Lawo And intoPIX Partner To Deliver Edge-Compute JPEG XS Support

intoPIX and Lawo proudly announce that .edge users can now benefit from the intoPIX TICO-XS codec to encode and decode JPEG XS-compressed streams.

As the media industry increasingly leverages the benefits of IP-based remote and distributed production workflows, the challenge it faces is pushing a relentlessly growing amount of data through a fiber-optic pipe with a fixed bandwidth while preserving broadcast-grade quality.

Support for the lossless JPEG XS compression technology in HD, 3G and UHD video-format resolutions will allow users of Lawo’s .edge Hyper-Density SDI/IP Conversion and Routing Platform to encode, process and decode compressed SMPTE ST2110-22 IP streams.

Lawo’s aim is to provide broadcasters with the ability to leverage compressed streams as and when required in order to accelerate high-quality distributed content creation. JPEG XS support for .edge is a licensable option that relies on Lawo’s edge-computing and software-licensable infrastructure strategy. The ability to encode and decode JPEG XS right at the IP network’s edge means that uncompressed streams no longer need to travel to a processor somewhere on the (increasingly vast) SMPTE ST2110-based IP network, and on to their destination, thus saving bandwidth.

JPEG XS delivers broadcast-grade compression ratios of up to 30:1. This makes it ideal for WAN-based IP networks where bandwidth is typically limited, while the number of camera feeds and video streams keeps rising. JPEG XS (ISO/IEC 21122) provides visually lossless quality with sub-millisecond (<1 video frame) delay and is designed for latency-critical applications, such as live remote event productions over wide-area networks.

You might also like...

Essential Guide: Delivering Intelligent Multicast Networks

This Essential Guide discusses the potential weaknesses of the ‘Protocol-Independent Multicast’ protocols that underpin multicast, and explores how a bandwidth aware infrastructure can maximize network capacity to reduce the risk of congestion.

Standards: Part 16 - About MP3 Audio Coding & ID3 Metadata

The MP3 audio format has been around for thirty years and has been superseded by several other codecs – so here we discuss why it still has a very strong position in broadcast. We also discuss ID3 metadata tags which often a…

HDR Picture Fundamentals: Brightness

This article describes one of the fundamental principles of broadcast - how humans perceive light, how this relates to the technology we use to capture and display images, and how this relates to HDR & Wide Color Gamut

Virtualization - Part 2

In part one, we saw how virtualization is nothing new and that we rely on it to understand and interact with the world. In this second part, we will see how new developments like the cloud and Video Over IP…

Standards: Part 15 - ST2110-2x - Video Coding Standards For Video Transport

SMPTE 2110 and its related standards help to construct workflows and broadcast systems. They coexist with standards from other organizations and incorporate them where necessary. In an earlier article we looked at the ST 2110 standard as a whole. This time we…