Newtec MDM9000 - Page 337

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R3.2_v1.0

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Appendix - Overview of the Used Technologies

MDM9000 Satellite Modem

Newtec S2 Extensions

DVB-S2X

• Closed Networks

• Security by Obscurity

• High Efficiency

• Lower Capital Expenditures (CAPEX)

Typical Applications

• (Contribution)

• IP Trunking

• IP Backhaul

• VSAT return links.

• Open Networks

• Interoperability

• Highest Efficiency

• Premium Value

Typical Applications

• Government and Defense

• Contribution

• Distribution

• Exchange

Main Page

Table of Contents2
Copyright13
EU Compliancy Statements14
Radio and Telecommunications Terminal Equipment (R&TTE) Directive 1995/5/EC14
EMC Information15
Restriction of Hazardous Substances Directive (Rohs) (Directive 2011/65/EU)15
Registration, Evaluation and Authorization of Chemicals (REACH)16
WEEE - Waste Electrical and Electronic Equipment Directive17
Safety Regulations18
Environmental20
Rack Mounting Instructions20
Earth Ground21
Care Packs22
Options23
Feedback26
About this Manual27
Version History and Applicability27
Cautions and Symbols27
Related Documentation28
Introduction29
Efficiency at the Core29
Optimal Availability29
Flexibility and Scalability Matching Market Business Models30
Physical Description31
Front Panel Description31
Display31
Soft Buttons and Navigation Buttons32
Front Panel Management Interface32
USB Interface33
LED Status Indicators34
Back Panel Description35
Power Connector37
Earth Ground38
Craft Interface39
Alarm Interface40
Block Diagram42
Device Management43
Data Input and Output Interfaces43
BBF over IP in44
Encapsulation45
Modulator47
PRBS Generator47
L-Band TX or IF-Band TX Interfaces47
Demodulator48
L-Band RX a / L-Band RX B Input Interfaces49
BBF over IP out50
Decapsulation51
Getting Started52
Set the Management IP Address52
Set Date and Time53
Configure and Save54
Quick Configuration Templates55
Layer 2 Point to Point56
Layer 2 Point to Point ACM Enabled57
Layer 2 Point to Point ACM Enabled and In-Band Management58
Layer 3 Point to Point59
Layer 3 Point to Point ACM Enabled60
How to Manage the Device61
Management Model / Menu Tree61
Management Ethernet Interfaces63
Management IP Connectivity64
Ethernet Link Redundancy65
Graphical User Interface67
Opening the GUI67
User Profiles68
Guest Profile69
Operator Profile69
Expert Profile69
Switch User Profile70
Change a Password71
GUI Pane Description72
Overview Tab74
Detailed View of a Functional Block77
Tree View78
Alarms Pane79
Status Bar80
Colors Used in the GUI81
Parameters in the GUI83
Update or Configure Parameters in a Table85
Invalid Values86
The Front Panel87
Navigating through the Display87
Front Panel Buttons Description88
Root Menu Pane89
Tree Menu Pane90
Using the USB Port91
Example: Change the Access Level92
Example: Set the Input Frequency93
Example: Set the Output Frequency93
Example: Check the Alarms93
Command Line Interface (CLI)94
How to Access the CLI94
Open the CLI Using a Terminal Emulator96
Log in as Expert97
Show, Help and Context Sensitive Help98
Show98
Help99
Context Sensitive Help99
Navigate through the Branches of the Device100
Go into a Branch100
Move up One Level100
Return to the Main Branch101
Supported Key Presses in the CLI102
Displayed Units104
Get and Set Parameter Values104
Software Upgrade (CLI)105
Dynamic Tables106
Show Tables107
Change Parameters in a Table107
Add a New Row to a Table107
Delete a Row from a Table108
Snmp109
Consult the SNMP Mibs110
File Transfer Protocol (FTP)111
General Device Settings and Actions113
Access Control113
License File114
