cycle or manual reset.

Diagnostics Menu

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Diagnostics: Health Monitor


Cur Temp Displays the current temperature operating temperature.

Max Temp Displays the maximum operating temperature that has been reached.

Avg Temp Displays the average operating temperature.

Thermal Displays the ambient temperature close to the power supply.

Front Displays the temperature detected at the Front of the motherboard.

Back Displays the temperature detected at the Back of the motherboard.

FPGA Displays the operating temperature of the FPGA.

WarnThresh Displays the temperature thresholds/limits that once reached or exceeded, generate a warning.

AlarmThresh Displays the temperature thresholds/limits that once reached or exceeded, generate a alarm.

Shutdown Temp Displays the temperature thresholds/limits that once reached or exceeded, generate a unit shutdown.

Fan 1 to 4 RPM Displays the fan speed in RPM for the four internal fans.

PS1 or PS2 Status Displays the operating status of the two Power Supplies. Normal or Failed

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Introduction

This chapter describes how to set up the D9804 Multiple Transport Receiver using the Web GUI.

5 Chapter 5 Setup and Monitoring

In This Chapter

Logging On to the Web Interface........................................................ 94

Web Interface - Summary Screen ....................................................... 95

Tab Pages ............................................................................................... 96

D9804 Web GUI Environment ............................................................ 97

Viewing the Status Information .......................................................... 99

Configuring the Setup Information .................................................. 106

Viewing System Information ............................................................ 123

Viewing Diagnostics Information .................................................... 136

Chapter 5 Setup and Monitoring

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Logging On to the Web Interface Proceed as follows to log on to the Web Interface:

1 Open MS Internet Explorer.

Note: The D9804 MTR version 1.x is compatible with Microsoft Internet Explorer 6. The D9804 MTR version 2.x is compatible with Microsoft Internet Explorer 8 and Mozilla Firefox 3.6.

2 Type the IP address of the D9804 MTR to set up in the Address bar and press Enter.

3 Type the Username and Password.

Note: The username and password are case-sensitive. The default username is user and the default password is USER. If you have forgotten your username and password you can reset or change them from the front panel menu of the D9804 MTR.

Important: The password and user name will be remembered for the whole of the web session. Close the web browser if you want to prevent others from accessing the settings of the D9804 MTR.

If your session expires, you must refresh the browser and log back in.

4 Click Login.

Click Reset to clear the Username and Password fields and re-enter the login information.

Web Interface - Summary Screen

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Web Interface - Summary Screen

Overview of the Main D9804 MTR Settings

Proceed as follows to view an overview of the main D9804 MTR settings:

1 Log on to the Web Interface.

2 Click the Summary tab.

The summary screen displays the main settings of the D9804 MTR.


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Tab Pages The GUI of the D9804 MTR has a number of tab pages.

The function for the tab pages is as follows:

Summary

From this page you can obtain an overview of the D9804 MTR operation.

Status

From this page you can view detailed input status, the output stream status, alarms and warnings, and inband control status.

Setup

From this page you can:

- enter the inband control network identification number,

- configure the RF and ASI inputs,

- enable and route the ASI outputs,

- set the RF muting thresholds,

- configure the telemetry (RS-232 data) outputs,

- configure user settings.

System

From this page you can:

- set up alarms,

- view alarm history and status information,

- viewing and setting up backup restore control,

- configure ethernet ports,

- read various system parameters such as the serial number, software version number, system uptime, and temperatures,

- configure trap destinations for SNMP,

- set up warning messages.

Diagnostics

From this page you can view carrier and transport information, flush inband tables and clear the ADP counters.

D9804 Web GUI Environment

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D9804 Web GUI Environment

Web GUI Environment

The following is an example of a D9804 web GUI page:

The Help Window

The GUI of the D9804 MTR has the following help button, accompanied by a help window:

A brief description of the field is displayed when you click the Help button.

The Window Buttons

The GUI of the D9804 MTR has the following general buttons:

Button Description

Apply Applies the settings to the receiver.

Save For the Input and Output setup pages, click Save to save the settings only. The settings are not applied until you click Apply Local.

For all other setup pages, it saves and applies the settings to the receiver.


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Button Description

Reload Reads existing data from the D9804 MTR. If edits were made in a setup page, then unsaved changes are discarded.

Apply Local Applies the last saved tuning settings/parameters.

Restore Defaults Discards any changes made and sets data to default values.

Get Current Reads the status of the selected input port and updates the tuning configuration according to the current settings.

Clear Counters Resets counters on the displayed page.

Viewing the Status Information

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Viewing the Input and Output Status

Proceed as follows to view the status pages:

From the user interface of the D9804 MTR, click the Status tab, and then click the Status icon from the sub-page.

The Status page displays the statuses for all inputs (RF-1 to RF-4) and outputs (ASI-1 to ASI-6). The following table indicates the signal lock status and a brief description:

Status Description

Locked Indicates the MTR is locked to a carrier with no valid content.

Lock+Sync Indicates the MTR is locked to a carrier with valid content.

No Lock Indicates the MTR is not locked to a carrier.

The Status page also displays the stream status of all the ASI outputs (Normal, Descramble Failed, Sync Lost, or Muted).


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Viewing the ASI Input Status

Proceed as follows to view the ASI Input Status page:

From the user interface of the D9804 MTR, click the Status tab, then click the ASI-IN icon from the sub-page.

The ASI Input Status page displays the tuning parameters associated with the ASI input source.


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Viewing the RF Input Status

Proceed as follows to view the RF Input Status pages:

From the user interface of the D9804 MTR, click the Status tab, and then click the RF-

1 to RF-4 for each of the inputs.

The Input Status page displays the tuning parameters associated with the input source, and the transport carrying the signal.


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Viewing the ASI Output Status

Proceed as follows to view the Output Status pages:

From the user interface of the D9804 MTR, click the Status tab, and then click the ASI-1 to ASI-6 for each of the outputs.

The Output Status page displays the parameters associated with the routed output such as stream status, output bit rate, the source status (bit rate and status), and Combined Transport information. It also displays the common and regional combined transport information for deterministic multiplexing, if applicable.


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Viewing the Alarm and Warning Messages

Proceed as follows to view the Alarms and Warning page:

From the user interface of the D9804 MTR, click the Status tab, and then the Alarms

& Warnings icon from the sub-page.

The Alarm and Warning Status page displays all the active event messages for the D9804 MTR system.

The following table shows the alarm/warning status table information:

Status Description

Category Type of message (alarm or warning).

Number Active Displays the number of alarms and warnings that have an active status.

Type Shows whether it is an alarm or a warning message.

Name Name of the alarm or warning.

Text Content of the message.

Set Since Date and time of the alarm or warning.


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Viewing the Inband Control Status

Proceed as follows to view the Inband Control Status page:

From the user interface of the D9804 MTR, click the Status tab, and then the Inband

Control icon from the sub-page.

The Inband Control Status page displays the parameters associated with the IBCC application, such as user address, customer code and ID. The Net ID is set in the Inband Control Setup page. For more information, see Setting up Inband Control (on page 107). The remaining information is set in the IBCC application.

Click Flush Inband Tables to delete all entries/data received from the IBCC application, such as carrier and transport information.

WARNING:

ASI outputs may be interrupted until updated tables are received from the IBCC application.


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Viewing the Download Status

Proceed as follows to view the Download Status page:

From the user interface of the D9804 MTR, click the Status tab, and then the Download Status icon from the sub-page.

The Download Status page displays the download type and status. It also displays the total number of CDTs expected to be received, the number of CDTs received, and the number of CDTs rejected during the current download.


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Configuring the Setup Information

Viewing the Input and Output Setup Configurations

Proceed as follows to view the input/output setup:

From the user interface of the D9804 MTR, click the Setup tab and then the Setup, Input, or Output icon from the sub-pages.

The Setup page displays the tuning parameters configured for the RF inputs, ASI input, and ASI outputs. You can click on each of the input and output hyperlinks to configure the selected input or output parameters.


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Setting up Inband Control

Proceed as follows to set up the Inband Control:

1 From the user interface of the D9804 MTR, click the Setup tab, and then the Inband Control icon from the sub-page.

2 Type the Net Id.

The Net Id value must match the Network ID value in the IBCC application. You can enter a value in a range from 1 to 65535. The default is 60000. The Network ID is associated with the actual satellite and is used to identify the network throughout the system.

3 Click Save.


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Setting up ASI Input

Proceed as follows to set the ASI Input:

1 From the user interface of the D9804 MTR, click the Setup tab, and then click the ASI-IN icon from the sub-page.

2 Select the Comma Required to allow the use of direct DTF ASI output as an input source to the D9804 MTR. Select the comma required value as needed.

Select 0 to allow up to the maximum DTF output rate.

Note: If the D9804 MTR is used to decombine and descramble the output data from the ASI Input, then a maximum rate for the input containing scrambled PIDs is 140 Mbps.


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Setting up RF Input Parameters

Proceed as follows to set up the RF Input parameters:

1 From the user interface of the D9804 MTR, click the Setup tab, and then click the RF-1 to RF-4 for each of the inputs.

2 The RF Status is the signal lock status. The status is for information purposes only.

3 Select the Input Enabled. This indicates the status of the input.

Choose Yes to enable the input or No to disable the input. The default is No.

4 Set the Inband Data. It determines whether to use Inband data or local data for RF tuning.

Select Apply to have the tuning change as needed to follow the NIT transmitted by the uplink.

Select Ignore for the tuning to not follow changes in the NIT transmitted by the uplink. The default is Apply.

5 Select the Modulation System. The possible options are DVB-S and DVB-S2. If set to DVB-S2, set FEC to Auto.

6 Type the current downlink Frequency, in GHz. The possible range is from 3.449 to 15.0 GH. In single-band LNB applications, set this value to 0.0.

For C-band, Downlink Freq = LO Freq - L-band Freq.

For Ku-band, Downlink Freq = LO Freq + L-band Freq.

7 Type the Symbol Rate for the selected incoming signal, in Msymbols/second. The symbol rate must match the symbol rate of the transmitted signal. The possible range is from 1.0 to 45.0 Ms/s, depending on the Modulation System selected above.


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8 Select the FEC (Frequency Error Correction) rate. The FEC must match the FEC of the transmitted signal. Possible options are Auto, 1/2, 2/3, 3/5, 3/4, 4/5, 5/6, 7/8, 8/9, 9/10. Auto is used for DVB-S2 modulation. It is also recommended to use Auto for DVB-S modulation for ease of setup, but settings of 1/2, 2/3, 3/4, 5/6 or 7/8 can be used.

