Comtech EF Data CDM-625 - F.4.2.4.1 ODU | Enable; Figure F-8. ODU

To Next Page

To Previous Page

CDM-625 Advanced Satellite Modem Revision 13

Appendix F MN-CDM625

F–43

F.4.2.4.1 ODU | Enable

Use this page to enable or disable communications with CSAT-5060 or KST-2000A/B ODUs for

70/140 MHz operation, or LPOD BUCs for L-Band operation (see Sect. F.4.2.1 Configuration |

BUC (Block Up Converter)).

Figure F-8. ODU | Enable page

ODU Comms

Use the drop-down list to select ODU operation as Disabled or Enabled, and then click [Submit].

If you encounter a communications issue – e.g., an ODU is either physically not present or the

ODU Comms cable is not connected to the CDM-625 – the following error page displays after

clicking [Submit]:

Take steps to troubleshoot the ODU setup before attempting to enable ODU operations from

this page. See the pertinent ODU Installation and Operation Manual for further information.

Main Page

Default Chapter1
- Installation and Operation Manual1
- Table of Contents7
Preface31
About this Manual31
- Reporting Comments or Suggestions Concerning this Manual31
Conventions and References31
- Patents and Trademarks31
- Warnings, Cautions, and Notes31
- Recommended Standard Designations32
- Metric Conversion32
Safety and Compliance32
- Electrical Safety and Compliance32
- Grounding32
- Electrical Installation33
- Battery33
- Fuses33
- Operating Environment34
- European Union Radio Equipment and Telecommunications Terminal Equipment (R&TTE) Directive (1999/5/EC) and en 301 489-134
Warranty Policy36
- Limitations of Warranty36
- Exclusive Remedies37
Getting Help38
- Contacting Comtech EF Data38
- Returning a Product for Upgrade or Repair39
Chapter 1. Introduction41
Overview41
- Figure 1-1. CDM-625 Advanced Satellite Modem41
Functional Description42
Features43
- Physical Description43
- Modem Compatibility43
- Ethernet/Ip Interface Compatibility44
- Verification44
- Updating Modem Firmware44
- Standard Data Interfaces45
- Optional Hardware and Accessories45
- Table 1-1. CDM-625 Optional Hardware and Accessories46
- Fully Accessible System Topology (FAST)47
Appendix B. E /N Measurement47
Appendix C. Fast Activation Procedure47
- Table 1-2. CDM-625 FAST and FAST-Accessible Hardware Options48
  - Supporting Hardware and Software50
  - 1.3.10 Physical Features51
Chapter 8. Automatic Uplink Power Control (Aupc)54
- Demodulator56
- Figure 1-5. Rx Carrier Level Vs. Symbol Rate - L-Band (950-2000 Mhz)60
- Figure 1-6. Rx Carrier Level Vs. Symbol Rate - if Band (50-180 Mhz)60
- Data Interfaces61
- Automatic Uplink Power Control (AUPC)62
- Doubletalk Carrier- In-Carrier62
- Framing Summary63
- Data Rate Ranges64
- Versafec Adaptive Coding and Modulation (ACM)69
- Miscellaneous70
- 1.4.10 Approvals70
Summary of Specifications54
- Modulator54
Chapter 2. Installation71
Unpacking and Inspecting the Shipment71
- Figure 2-1. Unpacking and Inspecting the CDM-62571
Installing into a Rack Enclosure72
- Figure 2-2. Installing the CDM-625 into a Rack Enclosure73
