CDM-710G High-Speed Satellite Modem
Revision 1
Ethernet Network Configurations MN-CDM710G
3–12
3.3.7
Hub-to-Remotes, Split-path Traffic using Switches (Point-to-Multipoint)
With switches used, the hub and remote are on the same subnet as shown in
Figure 3-13
,
meaning that broadcasts will be allowed to transverse the network. Learning Mode must be
disabled on the Hub Tx/Rx modem, because if a computer on the remote sends a broadcast out to
the Hub, the modem learns that MAC is local – when in fact it is not.
Figure 3-13. Point-to-Multipoint using Switches
A wired-thru Ethernet redundancy example is shown in
Figure 3-14
. When the CRS-300 1:10
Redundancy Switch backs-up a faulted Traffic Modem, the physical port on the Switch does not
change, because the Ethernet connection is properly rerouted within the CRS-300 from the
Traffic Modem to the Redundant Modem.
A wired-around Ethernet redundancy example is shown for the CDM-710G user in
Figure 3-15
.
When the CRS-300 1:10 Redundancy Switch backs-up a faulted Traffic Modem, the Switch will
learn the new MAC address of the redundant unit and traffic will be passed again. This type of
architecture will slow down the switching time, because the Switch will need to re-learn the
correct port connection.
Summary of Contents for CDM-710G
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Page 26: ...CDM 710G High Speed Satellite Modem Revision 1 Preface MN CDM710G xx Notes...
Page 48: ...CDM 710G High Speed Satellite Modem Revision 1 Introduction MN CDM710G 1 22 Notes...
Page 130: ...CDM 710G High Speed Satellite Modem Revision 1 Front Panel Operation MN CDM710G 6 54 Notes...
Page 150: ...CDM 710G High Speed Satellite Modem Revision 1 SNMP Interface MN CDM710G 8 4 Notes...
Page 160: ...CDM 710G High Speed Satellite Modem Revision 1 Clock Modes MN CDM710G 10 6 Notes...
Page 180: ...CDM 710G High Speed Satellite Modem Revision 1 HSSI Interface CDI 60 MN CDM710G 13 6 Notes...
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