Sunday, December 16, 2012

World Conference on Telecommunications Ends without Support from Major Players

The World Conference on International Telecommunications in Dubai ended with delegates from 89 countries agreeing to a new treaty that encompasses a range of communications issues, including addenda on the development and growth of the Internet.  However, the United States, Australia, Canada, Germany, Italy, Japan, the United Kingdom and other western European nations rejected the treaty on grounds that new government regulations would be a threat to the open Internet.
ITU Secretary-General Dr Hamadoun Touré said the agreement was not meant to stem the free flow of information but to assist developing countries, promote accessibility to persons with disabilities, address spam, and other Internet traffic areas.  He noted that provisions concerning the Internet were removed from the actual treaty text and annexed as a non-binding resolution.

Opponents of the treaty were not convinced.  They said granting new powers of authority to the ITU was unwanted and unneeded. Regulating spam messaging could open the door to sanctioned government surveillance and censorship especially of political or religious content.

The United Stated said it could not support the treaty.  U.S. Ambassador Terry Kramer stated: "The Internet has given the world unimaginable economic and social benefits during these past 24 years – all without UN regulation. We candidly cannot support an ITU treaty that is inconsistent with a multi-stakeholder model of Internet governance. As the ITU has stated, this conference was never meant to focus on internet issues; however, today we are in a situation where we still have text and resolutions that cover issues on spam and also provisions on internet governance. These past two weeks, we have of course made good progress and shown a willingness to negotiate on a variety of telecommunications policy issues, such as roaming and settlement rates, but the United States continues to believe that internet policy must be multi-stakeholder driven. Internet policy should not be determined by member states but by citizens, communities, and broader society, and such consultation from the private sector and civil society is paramount. This has not happened here."





Interxion Offers AWS Direct Connect from European Data Centers

INTERXION is now offering AWS Direct Connect from its 32 data centres across 11 countries in Europe.

AWS Direct Connect allows customers to establish private connectivity between the AWS platform in the cloud and their existing dedicated IT infrastructure, which can reduce network costs, increase bandwidth throughput, and provide a more consistent network experience than Internet-based connections.

The new services is carried over Level 3's network from the INTERXION data center to Amazon Web Services (AWS).

INTERXION said AWS Direct Connect will be particularly attractive to customers that use large data sets and real time data feeds or need to satisfy regulatory requirements by using private network connections.


“We have provided Interxion customers with the ability to connect to our global network for years,” said James Heard, Level 3’s regional president of EMEA. “We’re delighted to be strengthening this relationship by enabling connectivity to AWS Direct Connect from Interxion’s European city locations.”

 “AWS Direct Connect helps our customers to build hybrid cloud solutions between their dedicated IT infrastructures and the AWS platform more effectively by providing cost, security and performance control”, said Vincent in‘t Veld, Director Cloud Segment at Interxion. “This supports the wider IT transformation process by allowing organisations to further maximise their IT efficiency. Thanks to the presence of leading network service providers such as Level 3, AWS Direct Connect can now be accessed by our customer community across our entire data centre footprint.”

http://www.interxion.com


  • AWS operates its major European data center in Dublin.
  • AWS Direct Connect uses 802.1q VLANs. The dedicated connection can be partitioned into multiple virtual interfaces, enabling the same connection to access public resources such as objects stored in Amazon S3 using public IP address space, and private resources such as Amazon EC2 instances running within an Amazon Virtual Private Cloud (VPC) using private IP space, while maintaining network separation between the public and private environments. Virtual interfaces can be reconfigured at any time.  Rates up to 10G are available.
  • Equiix, Telx and Hibernia Atlantic have all recently announced AWS Direct Connect services.


Saturday, December 15, 2012

Zayo Acquires Fiber Net in Baltimore for $22 Million

Zayo agreed to acquire Litecast/Balticore , a provider of metro Bandwidth Infrastructure services in Baltimore, Maryland, for $22 million.

Litecast owns and operates a metropolitan fiber network connecting over 110 on-net buildings in Baltimore, including all of the city’s major data centers and carrier hotel facilities. Litecast is focused on providing dark fiber and Ethernet-based services to a concentrated set of Baltimore enterprise and governmental customers, particularly within the healthcare and education segments.

Zayo said the acquisition boots its own fiber network in the greater Baltimore-Washington metropolitan area, complementing the recently acquired AboveNet and FiberGate networks in the Washington, D.C. and Northern Virginia area.

http://www.zayo.com
http://www.litecast.net

Telenor Commits to Indian Market

Telenor restated its intention to become a major player in the Indian communications market by committing  INR 155 billion to its operations there.