  - 2.2.1 Installing the Optional Rear-Mounting Support Brackets Kits74
  - Figure 2-3. Installing the Optional Rear-Mounting Support Brackets Kit74
Chapter 5. Front Panel Operation75
Configuring the CDM-62575
Selecting the Internal if Loop75
Connecting the External Cables75
Chapter 3. Rear Panel Connectors and Pinouts75
CDM-625 Rear Panel Overview77
- Figure 3-1. CDM-625 Rear Panel View77
CDM-625 Cable Connections78
- Table 3-1. CDM-625 Rear Panel Cabling Connections78
CDM-625 Ground and Power Connections91
- Figure 3-6. CDM-625 Chassis Ground Interface91
  - Standard 100V/240V Alternating Current (AC) Power Interface92
  - Optional 48V Direct Current (DC) Power Interface94
Chapter 4. Updating Firmware97
Updating Firmware Via Internet97
About Firmware Files, Naming, Versions, and Archive Formats97
Firmware Update Procedure99
- Getting Started: Preparing for the Firmware Download99
- Downloading and Extracting the Firmware Update101
- Executing the Ethernet FTP Upload Procedure103
- Introduction107
- Figure 5-1. CDM-625 Front Panel Features107
- LED Indicators108
- Keypad109
- Vacuum Fluorescent Display (VFD)110
  - Screen Saver110
  - Opening Screen110
    - Feature Availability/Operation Indicators Via the Opening Screen110
Chapter 10. Doubletalk Carrier-In-Carrier Option111
- SELECT: (Main) Menu112
- Figure 5-2. CDM-625 Principle Menu Tree (FW Ver. 2.3.1)113
- SELECT: Configuration Menus114
Chapter 14. Open Network Operations149
- CONFIG: Misc  Hirateesc149
- CONFIG: Misc  Stats (Statistics)150
- CONFIG: Misc  Warm-Up150
- CONFIG: Misc  MEO151
- CONFIG: Mask152
- Config: Ip156
- CONFIG: IP  Addresses156
- CONFIG: Remote (Remote Control)156
- SELECT: Test Menus173
- SELECT: TEST  Mode173
- SELECT: Monitor Menus177
- SELECT: Info (Information) Menus182
- SELECT: Store/Ld (Store/Load) Menus186
- SELECT: Utility Menus187
- SELECT: ODU Menus (Summary Only)192
- SELECT: FAST Menus193
Chapter 6. Ethernet-Based Remote Product Management199
- Introduction199
Ethernet Management Interface Protocols199
- Management Information Base (MIB) Files200
- SNMP Interface200
- SNMP Community Strings201
- SNMP Traps201
- Telnet Interface203
- Using the Telnet Interface for Remote Control Operation203
  - Using Hyperterminal for Telnet Remote Control Operation203
- Figure 6-1. CDM-625 Telnet Command Line Interface (CLI)205
- Using the Telnet Interface for Telnet Command Line Interface (CLI) Operation205
- User Login206
- Web Server (HTTP) Interface206
- Web Server Interface – Operational Features207
- Web Server Page Descriptions211
Chapter 19. Carrier ID (Metacarrier ® )250
- Configuration | D&I (Drop and Insert)252
- Figure 6-27. Configuration | D&I Page (Selected Framing Mode = D&I)252
- Configuration | BUC (Block up Converter)253
- Configuration | LNB (Low Noise Block down Converter)253
- Figure 6-28. Configuration | BUC Page253
- Figure 6-29. Configuration | LNB Page253
Chapter 16. Ethernet Network Configuration254
- Configuration | ANT (Advanced Network Timing) Pages254
