Thursday, 3 September 2015

Outside Broadcast

Broadcast 
Growing demand for Ultra HD in live sport is driving change in OB technology, from IP delivery to remote production, writes Adrian Pennington http://www.broadcastnow.co.uk/features/outside-broadcast/5092386.article?blocktitle=Features&contentID=42957
ITN Productions has emerged as a significant new player in UK sports production, shaking up an industry dominated by IMG and Sunset+Vine. Having won the contract to produce Football League coverage for Channel 5, it set about reimagining the traditional outside broadcast model.
“Instead of shuffling trucks up and down the country, we wanted to explore new opportunities,” says ITN chief technology officer Bevan Gibson. “We looked very seriously at whether we could do production in 4K down-rezed to HD with pan and scan or fixed cameras, and we looked at remote operation and remote production.”
Gibson concluded that neither route was quite ready for a production team taking its first leap into the big league.
“We have been packaging clips of EPL matches for mobile and online platforms of News International titles since 2013, but the Football League contract takes our involvement to the next level,” he says. “So in the first year, our workflow is conservative. We want to make sure the first few months are nailed before pushing boundaries.”
With Sunset+Vine’s match presentation, ITN has developed a system that will allow it to record up to 36 matches for editing while the games are still being played.
However, the multicamera coverage remains conventional, with trucks supplied by Video Europe posted at stadia. From there, proxy files are sent via dark fibre to ITN’s London headquarters.
“We are looking to work with partners to do more of this remotely and to significantly reduce the kit we move around,” says Gibson.
Remote production
The ambition is to base all production, including camera control and direction, at Gray’s Inn Road. Gibson says: “If we can deliver remote production in a reliable and cost-effective way, then one benefit for the Football League is that we could produce more multi-camera coverage from more stadiums, rather than the single-camera coverage of the majority of the week’s 36 games.”
A typical objection to remote OB has been the idea that producers need to ‘smell the grass’ – that is, to get as close to the action as possible so they can deliver a better editorial product.
“We’ve explored this with production teams to see whether they can provide coverage that is as good 150 miles away as they can from the venue car park,” says Gibson. “I was expecting it to be a big upheaval, but it’s perhaps more psychological than anything. After a couple of games, we think a production team are quite comfortable being at an HQ that doesn’t have wheels on it.”
He adds: “You still need riggers to install the camera hardware and a cut-down crew to make a basic cut at the stadium if connectivity goes down, but the benefits are there and we will be looking to exploit them.”
Gibson acknowledges that trucks are still required at tier-one events such as Wimbledon, the FA Cup Final and the London Marathon.
“If a broadcaster has spent several million pounds on rights [both BT Sport and Sky are paying £6.5m per EPL game], then spending a fraction more on a traditional OB is not going to make much difference,” he observes. “For the foreseeable future, remote production is more applicable to sports and events that are not yet as commercially successful.”
OB suppliers are still building large trucks to cater for premium live event coverage and Gibson’s view is shared by one of its major players.
“It depends on how essential the sport is and what the penalty is for missing things,” says Richard Yeowart, who runs OB stalwart Arena: “For top-tier events like Champions League, if you miss a goal the football body levies a huge fine on the broadcaster. That applies to varying degrees in all sports. Where broadcasters are paying significantly for rights, they are not yet willing to trust remote technology.
That said, there is a halfway house in which ISO feeds of EVS clips are fed down the line to be turned around offsite into highlights montages.
“I’m not sure that camera operation and live directing will move away, purely because producers may have to respond to the match situation,” says Yeowart. “They are too cautious about making that jump.”
Outside broadcaster CTV has tested remote production, believing that it has a place in future live events. It, too, has some caveats.
“Until manufacturers can agree on a standard protocol [AVB or SMPTE- 2022 for routing uncompressed signals in a IP environment] then the industry is in a hiatus,” says technical director Hamish Greig. “The other element is network management of the bandwidth, which requires some new skill sets in our engineering team.”
The transition to IP and to 4K/Ultra HD are almost running in parallel, but there is a lag, causing some delay in commissioning 4K-ready vehicles.
BT pushed the button on a 4K live Ultra HD channel knowing that it has the distribution network to stream it to the home. But it was aware that the technology was not ready for live IP production at HD, let alone 4K.
It commissioned Timeline to build a 4K truck ready for 2 August with four circuits of HD-SDI. Timeline managing director Daniel McDonnell says any new truck it builds will “almost certainly” be IP based.
Yeowart adds: “Ultra HD is a natural progression or us – it would be crazy to build another HD truck now.” Nonetheless, Arena has put back the launch of OBX, its latest triple-expanding truck, until early 2016.
“We’ve allowed the date to slide so we can incorporate IP,” he explains.
“It makes no sense to build a truck with coax cable when IP is so close to market. We’re bullish that we’ll have an IP truck. Not all the routing will be IP, but we will have the ability to upgrade.”
The truck will be capable of processing at least 20 4K UHD cameras operating at 50 frames a second with an upgrade path to 100 frames a second.
4K UHD investments 

