Convergent Signaling Route Solution
DRA processes diameter signaling, and supports centralized routing, policy binding, load balancing and boundary routing scenarios, etc.
STP processes No.7 signaling, and supports central and edge routing scenarios of TDM STP and IP STP, etc.
SCP processes HTTP signaling, supports centralized routing and load balancing scenarios, converges network signaling routing and simplifies networking.
BSF supports the 5GC policy session binding scenario, and routes multiple sessions of the same user to the same PCF for processing.
SEPP supports the 5GC border routing scenario, and provides functions such as signaling encryption, signaling screening and topology hiding to enhance network security.
Full virtualization:
- Following ETSI NFV network virtualization protocol standard and NFV E2E reference architecture.
- Full life-circle management
- Flexible scale-in/out
- VM migration and self-heal
- Using a variety of performance tuning technology, such as NUMA, DPDK, huge pages, CPU pinning
- Rapid deployment
Convergent 2/3/4/5G/IMS signaling NE, simplifying networking and supporting smooth evolution
Flexible adaptation and intelligent routing, meeting rich application scenarios
High reliability and strong security, building a worry-free network
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Providing safe and reliable network by hiding network topology and dynamic load balancing
The convergent signaling routing solution provides the unified Diameter/No.7/HTTP network routing and rich routing models to simplify network deployment and network structure.
With deploying the solution on the network border, the operator network topology information is hidden, so that the operator network is more secure and reliable.
The solution provides rich routing mechanism to achieve dynamic load balancing, so that the operator network is more reliable. -
Rapid deployment and flexible adaption to meet network demands
The convergent signaling routing solution is based on the cloud architecture, and hardware and software are decoupled. The solution can be rapidly deployed and flexibly adapt to operator needs.