- Status | Modem Logs | Base Modem259
  - Figure 6-34. Status | Modem Logs | Base Modem Page259
  - Status | Modem Logs | Packet Processor261
Viterbi279
- Introduction279
Chapter 7. Forward Error Correction Options280
Sequential280
- Table 7-1. Viterbi Decoding Summary280
Reed-Solomon Outer Codec281
- Closed Network Modes281
- Table 7-2. Sequential Decoding Summary281
- Open Network Modes282
Trellis Coding (FAST Option)282
- Table 7-3. Concatenated RS Coding Summary282
Turbo Product Codec (Hardware Option)283
- Table 7-4. 8-PSK/TCM Coding Summary283
TPC and Low Density Parity Check (LDPC) Coding284
- Introduction284
- Figure 7-1. TPC & LDPC Modes Performance (Relative to Shannon Limit)285
- LDPC Versus TPC285
- Table 7-5. Available TPC/ LDPC Modes286
- End-To-End Processing Delay288
- Table 7-7. TPC/LDPC Processing Delay Comparison288
- Table 7-8. TPC/LDPC Summary288
Versafec (Short-Block LDPC)289
- Table 7-9. the Versafec Modcod Set289
  - Figure 7-2. Versafec Codes Versus Shannon Capacity290
  - Versafec Extensions291
    - Extended CCM Codes291
Uncoded Operation (no FEC)292
- Figure 7-3. Viterbi Decoding294
- Figure 7-4. Viterbi with Concatenated R-S Outer Code295
- Figure 7-5. 8-PSK/TCM Rate 2/3 with and Without Concatenated RS Outer Code296
- Figure 7-6. Rate 3/4, Rate 7/8 16-QAM with Concatenated RS Outer Code297
- Figure 7-7. Sequential Decoding at 64 Kbps298
- Figure 7-8. Sequential Decoding at 2048 Kbps299
- Figure 7-9. Sequential Decoding at 512 Kbps with RS 220,200 Outer Code300
- Figure 7-10. Rate 5/16 BPSK Turbo Product Codec301
- Figure 7-11. Rate 21/44 BPSK, QPSK, OQPSK Turbo Product Codec302
- Figure 7-12. Rate 3/4 QPSK/OQPSK, 8-PSK/8-QAM and 16-QAM Turbo Product Codec303
- Figure 7-13. Rate 7/8 QPSK/OQPSK, 8-PSK/8-QAM and 16-QAM Turbo Product Codec304
- Figure 7-14. Rate 0.95 QPSK and Rate 0.95 8-PSK Turbo Product Codec305
- Figure 7-15. Rate 1/2 BPSK, QPSK, OQPSK, LDPC Codec306
- Figure 7-16. Rate 2/3 QPSK, OQPSK, 8-PSK, 8-QAM LDPC Codec307
- Figure 7-17. Rate 3/4 QPSK, OQPSK, 8-PSK, 8-QAM, 16-QAM LDPC Codec308
- Figure 7-18. Versafec Codec – BPSK, Rate 0.488309
- Figure 7-19. Versafec Codec – QPSK, Rate 0.533, 0.631, 0.706 and 0.803310
- Figure 7-20. Versafec Codec – 8-QAM, Rate 0.642, 0.711, and 0.780311
- Figure 7-21. Versafec Codec – 16-QAM, Rate 0.731, 0.780, 0.829 and 0.853312
- Introduction317
Setting AUPC Parameters318
- Target Eb/No318
- Max Range318
  - Alarm319
- Demod Unlock319
Compensation Rate319
Monitoring320
Transmit Clocking321
- Internal Clock321
- Introduction321
Chapter 9. Clock Modes and Drop and Insert (D&I)322
- TX Terrestrial322
- RX Loop-Timed, RX<>TX (Asymmetric Loop Timing)322
- External TT with ST = RX Satellite322
- Figure 9-1. TX Clock Modes323
Receive Clocking324
- Buffer Disabled (RX Satellite)324
- Buffer Enabled, TX=RX (TX Terrestrial or Int (SCT) Clock)324
- Buffer Enabled, RX<>TX (TX Terrestrial or Int (SCT) Clock)324
- Figure 9-2. RX Clock Modes325
X.21 Notes326
Drop and Insert326
Frame Formats327