Arena doesn’t have a specific contract for its new 4K facility, which is costing £6.5 million, so the truck is fully capable of working in HD.
“We’ve chosen not to rush this out and to avoid having to field two trucks for one job in the longer term,” says Yeowart. “We’re trying to make this a very powerful truck that does everything an existing HD does but capable of delivering a 4K feed alongside.”
Customers are beginning to talk about the possibilities of 4K, says Megahertz chief technology officer Steve Burgess. The systems integrator and OB provider demonstrated a fully 4K truck at IBC last year and recently upgraded a couple of vehicles from HD to 4K “in a relatively simple way” for a customer.
“Customers face some very difficult decisions,” he says. “There is a solution available now, but everyone knows that interconnection by 4 x 3G-SDI coax cables is not the way forward. It is a case of assessing the benefits of being first in the market versus the costs of implementing what must be considered an interim and slightly compromised solution.”
CTV has had a 4K-ready vehicle on the road since the summer, although it was used in HD mode for Sky’s Ashes cricket coverage.
The Euro Media Group (EMG), of which CTV is a subsidiary, plans to replace all 400 of its cameras with 4K over the next four years. It has a request for proposal out to manufacturers including Grass Valley, Sony and Hitachi, and is conducting tests into 4K production.
NEP Visions runs a number of 4K-ready trucks, which have lacked the missing piece of a true 4K camera chain. As it gears up to launch its next scanner (currently with chassis built), the company’s commercial and technical projects director, Brian Clark, still has questions over kit.
“A 4 x SDI path might be practical as an intermediate step but we’re looking at how to manipulate signals around a truck in 4K over IP,” says Clark.
“One issue is how you treat audio. There is the opportunity to deliver a new audio format into the home alongside Ultra HD, so our equipment decisions are dependent on broadcaster plans and on developments at standards bodies like SMPTE.”
HDR tests
OB suppliers have also been tasked by clients, including BT and Sky, to investigate ways of bringing high dynamic range (HDR) and wider colour to the screen. Ultra HD TVs are coming to market capable of displaying HDR, which brings a more vibrant colour palette and greater contrast in the shadow and highlight areas of a picture.
Tests are focused on trying to find the most efficient way to work with rec.709 (the TV colour spec that BT Sport is deploying) and rec.2020 or DCI-P3 (the new wider colour spaces defined for 4K/Ultra HD). NEP has one such test under way with Sony and the National Theatre
“Translating the information from camera to transmission is not straightforward,” says Clark. “If you adjust the rec.709 space at source it has a direct impact on the rec.2020 space when displayed, and vice versa. The aim is to find a means of delivering the best Ultra HD HDR and 1080p HDR image so that we are not altering the signal twice.”
CTV’s Grieg adds: “HDR would deliver enhanced production for football and cricket because it would provide detail into shots with high contrast shadows and pictures from night time games. Any good engineer will know how to tune gammas and clip levels for HDR, so the process should be straightforward. It has to be plug and play, though, which is a limitation of current HDR workflows.”

ACQUISITION TRAIL

  • The NEP Group has been looking to expand away from its mobile unit business. It has snapped up Ireland’s Screen Scene Group, Swedish OB firm Mediatec Group, and Netherlandsbased Consolidated Media Industries, which includes DutchView, a provider of remote production systems and studios, and postproduction, transcode and ingest outfit Infostrada.
  • CTVowner Euro Media has several arms covering studios, postproduction, transmission and mobile units, adding RF service supplier Broadcast RF in May. “It is difficult to grow an OB company focused purely on outside broadcasting, so adding associate businesses like Broadcast RF makes sense,” says CTV managing director Barry Johnstone. “Media management of content services is a key growth area for us.”

2015/16 SPORTING HIGHLIGHTS

All of this activity is taking place before the hectic summer of 2016, another landmark year for live sport.
But for this year, CTV, Visions and Telegenic still have the Rugby World Cup in England (and Cardiff) for host ITV.
Arena is taking the lion’s share of ITV’s presentation facilities, fielding 16 trucks including technical and rigging units and crew transport to cover 13 stadiums and 48 fixtures over 46 days.
2016, though, is Olympic year. Arena, NEP Visions and EMG will be sending trucks and crew to Rio. Arena and EMG also have facilities ordered for the Uefa European Championships in France.
CTV’s biggest event next year is The Open, but it will be sending kit and crew (not trucks) to cover the Ryder Cup in Minnesota next September. There’s also the Queen’s 90th birthday at Windsor Castle in May to consider, although tenders had not been put out at the time of writing.

Wednesday, 2 September 2015

G Force: 5G's Potential is Up in the Air

IBC
Where the 2G global mobile phone network was about voice, 3G about data with some video and 4G, in the words of operator EE ‘a media distribution network’, then 5G is the mother of them all. It promises to interconnect billions of devices and deliver an array of services that are currently science fiction.
Eager to maintain its status as the most connected society in the world, the South Korean's are pumping $1.5 billion into a 5G network it will switch on in just two years time. 
The UAE won't be far behind and aims to lead the Middle East in the technology after the country's telecom operator, Etisalat struck a pact with Ericsson to develop a 5G strategy. Dubai would like 5G up and running in time for its host of World Expo 2020.
Despite this relative proximity, what 5G means in practice is very much up in the air. A prerequisite is 4G but beyond that the detail is hazy, except that it is potentially so powerful there may be no need for another upgrade – another 'G'.
Initial work has started on 5G standards under the operator consortium Next Generation Mobile Networks (NGMN). The NGMN has provided a consolidated operator view of 5G in its whitepaper and created several technical groups to flesh out the vision outlined in it. The NGMN will act as a feeder body for its requirements to the ITU Radiocommunications Sector (ITU-R) and third Generation Partnership Project (3GPP) initially, and other consortia (e.g. TMF, IEEE) as the need to do work in these are identified. 
Initial deployments of 5G-based solutions are expected around 2020, with trials in the 2018-2019 timeframe. Ericsson expects to showcase some 5G-based scenarios during the summer and winter Olympics during this period. Not coincidentally South Korean city PyeongChang hosts the 2018 Games and Tokyo has the winter games, which is already set to showcase achievements in 8K broadcasting.
According to the UK's Digital TV Group, the 5G process is gaining a global momentum and receives a strong political support and funding from governments and the European Commission. 
The ITU is developing a set of requirements for IMT-2020 and will provide additional spectrum at the WRC conference in 2019. 
“This would enable the first 5G-compliant equipment to be available around 2020,” says George Robertson, Principal IP Engineer of DTG and co-chair of the Mobile Video Alliance. 
At the Mobile World Congress in March, Qualcomm CEO Steve Mollenkopf said the biggest challenge the industry faces with 5G is the extreme number of use cases.
According to Ericsson, 5G is not simply a next generation mobile technology upgrade (like the transition from 2G-3G-4G) “but an enabler for a whole range of scenarios affecting multiple industries from media and transportation to automotive, industrial, security and so on.” 
EE is about to begin 5G trials of its own. Matt Stagg, EE's Principal Strategist, and a mentor for the 5GIC project at Surrey University, says “Bandwidth is not limited but 5G may yield a perception of limitless bandwidth because you will always have enough for your purpose. This could be the connected car, remote surgery or holographic projection. 5G is not a new air interface. It is best understood as an ecosystem which a lot of people, not just mobile operators, are exploring.”
To make those concepts possible, the attributes of a 5G standard will likely include ultra-reliability and ultra-resiliency, GB throughputs and latency as low as 1 millisecond. 
“It means unicast with peak data of more than 10Gb/s, a more consistent user data rate of 100Mb/s at the cell edge and it means a massive increase of network capacity by moving to higher frequency ranges,” explains Dr Helmut Schink, Head of Telco standards at Nokia Networks.
The focus of 5G delivery is on edge computing, a transformation of the current architecture of the internet. It means transferring processing nearer to the application into local cells and away from centralising data in data centres or on cloud servers. This will free up the network which may otherwise be blocked by the sheer amount of traffic passing over it.
“We will see some big changes in content delivery from the cell side itself because it makes economic sense, it doesn't use backhaul, will lower latency and frees up other parts of the network,” says Stagg.
One area 5G is not expected to address is broadcast. That's because the capabilities for mobile and video broadcasting are already possible with LTE Broadcast and will be further enhanced by the evolution of LTE in the next few years. 
“Standards are being developed by 3GPP for LTE-based services for either unicast or broadcast distribution of TV programs,” states Ericsson. “5G is not essential for such services. Higher frequency spectrum bands in 5G and new radio beam forming technologies are expected to offer ultra-dense deployments at GB throughputs for applications that require such capabilities.”
Nokia's Schink agrees that “multicast and broadcast is not a key focus of 5G.”
According to Robertson at the DTG, the expected capabilities of 5G technology would “certainly be sufficient for the delivery of linear broadcasting to mobile devices” but it remains to be seen to what extent and when they will be deployed in the real networks.
“From the perspective of both the public service media and the commercial providers 5G will need to be assessed in a similar way as other delivery platforms,” he says. “That is, not only on the basis of its technical capabilities, but also reach, costs, market potential, and gatekeeping issues.”
For all the excitement, 5G is not likely to be a mainstream service until 2025.

