CRS-311 1:1 Redundancy Switch Revision 7
Table of Contents MN/CRS311.IOM
x
Figure1‐19.CRS‐316TMIR S422orGbE(PL/ 12498 ‐1)....................................................................................1–14
Figure1‐20.CRS‐325TMIG. 703(PL/11492‐1).................................................................................................1–14
Figure1‐21.CRS‐336TMIH SSIorGbE(PL/12499‐1) .......................................................................................1–14
Figure1‐22.CRS‐365TMI..................................................................................................................................1–14
Figure1‐23.CRS‐515TMI4‐PortEthernet(P
L‐0000 294)..............................................................................1–14
Figure2‐1.UnpackingandInspectingtheShipment.........................................................................................2–1
Figure2‐2.In stallingintoaRackEnclosure........................................................................................................2–3
Figure2‐3.InstallingtheOptionalRear‐MountingSupportBracketsKit.........................................................2–4
Figure2‐4.InstallingtheModemOptionalBearinglessRackSlideSet............................................................2–6
Figure3‐1.CDM‐Qx/QxLCablingExample–RS‐485Multi‐dropCabl
e.............................................................3–7
Figure3‐2.CDM‐Qx/QxLControl‘Y’andEIA‐53 0/RS‐232DataTrafficCable s.................................................3–8
Figure3‐3.CDM‐Qx/QxLControl‘Y’andBalancedG.703DataTrafficCables.................................................3–9
Figure3‐4.CDM‐Qx/QxLControl
‘Y’andUnbalancedG.703DataTrafficCable s...........................................3–10
Figure3‐5.CDM‐Qx/QxLControlandHSSIDataT rafficCables.......................................................................3–11
Figure3‐6.CDM‐Qx/QxLControlandQuadE1DataTrafficCables................................................................3–12
Figure3‐7.CDM‐QxIFCabli ngExample–CRS‐281(7
0/140MHz,50Ωor75ΩBNC) ....................................3–14
Figure3‐8.CDM‐QxLIFCablingExample–CRS‐281A(L‐Band) .......................................................................3–15
Figure3‐9.SLM‐5650/5650AControlandEIA‐530DataTrafficCables..........................................................3–20
Figure3‐10.SLM‐5650/5650AControlandG.703DataTrafficCables...........................................................3–21
Figure3‐11.SLM‐565
0/5650AControlandHSSIDataCables.........................................................................3–22
Figure3‐12.SLM‐5650/5650AEthernetM&CCab ling–OptionalGbEInterfaceUsingSingle‐PortEthernet
BridgeMode(Configuration‘A’)..............................................................................................................3–25
Figure3‐13.SLM‐5650/5650AEthernetM&CCab ling–OptionalGbEInterfaceUsingSingle‐PortEthernet
BridgeMode(Con
figuration‘B’)..............................................................................................................3–26
Figure3‐14.SLM‐5650/5650AEthernetM&CCab ling–OptionalNPInterfaceUsingMulti‐PortEthernet
BridgeMode.............................................................................................................................................3–27
Figure3‐15.SLM‐5650/5650AEthernetM&CCab ling–OptionalNPInterfaceUsingMulti‐PortEthernet
RouterMode............................................................................................................................................3–28
Figure3‐16.SLM‐5650/5650AEthernetM&CCabling
–OptionalNPInterfaceUsingMulti‐PortEthernetBPM
Mode........................................................................................................................................................3–29
Figure3‐17.SLM‐5650/5650AControlandEthernetDataTrafficCables–Option alGbEInterfaceUsingSingle‐
PortEthernetBridgeMode(Configuration‘A’)......................................................................................3–32
Figure3‐18.SLM‐5650/5650AControlandEthernetDataTraffic Cables–Option
alGbEInterfaceUsingSingle‐
PortEthernetBridgeMode(Configuration‘B’)......................................................................................3–33
Figure3‐19.SLM‐5650/5650AControlandEthernetTrafficDataCables–OptionalNPInterfaceUsingMulti‐
PortEthernetBridgeMode.....................................................................................................................3–34
Figure3‐20.SLM‐5650/5650AControlandEthernetDataTrafficCables–Option alNPInterfaceUsingMulti‐
PortEthernetRouterMo
de.....................................................................................................................3–35
Figure3‐21.SLM‐5650/5650AControlandEthernetDataTrafficCables–Option alNPInterfaceUsingMulti‐
PortEthernetBPMMode........................................................................................................................3–36
Figure3‐22.SLM‐5650/5650AOverheadDataCables....................................................................................3–37
Figure3‐23.SLM‐5650/5650AIFCablingExample–CRS‐28
1(70/140MHz).................................................3–39
Figure3‐24.SLM‐5650/5650AIFCablingExample–CR S‐281L(L‐Band)........................................................3–40
Figure3‐25.SLM‐5650/5650AMixedIFBandCablingExample–CRS‐281‘TNC’(70/140MHzTx,L‐BandRx)....
..................................................................................................................................................................3–41
Figure3‐26.SLM‐5650/5650AMixedIFBandCablingEx a
mple–CRS‐281L(70/140 MHzTx,L‐BandRx)...3–42
Figure4‐1.CDM‐Qx/QxLSerialCommunicationConfiguration........................................................................4–3
Figure4‐2.CDM‐Qx/QxL/CRS‐311EIA‐485Scheme........................................................................................4–4