License Upgrade115
License Type116
Permanent License116
Fractional Licenses117
Configuration Settings118
Configuration File119
Active Configuration121
Saved Configuration121
Save a Configuration122
Import a Configuration123
Load a Configuration123
Export a Configuration124
Delete a Configuration125
Make a Configuration File Bootable126
Software Upgrade127
Software Upgrade Procedure127
Device Identification129
Logging129
Syslog Filter130
Export or Clear Logging131
Interpretation of a Device Log File131
Diagnostics Report132
Date and Time133
Device Monitoring135
Device Redundancy135
Reset the Device137
Alarm Handling138
Alarm Masking139
Alarm Configuration140
Clear Alarm Counters142
Control Plane143
Configure the Controle Plane146
Master IP146
Encapsulator Configuration147
Remote Terminals148
Configure the Terminals149
Monitoring150
Reference Clock150
Antenna Control Interface151
Configuration Table152
Monitor the Antenna Control Interface155
Antenna Control Interface Alarm Table156
Data Interfaces157
Data Ethernet Interfaces157
Data IP Connectivity158
Virtual IP Address159
IGMP Version160
Multicast Memberships161
Data Ethernet Link Redundancy162
BBF over IP in164
BBF over IP out168
L-Band RX a / L-Band RX B170
Feature Descriptions171
Modulator171
Modulation Mode172
Transmit173
Output Frequency and Output Band173
Roll-Off Factor and Occupied Bandwidth174
Spectrum Polarity176
Output Level176
Clock Output177
Carrier Modulation177
Amplitude Slope Equalizer179
Symbol Rate179
Stream Mode179
Measured Packet Count and Measured Bit Rate179
Standby Redundancy State180
Transmit Ctrl181
Impact of Alarms on the Transmission182
Allow Changes During Transmission183
Link Optimization184
Transponder Operation Mode184
Maximum S2 Ext MODCOD185
External Converter185
Modulation186
Physical and Baseband Layer Efficiency186
Physical Layer Scrambling186
Dummy PL Scrambler Mode187
Physical Layer Scrambler Signature187
Roll-Off Signaling188
DVB Carrier Identification189
Device Unique ID189
Device Variable Parameters189
How Does It Work190
What to Do When Interference Is Detected190
Equalink® 3191
PRBS Generator193
How to Monitor the Outgoing PRBS Bit Rate194
Reference Clock195
Demodulator196
Enable/Disable Demodulator197
Demodulation Mode197
Input Frequency198
Symbol Rate198
Acquisition Range198
Roll-Off Factor and Occupied Bandwidth198
Input Selection201
Physical Layer Scrambler Signature201
LNB Power Supply202
Transponder Operation Mode Demodulator203
Spectral Inversion204
Backup Carrier204
Configure the Backup Carrier206
Make the Backup Carrier Permanent207
Monitoring Parameters208
Reset MODCOD Statistics210
MODCOD Statistics210
External Converter212
Direct Spectrum213
Inverted Spectrum214
Flexacm215
Modcods in Satellite Communication216
Why ACM217
Flexacm in a Point to Point Setup220
Automatic Uplink Power Control221
AUPC Link Requirements221
Back Ground Information222
AUPC Approaches223
Beacon Based223
Simple Implementation of AUPC223
Improved AUPC Mechanism224
Aupc224
AUPC Configuration224
Gather All Block up Converter Specifications226
Configuration of the AUPC Controller226
AUPC Controller Monitoring Parameters230
Configure the AUPC Client231
AUPC Logging234
Device Redundancy236
DC BUC Power on L-Band TX238
Back Panel Description238
LED Behavior of the DC BUC Power for L-Band TX239
Set the DC BUC Power for L-Band TX240
Stream Encapsulation241
General Encapsulation Settings242
Carrier Settings245
Delay Control246
BBF Encapsulation248
BBF Encapsulation Isis249
BBF Encapsulation Channels251
Traffic Shaping254
Traffic Classification257
TS Encapsulation259
TS Encapsulation Isis260
TS Encapsulation Pids261
