IBC
IP is steadily gaining traction around the world with
IBC2018 a forum to boost education and discussion about interoperability and
the ramifications of SMPTE 2110.
For many people, the most iconic IP project in the world is
Australia’s Andrews Production Hub. Based in Sydney and Melbourne, the Hubs
have been producing live broadcasts of Aussie rules football, rugby, tennis and
cricket for Fox Sports Australia since March direct from cities that are
thousands of miles apart.
A remote and centralised production on this scale is
delivering immediate logistical savings on freelance crews to the broadcaster.
More significantly it is using SMPTE ST 2110 for the IP transport of the video
and audio signals.
“This project basically redefines sports broadcast
production for a whole continent,” says Andreas Hilmer, Director Marketing and
Communications, Lawo, which with Sony, EVS and Ross was one of several vendors
that worked with NEP Australia on delivery. “It’s seen as the blueprint for
building a distributed infrastructure that makes use of IP networking in
combination with the data centre principles.”
The -10, -20, -30 and -21 portions of the SMPTE ST 2110
suite cover the most essential parts of television infrastructure – video, audio
and timing – and specify core capabilities for moving separate essence streams
across IP networks.
ST 2110-40, the latest to be published, in May, enables
packets to be moved synchronously with associated video and audio essence
streams. This advance means that every element that has been part of the
traditional SDI studio can now be put into an IP studio.
At Wimbledon, IP technologies were deployed to create the
equivalent of a 3000 x 3000 router, which meant an operator could call up any
signal needed from any of the courts. This simply would not have been possible
with SDI where, for instance, signals would have had to be carefully selected
and delivered via SDI router tie-lines. An additional benefit is that the
system is also able to support UHD production without requiring a separate
routing infrastructure.
“TV is going to evolve into something more immersive, more
pervasive, more interactive and more personalised,” BBC technology chief
Matthew Postgate predicts. “For the BBC the question about our IP future
becomes not just when, but also how.”
A clue can be found in Cardiff where the BBC is shortly to
open a regional hub based around the latest IP protocols for incoming and
outgoing feeds including 2110-40. It is seen as the template for its future
development.
The end goal of an all-IP environment is widely agreed
across the industry, but the journey is as important as the destination. People
come to IBC not only because it showcases proven, standards-based IP solutions,
but also to encounter the expertise to help them navigate the transition.
“A handful of IP implementations have already proven their
worth in terms of flexible routing, switching, remote production and more where
circumstances can be tightly controlled,” says Bryce Button, Director of
Product Marketing at AJA Video Systems.
Vice News in New York was one of the world’s first news
organisations to implement a pure IP-based technology infrastructure. And the
Recife facility of Brazil’s TV Globo is the first Latin American broadcaster to
implement IP for live production.
“SMPTE ST 2110 is speeding the transition by making it
simple and safe to create best-of-breed solutions through standardised
communications,” says Steve Reynolds, Imagine’s President Playout &
Networking.
“Momentum is building for IP adoption,” concurs Mike Cronk,
Chairman of Alliance for IP Media Solutions (AIMS). “Operations everywhere are
recognising the key benefits of IP, such as much greater systems scalability
than was ever possible with SDI, the ability to build UHD and HDR systems
without having to compromise on signal counts, and the ability to share
resources to improve equipment utilisation.”
However, the Andrews Hubs are outliers in an industry that
remains a long way from full IP transition. Even AIMS admit that rollout is in
its infancy.
“The truth of the matter is that this is an industry in
transition, and that is going to continue for some time to come,” says
Reynolds.
Imagine’s own research suggests 6% of media enterprises
worldwide are already all-IP, and a further 8% just have the odd SDI island.
Set that against 40% which are still all SDI.
“Our survey says that in five years’ time, as many as 10% of
businesses will still be all SDI. No prudent business is going to throw out
viable technology, so IP connectivity will take over as legacy hardware needs
to be replaced.”
Button agrees. “A number of broadcasters are reluctant to
make the leap to an all-IP workflow until remaining auto-discovery and security
challenges are resolved. As a result, a majority of deployments we see in
current broadcast efforts will continue to be hybrid SDI/IP implementations for
a while yet.”
Even if, for most broadcasters, the question of ‘why IP?’
has basically turned into a question of ‘how?’ and ‘when?’, “there’s still a
vast amount of confusion out there,” says Hilmer. “Many customers are seeking
qualified advice.”
This view is backed by audio codec specialist Digigram. “IP
has not yet completely won over everyone and we still have to face some fears
from certain CTOs,” says Raphael Triomphe, Product Director. “To counter this
reluctance, the future of IP lies in our ability to make it easier to use and
deploy.”
With 98% of technology users demanding interoperable
solutions, the IABM urges vendors to adopt a more open approach to product
interoperability.
Most live production is wedded to legacy architectures.
Liberty Media may have driven digital innovation into Formula One, including
the launch of OTT service F1TV, but the host broadcast feed which is channelled
online is produced from flyaways based on SDI.
Likewise, the two sporting organisations with the most
financial firepower, have yet to invest wholeheartedly in IP. FIFA’s production
workflow for this summer’s World Cup was an all UHD and HDR affair but routed
all audio, video and metadata signals around its OB trucks and to and from the
Moscow IBC using conventional circuits. The Winter Olympics in South Korea at
the start of the year moved more of its networks than ever before towards IP
for video transport to accommodate increased broadcaster needs for remote
operations, but as with its 8K, 5G and VR innovations this was a side order to
the main event.
IP Showcase at IBC2018
A record number of vendors – more than 60 – will be presenting at the IP Showcase, sponsored by AES, AMWA, AIMS, EBU, SMPTE and VSF. Product categories cover just about everything under the sun, including cameras, test and measurement equipment, replay servers, encoders, asset management systems with native ST 2110 ingest capability, router control systems capable of using AMWA IS-04 and IS-05 Discovery/Registration and Connection Management.
A record number of vendors – more than 60 – will be presenting at the IP Showcase, sponsored by AES, AMWA, AIMS, EBU, SMPTE and VSF. Product categories cover just about everything under the sun, including cameras, test and measurement equipment, replay servers, encoders, asset management systems with native ST 2110 ingest capability, router control systems capable of using AMWA IS-04 and IS-05 Discovery/Registration and Connection Management.
An important goal of the IP Showcase at IBC2018 is
education. There will be wall displays and in-theatre demonstrations (from
Pebble Beach among others), that give further insight into why people are
moving to IP-based systems. In terms of protocols the focus is on open
standards and specifications including the ST 2110 standards suite, AMWA IS-04
and IS-05.
No comments:
Post a Comment