Comtech EF Data CDM-625 - Estimating PSD Ratio; Estimating PSD Ratio from LST

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CDM-625 Advanced Satellite Modem Revision 13

DoubleTalk

Carrier-in-Carrier Option MN-CDM625

10–18

10.5.2 Estimating PSD Ratio

PSD can be estimated from a link budget using Downlink EIRP and Symbol Rate:

PSD = Downlink EIRP – 10 * Log (Symbol Rate)

PSD Ratio Example:

Carrier

Downlink EIRP

Symbol Rate

Power Spectral Density

A to B

27 dBW

500 ksps

-29.99 dBW/Hz

B to A

24 dBW

375 ksps

-31.74 dBW/Hz

PSD Ratio (@ A) = -29.99 – (-31.74) = 1.75 dB

PSD Ratio (@ B) = -31.74 – (-29.99) = -1.75 dB

10.5.2.1 Estimating PSD Ratio from LST

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 - Estimating PSD Ratio; Estimating PSD Ratio from LST

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