EA Integrates Monitoring And Analyzers Into Live Production

Electronic Arts selects Elecard’s Boro monitoring system and StreamEye Studio analyzers for realtime OTT troubleshooting.

Electronic Arts regularly organizes streaming of e-sports tournaments and events onto various OTT platforms such as YouTube and Twitch. To accurately capture errors in real time for troubleshooting during live broadcast and production and to analyze its compressed media, EA has integrated Boro monitoring system and StreamEye Studio analyzers into its live production process.

Ben Bradshaw, Manager of EA Broadcast Network Operations, said: “We face problems daily implementing a fully virtualized live production. Elecard Boro has been an integral part allowing visibility within our network, enabling us to correct problems before they become visible and to make key decisions when there is no time to spare.”

Elecard Boro is a client-server application consisting of two parts: software Boro probes and a server designed to collect and process statistics. It is used to simultaneously monitor 50 UDP or HLS streams. Boro probes were installed on cloud platforms after encoders to immediately monitor live streams being used in production within Virtual Private Clouds around the world. These probes validate and monitor any anomalies in the virtual production environment, enabling broadcast engineers to make more informed, confident decisions regarding what to use on air. Also, Boro probes were installed in partner CDNs to monitor content delivery and regional ad insertion. 

“If we see anomalies, macro blocking, degraded picture, we can methodically trace which cycle is the most problematic and execute a plan for corrective actions. We are very pleased to have this amount of granularity in evaluating the integrity of our compression and decompression techniques and equipment,” commented Bradshaw.

Elecard StreamEye Studio is a set of software tools for video quality analysis designed for professional use in video compression, processing, communication and streaming media industries. StreamEye is used to validate and ensure the highest quality of MPEG-2, AVC and HEVC compressed media. In fully remote, fully virtualized cloud production, there are cases when it is necessary to compress and decompress video multiple times prior to distribution. StreamEye helps to accurately qualify each cycle and measure the visual picture quality of the decoded frames. 

You might also like...

Essential Guide: Intelligent CDN For Broadcasters

Media streaming over the internet is unique. Packet switched networks were never designed to deliver continuous and long streams of media but instead were built to efficiently process transactional and short bursts of data. The long streams of video and…

AJA Video Provides Flexible Bridge From SDI To NDI And Back Again

As broadcast facilities and other organizations that use media to educate and inform continue to carefully make the move to video over IP, they currently face two main options, with a range of others in the wings. ​They may opt f…

Keys To Successful Monitoring In The IP Domain

Legacy broadcast systems using SDI are well understood and reliable but inflexible, based as they are on dedicated routing switchers, video monitors and ingest hardware. That inflexibility extends to the difficulty in adding additional editing, media asset management or playout…

For Maximum Live Field Production Convenience, Stack The Deck

Live TV production may not be the best fit for perfectionists who can’t recognize ‘good enough’ and move on. Live TV has no patience, no second chances and can never be late. Every live shot is a first impression.

TAG Introduces Realtime Media Platform

TAG Video Systems takes advantage of over 70,000 globally deployed probing points to give users the ability to dive deep into streaming content monitoring. The company anticipates more than 100,000 probing point deployments by the end of 2021.