In the last article on Cloud Broadcasting we looked at integration and how we communicate with SaaS and cloud services in the absence of GPI’s and serial connections. In this article, we introduce secure server access and issues around security.
Over the past few years we have undoubtedly been witnessing some massive changes in the media entertainment landscape. We have gone from linear viewing on a TV screen to widespread consumer adoption of multiple over-the-top services, delivering content anywhere, anytime. With this evolution has come a great deal of technological innovation based around IP delivery, which is changing contribution. Some might (and do) say that satellite has had its day.
Set-top boxes, there must be a billion of them and, in most respects, they all pretty much do the same thing. Yet, with today’s rapid-pace rollout of new services and features, choosing the right operating system for the set-top box is crucial for business success.
OTT services are at the front line of competition for both traditional broadcasters or video service providers and emerging players, all seeking to exploit changing consumer viewing habits driven in turn by improving quality on connected devices.
Does your test bench need a refresh? IBC 2017 is the best place to see the latest in new video, audio, RF and broadcast test and measurement technology.
While viewers shift their focus from traditional linear TV broadcast to online viewing, the OTT space is growing rapidly. The Accenture report “The Future of Broadcasting V” claims that “TV viewing on traditional platforms is declining at an accelerated pace,” while OTT and IPTV viewing is on the rise. An ABI Research report published in January predicted that live-linear OTT services alone would grow to about $7 billion in global revenue by 2021, up from about $1 billion in 2016.
Since the start of the millennium, TV and video services have changed enormously. Along with the changes to the content itself, the infrastructure used to create, process and deliver that content has also changed. However, the rate of transformation is about to increase significantly, with radical changes to multiple facets happening concurrently. The first digital TV services were Standard Definition (SD) and encoded as MPEG-2. Since then, there has been a major shift towards HD, mostly in MPEG-4 AVC and now the early stages of Ultra-High Definition (UHD) using the latest compression standard: High Efficiency Video Coding (HEVC). Already some SD services are starting to be discontinued and, where SD is still needed, down-conversion from HD is becoming the norm. As each major technology shift is expensive – in terms of content creation, production and consumer devices – it therefore makes sense to have steps where there is a meaningful value resulting from a combination of changes that can occur together.
The UEFA claims that its European Under-21 Championship Final held in Krakow, Poland, was the first in the world to deliver uncompressed ultra HD remote signals over a long distance at low latency. Snell Advanced Media (SAM) delivered a complete Proof of Concept (POC) IP-based remote production system, working together with system’s integrator Gearhouse Broadcast. Live UHD signals from five Sony HDC 4300 4K/HD cameras at the stadium were sent via a specially installed and commissioned pair of fully redundant 100GB Ethernet links.
