Appear’s X Platform Provides Live Contribution Feeds For Prestigious Tennis Tournament

Appear was recently selected by Eurovision Services as a live contribution partner for a major tennis tournament held in Paris. Eurovision Services deployed Appear’s X Platform to deliver live 1080p HD channels during the competition, capturing action from the tennis courts and press conference interviews.
Appear’s X Platform offered the most power, space, and operationally efficient contribution solution on the market. Just two Appear X10 units were needed to deliver Eurovision Services’ live HD channels from the tournament in France, limiting energy consumption and saving on shipping costs and power usage while minimising on-site production space – without compromising on quality or latency. The density and flexibility of the X Platform enabled Eurovision services to seamlessly encode and deliver its live feeds while easily scaling to meet increased volumes of camera feeds.
The X Platform’s ease of configuration and operational resilience empowers broadcasters and service providers globally to deliver live contribution, enabling next-generation remote production and distribution workflows. It seamlessly blends industry standards such as HEVC/AVC, ST-2110, JPEG XS, Zixi, and high-capacity SRT, with an equally broad array of processing, Network Address Translation (NAT), and firewall functions.
The X Platform includes Appear’s ECx110 modules for HEVC ultra-low latency encoding and decoding. It is the only compression solution on the market to offer ultra-low latency, HD, and UHD compression with SDI and ST-2110 uncompressed I/O, at scale and with 1RU or 2RU short-depth chassis options.
As part of Appear’s ‘ground-to-cloud’ vision, the X Platform enables media companies to send signals from cameras at an event to a cloud production platform without the need to send a mobile unit and accompanying production team. In primary distribution and video transport to and from the cloud, the platform enables cost-efficiency through transport over the internet.
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