Advantech AMT-75 Operating instructions

AMT-70/AMT-73/AMT-75 Installation and Operation

AMT-70 Series

(with AMT-73 Supplement)

(with AMT-75 Supplement)

L-Band Satellite Modem

32k - 40 MSymbol

BPSK, QPSK, OQPSK, 8PSK, 16QAM

Installation and Operations Manual

Version 2.9- Apr 05, 2006

1

AMT-70/AMT-73/AMT-75 Installation and Operation

PREFACE

Thank you for purchasing the world’s first 16 kbps to >100 MBits L-Band digital satellite modem.

This document describes the installation, operation, and maintenance of the AMT-70 series satellite

modem.

The following information provides the document part number, revision, the copyright notices, along

with the pertinent FCC, English, German, and French compliance, and the serviceability of the

modem.

Document Part Number and Revision:

2

Revision

History:

Date Document Revision

V1.0 March 19, 2004 First release of AMT-70 (Beta)

V1.1

July 4, 2004

Modifications, replacing back panel, adding Instructions tree.

Added a section of the AMT-70 TPC codes, added text on

applications, added a section on demodulator acquisition

settings

V1.2 Aug. 31, 004

Specified connectors. Added page 7-10 with Figure 42 for

back panel connectors and associated table

V1.3

Oct 25, 2004

Alarm / Relay; Redundancy Support Added

RS485 Terminal Mode Support Added

IFRXDOPFIFO – IFTXCLKRECOV Interface commands

added.

Fixed documentation typo error.

V1.4 Nov. 21, 2004

Corrected for Rev. Version levels

Changed all reference from baud to symbol

V1.5 Dec 10, 2004

- TUNITS/RUNITS - BPS/SPS parameter usage

documented (Page 96).

- New commands for setting the Ethernet ports P6/P2

from the modem interfaces (Pages 4-12, 5-20)

- New RS485 commands

- New packet protocol support (page 105)

- Configuration store support (Page 4-17, 4-18)

- RRMVMK command added (Page 99)

- TOUTPUT / S BAND option not supported anymore

(Page 98 )

- TLEVEL now supports in 0.1 dBm increment (Page 98)

- TCODE / RCODE now supports OM73 parameters options

(Page 97)

- TRATE / RRATE now supports the parameter UNCODED

(Page 97).

- TFREF / RFREF commands support

(page 7-3)

2.0 Nov 21, 2004 Total Reformat of Manual

AMT-70/AMT-73/AMT-75 Installation and Operation

3

2.1 Jan 19, 2005

- Changed RS-485 pin-out to reverse TX+ & TX-

- Created Appendix A from previous sections of manual

regarding Antenna & cable info

- Added Appendix B, (S+N)/N Conversion Charts

- Added Mod and Demod Fault Status and pin-outs

- Changed ifrxclock in Packet Protocol section (Chapter

12) to read “0=internal; 1=demod (was external)

- Updated Front Panel Display Menus

2.2 Feb 26, 2005

- Updated Connector section – added reference to AMT-

70 and AMT-73L

- Changed MONITOR RX POWER.AGC to reflect dB

- Update Packet Protocol Section 7.3 to

Version 1.17Y

- Updated Configuration Option Chart to Version 3

- Inserted new drawings to reflect AMT-70 and 73L front

and rear panels

- Added paragraphs in Chapter 4 plus simplified block

diagram to reflect Clocking, Loopback functions, and

BER testing.

- Added paragraph on setting Continuous Carrier Mode

- Added Appendix B to include Eb/No to (S +N)/N

Conversion Charts

- Added ¾ Rate eTPC to AMT-70/73 Technical specs.

- Changed TREF to TFREF in paragraph 2.8 and added

support in paragraph 3.2.

- Added packet protocol update (Chapter 12).

- Added AMT-70L/73L Demod Input Level versus Symbol

Rate Charts in Appendix A.

- Upgraded Packet Protocol to V1.19

- Removed and incorporated Section 6 with Section 4.

- Added static DEFAULT Commands

- Moved Chapter 12 to Chapter 7 – for better flow of the

document

- Changed Chapter 4 Title to MODEM M&C

INTERFACES

- Added Quick Start Guide to Chapter 4

2.3 Mar 20, 2005

- Reformatted manual.

- Made correction to several text errors.

2.4 June 20, 2005

- New Front-Panel interface design

- Commands IFTDINV , IFRDINV. IFBUFMON

added for the data interface.

- RSPANL new parameter AUTO

- LOG subsystem enhancements

- Updated INTERFACE card sections

- Updated REDUNDANCY chapter

- RS485CONF, NETCONF new commands

- Packet Protocol Changes to V1.18

2.5 June 30, 2005 - SNMP support added

2.6 Aug 11, 2005 - AERo Embedded Router support added

AMT-70/AMT-73/AMT-75 Installation and Operation

2.7 Dec 18, 2005

- Real Time Clock Support added.

- ASI interface VBR support

- DVBS2S – DVBS2N support

- New TPILOT commands for DVBS2S – DVBS2N

- New eTPC code rates ¾, 7/8, 19/20

- RPOWER support for AMT73L

- Buffer Re-center Support for RS530+1*HSSI card.

- New Summary alarm page

- New LED function for AMT70

- TTPCS / RTPCS commands added

- Turbo Performance Graphs added

2.8 Feb 22, 2006

- Added RS530/HSSI Redundancy Support

2.9 April 05, 2006

- Added AMT75 DVB-S2 support

- Minor updates to Technical specifications

- Added Chapter 16 DVB-S2 Theoretical Performance

- Added Octal E1 card support

4

AMT-70/AMT-73/AMT-75 Installation and Operation

Copyright Notices:

or disclosed in whole or in part by any means without the written consent of AdvantechAMT, Inc.

Customer Support:

You can contact AdvantechAMT for customer support at the following office;

Head Office

AdvantechAMT

657 Orly Avenue

Dorval, Quebec

H9P 1G1

Tel: 1 (514) 420 0045

Fax: 1 (514) 420 0073

Email : [email protected]

The following offices also provide technical support for the modems and other RF products:

U.S. Office

European Office

AdvantechAMT U.S., Inc. AdvantechAMT Europe Ltd.