9 Select the IQ (Input Signal Inversion) for the selected input. You can select Inverted, Normal, or Auto (default).

10 Select the Roll-Off factor of the incoming signal and the LNB power.

11 Type the LO (Local Oscillator) Frequency, in GHz. This option sets the satellite antenna LNB local oscillator frequency. Possible options are in the range from 0.0 to 15.0 GHz.

12 Set the current LNB Voltage at the selected input (Off, 13V, or 18V). The default is Off.

13 Type the Carrier ID and, if defined, the associated Carrier Name will be displayed. Similarly, select the Carrier Name from the list and the associated Carrier ID will be displayed.

14 Click Save and then click Apply Local to apply the saved settings to the receiver.


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Setting up the ASI Output Parameters

Proceed as follows to set up the ASI Output parameters:

1 From the user interface of the D9804 MTR, click the Setup tab, and then click the ASI-1 to ASI-6 for each of the outputs.

2 Select the Output Enabled. It indicates the status of the output.

Choose Yes to enable the output or No to disable the output. The default is No.

3 Set the Inband Data. It determines whether to use inband data or local data for output routing.

Select Ignore to not use the inband data updates for the Source, CT PID and BISS Index.

Select Apply to use the Source, CT PID, and BISS Index selected by the inband data for the chosen CT ID.

4 Set the RF input stream (Input Source) for the selected output.

You may select RF1 to RF4, or ASI.

5 Select the output stream Format for the selected output.

Choose Raw if you want the incoming stream to pass to the output as is, with no changes.

Choose Pass if you want only the PIDs in the Filter Info table to pass to the output.

Choose Drop if you want all the PIDs, except for those selected, to be dropped to pass to the output.

Select Decombine if you want only the selected CT PID to be decombined to pass to the output.


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Select Remux if you want the CT ID to be remultiplexed to pass to the output. For more information on the remux format, see Remuxltiplexing (on page 113).

6 Set the PCR (Program Clock Reference) Correction to the output signal.

Select Enable or Disable. PCR correction is only applied to Pass, Drop, and Raw streams (as selected above). It is ignored for Decombined and Remux streams.

7 Choose the Bitrate Control Selection, the output rate type to the output signal.

Select Fixed Rate if the Pass, Drop, and Raw streams are output. The transport stream is stuffed with null packets to achieve the output rate. The output rate is in the range from 1 to 213.7 Mb/s.

Select Source Rate if the Pass, Drop, Raw, and Decombined streams are output. The transport stream output rate is identical to the stream input rate.

Note: Source Rate is always used for decombined streams.

Select Full Rate if the Pass, Drop and Raw streams are output. The transport stream rate is not stuffed with null packets (there are no packet loss). The output rate is always at 213.7 Mb/s.

8 Enter the fixed output Bitrate, in the range from 1 to 213700000 bps.

9 In the Burst Mode drop-down menu, select whether the output packet stream is emitted with gaps between packets (Enabled) or between stream bytes (Disabled).

The default is Disabled. When Burst Mode is set to Disabled, packet mode is used.

10 Type the CT (Combined Transport) ID, in the range from 1 to 65535. For Decombined output format, this is the Combined Transport ID of the stream to be decombined. For Remux output format, this is the Combined Transport ID of the RDCS that describes the deterministic remultiplex stream to be generated. For Raw, Pass, and Drop formats, this is the carrier ID of the DVB transport stream that contains the output packets.

11 Enter the CT (Combined Transport) PID for decombined or remux output formats, in the range from 1 to 8192.

12 Select the Transport Name.

This is normally the program name. If the MTR has received inband data, a scrolling list of available transports is available.

13 Set the session word index (Sw Idx), in the range from 1 to 512.

14 In the Packet Loss Adjustment drop-down menu, select whether the FPGA error handling attempts to maintain the output bitrate by inserting null packets into the output stream, replacing any damaged or missing input packets (Enable or Disable).

15 Type the Filter Settings, the PID for Drop and Pass for each output (1 to 8). The filter settings are only applicable to Drop and Pass output streams.

16 Click Save and then click Apply Local to apply the saved settings to the receiver.


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Remuxltiplexing

If you selected Remux as the output stream Format, the following deterministic multiplexing configuration appears on the right:

1 Enter the combined transport ID (Com CTID) for the common stream, in the range from 1 to 65535.

2 Select the Com CT Name.

This displays the name of the selected common stream. If the MTR has received inband data, a scrolling list of available transports is available.

3 Enter the common combined transport PID (Com CTPID) for the common stream, in the range from 1 to 8192.

4 Set the session word index for the common combined transport stream (Com CT

SW Idx) if the common stream is scrambled, in the range from 1 to 512.

5 Enter the combined transport ID (Reg CTID) for the regional stream, in the range from 1 to 65535.

6 Select the Reg CT Name.

This displays the name of the selected regional stream, provided by the uplink. If the MTR has received inband data, a scrolling list of available transports is available.

7 Enter the combined transport PID for the regional stream (Reg CTPID), in the range from 1 to 8192.

8 Set the session word index for the regional combined transport stream if the regional stream is scrambled (Reg CT Sw Idx), in the range from 1 to 512.

9 The remaining field descriptions are the same as the decombined format. For more information, see Setting up the ASI Output Parameters (on page 111).


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Setting up Muting Threshold Control

Proceed as follows to set up the muting threshold control:

1 From the user interface of the D9804 MTR, click the Setup tab and then the Noise

Cutoffs icon from the sub-page.

2 Select the muting Control value (Enable or Disable). Select Enable to mute the transport stream in the event of an unstable signal, poor signal, or no signal condition. The default setting is Enable.

Note: Muting Control must be set to Enable for these settings to be active.

3 Enter the Transport Cutoff value. This is the upper limit for the C/N margin setting. The transport will be muted when the C/N margin is above the Cutoff setting, and un-muted (e.g., restored) when the C/N margin falls below the Restore setting for a preset period of time. The adjustable operating range is from -2.0 to +20.0 dB. The default setting for Transport Cutoff is 0.0 dB.

4 Enter the Transport Restore value. This is the lower limit for the C/N margin setting. The transport will be muted when the C/N margin is above the Cutoff setting, and un-muted (e.g., restored) when the C/N margin falls below the Restore setting for a preset period of time. The adjustable operating range is from -2.0 to +20.0 dB. The default setting for Transport Restore is 0.1 dB.


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Transport Default C/N Margin Relationship

5 Click Save.

Note: Click Restore Defaults to restore the Noise Cutoffs to their factory set (default) values.

For more information on noise cutoffs and ASI output muting, see Noise Cutoffs and ASI Output Muting (on page 79).


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Setting up Telemetry Control

Proceed as follows to set up the Telemetry Control:

1 From the user interface of the D9804 MTR, click the Setup tab and then the Telemetry icon from the sub-page.

2 Select the Telemetry output (Enabled or Disabled). The Telemetry Output is the state of the RS-232 data output.

3 Type the Repetition Rate (Sec), the transmission interval for the RS-232 data.

Enter a value in the range of 1 to 60 seconds, in 1 second intervals. The default is 30 seconds. It is highly recommended to keep the value at default.

4 Select the Baud Rate, a RS-232 asynchronous data at rates up to 38.4 kbps. The selections are: 300, 600, 1200, 2400, 4800, 9600, 19200 and 38400 bps. The default is 9600 bps.

If the repetition interval is less than the minimum required for a particular baud rate, the configuration will be rejected.

Baud Rate Minimum Repetition Interval

300 30

600 20

1200 15

2400 10

4800 9

9600 7

19200 5

38400 1

5 Select the Parity (Even, Odd, or None) for the RS-232 Telemetry interface on the rear panel.

6 Select the Data Bits (7 or 8) for the RS-232 Telemetry interface on the rear panel.


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7 Select the Stop Bits (1 or 2) for the RS-232 Telemetry interface on the rear panel.

8 Click Save.

Telemetry Output

Telemetry output is limited to broadcasting specific types of status every 30 seconds, or according to the configured interval. Four different types of messages can be output: RF status, Temperature, PSU status and Fan speed. The four different types of messages are described below.

Notes:

Output interval may vary by 1 or 2 seconds depending on the system load.

Data output is not necessarily clustered but can be spread throughout the interval.

Data content is a fixed format.

RF Status Messages

Examples of RF status messages.

2010-05-21 09:56:10 :- TLM:RF 1<Lock State=0 Dlnk Freq=12030000 Symbol Rate=320000 Signal Level=<-75 C/N=N/A>



2010-05-21 09:56:10 :- TLM:RF 4<Lock State=1 Dlnk Freq=12250000 Symbol Rate=308000 Signal Level= -59 C/N=>20.0>

Parameter Description

Lock State 0 = no lock, 1 = lock

Dlnk Freq Downlink frequency in kHz

Symbol Rate Symbol rate in hundreds of Hertz

Signal Level RF signal level in dBm

C/N RF C/N in dB.

Note: This is NOT margin, but tuner measured C/N.


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Temperature Status Message

Example of a temperature status message.

2010-05-21 09:56:15 :- TLM:Temperatures: <Maximum=36.0 C Current=33.5 C Average=33.0 C Front=36.0 C Back=32.5 C Thermal=32.5 C Fpga=46.90 C>


Maximum This is maximum measured value from the Front, Back, and Thermal readings.

Current This is the current measured average of the Front, Back, and Thermal readings.

Average This is a time averaged value of the measured average of the Front, Back, Thermal readings.

Front This is measured near the fan control chips, front left side of the PWB. It is the individual measured value of the sensor.

Back This measured at the right side near the back of the PWB close to the RF input connectors. It is the individual measured value of the sensor.

Thermal This is measured at the left side, near the power supply connector, about halfway between the front and back of the PWB. It is the individual measured value of the sensor.

Fpga This is measured at the FPGA. It is the individual measured value of the sensor.

Power Supply Status Message

Example of a power supply status message.

2010-05-21 09:56:15 :- TLM:Status: <PSU1 AC=OK PSU1 DC=OK PSU2 AC=FAIL PSU2 DC=FAIL>


PSU1 AC, PSU2 AC

OK or FAIL

PSU1 DC, PSU2 DC

OK or FAIL


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Fan Speed Status Message

Example of a fan speed status message.

2010-05-21 09:56:15 :- TLM:Speed in rpm: <FAN 1=4440 FAN 2=0 FAN 3=4380 FAN 4=4380>


FAN1, FAN2, FAN3, FAN4

Fan speed measured in RPM. Value will be 0 if fan is off.


