Evertz Unveils A New Media Processing Platform

A next generation media processing platform that gives broadcasters and streaming applications a single point of entry for all compressed and uncompressed signals, regardless of format, will be unveiled by Evertz at NAB 2024.

An ideal solution for hybrid broadcast facilities and broadcasters looking to transition to IP, the RFK-ITXE-HW-DUO joins Evertz’ already diverse ecosystem as the successor to the popular 570ITXE platform, which has been widely deployed by leading media companies worldwide.

The RFK-ITXE-HW-DUO, which caters for all signal acquisition applications, offers a range of features and capabilities that make it a versatile and powerful solution for any media workflow. The platform supports multiple transcode paths, allowing users to convert between different formats and resolutions with high quality and efficiency. It also supports UHD HEVC decode and encode, enabling users to deliver stunning 4K content with low bandwidth and latency.

Additionally, the platform supports JPEG XS encode, for low-latency video compression wrapped in reliable transport offerings including Secure Reliable Transport (SRT) or Reliable Internet Stream Transport (RIST) that make the platform ideal for remote production and cloud-based workflows. It also supports SMPTE ST 2110 (up to UHD), the industry standard for IP-based media transport, as well as SDR and HDR support, ensuring compatibility with expanding color space normalization requirements.

Designed to meet the evolving needs of a media industry that is facing increasing demand for high-quality, multi-format, and multi-platform content delivery, the RFK-ITXE-HW-DUO offers users a flexible and scalable platform that can be easily integrated into existing or new workflows. Each unit can support up to 4 transcodes where each transcode can accept any of the following inputs: compressed input including JPEG XS, JPEG-2000, HEVC, H.264, and MPEG 2 or SDI and SMTPTE ST 2110 uncompressed inputs. Each transcode path includes a full up/down/cross conversion stage including an in line frame sync for video, audio, ancillary data, timing and color space based normalization. The output of each transcode path will provide a multi-stage output path handing off a SDI legacy output, a parallel uncompressed ST 2110 output, high bitrate mezzanine encode, low bitrate IPTV encode, and finally a parallel JPEG-2000 (or JPEG XS) high bitrate low latency output. The agile RFK-ITXE-HW-DUO can also allow for further unique scalability as processing blocks can be allocated dynamically.

You might also like...

Designing IP Broadcast Systems

Designing IP Broadcast Systems is another massive body of research driven work - with over 27,000 words in 18 articles, in a free 84 page eBook. It provides extensive insight into the technology and engineering methodology required to create practical IP based broadcast…

Microphones: Part 2 - Design Principles

Successful microphones have been built working on a number of different principles. Those ideas will be looked at here.

Expanding Display Capabilities And The Quest For HDR & WCG

Broadcast image production is intrinsically linked to consumer displays and their capacity to reproduce High Dynamic Range and a Wide Color Gamut.

Standards: Part 20 - ST 2110-4x Metadata Standards

Our series continues with Metadata. It is the glue that connects all your media assets to each other and steers your workflow. You cannot find content in the library or manage your creative processes without it. Metadata can also control…

Delivering Intelligent Multicast Networks - Part 2

The second half of our exploration of how bandwidth aware infrastructure can improve data throughput, reduce latency and reduce the risk of congestion in IP networks.