- Figure 9-3. Supported T1 and E1 Framing Formats327
Timeslot Selection328
- Drop and Insert (D&I) Clocking329
- Figure 9-4. Drop and Insert Clocking329
- RX Buffer Clock = Insert (D&I Only)330
Single-Source Multiple Modems330
- Figure 9-5. Single-Source Multiple Modems (Looming)330
- Figure 9-6. Single-Source Multiple Modems (Daisy-Chain)330
G.703 Clock Extension331
- Clock Extension Mode 1331
- Clock Extension Mode 2332
- Clock Extension Mode 3332
- Figure 9-7. G.703 Clock Extension Mode 1333
- Figure 9-8. G.703 Clock Extension Mode 2334
- Figure 9-9. G.703 Clock Extension Mode 3335
Quad E1 Operation336
What Is Doubletalk Carrier-In-Carrier?337
- Introduction337
Application Requirements338
- Figure 10-1. Conceptual Block Diagram339
  - Operational Recommendations340
System Functionality and Operational Considerations341
- Figure 10-2. Conventional FDMA Link341
Operational References353
- Carrier-In-Carrier Link Budget Calculation353
Carrier-In-Carrier Automatic Power Control (Cnc-APC)356
- AUPC and Carrier-In-Carrier in the CDM-625356
- Introduction356
- The Cnc Automatic Power Control Algorithm356
- Cnc-APC Framing359
- Cnc-APC Response Time360
- Cnc-APC Setup360
- Solving the Problem of Self-Locking360
- Cnc-APC Redundancy Support Notes364
Doubletalk Carrier-In-Carrier Specifications365
Carrier-In-Carrier Summary366
Glossary366
Chapter 11. Edmac Channel369
Theory of Operation369
- Edmac369
- Drop & Insert ++370
- Edmac-3370
- M&C Connection370
Setup Summary372
Chapter 12. Esc++373
- Introduction373
Overhead Details373
Available Baud Rates374
- Configuration374
Effect on Eb/No Performance374
Chapter 13. Offset Qpsk Operation376
Overview377
- IBS Clock/Data Recovery and De-Jitter378
- IBS Framing378
- IBS Engineering Service Channel378
- IBS Scrambling378
- IDR Primary Data Interfaces382
- IDR Engineering Service Channel382
Appendix F. CDM-625 Odu (Transceiver, Buc, Lnb) Operation383
Introduction383
Available Ratios383
Chapter 15. Ip Sub-Mux384
Data Rate Vs. Composite Rate384
CDM-625 Ethernet Overview385
Introduction385
- Interface Architecture385
- Figure 16-1. CDM-625 Ethernet Architecture Design385
- Modes of Ethernet Operation386
- Ethernet Networking Loops386
Ethernet Network Configurations in Managed Switch Mode391
- Point-To-Multipoint Hub-To-Remotes, Split-Path Traffic Using Routers391
- Figure 16-8. Point-To-Multipoint Using Routers391
- Figure 16-9. Point-To-Multipoint Using Switches392
Ethernet Network Configurations in Router Mode (with IP Packet Processor)393
- Router Multipoint Hub Configuration393
- Figure 16-10. Point-To-Multipoint (Router Multipoint Hub Mode)393
- Multicast Routing Mode395
Ethernet Overhead over WAN Interface397
- Managed Switch Mode (Without IP Packet Processor)397
- Router Mode or Managed Switch Mode (with IP Packet Processor)397
Ethernet Redundancy398
Appendix E. Telnet Command Line Interface (Cli) Operation399
Overview399
- SNTP (Simple Network Time Protocol)399
- PTP (Precision Time Protocol)399
