What is ClusterNet? Components of ClusterNet ClusterNet in TRANSip
Often, it is desirable to have switching assets in different geographic locations. This may be due to geographically dispersed office facilities, the size of the facilities, security concerns, or even something as simple as cable length. Generally, this is accomplished via trunking between two distinct switches. Traditional signaling protocols such as MF, ISDN and even SS7 have limited capabilities for conveying information between the switches that are intended to share information about operations and maintenance, billing record collection and host remote applications.
Using REDCOM’s ClusterNet technology, multiple locations equipped with compatible REDCOM equipment behave as a single, integrated system. This approach allows you to increase the manageability and survivability of the entire system.
ClusterNet technology needs two separate paths to function properly:
The data path carries information about the status of the switches including the subscriber status, trunk status, maintenance notes and any other information that can be expected from a single system. The voice path carries the voice between two clusters to make both systems work as a single unit.

Traditionally, the data channel has been supplied over DS0 channels if the switches were geographically separated, and supplied over Ethernet if the switches were co-located. In both cases, the voice channel was provisioned over T1 or E1 trunks.
TRANSip technology allows the use of the IP layer for ClusterNet connectivity. All of the messages (including data and voice paths) can be carried over the IP network, forming a ClusterNet system. The use of the IP layer saves bandwidth because dedicated DS0 channels are no longer required and the information is sent when it is generated.
The chart below outlines the possible ClusterNet operations between REDCOM products.
|
|
HDX |
SLICE |
SLICE 2100 |
SLICE IP |
|
HDX |
TDM & IP |
TDM |
TDM & IP |
IP |
|
SLICE |
TDM |
TDM |
TDM |
X |
|
SLICE 2100 |
TDM & IP |
TDM |
TDM & IP |
IP |
|
SLICE IP |
IP |
X |
IP |
IP |