IBC Sheds Light on High Dynamic Range

IBC
The digital cinema conference sessions at IBC are dominated by discussion of High Dynamic Range (HDR), a means of augmenting the picture quality of content shown theatrically and in the home.
“The HDR revolution has shaken a lot of folk in the industry to be aware of the fidelity of their image,” says Dominic Glynn, Senior Scientist, Pixar. “It's a wake up call for those skating a fine line of efficiencies and short cuts to better protect their imagery throughout the pipeline if they want to leverage HDR into distribution.”
While it has long been possible to record the full dynamic range from light onto film stock, and more recently on digital image sensors, what has not been possible is a way of preserving that information through to final display. 
A number of techniques and technologies have now aligned to enable this. At the display end this includes HDR-enabled Ultra HD TV sets which can decode and present higher brightness imagery. These will pour into shops at Christmas. Laser projectors deliver the necessary uplift in luminance for cinemas.
“For most of the past thirty years in CGI and VFX it was only possible to display a limited range of light values for images,” says Rick Sayre who worked with Glynn to create the HDR finish for ‘Inside Out’. “By convention we picked 1.0 for the brightest value we could make, and accepted that 0.0 wasn’t really black. Now, with the new high dynamic range displays, we can begin to talk about images as a photographer would - in terms of contrast, mid greys and tonal structure. Not only VFX elements and light probes, but finally the images the audience will see can move beyond that 0 to 1 range.”
Unlike the current migration to 4K and Ultra HD, the addition of HDR does not incur a huge knock-on cost in data handling. “Improving the pixel has a much lower incremental cost than making more of them,” he observes. “More pixels cost more to render but better pixels require more care.”
However, just a handful of cinemas worldwide have the necessary equipment to showcase HDR. It is an expensive proposition for exhibitors who have only just finalised migration to digital projectors. For the time being, laser-projected HDR will be the preserve of flagship auditoria known in the trade as Premium Large Format.
“Our hope is that HDR is a broadly proliferated platform,” says Glynn. “We recognise the economics involved and that right now this is bleeding edge. HDR speaks to premium exhibition.”
HDR for the home though is another matter. Hollywood studios are packaging catalogue and new titles (like ‘The Lego Movie’) with an HDR sheen.
Outside broadcaster tech teams are busy testing ways of transmitting HDR from the lens to the screen where HDR would lift the picture quality of sunlit or shadowed sports from football to cricket. HDR can also render visibly better HD picture too.
But there are issues which the IBC sessions will help thrash out. The main one is the lack of a standard formulation for the format. How bright should the whites be?  How dark should the blacks be? Is additional training for colourists required? How much will HDR-enabled production kit (monitors, projectors, grading pipelines) cost?
It will also add complexity to mastering. Potentially separate HDR and SDR (normal or standard dynamic range) versions, and even individual masters for proprietary HDR formats from Dolby, Imax or Technicolor may be necessary. There is pressure on all sides to limit the number of source masters, one for TV and one DCI-compliant. 
It is notable that BBC R&D is being honoured by IBC for a novel solution to the delivery and display of Ultra HD and HDR video for their technical paper “A display independent high dynamic range television system.”
HDR may “open up a window into a world we put so much time effort and love into,” for ILM's Image Pipeline Lead, Jeroen Schulte, yet the full creative implications have to be explored.
"We don't know yet what it means to light for HDR,” suggests Sayre. “You can show the audience [detail they wouldn't have seen before]. The question is whether you should, in terms of the story. We need to beware of gimmicks.”
“It's a high impact return for creatives,” asserts Glynn. “It affords a visceral yet subconscious feel for an audience. You don't need to read a white paper to understand that HDR enables higher quality filmmaking.”
Rick Sayre, Dominic Glynn and Jeroen Schulte give the IBC Big Screen keynote: ‘Extending the creative palette - Vision from Pixar and ILM.’
Note also three sessions on HDR: From zero to infinity which feature expert contributions from Curtis Clarke, and executives from Imax, Barco, Dolby, Sony Pictures and more.
Andrew Cotton and Tim Borer, authors of the BBC R&D paper will present it at 14:00 on Friday 11 September and receive their award at the IBC Awards on Sunday 13 September.

Thursday, 27 August 2015

The age of disruption

RTS Television

Adrian Pennington looks at the big technology trends that will dominate September’s International Broadcasting Convention

