Taiwan Earthquake Fiber Cuts: a Service Provider View
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Before the FEDERAL COMMUNICATIONS COMMISSION Washington, D.C
Before the FEDERAL COMMUNICATIONS COMMISSION Washington, D.C. 20554 In the Matter of ) ) GU HOLDINGS INC. and EDGE CABLE ) File Nos. SCL-LIC-2020_________ HOLDINGS USA, LLC ) ) Application for a License to Construct, Land, ) and Operate the Pacific Light Cable Network ) to Connect the United States to Taiwan and ) the Philippines ) APPLICATION FOR A CABLE LANDING LICENSE (STREAMLINED PROCESSING REQUESTED) Pursuant to the Act Relating to the Landing and Operation of Submarine Cables in the United States, 47 U.S.C. §§ 34-39, Executive Order 10,530, and 47 C.F.R. § 1.767, GU Holdings Inc. (“GU Holdings”) and Edge Cable Holdings USA, LLC (“Edge USA”) (together, the “Applicants”), request a license to construct, land, and operate a high-capacity fiber-optic submarine cable system connecting the United States to Taiwan and the Philippines. For purposes of this application, the system is referred to as the Pacific Light Cable Network (“PLCN”). PLCN will be made up of the following elements: ● The fiber pair owned by GU Holdings and its affiliates connecting the United States to Branching Unit 2 (Fiber Pair 2 on each of Segments S1.1.1, S1.1.2, and S1.2 1); ● The branch owned by GU Holdings’ affiliates connecting Taiwan to Branching Unit 1, including the two fiber pairs on that branch (Segment S2); ● The fiber pair owned by Edge USA and its affiliates connecting the United States to Branching Unit 2 (Fiber Pair 1 on each of Segments S1.1.1, S1.1.2, and S1.2); ● The branch owned by Edge USA’s affiliates connecting Baler, Philippines, to 1 For segment references, see Appendix A hereto. -
SUPPLY RECORD - REPEATERED SYSTEM ( 1 ) 1St Generation (Regenerator System Using 1.31 Micron Wavelength)
SUPPLY RECORD - REPEATERED SYSTEM ( 1 ) 1st Generation (Regenerator System using 1.31 micron wavelength) System Landing Countries Capacity Route Length Delivery Japan, U.S.A. (Guam, TPC-3 (Note 1) 560Mbps (280Mbps x 2fp) 3,760km Dec. 88 Hawaii) Hong Kong, Japan, Hong Kong-Japan-Korea 560Mbps (280Mbps x 2fp) 4,700km Apr. 90 Korea Kuantan-Kota Kinabaru Malaysia 840Mbps (420Mbps x 2fp) 1,570km Dec. 90 Japan, U.S.A. North Pacific Cable (NPC) 1680Mbps (420Mbps x 4fp) 9,400km Apr. 91 (Mainland) Surabaya-Banjarmasin Indonesia 280Mbps (280Mbps x 1fp) 410km Dec. 91 N. ote 1:The very first Branching Units deployed in the Pacific 1 SUPPLY RECORD - REPEATERED SYSTEM ( 2 ) 2nd Generation (Regenerator System using 1.55 micron wavelength) System Landing Sites Capacity Route Length Delivery UK-Germany No.5 (Note 2) UK, Germany 3.6Gbps (1.8Gbps x 2fp) 500km Oct. 91 Brunei-Singapore Brunei, Singapore 1120Mbps (560Mbps x 2fp) 1500km Nov. 91 Brunei, Malaysia, Brunei-Malaysia-Philippines (BMP) 1120Mbps (560Mbps x 2fp) 1500km Jan. 92 Philippines Japan, U.S.A. TPC-4 1680Mbps (560Mbps x 3fp) 5000km Oct. 92 (Mainland) Japan, Hong Kong, APC Taiwan, Malaysia, 1680Mbps (560Mbps x 3fp) 7600km Aug. 93 Singapore Malaysia-Thailand Malaysia, Thailand 1120Mbps (560Mbps x 2fp) 1500km Aug. 94 (incl. Petchaburi-Sri Racha) Russia-Japan-Korea (RJK) Russia, Japan, Korea 1120Mbps (560Mbps x 2fp) 1700km Nov. 94 Thailand, Vietnam, Thailand-Vietnam-Hong Kong (T-V-H) 1120Mbps (560Mbps x 2fp) 3400km Nov. 95 Hong Kong N. ote 2: The very first giga bit submarine cable system in the world 2 SUPPLY RECORD - REPEATERED SYSTEM ( 3 ) 3rd Generation (Optical Amplifier System) System Landing Sites Capacity Route Length Delivery Malaysia Domestic (Southern Link) Malaysia 10Gbps (5Gbps x 2fp) 2,300km Jul. -
Creating Trust in Critical Network Infrastructures: Korean Case Study