TS Encapsulation Channels262
Traffic Shaping263
Traffic Classification266
QOS Rule to Drop Incoming Traffic268
Stream Decapsulation270
Decapsulation General Settings270
Configure the TS Decapsulator272
Configure the TS Decapsulation Isis272
Configure the Pids Decapsulation273
Configure the Channels274
Monitoring275
Test Traffic Generator and Monitoring276
Test Traffic Generator276
Test Traffic Monitoring278
Transparent BBF over IP280
In-Band Remote Management282
How to Configure the In-Band Management Feature283
Hub Site283
Remote Site284
Example284
Configure the Hub Site285
Configure the Remote Site288
Bandwidth Cancellation289
Block Diagram290
Configuration and Monitoring Parameters291
Practical Use Case297
Configure the Hub Site298
Configure the Remote Site301
Layer 2 VLAN Termination303
Introduction303
Access VLAN Mechanism between Hub and Remote Sites304
Access VLAN Mechanism between Remote and Hub306
Configure AES Content Protection308
Content Protection309
Key Management309
Overview309
Key Management System Structure310
Key Sizes311
Use of Group Key311
Seamless Key Change311
Global Protection or Protection Per Stream312
Operation of AES313
AES Setup Global Encryption313
Setting a Global Key for the Transmission314
AES Content Protection Multi-Stream317
Multi-Stream Transmissions to Different Groups of Receivers317
Changing Keys Seamlessly318
Adding a Receiver to the Network318
Removing a Receiver from the Network319
Sending Protected Content Keys319
Creating Groups of Receivers319
Changing Group Keys319
Deleting Keys320
Generating Encrypted Content Keys321
128-Bit Keys322
64-Bit Keys323
Appendix - Alarm List324
Generic Alarms325
Ethernet Interface Alarms326
BBF over IP Alarms327
Modulator Alarms328
Reference Clock Alarms329
Demodulator Alarms330
Alarms: BUC Power Alarms331
Appendix - Overview of the Used Technologies332
DVB-S2, DVB-S2X and S2 Extensions332
DVB-S2 Standard332
DVB-S2X Standard334
S2 Extensions336
Noise and Distortion Estimator (Node)338
How Does Node Work338
Wideband340
Clean Channel Technology340
Appendix - Classification Expressions341
Layer 2 Examples344
Frequently Used Layer 2 Expressions344
Expression: All345
Expression: Layer 2 VLAN ID347
Expression: VLAN ID and Destination IP349
Layer 3 Examples351
Frequently Used Layer 3 Expressions351
Expression: Ip4 Dst Net 0.0.0.0/0352
Expression: Ip4 Dst 10.10.10.0/24354
Expression: Ip4 Dst Net 10.10.10.0/24 and Protocol Icmp356
Appendix - List of Weak 64-Bit Group Keys358
Appendix - Generic Stream Encapsulation359
GSE Header360
Appendix - Technical Specifications361
Input Interfaces361
Modulation and Demodulation361
Modulation Interfaces365
Demodulation Interfaces367
Internal 10 Mhz Reference Frequency368
Generic368
Physical368
Demodulation Performances369
DVB-S2 Performance369
DVB-S2 Performance (FER<1E-5) Normal Frames/Pilots off369
DVB-S2 Performance (FER<1E-5) Normal Frames/Pilots on370
DVB-S2 Performance (FER<1E-5) Short Frames/Pilots off371
DVB-S2 Performance (FER<1E-5) Short Frames/Pilots on372
DVB-S2X Performance373
DVB-S2X Performance (FER<1E-5) Normal Frames/Pilots off373
DVB-S2X Performance (FER<1E-5) Normal Frames/Pilots on376
DVB-S2X Performance (FER<1E-5) Short Frames/Pilots off379
DVB-S2X Performance (FER<1E-5) Short Frames/Pilots on381
Bandwidth Cancellation Performance383
Symmetrical383
Asymmterical385
Appendix - Back Panel Combinations389
Module 1389
Demodulator Input and Modulator Output Interface389
Mains Power Supply Units391
Module 2393

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Newtec MDM9000 - Page 337

Table of Contents

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