Today, we announced with NTT America their deployment of the ASR 9000. They intend to boost the capacity of their aggregation network, in part because of the increasing demand for high-definition video transit and the impending shortage of IPv4 addresses. They’re actually part of a global service provider with many large customers in the financial, entertainment, media, and telecommunications industries. Parent company NTT Japan is a trendsetter and sees the need to prepare for the next generation Internet. NTT Japan, in fact, has the largest capacity of any global Tier 1 network across the Pacific ocean at over 300 gigabits per second (Gbps). Certainly, they are making sure they have a lot of room for texts, Tweets, and TelePresence (or video, mobile, and cloud as we like to say). At Cisco, we too see the rapid bandwidth growth that will only grow. The Cisco Visual Networking Index expects Global IP traffic is expected to increase fivefold from 2008 to 2013. IP traffic in Asia Pacific will lead this growth worldwide, forecasted to reach 21 exabytes per month in 2013, accounting for more than one-third of the global traffic.
George Stromeyer, VP of Cable, Digital Media, & IPTV Business for Cisco Service Provider Europe, sits down with Zoya Fallah, to discuss the state of IPTV in Europe. George highlights priorities for Cisco European Service Provider customers and key milestones they are looking to achieve with multi-platform video distribution. He also addresses the challenges that these SP’s face and discusses some recent success stories that Cisco has helped facilitate.
On the second day of IPTV World Forum, I participated in the opening Plenary Keynote, IPTV – Telcos Transition to Mediacos, and presented “Shift Happens”, which you can view below. What’s top of mind in 2010? The universal answer is “monetization” – the re-shaping of the video ecosystem as a catalyst for online video. How do we get there? The presentation outlines 5 key architectural tenants for IP Video value creation…
The worldwide shift toward IP technologies begins, in many respects, with the Content Delivery Network. CDNs are the major link in the distribution chain for moving video and communications services to consumers and businesses.
In this video interview, Simon Orme, Director of Content Services at BT Wholesale, sits down with me to discuss the CDN landscape. Topics include the difference between public and private CDNs; overall market dynamics that will lead to service provider successes; and Orme’s view of the one thing that could change the video delivery industry.
The road to all-IP networks continues to gather steam. Today’s focus: Western Canada, where TELUS is rolling out a multi-screen service offering rooted entirely on broadband IP principles, partners, and gear. In this two-part series, Mark Kummer, Cisco’s VP of Service Providers/Canada interviews TELUS CTO Ibrahim Gedeon about the shift of video from stream-based to file-based delivery, subscriber convergence, and what makes for a great technology partner.
Part One: Transforming the Consumer Experience & Value Chain
TELUS is no stranger to IP networks, particularly within its Canadian properties – where broadband IP over Cisco infrastructure has been a mainstay since 2000. The big thing now, says TELUS Chief Technology Officer Ibrahim Gedeon, is to simplify the consumer experience for viewing content on multiple screens – TV, mobile, or PC.
To do that, TELUS is relying on its IP networking partners, including Cisco, to build a best of breed “ecosystem” for its Western Canadian service delivery properties.
Given all the recent and turbulent attention on “innovation,” as it relates to set-top boxes and IP gateways, I’d like to provide some industrial context. As a company involved in set-top and IP gateway innovation for almost half a century, we certainly have an informed viewpoint. After all, set-top boxes are a core part of our video DNA.
Let’s briefly review the innovation chronology for the cable set-top box. The original function of a set-top box – back when they were called “converter boxes,” in the early 1980s – was to convert an incoming channel so it could be watched on the TV.
Another big chapter was called addressability: The ability to remotely control a box’s ability to descramble and tune premium channels. Then came the “advanced analog” box, so named because it contained enough memory and graphics resources to accept downloaded features, like an on-screen display, volume control, virtual text channels, a sleep timer, parental locks, reminder messages, multi-lingual displays.
In the mid 1990’s the industry took the big leap to digital video compression, and the first digital set-tops. Initial benefit: More channels – Ten video streams could fit into the space of one analog TV channel. High Definition TV later followed with HD set-tops, which brought much higher video quality. Next came digital video recorders, which gave rise to the mass adoption of time-shifted television, with thousands of hours of on-demand content, in both standard and high definition. And let’s not forget caller ID on TV, multi-room and whole home DVR, and EBIF-based interactivity, all in various stages of rollout by service providers today.