4710 E. Elwood Street 39 Edison Road

Suite 14 St. Ives, Huntingdon

Phoenix, AZ, 85040 Cambridgeshire, PE27 3LF

Tel: 1 (480) 784-4646 Tel: 44 (1480) 357 600

Fax: 1 (480) 784-1010 Fax: 44 (1480) 357 601

5

You can also visit our website at

http://www.advantechamt.com

AMT-70/AMT-73/AMT-75 Installation and Operation

Chapter 1 INTRODUCTION......................................................................................29

1.1 The AMT-7X Family..................................................................................................................29

1.2 Product Overview ....................................................................................................................30

1.2.1 AMT-70 Description .............................................................................................................30

1.2.2 AMT-73L Description ...........................................................................................................31

1.3 Ordering the Products Options..............................................................................................32

Chapter 2 INSTALLATION.......................................................................................37

2.1 Introduction..............................................................................................................................37

2.2 Unpacking and Inspection......................................................................................................37

2.2.1 Unpacking ............................................................................................................................37

2.2.2 Inventory...............................................................................................................................37

2.2.3 Site Considerations ..............................................................................................................37

2.2.4 Installing the unit ..................................................................................................................37

2.3 Power Requirements...............................................................................................................38

2.3.1 AC Power & Fuse.................................................................................................................38

2.3.2 DC Power & Fuse.................................................................................................................38

2.4 Modem Rack/Shelf Support....................................................................................................38

2.5 Data Connections (AMT-70 Series)........................................................................................39

2.5.1 Data Port RS-530.................................................................................................................40

2.5.2 Data Port HSSI.....................................................................................................................40

2.5.3 Data Port Ethernet................................................................................................................40

2.5.4 Monitor and Control RS-232 ................................................................................................40

2.5.5 Monitor and Control RS-485 ................................................................................................40

2.5.6 Monitor and Control 10/100BaseT Ethernet ........................................................................40

2.5.7 Monitor and Control Alarms .................................................................................................40

2.5.8 Redundancy .........................................................................................................................40

2.6 Data Connections (AMT-73L Series) .....................................................................................40

2.6.1 Data Port EIA/TIA-449/MIL-STD-188-114 ...........................................................................40

2.6.2 External Clock Reference (MIL-STD-188-115)....................................................................41

2.7 RF/IF Interfaces........................................................................................................................41

2.7.1 Modulator L-Band Output (AMT-70L) ..................................................................................41

2.7.2 Modulator L Band Output (AMT-73L)...................................................................................41

2.7.3 Demodulator L Band Input (AMT-70L and 75).....................................................................41

2.7.4 Demodulator L-Band Input (AMT-73L).................................................................................42

2.7.5 Demodulator 70/140 MHz IF Input (AMT-70 and AMT-75)..................................................42

2.8 Bringing the Modulator Online...............................................................................................42

Chapter 3 OPERATIONAL FEATURES...................................................................43

3.1 M&C Interface Descriptions....................................................................................................43

3.2 Acquisition, FEC, Modulation, and Eb/No.............................................................................44

3.2.1 Demodulator Acquisition Tips ..............................................................................................44

3.2.2 Choice of FEC......................................................................................................................45

3.2.3 Link Budget Analysis and Eb/No (Viterbi and Viterbi R/S)...................................................46

3.3 Modem Applications and Typical Operating Scenarios......................................................47

3.3.1 DVB (MPEG-2) Modulator....................................................................................................47

3.3.2 Data Broadcast Modulator ...................................................................................................48

3.3.3 SCPC Modem ......................................................................................................................48

3.3.4 Bandwidth-On-Demand Modem ..........................................................................................48

3.3.5 Broadcast Mode ...................................................................................................................48

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3.4 Default, Memory Store and Recall Modes.............................................................................48

AMT-70/AMT-73/AMT-75 Installation and Operation

3.4.1 The default configuration......................................................................................................49

3.4.2 Programmable Memory Configurations ...............................................................................50

3.5 Clock Options and Buffers – Standard Interface Card........................................................51

3.5.1 Transmit Timing....................................................................................................................53

3.5.1.1 Internal Clock (SCT).....................................................................................................53

3.5.1.2 External (Terrestrial) Clock (SCTE) .............................................................................53

3.5.1.3 Loop Timing (SCR).......................................................................................................53

3.5.1.4 RS530TFD Clock Recovery.........................................................................................53

3.5.2 Receive Timing.....................................................................................................................53

3.5.2.1 Doppler Buffer Auto......................................................................................................53

3.5.2.2 Doppler Buffer Enabled – Internal ST Clocking (SCT) ................................................53

3.5.2.3 Doppler Buffer Enabled – External TT Clocking (SCTE).............................................54

3.6 Loop-back, Pure Carrier, and BER Test Functions..............................................................54

3.6.1 Data Interface Near End/Far End Loop-back.......................................................................54

3.6.2 Data System Near End/Far End Loop-back.........................................................................55

3.6.3 IF Loop-back ........................................................................................................................55

3.6.4 Pure Carrier Mode................................................................................................................55

3.6.5 Internal BER Test Pattern Generator and Tester.................................................................55

3.6.6 BER Measurement...............................................................................................................56

3.7 ASI Interfaces...........................................................................................................................56

Chapter 4 ACTIVE FRONT PANEL..........................................................................57

4.1 Quick Start Guide ....................................................................................................................57

4.1.1 Bench Test Setup.................................................................................................................57

4.1.2 Placing Modem Online .........................................................................................................59

4.2 The Front Panel........................................................................................................................60

4.2.1 Panel Indicators....................................................................................................................60

4.2.2 Keypad & Display.................................................................................................................62

4.2.3 Welcome Menu ....................................................................................................................63

4.2.4 Main Menu............................................................................................................................63

4.2.5 Menu Tree Structure ............................................................................................................63

4.2.5.1 TX Menu.......................................................................................................................65

4.2.5.1.1 The Transmit Menu...............................................................................................65

4.2.5.1.2 Available settings and parameters........................................................................66

4.2.5.2 RX Menu ......................................................................................................................67

4.2.5.2.1 The available Settings and Parameters................................................................ 67

4.2.5.3 INTERFACE Menu.......................................................................................................69

4.2.5.4 MONITOR Menu ..........................................................................................................71

4.2.5.5 FUNCTION Menu.........................................................................................................75

4.2.5.5.1 The INFORMATION submenu.............................................................................. 75

4.2.5.5.2 The CONFIGURATION submenu.........................................................................75

4.2.5.5.3 The CONTROL submenu .....................................................................................76

4.2.5.5.4 The CONTROL/PORTS/NETWORK option .........................................................76

4.2.5.5.5 The CONTROL/PORTS/RS485 option................................................................. 77

4.2.5.5.6 The CONTROL/BUC submenu.............................................................................78

4.2.5.5.7 The CONTROL/LNB submenu .............................................................................78

4.2.5.5.8 The CONTROL/LCD submenu.............................................................................78

4.2.5.5.9 The TESTS submenu ...........................................................................................79

4.2.5.5.10 The REBOOT option...........................................................................................79

4.2.6 Executing Variable Commands from the Front Panel..........................................................80

Chapter 5 MANAGING THE MODEM ......................................................................81

5.1 Using the RS-232 Port.............................................................................................................81

5.2 Using RS-485 Rear Panel Remote M&C ................................................................................81

7

5.3 Using the Ethernet Port ..........................................................................................................82

AMT-70/AMT-73/AMT-75 Installation and Operation

5.4 Starting the Modem.................................................................................................................82

