MCI's Global Presence

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MCI’s Global Presence TAT-14 NORWAY SWEDEN Stockholm Oslo ATLANTIC UNITED CROSSING I KINGDOM Glasgow Edinburgh DENMARK NORTH AMERICA Copenhagen Dublin Manchester NETHERLANDS London Amsterdam CANADA Reading TYCO PACIFIC Calgary BEL Dortmund EUROPE Brussels TRANSPACIFIC CROSSING 1 Frankfurt Vancouver Paris LUX GERMANY Seattle Vienna FRANCE AUSTRIA TYCO Portland Montreal UNITED STATES OF AMERICA Milan TRANSPACIFIC Minneapolis Toulouse Toronto Portland Nice Grand Rapids Detroit Buffalo Boston ITALY PACIFIC Ann Arbor Cleveland Springfield Chicago Toledo Elmsford CROSSING 1 Salt Lake City Pittsburgh New York Denver Newark Madrid Hilliard Philadelphia TAT-12/13 Reno Kansas City Indianapolis Ashburn GEMINI SPAIN ASIA San Fransisco Baltimore Topeka Cincinnati JAPAN St. Louis Washington, DC San Jose Springfield Evansville APOLLO Albuquerque Tulsa Fresno Chattanooga Cary Raleigh MED Tokyo Las Vegas Oklahoma City Memphis Charlotte EAST ASIA COLUMBUS III NAUTILUS Osaka Los Angeles Atlanta CHINA CROSSING Phoenix Birmingham Augusta San Diego Jackson Tucson Dallas Montgomery Shreveport Austin Baton Rouge Mobile Jacksonville Houston New Orleans San Antonio Tampa CHINA-US Fort Lauderdale Miami FLAG/REACH FOG TAIWAN NORTH ASIA LOOP SOUTHERN COLUMBUS II TPC-5 CROSS INDIA Hong Kong JAPAN-US SAUDI CHINA-US ARABIA AMERICAS-1 C2C JAPAN-US TCS-1 AFRICA AMERICAS-2 i2i ARCOS SAC/MAC APCN-2 TPC-5 SEA-ME-WE-3 MAYA -1 FLAG AUSTRALIA- SAm-1 JAPAN KENYA Singapore Nairobi SOUTHERN Americas-1 i2i ATLANTIS-2 CROSS Americas-2 Japan-US APCN Maya-1 SOUTH AMERICA SAT-3/WASC/SAFE APCN-2 MED Nautilus PAN-AM Apollo Pacific Crossing 1 APCN ARCOS PAN-AM NAMIBIA Atlantic Crossing I SAC/MAC Windhoek Atlantis-2 SAm-1 AUSTRALIA Australia-Japan SAT-3/WASC/SAFE Johannesburg SOUTH Durban C2C SEA-ME-WE-3 AFRICA China-US Southern Cross Cape Town UNISUR Sydney Columbus II TAT-12/13 Columbus III TAT-14 Melbourne East Asia Crossing TCS-1 FLAG TPC-5 FLAG/Reach TYCO Transpacific North Asia Loop UNISUR FOG Data Centers Gemini Service Centers.

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In This Issue: 11 Years All Optical Submarine Network Upgrades Of
66 n o v voice 2012 of the ISSn 1948-3031 Industry System Upgrades Edition In This Issue: 11 Years All Optical Submarine Network Upgrades of Upgrading Cables Systems? More Possibilities That You Originally Think Of! Excellence Reach, Reliability And Return On Investment: The 3R’s To Optimal Subsea Architecture Statistics Issue Issue Issue #64 Issue #3 #63 #2 Released Released Issue Released Released #65 Released 2 ISSN No. 1948-3031 PUBLISHER: Wayne Nielsen MANAGING EDITOR: Kevin G. Summers ovember in America is the month Forum brand which we will be rolling out we celebrate Thanksgiving. It during the course of the year, and which CONTRIBUTING WRITERS: Stewart Ash, is also the month SubTel Forum we believe will further enhance your James Barton, Bertrand Clesca, Dr Herve Fevrier, N Stephen Jarvis, Brian Lavallée, Pete LeHardy, celebrates our anniversary of existence, utility and enjoyment. We’re going to kick Vinay Rathore, Dr. Joerg Schwartz that now being 11 years going strong. it up a level or two, and think you will like the developments . And as always, it will Submarine Telecoms Forum magazine is When Ted and I established our little be done at no cost to our readers. published bimonthly by Submarine Telecoms magazine in 2001, our hope was to get Forum, Inc., and is an independent commercial enough interest to keep it going for a We will do so with two key founding publication, serving as a freely accessible forum for professionals in industries connected while. We had a list of contacts, an AOL principles always in mind, which annually with submarine optical fiber technologies and email address and a song in our heart; the I reaffirm to you, our readers: techniques.