In the most recent spectrum auction, Telenor secured 5 MHz spectrum in UP East, UP West, Bihar, Andhra Pradesh, Gujarat and Maharashtra.  In combination with the planned business transfer from Uninor to a new entity, this allows Telenor’s India operations to continue seamlessly in the new company for a period of 20 years.

Telenor noted that its Indian operations already enjoy decent market positions in terms of subscriber and revenue market share in all six circles.  The company is aiming to take a number 2-3 position in its of the clusters where it participates.

“The decision by India’s Supreme Court in February to revoke all our licenses took the entire industry by surprise and we were faced with an intense period of uncertainty for the next 10 months,’’ said Jon Fredrik Baksaas, Telenor Group Chief Executive Officer and President. “An extraordinary turnaround operation followed and very early on we left no doubt about our intentions to stay and secure our future operations in India. Telenor has a growth strategy and we consider India to be one of the world’s biggest growth markets for many years to come.”

http://www.telenor.com

Friday, December 14, 2012

Orange Spain Acquires Simyo, an MVNO

Orange Spain has acquired 100% of Simyo, the mobile virtual network operator (MVNO) owned by KPN in Spain, which has around 380,000 customers. This brings Orange Spain's  total mobile customer base to 12.2 million subscribers.

Simyo will continue to operate as an MVNO under its own brand and hosted on Orange Spain’s network.

http://www.orange.com

Netherlands Completes Multiband Frequency Auction

The government of the Netherlands raised EUR 3.804 billion from a spectrum auction, including new bands designated for LTE.  Licenses for some spectrum bands were set to expire in 2013 and have now been renewed.

A total of 41 licenses were awarded to 4 companies:   Vodafone, KPN, T-Mobile and Tele2.

Most licenses have a term of seventeen years.

http://www.agentschaptelecom.nl/


Alcatel-Lucent Secures EUR 1.6 Billion in Financing


Alcatel-Lucent announced EUR 1.615 billion in senior secured credit facilities. commitments with Credit Suisse AG and Goldman Sachs Bank USA.  

Commenting on the initiatives, Ben Verwaayen, CEO Alcatel-Lucent, said: “Today’s announcement of a multi-year financing commitment allows Alcatel-Lucent to operate and adapt our business in a manner which is appropriate in today’s markets.  The proceeds from the new financing will be used to effectively extend our maturity profile over the next several years and provide additional flexibility to finalize our previously announced Performance Program priorities, including the Euro 1.25 billion cost reduction target and the exiting or restructuring of unprofitable Managed Services contracts and geographic markets.  We will take advantage of the flexibility provided by this new financing in order to aggressively look at all options to drive long-term sustainable profitability, enhance our strategic positioning and improve our balance sheet.”

http://www.alcatel-lucent.com/lidec12

Avago Samples 100G Ethernet/OTN PHYs in 28nm CMOS

Avago Technologies has begun sampling its new Vortex Gearbox family of Physical Layer Transceiver (PHY) devices supporting Ethernet and Optical Transport Networking (OTN).

Avago’s Vortex Gearbox , which uses 28nm CMOS SerDes technology, also incorporates the company's proprietary Decision Feedback Equalization (DFE) architecture for low overall power consumption, low data latency and improved jitter and crosstalk performance. 
The Vortex Gearbox AVSP-1104 is a single-chip PHY IC designed for high-density 100G Ethernet and OTN applications. The device is ideal for driving both backplane and portside applications. Key features include:
  • Long reach performance withstanding up to 32dB of channel loss
  • Hole-free operation from 1-28 Gbps
  • Gearbox functionality for full-duplex conversion of four lanes (4x25 Gbps, 4x28 Gbps) to ten lanes (10x10 Gbps, 10x11 Gbps)
  • Option for configuration as a retimer function for full-duplex transmission of ten lanes
  • Programmable Tx/Rx equalization of all SerDes interfaces
  • Bit Error Rate (BER) of 1e-20

