The mSwitch™ Trunk Gateway lets you offer enhanced IP-based telephony services even as you migrate to a new infrastructure -without disrupting service or subscriber dialing patterns. The TG's main role is to serve as a voice/data/fax bridge between IP networks and legacy PSTN/ wireless networks. It functions seamlessly and transparently with the legacy PSTN, providing maximum scalability and cost-efficiency.
GENEW chassis XG(S)PON platform consists of OLT, ONT and ODN, represents a high-speed, fibre to the home or building or Curb (FTTH, FTTB, FTTC and etc.) alternative to Copper. For the smooth evolution from DSL to GPON/XG(S)-PON, GENEW's OLT platform supports coexistence of GPON service boards and XG(S)-PON service board. Also GENEW's OLT platform supports Combo-PON service board which included GPON+XG-PON and GPON+XGS-PON for the case of different GPON/ XG-PON/ XGS-PON service in the same ODN. Suppliers can smoothly evolve from GPON to XG(S)-PON in the same platform.
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Highlights:
1. Realize the rapid delivery of equipment, the elastic expansion of architecture, the agile deployment of business and the streamlined operation and maintenance of the system.
2. Effectively ensure business continuity and data security.
3. With cluster management mode, the system can automatically restart on other node devices in case of failure, to avoid single point of failure in the physical environment.
4. Realize the unified integration of computing resources, storage resources and network resources. Each hyper-converged node unit can provide computing resources and storage space at the same time.
Highlights:
1. Realize the rapid delivery of equipment, the elastic expansion of architecture, the agile deployment of business and the streamlined operation and maintenance of the system.
2. Effectively ensure business continuity and data security.
3. With cluster management mode, the system can automatically restart on other node devices in case of failure, to avoid single point of failure in the physical environment.
4. Realize the unified integration of computing resources, storage resources and network resources. Each hyper-converged node unit can provide computing resources and storage space at the same time.