September’s International Broadcasting Convention (IBC) will mark the transition from hype to reality for a wide range of trans- formative new technologies. Attendees of the week-long broadcasting conference and exhibition in Amsterdam will be able to assess the growing impact of Ultra- HDTV, big data and Cloud computing.
It is no coincidence that IBC has themed its entire conference as “The future of media in an age of disruption”.
The hardware to make programmes in the 4K version of Ultra-HDTV is now available, albeit at a hefty price. In the US, DirecTV has announced that it will follow Netflix into making Ultra-HDTV shows for the video-on-demand market. In the UK, BT TV has unveiled BT Sport Ultra HD, the first 4K channel in Europe.
Live 4K production became a practical possibility even more recently, with the arrival of cameras that can slot into existing outside broadcast workflows and use standard zoom lenses. All the main manufacturers – FOR-A, Grass Valley, Panasonic and Sony – have announced suitable models in the course of this year, with BT selecting the Sony version to shoot its live Ultra-HD work.
One element of the traditional camera chain that is still missing in 4K is live coverage from wireless cameras. Existing 4K transmitters are simply too bulky to be mounted on a hand-held camera and the video signal latency (the delay while the signal is processed) is still too great to sync reliably with audio.
But that will change, as it did with HDTV, which suffered the same difficulties in its infancy, and possibly as soon as IBC.
With Futuresource Consulting predicting that 20% of UK homes will have a 4K-capable TV by 2018, a business case can be made for offering 4K content, if only to reduce churn among pay-TV subscribers.
Having made big inroads into media archiving and distribution, Cloud computing is now pushing into non-live TV production. Cloud workflows rely on transporting video as packets of data over internet protocol (IP) networks.
The ability to repurpose and deliver content to multiple screens more efficiently than with the bespoke equipment and tape-based workflows of old has been embraced on an enterprise-wide scale at Italy’s RAI, France’s Canal+ and Disney/ABC. All three companies will share their experiences in conference sessions at IBC.
The last step is live production. No longer an experiment, this is the most fundamental technical change to sweep broadcast in decades. Expect the first IP live production technology to be available to buy on the IBC exhibition floor.
Big data is another buzz phrase that has been translated into genuine TV currency. The traditional, pre-sold, 30-second spot advert is under threat from real-time, automated ad trading based on big data about viewers.
Channel 4, one of the first broadcasters to introduce programmatic advertising, will share its experience at the IBC conference. Twitter will talk about how social media can trigger content discovery to create a new personalised programme guide.
One technology whose transformative potential remains the stuff of speculation, with only conflicting guestimates as to its likely commercial impact, is virtual reality (VR).
Even so, the format’s promise has caught the imagination, and IBC is reflecting this with a series of technology exhibits in its Future Zone, on the exhibition floor, and in the conference. For the latter, the focus is very much on VR – and its sibling, augmented reality – as a new creative storytelling medium.
There’s no doubt that VR content is sufficiently different to conventional programmes for it to be labelled a disruptive technology.
So, too, is the “internet of things”, the machine-to-machine communications network that is just beginning to seep into broadcasters’ business plans. For example, video content streamed to a home could be modi- fied in response to data received from web-connected health and lifestyle- related gadgets in that building.
IBC will look at the threat to traditional broadcasters from content distributed by the likes of Netflix, YouTube and Amazon over the open internet as an OTT (over-the-top) service. One conference session poses the question, “Is video-on-demand the new broadcasting gold?”
Another session asks: “Is OTT simply broadcast rebooted?” The rhetoric behind these is clear. Over-the-top video could simply be broadcasting as we know it from now on.
Ultra-HDTV The pipeline starts to fill
Even before the first generation of Ultra-HDTV – 4K – has had its problems ironed out, equipment for the next generation is on its way.
Ultra-HDTV 8K – offering 16 times the resolution of HD – cameras and post-production equipment are being pushed by vendors such as Ikegami and Quantel. They have one eye on feature film production and the other on the Japanese domestic market.
Japanese broadcaster NHK is committed to adding 8K transmission by 2018, and the 2020 Tokyo Olympic and Paralympic Games will be covered in both Ultra-HD 4K and 8K.
One of the bodies shaping the development of Ultra-HDTV is the Ultra-HD Forum, an alliance of manufacturers that includes Dolby, Ericsson, LG and Sony.
‘Ultra-HDTV is now entering a phase where content, technology and consumer experience have to be aligned,’ says the forum’s President, Thierry Fautier.
The forum is establishing guidelines for the implementation of a broad range of new Ultra-HD technologies.
Abbreviations that we can expect to see stickered on consumer kit in the near future include WCG (wide colour gamut), HDR (high dynamic range), HFR (high frame rate) and NGA (next generation audio.
An indication of the importance of HDR is that IBC has awarded its 2015 Conference Prize to a paper from two BBC R&D staffers, Andrew Cotton and Tim Borer, for their report, ‘A display- independent, high-dynamic-range television system’.


Production Sports producers look for their 10%

The value of sport in driving pay-TV businesses is evident in the recent deals struck by BT Sport, which landed Cham- pions League soccer from this season, and Discovery, which gained exclusive rights to the Olympics in Europe from 2022.
Both will feature prominently at IBC, with President of Discovery Networks International JB Perrette and Delia Bushell, Managing Director of BT TV and BT Sport, giving timely keynotes.
‘[Although] 90% of the technology we use is standard issue and established,’ says James Abraham, Director of Digital Strategy at Sunset+Vine Digital, ‘it’s how you weave in that 10% that makes the difference.’
His company broadcasts the Henley Royal Regatta using rugged, lightweight GoPro cameras on rowing boats and on drones over the Thames.
‘There’s always a lot of new stuff, but the tricky bit is deciding what to use and where to use it in an editorially relevant way,’ adds Abraham.
Gadgets aside, most of the innovation has been in the way in which live sports are presented digitally. Since London 2012, it is clear that the trend is for international sports events such as the Olympics to be consumed less on free-to-air, linear TV than on streams to mobiles, where viewers can pick and choose content, including camera angles, of their choice.
Sports programming that is distributed over the open internet is characterised as an OTT (over the top) service.
The production and packaging of sports offerings such as YouTube channel Copa90 and Whistle Sports (part-owned by Sky) will be discussed at IBC by executives from Major League Baseball and digital consultancy Seven League.


Data More Cloud on the horizon

Cloud computing is beginning to make significant inroads into certain genres of television production.
Two genres that particularly benefit from off-site, scalable computing resources and data storage are news reporting and observational documentaries.
The production workflows that make best use of the Cloud are characterised by the sifting of large amounts of footage to build storylines and the need to get on air fast.
Manufacturer LiveU targets the news gathering market. The specialist in IP-based, live video services is contin- uing to construct its Cloud network for hosting video captured by roving news crews on wireless cameras.
Panasonic camcorders offer a live video uplink to LiveU’s Cloud platform, the same platform used by Sky in May to live stream 150 feeds on election night in the UK.
Forscene and Aframe are among the vendors renting Cloud-based editing and review services to programme-makers. At IBC, film-maker Paul Kittel will explain how he transferred footage direct from camera into the Cloud and whittled down thousands of hours for Channel 4’s Born Naughty? series.