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Configuring User Settings

Proceed as follows to configure your user settings:

1 From the user interface of the D9804 MTR, click the Setup tab, and then the User

Settings icon from the sub-page.

2 Set the Date Format. The following formats are supported: YYYY_MM_DD, DD_MM_YYYY, MM_DD_YYYY, and MM_DD.

3 Select the Time Format. The following formats are supported: 24Hr, 24 Hr SuspendZero (leading zero is dropped from the time), 12 Hr, 12 Hr SuspendZero (leading zero is dropped from the time).

4 Set the GMT (Greenwich Mean Time) Offset. The time is displayed using a time zone instead of the true local time. If the current broadcast time is not your local time, you must change this time setting in the range from -12.0 to +12.0 hours in 1.0 hour increments.

5 Set the Lock Level (0, 1, 2, or 3) for the Front Panel, Web GUI and SNMP/MIB. For more information on lock levels, see Appendix E - Lock Levels (on page 179).

6 Click Save.


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Setting up Deterministic Remultiplexing

If output Packet Loss Adjustment is enabled or an input stream fault occurs (for example, Common, Regional, or RDCS is corrupted or lost), the ASI output bit rate and MIP interval (megaframe) is maintained by insertion of stuffing packets and MIPs. This feature allows DVB-T modulator sync to be maintained during brief input signal outages or corruption of events. The Deterministic Remultiplexing Setup values affect the stream maintenance function of the D9804 MTR.

Proceed as follows to configure the error handling on remultiplexing output:

1 From the user interface of the D9804 MTR, click the Setup tab, and then the DM

setup icon from the sub-page.

2 If Packet Loss Adjustment is enabled and an input stream (Common, Regional, or RDCS) fault (corrupted or lost) occurs, you can set the Packet Stuffing Alarm

Delay. It controls whether the D9804 MTR issues an immediate or delayed fault message to indicate that output stuffing is occurring. You can enter a range from 0 to 100 one tenths of a second.

For immediate indication, set to 0.

For delayed indication, set from 1 to 100, where the value is fault delay in one tenths of a second.

3 In the Maximum Packet Stuffing During Critical Transport Loss field, set the maximum duration of output maintenance in the event of a persistent critical input fault. A critical input fault condition exists when both CYTS and/or the RDTS are corrupted or missing. You can enter a range from 0 to 600 one tenths of a second.

Set to 0 for infinite output. For example, the D9804 MTR provides best effort maintenance of bit rate and MIP interval maintenance for unlimited time.

Set from 1 to 600 to provide the best effort maintenance of bit rate and MIP interval maintenance for the configured number in one tenths of a second. The output is muted if persistent corruption or loss of input exceeds the configured time limit.


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Note: If the input corruption or loss condition persists for more than a few seconds, a DVB-T modulator sync loss may occur when the input signal recovers.

4 Click Save.

Viewing System Information

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Viewing the System Status

Proceed as follows to view the System status page:

1 From the user interface of the D9804 MTR, click the System tab, and then the System icon from the sub-page.

The System page displays the parameters associated with the D9804 MTR system, such as serial number, model number, number of resets and reset reason.

2 You may optionally change the device Name and click Apply. The default name is MTR.

3 Click Clear Reset Counter to clear the Number of resets field and it resets the counter back to 0.


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Setting up Alarms

Proceed as follows to configure the alarm settings:

1 From the user interface of the D9804 MTR, click the System tab and then Alarms

Setup icon from the sub-page.

2 Set the Reset Delay, in seconds. It is the time delay for alarms to be cleared after the condition has been cleared. The range is from 1 to 60 seconds. The default is 5 seconds.

3 Click Apply.

4 The alarms table displays a list of the alarm/fault messages. For each of the alarm message, you can set the Enable, Relay, and Trap information.

Select Yes for Enable to report the alarm message. Select No, the fault won’t be reported and the alarm relays will not be triggered or change state.


5 Select Yes for Relay for the rear panel alarm relay to trigger to enable external equipment connected to the alarm port. Otherwise, select No.

6 Set the Trap to Yes, and the SNMP trap message will be sent to the trap destination. Select No and the fault message will be ignored.

7 Click Apply.


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Viewing Alarm/Warning History

Proceed as follows to view the Alarm/Warning History page:

From the user interface of the D9804 MTR, click the System tab and then the Alarm/Warning History icon from the sub-page.

The Alarm and Warning History page displays all the past system event messages and their set and cleared dates and times.


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Viewing Alarm/Warning Status

Proceed as follows to view the Alarm/Warning Status page:

From the user interface of the D9804 MTR, click the System tab and then the Alarm/Warning Status icon from the sub-page.

The Alarm and Warning Status page displays all the active event messages for the D9804 MTR system.

The following table shows the alarm/warning status table information:

Status Description

Category Type of message (alarm or warning).

Number Active Displays the number of alarms and warnings that have an active status.

Type Shows whether it is an alarm or a warning message.

Name Name of the alarm or warning.

Text Content of the message.

Set Since Date and time of the alarm or warning.


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Setting up Backup Restore

Proceed as follows to configure the backup and restore control:

1 From the user interface of the D9804 MTR, click the System tab and then Backup

Restore Setup icon from the sub-page.

Note: You must have access to an FTP Server (e.g. WinFTP) on a network or a local PC before you can setup backup/restore controls.

2 Type the File Name of the backup/restore file. You can enter up to 31 characters.

3 Set the FTP Server IP Address of the FTP server used to store the backup/restore file. The address is up to 12 characters in length (e.g., 171.300.100.200) and in the range from 0 to 255.

4 Set the FTP port of the FTP server used to store the backup/restore file. You can enter a port number in the range of 1 to 65535.

5 Set the FTP Username and Password to access the FTP server.

6 Select the backup data sets (Backup Type) to be included in the backup/restore file. The following table lists the backup files and their descriptions:

Backup Type Description

Standard Select Standard to save user settings to the backup file.

Extended Select Extended to save user settings and tuning information to the backup file.

Full Select Full to save user settings, tuning information, and factory defaults to the backup file.

7 Click Backup to save the settings to a backup file. Click Restore to retrieve the last backed up file.

While backup or restore is in progress, the operation status, file transfer percentage, and detailed status windows appear.

8 Click on the “Click here...” link under the Action section to open the backup status page to check the status of the current operation.


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Viewing Backup Restore Status

Proceed as follows to view the Backup Restore Status page:

From the user interface of the D9804 MTR, click the System tab and then the Backup

Restore Status icon from the sub-page.

The following table shows the backup status table information:

Status Description

Backup Filename Name of the file to use.

Backup Timestamp Date and time of the last successful backup file saved.

Last file restored Name of the last file that was restored.

Restore Timestamp Date and time of the last successful restore operation.

Operation Status Status of the current backup operation (Inprogress, Pass, or Fail).

Percentage Complete Percentage of backup function completed.

Detailed Status Detailed processing step for tracking backup progress.


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Setting up Ethernet Ports

Proceed as follows to configure the Ethernet ports:

1 From the user interface of the D9804 MTR, click the System tab and then Ethernet icon from the sub-page.

2 Define the Port Name.

Type a description or name, up to 20 alphanumeric characters in length, for the Ethernet port.

3 Set the IP Address and Mask information. It is the IP Address and Subnet Mask to the receiver for its participation in a Network environment.

The IP address contains up to 12 characters and the Mask contains up to two characters long.

Note: Changing the IP address will disconnect you from the current browser session.

4 Set the Gateway address on the network, used to expose the receiver to a WAN.

The IP Address, Mask, and Gateway address should be changed together (e.g. as a group). The following table shows the most commonly used Subnet mask values to enter for a chosen IP address mask, which will depend on the size of your network.

Mask Subnet Mask

8 255.0.0.0

16 255.255.0.0

24 255.255.255.0

5 The MAC field displays the MAC address of the receiver. The field is set at the factory and is for information purposes only.

6 Click Apply.


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Viewing Temperatures

Proceed as follows to view the Temperatures page:

From the user interface of the D9804 MTR, click the System tab, and then the Temperatures icon from the sub-page.

The Temperatures page displays the current, maximum, and the average operating temperatures. It also displays the temperature thresholds/limits that once reached or exceeded, it will generate a warning, alarm or the unit will shutdown. The Fan Speed displays the fan speed in RPM for the four external fans, and the Power Supply Status displays the operating status of the two power supplies (normal or failed).


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Setting up SNMP Trap Destinations

To Add a Trap Destination

Proceed as follows to add a Trap Destination:

1 From the user interface of the D9804 MTR, click the System tab, and then the Trap Destinations icon from the sub-page.

2 Click Add Trap Destination.

3 Type the IP Address that sets the destination for SNMP trap messages for events (e.g., fault messages). You can enter up to 12 characters (e.g., 155.128.100.200).

4 Type the Community String for the trap destination (IP Address entered above).

Enter public or custom string. The default is public. You can enter a string up to 35 characters.

5 Click Apply. The new trap destination is created and listed in the table below.

To edit an existing Trap Destination

Proceed as follows to edit an existing Trap Destination:


2 From the Select Trap Destination to update drop-down, select the trap destination entry you want to edit.

3 Edit the IP Address and/or Community String for the SNMP trap messages.

4 Click Apply. The entry is updated.


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To Delete a Trap Destination

Proceed as follows to delete a Trap Destination:


2 From the Select Trap Destination to update drop-down, select the trap destination entry you want to delete.

3 Click Delete. The trap destination is deleted.


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Configuring Warning Settings

Proceed as follows to configure the Warning Settings:

1 From the user interface of the D9804 MTR, click the System tab, and then the Warnings Setup icon from the sub-page.

2 Set the Reset Delay, in seconds. It is the time delay for warnings to be cleared after the condition has been cleared. The range is from 1 to 60 seconds. The default is 5 seconds.

3 Click Save.

4 The warnings table displays a list of the warning messages. For each of the warning message, you can set the Enable and Trap information.

Select Yes for Enable to report the warning message. Select No, the fault won’t be reported.

Note: Enable must be set to Yes for Relay and Trap messages reporting to be functional.

5 Set the Trap to Yes and the SNMP trap message will be sent to the trap destination. Select No and the warning message will be ignored.

6 Click Save.


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Viewing Version Information

Proceed as follows to view the Version information:

From the user interface of the D9804 MTR, click the System tab, and then Versions icon from the sub-page.

The Version page displays the factory loaded application version number, currently running application version number, the factory loaded Field Programmable Gate Array (FPGA) version number, the currently running FPGA version number, and the Complex Programmable Logic Device (CPLD) version number.

