--- title: "Features" slug: "telos-infinity-ip-intercom" updated: 2026-11-04T20:28:48Z published: 2026-11-04T20:28:48Z canonical: "docs.telosalliance.com/telos-infinity-ip-intercom" --- > ## Documentation Index > Fetch the complete documentation index at: https://docs.telosalliance.com/llms.txt > Use this file to discover all available pages before exploring further. # Features ![](https://cdn.document360.io/57e3cd80-d493-453c-9672-ad1b043dadc3/Images/Documentation/image(50).png?sv=2026-02-06&spr=https&st=2026-11-05T12%3A09%3A36Z&se=2026-11-05T13%3A09%3A36Z&sr=c&sp=r&sig=nuK0kO9hu8nVckeAU6uV5hTLjsi0LpH9GZtxyg3jHlU%3D) From the company that invented AoIP for broadcast comes Telos Infinity IP Intercom. This is the next-generation communication solution that eliminates the matrix and delivers a quantum leap in scalability, ease of integration, and efficiency, while reducing the total cost of ownership. Features include: - Seamless interoperability through standards-based Livewire+™ AES67 - Infinite scalability with plug-and-play device integration - Intuitive UI for simplified operation - Matrix-free design - Distributed DSP architecture - Lower TCO than traditional intercom systems - Optimization for broadcast communications - Suitable for use in all intercom-related applications Telos Infinity IP Intercom is a complete reimagining of broadcast communications technology developed by the same Telos Alliance engineering team that invented AoIP for broadcast in 2003. More than just a talkback system, Telos Infinity IP Intercom converges voice communication and contribution audio on an off-the-shelf Ethernet IT backbone employing the latest standards-based VoIP and AoIP transport to provide dedicated features and functionality without compromise or limitations. ## Break the Matrix Telos Infinity IP Intercom replaces outmoded crosspoint matrix technology with an advanced, distributed IP network solution. This provides superior functionality in a simplified, more elegant form. Because it is matrix-free, you can add plug-and-play networked hardware and software devices to the system as part of a planned or ad-hoc change, without ever worrying that you might exceed the number of available ports on an outmoded matrix. ## As Part of an Integrated System Telos Infinity IP Intercom unleashes the full potential of a distributed IP audio infrastructure, allowing access to any networked audio endpoint through the intuitive Telos Infinity Dashboard application. Mix-minuses, IFBs, Party Lines, Groups, console mix-minus and program busses, monitor feeds, remote contribution audio, and presenter mics are all available anywhere you need them. AES67 Sources and Destinations in Infinity Dashboard can be used for monitoring, and sent to panels, consoles and other audio devices for both communication and use on-air. And since Telos Infinity IP Intercom natively supports Livewire+, you can use it with Telos Alliance AoIP products or those from other manufacturers that support AES67 or SMPTE ST 2110-30. ## Or as Part of a Legacy Installation Harnessing the benefits of Telos Infinity IP Intercom doesn’t mean you have to abandon existing audio infrastructure. Telos Infinity seamlessly integrates into analog, AES, SDI, and MADI systems using Telos Alliance xNode baseband-to-IP interfaces, Junger Audio MADI converters and AES67/SMPTE 2110-30 devices from 3rd party providers. In addition, the transition to AoIP reduces the amount of cabling and its associated costs, system design time, and installation expense. ## Infinite Possibilities Telos Infinity IP Intercom marks the next generation of intercom technology. Audio over IP solutions are already revolutionizing broadcast communication through the creation of disruptive and innovative technologies—and it’s just the start. ## Award Winning! We’re honored that Telos Infinity IP Intercom has been the recipient of several awards since its introduction, including TVB Europe Best of Show (IBC 2017), Radio World Best of Show (NAB 2018), TV Technology Best of Show (NAB 2018), and AV Technology Best of Show (InfoComm 2018).