Thursday, December 13, 2012

Sprint Bids for Remaining Stake in Clearwire


Sprint Nextel has offered to acquire the remaining shares of Clearwire that it does not already own for a reported $2.1 billion.
Clearwire confirmed that it is currently in discussions with Sprint regarding a potential strategic transaction.
  • In October, Sprint increased its stake in Clearwire to 50.8% by acquiring the shares of Eagle River Holdings for $100 million.  Sprint previously held a 48% share in Clearwire, so this October transaction restored Sprint's majority control of the firm. Eagle River Holdings is controlled by telecom pioneer Craig McCaw.
  • Clearwire holds the largest spectrum portfolio in the U.S. but in upper bands.  Its spectrum is an average 163 MHz in the top 100  U.S. markets.
  • Clearwire operates a nationwide WiMAX network and is planning to make the transition to TD-LTE.  Its main wholesale customer and investor is Sprint, which has extended its 4G agreement through 2015.  The companies have outlined ways of bridging their FD-LTE and TD-LTE networks with dual-mode devices that are under development.
  • Also in October, SoftBank announced plans to invest $20.1 billion to acquire a 70% in Sprint.  The deal consists of $12.1 billion to be distributed to Sprint stockholders and $8.0 billion of new capital to strengthen Sprint’s balance sheet.  The investment aims to accelerate Sprint's next generation network and its competitive position as the No. 3 U.S. mobile operator.  For Softbank, this represents a major leap beyond its home market of Japan, where it is the No. 3 mobile operator and No. 2 wireline broadband provider. The companies hope to get the deal done by mid-2013, pending regulatory approvals.

Juniper to Acquire Contrail for $176M -- an SDN Start-up

Juniper Networks agreed to acquire Contrail Systems, a start-up developing software defined networking (SDN) solutions for approximately $176 million in cash and stock.

Contrail Systems, which is based in Santa Clara, California, was founded in early 2012 is still in stealth mode. No products have been announced so far.  Juniper said the acquisition brings an SDN architectural approach that augments its portfolio of products and services.

Contrail is believed to be working on a virtualization architecture for very large cloud service providers with multiple data centers.

Contrail Systems is headed by Ankur Singla (CEO), who previously served as Chief Technology Officer and VP of Engineering at Aruba Networks.  The Contrail team  includes Dr. Kireeti Kompella (CTO), who was formerly CTO and Chief Architect, JunOS at Juniper; Pedro Marques,previously a developer of control applications for the Cluster Management Team at Google and before that a distinguished engineer at Cisco and Juniper; Harshad Nakil, previously at Aruba Fellow and also distinguished engineer at Juniper and Cisco; and others.

Juniper was a strategic investor in Contrail earlier this year. Khosla Ventures was also an investor.

http://www.juniper.net
http://www.contrailsystems.com

Some other recent SDN start-up news


Plexxi Unveils its SDN Switch with LightRail Optical Interconnect


Plexxi, a start-up based in Cambridge, MA, introduced a Software-defined Networking (SDN) data center switch that creates network connections by implementing efficient topologies based on actual workload needs and by scaling with a proprietary "LightRail" optical interface between switches. Plexxi is targeting cloud and virtualized data centers. The aim is "a system that directly manifests workload-optimized solutions in the real, physical network,...



NoviFlow Debuts 100Gbps OpenFlow 1.1 Switch


NoviFlow, a start-up based in Montreal, released a 100Gbps Open Flow 1.1 compatible switch designed to bring network virtualization and programmability to large data centers, network operators, cloud and financial service providers. The NoviKit 100 leverages EZchip's NP-4 Network Processor.  Key features include: High performance NoviWare 100 OpenFlow 1.1 switching software – with demonstrated performance rates of 100 Gbps OpenFlow-based...

Big Switch Ships its Open SDN


Big Switch, a start-up based in Palo Alto, California, announced the full commercial release of its Open Software-Defined Networking (SDN) product suite, encompassing a Big Network Controller (BNC), the Open SDN platform for network applications which scales to more than a thousand switches and 250,000 new host connections per second; Big Tap, a unified network monitoring application which provides cost-effective enterprise-wide network visibility;...





VMware to Acquire Nicira for $1 Billion for Network Virtualization


VMware agreed to acquire Nicira, a start-up focused on software-defined networking (SDN) for approximately $1.05 billion in cash plus approximately $210 million of assumed unvested equity awards. The goal of SDN is to allow enterprises and service providers to create the most flexible network topologies that seamlessly span any cloud environment. Nicira, which is based in Palo Alto, California, has developed a software-based Network Virtualization...


An Update on Verizon's 100G Network - New Routes 2012

Verizon provided an update on its 100G network rollout.  In 2012, the carrier added 20,921 additional kilometers (13,000 miles) of 100G routes in the U.S. and 2,600 kilometers (1,616 miles) in Europe.