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Tds National Reports Itu Telecom World 2003 and Canton Ofgeneva Hosted by Therepublic
2003 ORLD W ELECOM TDS NATIONAL REPORTS TDS NATIONAL International Telecommunication Union Place des Nations, CH-1211 Geneva 20, Switzerland Tel.: +41 22 730 6161 – Fax: +41 22 730 6444 E-mail: [email protected] TDS NATIONAL REPORTS TDS NATIONAL ITU T HOSTED BY THE REPUBLIC www.itu.int/itutelecom AND CANTON OF GENEVA TDS NATIONAL REPORTS The Republic and Canton of Geneva sponsors of the Telecom Development Symposium (TDS) Table of contents Page Page Albania ................................................. 1 Moldova................................................ 145 Angola .................................................. 5 Mongolia............................................... 147 Armenia................................................ 9 Myanmar .............................................. 155 Bangladesh .......................................... 11 Nepal .................................................... 159 Benin .................................................... 17 Nicaragua ............................................. 165 Bhutan.................................................. 21 Pakistan................................................ 167 Bosnia and Herzegovina ...................... 27 Papua New Guinea .............................. 179 Burkina Faso ........................................ 31 Paraguay .............................................. 183 Burundi................................................. 41 Cambodia............................................. 43 Peru ...................................................
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Before the FEDERAL COMMUNICATIONS COMMISSION Washington, D.C
Before the FEDERAL COMMUNICATIONS COMMISSION Washington, D.C. In the Matter of EDGE CABLE HOLDINGS USA, LLC, File No. SCL-LIC-2020-____________ AQUA COMMS (AMERICAS) INC., AQUA COMMS (IRELAND) LIMITED, CABLE & WIRELESS AMERICAS SYSTEMS, INC., AND MICROSOFT INFRASTRUCTURE GROUP, LLC, Application for a License to Land and Operate a Private Fiber-Optic Submarine Cable System Connecting the United States, the United Kingdom, and France, to Be Known as THE AMITIÉ CABLE SYSTEM JOINT APPLICATION FOR CABLE LANDING LICENSE— STREAMLINED PROCESSING REQUESTED Pursuant to 47 U.S.C. § 34, Executive Order No. 10,530, and 47 C.F.R. § 1.767, Edge Cable Holdings USA, LLC (“Edge USA”), Aqua Comms (Americas) Inc. (“Aqua Comms Americas”), Aqua Comms (Ireland) Limited (“Aqua Comms Ireland,” together with Aqua Comms Americas, “Aqua Comms”), Cable & Wireless Americas Systems, Inc. (“CWAS”), and Microsoft Infrastructure Group, LLC (“Microsoft Infrastructure”) (collectively, the “Applicants”) hereby apply for a license to land and operate within U.S. territory the Amitié system, a private fiber-optic submarine cable network connecting the United States, the United Kingdom, and France. The Applicants and their affiliates will operate the Amitié system on a non-common-carrier basis, either by providing bulk capacity to wholesale and enterprise customers on particularized terms and conditions pursuant to individualized negotiations or by using the Amitié cable system to serve their own internal business connectivity needs. The existence of robust competition on U.S.-U.K., U.S.-France, and (more broadly) U.S.-Western Europe routes obviates any need for common-carrier regulation of the system on public-interest grounds.