Shooting Drones get their own aviary

One of the most dramatic innovations to enter the mainstream over the past year is the drone. Affordable and (relatively) easily controlled miniature flying machines, coupled with a new breed of small HDTV and Ultra-HDTV cameras, have created a new tool that can capture stunning aerial viewpoints.
But a drone sitting on an exhibition stand isn’t that exciting, so IBC visitors will be able to see them in action in the Drop Zone, a ‘large outdoor flying cage’.
‘Imagine console-type camera angles, such as tracking overhead coverage of a football match or following a golf ball as the golfer hits it,’ suggests Jon Hurndall, co-founder of drone operator Batcam. Fox Sports used drones to cover the US Open golf for the first time this June.
Operators are also testing the practicality of carrying heavier, high-speed cameras, such as the Panasonic Vari- cam 4K or Phantom Flex4K, for super-slow-motion shots.
‘Drones are opening up new sports, such as mountain biking or surfing, which TV has not been able to cover before [as easily],’ says Jeremy Braben, owner of Helicopter Film Services.


IP communication Signal problems cause delay

The migration to Ultra-HDTV production is intimately linked to the IP (inter- net protocol) communications standard that is ubiquitous in the IT industry.
IP is less reliable than the broad- casting industry’s existing connectivity standard, SDI (serial digital interface).
However, a single SDI cable cannot handle the volume of data required by Ultra-HDTV, which, in its 4K incarnation, is at least four times greater than that used in HDTV.
Transporting this data along a single gigabit ethernet cable using IP is a lot more efficient than routing it through four parallel SDI cables.
The trouble with IP in a live television environment boils down to timing. With SDI, engineers can guarantee that video emanating from one source (a camera, say) will arrive in sync at a particular end point, such as a vision mixer. This cannot be said about IP with the same degree of assurance.
‘It is much more difficult to see what’s going on in IP,’ says Tim Felstead, Head of Product Marketing at Quantel Snell. ‘Where SDI routers were very reliable, IP systems are more opaque. This creates risk and a lack of confidence.’
The cost advantages of IP are not limited to the price of cabling. Instead of ripping out and replacing equipment every time there’s a demand for new formats, an IP infrastructure can scale to accommodate leaps in frame rate or resolution, to Ultra-HDTV 8K and to anything beyond or in between.
Another cost saving is live, remote production. At IBC, equipment service provider Gearhouse Broadcast will be demonstrating this by sending HD footage down a single 10Gb ethernet connection and editing the pictures on an IP-enabled switcher from EVS.
‘We’re increasingly being asked about remote production by customers,’ says Ed Tischler, Gearhouse’s Head of Projects. ‘It’s still very early days, but new technology means that we’re now in a position to offer remote production as a workable solution.’
Since live production is subject to on-the-fly changes to complex material – a late-breaking news story that includes a satellite link, for instance – it could be the best part of a decade before risk-averse broadcasters consign SDI to history.