5.5 Login to the modem ................................................................................................................83

5.6 Setting the Security.................................................................................................................84

5.7 Setting the modem date and time..........................................................................................84

5.8 Using the Modem Shell...........................................................................................................85

5.8.1 Command Format ................................................................................................................85

5.8.1.1 Command Help ............................................................................................................85

5.8.2 Commands Recall and Editing.............................................................................................85

5.8.2.1 Commands Completion Mode......................................................................................86

5.8.2.2 Command Completion Mode .......................................................................................86

5.8.3 Scheduling Periodic Commands..........................................................................................87

5.9 Configuring the RS-485 Port ..................................................................................................87

5.10 Accessing the Modem through a Network ...........................................................................88

5.10.1 Configuring the network address .........................................................................................88

5.10.2 Configuring the routing tables ..............................................................................................89

5.10.3 Using Telnet for Remote Control..........................................................................................89

5.11 Using FTP for Software Download ........................................................................................90

5.11.1 Downloading from the RS-232 Serial Port ...........................................................................91

5.12 Using SNMP .............................................................................................................................92

5.12.1 Introduction...........................................................................................................................92

5.12.2 How to configure SNMP.......................................................................................................92

5.12.3 The SNMP MIB source file...................................................................................................93

5.13 Modem events and logging ....................................................................................................93

5.13.1 The SNMP traps...................................................................................................................94

5.13.2 Using the log file...................................................................................................................94

Chapter 6 THE MODEM COMMAND SET...............................................................96

6.1 Introduction..............................................................................................................................96

6.1.1 The Command Syntax .........................................................................................................96

6.1.2 The Modulator/Demodulator Standard Commands .............................................................96

6.1.3 The Modulator Specific Commands.....................................................................................98

6.1.4 The Demodulator Specific Commands ................................................................................99

6.1.5 Getting the Chassis Configuration and Status...................................................................100

6.1.6 The Monitor and Control Commands.................................................................................100

6.1.7 The Interface Commands...................................................................................................102

6.1.7.1 ASI Interface Commands...........................................................................................102

6.1.7.2 RS530 + 1*HSSI interface..........................................................................................102

6.1.7.3 3*HSSI Interface.........................................................................................................103

Chapter 7 using the rs-485 port..............................................................................104

7.1 The RS-485 Control Commands...........................................................................................104

7.2 The Command Mode .............................................................................................................104

7.3 The Packet Protocol..............................................................................................................105

Chapter 8 CABLES AND PIN-OUTS........................................................................106

8.1 Rear Panel Connector Arrangements .................................................................................106

8.2 RS-442/449 to RS-530 Adapter Cable ..................................................................................107

8.3 RS-422/449 to RS-530 Y-Cable .............................................................................................108

8.4 RS-530 Data Interface Pin-Outs (AMT-70)...........................................................................109

8.5 HSSI Connector Pin-Outs .....................................................................................................110

8.6 RJ-45 Ethernet M&C Connector Pin-Outs...........................................................................110

8.7 RJ-45 Ethernet IP Router Connector Pin-Outs (AMT-73L)................................................111

8.8 RS-232 Connector Pin-Outs .................................................................................................111

8

8.9 RS-232 Null Modem Cable Assembly..................................................................................111

AMT-70/AMT-73/AMT-75 Installation and Operation

8.10 RS-485 Connector Pin-Outs .................................................................................................112

8.11 EIA/TIA-449 AMT-73L Connector Pin-Outs.........................................................................112

8.12 RJ-45 RS232 Pin-Out (AMT-73L)..........................................................................................113

8.13 SSPB/Modem Cabling Requirements..................................................................................113

8.14 Alarms Connector Description.............................................................................................114

8.15 L-Band Transmit Cable .........................................................................................................114

8.16 L-Band Receive Cable...........................................................................................................114

8.17 DB15 – DB15 – Switch Cable................................................................................................115

Chapter 9 Turbo Code Details................................................................................116

9.1 Turbo Product Code Overview.............................................................................................116

9.2 AMT7X family TPC Overview................................................................................................117

9.2.1 CRCs and Scrambling........................................................................................................117

9.2.2 Framing ..............................................................................................................................118

9.3 Calculating the Code Rate....................................................................................................118

Chapter 10 BUC AND ADVANTECH SSPB ..............................................................120

10.1 SSPB (BUC) Interface Connections.....................................................................................120

10.2 LNB Interface Connections ..................................................................................................120

10.3 RS-232 M&C Interface Connections ....................................................................................120

10.4 AMT-70 Modem Configuration .............................................................................................120

10.5 TX Carrier Enable...................................................................................................................121

Chapter 11 REDUNDANCY........................................................................................122

11.1 Hardware Installation............................................................................................................122

11.1.1 ASI Interface.......................................................................................................................122

11.1.2 RS-530 / HSSI interface.....................................................................................................124

11.1.2.1 Front panel push buttons .......................................................................................127

11.1.2.2 LED indicators........................................................................................................127

11.2 Software Configuration.........................................................................................................128

11.3 Messages................................................................................................................................131

Chapter 12 APPENDIX A SYSTEM CONSIDERATIONS..........................................132

A.1 Typical AMT-70L/AMT-73L Interconnections................................................................132

A.1.1 Setting the transmit levels..................................................................................................133

A.2 LNB, BUC & Antenna Installation ........................................................................................134

A.2.1 Choosing the LNB & BUC..................................................................................................134

A.2.2 LNB Physical Installation....................................................................................................134

A.2.3 Antenna Alignment.............................................................................................................134

A.2.4 Satellite Position.................................................................................................................134

A.2.5 Antenna Pointing Angles....................................................................................................135

A.2.6 Pointing the Antenna..........................................................................................................137

A.2.7 Input Level Range Versus Symbol Rate............................................................................138

Chapter 13 APPENDIX B S/N TO Eb/No CONVERSION..........................................140

Chapter 14 APPENDIX C EMBEDDED ROUTER......................................................144

Chapter 15 APPENDIX D Turbo product Code Performance................................147

Chapter 16 APPENDIX E DVB-S2 Theoretical Performance .................................160

9

AMT-70/AMT-73/AMT-75 Installation and Operation

LIST OF FIGURES

FIGURE 1: THE AMT-7X FAMILY ..............................................................................................................30

FIGURE 2: AMT-70 FAMILY: PRODUCTS CONFIGURATION OPTIONS..........................................................33

FIGURE 3: RACK MOUNT SUPPORT KIT.....................................................................................................39

FIGURE 4: BUC CONTROL COMMANDS....................................................................................................41

FIGURE 5: FEC / MODE / RATE CONFIGURATION CHART.......................................................................46

FIGURE 6: ALLOCATED BANDWIDTH AND EB/NO FOR VITERBI AND VITERBI + REED SOLOMON...................47

FIGURE 7: FUNCTIONAL BLOCK DIAGRAM OF AMT-70/73L MODEM ..........................................................51

FIGURE 8: AMT-70L OR AMT-73L LOOPBACK CABLE ASSEMBLY...........................................................57

FIGURE 9: PARAMETER CHANGES IN TEST MODE .....................................................................................58

