Edge STP

<p>Edge STPs (signal transfer points) are networking hardware devices embedded with software that performs <a href="/facts/Routing/Ml6MVCaC">routing</a>, signaling, <a href="/facts/Firewall_(computing)/Et2RkJaU">firewall</a>, and <a href="/facts/TDM-to-packet_conversion/m0FxG4WJ">packet conversion</a> functions. Their primary purpose is to unify networks that use various transports and <a href="/facts/Signaling_(telecommunications)/6d4zgUj7">signaling protocols</a> – such as <a href="/facts/Signaling_System_7/YJ3T8VqE">SS7</a>, <a href="/facts/Session_Initiation_Protocol/cbjUoNqP">SIP</a>, <a href="/facts/SIGTRAN/BRbmLVIF">SIGTRAN</a>, <a href="/facts/Time-division_multiplexing/tv7bMh1v">TDM</a>, <a href="/facts/Internet_Protocol/Qq6VeEal">IP</a>, etc. – into cohesive service environments. Unified environments are simpler for <a href="/facts/Telecommunications_network/NFCX0STS">telecommunications</a> companies to manage, and also enable them to cost-effectively transition to next-generation networks based on the <a href="/facts/Internet_Protocol/Qq6VeEal">Internet Protocol (IP)</a>.
</p><p>Edge STPs support voice, data and video services. Among their key functions are optimizing traffic flow; providing advanced load sharing between <a href="/facts/Network_segment/D0gAdNdR">network segments</a>; managing multi-node <a href="/facts/Network_congestion/9ohkRMso">congestion</a>; translating addresses; filtering and screening packets; and protecting important information. They also provide on-the-fly translation between networks that employ different transports and signaling protocols. That translation capability enables, for example, services that were designed to run on SS7 to run on IP networks instead, and vice versa.
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Edge STP open-in-new

Edge STP