INTERNATIONAL TELECOMMUNICATION UNION ITU WORKSHOP ON Document: CNI/05 CREATING TRUST IN CRITICAL 20 May 2002 NETWORK INFRASTRUCTURES Seoul, Republic of Korea — 20 - 22 May 2002 CREATING TRUST IN CRITICAL NETWORK INFRASTRUCTURES: KOREAN CASE STUDY Creating trust in critical network infrastructures: Korean case study This case study has been prepared by Dr. Chaeho Lim <[email protected]>. Dr Cho is Visiting Professor at the Korean Institute of Advanced Science & Technology, in the Infosec Education and Hacking, Virus Research Centre. This case study, Creating Trust in Critical Network Infrastructures: Korean Case Study, is part of a series of Telecommunication Case Studies produced under the New Initiatives programme of the Office of the Secretary General of the International Telecommunication Union (ITU). Other country case studies on Critical Network Infrastructures can be found at <http://www.itu.int/cni>. The opinions expressed in this study are those of the author and do not necessarily reflect the views of the International Telecommunication Union, its membership or the Korean Government. The author wishes to acknowledge Mr Chinyong Chong <[email protected]> of the Strategy and Policy Unit of ITU for contributions to the paper. The paper has been edited by the ITU secretariat. The author gratefully acknowledges the generous assistance of all those who have contributed information for this report. In particular, thanks are due to staff of Ministry of Information and Communication and Korean Information Security Agency for their help and suggestions. 2/27 Creating trust in critical network infrastructures: Korean case study TABLE OF CONTENTS Executive summary ......................................................................................................................................................... 4 1. Introduction............................................................................................................................................................. -
THE Official Magazine of the OCEANOGRAPHY SOCIETY
OceThe OFFiciala MaganZineog OF the Oceanographyra Spocietyhy CITATION Rudnick, D.L., S. Jan, L. Centurioni, C.M. Lee, R.-C. Lien, J. Wang, D.-K. Lee, R.-S. Tseng, Y.Y. Kim, and C.-S. Chern. 2011. Seasonal and mesoscale variability of the Kuroshio near its origin. Oceanography 24(4):52–63, http://dx.doi.org/10.5670/oceanog.2011.94. DOI http://dx.doi.org/10.5670/oceanog.2011.94 COPYRIGHT This article has been published inOceanography , Volume 24, Number 4, a quarterly journal of The Oceanography Society. Copyright 2011 by The Oceanography Society. All rights reserved. USAGE Permission is granted to copy this article for use in teaching and research. Republication, systematic reproduction, or collective redistribution of any portion of this article by photocopy machine, reposting, or other means is permitted only with the approval of The Oceanography Society. Send all correspondence to: [email protected] or The Oceanography Society, PO Box 1931, Rockville, MD 20849-1931, USA. downloaded From http://www.tos.org/oceanography SPECIAL IssUE ON THE OCEANOGRAPHY OF TAIWAN Seasonal and Mesoscale Variability of the Kuroshio Near Its Origin BY DANIEL L. RUdnICK, SEN JAN, LUCA CENTURIONI, CRAIG M. LEE, REN-CHIEH LIEN, JOE WANG, DONG-KYU LEE, RUO-SHAN TsENG, YOO YIN KIM, And CHING-SHENG CHERN Underwater photo of a glider taken off Palau just before recovery. Note the barnacle growth on the glider, fish underneath, and the twin hulls of a catamaran used for recovery in the distance. Photo credit: Robert Todd 52 Oceanography | Vol.24, No.4 AbsTRACT. The Kuroshio is the most important current in the North Pacific. -
Interim Report on the Asian Telecom Connectivity Market
Asian Telecom Connectivity Market: Executive Summary (Research conducted 2005) The following is a summary of the findings of the Telecommunications Research Project University of Hong Kong NOTE1 The original research was undertaken for a private client in 2005 and the detailed report and recommendations are therefore not publicly available, but the following Executive Summary was made available at the time to companies who provided information and their opinions. In respect of demand and supply, the research goes beyond the data and analysis provided by TeleGeography (an industry benchmark publication) by estimating various rates of growth of demand against estimates of capacity lit and capacity used, thereby projecting various dates of capacity exhaustion. Unity Cable Since this research the 10,000 km Unity Cable connecting Japan and the USA has been announced (2008) consisting of carriers SingTel, Bharti- Airtel and KDDI, together with Internet companies Google, Pacnet and Global Transit (subsidiary of Malaysian network exchange company, AIMS). 