FIGURE 10: MODEM COMMANDS QUICK START GUIDE..............................................................................59

FIGURE 11: THE AMT-70 FRONT PANEL..................................................................................................61

FIGURE 12: THE AMT-73L ACTIVE FRONT PANEL ...................................................................................61

FIGURE 13: THE AMT-73L FRONT PANEL LEDS.....................................................................................62

FIGURE 14: KEYPAD BUTTONS AND THEIR USAGE. ...................................................................................63

FIGURE 15: FRONT PANEL DISPLAY TX (TRANSMIT) MENU.......................................................................66

FIGURE 16: FRONT PANEL DISPLAY RX (TRANSMIT) MENU.......................................................................68

FIGURE 17: FRONT PANEL DISPLAY INTERFACE MENU.........................................................................70

FIGURE 18: FRONT PANEL DISPLAY MONITOR MENU.............................................................................71

FIGURE 19: FRONT PANEL DISPLAY FUNC (FUNCTION) MENU. ................................................................76

FIGURE 20: ACCEPTABLE PARAMETERS FOR FEC TYPE...........................................................................80

FIGURE 21: BOOTING THE MODEM............................................................................................................83

FIGURE 22: LOGIN TO THE MODEM IN COMMAND LINE MODE (CLI)............................................................83

FIGURE 23: CHANGING THE SECURITY CODE (PASSWORD).......................................................................84

FIGURE 24: LISTING THE MODEM COMMAND SET.......................................................................................85

FIGURE 25: MODEM SHELL FUNCTION KEYS..............................................................................................85

FIGURE 26: USING THE COMMAND COMPLETION MODE..............................................................................86

FIGURE 27: USING THE COMMAND COMPLETION MODE (PART #2)..............................................................86

FIGURE 28: SCHEDULING MONOTONIC COMMANDS....................................................................................87

FIGURE 29: CLI COMMAND SET FOR RS-485. .........................................................................................87

FIGURE 30: CONFIGURING THE TX NETWORK ADDRESS............................................................................88

FIGURE 31: CONFIGURING THE RX NETWORK ADDRESS ...........................................................................88

FIGURE 32: CONFIGURING THE STATIC ROUTING TABLES...........................................................................89

FIGURE 33: LOGIN USING TELNET............................................................................................................89

FIGURE 34: DOWNLOADING SOFTWARE USING FTP..................................................................................90

FIGURE 35: THE MODEM LOG EVENTS.......................................................................................................93

FIGURE 36: THE REDUNDANCY SYSTEM LOG EVENTS ................................................................................94

FIGURE 37: AMT70 COMMAND SYNTAX ...................................................................................................96

FIGURE 38: AMT-70 STANDARD (L-BAND OR 70 MHZ) CONFIGURATIONS................................................96

FIGURE 39: MONITOR SPECIFICS COMMANDS...........................................................................................98

FIGURE 40: DEMODULATOR SPECIFIC COMMANDS....................................................................................99

FIGURE 41: MONITOR COMMANDS SUMMARY.........................................................................................100

FIGURE 42: RS530 + 1*HSSI COMMANDS SUMMARY............................................................................102

FIGURE 43: 3*HSSI COMMANDS SUMMARY ...........................................................................................103

FIGURE 43: BACK PANEL CONNECTORS FOR AMT-70............................................................................106

FIGURE 44: BACK PANEL CONNECTORS FOR AMT-73L .........................................................................107

FIGURE 45: TS-422/RS-449 TO RS-530 ADAPTER CABLE PIN-OUT......................................................107

FIGURE 46: RS-422/RS-449 TO RS-530 Y-CABLE PIN-OUTS ...............................................................108

FIGURE 47: RS-530 DATA INTERFACE PIN-OUTS...................................................................................109

FIGURE 48: HSSI DATA INTERFACE PIN-OUTS.......................................................................................110

10

FIGURE 49: ETHERNET RJ-45 CONNECTOR PIN-OUTS ...........................................................................110

AMT-70/AMT-73/AMT-75 Installation and Operation

FIGURE 50: RS-232 CONNECTOR PIN-OUTS..........................................................................................111

FIGURE 51: RS-232 NULL MODEM CONNECTOR PIN-OUTS ....................................................................111

FIGURE 52: RS-485 CONNECTORS PIN-OUTS........................................................................................112

FIGURE 53: EIA/TIA-449 CONNECTOR PIN-OUTS..................................................................................112

FIGURE 54: CABLE PIN-OUTS BETWEEN AMT-70 AND ADVANTECHAMT C & KU BAND...........................113

FIGURE 55: PIN-OUTS FOR ALARM CONNECTOR .....................................................................................114

FIGURE 56: DB15-DB15-REDUNDANCY SWITCH ADAPTER CABLE PIN-OUTS.........................................115

FIGURE 57: ETPC CODE RATES AND EB/NO VALUES.............................................................................119

FIGURE 58: TEST DIAGRAM FOR SSPB AND LNB ..................................................................................121

FIGURE 59: REDUNDANCY CONNECTIONS: ASI INTERFACE AS DATA INPUT.............................................123

FIGURE 60: RS-530 / HSSI REDUNDANCY SYSTEM CONNECTION OVERVIEW ..........................................125

FIGURE 61: 1:1 REDUNDANCY SHELF CONNECTIONS REAR-VIEW. RS-530 AND BNC CONNECTIONS SHOWN

.....................................................................................................................................................126

FIGURE 62: 1:1 REDUNDANCY SHELF CONNECTIONS REAR-VIEW. HSSI AND BNC CONNECTIONS SHOWN126

FIGURE 63: 1-1 REDUNDANCY CONTROLLER (R5-530/HSSI ONLY) FRONT PANEL .................................127

FIGURE 64: AMT-70/73 REDUNDANCY COMMANDS ...............................................................................128

FIGURE 65: REDUNDANCY FAULT MASK REGISTER ................................................................................129

FIGURE 66: TYPICAL AMT-70 CABLING INSTALLATION............................................................................132

FIGURE 67: INSTALLATION USING 70 MHZ INPUTS..................................................................................132

FIGURE 68: POWER LOSS IN LMR-600 CABLE VERSUS CABLE LENGTH .................................................133

FIGURE 69: QSSK (S+N) CONVERSION CHART.....................................................................................141

FIGURE 70: 8PSK (S+N) CONVERSION CHART......................................................................................142

FIGURE 71: 16QAM (S+N)/N CONVERSION CHART...............................................................................143

FIGURE 72: EMBEDDED ROUTER SUPPORT ............................................................................................144

