Red5 Pro Server Integrates Zixi Software-Defined Video Platform (SDVP)

Zixi has announced a partnership with Red5 Pro, a leader in real-time interactive video who have integrated Zixi to enable live sources and provide adaptive, ultra-low latency streaming by using real-time technology with sub half-second latency.
The Zixi-integrated Red5 Pro server platform enables users to contribute and deliver high-quality streams with end-to-end encryption while auto-scaling across various device types and cloud providers. Red5 Pro provides access to video streaming orchestration tools that allow users to skip the CDN, and deploy auto-scaled clustering on any public or private cloud provider, online or offline that supports millions of streams under 500 milliseconds of latency. Red5 Pro’s Zixi addition unlocks powerful workflows including advanced GPU accelerated live transcoding, Zixi-patented sequenced hitless failover, connection bonding over disparate networks, purpose-built live operations dashboards, enhanced visualization and centralized management of live channels. This enables users to serve new and a wide range of applications such as eSports, Broadcast, Online Gambling, Live Auctions, Government and the world of IoT.
With the integration of Zixi SDVP and the Zixi Enabled Network ecosystem of integrated devices, Red5 Pro media servers can natively receive a wide range of broadcast quality content reliably and securely over managed or unmanaged networks. There is no additional conversion required to receive and process content which reduces complexity and increases efficiency, resulting in overall dramatically improved performance of the Red5 Pro platform. Users contributing content using the SDVP will benefit from its patented video over IP technology proven with 15+ years of experience delivering premium content to transport live video anywhere in the world.
By leveraging the combined Red5 Pro servers and SDVP, users have access to a high-performance, scalable and cloud-agnostic live video distribution platform and benefit from unique features such as ultra-low latency, bonded delivery, network and compute efficiency that reduces costs up to 50% when compared to other protocols, connection validation through the industry's leading security including DTLS connection security and content encryption. Also patented sequenced hitless failover, an improvement on SMPTE 2022-7 that applies Zixi-optimized alignment algorithms to re-create a single coherent uninterrupted stream out of multiple stream fragments, enhanced stream resilience with congestion aware routing and dynamic forward error-correction as well as quality optimized delivery with content-aware bandwidth shaping.
Red5 Pro will be exhibiting the integrated offering in the Zixi Partner Village at IBC 2023.
You might also like...
HDR & WCG For Broadcast - The Book
‘HDR & WCG For Broadcast – The Book’ is a multi-article exploration of the science and practical applications of all aspects of High Dynamic Range and Wide Color Gamut within broadcast production.
BEITC At NAB 2025: Conference Sessions Preview - Part 1
Once again in 2025 The Broadcast Bridge is proud to be the sole media partner for the BEIT Conference Sessions at NAB. They are not free, but the conference sessions are a unique opportunity to engage with very high quality in-person…
Monitoring & Compliance In Broadcast: Part 1 - Cloud, Multi-Site & Remote Systems
‘Monitoring & Compliance In Broadcast’ explores how exemplary content production and delivery standards are maintained and legal obligations are met. The series includes four Themed Content Collections, each of which tackles a different area of the media supply chain. Part 1 con…
The Ultimate Compression Technology?
Our resident provocateur Dave Shapton speculates on the nature of compression and its potential future evolutionary path.
Live Sports Production: Control Room Teams & Workflow
Why the composition and workflow of the gallery creative team have remained largely unchanged for many years… and the effort taken by engineering to support creative teams.