In the Application Version(s) drop-down, you can view and select a D9804 MTR application version number. Click Select to install the displayed version after the next D9804 MTR reboot.

In the FPGA Version(s) drop-down, you can view and select a D9804 FPGA application version. Click Select to install the displayed version after the next D9804 MTR reboot.

Select FPGA 1.00 to install the D9804 MTR Base mode. For more information, see Operational Modes: Base or Deterministic Multiplexing (DM) (on page 13).

Select FPGA 2.00 to install the D9804 MTR Deterministic Multiplexing mode. For more information, see Operational Modes: Base or Deterministic Multiplexing (DM) (on page 13).

Click Reboot to reboot the D9804 MTR. A confirmation dialog is displayed to confirm the reboot.


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Viewing Flash Verification Information

Proceed as follows to view the Version information:

From the user interface of the D9804 MTR, click the System tab, and then Flash

Verification icon from the sub-page.

The Flash Verification page displays information for Cisco customer service only.


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Viewing Diagnostics Information

Viewing Inband Control Status

Proceed as follows to view IBCC information:

From the user interface of the D9804 MTR, click the Diagnostics tab.

The Inband Control Status page displays the parameters associated with the IBCC application, such as user address, customer code and ID. The Net ID is set in the Inband Control Setup page. For more information, see Setting up Inband Control (on page 107). The remaining information is set in the IBCC application.

Click Flush Inband Tables to deletes all entries/data received from the IBCC application, such as carrier and transport information.

WARNING:

ASI outputs may be interrupted until updated tables are received from the IBCC application.


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Viewing Carrier Information

Proceed as follows to view the Carrier information page:

From the user interface of the D9804 MTR, click the Diagnostics tab, and then the Carrier Info icon from the sub-page.

The Carrier Information table displays all the carriers configured in the IBCC application, such as the carrier ID, name, frequency, and symbol rate. The table information is editable in the IBCC application only.


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Viewing Combined Transport Information

Proceed as follows to view the Combined Transport Information page:

From the user interface of the D9804 MTR, click the Diagnostics tab, and then the Combined Transport Info icon from the sub-page.

The Combined Transport information table displays all the combined transports configured in the IBCC application, such as the combined transport ID, name, and whether the combined DVB-T transport stream is scrambled. The table information is editable in the IBCC application only.


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Viewing Non-Combined Streams Information

Proceed as follows to view the Non-Combined Streams Information page:

From the user interface of the D9804 MTR, click the Diagnostics tab, and then the Non-Combined Streams Info icon from the sub-page.

The Non-Combined Streams information table displays all the non-combined transport streams configured in the IBCC application, such as non-combined ID, PID, and name. The table information is editable in the IBCC application only.

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Overview

This chapter provides information to assist you in upgrading firmware to the D9804 MTR. It also describes how the status of the D9804 MTR is communicated via front panel LEDs.

6 Chapter 6 Service and Maintenance

In This Chapter

Front Panel LEDs ................................................................................ 142

Messages .............................................................................................. 144

Power Supply Replacement .............................................................. 160

Chapter 6 Service and Maintenance

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Front Panel LEDs

Overview

To help signal the status of operation or the presence of an alarm, the D9804 MTR makes use of front panel LEDs.

The illustration below shows the location of the LEDs on the front panel of the D9804 MTR.

LED Function

The functions of the LEDs are described in the table below.

LED Signal State/Color Explanation

ALARM

Red Solid for five seconds indicates a Warning.

Red Flashing indicates an Alarm.

SIGNAL

Green Solid indicates all of the following conditions:

all RF inputs are enabled, all inputs are locked to a signal, and are not muted.

all routed ASI outputs are operating without an error.

Green Flashing indicates one of the following conditions:

difficulty with an input, route, or output.

one or more RF inputs, or the ASI input are not synchronized.

one or more ASI outputs are routed, but muted by a fault condition.

no RF signal is present or detected, or it is muted.

receiver is not authorized to receive the program.

Front Panel LEDs

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LED Signal State/Color Explanation

Off Off indicates all of the following conditions:

no RF input signal is available, enabled or detected, or the input is muted.

no ASI input is present.

no valid inputs are available.


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Messages The status of the D9804 MTR and its immediate surroundings is reported to the front panel in the form of messages and alarms. You can enable or disable messages in the Alarm/Warning settings.

D9804 MTR Message List

The following table shows an alphabetical list of the available alarm messages and their default status. The Set Messages and Clear Messages are displayed in the Alarm/Warning History when the messages are set or cleared respectively.

Note: Only alarm conditions can be used to trigger rear panel relays to control external alarm equipment. Warnings are not associated with relay operation.

Alarms

Message Set/Clear Message Cause/Remedy Relay

Production Mode

Production programming is active

Cause: The MTR has been configured incorrectly at the factory or has lost the factory settings.

Remedy: Call Cisco customer support to return the unit for re-configuration.

7

Temperature Alarm

Temperature over Alarm threshold

Cause: The internal temperature is approaching the safe temperature limit due to fan failure, excessively high ambient temperature or blocked air flow. If not corrected, this will eventually cause a Temperature Alarm.

Remedy: Fix the faulty fan, reduce the air temperature, and/or ensure that there are no air flow restrictions.

Note: The MTR will shut down when the air temperature exceeds the shutdown threshold (65° C).

7

FPGA Temperature Alarm

None Cause: The temperature of the FPGA is too high. This is due to either fan failure, excessively high ambient temperature, or blocked air flow.

Remedy: Fix the faulty fan, reduce the air temperature, and/or ensure that there are no air flow restrictions.

7

Messages

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Fan Failure Fan Failure Alarm Cause: One or more fans have failed.

Remedy: Call Cisco to return the unit for repair.

7

SMI Setup Phase lock error on SMI SDRAM

Cause: Memory timing problem.

Remedy: Call Cisco customer support.

7

BOOT KB not accessible,

LCD not connected,

FLASH Not Found,

EMI SDRAM Test Failed,

BOOT Invalid, or

FPGA Invalid

Cause: A hardware problem was detected during startup.

Remedy: Reboot the MTR to attempt to clear the problem. If the problem persists, call Cisco Customer Support.

7

FPGA Download Failure

Invalid PCB version / no FPGA download support,

FPGA Init failed to go high,

FPGA Init and Done failed to go low,

FPGA Init went LOW (CRC error),

FPGA Done failed to go high,

Invalid FPGA data, or

Invalid PCB version

Cause: Fault with the FPGA. As a result, there will be no ASI output.

Remedy: Reboot the unit to attempt to clear the problem. If the problem persists, call Cisco Customer Support.

7

DB NVS DB NVS flushing ignored,

RAM flush to NVS failed, or

DVB Factory Reset failed

Cause: Failure to update non-volatile memory.


7

DB NVS DB Factory Reset in progress

Cause: The D9804 MTR is performing a reset of settings back to the factory set default values.

Remedy: The message will be cleared after the factory reset.

7


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DB NVS DB Populate in progress

Cause: The D9804 MTR is writing default values to the data tables. It can occur after a factory reset when all the data tables are being set to default values, or after a major application update that installs new data tables and they must be set to default values.

Remedy: The message will be cleared when the non-volatile memory update is complete.

7

NVS Record RECORD: init failed,

RECORD MANAGER: Record contents check error,

erasing all, or

RECORD: sector setup check error, erasing sector

Cause: Failure to update parameters in non-volatile memory.


7

Power Supply Failure

Power Supply Unit Failure

Cause: Power supply #1 or 2 has failed.

Remedy: Check the AC source, fuse and/or call Cisco customer support to return the unit for repair.

7

RF1, RF2, RF3, or RF4 Signal Status

No Lock Cause: No RF signal lock. The RF port was disabled during a fail condition.

Remedy: Check the RF input, LNB and dish connections.

7

RF1, RF2, RF3, RF4 Signal Quality

Unstable RF Signal or Poor Quality RF Signal

Cause: RF noise is too high causing unstable signal RF lock, or the signal error rate exceeds the noise cutoff threshold.

Remedy: Check the RF input, LNB and satellite dish connections. The input will be disabled until the MTR is receiving a stable signal.

7

RF1, RF2, or RF3 LNB Fault

Overload or High Temperature

Cause: Over-temperature or overload condition for a prolonged period of time.

Remedy: Disconnect the LNB to determine the cause of the problem.

7

Messages

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RF1, RF2, RF3, or RF4 Carrier ID

Reference Carrier ID Lost

Cause: The carrier ID configured for the RF input port can not be found in the NIT. Remedy: Adjust the contents of the NIT transmitted by the uplink and ensure that the correct PAT is being sent by the uplink.

7

RF1, RF2, RF3, or RF4 Carrier ID

Carrier Mismatch Cause: The carrier received at the RF input port does not match the carrier selected in the RF input port configuration.

Remedy: Select the correct carrier ID for the RF input port or tune to the correct carrier.

7

RF1, RF2, RF3, or RF4 Invalid Tune

Descriptive message, indicating type of problem.

Cause: An error detected in the uplink tuning settings.

Remedy: Correct the uplink tuning configuration or change the MTR LO setting to match the uplink requirement.

7

ASI 1, 2, 3, 4, 5, or 6 Output Muted

RF 1, 2, 3, 4, or ASI Link Error,

RF 1, 2, 3, 4,or ASI Input disabled,

RF 1, 2, 3, 4, or ASI Descrambled Failed,

RF 1, 2, 3, 4, or ASI Combined PID Not Found, PID:X,

RF 1, 2, 3, 4, or ASI PID Not Found, PID:X,

Route Removed,

No Available Resource,

RF 1, 2, 3, 4, or ASI Signal/Carrier Error,

CTID Unknown, or

Muted by IBCC

Cause: The ASI output on the affected port has stopped due to a problem with the source routed to the output.

Remedy: The output resumes when the problem with the source is corrected.

1, 2, 3, 4, 5, or 6


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ASI 1, 2, 3, 4, 5, or 6 Source Sync Lost

RF 1, 2, 3, 4, or ASI Lost Sync, PID:X

Cause: The output cannot synchronize to the incoming stream or the stream cannot be decombined.

Remedy: The message will clear when the problem with the incoming stream is corrected.

1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Descramble Failed

RF 1, 2, 3, 4, or ASI Descrambled Failed, PID: X

Cause: The BISS session word used to descramble the stream is incorrect or the wrong BISS index is being used.

Remedy: The message will clear when the cause of the descrambling failure is corrected.