- Figure 16-13. Configuration Example – Point-To-Point Network with PTP400
- Figure 16-14. PTP Master/Slave Assignment Example401
Advanced Network Timing399
Chapter 17. Adaptive Coding and Modulation (Acm)403
Introduction403
Background404
Requirements for ACM405
- Figure 17-1. ACM-Over-Satellite – Generic Example406
An Existing Satellite ACM Scheme407
Disadvantages of DVB-S2407
Versafec ACM408
- Table 17-1. the Versafec Modcod Set409
- Figure 17-2. Versafec Codes Vs. Constrained Capacity409
Versafec ACM Latency410
- Table 17-2. Versafec Implementation of ACM – 100 Ksymbols/Sec Example Case410
Configuring Versafec ACM in the CDM-625411
- Figure 17-3. CDM-625 – ACM Modcod Switch Points412
Monitoring ACM Performance413
ACM Congestion Control414
- Figure 17-4. CDM-625 – ACM Congestion Control414
Notes and Recommendations415
Versafec ACM – Summary of Specifications417
Chapter 18. Ip Packet Processor Option419
- Introduction419
- IP Packet Processor – Operational Requirements419
- Interoperability Compatibility/Limitations420
IP Packet Processor Features421
- Streamline Encapsulation (SLE)421
- Modes of Operation421
- Subsystem Multiplex (Sub-Mux)421
- Adaptive Coding and Modulation (ACM)421
- FAST Options422
CDM-625 Operation with IP Packet Processor424
- Front Panel Operation424
- Ethernet-Based Remote Product Management424
  - SNMP Interface424
  - Telnet Interface425
List of Supported Internet Rfcs (Requests for Comment)426
IP Packet Processor Field Upgrade Procedure427
- Overview427
- Requirements for Field Upgrade427
- Field Upgrade Procedure428
About Metacarrier433
- Introduction433
- Functional Description434
Configuring the CDM-625 for Carrier ID Operation435
- Enabling Carrier ID Operation436
  - Enabling Operation Via the CDM-625 Front Panel and VFD436
  - Enabling Operation Via the CDM-625 Web Server (HTTP) Interface436
- Creating the Metacarrier Custom Message437
  - Creating the Message Via the CDM-625 Front Panel and VFD437
  - Creating the Message Via the CDM-625 Web Server (HTTP) Interface438
Chapter 20. Quality of Service (Qos)439
- Overview439
- Qos Terminology439
Layer 2 Qos440
- Modem Tx Data Rate Vs. Qos Tx Data Rate440
- Table 20-1. Modem Tx Data Rate Vs. Qos Tx Data Rate (Hardware-Limited)440
- Flow Control441
- Port-Based Layer 2 Qos441
- VLAN-Based Layer 2 Qos444
- Figure 20-1. IEEE 802.1Q VLAN Priority444
Layer 3 Qos448
- Layer 3 Qos Max-Pri Mode448
- Layer 3 Qos Min-Max Mode450
- Layer 3 Qos Diffserv Mode452
  - Layer 3 Qos Congestion Avoidance452
  - Layer 3 Qos List of Supported Rfcs (Requests for Comment)453
Qos with ACM (Adaptive Coding and Modulation)454
- Maximum Clipping454
- Minimum Data Rate454
Appendix A. Cable Drawings457
- A.1 Overview457
- A.1.1 EIA-530 to RS-422/449 DCE Conversion Cable458
- Figure A-1. EIA-530 to RS-422/449 DCE Conversion Cable (CEFD P/N CA/WR0049)458
- A.1.2 EIA-530 to V.35 DCE Conversion Cable459
- Figure A-2. EIA-530 to V.35 DCE Conversion Cable459
- A.1.3 RS-232 Remote Control Cable460
- Figure C-1. CDM-625 Web Server (HTTP) Interface – 'ADMIN | FAST' Page468
