DMW Awards Partner

59

SipRadius - S.iPTV HUB Simplified IPTV Distribution Node

sipradius.com

Category IP Broadcast Solutions

DMW Awards Finalist

The SipRadius S.iPTV HUB is an advanced IPTV distribution node designed to simplify IP broadcast workflows and ensure seamless content management, viewing, and monitoring across multiple devices and networks. This solution addresses the need for accessible and flexible media viewing in both local and remote production environments, enabling broadcasters to organize, preview, and monitor all live and on-demand streams using either a web-based interface or dedicated hardware.

The S.iPTV HUB is crafted to meet the demands of dynamic IP broadcast applications with features that support local, remote, or hybrid media workflows. Its architecture includes single-channel and multi-viewing capabilities, integrated fleet and playback management, and robust security, featuring AES encryption and full authentication. Designed with flexibility in mind, the HUB accommodates diverse input types, multi-codec support, and is compatible with any platform, making it adaptable to evolving media environments.

The HUB’s plug-and-play design and simplified configuration reduce the setup complexity typically associated with IPTV deployments. With support for H.264, HEVC, and AV1 codecs, along with ultra-low latency capabilities, it delivers broadcast-quality playback with precision. The device also supports multi-user playback with up to 10 channels and 25 simultaneous users, providing a scalable and versatile solution for modern media production and viewing needs.

The S.iPTV HUB’s innovative approach to remote media monitoring aligns with the needs of today’s IP production, enabling efficient workflows without sacrificing security or reliability, while remaining flexible and adaptable to meet evolving industry demands. By bridging the gap between controlled broadcast environments and remote media access, it provides an essential tool for content aggregation, visibility, and distribution within an increasingly IP-based broadcast landscape.