1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 CTID Lost

RF 1, 2, 3, 4, or ASI CTID Lost, PID:X

Cause: The CT ID is not available on tuned RF carrier (issued only for outputs in "Apply" or "Uplink" mode).

Remedy: The message will be cleared if the CT ID is restored.

1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Unknown CTID

RF 1, 2, 3, 4, or ASI Unknown CTID, CTID:X

Cause: The CT ID is not available on tuned RF carrier (issued only for outputs in "Apply" or "Uplink" mode).

Remedy: The message will be cleared if the CT ID is restored.

1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Remux Input Error

DM Protocol Version Unsupported, Rcvd:X,Supported:Y

Cause: Remux stream error (protocol version not supported).

Remedy: Check the RF input, the uplink configuration, and the stream source in the DCM/DTF.

1, 2, 3, 4, 5, or 6

Messages

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ASI 1, 2, 3, 4, 5, or 6 Remux Input Error

DM Input Streams Exceeded, PID:X,

Idx ID Mismatch, CYTS PID:X, MDP Idx ID:X, CYTS Idx ID:X

Regional Index Error, PID:X,

Common Index Error, PID:X,

Index Error, PID:X,

DM Master Mux Startup Detected, RDCS PID:X, AF Stream Idx Error, PID:X,

Instruction To Non-Existing Idx Detected, RDCS PID:X

Cause: Remux stream error.


1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Common Sync Lost

RF 1, 2, 3, 4, 5, or ASI Common TS Sync Lost, PID:X

Cause: the output cannot synchronize to the incoming stream or the stream cannot be decombined.


1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Regional Sync Lost

RF 1, 2, 3, 4, 5, or ASI Regional TS Sync Lost, PID:X

Cause: the output cannot synchronize to the incoming stream or the stream cannot be decombined.


1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Com PID Not Found

RF 1, 2, 3, 4, 5, or ASI Common PID Not Found, PID:X

Cause: The common PID is not available on tuned RF carrier (issued only for outputs in "Apply" or "Uplink" mode).

Remedy: The message will be cleared if the common PID is restored.

1, 2, 3, 4, 5, or 6

ASI 1, 2, 3, 4, 5, or 6 Reg PID Not Found

RF 1, 2, 3, 4, 5, or ASI Regional PID Not Found, PID:X

Cause: The regional PID is not available on tuned RF carrier (issued only for outputs in "Apply" or "Uplink" mode).

Remedy: The message will be cleared if the regional PID is restored.

1, 2, 3, 4, 5, or 6


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Warnings

The following table shows an alphabetical list of the available warning messages and their default status.

Message Set/Clear Message Cause/Remedy

Temperature Warning

Temperature over Warning threshold

Cause: The internal temperature is approaching the safe temperature limit due to fan failure, excessively high ambient temperature or blocked air flow. If not corrected, this will eventually cause a Temperature Alarm.

Remedy: Fix the faulty fan, reduce the air temperature and/or ensure that there are no air flow restrictions.

Note: The MTR will shut down when the air temperature exceeds the shutdown threshold (65°C).

FPGA Code Version

FPGA code ver mismatch: HDR=X##.##.## BIN=X##.##.##.X

Cause: The wrong FPGA code version exists in the memory.

Remedy: Reboot the unit to attempt to clear the problem.

IBC Carrier Info Fault

Table Empty Cause: CIT Table is empty.

Remedy: The message will be cleared once the correct IBC data is received.

IBC Data Lost IBC Port RF-# (# is RF port number)

Cause: One of the ASI ports received incorrect IBC data.


IBC Source Changed

IBC Port RF-# (# is RF port number)

Cause: When IBC source changes.


IBC Transp Info Fault

Table Empty Cause: CTT Table is empty.


Messages

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Transport Error Continuity Count Error,

ASI out:X,

Buffer Overflow,

ASI out:X, or

Transport Error Indicator, ASI out:X

Cause: Bad packets/content exist on the RF or ASI input port.

Remedy: Check the RF or ASI input, the uplink configuration and the stream source on the DCM/DTF. This may also be caused by a noisy or corrupted input signal.

PMT timeout IBCP port

RF in X Timeout of PMT in IBCP port.

Cause: Information not transmitted by the uplink, or information not received by the MTR.

Remedy: Ensure you are tuning to the correct signal, the uplink is operating normally, and ensure that the Network ID matches.

NIT timeout IBCP port

RF in X Timeout of NIT in IBCP port.



PAT timeout IBCP port

RF in X Timeout of PATin IBCP port.



MCT timeout IBCP port

RF in X Timeout of MCT in IBCP port.




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MAT timeout IBCP port

RF in X Timeout of MAT in IBCP port.



MIT timeout IBCP port

RF in X Timeout of MIT in IBCP port.



TDT timeout IBCP port

RF in X Timeout of TDT in IBCP port.



CAT timeout IBCP port

RF in X Timeout of CAT in IBCP port.



MET timeout IBCP port

RF in X Timeout of MET in IBCP port.



Messages

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ASI 1, 2, 3, 4, 5, or 6 Transport Mismatch

COMPID:X is not in RTT,

COMPID:X and COMID:Y are not in RTT,

COMPID:X does not match COMID,

REGPID:X is not in RTT,

REGPID:X does not match REGID:Y,

REGPID:X and REGID:Y are not in RTT,

RDCSPID:X is not in RTT,

RDCSPID:X and RDCSID:Y are not in RTT, or

RDCSPID:X does not match RDCSID:Y

Cause: The output is set to ignore and the configured remux settings do not match the remux information transmitted by the uplink.

Remedy: Change the uplink configurations to match the settings, or change the settings to match the uplink configurations.

ASI 1, 2, 3, 4, 5, or 6 Transport Mismatch

CTPID:X and CTID:Y are not in CTT,

CTPID:Xdoes not match CTID:Y, or

CTPID:X is not in CTT

Cause: The output is set to ignore and the configured decombined settings do not match the decombined information transmitted by the uplink.

Remedy: Change the uplink configurations to match the settings, or change the settings to match the uplink configurations.

ASI 1, 2, 3, 4, 5, or 6 Transport Error

RF 1, 2, 3, 4, or ASI Transport Error, PID: X

Cause: Bad packets/content exist on the source input port.

Remedy: Check the RF or ASI input, the uplink configuration and the stream source at the DCM/DTF. This may also be caused by a noisy or corrupted input signal.

ASI 1, 2, 3, 4, 5, or 6 CC Error

RF 1, 2, 3, 4, or ASI CC Error, PID: X

Cause: Continuity count error.

The input or output stream is corrupted. This is caused by RF noise or a corrupted input signal.

Remedy: Check the RF input, the uplink configuration, and the stream source at the DCM/DTF.


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AS1 1, 2, 3, 4, 5, or 6 Scrm Mismatch

RF 1, 2, 3, 4, or ASI Scrm Mismatch

Cause: There is a mismatch with the scrambling state of the stream by the uplink (i.e., the stream is scrambled, but the uplink sees it as unscrambled or vice versa).

Remedy: Correct the mismatch in the uplink configuration.

ASI 1, 2, 3, 4, 5, or 6 Stream Gap Filled

Stream Gap Filled Cause: Packet loss adjustment has been triggered by transport errors or continuity count errors, or other corruption in the source stream.

Remedy: Check the RF input, the uplink configuration and the stream source at the DCM/DTF.

ASI 1, 2, 3, 4, 5, or 6 FIFO Overflow

FIFO Overflow Rate Control

Cause: The decombined stream cannot maintain the stream bit rate.

Remedy: Check the uplink configuration.

ASI 1, 2, 3, 4, 5 or 6 FIFO Underflow

FIFO Underflow Rate Control

Cause: The decombined stream cannot maintain the stream bit rate.


ASI 1, 2, 3, 4, 5, or 6 FIFO Adjusted

FIFO Adjusted Cause: The ASI output buffer level has been adjusted due to brief RF loss or recovery.

Remedy: This is an informational message only. It is self-clearing.

ASI 1, 2, 3, 4, 5, or 6 Source Fault

RF 1, 2, 3, 4, or ASI No BitRate info in Combined Stream

Cause: No bit rate information is contained in the combined stream.

Remedy: Check the uplink configuration in the DCM/DTF.

ASI 1, 2, 3, 4, 5, or 6 Bitrate Fault

ASI 1, 2, 3, 4, or ASI Bitrate Fault in Decombined Stream, PID:X

This is applicable for decombined and remux streams.

Cause: The output is receiving inconsistent bit rate information from the uplink.

Remedy: Adjust the AF interval at the uplink and/or check the signal source in the DCM/DTF.

Messages

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ASI 1, 2, 3, 4, 5, or 6 AF Invalid

RF 1, 2, 3, 4, or ASI Invalid AF, PID:X

Cause: AF information sent by the DCM/DTF is not understood by the MTR. This is most likely due to a corrupted source stream.


Ethernet PHY ETH PHY trying to reconnect

Cause: The connection to the Ethernet port is unstable.

Remedy: Disconnect and reconnect the Ethernet cable, and check the cable connection at the hub and/or switch to clear the message.

Memory Usage Normal (stack/partition)

memory usage

Cause: Software is exceeding the allowable memory usage.

Remedy: Restart the MTR. If the problem persists, call Cisco Customer Support.

FW: Resource Use

Memory or List Near Full Cause: Software is exceeding the allowable memory usage.

Remedy: If the problem persists, call Cisco Customer Support.

System Startup System Startup Cause: Operator-initiated startup.

System Shutdown

I2C Failure This message pertains to problems causing system shutdown. It can be displayed due to any one of the following causes:

Cause: Internal device communication error.

System Shutdown

Factory Reset Cause: Operator initiated Factory Reset on the front panel.

System Shutdown

Clean Unused Tables Cause: Operator initiated using the Clear FWD Tables command/function on the front panel.

System Shutdown

USER REBOOT Cause: Operator initiated using the Reboot command/function on the front panel.

System Shutdown

DL APP REBOOT Cause: Operator initiated by updating the application.

Backup Operation State

Backup Active Cause: The backup operation has been started.

Remedy: Wait until the backup process is complete.


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Backup Failure Reason

FTP Failed, Internal Error Cause: The FTP transfer was aborted in the middle of the transfer or an internal error caused the backup operation to halt/stop.

Remedy: Initiate the FTP transfer again. Call Cisco customer support.

Restore Operation State

Restore Active The restore operation has been started.

Restore Failure Reason

FTP Failed Cause: The FTP transfer was aborted in the middle of the transfer or an internal error caused the backup operation to stop/halt.