1 This Executive Summary also appears as Appendix 2 in John Ure (ed.) Telecommunications Development in Asia, HKU Press, April 2008 1 Asian Telecom Connectivity Market: Executive Summary2 Between June and August 2005, the Telecommunications Research Project (TRP) at the University of Hong Kong undertook an extensive look at the regional bandwidth market. The research study was undertaken with intent to understand both the supply (and pricing) and demand sides of the equation, based upon feedback direct from carriers and experts, on the one hand, and from those directly purchasing bandwidth on the other. It quickly became apparent that the supply and demand of bandwidth represent two distinct stories which, not only are not necessarily in alignment (obvious enough to anyone who has been watching the market over the last 10 years), but are at times quite seriously disconnected in their fundamental drivers. -
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. -
INTERNATIONAL BUREAU REPORT 2006 Section 43.82 Circuit Status Data
INTERNATIONAL BUREAU REPORT 2006 Section 43.82 Circuit Status Data February 2008 Cathy Hsu Policy Division 2006 Section 43.82 Circuit Status Data Introduction This report contains information on U.S.-international facilities-based common carriers’ circuits as of year-end 2006 that was submitted to the Federal Communications Commission (Commission) by U.S. common carriers pursuant to section 43.82 of the Commission’s rules.1 In addition to the 2006 data, for comparison purposes, this report includes data from previous reports covering 2003 through 2005. Section 43.82 of the Commission’s rules directs U.S.-international facilities-based common carriers to file an international circuit status report by March 31 each year for circuits used to provide international services as of December 31 of the preceding year. The detailed filing requirements are set forth in the Manual for Filing Section 43.82 Circuit Status Data, which is available on the Commission’s Web site at http://www.fcc.gov/ib/pd/pf/csmanual.html. This report presents the Commission staff review and analysis of the information provided to the Commission by the carriers.2 The aggregated information in this report summarizes for public use information that the Commission collects for regulatory purposes. This information also serves as a database for determining and monitoring the payments that the Commission is required to collect (i.e., annual regulatory fees on active 64 Kbps-equivalent international circuits). Reporting Requirements All U.S.-international facilities-based common carriers are required to file circuit status information showing both activated (in-service) and idle (available but not in-service) capacity. -
Broadband Infrastructure in the ASEAN-9 Region
BroadbandBroadband InfrastructureInfrastructure inin thethe ASEANASEAN‐‐99 RegionRegion Markets,Markets, Infrastructure,Infrastructure, MissingMissing Links,Links, andand PolicyPolicy OptionsOptions forfor EnhancingEnhancing CrossCross‐‐BorderBorder ConnectivityConnectivity Michael Ruddy Director of International Research Terabit Consulting www.terabitconsulting.com PartPart 1:1: BackgroundBackground andand MethodologyMethodology www.terabitconsulting.com ProjectProject ScopeScope Between late‐2012 and mid‐2013, Terabit Consulting performed a detailed analysis of broadband infrastructure and markets in the 9 largest member countries of ASEAN: – Cambodia – Indonesia – Lao PDR – Malaysia – Myanmar – Philippines – Singapore – Thailand – Vietnam www.terabitconsulting.com ScopeScope (cont(cont’’d.)d.) • The data and analysis for each country included: Telecommunications market overview and analysis of competitiveness Regulation and government intervention Fixed‐line telephony market Mobile telephony market Internet and broadband market Consumer broadband pricing Evaluation of domestic network connectivity International Internet bandwidth International capacity pricing Historical and forecasted total international bandwidth Evaluation of international network connectivity including terrestrial fiber, undersea fiber, and satellite Evaluation of trans‐border network development and identification of missing links www.terabitconsulting.com SourcesSources ofof DataData • Terabit Consulting has completed dozens of demand studies for -
AVAILABLE from Aspen Institute Publications Office, Wye Center, P.O
