ORACLE DAT A SHEET Enterprise Session Border Controller (ESBC) Oracle’s Enterprise Session Border Controller (ESBC) connects disparate Internet Protocol (IP) communications networks while mitigating security threats, curing interoperability problems, and ensuring reliable communications. It protects and controls realtime voice, video, and Unified Communications (UC) as they traverse IP network borders. APPLICAT IONS •Session Initiation Protocol (SIP) trunking •Internet Protocol (IP)–enabled contact centers • Videoconferencing • Hosted IP communications services • Remote workers and offices KEY FEATURES Overview Available in software and appliance configurations, the product is highly scalable and includes an industryleading feature set: • Strong security. The Oracle ESBC protects IP telephony and UC infrastructure, services, and applications, and it ensures confidentiality, integrity, and availability. It prevents fraud and service theft, and guards against malicious attacks, system overloads, and other serviceaffecting events. • Easy interoperability. The Oracle ESBC provides extensive signaling and media control features to help businesses overcome interoperability challenges that commonly occur when interfacing with public IP network services. It also performs protocol interworking and dial plan management for integration with legacy systems. • Assured reliability. The Oracle ESBC ensures Public Switched Telephone Network (PSTN)–like availability and service quality for IP communications. It enforces service quality, balances loads across trunks, and reroutes sessions around interface failures to optimize network performance, circumvent equipment and facility problems, and ensure business continuity. •Advanced denial of service (DoS) and overload protection • Fraud detection and prevention • SIP protocol normalization • H.323 to SIP protocol interworking • Optional 1:1 high availability •Industryleading capacity and performance •Scalable from 25 to 80,000 sessions in a single chassis Functions and Models •Proven Businesses install the Oracle ESBC at Session Initiation Protocol (SIP) network borders where enterprise communications systems interface with public network services or where disparate multivendor systems must be managed. They use the products to: KEY BENEFITS • Connect to SIP trunking services and the internet multivendor and service provider interoperability • Accelerate service deployment. • Access cloud communications services IT infrastructure, services, and applications. • Communicate securely with remote workers Guard against malicious attacks. • Manage sessions across a multivendor UC environment • Connect contact center locations and business process outsourcing (BPO) services •Protect • •Optimize quality. performance and service ORACLE DAT A SHEET S E S S I O N D E L I V E R Y I N F R A S T R U C T U R E Oracle’s session delivery infrastructure enables enterprises and service providers to manage the many challenges in the delivery of IP voice, video, and data services and applications. Service provider solutions are deployed at network borders and in the IP service core to help fixedline, mobile, wholesale, and overthetop service providers optimize revenues and realize longterm cost savings. In the enterprise, session delivery infrastructure solutions seamlessly connect fixed and mobile users, enabling rich multimedia interactions and automating business processes for significant increases in productivity and efficiency. The following Oracle products are part of the session delivery infrastructure: Enterprise Session Border Controller • Interactive Session Recorder • Application Session Controller • Enterprise Operations Monitor • Enterprise Communications Broker • WebRTC Session Controller Figure 1. The Oracle Enterprise Session Border Controller connects disparate IP communications networks. Session capacity varies by model, as shown in the table below. ACME PACKET ESBC MODEL SESSION CAPACITY Model Sessions Acme Packet Virtual Machine Edition • 25250 Acme Packet 1100 • 25360 Acme Packet 3820 • 150–8,000 Acme Packet 4500 • 500–16,000 Acme Packet 6300 • 4,000–80,000 The Oracle Enterprise Session Border Controller is specifically designed to address the unique security, interoperability, and reliability challenges businesses often encounter when extending interactive voice, video, and UC across IP networks. The Oracle ESBC also helps enterprises contain voice transport costs and overcome the unique regulatory compliance challenges associated with IP telephony. The Oracle ESBC supports distributed, centralized and hybrid SIP trunking topologies. Flexible survivability features help maintain communications in remote sites and stateful high availability protects service provider trunk connections. To simplify operations in multisite networks, all ESBC models run common software. An embedded GUI features a realtime dashboard that monitors key performance indicators with draganddrop, pointandclick simplicity. Capabilities ACME PACKET ESBC FEATURES AND CAPABILITIES1 Feature Capabilities Security • Granular access control • IP address and SIP signaling concealment • Layer three through five topology hiding and signaling overload controls • IP telephony spam protection • Stateful deep packet inspection • Signaling and media encryption Interoperability • SIP message normalization • Response code translation • Session Description Protocol (SDP) and Dual Tone MultiFrequency (DTMF) manipulation • Number and uniform resource identifier (URI) manipulation • Signaling message header manipulation 1 Performance and capacity vary by signaling protocol, call flow, codec, configuration, and feature usage. 