Remedy: Initiate the FTP file transfer again.


Bad Content Cause: The backup file is corrupted.

Remedy: Use the correct file format for restoration.


Not Accepted Cause: The file to be restored is not in the correct format.

Remedy: Use the correct file format for restoration.

ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 Remux Input Disc

Input Discontinuity Detected, RDCS PID:X

Cause: Detected discontinuity between expected and received stream index value in AF.


ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 MDP Seq Num Error

MDP Sequence Out of Order, RDCS PID:X

Cause: Received an MDP with unexpected sequence number.


ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 MDP Disc Detected

MDP Discontinuity Detected, RDCS PID:X

Cause: Detected MDP packet discontinuity (MDP packets dropped due to queue full, packets not received in time, MDP index mismatch).


Messages

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ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 Invalid MDP Cmd

Invalid MDP command was received, RDCS PID:X

Cause: Corrupted MDP command sequence detected.


ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 MIP Autogenerated

MIP Autogenerated, RDCS PID:X

Cause: MIP input error (MIP in unexpected position, failed to detect a MIP packet, MIP CRC error).


ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 DM Input Chg

Number of DM Input TS has changed, From:X To Y

The number of input TS changed.

Note: This is for information purposes only.


Master Mux ID Change, RDCS PID:X, From:Y To:Z

The master MUX ID changed.



Master Mux Switch Detected, RDCS PID:X

The master MUX switch was detected at the uplink.

ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 Indexer ID Chg

Input Indexer ID Change, PID:X From:Y To Z

The input TS indexer ID referenced by the MDP has changed.


ASI1, ASI2, ASI3, ASI4, ASI5, or ASI6 MIP change

MIP Packet CRC Error, RDCS PID:X

A CRC error was detected on the MIP.

Remedy: Check the uplink or correlate with other errors due to RF noise.


MIP Packet Missing, RDCS PID:X

The MIP was not received.



MIP Pkt Interrupted by Idx Pkt Loss Lock, RDCS PID: X

The lock was lost during the processing of the MIP packet.

Remedy: Correlate with other lock loss conditions.


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Megaframe Size Change Detected, RDCS PID:X

A megaframe size change was detected.

Remedy: Check the uplink for a configuration change.


Megaframe Max Delay Change Detected, RDCS PID: X

The megaframe maximum delay was changed.



MIP Packet Position Error, RDCS PID:X

Cause: The MIP position in the megaframe was changed or the megaframe settings are changed.


ASI 1, 2, 3, 4, 5, or 6 MDP Lost

DM Engine Reset, RDCS PID: X

Cause: An input error occurred. The RDCS stream may be corrupted or lost.


ASI 1, 2, 3, 4, 5, or 6 MDP Lost

MDP Checksum Error, RDCS PID:X

Cause: MDP was lost due to MDP CRC errors.


ASI 1, 2, 3, 4, 5, or 6 MDP Lost

Missing MDP, RDCS PID: X Cause: MDP was lost due to the original MDP was never received.


ASI 1, 2, 3, 4, 5, or 6 MDP CYTS ID Chg

MDP CYTS ID changed, CYTS PID:X, FromID: X ToID:Y

Cause: The uplink configuration changed.


DM not supported

DM not supported on base FPGA

Cause. This is for information purposes only. The Base (R1) FPGA is selected and remux functions are not available with the base FPGA.

Remedy: Select the DM (R2) FPGA and reboot the D9804 MTR if remux functions are needed.

Messages

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Front Panel Fault - I2C

Possible Mains Issue Cause: The D9804 MTR application cannot detect the front panel.

Remedy: Check AC input voltages and correct low AC level if necessary. Reboot the D9804 MTR to restore access to front panel.

Log History Deleted

Log history cleared by user Cause: This is for information purposes only. The activity log history was deleted by a user.

Watchdog Shutdown

Shutdown message description

Cause: Hardware or software failure. The failure is indicated by the set message.

Remedy: Reboot the MTR to attempt to clear the problem. If the problem persists, call Cisco Customer Support.

DM Engine Reset

DM Engine Reset, RDCS PID:y

Cause: One of the following caused the D9804 MTR engine to start/restart:

A route, of the format type "Remux", is enabled or modified.

The source signal is lost due to high noise condition or input disconnection, which causes an automatic recovery attempt.

Remedy: If the source signal is lost, ensure the source signal is stable.

ASI 1, 2, 3, 4, 5, or 6 AF Error

RF X Erroneous AF Cause: An unexpected or out of range bit rate was read from the AF data.

Remedy: Verify the source bit rates and ensure the source signal is stable.

IBCC Server Info

ID: X Cause: This is for information purposes only. It supports uplink diagnostics.


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Power Supply Replacement

Removal and Replacement

There are no user-serviceable parts in the D9804 MTR power supplies. If one of the power supplies requires replacement, contact your service provider or Cisco for information on how to obtain a replacement power supply.

78-4042990-01 Rev B 161

If You Have Questions

If you have technical questions, call Cisco Services for assistance. Follow the menu options to speak with a service engineer.

Access your company's extranet site to view or order additional technical publications. For accessing instructions, contact the representative who handles your account. Check your extranet site often as the information is updated frequently.

7 Chapter 7 Customer Information

78-4042990-01 Rev B 163

A Appx auto letter Appendix B Technical Specifications

Introduction

This appendix contains the technical specifications for the D9804 MTR.

Note: The technical specifications are subject to change without prior notice.

In This Appendix

L-Band Input and Processing ............................................................ 164

Transport Stream Output .................................................................. 168

Control and Management Interfaces ................................................ 169

Power and General Specifications .................................................... 171

Appendix B Technical Specifications

164 78-4042990-01 Rev B

L-Band Input and Processing

General

Parameter Specification

System MPEG-2/DVB compatible

DVB-S EN 300 421, EN 300 468

DVB-S2 EN 302 307

Demodulation DVB-S QPSK, DVB-S2 QPSK and 8PSK

Number of RF Inputs 4 (any or all could be active at a time)

LNB LO Stability

DVB-S and DVB-S2

Symbol Rate Stability

1 to 4.99 MSymbols/s ≤ ± 125 kHz

5.0 to 9.99 MSymbols/s ≤ ± 1.0 MHz

10.0 to 45 MSymbols/s ≤ ± 3.0 MHz


LNB Phase Noise Requirement

-35 dBc/Hz at dF = 100 Hz

-53 dBc/Hz at dF = 1 kHz



-106 dBc/Hz at dF = 1 MHz

-117 dBc/Hz at dF = 10 MHz


78-4042990-01 Rev B 165

LNB Power and Control


Voltage

(RF1to RF3, RF4 does not have an LNB supply)

13 V Vertical/circular right,

18 V Horizontal/circular left

Off

Current 350 mA maximum

LNB Alarms:

No load - 6 mA

Overload - 360 mA minimum

DVB-S/DVB-S2

DVB-S/DVB-S2 Satellite Receiver


L-Band Input

Number of Inputs 4 (one active at a time)

Input Connector Type F-type, female, 75 ohms

Input Impedance 75 ohms

Return Loss > 7 dB

Isolation Between Inputs > 80 dB

L-band Frequency 950 to 2150 MHz

Receive Spectrum Sense Normal and Inverted

L-Band Power

Input Power Level per Carrier

-25 to -65 dBm (full transponder power)

DVB-S Modulation (EN 300 421)

Modulation QPSK

Convolutional FEC Rates 1/2, 2/3, 3/4, 5/6, 7/8

Symbol Rate Range 1.0 to 45 Ms/s

Eb/No (C/N) Ratio See DVB-S Eb/No (C/N) Ratio (on page 166)


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DVB-S2 Modulation (EN 302 307)

Modulation QPSK, 8PSK

QPSK LDPC FEC Rates Pilots On

8PSK LDPC FEC Rates 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10

LDPC FEC Frame Length 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

Pilot Tones Normal

Symbol Rate Range Automatic detection

Maximum Channel Bit Rate See DVB-S2 Pilots Off/On FEC Rates (on page 166)

Maximum User Bit Rate 90 Mbit/s

Note: For DVB-S2 symbol rates below 10 Ms/s, contact your Cisco sales representative to evaluate your specific application.

DVB-S2 Pilots Off/On FEC Rates

Parameters Pilots Off Pilots On

Symbol Rate 5 - 31 Msymbols/s 1 - 31 Msymbols/s

8PSK FEC Rates 5/6, 8/9, 9/10 3/5, 2/3, 3/4, 5/6, 8/9,

9/10

Symbol Rate 5 - 31 Msymbols/s 1 - 31 Msymbols/s

QPSK FEC Rates 1/2, 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

1/2, 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

DVB-S Eb/No (C/N) Ratio

Convolutional FEC Rate Eb/No Ratio (dB) in Linear Channel and IF Loop Configuration

C/N at DVB Threshold (BW = Symbol Rate)

1/2 4.5 4.1

2/3 5.0 5.9

3/4 5.5 6.9

5/6 6.0 7.9

7/8 6.4 8.5


78-4042990-01 Rev B 167

C/N = Eb/No + 10 log (2 x FEC X 188/204)

The D9804 MTR currently displays the C/N Ratio.

DVB-S2 Error Rate Performance Es/No (C/N) Ratio

Mode Simulated Es/No (dB) for FEC Frame length = 64,800

Typical Performance (dB) in Linear Channel and IF Loop Configuration

QPSK 1/2 1.00 1.2

QPSK 3/5 2.23 2.4

QPSK 2/3 3.10 3.2

QPSK 3/4 4.03 4.2

QPSK 4/5 4.68 4.8

QPSK 5/6 5.18 5.3

QPSK 8/9 6.20 6.4

QPSK 9/10 6.42 6.6

8PSK 3/5 5.50 5.8

8PSK 2/3 6.62 6.8

8PSK 3/4 7.91 8.1

8PSK 5/6 9.35 9.6

8PSK 8/9 10.69 10.9

8PSK 9/10 10.98 11.3


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Transport Stream Output

ASI Outputs

Item Specification

Number of outputs 12, 6 sets of 2 identical outputs

Type of connector 75 ohm BNC

Output impedance 75 ohm according to EN 50083-9

Data amplitude 800 mV peak-peak ± 10% according to EN 50083-9

Return loss >17 dB, 27 to 270 MHz

Transport stream bit rate 1 to 120 Mbit/s ± 100 ppm

ASI bit rate 270 Mbit/s ± 100 ppm

Transport stream formats According to EN 50083-9.

