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Innovation in the media and entertainment industry is at an all-time high with devices, backend technologies, operating systems and consumer behaviors constantly evolving. A key element of this evolution is how viewers see, experience, navigate and consume the content they want. Which is why delivering an effective user interface (UI) for video consumption is a top priority for any provider that wants to remain competitive.
Quality Control is one of the many areas where IT and broadcast use similar terms, but the meaning is quite different. Whereas IT focuses on guaranteeing bit rates and packet delivery to improve quality of service and hence quality of experience, video and audio quality is based on satisfying the demands of the human visual and auditory systems. In this article, we investigate how we quantify and measure video and audio streams.
There are many more curators of solutions in the pay-TV market now that there is a move to an all IP infrastructure away from traditional broadcast. Aside from voice, the underlying technologies in pay-TV remain the same as they have for some years i.e. Linux, JavaScript, HTML5, SQL databases and Virtual Machines. What are the implications for middleware – the functional link or glue between the broadcaster service provider and the set top box in the home. Anthony Smith-Chaigneau, senior product marketing, Nagra says the server side has grown-ever stronger and is the nucleus of all pay-TV solutions today.
The bewildering number of video and audio compression formats available is difficult for those new to the industry to come to terms with. For broadcast engineers and IT engineers to work effectively together, IT engineers must understand the formats used, the legacy systems still in place, and the reasoning behind their existence. In this article, from the series Broadcast for IT, we investigate compression formats.
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Point to point connections dedicated to delivering video and audio signals have dominated the broadcast industry since the 1930’s. But migrating to IP is compelling engineers to think differently about packetized signal distribution. In this article we investigate the potential sources of congestion and the effects of buffering.
To deliver efficient media solutions IT engineers must be able to communicate effectively with broadcast engineers. In this series of articles, we present the most important topics in broadcasting that IT engineers must understand. Here, we look at compression, why, and how we use it.
OTT video consumption is growing rapidly. Recent research from Ericsson found that the average weekly amount of time spent watching OTT content increased from 3.6 hours per week in 2014 to 12.1 hours per week in 2017. Broadcasters have an opportunity with OTT to boost their revenue, as the global OTT market is expected to grow to $158.4 billion by 2025. However, OTT workflows are different and can be more complex than traditional broadcast. Ensuring a high quality of experience is critical. Today’s viewers expect video and audio to be flawless on every screen, including TVs, PCs, smartphones, and tablets. This article will examine the complexities of the OTT world and explain why having a strong file-based QC and monitoring solution is essential for delivering OTT content. In addition, it will discuss the key capabilities to look for in a QC and monitoring solution to ensure broadcasters make a smooth transition to the OTT environment.
There’s been a lot of talk about the resource efficiencies related to remote operations for live production, but the cost of bandwidth to connect all of the disparate locations continues to make this way of working prohibitive for most second-tier producers.
