IP Telephony: protocols, architectures 2025

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Lets dive deeper into six essential VoIP protocols enabling seamless global communication. Session Initiation Protocol (SIP) Real-Time Transport Protocol (RTP) Session Description Protocol (SDP) H. Media Gateway Control Protocol (MGCP) Session Border Controller (SBC) Ooma can help.
SIP Architecture The architecture of SIP is based on a client-server model, but its more accurately described as a peer-to-peer model. This is because any SIP endpoint (user agent) can function as both a client (initiating requests) and a server (responding to requests).
VoIP architecture details how the different components within a VoIP platform connect with each other to deliver voice calling functions. It is a network topology that determines how real-time audio will travel through your organizations internet and infrastructure setup to enable VoIP calling.
What are the key protocols of Voice over Internet Protocol (VoIP)? Session Initiation Protocol (SIP) Real-Time Transport Protocol (RTP) Session Description Protocol (SDP) H. Media Gateway Control Protocol (MGCP)
IP telephony (Internet Protocol Telephony) refers to any phone system that uses an internet connection to send and receive voice data. Unlike a regular telephone that uses landlines to transmit analog signals, IP phones connect to the internet via a router and modem.
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VoIP architecture provides the framework for delivering real-time voice and multimedia communications over an internet connection. Unlike traditional phone systems reliant on physical lines, VoIP transmits voice as digital data packets across IP networks.
Unlike traditional landlines, VoIP converts analog audio signals into digital packets using gateways or codecs. These packets are sent across IP networks local area networks (LANs), wide area networks (WANs), or the Internet and reassembled at the destination to deliver high-quality audio.
Additional components of a typical VoIP system include an IP private branch exchange (PBX) to manage user telephone numbers, devices, features and clients; gateways to connect networks and provide failover or local survivability in the event of a network outage; and session border controllers to provide security, call

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