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The Story of Subsea Telecommunications & Its
The Story of Subsea Telecommunications 02 & its Association with Enderby House By Stewart Ash INTRODUCTION The modern world of instant communications 1850 - 1950: the telegraph era began, not in the last couple of decades - but 1950 - 1986: the telephone era more than 160 years ago. Just over 150 years 1986 until today, and into the future: the optical era ago a Greenwich-based company was founded that became the dominant subsea cable system In the telegraph era, copper conductors could supplier of the telegraph era, and with its carry text only — usually short telegrams. During successors, helped to create the world we know the telephone era, technology had advanced today. enough for coaxial cables to carry up to 5,680 simultaneous telephone calls. And in today’s On 7 April 1864, the Telegraph Construction and optical era, fibres made of glass carry multi- Maintenance Company Ltd, better known for most wavelengths of laser light, providing terabits of of its life as Telcon, was incorporated and began its data for phone calls, text, internet pages, music, global communications revolution from a Thames- pictures and video. side site on the Greenwich Peninsula. Today, high capacity optic fibre subsea cables For more than 100 years, Telcon and its successors provide the arteries of the internet and are the were the world’s leading suppliers of subsea primary enablers of global electronic-commerce. telecommunications cable and, in 1950, dominated the global market, having manufactured and For over 160 years, the Greenwich peninsula has supplied 385,000 nautical miles (714,290km) of been at the heart of this technological revolution, cable, 82% of the total market.
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Optical Fibre Submarine Systems
Optical fibre submarine GREENLAND systems D N ALASKA A (USA) ICELAND L Umeå N Vestmannaeyjar BOTNIA I Vaasa F Faroes SWEDEN Rauma RUSSIA 6 x 622 Turku Hallstavik Whittier Valdez Karst 2 + 1 x 2.5 Gbit/s Norrtälje Kingisepp Seward Tallin NORWAY ESTONIA U N Lena I 2 x 560 LATVIA CANTAT-3 T point AC-1 E DENMARK CANADA D Westerland LITHUANIA Northstar 2 x 4 (WDM) x 2.5 Gbit/s TAT-14 K I N REP. OF IRELAND G BELORUSSIA TAT-10 2 + 1 x 560 D S D Norden/ N O LA Grossheide ER POLAND M TH NE GERMANY Gemini North 2 x 6 (WDM) x 2.5 Gbit/s BELGIUM CZECH Dieppe REP. Port UKRAINE Alberni NPC 3 + 1 x 420 St Brieuc SLOVAK REP. M O KAZAKHSTAN L FRANCE D Seattle AC-1 AUSTRIA A V TPC-5 2 x 5 Gbit/s HUNGARY I Tillamook PTAT-1 3 + 1 x 420 Gbit/s SWITZ. I A A Odessa DM) x 2.5 St Hilaire de Riez SLOVEN 2 x 6 (W MONGOLIA i South FLAG Atlantic-1 160 Gbit/s emin CROATIA ROMANIA Pacific G Y I U Novorossijsk City Pennant Point HERZEGOVINABOSNIA- G s T O 2.5 SochiGbit/s PC-1 Medway Harbour Gbit/ S x 5 L TAT-11 3 DxM 560) A Varna Shirley x 3 (W A V Nakhodka TAT-12 2 x 3 (WDM) x 5 Gbit/s 2 I GEORGIA Ishikati TAT-13 A BULGARIA UZBEKISTAN Rhode Island F L PC-1 L ALBANIA Poti A KYRGYZSTAN N Long Island G Y TAT-9 2 + 1 x 560 ARMENIA AZERBAIJAN New York MACEDONIA TURKMENISTAN NORTH Bandon TAT-8 2 x 280 Istanbul KOREA FLAG Atlantic-1 160 Gbit/s Azores SPAIN E R-J-K C 2 x 560 0 EE 6 R 5 G Dalian A CANUS-1 TAT-14 PORTUGAL TURKEY JIH CableProject Japan-US Manasquan Lisbon UNITED STATES 3x TAJIKISTAN Point Sesimbra PC-1 Arena Tuckerton Marmaris Yantaï SOUTH P TPC-4 2 x 560 A S
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KDDI Global ICT Brochure
