Provides strong security, high availability, and interoperability for enterprise VoIP and unified communications (UC) networks. Organizations worldwide use it to deliver the highest service levels to customers.
Oracle Enterprise Session Border Controller features a graphical, drag-and-drop user interface that streamlines configuration and management.
Oracle Acme Packet 4600 delivers high performance and configuration capabilities with its tightly integrated encryption and transcoding in a single network module.
Oracle E-SBC installed with Oracle Enterprise Communications Broker and Enterprise Operations Monitor saves significant time and money.
Net-SAFE functions protect networks against denial-of-service attacks and ensure services remain available.
Oracle's SIP Trunking solution delivers seamless connectivity to communication networks, strong security for network borders, and flexible control for administrators.
Oracle's family of enterprise session border controllers drives benefits in a variety of deployment models, including centralized, distributed, and hybrid.
Oracle's enterprise session border controllers meet the needs of enterprises looking to deploy or expand a SIP trunking solution for voice or video conferencing.
Rapidly detects, isolates, and helps resolve multivendor VoIP and UC network problems in real time.
Dramatically simplifies complex, multivendor UC networks by centrally managing SIP sessions.
Efficiently records complete SIP communications sessions or specific interactions for compliance.
Enable easy audio, video, and text for customers and agents on your website and mobile application.
Adopt the most widely used, fastest, and powerful converged Java EE/SIP/IMS application server.
Deliver friction-free communication and collaboration to employees and partners cost effectively.
The latest-generation Intel® Xeon® processors provide the performance and protection you need. The result is an agile, scalable Oracle Cloud you can count on, with the power and capabilities to handle your most data-intensive workloads.