FIGURE 73: AMT-70/73L REAR PANEL EQUIPPED WITH AERO OPTION ..................................................144

FIGURE 74: QPSK AT 96KBPS AT –100DBM / HZ ..................................................................................147

FIGURE 75: QPSK AT 256KBPS AT –104DBM/HZ INPUT POWER ............................................................148

FIGURE 76: QPSK 3MBPS AT –104DBM/HZ INPUT POWER ...................................................................149

FIGURE 77: QPSK AT 10MBPS AT –104DBM/HZ INPUT POWER .............................................................150

FIGURE 78: QPSK AT 35MBPS AT –104DBM/HZ INPUT POWER .............................................................151

FIGURE 79: 8PSK AT 150KBPS AT –104DBM/HZ INPUT POWER .............................................................152

FIGURE 80: 8PSK AT 400KBPS AT –104DBM/HZ INPUT POWER .............................................................153

FIGURE 81: 8PSK AT 16MBPS AT –104DBM/HZ INPUT POWER ..............................................................154

FIGURE 82: 8PSK AT 55MBPS AT –104DBM/HZ INPUT POWER ..............................................................155

FIGURE 83: 16QAM AT 512KBPS AT –104DBM/HZ INPUT POWER..........................................................156

FIGURE 84: 16QAM AT 6MBPS AT –104DBM/HZ INPUT POWER .............................................................157

FIGURE 85: 16QAM AT 20MBPS AT –104DBM/HZ INPUT POWER ...........................................................158

FIGURE 86: 16QAM AT 70MBPS AT –104DBM/HZ INPUT POWER ...........................................................159

FIGURE 87: DVB-S2 THEORETICAL PERFORMANCE FIGURES .................................................................160

11

AMT-70/AMT-73/AMT-75 Installation and Operation

TABLE OF DEFINITIONS

16QAM ............................................................................................16 Quadrature Amplitude Modulation

8PSK .........................................................................................................................8 Phase-shift Keying

ASI............................................................................................................. Asynchronous Serial Interface

BPSK................................................................................................................ Binary Phase-shift Keying

BDC....................................................................................................................... Block Down-Converter

BER ......................................................................................................................................Bit Error Rate

BUC............................................................................................................................ Block Up-Converter

C-Band ............................................................................ITU-defined frequency band (5.250-5.925GHz)

CRC................................................................................................................. Cyclic Redundancy Check

DCE......................................................................................................Data Communications Equipment

DTE ...................................................................................................................Data Terminal Equipment

DVB ................................................................................................................. Digital Video Broadcasting

eTPC .....................................................................................................Enhanced Turbo Product Coding

ETSI ..........................................................................

European Telecommunications Standards Institute

FCC .............................................................................................. Federal Communications Commission

FEC ....................................................................................................................Forward Error Correction

FTP.......................................................................................................................... File Transfer Protocol

HSSI .............................................................................................................. High-Speed Serial Interface

IEEE ............................................................................... Institute of Electrical and Electronics Engineers

IBS.................................................................................................Intelsat Business Services (IESS-309)

IDR .................................................................................................... Intermediate Data Rate (IESS-308)

IESS ......................................................................................................... Intelsat Earth Station Standard

IETF........................................................................................................ Internet Engineering Task Force

IF ..........................................................................................................................Intermediate Frequency

Ku-Band ............................................. ITU-defined frequency band (13.40-14.00GHz, 15.70-17.70GHz)

L-Band.......................... ITU-defined frequency band (1.215-1.400GHz, extended to 0.9500-2.150GHz)

LCD .........................................................................................................................Liquid Crystal Display

LED ........................................................................................................................... Light Emitting Diode

LNA ............................................................................................................................Low-Noise Amplifier

LNB ................................................................................................... Low-Noise Block (Down) Converter

M&C ......................................................................................................................Management & Control

MIB ........................................................................................................... Management Information Base

MPEG........................................................................................................... Motion Picture Expert Group

QPSK ....................................................................................................... Quadrature Phase-shift Keying

OQPSK...........................................................................................Offset Quadrature Phase-shift Keying

PLO .................................................................................................................... Phase-Locked Oscillator

PTCM ............................................................................................... Pragmatic Trellis Coded Modulation

RF................................................................................................................................... Radio Frequency

RFC ..................................................................................... Request For Comment (an IETF “standard”)

RS ......................................................................................................................................Reed-Solomon

RSV ........................................................................................................................ Reed-Solomon-Viterbi

RU ................................................................................................................... Rack Unit (19”W x 1.75”H)

RX .................................................................................................................................................Receive

SNMP ...........................................................................................Simple Network Management Protocol

SCPC ............................................................................................................. Single Carrier Per Channel

SSPB....................................................................................................... Solid-State Block Up-Converter

TCP/IP............................................................................Transmission Control Protocol/Internet Protocol

TPC ........................................................................................................................ Turbo Product Coding

12

TX.................................................................................................................................................Transmit

AMT-70/AMT-73/AMT-75 Installation and Operation

SAFETY NOTICE

FCC Warning

This equipment generates, uses and can radiate radio frequency energy, and, if not installed in

accordance with the instructions contained herein, may cause interference to radio communications.

It has been tested and found to comply with the limits for a Class A computing device pursuant to

Subpart J of Part 15 of the Federal Communications Commission rules, which are designed to

provide reasonable protection against such interference, when operating in a commercial

environment.

Operation of this equipment in a residential area is likely to cause interference. In this case, the user

is required to take whatever measures are necessary to correct the interference at the user’s

expense.

If radio frequency interference is encountered after the installation of this equipment, corrective

measures are required to reduce the interference. Information on recommended measures can be

obtained from the manufacturer.

English/German/French Warnings:

English Text (UL/CSA) German Text (VDE/TUV) French Text

WARNING WARNUNG AVERTISSEMENT

Only qualified technicians

should have access to this

unit.

Der Zugang ins Innere des

Gerätes ist nur einem fachlich

qualifizierten Techniker gestattet.

Seulement des spécialistes

qualifiés devrait avoir accès à cet

appareil.

1. To ensure adequate cooling

of the equipment, a 2.0-inch

unobstructed space must be

provided around all sides of

the unit.

1. Um die Kühlung des Gerätes

nicht zu beeinträchtigen, ist es

notwendig, an allen Seiten des

Gerätes ca. 5 cm Raum zu

lassen.

1. Afin de ne pas nuire au

processus de refroidissement, il

est nécessaire de laisser un

espace d’environ 5 cm de chaque

côté de l’appareil.

2. The AC Power Socket shall

be installed near the

equipment and shall be easily

accessible.

2. Stellen Sie das Gerät in der

Nähe eines geerdeten

Schutzkontaktsteckers so auf,

dass der Stecker leicht

erreichbar und zugänglich ist.

2. Placez l’appareil près d’une

prise de courant facilement

accessible.

3. Remove power plug from

the power socket before

performing any service work

on the unit!

