Comtech EF Data CRS-311 User Manual
Page 12
CRS-311 1:1 Redundancy Switch
Revision 7
Table of Contents
MN/CRS311.IOM
x
Figure 1‐19. CRS‐316 TMI RS422
or
GbE (PL/12498‐1) .................................................................................... 1–14
Figure 1‐20. CRS‐325 TMI G.703 (PL/11492‐1) ................................................................................................. 1–14
Figure 1‐21. CRS‐336 TMI HSSI
or
GbE (PL/12499‐1) ....................................................................................... 1–14
Figure 1‐22. CRS‐365 TMI .................................................................................................................................. 1–14
Figure 1‐23. CRS‐515 TMI 4‐Port Ethernet (PL‐0000294) .............................................................................. 1–14
Figure 2‐1. Unpacking and Inspecting the Shipment ......................................................................................... 2–1
Figure 2‐2. Installing into a Rack Enclosure ........................................................................................................ 2–3
Figure 2‐3. Installing the Optional Rear‐Mounting Support Brackets Kit ......................................................... 2–4
Figure 2‐4. Installing the Modem Optional Bearingless Rack Slide Set ............................................................ 2–6
Figure 3‐1. CDM‐Qx/QxL Cabling Example – RS‐485 Multi‐drop Cable ............................................................. 3–7
Figure 3‐2. CDM‐Qx/QxL Control ‘Y’ and EIA‐530/RS‐232 Data Traffic Cables ................................................. 3–8
Figure 3‐3. CDM‐Qx/QxL Control ‘Y’ and Balanced G.703 Data Traffic Cables ................................................. 3–9
Figure 3‐4. CDM‐Qx/QxL Control ‘Y’ and Unbalanced G.703 Data Traffic Cables ........................................... 3–10
Figure 3‐5. CDM‐Qx/QxL Control and HSSI Data Traffic Cables ....................................................................... 3–11
Figure 3‐6. CDM‐Qx/QxL Control and Quad E1 Data Traffic Cables ................................................................ 3–12
Figure 3‐7. CDM‐Qx IF Cabling Example – CRS‐281 (70/140 MHz, 50Ω or 75Ω BNC) .................................... 3–14
Figure 3‐8. CDM‐QxL IF Cabling Example – CRS‐281A (L‐Band) ....................................................................... 3–15
Figure 3‐9. SLM‐5650/5650A Control and EIA‐530 Data Traffic Cables .......................................................... 3–20
Figure 3‐10. SLM‐5650/5650A Control and G.703 Data Traffic Cables ........................................................... 3–21
Figure 3‐11. SLM‐5650/5650A Control and HSSI Data Cables ......................................................................... 3–22
Figure 3‐12. SLM‐5650/5650A Ethernet M&C Cabling – Optional GbE Interface Using Single‐Port Ethernet
Bridge Mode (Configuration ‘A’).............................................................................................................. 3–25
Figure 3‐13. SLM‐5650/5650A Ethernet M&C Cabling – Optional GbE Interface Using Single‐Port Ethernet
Bridge Mode (Configuration ‘B’) .............................................................................................................. 3–26
Figure 3‐14. SLM‐5650/5650A Ethernet M&C Cabling – Optional NP Interface Using Multi‐Port Ethernet
Bridge Mode ............................................................................................................................................. 3–27
Figure 3‐15. SLM‐5650/5650A Ethernet M&C Cabling – Optional NP Interface Using Multi‐Port Ethernet
Router Mode ............................................................................................................................................ 3–28
Figure 3‐16. SLM‐5650/5650A Ethernet M&C Cabling – Optional NP Interface Using Multi‐Port Ethernet BPM
Mode ........................................................................................................................................................ 3–29
Figure 3‐17. SLM‐5650/5650A Control and Ethernet Data Traffic Cables – Optional GbE Interface Using Single‐
Port Ethernet Bridge Mode (Configuration ‘A’) ...................................................................................... 3–32
Figure 3‐18. SLM‐5650/5650A Control and Ethernet Data Traffic Cables – Optional GbE Interface Using Single‐
Port Ethernet Bridge Mode (Configuration ‘B’) ...................................................................................... 3–33
Figure 3‐19. SLM‐5650/5650A Control and Ethernet TrafficData Cables – Optional NP Interface Using Multi‐
Port Ethernet Bridge Mode ..................................................................................................................... 3–34
Figure 3‐20. SLM‐5650/5650A Control and Ethernet Data Traffic Cables – Optional NP Interface Using Multi‐
Port Ethernet Router Mode ..................................................................................................................... 3–35
Figure 3‐21. SLM‐5650/5650A Control and Ethernet Data Traffic Cables – Optional NP Interface Using Multi‐
Port Ethernet BPM Mode ........................................................................................................................ 3–36
Figure 3‐22. SLM‐5650/5650A Overhead Data Cables .................................................................................... 3–37
Figure 3‐23. SLM‐5650/5650A IF Cabling Example – CRS‐281 (70/140 MHz)................................................. 3–39
Figure 3‐24. SLM‐5650/5650A IF Cabling Example – CRS‐281L (L‐Band) ........................................................ 3–40
Figure 3‐25. SLM‐5650/5650A Mixed IF Band Cabling Example – CRS‐281 ‘TNC’ (70/140 MHz Tx, L‐Band Rx) ....
.................................................................................................................................................................. 3–41
Figure 3‐26. SLM‐5650/5650A Mixed IF Band Cabling Example – CRS‐281L (70/140 MHz Tx, L‐Band Rx) ... 3–42
Figure 4‐1. CDM‐Qx/QxL Serial Communication Configuration ........................................................................ 4–3
Figure 4‐2. CDM‐Qx/QxL / CRS‐311 EIA‐485 Scheme ........................................................................................ 4–4