Wednesday, 26 August 2015

Packed to the rafters

Broadcast 
From Surrey to Scotland, the growth of high-end TV production is driving demand for UK studio space. Adrian Pennington looks at the new space coming on stream.
Investment at Pinewood and Leavesden, pop-ups and reusable warehouses galore, plus fresh technical developments at established TV spaces have made the options for shooting in the UK far broader than even a couple of years ago.
Traditional studios are expanding to keep up with demand, while producers are becoming ever more imaginative about using other spaces.
“High-end TV drama is driving huge potential for growth in the nations and regions,” says Iain Smith, British Film Commission chair and producer of 24: Live Another Day and executive producer of Mad Max: Fury Road.
“Productions are more interested in the greater value of bespoke spaces than booking into film studios in the main clusters like Cardiff, Bristol, Leeds and Manchester.”
In the year to June 2015, UK production was £1.2bn – £350m down on the previous year, but nearly £100m up on 2012-13. Spend on high-end TV production in the UK in the first six months of the year was £279m across 30 productions including Downton Abbey, War And Peace, The Dresser, Endeavour and Jericho.
Screen Yorkshire, backers of Peaky Blinders and upcoming feature Dad’s Army, has struck a deal with property investor Makin Enterprises to convert a former RAF site at Church Fenton, near Leeds, into a fi lm and TV production facility.
This increasingly busy region already includes Leeds Studios, home to Emmerdale, plus Prime Studios and Studio 81, both of which have supported drama including DCI Banks and The Syndicate.
Now, assuming council approval is granted, the 100,000 sq ft RAF base will be re-purposed as Yorkshire Studios, featuring production and office space with workshops and runways. Its existing hangars have no studio-specific soundproofing or lighting rig, but the two largest ones have load-bearing cranage overhead.
“The focus is on letting the site ‘as is’ and we’ll be working with individual productions to fit it out,” says Screen Yorkshire head of production Richard Knight.
Elsewhere, Corsham Media Park near Bath has been cited for a possible new studio, while Dublin’s Aardmore Studios is reportedly backing plans for a second complex on the west coast of Ireland in partnership with Limerick county council.
Scotland’s studio plans
Scottish production spend reached more than £40m in 2013-14, nearly £10m higher than any previous year. Productions include Leopard Drama’s children’s series Eve, which is filming in a converted 20,000 sq ft building in Glasgow, owned by Scottish Canals.
The first significant sound stages north of the border are gathering momentum. The Scottish Government’s Film Studio Delivery Group is in negotiations with the backers of an unnamed proposal. “We can’t dictate the speed of progress, but it is positive,” says Creative Scotland director of film and media Natalie Usher.
Film City Glasgow has previously tabled a bid to build a studio in Govan. The favourite, though, is thought to be a site adjacent to the Cumbernauld lot near Glasgow, currently occupied by Sony Pictures’ Starz drama Outlander.
In April, US studio executives were given a tour of the facility, which includes four sound stages, and were “hugely impressed”, says Usher.
Creative Scotland has ringfenced £1m towards a new complex, and the Scottish Government has pledged a £2m development loan.
However, this public initiative, which has been stalled for years, may be beaten to the punch by a wholly private £138m venture going through planning permission at Straiton, outside Edinburgh. The Pentland Studios scheme includes a £31m film studio with eight sound stages and a 50-acre back lot.
Could Scotland wind up with two major international studios?
“It’s a potential outcome”, admits Usher, who is also lobbying the Scottish parliament for an incentive fund to attract more international and UK productions.
“Outlander has shown there’s a real business to be garnered in Scotland,” says Smith. “I believe a site will be determined this year but, as things stand, productions are being turned away. The Scottish government needs to step up and give more strategic support to private capital to invest.”
leavesden-studio
Leavesden Studio: building three sound stages
More space for Pinewood
Long-established studios are scaling up. Pinewood is set to double capacity by 2017, adding 323,000 sq ft including three 40,000 sq ft studios. Phase one of the £200m plan, including stages totalling 170,000 sq ft, 10 workshops and two production offices, is due to open next summer.
Its franchise near Wentlooge in Wales opened at the beginning of the year with three stages (two at 20,000 sq ft, one at 30,000 sq ft) “suited for high-end TV”, says Darren Woolfson, group director of technology. It is also becoming a hub, attracting tenants like Arri Lighting and Real SFX.
FX’s historical drama The Bastard Executioner is shooting there, with a remake of The Crow earmarked to follow. Pinewood Shepperton’s TV division recently hosted Sky 1’s panel show Duck Quacks Don’t Echo and continues to host The National Lottery Live for BBC1 and Keith Lemon’s Through The Keyhole for ITV.
Leavesden Studios is building three sound stages (one at 35,000 sq ft, two at 17,000 sq ft), on top of the 48,400 sq ft sound stage, 50,000 sq ft of workshop space and 62,500 sq ft external tank that owners Warner Bros built there last year.
TV makes the difference
Studio business for TV is more competitive than ever with the loss of space at Wimbledon, Teddington and (temporarily) at Riverside and TVC.
“There’s been a lot of chatter about the UK being at capacity for stage space and that productions or networks may start to look elsewhere,” says Charlie Fremantle, general manager of Hayes-based West London Film Studios (WLFS). “There is a lack of ‘big’ space – 10,000 sq ft plus with 35ft height, which the expansion at Pinewood will address.”
3 Mills head of studio Tom Avison adds: “It’s a case of being busy, but I don’t believe it if anyone says they’re full.”
After catering for Lionsgate’s The Royals, ITV Studios’ Jekyll & Hyde (see page 26) has landed at 3 Mills, along with Big Talk’s third run of ITV2 comedy The Job Lot.
3 Mills’ client base is predominantly drama and film rather than light entertainment, but Avison is considering pumping £10 million into a dedicated TV stage.
“Productions come here because they want the knowledge, expertise and flexibility that an established secure studio can bring over a pop-up space,” suggests Avison. “We don’t have an entertainment-specific stage, so the question is whether we are better off with a slightly broader offer or whether we continue to service our black box facilities, which are in solid demand.”
Remote studio production
The ability to shoot in one location and vision-switch live or post-produce in another is opening up new options for producers and studios. Dragons’ Den is being shot at Manchester’s The Sharp Project with rushes piped across to Dock10 for ingest and post. Sharp offered the greater space the production needed, while allowing the team to maintain post at its previous home in MediaCityUK.
While Dock10 invested in a fibre solution to connect the site specifically for Dragons’ Den, both facilities can tap into Manchester’s thoroughbred fast internet connections. The Loop – 82km of fibre ringing the city – provides the dedicated fibre networks on which Manchester hopes to attract digital business.
“You can shoot here and post in LA, Sydney or Beijing, squeezing two working days into one,” says Sharp managing director Sue Woodward. “This is increasingly important for coproductions and to deliver to multiple distribution platforms.”
The Space Project, which opened in November, has welcomed Sky 1’s Mount Pleasant, BBC2 comedy-drama Cradle To Grave and Paul Abbot’s C4 drama No Offence through its doors. Big Talk Productions’ 10-part Houdini & Doyle (airing on Fox in the US and ITV Encore) has taken two stages until the end of the year.
Operational for just over a year, West London Film Studios has housed Churchill’s Secret (Daybreak Pictures/ Masterpiece for ITV); Sky 1’s Fungus The Bogeyman and Roughcut’s Top Coppers (BBC3).
“We’re taking long-term pencils up to May 2016, which is a marked difference from this time last year,” says Fremantle. “Lead times to actual confirmation of jobs seem to be getting shorter.”
Fast-turnaround shoots
At Elstree, BBC S&PP is keen to cater for fast turnarounds. On Celebrity Juice and Virtually Famous, multiple lighting positions were put into the grid at the same time to speed things up.
“Whereas large-format shows like Strictly and The Voice are so massive they have to sit in the space for their entire run, with classic panel and quiz shows we can record more episodes using the same studio footprint,” says BBC S&PP commercial manager Meryl McLaren.
Over The Top Productions and ITV Studios’ game show Keep It In The Family is back in Elstree’s 11,800 sq ft Studio D for a second run and will keep all its post at BBC S&PP too.
On renting space at Elstree in 2013, BBC S&PP splashed out on turning what were essentially four-wallers into a true TV studio with galleries, floors and monopole lighting rigs. The next big investment will be for equipment at the new-look TVC, due to open in 2017.
“Decisions will be made as late as possible to ensure we get the best possible solutions,” says McLaren. “Any kit investment we make from now on will have 4K in mind, so that we can react to that when demand comes.”
On top of the live finals for Britain’s Got Talent and The X Factor, Fountain Studios has recently booked quiz shows including ITV Daytime’s 1,000 Heartbeats from Hungry Bear – a result of Riverside dropping out of the equation, believes managing director Mariana Spater. The gap between enquiries and bookings has narrowed, she says: “We’re getting enquiries for programmes coming in to book in a month’s time.”
While the studios are constantly refurbished, Spater is reserving her next major investment for 4K.

YOUNG, FREE AND SINGLE: HACKNEY’S LIVE DATES

In E4 dating format Young, Free And Single: Live, a group of 20-somethings move into a ‘singles apartment’ and go on blind dates.
Lime Pictures shunned a formal studio for something more comfortable. “The space is intrinsic to the format,” explains executive producer Derek McLean. “When we did the pilot, it felt natural to give the participants the same experience as the viewer, instead of going back to a formal studio for live feedback.”
The production team hired a converted warehouse in Hackney, part-fitted for loft-style habitation already, dressed the set and turned the living room into a studio floor for the live show. A neighbouring church hall houses a small audience, while a local pub makes for a handy date night venue.
Cameras inside the building are provided by HotCam with CTV supplying the OB facility for TX.
“Studios can feel so sterile,” says McLean. “While the facilities are amazing, you lose a lot of atmosphere; it feels very controlled. Getting a format like this outside the studio relaxes an audience. The show feels more open and producers have the freedom to think more flexibly about, for example, using cameras in outside spaces.”