3. Vorm Öffnen des Gerätes

muss der Netzstecker vom

Stromnetz getrennt werden!

3. Débranchez l’appareil avant de

l’ouvrir.

Caution

Only factory authorized service personnel should perform Service on this unit. Failure to observe

this warning can result in malfunction to the unit as well as electrocution to personnel.

Avertissement

Cet appareil ne peut être examiné ou réparé que par un employé autorisé du fabricant. Si cette

consigne n’est pas respectée, il y a risque de panne et/ou d’électrocution.

Vorsich

13

Dieses Gerät darf nur durch das bevollmächtigte Kundendienstpersonal der Fabrik instandgehalten

werden. Die Nichtbeachtung dieser Vorschrift kann zu Fehlfunktionen des Gerätes führen und das

Personal durch Stromschläge gefährden.

AMT-70/AMT-73/AMT-75 Installation and Operation

WARRANTY AND SERVICE

AdvantechAMT warrants to the Purchaser that the Products and any Repaired Products (Repairs)

will be free from defects in material and workmanship for a period of two years from the date of

shipment to the Purchaser.

AdvantechAMT‘s

obligation under this warranty is limited to replacing or repairing, at

AdvantechAMT's option, Products or Repairs found by AdvantechAMT to be defective within the

warranty period. All such replacements and repairs shall be performed at facilities designated by

AdvantechAMT and shall be performed only after the customer has received a Return Material

Authorization (RMA) number from AdvantechAMT and has returned the Product to AdvantechAMT,

shipping and insurance prepaid by Purchaser.

The returned Product must be accompanied by the customer's name, address and telephone

number, the model and serial number of the Product, a statement of the purchase date and a

detailed description of the problem. Products and Repairs returned by Purchaser shall be repaired

by AdvantechAMT using new or refurbished parts and shall be returned to Purchaser by

AdvantechAMT, shipping prepaid by AdvantechAMT.

This warranty shall immediately become null and void if, in AdvantechAMT's sole judgment, the

Product has been subject to unauthorized modification, misuse, abuse, neglect, accident, improper

installation or application, alteration or neglect in use, storage, transportation or handling, or if the

serial number and/or other Product markings have been removed, defaced or altered.

AdvantechAMT may, at its discretion, perform out-of-warranty repairs at AdvantechAMT facilities in

exchange of customary charges, or offer a written agreement extending the terms of this warranty at

a price stated in such agreement. All repairs performed out of warranty or pursuant to an extended

warranty agreement shall be subject to all of the applicable limitations and procedures of this

Agreement.

The above warranties are in lieu of all other warranties, expressed, implied, or statutory or arising by

custom of trade usage, including any warranty of merchantability of fitness for any unique, special or

express purpose, and of all other obligations of liabilities whether in contract, tort or otherwise

including, without limitation, liability for damages (whether general or special, direct or indirect,

consequential, incidental, exemplary) or any claim for the loss of profits or business or for damage

to goodwill.

14

AMT-70/AMT-73/AMT-75 Installation and Operation

EXTENDED WARRANTY OPTIONS

Please contact Customer Service or your reseller for information on optional extended warranties.

SERVICE

Support functions provided by AdvantechAMT's Customer Service include complete factory repair

for both in-warranty and out-of-warranty equipment.

In the U.S.A., call AdvantechAMT at 1-(480)-784-4646 for Customer Support. In Canada, you can

call at 1-(514)-420-0045 and in Europe, contact at 44-(1480)-357-600. In all other countries,

contact your local AdvantechAMT distributor or reseller.

A Customer Service engineer will answer warranty-related questions, discuss your specific

equipment problems, and when necessary, give you shipping instructions for returning equipment to

AdvantechAMT for repair.

To return a Product for service or repair, you must obtain a RMA number from AdvantechAMT's

Customer Service.

The following information is required:

 Customer name, address, telephone number

 Model number

 Serial number

 Detailed description of problem

All customer-returned units must be shipped to AdvantechAMT freight prepaid, in the original carton

or equivalent. AdvantechAMT is not responsible for damage in transit.

All repairs will require return of the entire equipment to AdvantechAMT. No individual modules will

be accepted for repair under this contract.

15

AMT-70/AMT-73/AMT-75 Installation and Operation

TECHNICAL SPECIFICATIONS (AMT-70)

16

DESCRIPTION SPECIFICATION

MODULATOR

Data Rate 16 Kbps to 140 Mbps

Data Rate Options 16kbps to 10Mbps, 20Mbps, 52Mbps and 140Mbps

Symbol Rate 32 KSymbol to 40 MSymbol

Data Interfaces RS 530 / V35 (standard)

ASI (optional)

Single HSSI interface(standard)

Triple HSSI (optional)

Ethernet 10/100BaseT (optional)

G.703 (optional)

1 to 8 X E1/T1 (optional)

Local / Remote Monitor & Control Interfaces 9 pin D-sub (F) for RS-232 Serial interface

9 pin /d-sub (F) for RS-485 Serial interface (Terminal mode and packet

protocol mode)

15 pin D-sub (F) for Alarm interface (switch-over contact)

RJ-45 10/100BaseT Ethernet

Data Connector 25 pin, D-sub (F), standard for RS530 Data interface

BNC (F) - 75  for ASI and E3/T3 G.703 interfaces

50 pin SCSI-2 connector (F) for HSSI Data

RJ-45 for Ethernet option and for balanced bi-directional E1/T1 interface

with Octal E1/T1 card

Data Clock Source Modulator will be defined as Data Communications Equipment (DCE)

Modulation Type & FEC Rate

Note:

Refer to 9.3

for Turbo Code Rates.

Continuous Wave (CW)

BPSK:

Intelsat 1/2,3/4,7/8 Viterbi

DVB 1/2, 2/3, 3/4, 5/6, 7/8 Viterbi with RS (204,188) Outer Code, Optional

eTPC Rate 2/5 ,3/5, 3/4, 4/5,7/8, 8/9, 19/20, Optional

QPSK / OQPSK:

Intelsat 1/2, 3/4, 7/8

Selectable Intelsat (219,201) or RS (126,112) Outer Code

DVB 1/2, 2/3, 3/4, 5/6, 7/8 with RS (204,188), Optional

eTPC Rate 2/5, 3/5, 3/4, 4/5, 7/8, 8/9, 19/20, Optional

8PSK:

Intelsat IESS-310 2/3 PTCM Inner code

Selectable Intelsat (219,201) or RS (126,112) Outer Code

DVB-DSNG PTCM Rate 2/3, 5/6, 8/9 with RS(204,188), Optional

eTPC Rate 3/5,3/4, 4/5, 7/8, 8/9, 19/20, Optional

16QAM:

DVB-DSNG PTCM Rate 3/4, 7/8 with RS(204,188) code

eTPC Rate 3/4, 4/5, 7/8, 8/9, 19/20, Optional

Modulation Roll-Off Factor 12% to 35% with 1% resolution

AMT-70/AMT-73/AMT-75 Installation and Operation

DESCRIPTION SPECIFICATION

17

Configurable Forward Error Correction

Rate 1/2, 2/3, 3/4, 5/6 and 7/8 convolutional encoding K=7.

