Use Cases:TMG Performing M2UA Signaling Relay: Difference between revisions
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*[[Toolpack:Protocol_Stack_Settings_B#M2UA-MTP3-ISUP|MTP2-M2UA Configuration]] | *[[Toolpack:Protocol_Stack_Settings_B#M2UA-MTP3-ISUP|MTP2-M2UA Configuration]] | ||
**M2UA Configuration -> | **M2UA Configuration -> Node Type: M2UA-MTP2 Relay | ||
**M2UA Link -> Bind the configured MTP2 link | **M2UA Link -> Bind the configured MTP2 link | ||
**No need to configure MTP3 part | **No need to configure MTP3 part | ||
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*[[Toolpack:Protocol_Stack_Settings_B#M2UA-MTP3-ISUP|MTP2-M2UA Configuration]] | *[[Toolpack:Protocol_Stack_Settings_B#M2UA-MTP3-ISUP|MTP2-M2UA Configuration]] | ||
**M2UA Configuration -> | **M2UA Configuration -> Node Type: SG | ||
**M2UA Link -> Bind the configured MTP2 link | **M2UA Link -> Bind the configured MTP2 link | ||
**No need to configure MTP3 part | **No need to configure MTP3 part | ||
Revision as of 11:27, 6 July 2022
Applies to version(s): v2.9 and above
In this scenario, all messages from TDM network are relayed to the IP network via Sigtran: M2UA. This can be used on a satellite link.
Note: This implementation, although based on standards, is proprietary.
Normally, one end is the SG and the other is the MGC.
So in this use case, one of the TMGs simulates the MGC. All of this is transparent to the TDM devices interconnected over IP.
| Configure TMG: M2UA Relay | Configure TMG: M2UA SG |
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