188 bytes structure

204 bytes without Reed Solomon

Burst or packet format


78-4042990-01 Rev B 169


Ethernet Management Interface

Item Specification

Number of connectors 1

Type of connector Eight-pin RJ-45

Ethernet type 10/100 Base-T

Required setup IP address, default gateway and subnet mask

Alarm Interface

Item Specification

Number of outputs 7, each having one set of contacts closed and one set open during normal operation. Alarms are signalled by reversing the polarity of the two contact sets.

Type of connector Terminal block

Max. voltage 30 V AC, 30 V DC

Max. current

Telemetry Interface

Item Specification

Connector type 9-pin sub-D female

Front Panel Interface

Item Specification

LCD 2 lines of 40 characters, backlit LCD.

Keypad Arrow keys, 0 to 9, Select, Menu and Info keys, F1 to F4


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Item Specification

LEDs Green LED for Signal status. Red LED for Alarm indication.

Power and General Specifications

78-4042990-01 Rev B 171


Power

AC Power Connector

Item Specification

Type of connector IEC 320 style C14 appliance receptable (one per power supply)

AC input 100 V to 240 V AC, 50/60 Hz ± 10%

Power 100 W max., 85 W typical

Current 1.5 A per power supply maximum

0.4 A @ 240 V AC typical

0.6 A @ 120 V AC typical

Power Quality ANSI/IEEE Std C62.41.1-2002

Introduction

The receiver is supplied with two power supplies that provide redundant power with no single point of failure. Normal typical operation requires both supplies to be powered up and switched on. Each power supply should be powered from a separate mains branch circuit, in order to ensure redundancy.

The DC outputs from both power supplies are combined together in a current-sharing scheme so that the total load is shared.

Power

To operate the receiver, you must connect it to an AC power source.

WARNING:

Make sure that at least one end of the power cable(s) remains easily accessible for unplugging, if you need to switch off the unit. Example: Ensure that the socket outlet is installed near the product.

WARNING:

To avoid electrical shock, connect the three-prong plug on this product to an earth-grounded, three-pin socket outlet only.


172 78-4042990-01 Rev B

Architecture

The following diagram illustrates the power supply architecture:

General

Mechanical

Item Specification

Height 1 U (4.37 cm) (1.72”)

Width 43.82 cm (17.25”)

Depth 40.0 cm (15.75“)

Weight 4.5 kg (10 lb.)

Environment

Item Specification

Storage

General The product is within the original packaging.

Humidity 5% to 95% non-condensing

Temperature -20°C to +70°C (-4°F to 158°F)

Operation

Humidity (non-condensing) 95% humidity is valid up to 40°C

91% humidity is valid up to 45°C

70% humidity is valid up to 50°C


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Item Specification

Temperature 0°C to +50°C (32°F to 122°F)

Altitude

Operating 10,000 ft. (3048 m) max.

Non-operating 30,000 ft. (9144 m) max.

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B Appx auto letter Appendix C Default Settings

Introduction

The D9804 Multiple Transport Receiver is factory-configured with default settings unless you have requested a custom factory configuration. This appendix lists the factory default settings.

In This Appendix

Factory Default Settings ..................................................................... 176

Appendix C Default Settings

176 78-4042990-01 Rev B

Factory Default Settings

RF Tuning

Parameter RF1 RF2 RF3 RF4

Enabled Yes Yes No No

Inband Data Apply Apply Apply Apply

Dnlk Frequency (GHz) 4.040 3.820 4.180 4.160

LO Freq. (GHz) 5.150 5.150 5.150 5.150

Symbol Rate 30.000 30.000 30.000 30.000

FEC Auto Auto Auto Auto

Modulation DVB-S2 DVB-S2 DVB-S2 DVB-S2

IQ Auto Auto Auto Auto

Roll Off 0.2 0.2 0.2 0.2

LNB Power Off Off Off Off

Carrier ID 101 102 101 102

CT Name Received - No Name

Received - No Name

Received - No Name

Received - No Name

ASI Outputs

Parameter ASI1 ASI2 ASI3 ASI4 ASI5 ASI6

Enabled Yes Yes No No Yes Yes

Inband Data Ignore Ignore Ignore Ignore Ignore Ignore

Source RF-1 RF-2 RF-3 RF-4 RF-1 RF-2

Format Raw Raw Raw Raw Raw Raw

Output Rate Type

Source Source Source Source Source Source

PCR Correction Disable Disable Disable Disable Disable Disable

Combined Transport PID

8001 8002 8003 8004 8005 8006

BISS Index 1 2 3 4 5 6

Fixed Rate 85.5 Mbps 85.5 Mbps 85.5 Mbps 85.5 Mbps 85.5 Mbps 85.5 Mbps

Factory Default Settings

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Parameter ASI1 ASI2 ASI3 ASI4 ASI5 ASI6

Burst Mode Enable Enable Enable Enable Enable Enable

CT ID 1001 1002 1003 1004 1005 1006

CT Name Unknown/Not Available

Unknown/Not Available





Packet Loss Adjustment

Disable Disable Disable Disable Disable Disable

Com PID 8191 8191 8191 8191 8191 8191

Com CT ID 1 1 1 1 1 1

Com BISS Idx 1 1 1 1 1 1

Com Name Unknown Unknown Unknown Unknown Unknown Unknown

Reg PID 8191 8191 8191 8191 8191 8191

Reg CT ID 1 1 1 1 1 1

Reg BISS Idx 1 1 1 1 1 1

Reg Name Unknown Unknown Unknown Unknown Unknown Unknown

DM

Parameter Default

Packet Stuffing Alarm Delay 0

Maximum Packet Stuffing Duration Critical Transport Loss

100

Administration

Parameter RF1

IP Address 192.131.244.6

Mask 24

Gateway 192.131.244.254

Device name D9804

HTTP login username user

HTTP login password USER

Appendix C Default Settings

178 78-4042990-01 Rev B

Parameter RF1

MIB System Name MTR

MIB Contact 44.8708.325.420

Read Community String public

Write Community String private

Trap authentication 0

DVB-S Transport Cutoff (C/N margin) 0.0

DVB-S Transport Restore (C/N margin) 0.1

DVB-S2 Transport Cutoff (C/N margin) 0.2

DVB-S2 Transport Restore (C/N margin) 0.1

Telemetry: Data Rate 9600

Telemetry: Parity Even

Telemetry: Data Bits 7

Telemetry: Stop Bits 1

Telemetry: Repetition Interval (in seconds)

30

Telemetry: Output Disabled

Date Format DD_MM_YYYY

Time Format 24 Hr

GMT Offset -5

LCD Contrast 30

Keyboard Timeout Lock Disable

Keyboard Timeout (seconds) 120

Lock level 0

NET ID 544

CA: FTP Server IP Address 192.131.244.100

CA: FTP Server Port 21

CA: FTP Server User Name user

CA: FTP Server Password USER

AW: Alarm Reset Delay (in seconds) 5

AW: Warning Reset Delay (in seconds) 5

AW: Front Panel Reminder Enable

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C Appx auto letter Appendix D Lock Levels

Introduction

This appendix contains the lock levels for the D9804 MTR.

In This Appendix

D9804 Receiver Lock Levels .............................................................. 180

Appendix D Lock Levels

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D9804 Receiver Lock Levels Three (3) lock levels (0, 1, 2, and 3) are available for protecting your receiver and its settings against unauthorized use or modification (see the table below for full details).

Note: The lock level affects the Front Panel, Web GUI and SNMP/MIB of the D9804 MTR.

Level Description

0 All settings are unlocked.

1 All settings are unlocked except Factory Reset, Reboot, Passwords, CA, application, and FPGA version.

2 All settings are unlocked except Factory Reset, Reboot, Passwords, CA, application, and FPGA version, and setup parameters (including tuning and routing).

3 All settings are locked, except lock level.

If a change made to the current Lock Level setting is not saved, the previously saved setting is restored.

Note: All items are available for viewing at any lock level. Only changeable items appear in the lock level list.

Status

Parameter Lock Level

RF Input Status: RF Input Port Number 3

RF Input Status: Clear Counts 1

ASI Input Status: Clear Counts 1

ASI Output Status: ASI Output Port Number 3

ASI Output Status: Clear Counts 1

IBC Info: Clear Counts 1

IBC Carriers: Carrier ID 3

IBC Carriers: Carrier Name 3

IBC CT: CT ID 3

IBC CT: CT Name 3

IBC RT: RT ID 3

IBC RT: RT Name 3

D9804 Receiver Lock Levels

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IBC NT: NT ID 3

IBC NT: NT Name 3

Alarms and Warnings: Clear All 1

Advanced Status: Id 3

Advanced Status: Clear Counts 1

Setup: Admin


Lock Level 3

Factory Reset 0

Clear FWD Tables 0

Reboot 0

KB Lock Enable 2

KB Lock Timeout 2

LCD contrast 3

DL Mode 0

DL Command 0

Date Format 1

Time Format 1

GMT Offset 1

Setup: ASI Input


Comma Count 1


182 78-4042990-01 Rev B

Setup: Tuning


RF Input Port Number 1

Enabled 1

Inband Data 1

Dnlnk 1

LO 1

SymRate 1

FEC 1

Mod 1

IQ 1

RollOff 1

LNB Power 1

Carr Id 1

Carrier Name 1

Apply Local 1

Get Current 1

Setup: Routing


Output Port Number 3

Enabled 1

Inband Data 1

Source 1

Format 1

Output Rate 1

Rate Type 1

PCR Correct 1

CT PID 1

BISS Index 1


78-4042990-01 Rev B 183


Fixed Rate 1

Burst Mode 1

Packet Loss Adjustment 1

CT ID 1

CT Name 1

COM PID 1

COM BISS IDX 1

COM ID 1

Common Stream Name 1

REG PID 1

REG BISS IDX 1

REG ID 1

Regional Stream Name 1

Apply Local 1

Get Current 1

Filter Number 3

Filter PID 1

Setup: IP


Description 2

IP Address 2

Mask 2

Gateway 2

SNMP Read Community String

(displays * when not at lock level 0)

0

SNMP Write Community String

(displays * when not at lock level 0)

0

Add Trap 2

Delete Trap 2


184 78-4042990-01 Rev B


Edit Trap 2

Reset HTTP User name & Password 0

HTTP User Name 0

HTTP Password 0

Setup: CA


BISS:Index 0

BISS:EvenSW/Odd SW 0

FTP Server IP address 0

FTP IP Port 0

FTP User Name 0

FTP Password 0

SWDF SW Distribution File Name 0

SWDF Select Action 0

SWDF: SWDK.1 0

SWDF: SWDK.2 0

Setup: Telemetry


Baud 1

Parity 1

Data Bits 1

Stop Bits 1

Repetitions 1

Telemetry Output 1


78-4042990-01 Rev B 185

Setup: AW


Alarm Reminder 1

Reset Delay Warning 1

Reset Delay Alarm 1

Alarm Delay (sec) 1

Stuff Dur (sec) 1

System Alarm Name 3

System Alarm Enable 1

System Alarm Relay 1

System Alarm Trap 1

System Warning Name 3

System Warning Enable 1

System Warning Trap 1

Setup: Noise Cutoff


DVBS Cutoff 1

DVBS Restore 1

DVBS2 Cutoff 1

DVBS2 Restore 1

Restore Defaults 1

Muting Control 1

Setup: IBC


Net Id 1

Flush Inband tables 1


186 78-4042990-01 Rev B

Versions


FPGA Version 3

FPGA Version Select 0

FPGA Versions Erase 0

Application 3

Application Select 0

Application Erase 0

Diag


AW Clear History 2

Clear Logs 2

Power: Clear Rst # 3

78-4042990-01 Rev B 187

D Appx auto letter Appendix E Compliance

Introduction

This appendix contains the compliance information for the D9804 MTR.