https://global.kddi.com KDDI-Global Networks and IT Solutions Networking, Colocation, System Integration around the world BUILDING YOUR BUSINESS TOGETHER KDDI solutions are at the cutting-edge in all fields of information and communications KDDI, a Fortune Global 500 company, is one of Asia’s largest telecommunications providers, with approximately US$48 billion in annual revenue and a proven track record extending over many years and around the world. We deliver all-round services, from mobile phones to fixed-line communications, making us your one-stop solution provider for telecommunications and IT environments. The high praise and trust enjoyed by our TELEHOUSE data centers positioned around the world have kept us at the forefront of service and quality. Since our establishment in 1953, we have expanded our presence into 28 countries and 60 cities, with over 100 offices around the world supporting the success of our international customers through our high quality services. KDDI’s mobile telephone brand “au” has achieved significant market share in Japan, one of the world’s most comprehensive KDDI Quick Facts communications markets. KDDI’s relationship with over 600 carriers worldwide enables us to provide high-quality international network services in over 190 countries. Our exciting ventures, built on extensive experience, include investment in the “South-East Asia Japan 2 Cable”, which connects 11 locations in 9 countries and territories in Asia. Moreover, as the world moves toward the age of IoT and 5G, KDDI is taking steps to promote IoT business, such as connected cars, support for companies engaged in global business, and the creation of new value for our society.
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March 30, 2015 by ELECTRONIC FILING Marlene H. Dortch, Secretary Federal Communications Commission 445 12Th Street, S.W. Washin
(202) 223-7323 (202) 204-7371 [email protected] March 30, 2015 BY ELECTRONIC FILING Marlene H. Dortch, Secretary Federal Communications Commission 445 12th Street, S.W. Washington, D.C. 20554 Re: Joint Application for Transfer of Control of Cable Landing Licenses from Columbus Networks, Limited to Cable & Wireless Communications Plc, File Nos. SCL-T/C-20141121-00013 and SCL-T/C-20141121-00014; Applications for Transfer of Control of Section 214 Authorizations from Columbus Networks, Limited to Cable & Wireless Communications Plc, File Nos. ITC-T/C-20141121-00304 and ITC-T/C-20141121-00307 Dear Ms. Dortch: On Thursday, March 26, 2015, the undersigned counsel and representatives of Cable & Wireless Communications Plc (“C&W”) and Columbus Networks, Limited (“CNL”) met with members of the Commission’s staff to discuss the above-cited pending applications, and in particular Digicel’s pleadings and ex parte filing in the proceeding. Doc#: US1:9949275v3 Marlene H. Dortch, Secretary 2 Attending this meeting on behalf of Cable & Wireless Communications Plc were Belinda Bradbury, General Counsel, and Simeon Irvine, Chief Executive, Wholesale. C&W outside counsel Patrick Campbell and Diane Gaylor of Paul,Weiss, Rifkind, Wharton & Garrison LLP also attended. Attending on behalf of Columbus Networks, Limited were Paul Scott, President and Chief Operating Officer, Columbus Networks USA, Inc., and Victor A. Lago, Vice President of Legal Affairs, Columbus Networks USA, Inc. CNL outside counsel Ulises Pin of Morgan, Lewis & Bockius LLP also attended. Commission staff in attendance were, from the International Bureau, Nese Guendelsberger, Deputy Bureau Chief (by phone); Kathleen Collins, Assistant Bureau Chief; Walt Strack, Assistant Bureau Chief and Chief Economist; Howard Griboff, Acting Division Chief, Policy Division; David Krech, Associate Division Chief, Policy Division; Mark Uretsky, Senior Economist, Policy Division; Jodi Cooper, Senior Attorney, Policy Division; and, from the Office of General Counsel, James Bird.