IMAGINARIUM STUDIOS: CAPTURING PERFORMANCE

Performance-captured characters have remained beyond the scope of TV budgets, but Ealing-based Imaginarium Studios, co-founded by actor Andy Serkis, aims to change that.
It has established a post-production pipeline with Soho facility DNeg TV to produce performance capture for TV drama, beginning with Sky 1’s Fungus The Bogeyman. “
Shooting performance capture is not expensive,” says Imaginarium chief executive Tony Orsten. “What is complicated is rendering and working with the data. We wanted to find a way to deliver quality performance capture and full CG at TV prices. We think what we are building will be a revolution in TV storytelling. We’ve shown tests to a number of commissioners and they are extremely interested.”
In its studio, dozens of Vicon cameras are arrayed around a space, recording data from markers placed on actors’ bodies.
More than one camera can ‘see’ more than one marker at a time, allowing precise geolocation of each joint on an actor’s body. From there, it’s a simple process to build a skeleton and overlay a digital skin.
Faces are captured using a head-mounted rig of one to four cameras and post-produced in the same fashion. The delay in rendering the digital avatar is only a frame or two.
“People expect a render farm of servers doing this overnight, but it’s pretty much real time,” says Orsten.
“Since we shoot from every angle, the actor experiences a freedom more like theatre. They can perform scenes with an ensemble cast. We assemble the scene into cutaways and close-ups, reframing in post.”

STARGATE STUDIOS: VIRTUAL BACKLOT

Delivering high-end visual effects on a TV budget is the goal of Stargate Studios, but its secret weapon is a library of high-resolution live action backgrounds into which it can insert CG, 3D set extensions and actors.
The LA-based facility is able to cut costs by farming work across its network of operations in Berlin, Malta and Ealing, where it launched earlier this year.
Working Title TV and Bigballs Films’ 10 comedy-part drama You, Me And The Apocalypse for NBC and Sky 1 is using Stargate’s virtual backlot.
For a scene in which the US President drives a bullet-proof car through the Blue Ridge Mountains, Stargate sent a team to Virginia, including a drone crew, to shoot background plates. It added a 3D car in post with photo-real light reflections. The actors were shot against green screen at Stargate London and composited into the scene.
“This process costs less than 20% of what it would to shoot on location,” says Stargate founder and chief executive Sam Nicholson.
Stargate funds the cost of background shoots to own the right to reuse the elements in future productions. It performed a similar routine when hi-res imagery of London shot five years ago was used in a recent episode of NCIS.
“If you achieve the correct balance between 3D photo-real elements, virtual environments and live performances you end up with the most economical and high-quality solution,” says Nicholson.

Thursday, 20 August 2015

Ericsson Plans 5G Showcase at 2018 Winter Olympics

Streaming Media 

As the Next Generation Mobile Networks consortium works on 5G standards, with wide availability projected for a decade from now, Ericsson says it will highlight the technology at the PyeongChang games in three years.

Not content with rolling out 4G LTE, mobile operators are switching their attention to 5G, the next global standard, and possibly the last major network upgrade.
Some operator plans are advanced, despite standardization having barely begun. Ericsson for example says it expects to “showcase some 5G-based scenarios during the summer and winter Olympics during this period. Not coincidentally, South Korean city PyeongChang hosts the 2018 Games in a country which is pumping $1.5 billion into a 5G network it will switch on in just two years time.
Initial work has started on 5G standards under the operator consortium Next Generation Mobile Networks  (NGMN). The NGMN has provided a consolidated operator view of 5G in its whitepaper and created several technical groups to flesh out the vision outlined in it. The NGMN will act as a feeder body for its requirements to the ITU Radiocommunications Sector (ITU-R) and third Generation Partnership Project (3GPP) initially, and other consortia (e.g. TMF, IEEE) as the need to do work in these are identified.
Initial deployments of 5G-based solutions are expected around 2020, with trials in the 2018-2019 timeframe.
According to the UK's Digital TV Group, the 5G process is gaining global momentum and receives a strong political support and funding from governments and the European Commission.
The ITU is developing a set of requirements for IMT-2020 and will provide additional spectrum at the WRC conference in 2019.
“This would enable the first 5G-compliant equipment to be available around 2020,” says George Robertson, Principal IP Engineer of DTG and co-chair of the Mobile Video Alliance.
At the Mobile World Congress in March, Qualcomm CEO Steve Mollenkopf said the biggest challenge the industry faces with 5G is the extreme number of use cases.
According to Ericsson, 5G is not simply a next-generation mobile technology upgrade (like the transition from 2G-3G-4G) “but an enabler for a whole range of scenarios affecting multiple industries from media and transportation to automotive, industrial, security, and so on.”
UK mobile operator EE is about to begin 5G trials of its own. Matt Stagg, EE's Principal Strategist, and a mentor for the 5GIC project at Surrey University, says “Bandwidth is not limited but 5G may yield a perception of limitless bandwidth because you will always have enough for your purpose. This could be the connected car, remote surgery, or holographic projection. 5G is not a new air interface. It is best understood as a ecosystem which a lot of people, not just mobile operators, are exploring.”
To make those concepts possible, the attributes of a 5G standard will likely include ultra-reliability and ultra-resiliency, GB throughputs, and latency as low as 1 millisecond.
“It means unicast with peak data of more than 10Gb/s, a more consistent user data rate of 100Mb/s at the cell edge and it means a massive increase of network capacity by moving to higher frequency ranges,” explains Dr Helmut Schink, head of telco standards at  Nokia Networks. 
The focus of 5G delivery is on edge computing, a transformation of the current architecture of the internet. It means transferring processing nearer to the application into local cells and away from centralising data in data centres or on cloud servers. This will free up the network which may otherwise be blocked by the sheer amount of traffic passing over it.
“We will see some big changes in content delivery from the cell side itself because it makes economic sense, it doesn't use backhaul, will lower latency, and frees up other parts of the network,” says Stagg.
One area 5G is not expected to address is broadcast. That's because the capabilities for mobile and video broadcasting are already possible with LTE Broadcast and will be further enhanced by the evolution of LTE in the next few years.
“Standards are being developed by 3GPP for LTE-based services for either unicast or broadcast distribution of TV programs,” states Ericsson. “5G is not essential for such services. Higher frequency spectrum bands in 5G and new radio beam forming technologies are expected to offer ultra-dense deployments at GB throughputs for applications that require such capabilities.”
Nokia's Schink agrees that “multicast and broadcast is not a key focus of 5G.”
According to Robertson at the DTG, the expected capabilities of 5G technology would “certainly be sufficient for the delivery of linear broadcasting to mobile devices” but it remains to be seen to what extent and when they will be deployed in the real networks.
“From the perspective of both the public service media and the commercial providers 5G will need to be assessed in a similar way as other delivery platforms,” he says. “That is, not only on the basis of its technical capabilities, but also reach, costs, market potential, and gatekeeping issues.”
For all the excitement, 5G is not likely to be a mainstream service until 2025.

