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...

IP Monitoring & Diagnostics With Command Line Tools: Part 4 - SSH Public Keys

Installing public SSH keys created on your workstation in a server will authenticate you without needing a password. This streamlines the SSH interaction and avoids the need to use stored and visible passwords in your scripts.

Building Software Defined Infrastructure: Network Monitoring

IP networks are a fundamental building block for software defined infrastructure, so a solid technical understanding of network monitoring is essential when building dynamic microservice based systems.

Broadcast Standards: The Principles, Terminology & Structure Of Cloud Compute Based Systems

Here we outline the principles, advantages, and various deployment models for cloud compute infrastructure, along with the taxonomy of cloud compute service providers and the relevant regulatory frameworks.

Live Sports Production: Broadcast Controllers & Orchestration In Live Sports Systems

As production infrastructure, processing resources and the underlying networks required become ever more complex, powerful tools are required to plan, deploy and monitor.

Monitoring & Compliance In Broadcast: Monitoring The Media Supply Chain

Why monitoring the multi-format delivery ecosystem starts with a holistic approach to the entire media supply chain.