Redundancy & High Availability:Software:Signaling Protocols
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The most recent signaling protocols have inherent redundancy and high availability features. For the other signaling protocols, there are still way to improve service availability. | The most recent signaling protocols have inherent redundancy and high availability features. For the other signaling protocols, there are still way to improve service availability. | ||
| − | == TMG800 == | + | == TMG800 / TMG3200 Series == |
| + | === [[SS7]] === | ||
| − | + | TelcoBridges recommends to use 2 timeslots as MTP2 links on different line interface. This will protect against [[T1,_E1,_and_J1_interfaces|E1/T1]] or [[DS3_interfaces|DS3]] failure. Also, the [[TMG3200-DS3]] and [[TMG3200-STM1]] have 2 signaling ports that can be configure as MTP2 links. | |
| + | |||
| + | === [[SIGTRAN]] === | ||
| + | |||
| + | [[SIGTRAN]] supports multiple destination addresses and peers to create redundancy. | ||
== TMG7800 == | == TMG7800 == | ||
Revision as of 09:45, 10 February 2011
The most recent signaling protocols have inherent redundancy and high availability features. For the other signaling protocols, there are still way to improve service availability.
Contents |
TMG800 / TMG3200 Series
SS7
TelcoBridges recommends to use 2 timeslots as MTP2 links on different line interface. This will protect against E1/T1 or DS3 failure. Also, the TMG3200-DS3 and TMG3200-STM1 have 2 signaling ports that can be configure as MTP2 links.
SIGTRAN
SIGTRAN supports multiple destination addresses and peers to create redundancy.
