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.
mSwitch™ iSG6400 provides DRA, SSR and STP element functions defined by the 3GPP standard. mSwitch™ iSG6400 provides DRA, SSR and STP element functions defined by the 3GPP standard. SG6400 5G Cloud Native Service Platform delivers common configuration tools, common telemetry, logging, a unified control plane, common HTTP2/Stream Control Transmission Protocol (SCTP), Representational State Transfer (REST/JSON), common database technologies, high-availability and Geographical Redundancy (GR) services, and common orchestration across all 5G standalone network functions. This Services Platform offers and integrates IP Communicator [IPC], data synchronization, Service Bus, and configuration, life-cycle management [like kubernetes, load balancer, service mesh, and continuous integration and continuous delivery support enabling improved time to market and improved service velocity.
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Overview - 5G Singaling (STP/DRA)
Genew 5G singaling system used in various network to transform different signaling message. It implements Diameter/SIP/SS7/SIGTRAN signaling message convergence and forwarding, also supports Diameter Protocol which makes it work as Diameter Routing Agent(DRA)/Diameter Edge Agent(DEA).
5G SEPP Roaming and Peering Function of SG6400
SG6400 5G SEPP
- SG6400 SEPP is used to protect control plane traffic that is exchanged between different 5G PLMNs As such, the SEPP performs message filtering, policing and topology hiding for all API messages.
- SG6400 5G SEPPs authenticated using TLS
- Negotiate cipher suites for messages over interconnect (N32)
- Exchange protection policies per NE and roaming partner – what can be modified
- SG6400 5G SEPPs encrypt and sign all messages over N32 using JOSE (JSON web signing encryption)
- Using JWE – JSON web encryption & signature (with symmetric key from TLS key exchange)
5G SEPP, an API Gateway
Authentication; En-/Decryption ; Signatures; Transport and payload checks; Transformations ; Mediations ; Caching; Security
Overview - 5G Singaling (STP/DRA)
Genew 5G singaling system used in various network to transform different signaling message. It implements Diameter/SIP/SS7/SIGTRAN signaling message convergence and forwarding, also supports Diameter Protocol which makes it work as Diameter Routing Agent(DRA)/Diameter Edge Agent(DEA).
5G SEPP Roaming and Peering Function of SG6400
SG6400 5G SEPP
- SG6400 SEPP is used to protect control plane traffic that is exchanged between different 5G PLMNs As such, the SEPP performs message filtering, policing and topology hiding for all API messages.
- SG6400 5G SEPPs authenticated using TLS
- Negotiate cipher suites for messages over interconnect (N32)
- Exchange protection policies per NE and roaming partner – what can be modified
- SG6400 5G SEPPs encrypt and sign all messages over N32 using JOSE (JSON web signing encryption)
- Using JWE – JSON web encryption & signature (with symmetric key from TLS key exchange)
5G SEPP, an API Gateway
Authentication; En-/Decryption ; Signatures; Transport and payload checks; Transformations ; Mediations ; Caching; Security
5G Service Proxy Function, HTTP Proxy and NRF of SG6400
SG6400 5G SPF
- Two deployment approaches: a Standalone SPF, or a combined SPF and NRF
- As SPF, SG6400, representing the service consumer(client), route API (service request/ack) calling to correct service provider
- When SPF route API calling, SEP manipulate the API parameter and do API mesh up
5G BSF of SG6400
- The 3GPP Binding Support Function (BSF) is a distinct 5G SA network function used for binding an application function request to one of many PCF instances, as described in TS 23.503.
- The SG6400 BSF addresses a ―PCF binding problem ( getting an application function and NEFs to talk to the same PCF as the SMF Protocol Data Unit [PDU] session) in 5G SA
- For the IMS use case, the SG6400 BSF is defined to terminate (and convert) or proxy the Rx directly to the relevant PCF using binding-based routing at the BSF.
5G Service Proxy Function, HTTP Proxy and NRF of SG6400
SG6400 5G SPF
- Two deployment approaches: a Standalone SPF, or a combined SPF and NRF
- As SPF, SG6400, representing the service consumer(client), route API (service request/ack) calling to correct service provider
- When SPF route API calling, SEP manipulate the API parameter and do API mesh up
5G BSF of SG6400
- The 3GPP Binding Support Function (BSF) is a distinct 5G SA network function used for binding an application function request to one of many PCF instances, as described in TS 23.503.
- The SG6400 BSF addresses a ―PCF binding problem ( getting an application function and NEFs to talk to the same PCF as the SMF Protocol Data Unit [PDU] session) in 5G SA
- For the IMS use case, the SG6400 BSF is defined to terminate (and convert) or proxy the Rx directly to the relevant PCF using binding-based routing at the BSF.
Family - Genew Core Network:
Core Network | mSwitch™ IMS | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful I/S/P-CSCF, MRFC, BGCF, MGCF, AGCF, iUMG, iSG, PCRF, O&M, HSS, Provisioning/ENUM, BOSS, EMS, AS, SBC, etc. |
mSwitch™ 5G Core | Based on the NFV/Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful AMF, AUSF, SMF, UPF together with MEC. | |
mSwitch™ 4G core | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful O&M, EPC, MME, P/S-GW, EMS, etc. | |
mSwitch™ 3G core | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful CS domain, MSC pooling, SGSN, GGSN, EMS, etc. |
Family - Genew Core Network:
Core Network | mSwitch™ IMS | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful I/S/P-CSCF, MRFC, BGCF, MGCF, AGCF, iUMG, iSG, PCRF, O&M, HSS, Provisioning/ENUM, BOSS, EMS, AS, SBC, etc. |
mSwitch™ 5G Core | Based on the NFV/Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful AMF, AUSF, SMF, UPF together with MEC. | |
mSwitch™ 4G core | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful O&M, EPC, MME, P/S-GW, EMS, etc. | |
mSwitch™ 3G core | Based on the aTCA/ x86/ Cloud Deployment; Support 5M subs; Support 1+ 1 Redundancy & Geographic Redundancy; Accompanied with powerful CS domain, MSC pooling, SGSN, GGSN, EMS, etc. |