Last week, the World Economic Forum (WEF), in collaboration with the World Bank and Bain & Company, issued the report, “Enabling Trade: Valuing Growth Opportunities.” The report concluded that reducing supply chain barriers in two key areas – border administration and transportation and telecommunications infrastructure – could increase global GDP up to six times more than total tariff elimination. The WEF paper calls on governments and the private sector to tackle these barriers through coordinated action, something which we here at Cisco strongly support.
Meanwhile, two other studies advocate similar approaches.
First, the World Trade Organization (WTO) and the Organization on Economic Cooperation and Development (OECD) have measured trade flow in relation to value added by a country in the production of a good or service that is exported. This approach provides insight into the importance of services, the role of imports in production processes, the reality of economic interdependencies, and the role of emerging economies.
Second, a recent paper by Bernard Hoekman and Selina Jackson at the World Bank suggests that trade policy negotiations should be structured in ways that reflect the independencies of global supply chains. This approach would improve the commercial relevance and utility of trade liberalization agreements and is being explored in the Transpacific Partnership (TPP) negotiations. This is a groundbreaking approach to trade negotiations that better-reflects the imperatives of global supply chains.
Bottom line: With these new analyses in hand, governments have an opportunity to adjust their thinking and realign their policy and funding priorities to capture the benefits of supply chain efficiency. In doing so, they can accelerate global GDP growth around the world.
Last week, the National Telecommunications and Information Administration (NTIA) released a report to Congress concerning proposals to expand commercial spectrum sharing opportunities with government and other systems operating at 5 GHz. This is a direct result of landmark Congressional action last year, when it directed the NTIA and the Federal Communications Commission (FCC) to examine whether government might be able to open nearly 200 MHz of additional spectrum to sharing by unlicensed devices.
The proposed spectrum footprint for unlicensed devices would permit operation over a contiguous block of spectrum, from 5150 MHz to 5925 MHz, providing significant new spectrum for Gigabit Wi-Fi, the next gen Wi-Fi technology capable of multi-gigabit throughput speeds. Among its many benefits, Gigabit Wi-Fi would be a major leap forward, opening the door to real time HD video in hundreds of applications.
The NTIA report represents a tremendous step toward understanding the radio environment presented by government and other systems in the expansion bands, and is a positive contribution to the technical examination that needs to happen before devices can be allowed to operate in the expansion bands. We are looking forward to working with the NTIA and participating in the upcoming FCC rulemaking next month to address the technical issues about how unlicensed equipment can share spectrum with incumbent users successfully.
We are very pleased that NTIA has reached this important milestone in the examination of whether additional spectrum can be made available for unlicensed devices at 5 GHz. The new Gigabit Wi-Fi technologies that we are deploying at 5 GHz represent tremendous advancements in radio technology, and will accelerate the use of high definition video in a range of new applications. In hospitals, manufacturing, education and throughout the economy, Gigabit Wi-Fi promises to break new ground in delivering high quality video imaging. And it is just as important that Wi-Fi is becoming the off-load technology of choice – carrying an estimated 60% of all Internet traffic at the edge by 2016.
Wi-Fi is becoming the default way in which devices connect to the Internet and is now incorporated into everything from smart phones and tablets to cars and smart grid technologies. Adding wireless capacity is a years-long effort. If policymakers don’t act now, America faces a serious supply-demand imbalance in the near term. More spectrum must be made available for connectivity and innovation to continue supporting America’s job growth.
It’s begun! The US Federal Communications Commission (FCC) today launched an important new proceeding that, together with a lot of hard work and some policy leadership, will allocate much-needed radio spectrum for broadband. Called “incentive auctions,” the concept is relatively simple – ask the broadcasters how much they want for their licenses, decide which broadcaster “bids” to accept, repackage that spectrum and auction it off to mobile carriers.
We at Cisco know first-hand the pressures our carrier customers face, as consumers continue to adopt more and more powerful mobile computing devices – phones, tablets, laptops and more. Cisco’s Visual Networking Index has illuminated for policymakers the dimensions of the transition by consumers to data and video. In the US, Cisco projects mobile data will increase 16 times from 2011 through 2016, to 1.7 exabytes per month, up from an estimated 0.2 exabytes per month in 2012.
All those packets use radio spectrum, and as we’ve seen this year from the acceleration of deal-making among holders of spectrum, there is a scramble on to find enough spectrum to ensure that consumer demand can be met. Even with these deals, carriers must have more spectrum, and the next place where it will be found is the UHF television bands.
Incentive auctions represent the first time a regulator will create a market mechanism to allow broadcasters to exit their spectrum in exchange for compensation, permitting the FCC to repurpose that spectrum for mobile broadband.
Among the key issues to watch:
- Will the FCC be able to keep this proceeding on track to culminate in auctions in 2014? By then, spectrum needs will be critical.
- How quickly will the FCC articulate clear and comprehensive rules that will allow broadcasters to make an informed judgment about whether to participate?
- Has the FCC correctly implemented Congressional direction to permit unlicensed use in guardbands to the extent technically reasonable to present interference to adjacent bands? Have they proposed too much unlicensed? Not enough?
- And one issue Congress will be watching closely. Does Congress think that the sum total of the FCC’s proposed rules mean that the FCC will realize enough money to fund the new public safety broadband network at $7 billion, in addition to deficit reduction?
The undertaking begun today is huge. The FCC, which invented spectrum auctions back in the 1990s, will now call “incentive auctions” to life. They are the world’s experts on these topics and there will be a lot of detailed conversation in the next months. Cisco, carriers and consumers will be watching.
The latest update of the Visual Networking Index (VNI) forecast of Internet protocol (IP) data traffic from 2011 to 2016 is just astonishing. At the top level, global IP traffic growth is exploding at a CAGR of nearly 30% with much regional variation across the world, and different technologies and applications gaining share.
To explore the implications of the VNI forecasts for countries, consumers and corporations, I hosted a panel of experts with a wide range of policy, technical and industry experience. Joining the discussion were:
Diego Molano Vega: Colombia’s Minister of Information Technology and Communications
Daniel Weitzner: Deputy Chief Technology Officer for Internet Policy, Office of Science and Technology Policy at The White House
Kathleen Abernathy: Chief Legal Officer and Executive Vice President of Frontier Communications; and former Commissioner of the Federal Communications Commission
Kevin McElearney: Senior Vice President of Network Engineering at Comcast
The panel discussed a wide range of issues, with three key take-aways:
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Tags: broadband, fiber, heterogenous networks, visual networking index, vni
“In 2016, over 1.3 Zettabytes of data will travel across Internet protocol (IP) networks. That’s over 10 times the traffic generated in 2008 and more than all the IP traffic that traversed global networks from 1984 to 2012 combined (1.2 Zettabytes).”
This estimate is from the latest Visual Networking Index (VNI) released today by Cisco which forecasts IP network traffic patterns from 2011 to 2016. The annual VNI rolling five year forecast has become a trusted industry barometer for how rapidly the use of global IP networks is expanding.
So what’s driving the explosive data growth?
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Tags: broadband, data, fiber, spectrum, visual networking index, vni, zettabyte