Appendix D. Remote Control471
- D.1 Introduction471
- D.2 Eia-485471
- D.3 Eia-232472
- D.4 Basic Protocol472
- D.4.1 Packet Structure473
- D.4.1.1 Start of Packet473
- D.4.1.2 Target Address474
- D.4.1.3 Address Delimiter474
- D.4.1.4 Instruction Code474
- D.4.1.5 Instruction Code Qualifier474
- D.4.1.6 Optional Message Arguments476
- D.4.1.7 End of Packet476
- D.5 Remote Commands and Queries477
- D.5.1 Table Indexes477
- D.5.2 Tx Parameters480
- D.5.3 Rx Parameters489
- D.5.4 Unit Parameters497
- D.5.5 Bulk Configuration Strings511
- D.5.6 Modem Information517
- D.5.7 Modem Performance Information520
- E.1 Overview535
- E.1.1 Interface Access535
- E.1.2 Terminal Emulator Considerations536
- E.1.2.1 Using the Putty Terminal Emulator536
- E.1.2.2 Using the Tera Term Terminal Emulator538
- CDM-625 Advanced Satellite Modem Revision540
- E.2 Using the Telnet Command Line Interface (CLI)541
- E.2.1 Telnet CLI Menu System – Parallel Functionality541
- E.2.2 CLI Menus – Common Navigation and Operation Features541
- E.3 Command Line Interface544
- E.3.1 Home (Main) Menu544
- E.3.1.1 Home > Remote Access Mode545
- E.3.2 Home > Administration Submenu546
- E.3.2.1 Home > Administration > Host Access List547
- E.3.2.2 Home > Administration > SNMP548
- E.3.2.3 Home > Administration > Firmware (Base Modem) or (Packet Processor)549
- E.3.2.4 Home > Administration > Reboot550
- E.3.2.5 Home > Administration > FAST551
- E.3.2.6 Home > Administration > Save Modem Configuration / Load Modem Configuration553
- E.3.2.7 Home > Administration > Restore Factory Defaults555
- E.3.3 Home > Modem Submenu556
- E.3.3.1 Home > Modem > Interface557
- E.3.3.2 Home > Modem > Modem TX558
- E.3.3.3 Home > Modem > Modem RX560
- E.3.3.4 Home > Modem > Carrier-In-Carrier (Cnc)562
- E.3.3.5 Home > Modem > Adaptive Coding and Modulation (ACM)563
- E.3.3.6 Home > Modem > Drop and Insert (D&I)564
- E.3.3.6.1 Home > Modem > Drop and Insert (D&I) > D&I Tables565
- E.3.3.7 Home > Administration > Block Upconverter (BUC)567
- E.3.3.8 Home > Modem > (Low-Noise Block Downconverter) LNB568
- E.3.3.9 Home > Modem > MEO (Medium-Earth Orbit)569
- E.3.3.10 Home > Modem > Utilities570
- E.3.3.11 Home > Modem > Overhead572
  - E.3.4 Home > Network Submenu574
  - E.3.4.1 Home > Network > Ethernet Ports575
  - E.3.4.1.1 Home > Network > Ethernet Ports > Ethernet Port576
    - E.3.4.2 Home > Network > LAN IP577
    - E.3.4.3 Home > Network > LAN ARP578
  - E.3.4.3.1 Home > Network > LAN ARP > Arp Table > Arp Entry579
  - E.3.4.4 Home > Network > VLAN580
  - E.3.4.4.1 Home > Network > VLAN > VLAN Table > VLAN581
  - E.3.4.5 Home > Network > Routes582
- E.3.4.5.1 Home > Network > Routes > Route Table583
  - E.3.4.6 Home > Network > Managed Switch584
  - E.3.4.7 Home > Network > IGMP (Internet Group Management Protocol)585
  - E.3.4.8 Home > Network > DNS (Domain Name System)586
  - E.3.4.9 Home > Network > DHCP (Dynamic Host Configuration Protocol)586
- E.3.4.10 Home > Network > PTP (Precision Time Protocol)587