Tuesday, 18 August 2015

V-Nova Gains Traction; Will Publish Performance Tests at IBC

Streaming Media

Perseus technology is in use for contribution feeds for Sky Italia; company says it accommodates greater color depth and higher dynamic range in addition to offering efficiency gains. 

Compression specialist V-Nova says it will publish performance tests for its codec working on Ultra HD streams at IBC next month and says it has 8K compression tests in the works.
The London-headquartered developer, which came to prominence in April after five years of R&D, has generated considerable buzz with its claims of a technology that more than halves the bitrates necessary to deliver Netflix-style Ultra HD content to the home.
The company says it is working with a number of operators to trial and evaluate Ultra HD using its Perseus codec.
"The technology has incredible range from 8K to sub-SD and everything in between," said Fabio Murra, SVP Product & Marketing. "8K 120 fps is what will make the technology really stand out."
Streaming Media has requested twice to review Perseus, but the company hasn't agreed yet, so we asked V-Nova for baseline numbers claimed for the latency and bitrate of its compression scheme.
"Those numbers are difficult to give without the context," replied Murra, who spent seven years in product marketing at Ericsson before joining V-Nova last September.
"The headline is that our technology is capable of delivering UHD at HD rates and HD at SD rates and SD at sub-audio bitrates," he added. "This is correct, but it's a combination of factors, partly compression performance and partly the ability of our codec to behave fundamentally differently compared to existing standards."
He added, "We have re-written our codec from the ground-up."
At NAB and several demonstrations since, V-Nova has shown streaming of UHD 25p video at bitrates of 4-6Mbps for IP streaming applications.
"For a truly immersive experience, we have demonstrated the ability to do UHD 50p or 60p at 11-13Mbps," said Murra. This is about 50% the current benchmark set by HEVC live encoders, he claims, in reference to channels that are available and on air now.
"However, we are not saying that Perseus is 2-3x times better than HEVC in pure compression performance or under all conditions," said Murra.
Key to claims made for Perseus is what Murra calls its "continuous hierarchical adaptability." The "V" in the company's name is symbolic, he said, of an inverted pyramid representative of the core technology.
"Perseus' hierarchy means that it contains all levels of quality (LOQ) within a single stream and it can move between LOQs seamlessly, on a frame-by-frame basis," he explained. "This effect, which we call 'continuous hierarchical adaptability,' effectively eliminates the typical MPEG 'knee' and its nasty blocking artifacts for a more gentle, softer, pleasant picture degradation as bitrates are reduced. Operators can therefore move from extremely cautious operating points to lower ones, while maintaining a great user experience. It means, subjectively, the picture degrades a lot more gracefully, the picture doesn't break or block, so we can push the bitrate a lot lower."
In theory, what such a 'hierarchical architecture' means is that an operator can avoid simulcasting by carrying UHD, HD and SD at the same time and all at different frame rates if required, in the same stream.
"Every operator has to deliver SD, and HD and, in the future, Ultra HD," he continued. "They must simulcast these streams to different screens which becomes very inefficient. Having scrapped the single stream paradigm we are able to build a hierarchical structure which allows us to push the encoding envelope a lot harder. A Perseus UHD stream effectively carries the HD and SD feed, and HD streams include the SD equivalent. This effectively eliminates the need for simulcasting and its another important benefit beyond raw compression performance."
Sky Italia is the company's first deployment of Perseus in contribution, where feeds are brought back from stadiums from live productions to the broadcast centre at a latency measured at 3 frames, according to Murra, "and at a level of performance which is visually lossless and 30-50% better than an equivalent technology like AVC Intra or JPEG2000.
Middleware vendor Wyplay has also integrated Perseus into a STB for an unnamed European pay-TV operator.
"Things get better as data gets bigger—so there's a lot better performance with 4K," stated Murra.
V-Nova is currently testing its codec on 4K Ultra HD content ahead of publishing the results at IBC next month. "We are testing the delivery of 4K UHD content in visually lossless mode at 300Mbps," Murra said. "There is no benchmark out there, but if we can achieve this it means that all of a sudden we can route three UHD 4K feeds down a 1Gbps pipe to the home. It means delivery of Ultra HD content from a live event over IP becomes possible."
SD video could be delivered at 300Kbps, making it possible to provide mobile television over 2G networks.
Murra emphasises that Perseus fits within existing transport systems. "What comes out of our system is still wrapped around an MPEG2 transport stream. None of the infrastructure is really changing. It's just a software update at the encode and decode end."
If Perseus' qualities really do get better as things get bigger, the logical next step is surely 8K.
"Perseus is designed to support native 16-bit so it will already accommodate higher dynamic ranges and greater color depth," confirmed Murra. "Looking forward, 8K 120fps is what will make the technology really stand out. If we can get a 2x performance in HD, a 3-4x performance in 4K then one can only imagine the gains we can make for 8K. Again, there is no benchmark, but we are doing some experiments. The most difficult thing is getting hold of 8K content to work from."
An obvious tie-up might be with Japanese broadcaster NHK, which is experimenting using HEVC/H.265 for contribution and distribution.
One of NHK's partners in creating optical gear for Super Hi-Vision is Hitachi Data Systems, a partner shared by V-Nova. It provides V-Nova with server and storage systems.
"While we are experimenting with technology we are still very focused on solving real world problems for operators today," stressed Murra.
V-Nova's licensing adds to the potentially costly mix of proprietary codecs already competing in the market for HD and Ultra HD (including in the live video over IP domain the IntoPix' Tico Alliance; J2K; Sony Low Latency Video Codec; and the open source VC2).
"HEVC is a standard only because the industry decided to give a number and a name to it, but it includes single ideas from many different companies, many of whom are trying to monetise their piece," says Murra. "There are open source codecs which have no licensing but operators are nervous about adopting those because of intellectual property exposure. We offer the chance to licence one technology from one company, and we are trying to be as accommodating as possible. But we do have IP (intellectual property) and the codec is our business."
V-Nova was founded in 2011 by Guido Meardi (CEO), Luca Rossato (chief scientist), Eric Achtmann (executive chairman) and Pierdavide Marcolongo (angel investor).