Verizon said it is adding 100G on selected routes in the U.S., where traffic demand is highest, including Atlanta to Tampa, Kansas City to Dallas and Salt Lake City to Seattle, using the same routers and coherent optical transport equipment as on the company’s first 100G routes deployed in 2011.

 In Europe, Verizon added 100G routes between London and Paris, and London and Frankfurt.  Verizon already had 100G running on the  Frankfurt-to-Paris route. This creates a 100G ring that spans more than 2,600 kilometers.

"Expanding 100G technology on our high-performance U.S. and European networks means Verizon is able to successfully meet traffic demand while increasing efficiency and capacity,” said Kyle Malady, senior vice president of global network operations and engineering for Verizon. “Increased video traffic, LTE 4G growth and cloud usage are driving bandwidth demand and 100G is critical to creating that rich end-user experience."

http://www.verizon.com

Bell Labs: Internet Video to Push Networks to their Limit

Driven by tablet usage at home and on the go, consumers in the United States alone will access seven hours of video each day – as opposed to 4.8 hours today, according to a new study from Bell Labs.  The research points to a dramatic shift in viewing habits, as consumers switch from broadcast content to video-on-demand services, which will grow to 70% of daily consumption compared with 33% today.

Some highlights of the 16-page report:


  • The proportion of time spent watching managed video-on-demand services and web-based video will grow from 33% to 77%. This will come at the expense of traditional broadcast TV services, whose relative share of time will drop from 66% to 10%.
  • Internet-based video consumption each year will grow twelvefold, from 90 Exabytes to 1.1 Zettabyes.
  • Consumption of managed video-on-demand from services providers versus OTTs is expected grow at 28 percent annual rate, from 44 Exabytes to 244 Exabytes.
  • 10.5% of managed video consumption and 8.5% of OTT video consumption will occur at the peak hour, 8:00 p.m.

Bell Labs is warning that this shift to unicast distribution will put disproportionate pressure on the IP edge of broadband networks.

"Delivery of video from the cloud and from content delivery networks to tablets, TVs and smartphones - with guaranteed quality -, presents an exciting new revenue opportunity for communications service providers, but only if they are prepared to take advantage of it. Left unmanaged, the rapid growth in video traffic can turn into a deluge and spell disaster. It is important to look at where service providers’ investments can have the most impact, and this research makes clear that the IP edge of both wireline and wireless networks – which are increasingly becoming one and the same - offers the greatest opportunity to improve network performance. At the same time, it also presents the greatest source of risk if not managed appropriately,” stated Marcus Weldon, Chief Technology Officer, Alcatel-Lucent.

The full paper is available here:
http://bit.ly/12oijPC
http://www.alcatel-lucent.com


Infonetics: WLAN Equipment Sales Surge Ahead


The global market for WLAN equipment passed the US$1 billion mark for the first time in Q3 2012, according to new report from Infonetics Research, reflecting continued growth in all major regions.

“Coming on the heels of a 16% jump the previous quarter, WLAN equipment revenue grew another 6% quarter-over-quarter, passing the $1-billion mark for the first time,” notes Matthias Machowinski, directing analyst for enterprise networks and video at Infonetics Research. “The usual demand drivers—wireless devices, BYOD, mobility—were in play, but there was also an acceleration of carrier WiFi deployments, with sales of outdoor access points doubling over the past year.”

Some highlight of the report:

  • Global demand for WLAN gear is well balanced, with 3 major regions (North America, EMEA, and Asia Pacific) seeing ~20% year-over-year revenue growth
  • Interactive access point revenue grew strongly in 3Q12, as businesses move to centrally managed WLAN architectures
  • The transition to 802.11n is coming to an end, with 84% of access points shipments now based on the standard; next-generation 802.11ac products will start shipping in the summer of 2013
  • In 3Q12, Cisco added to its strong 2Q12 performance, growing another 2% sequentially to hold on to 1st place for WLAN equipment; Ruckus grew 78% year-over-year and moved into the #4 spot
  • Vocera stayed in the lead for WiFi phone market share in 3Q12, thanks to its success in the health care market.


http://www.infonetics.com

NSN Demos Core Virtualization and Cloud Management

Nokia Siemens Networks reports progress in its efforts to bring virtualization and cloud management to the core of mobile networks.

A recent proof of concept project conducted with a leading global operator demonstrated that core virtualization and cloud management are viable technologies.

