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常見問題
Trusted Communications Across IP Network Borders
Oracle Communications Session Border Controller (SBC) helps service providers deliver trusted, carrier-grade, real-time communications such as VoLTE, VoIP, video conferencing and calling, presence, IM, and IPTV. With unparalleled features, a wide range of protocol support, programmability, and manageability in all types of IP networks, Oracle Communications SBC is the ideal choice for carriers as they evolve their networks towards 5G and cloud.
Oracle SBC for Real-Time Communications Services
- Support for initial Vo5G deployments using LTE and evolved packet core
- Performance and capacity scaling for virtual SBC (vSBC)
- Support for major public cloud provider environments
- Native REST API for “Day 0 instantiation”
- Microsoft Teams carrier model support to serve multiple tenants
- Comprehensive security based on the Net-SAFE framework
- Complete implementation of signaling, media, transport, and security protocols
- Integrated Proxy Call Session Control Function (P-CSCF) and other 3GPP-compliant IMS functions
Microsoft and Oracle: Strategic Partners
Oracle supports Microsoft Teams carrier scenario: direct routing.
For telephony service providers, the direct routing/carrier model helps to deliver new, entirely hosted propositions for their enterprise customers to connect telephony into Teams. The service-provider version of Oracle SBC is fully certified to deliver Teams direct routing in a multitenant fashion, enabling operators to efficiently provide a hosted telephony integration into Teams. This model allows service providers to deliver a Teams telephony solution to their enterprises, which is activated via cloud configuration only.
Oracle Communications Subscriber-Aware Load Balancer
Scale access for subscribers from a single IP address.
- Maintains real-time status of each SBC in the cluster and intelligently balances loads across them
- Allows graceful addition and removal of SBCs from cluster with no downtime for sessions or registrations
- Promotes geographic redundancy for enhanced service continuity
- Hybrid support with coexistence of physical and virtualized SBCs