Optional: Reed Solomon outer (based on DVB-S/ DVB-DSNG standards)

with convolutional inner coding or

Enhanced Turbo code rate range: between 0.448 and 0.914

(see 9.1 for details).

Intelsat FEC rates from 16kbps to 60 Mbps (8PSK)

DVB compliant rates from 64kbps to 110 Mbps

Turbo data rates from 64kbps to 140 Mbps

RF Output Connector N-type, (F) for L-Band

Optional: CPR137 contact

Impedance: 50 

Return Loss: ≥10 dB

RF Output Frequency L-Band: 950 to 1750 MHz, option to 2000MHz, variable in 100 Hz steps

Optional C-Band: 5.850 to 6.425 GHz, variable in 100 Hz steps

RF Output Power Range: 0 to -25 dBm, adjustable in 0.10 dB increments

Accuracy: ± 0.5 dB

Temp Stability: ± 0.25 dB

Equipment Reference Frequency & Phase

Noise

Reference Frequency: 10 MHz

External Ref Level: 0 dBm ± 2 dB

Internal Freq Stability: Stratum-1 (0.15 ppm due to all sources)

BUC Supply 24V or 48V DC (Optional)

DEMODULATOR

Data Rate 16 Kbps to 140 Mbps, variable

Data Rate Options 16kbps to 10Mbps, 20Mbps, 52Mbps and 140Mbps

Symbol Rate 32 KSymbol to 40 MSymbol

Data Scrambling Polynomial Intelsat V.35 or Intelsat Synchronous or DVB Compliant

Demodulator Type & FEC Rate

Note:

Refer to 9.3

for Turbo Code Rates.

BPSK:

Intelsat 1/2,3/4,7/8

DVB 1/2, 2/3, 3/4, 5/6, 7/8 with RS (204,188) Outer Code

eTPC Rate 2/5 ,3/5, 3/4, 4/5, 7/8, 8/9, 19/20

QPSK / OQPSK:

Intelsat 1/2, 3/4, 7/8

Selectable Intelsat (219,201) or RS (126,112) Outer Code, Optional

DVB 1/2, 2/3, 3/4, 5/6, 7/8 with RS (204,188), Optional

eTPC Rate 2/5, 3/5, 3/4, 4/5, 7/8, 8/9, 19/20, Optional

8PSK:

Intelsat IESS310 2/3 PTCM Inner code

Selectable Intelsat (219,201) or RS (126,112) Outer Code, Optional

DVB-DSNG PTCM Rate 2/3, 5/6, 8/9 with RS(204,188), Optional

eTPC Rate 3/5, 3/4, 4/5, 7/8, 8/9, 19/20, Optional

16QAM:

DVB-DSNG PTCM Rate 3/4, 7/8 with RS(204,188) code, Optional

eTPC Rate 3/4, 4/5, 7/8, 8/9, 19/20, Optional

IF Input (Option) 2 x BNC, (F) for 70 MHz / 140 MHz

Impedance: 50 

Return Loss: ≥10 dB

AMT-70/AMT-73/AMT-75 Installation and Operation

DESCRIPTION SPECIFICATION

18

RF Input (See A.2.7 for Input Power versus

Symbol Rate)

2 x F-type, (F) for 950MHz to 2150MHz

Impedance: 75 

Return Loss: ≥9 dB

Input Level: 10Log (Symbol Rate) -100 dBm, +

12 dB

Maximum Composite Input Power: -20dBm

Typical L-Band Phase Noise (at 2GHz)

-60 dBc/Hz at 10 Hz

-70 dBc/Hz at 100 Hz

-80 dBc/Hz at 1 kHz

-90 dBc/Hz at 10 kHz

-98 dBc/Hz at 100 kHz

BER Performance and Channel Spacing Refer to

Figure 6 for Viterbi and Viterbi with Reed Solomon FEC.

Refer to Chapter 9 for eTPC FEC and Chapter 15

LNB Supply Voltage 13V or 18V switchable

450 mA maximum

LNB Signals 22 kHz switching tone available

10 MHz reference output (nominal 0.5V p-p)

DATA & MANAGEMENT INTERFACES

Monitoring & Control (M&C) Front Panel: as standard

External M&C Interface: 10/100Base-T, RS-232, RS-485, SNMP (future

option)

Configuration Parameter Storage: NVRAM

Data Interfaces RS 530 / V35 (standard)

ASI (optional)

Single HSSI interface (standard)

Triple HSSI interface (optional)

Ethernet 10/100 Base-T (optional)

G.703 (optional)

Nx T1/E1(optional)

Receiver ASI Interface Encoded Line Rate: 270 MSymbol ± 100 ppm

Min Sensitivity (D21.5 idle pattern): 200 mV

Max Input Voltage: 880 mV p-p

Discrete Connector Return Loss: ≥15 dB

Max. Distance: 150 m

PHYSICAL SPECIFICATIONS

Physical Dimensions The AMT-70 is a rack-mountable 1RU EIA chassis.

Height: 4.4 cm (1.75")

Width: 43.2 cm (17") without ears and 48.26cm (19”) with ears

Depth: 40.6 cm (16")

Weight: 11 lb (5 kg) maximum

Power AC (DC Optional) AC: Auto sensing 95-265 VAC, 50/60 Hz

DC: 48 VDC (+32 to +72 VDC)

Typical Power Dissipation:

45 W without LNB/BUC power supply

60 W when powering LNB/BDC

150 W when powering BUC and LNB/BDC

Environmental

Operating Temperature: 0°C to 45°C (32°F to 122°F)

Storage Temperature: -25

o

C to 85

o

C (-13

o

F to 185

o

F)

Relative Humidity: up to 90% non-condensing, operating; up to 95% non-

condensing, storage

Altitude: Up to 10,000 ft (3,045 m) operating; to 40,000 ft

(12,180 m) during transit

AMT-70/AMT-73/AMT-75 Installation and Operation

TECHNICAL SPECIFICATIONS (AMT-73L)

19

DESCRIPTION SPECIFICATION

MODULATOR

Data Rate (mandatory)

BPSK

QPSK/OQPSK

8PSK/TCM

8PSK/16QAM

64 Kbps to 8472 kbps

64 kbps to 20,000 kbps

1,544 kbps to 51,840 kbps

Up to 52 Mbps using eTPC and HSSI interface

Up to 110Mbps in optional 16QAM Turbo mode

Data Rate Options available 16kbps to 10Mbps, 20Mbps, 52Mbps and 140Mbps

Symbol Rate 32 KSymbol to 40 MSymbol

Data and Clock Interfaces EIA/TIA 449 with MIL-STD-188-114

Single HSSI interface

10/100 Base-T Ethernet data interface (optional)