Appe

In This Appendix

Applicable Standards and Notices ................................................... 188

Declaration of Conformity ................................................................. 190

Appendix E Compliance

188 78-4042990-01 Rev B

Applicable Standards and Notices

Safety

The D9804 Multiple Transport Receiver has been approved for safety by the Standards Council of Canada and the OHSA (NRTL) Accredited Testing Laboratory to the following standards:

CAN/CSA-C22.2 No. 60950-1-03

ANSI/UL Std No. 60950-1-2003

Also, this product has been evaluated under the IECEE CB scheme to the following international standard:

IEC 60950-1 1st Ed

For the CB report and Certificate the product are evaluated for the country differences outlined in CB Bulletin 109A:

EMC

Electrostatic Discharge (ESD) results from the static electricity buildup on the human body and other objects. This static discharge can degrade components and cause failures.

Take the following precautions against electrostatic discharge:

Use an anti-static bench mat and a wrist strap or ankle strap designed to safely ground ESD potentials through a resistive element.

Keep components in their anti-static packaging until installed.

Avoid touching electronic components when installing a module.

Electromagnetic Compatibility Regulatory Requirements

Ethernet cables should be of single-shielded or double-shielded type. Coaxial cables should be of the double-braided shielded type. Where this equipment is subject to USA FCC and/or Industry Canada rules, the following statements apply:

Applicable Standards and Notices

78-4042990-01 Rev B 189

FCC Notices

This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when operated in a residential installation. This equipment generates, uses and can radiate radio frequency energy, and if not installed and used in accordance with the instructions supplied in this manual may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception (which can be determined by turning the equipment off and on), the user is encouraged to try to correct the interference by one or more of the following measures:

1 Reorient or relocate the television receiving antenna.

2 Increase the separation between the equipment and the receiver.

3 Connect the equipment to an AC outlet on a circuit different from that to which the receiver is connected.

4 Contact your dealer/ reseller or an experienced radio/ TV technician for help.

The user may find the booklet “Interference handbook” prepared by the Federal Communications Commission helpful. This booklet is available from the U.S. Government Printing Office, Washington, DC 20402, stock no. 004-000-00450-7.

Shielded cables should be used to interconnect this device with any other/peripheral equipment (i.e., data sources, terminals, monitors, etc.) to ensure compliance with Class B limits. Failure to do so may result in radio or TV interference. Cables should be of braided shield construction with metal end shells

Industry Canada Notice

This digital apparatus does not exceed the limits for Class B radio noise emissions from digital apparatus as set out in the radio interference regulations of the Industry Canada.

Le present appareil numerique n’emet pas de bruites radioelectriques qui dépassant les limites applicables aux appareils numeriques de Class B prescrites dans le reglement sur le brouillage radioelectrique edicte par Industrie Canada.

Unauthorized Modifications

The manufacturer is not responsible for any radio or TV interference resulting from unauthorized modifications made to this equipment. It is the responsibility of the user to correct such interference at his own expense.

Appendix E Compliance

190 78-4042990-01 Rev B

Declaration of Conformity

78-4042990-01 Rev B 191

A

About Menu • 85

About the Front Panel • 26

AC Power Connector • 173

Administration • 179

Alarm Interface • 171

Alarm Relay Interface • 16

Alarms • 146

Applicable Standards and Notices • 192

Architecture • 174

ASI Outputs • 170, 178

C

Configuring the Operational Mode • 5

Configuring the Setup Information • 107

Connecting an External Alarm System • 22

Connecting the ASI Input • 22

Connecting the ASI Outputs • 24

Connecting the Ethernet Management Interface •

23

Connecting the Input/Output Signals • 22

Connecting the RF Inputs • 22

Connecting the Telemetry Interface • 24

Connecting the Unit • 2

Connectors • 21

Control and Management Interfaces • 16, 171

Cooling • 19

Customer Information • 163

D

D9804 MTR Message List • 146

D9804 MTR Rear Connector Panel • 21

D9804 Multiple Transport Receiver • 12

D9804 Receiver Lock Levels • 184

D9804 Web GUI Environment • 98

Declaration of Conformity • 194

Decombining Streams • 65

Diag • 190

Diagnostics

AW • 90

Health Monitor • 90

Logs • 90

Power • 90

Diagnostics Menu • 89

DM • 179

DVB-ASI Output • 15

DVB-S Eb/No (C/N) Ratio • 168

DVB-S/DVB-S2 • 167

DVB-S2 Error Rate Performance Es/No (C/N)

Ratio • 169

DVB-S2 Pilots Off/On FEC Rates • 168

E

Environment • 174

Ethernet • 16

Ethernet Management Interface • 171

F

Factory Default Settings • 178

Fan Speed Status Message • 119

Filtering Streams • 64

Front Panel Control • 16

Front Panel Interface • 171

Front Panel LEDs • 26, 144

Front Panel Operation • 25

FTP • 68

G

General • 166, 174

General Description • 12

Grounding • 19

I

Informative Notes • 23

Input and Output Status • 30

Installation • 17

Installing the D9804 Receiver • 19

Introduction • 11, 173

K

Key Features • 13

Index

Index

192 78-4042990-01 Rev B

Keypad • 26

Keypad Convention • 28

L

L-Band Input and Processing • 166

LCD • 26

LED Function • 144

LNB LO Stability • 166

LNB Power and Control • 167

Locking/Unlocking the Front Panel • 4

Logging on to the Web Interface • 8

Logging On to the Web Interface • 94

M

Main Menu • 31

Main Selection • 31

Main Structure • 30

Maintenance of EMC Compliance • 3

Mechanical • 174

Messages • 146

N

Navigation/Selection Keypad • 27

Noise Cutoffs and ASI Output Muting • 79

O

Operational Modes

Base or Deterministic Multiplexing (DM) •

13

Output • 59

Overview • 144

Overview of the Main D9804 MTR Settings • 95

P

Pin allocation, Ethernet connector • 23

Pin Allocation, Telemetry (RS-232 Control)

Connector • 24

Power • 173

Power and General Specifications • 173

Power Connection • 18

Power Supply Replacement • 162

Power Supply Status Message • 119

Q

Quick Setup - Read Me First! • 1

R

Rack Installation • 18

Rack Mounted • 19

Rear Connector Panel • 21

Removal and Replacement • 162

Remultiplexing Streams • 66

Remuxltiplexing • 114

RF Status Messages • 118

RF Tuning • 178

S

Service and Maintenance • 143

Setting up ASI Output Parameters • 6

Setting up ASI Output Routing Parameters • 9

Setting up RF Tuning Parameters • 5

Setting Up RF Tuning Parameters • 8

Setting Up the IP Parameters • 8

Setting Up the IP Parameters of the D9804 MTR

• 4

Setup

Admin • 185

ASI Input • 185

AW • 189

CA • 188

IBC • 189

IP • 187

Noise Cutoff • 189

Routing • 58, 186

Telemetry • 188

Tuning • 55, 186

Setup and Monitoring • 93

Setup Menu • 49

Admin • 49

ASI In • 54

AW • 74

CA • 67

DM • 83

IBC • 83

IP • 70

Noise Cutoffs • 77

Telemetry • 73

Setup Menu 1 - Structure • 49

Setup Menu 2 - Structure • 70

Software Update • 13

Startup Screen • 30

Status • 184

Status Menu • 32

Index

78-4042990-01 Rev B 193

Advanced • 43

AW • 42

CYTS0/CTYS1 • 47

IBC • 40

Input Status • 32

Main Status • 44

Output Status • 36

RDCS • 46

RDCS Instr • 47

Status Menu 3 - Structure • 44

Steps using the Front Panel • 4

Steps using the Web Interface • 8

Structure

Status Menu 1 • 32

Status Menu 2 • 39

SW • 67

SWDF • 68

T

Tab Pages • 96

Telemetry Interface • 171

Telemetry Output • 118

Temperature Status Message • 118

The Alarms Connector • 22

The Ethernet Interface • 23

The Help Window • 98

The Window Buttons • 98

To Add a Trap Destination • 133

To Connect AC Power • 20

To Connect the Ethernet Interface • 23

To Delete a Trap Destination • 133

To edit an existing Trap Destination • 133

To Mount the D9804 MTR • 19

Transport Stream Output • 170

Transport Stream Outputs • 15

V

Versions • 190

Versions Menu • 87

Viewing Diagnostics Information • 138

Viewing Inband Control Status • 138

Viewing System Information • 124

Viewing the Download Status • 105

Viewing the Input and Output Setup

Configurations • 107

Viewing the Input and Output Status • 100

Viewing the Status Information • 100

Viewing the System Status • 124

W

Warnings • 152

Web GUI Environment • 98

Web Interface - Summary Screen • 95

Cisco Systems, Inc. 5030 Sugarloaf Parkway, Box 465447 Lawrenceville, GA 30042

678 277-1120 800 772-2009

www.cisco.com

This document includes various trademarks of Cisco Systems, Inc. Please see the Notices section of this document for a list of the Cisco Systems, Inc. trademarks used in this document. Product and service availability are subject to change without notice.

© 2008-2013 Cisco and/or its affiliates. All rights reserved.

January 2013 Part Number 78-4042990-01 Rev B

Cisco D9804 Multiple Transport Receiver Software Version 2 ... · 78-4042990 -01 Rev B Cisco D9804...

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