- E.3.4.11 Home > Network > SNTP (Simple Network Time Protocol)588
- E.3.4.12 Home > Network > MAC Table589
  - E.3.5 Home > WAN Submenu590
  - E.3.5.1 Home > WAN > Qos Submenu590
  - E.3.5.1.1 Home > WAN > Qos > Max-Pri and Min-Max Table591
  - E.3.5.1.2 Home > WAN > Qos > Qos Differentiated Services Table592
  - E.3.9.1.1 Home > Logs > Base Modem > Stored Event Table605
  - E.3.9.1.2 Home > Logs > Base Modem > Stored Statistic Table606
  - E.3.9.2 Home > Logs > Packet Processor607
  - E.3.9.2.1 Home > Logs > Packet Processor > Stored Event Table608
  - E.3.10 Home > Statistics Submenu609
- E.3.10.1 Home > Statistics > Ethernet Submenu610
  - E.3.10.1.1 Home > Statistics > Ethernet > Rx611
  - E.3.10.1.2 Home > Statistics > Ethernet > Tx612
  - E.3.10.1.3 Home > Statistics > Ethernet > Errors613
- E.3.10.2 Home > Statistics > Router614
- E.3.10.3 Home > Statistics > Managed Switch615
- E.3.10.4 Home > Statistics > WAN (Router Mode)616
- E.3.10.5 Home > Statistics > WAN (Managed Switch Mode)617
- E.3.10.6 Home > Statistics > Compression618
  - E.3.10.6.1 Home > Statistics > Compression > Table View619
- E.3.10.7 Home > Statistics > Qos620
  - E.3.10.7.1 Home > Statistics > Qos > Table View620
- E.3.10.8 Home > Statistics > PTP621
  - E.3.10.8.1 Home > Statistics > PTP > LAN Details622
  - E.3.10.8.2 Home > Statistics > PTP > WAN Details622
- E.3.10.10 Home > Statistics > Clear All Counters623
- E.3.10.9 Home > Statistics > CPU623
  - E.3.11 Home > Contact624
  - F.1 Introduction625
  - F.2 ODU Remote Control Address Setup626
  - F.3 ODU Operations Via the CDM-625 Front Panel627
  - F.3.1 CDM-625 Front Panel Operation Overview627
- Figure F-1. CDM-625 Front Panel Features627
- F.3.2 CDM-625 Front Panel Menus – ODU Menu Hierarchy628
  - Figure F-2.CDM-625 Front Panel ODU Operation Menu Tree – (FW Ver. 2.3.1)628
  - F.3.3 SELECT: (Main) Menu Overview629
  - F.3.3.1 (SELECT: CONFIGURATION) Menu Branches630
  - F.3.3.1.2 (SELECT: CONFIGURATION) Mask Submenus630
    - F.3.3.1.2.1 CONFIG: Mask  BUC631
    - F.3.3.1.2.2 CONFIG: Mask  LNB632
    - F.3.3.2 (SELECT: MONITOR) Live-Alarms Menu633
    - F.3.3.3 (SELECT:) ODU Menu Branches634
  - F.3.3.3.1 ODU: Buc:pwrsupply+Ref (Power Supply and Reference)634
    - F.3.3.3.1.1 ODU: Buc:pwrsupply+Ref  PSU-And-10Mhz Parameters634
    - F.3.3.3.1.2 ODU: Buc:pwrsupply+Ref  lo Freq (Local Oscillator Frequency)635
    - F.3.3.3.1.3 ODU: Buc:pwrsupply+Ref  Psumonitor635
  - F.3.3.3.2 ODU: Lnb:pwrsupply+Ref (Power Supply and Reference)636
    - F.3.3.3.2.1 ODU: Lnb:pwrsupply+Ref  PSU-And-10Mhz636
    - F.3.3.3.2.2 ODU: Lnb:pwrsupply+Ref  LO-Freq (Local Oscillator Frequency)636
    - F.3.3.3.2.3 ODU: Lnb:pwrsupply+Ref  Psumonitor637
  - F.3.3.3.3 ODU: FSK-Control637
    - F.3.3.3.3.1 ODU: FSK-Control  CSAT638
    - F.3.3.3.3.1.1 ODU: FSK-Control  CSAT (2Csats  CSAT #X)  Configuration639
    - F.3.3.3.3.1.3 ODU: FSK-Control  CSAT (2Csats  CSAT #X)  Alarms642
    - F.3.3.3.3.1.4 ODU: FSK-Control  CSAT (2Csats  CSAT #X)  Info643