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T He Growing Noncommunicable Disease Burden, a Challenge for the Countries of the Americas1
FEATURE T HE GROWING NONCOMMUNICABLE DISEASE BURDEN, A CHALLENGE FOR THE COUNTRIES OF THE AMERICAS1 Jorge Litvak,2 his Ruiz,3 Helena E. Restrepo,3 and Alfred McAlister* Introduction Social and demographic trends in Western Hemisphere populations are introducing new challenges to public health. As sanitary conditions improve and population growth slows, health conditions change in a predictable pattern: the share of illnesses and deaths caused by infectious disease and perinatal difficulties declines, while the share caused by noncommunicable diseasesincreases. Life expectancy rises when premature deaths during infancy and childhood are prevented. But premature and pre- ventable deaths are not eradicated; they are merely shifted to later ages and different causes-including cardiovascular and cerebrovascular diseases,can- cers, accidents, liver disease, and diabetes. There is growing evidence that a significant proportion of these premature deaths, and even of new casesof illness among adults, can be prevented by inducing changes in the popula- tion’s life-style (I)-that is, by reducing smoking and alcohol abuse, by im- proving diets and increasing physical activity, by reducing obesity, and by making certain other changes in health services, safety practices, and envi- ronmental conditions (2). Consequently, the application of be- havioral sciencesin promoting healthier life-styles emerges as the next great ’ This ankle will also be published in Spanish in the Bob% de la Ojkitia Sanitaria Panamenkana. 2 Program Coordinator, Health of Adults Program, Pan American Health Organization, Washington, D.C., USA. 3 Regional Adviser in Chronic Diseases, Health of Adults Program, Pan American Health Organization, Washington, D.C., USA. 4 Associate Director for Community Studies; Center for Health Promotion, Research.
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The Hidden Meaning in Those Letters and Numbers
International Journal of Humanities and Social Science Vol. 2 No. 19 [Special Issue – October 2012] The Hidden Meaning in Those Letters and Numbers Chuck Higgins, Ph.D. Dept. Finance/CIS Loyola Marymount Univ. 1 LMU Drive Los Angeles, CA 90045-8385 USA We all find number and letter codes around us. Many of these are both relevant and often easy to decode. Included herein are those most of us encounter: airport/ airline/airplane codes, alphabets, bonds, Braille, broadcast call letters, radio AM/FM, television, checks, corporations, credit cards, dates, highways, internet, license plates, measures, money, numbers, postal codes, postage stamps, railroads/trains, ships/boats, Social Security, stocks, telephone, temperature, time, and universal product codes. Not included herein are those that are field specific or important only to specialists. Thus not included are codes found in science, technology, special fields, and commerce; examples excluded include chemistry and physics, model numbers, ham radio and hobbies, expiration dates, and so on. All graphics herein are from Wikipedia or are mine. Thank you to Michelle Yeung and Zbigniew Przasnyski for their suggestions. Airports/Airlines/Airplanes ABC Airport codes are three letter mnemonics (four letters instead for pilots), some with historic references (ORD for O’Hare Airport previously called Orchard Field and MSY for New Orleans’ Moisant Field); see www.skygod.com for a full history. In the U.S. there are rarely airport codes starting with K, N, or W. The codes for Canadian airports usually start with a Y, but the reverse may not be true (YUM for Yuma International for example). A recommended website for flights is www.airfare.com .
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Forum Second Issue
An international forum for the expression of ideas and First Quarter 2002 opinions pertaining to the submarine telecoms industry 1 Contents List of Advertisers Editors Exordium 3 Undersea Intelligence on the Costa del Sol International Cable Protection Committee 5 EMEA Conference 30 Emails to the Editor 4 Global Marine Systems Ltd 5,6 The State of the Industry Network Maintenance 5 Europe, the Middle East, Africa and India TMS International 16 Christian Annoque 31 Sub Tech 7 Offshore Site Investigation Conference 18 Tracking the Cableships Sub Tell 8 Latest locations of the world’s cableships 36 International Subsea & Telecom Services 22 Ventures 9 Technology in Long-span Smit-Oceaneering Cable Systems 29,39,47 Submarine Systems Vessels 10 CTC Marine Projects 35 Tony Frisch 40 Searching for a light in the fog A future for the submarine cable industry? Fibre Optics in Offshore Michael Ruddy 11 Communications Jon Seip 45 Bandwidth ORGANISING A The State of the Market Letter to a friend CON ERENCE? Rex Ramsden 19 Jean Devos 52 Give your exhibition or conference Countdown to Apollo Launch maximum exposure to the submarine Australasian Communications Conference The world’s most advanced cable system telecoms industry. Advertise your event in A once-only chance to hear from influential Katherine Edwards 23 Submarine Telecoms Forum strategists and CEOs 56 The State of the Industry and reach all the key people. The Americas Diary Dates Email: [email protected]@subtelforum.com John Manock 27 Upcoming Conferences 2002 57 2 An international forum for the expression of ideas and opinions pertaining to the submarine telecom industry Exordium Submarine Telecoms Forum is published quarterly by WFN Strategies, L.L.C.
