Asia-Pacific Broadcasting (APB) March 2016 Volume 33, Issue 2 | Page 23

MANAGEMENT March 2016 23 How KVM will impact broadcast technology trends in 2016 by terence teng Broadcasting has reached a new phase in its evolution: we are con- stantly hearing about next-gener- ation IP-based workflow models and the move to network-delivered content. Studios and OB trucks are currently under construction that use IP end-to-end; live events are being shot hundreds of miles away from the production studios, with content streams delivered over IP networks, to be mixed and pro- duced using powerful computer- based technology. With 4K/Ultra HD (UHD) set to become the next broadcast standard, and with 8K and higher resolution expected in due course, the ability to manage video in the linear domain is becoming more complex and unaffordable — to the point of unsustainability. 4K/ UHD, quad HD, if run over exist- ing 3G infrastructure, requires four times as much wiring as HD, a router that is four times larger and so on. This is further compounded by the requirement for more sophisti- cated processing, for example, HDR and HFR, and the need to transmit in multiple formats to an expand- ing range of consumer devices. Hence the drive to more efficient Aspera and Irdeto enable real-time watermarking A new partnership between Aspera and Irdeto will enable forensic watermarking capabilities that in- sert watermarks in real time, with no impact on delivery quality or speed, said the companies. By combining Irdeto Trace- mark with Aspera’s FASP transfer technology, content owners and distributors can “rapidly and effi- ciently” deliver and receive content all over the world while protecting it against redistribution piracy. The content industry needs a fast and secure way to deliver con- tent and be able to trace and track it throughout its lifecycle, explained Richard Frankland, VP of Americas, Irdeto. “Forensic water­marking is an essential security element of a comprehensive content protection programme. For the first time, Ird- eto’s partnership with Aspera with bring together industry-standard content distribution and security technologies into an end-to-end solution with comprehensive man- aged services,” he added. Aspera’s FASP technology se- curely moves large files at maxi- mum speed, and through the new alliance, it will incorporate Irdeto Tracemark, an invisible mark em- bedded to identify each individual content stream. Tracemark works with Irdeto’s Online Piracy De- tection Service to make it quick and easy for content owners and broadcasters to trace back to the source of a leak. The Irdeto-Aspera partnership was essential in order for Fox to deploy a forensic watermark- ing solution, without affecting the user experience and having minimal impact on Fox’s workflow, revealed Ian Harvey, SVP Advanced Technology, Twentieth Century Fox. He explained: “This managed service and end-to-end solution will greatly impact the transfer of large forensically marked files to our customers, allowing for rapid sharing while enabling premium content tracking to help manage redistribution piracy.” Aspera’s joint solution with Irdeto represents an “exciting progression” in the use of forensic watermarking in combination with high-speed data transfer, said John Wastcoat, VP Business Develop- ment, Aspera. “In even the most difficult of broadband environ- ments, we give content distribu- tors a more efficient way to offer high-quality movies and TV shows, without forsaking the advanced monitoring and detection capabili- ties that watermarking brings.” network-based workflows. KVM fits into this new regime, which can already be considered to be past the stage of trend and ap- proaching mainstream, by offer­ing and delivering a high level of flex- ibility and adaptability to operators and in streamlining the broadcast workflow. Essentially, what KVM offers is the ability to create ‘vanilla’ work- stations that are totally detached from the specific application be- ing run at any time, yet provides un­restricted access with picture- perfect quality, no latency and inst