    - F.3.3.3.3.2 ODU: FSK-Control  2Csats645
    - F.3.3.3.3.2.1 ODU: FSK-Control  2Csats  CSAT#X645
    - F.3.3.3.3.2.2 ODU: FSK-Control  2Csats  Redundancy-Box645
    - F.3.3.3.3.3 ODU: FSK-Control  KST647
    - F.3.3.3.3.3.1 ODU: FSK-Control  KST  Configuration647
    - F.3.3.3.3.4 ODU: FSK-Control  BUC650
    - F.3.3.3.3.4.1 ODU: FSK-Control  BUC  Configuration650
    - F.3.3.3.3.4.2 ODU: FSK-Control  BUC  Status650
    - F.3.3.3.3.4.3 ODU: FSK-Control  BUC  Advanced-FSK650
    - Configuration Settings651
    - F.3.3.3.3.4.3.1.7 ODU: FSK-Control  BUC  Advanced-FSK  2Lpods659
    - F.4 ODU Operations Via the CDM-625 Web Server (HTTP) Interface660
    - F.4.1 Web Server Interface and Menu Tree660
    - Figure F-3. CDM-625 Web Server (HTTP) Interface Home Page660
    - Figure F-4. CDM-625 Web Server (HTTP) Interface Menu Tree (FW Ver. 2.3.1)661
    - F.4.2 Web Page Descriptions662
    - F.4.2.1 Configuration | BUC (Block up Converter) Page662
  - Figure F-5. Configuration | BUC Page662
  - F.4.2.2 Configuration | LNB (Low Noise Block down Converter)663
  - Figure F-6. Configuration | LNB Page663
  - F.4.2.3 Status | Modem Logs | Base Modem Page664
  - Figure F-7. Status | Modem Logs | Base Modem Page664
  - F.4.2.4 ODU Pages666
  - F.4.2.4.1 ODU | Enable667
  - Figure F-8. ODU | Enable Page667
  - F.4.2.4.2 ODU | Config Pages668
    - F.4.2.4.2.1 ODU | Config (CSAT-5060)668
    - Figure F-9. ODU | Config Page (CSAT-5060)668
  - Unit Parameters669
    - F.4.2.4.2.2 ODU | Config (KST-2000A/B)671
    - Figure F-10. ODU | Config Page (KST-2000A/B)671
  - F.4.2.4.3 ODU | Status673
    - F.4.2.4.3.1 ODU | Status (CSAT-5060)673
    - Figure F-11. ODU | Status Page (CSAT-5060)673
    - F.4.2.4.3.2 ODU | Status (KST-2000A/B)674
    - Figure F-12. ODU | Status Page (KST-2000A/B)674
  - F.4.2.4.4 ODU | Utilities675
    - F.4.2.4.4.1 ODU | Utilities (CSAT-5060)675
    - Figure F-13. ODU | Utilities Page (CSAT-5060)675
    - F.4.2.4.4.2 ODU | Utilities (KST-2000A/B)677
    - Figure F-14. ODU | Utilities Page (KST-2000A/B)677
    - F.5 ODU Operations Via the CDM-625 Telnet Command Line Interface (CLI)678
    - Figure F-15. CDM-625 Telnet Command Line Interface (CLI)678
    - F.5.1 ODU Operations Using the Telnet CLI679
    - F.5.1.1 Home (Main) Menu679
    - F.5.1.2 Home > Outdoor Unit (ODU) Submenu680
  - F.5.1.2.1 Home > Outdoor Unit (ODU) > CSAT-5060 Submenu681
    - F.5.1.2.1.1 Home > Outdoor Unit (ODU) > CSAT-5060 > up Converter Settings 1/2, 2/2682
    - F.5.1.2.1.4 Home > Outdoor Unit (ODU) > CSAT-5060 > LNA Settings685
    - F.5.1.2.1.5 Home > Outdoor Unit (ODU) > CSAT-5060 > Status686
    - F.5.1.2.1.6 Home > Outdoor Unit (ODU) > CSAT-5060 > Logs687
    - F.5.1.2.1.7 Home > Outdoor Unit (ODU) > CSAT-5060 > Redundancy688
    - F.5.1.2.1.8 Home > Outdoor Unit (ODU) > CSAT-5060 > Utilities688
    - Metric Conversions689

Comtech EF Data CDM-625 - F.4.2.4.1 ODU | Enable; Figure F-8. ODU | Enable Page

Table of Contents

Related product manuals