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A Life Cycle Assessment of Fibre Optic Submarine Cable Systems Craig
Twenty thousand leagues under the sea: A life cycle assessment of fibre optic submarine cable systems Craig Donovan Stockholm 2009 KTH, Department of Urban Planning and Environment Division of Environmental Strategies Research – fms Kungliga Tekniska högskolan Degree Project SoM EX 2009 -40 www.infra.kth.se/fms Twenty thousand leagues under the sea: A life cycle assessment o f fibre optic submarine cable systems Abstract Submarine cables carry the vast majority of transcontinental voice and data traffic. The high capacity and bandwidth of these cables make it possible to transfer large amounts of data around the globe almost instantaneously. Yet, little is known about the potential environmental impacts of a submarine cable from a life cycle perspective. This study applies Life Cycle Assessment (LCA) methodology to collect and analyse the potential environmental impacts of a submarine cable system within a single consistent framework. The system boundary is drawn at the limits of the terminal station where the signal is transferred to, or from, the terrestrial network. All significant components and processes within the system boundary have been modelled to account for the flow of resources, energy, wastes and emissions. Data quality analysis is performed on certain variables to evaluate the effect of data uncertainties, data gaps and methodological choices. The results highlight those activities in the life cycle of a submarine cable that have the largest potential environmental impact; namely, electricity use at the terminal station and cable maintenance by purpose-built ship. For example, the results show that 7 grams of carbon dioxide equivalents (CO 2 eq.) are potentially released for every ten thousand gigabit kilometres (10,000Gb·km), given current estimations of used capacity.
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Artistic Swimming
ARTISTIC SWIMMING EVENTS Women (3) Duets Teams Highlight Mixed (1) Duets QUOTA Qualification Host NOC Total Men 7 1 8 Women 64 8 72 Total 71 9 80 athletes MAXIMUM QUOTA PER NOC EVENT Qualification Host NOC Total Duets 1 duet (2 athletes) 1 duet (2 athletes) 12 duets of 2 athletes Teams 1 team (8 athletes) 1 team (8 athletes) 8 teams of 8 athletes Highlight 1 team (8 athletes) 1 team (8 athletes) 8 teams of 8 athletes Mixed Duets 1 duet (2 athletes) 1 duet (2 athletes) 8 Duets of 2 athletes Total 9 athletes (8 women + 1 man) 9 athletes (8 women + 1 man) 80 athletes (72 women + 8 men) Athletes may register for more than one event. Eight teams with a maximum of 8 (eight) athletes each may participate in the team and highlight competition (no reserves will be allowed). Eight duets with a maximum of 2(two) athletes (one man and one woman) each may participate in the mixed duet competition (no reserves will be allowed). Twelve teams with a maximum of 24 athletes (no reserves will be allowed) may participate in the duet competition. As Host Country, Colombia automatically will qualify one team in each event, with a maximum of 9 athletes (8 women and 1 man). Athlete eligibility The athletes must have signed and submitted the Athlete Eligibility Condition Form. Only NOCs recognized by Panam Sports whose national swimming federations are affiliated with the International Swimming Federation (FINA) and the Union Americana de Natación (UANA) may enter athletes in the Cali 2021 Junior Pan American Games.
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