2 | ACME PACKET ESBC DATA SHEET ORACLE DAT A SHEET ACME PACKET ESBC FEATURES AND CAPABILITIES (CONTINUED) Feature Capabilities Interoperability • Signaling interworking (SIP, H.323) • Protocol interworking: Transmission Control Protocol (TCP), User Datagram Protocol (UDP), Stream Control Transmission Protocol (SCTP) • Encryption interworking: Transport Layer Security (TLS), Mutual TLS, Secure Realtime Transport Protocol (SRTP), IP Security (IPsec) • Network address translation (NAT) and firewall traversal • IP address translation: private/public, IPv4/IPv6 • Transcoding • Support for Microsoft ELIN Gateway and Avaya Personal Profile Manager proxy • Session routing based on Microsoft Active Directory query Reliability • Standby SIP registrar with caching for remote site survivability • Stateful signaling and media failover • Quality of service (QoS) marking, virtual local area network (VLAN) mapping, access control • Registration storm avoidance • Call rate limit enforcement • Trunk load balancing • Stateful session routing • QoSbased routing Regulatory Compliance • Session prioritization for emergency services • Internet Engineering Task Force (IETF) standard SIP Recording (SIPREC) interface • Call detail records (CDRs) with local or remote storage via RADIUS • Federal Information Processing Standard (FIPS) 1402 certified Cost Management • Least cost routing • Codec renegotiation Management • Embedded Oracle Enterprise Operations Monitor probe • Browserbased GUI • SIP Monitoring and tracing tool • SNMP agent, XML configuration files, Syslog, SFTP, RADIUS interfaces 3 | ACME PACKET ESBC DATA SHEET ORACLE DAT A SHEET SPECIFICATIONS Feature Acme Packet 11002 Acme Packet 38203 Acme Packet 45004 Acme Packet 63005 Acme Packet VM Edition6 Chassis 1U, shelf/table or rack mount 1U, rack mount 1U, rack mount 3U, rack mount 1U, shelf/table or rack mount Architecture Dedicated hardware Dedicated hardware Dedicated hardware Dedicated hardware Software based Session capacity Up to 360 simultaneous sessions Up to 8,000 simultaneous sessions Up to 32,000 simultaneous sessions Up to 80,000 simultaneous sessions Up to 250 Storage & Memory Standard 32GB disk drive for call detail record storage, log files, other permanent file storage Optional 500GB disk drive for call detail record storage, log files, other permanent file storage Optional 500GB disk drive for call detail record storage, log files, other permanent file storage 40GB or 600GB disk drive for call detail record storage, log files, other permanent file storage Host platform dependent 2 GB for Acme Packet OS and active configuration 4 GB for Acme Packet OS and active configuration 16 GB for Acme Packet OS and active configuration G.711�Law, G.711A Law, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, T.38 G.711�Law, G.711A Law, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, T.38 G.711�Law, G.711A Law, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, T.38, EVRC, EVRCB Other memory used for boot up only 4GB Supported Codecs G.711�Law, G.711ALaw, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, T.38 Transcoding7 Transcoding supported between any of the following: G.711�Law, G.711ALaw, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, EVRC, EVRCB G.711�Law, G.711A Law, G.722, G.722.2, G.723.1, G.726, G.729A, G.729B, AMR, GSMFR, iLBC, T.38 T.38 transcoding to/from G.711�Law, G.711ALaw Between G.711�Law, G.711ALaw, and G.729 Network Refer to specific model data sheet for detailed network interface options and specifications. Platform dependent Encryption TLS session setup, and SRTP traffic encryption and decryption in software Softwarebased SIP/TLS and SRTP support Management SNMP agent, XML configuration files, Syslog, SFTP interfaces. IPsec tunnel and TLS session setup, IPsec and SRTP traffic encryption and decryption in hardware 2 Refer to Oracle’s Acme Packet 1100 data sheet for detailed specifications. 3 Refer to Oracle’s Acme Packet 3820 data sheet for detailed specifications. 4 Refer to Oracle’s Acme Packet 4500 data sheet for detailed specifications. 5 Refer to Oracle’s NetNet 6300 data sheet for detailed specifications. 6 Supports VMware ESXi and Microsoft HyperV 7 Performance and capacity vary by signaling protocol, call flow, codec, configuration, and feature usage. CONTACT US For more information about Enterprise Session Border Controllers visit oracle.com or call +1.800.ORACLE1 to speak to an Oracle representative. 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