In Stock Patton Smartnode 5300 Esbr - 4 Sip Sessions, 4 Efm Check It Out [F49esD71]

Patton SmartNode 5300 ESBR: Advanced Session Border Controller

The Patton SmartNode 5300 ESBR is a cutting-edge Session Border Controller (SBC) designed for advanced multiservice voice and data network applications. This CPE-based SBC combines highly flexible SIP routing and manipulation features with powerful quality of service (QoS) IP routing functions, making it an ideal choice for building professional and reliable VoIP and data networks. With its ability to handle up to 256 SIP sessions and 4 EFM connections without transcoding, the SN5300 is a versatile solution for businesses looking to enhance their network capabilities.

Key Features and Specifications

The Patton SmartNode 5300 ESBR is packed with features that enhance network performance and security. Key highlights include IP Routing with policy-based routing and packet filtering, QoS and Security with adaptive traffic management and shaping, and a robust WAN Access supporting G.SHDSL EFM/ATM interfaces. The device also features a user-friendly Trinity OS with call-control and signaling features, and offers flexible mounting options for desktop or wall-mount installations. Here are some of the key benefits:

• Highly flexible SIP routing and manipulation
• Up to 256 SIP sessions and 4 EFM connections

Practical Applications and Benefits

The Patton SmartNode 5300 ESBR is a versatile solution that can be used in various network environments. It enables Universal SIP Trunking, providing a single integrated access device for IP routing, VoIP, and IP security. This device connects to IP-PBX or UC systems in enterprise LANs and to Internet telephony service providers (ITSPs), creating a seamless conduit for voice, video, and data. With its built-in QoS engine, the SN5300 ensures that voice traffic receives top priority, resulting in excellent voice quality across public networks. The SmartNode is also capable of protocol conversion between networks, solving interoperability issues for devices using SIP TCP signaling only. Here are some practical applications:

• Protocol conversion between networks
• Ensuring high voice quality across public networks