Nokia Siemens Networks said the goal is to allow the core network, comprising the packet-switched, circuit-switched and IP Multimedia Subsystem (IMS) domains, to run on a common resource pool of generic multipurpose hardware.

The cloud prototype developed by Nokia Siemens Networks incorporates network elements such as an MSC Server (MSS), Mobility Management Entity (MME), Call Session Control Function (CSCF) and Telecom Application Server (TAS) into a virtualized infrastructure running on commercial off-the-shelf (COTS) hardware based on Advanced Telecommunications Computing Architecture (ATCA) or any other commercially available IT server platforms depending on the operator’s preference. The virtualized network elements and cloud framework are integrated into NetAct, which provides an end-to-end view of the status of the virtualized network, as well as managing all Nokia Siemens Networks core network products.

“With the explosion of data traffic created by the popularity of smart devices and new high-definition (HD) voice and video, core networks must deliver virtually unlimited scalability, flexibility and efficiency with superior customer experience”, said Michael Clever, head of Voice and IP transformation at Nokia Siemens Networks. “Identifying concepts for adapting telco network capacity and service management in the cloud will help operators understand the advantages of telco cloud technologies and the power of virtualization.”

http://www.nokiasiemensnetworks.com
http://www.nokiasiemensnetworks.com/news-events/press-room/press-releases/nokia-siemens-networks-demonstrates-reliability-of-core-virtualization-and-cloud-managemen

SK Telesys Builds Small Cell Base Stations with Mindspeed, Radisys

Radisys, SK Telesys and Mindspeed Technologies have teamed up on a fully integrated carrier-class Voice-over-LTE (VoLTE) solution for small cell base stations.

SK Telesys, which is the wireless system manufacturer in SK Group Korea, is using the Mindspeed Transcede 3000 system-on-chip (SoC)and software from both Mindspeed and Radisys, in a small cell product that is compliant with 3GPP Release 9 "Home eNodeB" specifications, including support for self organizing network (SON) features.

"VoLTE has been a critical component of Radisys' corporate strategy since our initial investment in LTE. We are uniquely positioned to deliver VoLTE capabilities as we provide a complete end-to-end LTE solution, from our Trillium TOTALeNodeB small cell software to our VoLTE-enabled Media Resource Function, the MPX-12000, that ensures quality of service," said Todd Mersch, director of product line management at Radisys. "It was a natural evolution for Radisys to enable VoLTE on the Mindspeed platform, to the benefit of our joint customers."

"VoLTE is an important component of the LTE small cell deployments that we're engaged in with our customers in Korea. Our customers expect small cells to be a natural extension of their macrocell network and include support for the same services, regardless of what layer of the Radio Access Network a user is connected to. By working with Radisys and Mindspeed, we have been able to deliver VoLTE service with the performance and quality consistent with the macro network," said Il-Hyun Sohn, director of research and development at SK Telesys.

http://www.mindspeed.com
http://www.radisys.com
http://www.sktelesys.com

Vodafone Ireland Employs Tellabs for Mobile Analytics

Vodafone Ireland is deploying Tellabs's Insight Analytics Services to analyze the network data contained in its multi-vendor 3G mobile network.

Tellabs said its Software as a Service (SaaS) approach to analytics provides a comprehensive view of service performance from network behavioral patterns over time.  This helps to optimize network performance and will also enable Vodafone Ireland to perform capacity management and root-cause analysis quicker and more cost-effectively.

"As networks evolve from TDM to IP and 3G to LTE, service providers are faced with increasing challenges in providing outstanding network performance,” said Scott Forbes, vice president, Global Services at Tellabs. “With our global expertise in mobile networks, Tellabs provides a competitive and unique analytics solution that helps our customers continue to succeed. We are proud to work with Vodafone Ireland to help them solve some of the challenges they face in providing a high-quality user experience.”

http://www.tellabs.com


Tellabs Adds Dennis Strigl and Mikel Williams to Board

Tellabs added two new directors to its Board:

  • Dennis F. (Denny) Strigl - a former president and chief operating officer of Verizon Communications Inc. and former president and chief executive officer of Verizon Wireless. 
  • Mikel H. Williams - a former president and chief executive officer of DDi Corp

Tellabs' board of directors now has 11 members.

http://www.tellabs.com


  • In November, Tellabs named Daniel P. Kelly as its new chief executive officer and president. Kelly, 51, has served as Tellabs acting CEO and president since June 27, 2012, following the passing of Rob Pullen. 