Data Connectors 37 pin, D-sub (F), standard for EIA/TIA 449 Data interface

25 pin, D-sub (F), optional for RS530 Data interface

50 pin SCSI-2 connector (F) for HSSI Data

RJ-45 for Ethernet option

Data Clock Source Internal or External (internal clock to be extracted from data, with up to 50

consecutive 1s or 0s, which occurs no more than once in 10 kbits, and data is

within 100 ppm)

Data and Clock Timing Jitter, Input Max of 10% of bit period

Demand Clock

Accuracy

Distortion

1 x 10

-7

Stability 1 hr after warm-up

1 x 10

-8

Stability/day (accuracy shall conform to external reference w/o warm-up)

Per EIA-334, or 5 nanoseconds, whichever is greater

Data Scrambling Modes No Scrambling

IESS-308; IESS-309; IESS-310

OM-73(V)/G (BPSK, QPSK and OQPSK)

Differential Encoding Modes Off; per IESS-308/309/310; special per MIL-STD-188-165A for BPSK/OQPSK

Local / Remote Monitor & Control Interfaces 9 pin D-sub (F) for RS-232 Serial interfaces

15 pin D-sub (F) for Alarm interface (switch-over contact)

Modulation Type & FEC Rate

Continuous Wave (CW)

BPSK:

Intelsat 1/2,3/4,7/8 Viterbi

DVB 1/2, 2/3, 3/4, 5/6, 7/8 Viterbi with RS (204,188) Outer Code, Optional

eTPC Rate 2/5 ,3/5, 3/4, 4/5, 7/8, 8/9, 19/20 (refer to Chapter 9)

QPSK / OQPSK:

Intelsat 1/2, 3/4, 7/8

Selectable Intelsat (219,201) for data rates  512 kbps or RS (126,112) Outer

Code (QPSK only) for data rates  512 kbps

DVB 1/2, 2/3, 3/4, 5/6, 7/8 with RS (204,188), Optional

eTPC Rate 2/5, 3/5, 3/4, 4/5, 7/8, 8/9, 19/20, (refer to Chapter 9)

8PSK:

Intelsat IESS-310 2/3 PTCM Inner code

Selectable Intelsat (219,201) or RS (126,112) Outer Code

DVB-DSNG PTCM Rate 2/3, 5/6, 8/9 with RS(204,188), Optional

eTPC Rate 3/5,3/4, 4/5, 7/8, 8/9, 19/20, (refer to Chapter 9)

16QAM, Optional:

DVB-DSNG PTCM Rate 3/4, 7/8 with RS(204,188) code

eTPC Rate 3/4, 4/5, 7/8, 8/9, 19/20 (refer to Chapter 9)

Modulation Roll-Off Factor 23% Alpha Raised Cosine Filter to MIL-188-165A standard

Modulation Timing Jitter < 3% peak of modulation symbol period

AMT-70/AMT-73/AMT-75 Installation and Operation

DESCRIPTION SPECIFICATION

20

Modulation Phase Error < 2

o

Configurable Forward Error Correction Rate 1/2, 2/3, 3/4, 5/6 and 7/8 convolutional encoding K=7.

Optional: Reed Solomon outer (based on DVB-S/DVB-DSNG standards)

with convolutional inner coding or

Enhanced Turbo code rate range: between 0.448 and 0.914 (see Chapter 9).

Intelsat FEC rates from 16kbps to 52 Mbps (8PSK)

DVB compliant rates from 64kbps to 110 Mbps

Turbo data rates from 64 kbps to 140 Mbps

RF Output Connector TNC (f) Connector, labeled as J1

Impedance: 50 

Return Loss: ≥14 dB, 950-1750 MHz; ≥10 dB, 1000-2000 MHz

RF Output Frequency L-Band: 950 to 2000 MHz, variable in 100 Hz steps

Stability: 1 x 10

-8

per day

Frequency Stability: 1 x 10

-7

after 1 hr warm-up internal; 1 x 10

-7

w/o warm-up,

external

Group Delay Variation Per MIL-STD 188-165A requirements

Spectral Inversion No Inversion. Modulation spectral inversion is programmable.

Phase Noise Integrated Single sideband from 10 Hz to 100 MHz: 2.8

o

RMS

Max Output Phase Noise (by offset):

-42 dBc/Hz at 10 Hz

-72 dBc/Hz at 100 Hz

-82 dBc/Hz at 1 kHz

-92 dBc/Hz at 10 kHz

-102 dBc/Hz at 100 kHz

-112 dBc/Hz at 1 MHz

-122 dBc/Hz at 10 to 100 MHz

Phase Perturbation Linear phase: <20

o

in 0.2 seconds under following conditions:

Temperature: Rate of change shall be 22

o

/Hr

Vibration: Between 50-2,000 Hz with constant input acceleration of 1.5 gf/Hr.

Shock: Impact of test hammer of 1 lb. attached to 8” arm through vertical plane;

striking face covered with ½” open cell sponge rubber with the following:

Density: 0.027 lbs/cubic inch

Compression Deflection: 7-14 lb/sq in for 25% deflection

Swing: Free swing through 90

o

arc – impact enclosure at bottom of swing

RF Output Power Range: 0 to -25 dBm, adjustable in 0.10 dB increments, monotonic transitions

w/o burst errors

Accuracy: ± 0.5 dB

Temp Stability: ± 0.25 dB

Off Condition: -60 dBm in any 3 MHz B/W from 0-4000 MHz

RF Output Spurious -51 dBc > 64 kbps; -46 dBc  64 kbps (optional)

RF Output Harmonics  -60 dBc up to 12

th

harmonic or 4 GHz, whichever is greater

Modulator to Demodulator Isolation Contribution < 0.2 dB @10

-5

BER over any Tx freq/pwr level from Tx off

Equipment Reference Frequency

& Phase Noise, Internal

Reference Frequency: 10 MHz

External Ref Level: 0 dBm ± 2 dB

Internal Freq Stability: Stratum-1 (0.15 ppm due to all sources)

Max External Reference Phase Noise (by offset):

-115 dBc/Hz at 10 Hz

-135 dBc/Hz at 100 Hz

-148 dBc/Hz at 1 kHz

-150 dBc/Hz at 10 kHz

-160 dBc/Hz at 100 kHz

DEMODULATOR

RF Input Connector Connector: TNC (f), labeled as J2

Impedance: 50 

Return Loss: ≥14 dB, 950-1750 MHz; ≥10 dB, 1000-2000 MHz

RF Input 950 MHz to 2000 MHz (min) / 100 Hz step size

RF Noise Figure 9 dB typical; 12 dB at maximum AGC gain

RF Frequency Uncertainty, Min. +30 kHz including Doppler offset

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