Airtel Nigeria Tests LTE in Lagos


Airtel Nigeria has completed its LTE trial in Lagos and will expand the pilot network in the other major cities across the country including Abuja and Port Harcourt.

In the Lagos trial. download speed, under ideal conditions was 37 Mbps, while under non ideal conditions, was 32 Mbps. Upload speed was 10.6 Mbps. Measurement under non ideal condition was done using www.Speedtest.net.

In February this year, Airtel Nigeria announced the roll-out of widest 3.75G services across the 36 States in Nigeria and the Federal Capital Territory, Abuja.

http://www.airtel.com

Franco Bernabe Re-Elected to Head GSMA

Franco Bernabe, Chairman and Chief Executive Officer, Telecom Italia Group, has been re-elected as Chairman of the GSMA for another two year term.

Jon Fredrik Baksaas, President and CEO, Telenor Group, was elected as Deputy Chairman.

 "We are at an important time in the development of the mobile industry - following years of unprecedented growth, we are now faced with new challenges, as well as further growth potential, as we see nearly everyone and everything in our lives becoming connected by mobile. This has implications not only for individuals and businesses around the world, but also for mobile operators and other players across the ecosystem. Together, with Jon Fredrik Baksaas as Deputy Chairman and our Director General Anne Bouverot, I look forward to working with the GSMA Board and our entire membership to renew the innovation that has been the very foundation of the success of GSM and mobile," stated Mr. Bernabe.

http://www.gsma.com/newsroom/gsma-elects-new-board-members

Wednesday, December 12, 2012

FCC Proposes 100 MHz of Shared Spectrum for Small Cells in 3.5 GHz Band


The FCC is proposing to make available 100 megahertz of shared spectrum in the 3.5 GHz Band (3550-3650 MHz) for small cell deployments.

The FCC said it envisions three tiers of users, each with different levels of rights and protections in the 3.5 GHz Band:
  • The first tier, Incumbent Access, would include authorized federal users and grandfathered fixed satellite service licensees. These incumbents would be afforded protection from all other users in the 3.5 GHz Band.
  • The second tier, Protected Access, would include critical use facilities, such as hospitals, utilities, government facilities, and public safety entities that would be afforded quality-assured access to a portion of the 3.5 GHz Band in certain designated locations.
  • The third tier, General Authorized Access, would include all other users – including the general public – that would have the ability to operate in the 3.5 GHz Band subject to protections for Incumbent Access and Protected Access users. 
A spectrum access system, incorporating a geo-location enabled dynamic database, would govern access to the 3.5 GHz Band.

The President’s Council of Advisors on Science and Technology (PCAST) issued a
report this summer recommending spectrum sharing and small cell use in the 3.5 GHz Band.



The PCAST Report - July 2012
U.S. federal policy should shift in favor "Shared-Use Spectrum Superhighways" instead the current plan which is to first clear federal users from specific bands and then auction this spectrum for the exclusive use of the highest bidder, according to a new report issued by the President’s Council of Advisors on Science and Technology (PCAST). The report identifies 1,000 MHz of federal spectrum for sharing with the private sector.

The New Spectrum Superhighway plan (1) divides spectrum into substantial blocks with common characteristics (2) makes sharing by Federal users with commercial users the norm (3) measures spectrum effectiveness using a new metric (4) increases capacity by "1,000’s of times." 

A Presidential memorandum issued in June 2010 requires that 500 MHz of spectrum to be made available for commercial use within 10 years.  However, a recent NTIA Study found that clearing just one 95 MHz band will take 10 years, cost $18 billion, and cause significant disruption. Moreover, the net revenue for the Treasury from the last successful auction of 45 MHz realized a net income of just a few hundred million a year ($5.3 billion total).

The PCAST report said its vision of shared spectrum is viable using existing technologies and is not dependent on cognitive or "smart" radios. Instead, a geo-location database could be used the share spectrum much like how the FCC is using managing TV bands. The TV Whitespaces system could be used as a model. Technical standards would need to be implemented for coexistence of transmitters and receivers to enable flexible sharing.

To get things rolling, the PCAST report recommends that an incentive mechanism be created to encourage Federal agencies to begin sharing (e.g., Spectrum Currency). The existing Spectrum Relocation Fund, which is supposed to fund the migration of federal users out of certain bands, could be redeveloped into a "Spectrum Efficiency Fund." The system could be tested in a specific city before being extended nationwide.

The 192 page report is posted online.
http://www.whitehouse.gov/administration/eop/ostp/pcast