DOCUMENT RESUME ED 368 373 IR 054 940 TITLE A National Information Network: Changing Our Lives in the 21st Century. 1992 Annual Review of the Institute for Information Studies. INSTITUTION Aspen Inst., Queenstown, MD.; Northern Telecom, Inc., Nashville, TN. REPORT NO ISBN-0-89843-128-X PUB DATE 92 NOTE 215p.; For other annual reviews,see IR 054 939-941. AVAILABLE FROM Aspen Institute Publications Office,Wye Center, P.O. Box 222, Queenstown, MD 21658. PUB TYPE Collected Works General (020) EDRS PRICE MF01/PC09 Plus Postage. DESCRIPTORS *Access to Information; Change; Futures (of Society); *Information Networks; *InformationTechnology; Policy Formation; Public Policy; Technological Advancement; *Telecommunications; User Needs (Information); Yearbooks IDENTIFIERS *Information Infrastructure ABSTRACT In a workshop held by the National ResearchCouncil through their Board on Telecommunications andComputer Applications, the participants determined that the earlier visionof affordable telephone service for all, already fundamentallyachieved in the United States, can be extended toa new national policy of affordable information for all. This new policycan be achieved through networking the systems of business, education,and knowledge. The anticipated benefits of an informationcommunications infrastructure linking people with information, services,and knowledge in any place at any time are enormous asare thc challenges of developing and managing such a system. The authors of thesepapers discuss the benefits, disadvantages, and issues of this topic.Following the "Foreword" (Roy Merrills) and "Introduction" (OscarH. Gandy, Jr.), the following papers are included: "What theComing Telecommunications Infrastructure Could Meanto Our Family" (Francis D. Fisher); "Investing in the TelecommunicationsInfrastructure: Economics and Policy Considerations" (BruceL. Egan and Steven S. Wildman); "Telecommunications Infrastructureand U.S. -
Bullet Train of Non-Linear Internal Waves from Luzon Strait C
BULLET TRAIN OF NON-LINEAR INTERNAL WAVES FROM LUZON STRAIT C-T Liu, R. Pinkel, M-K Hsu, R-S Tseng, Y-H Wang, J.M. Klymak, H-W Chen, C. Villanoy, L. David, Y. Yang, C-H Nan, Y-J Chyou, C-W Lee and Antony K. Liu In the northeastern South China Sea, a series of fast moving (about 2.9 m/s) non-linear internal waves (NLIWs) emanated westward from the Luzon Strait. Their propagation speed is faster than NLIWs previously observed in the world oceans, their amplitude reached 140 m or more, and are the largest free propagating NLIWs so far observed in the interior ocean. These NLIWs energized the top 1500 m of the water column, heaving it up and down in 20 min. Their associated energy density and energy flux are the largest observed to date. The exact source of these giant NLIWs is still under study and to be determined. BACKGROUND: Non-Linear Internal Waves (NLIWs) are often found in shelf regions. They are typically thought to be generated by tidal currents over steep topography (sill, seamount, shelf break, etc.) or sometimes by the instability of current shears. An ERS-1 SAR image of a non-linear internal waves (NLIW) near Luzon Strait (LS) in 1995/6/16 (http://sol.oc.ntu.edu.tw/IW/1995/ERS1.htm) showed quite different features than NLIW images nearer Taiwan (Liu et al., 1994). Existing theories and experience were insufficient to explain the location, shape and size of NLIW in that SAR image. To the west of LS, the HengChun Ridge (HCR) connects the southern tip of Taiwan to the continental shelf north of Luzon Island; Batan Islands and Babuyan Islands spread east of HCR. -
Pdf (Accessed Department of Environment and Natural September 1, 2010)
OceanTEFFH O icial MAGAZINEog OF the OCEANOGRAPHYraphy SOCIETY CITATION May, P.W., J.D. Doyle, J.D. Pullen, and L.T. David. 2011. Two-way coupled atmosphere-ocean modeling of the PhilEx Intensive Observational Periods. Oceanography 24(1):48–57, doi:10.5670/ oceanog.2011.03. COPYRIGHT This article has been published inOceanography , Volume 24, Number 1, a quarterly journal of The Oceanography Society. Copyright 2011 by The Oceanography Society. All rights reserved. USAGE Permission is granted to copy this article for use in teaching and research. Republication, systematic reproduction, or collective redistribution of any portion of this article by photocopy machine, reposting, or other means is permitted only with the approval of The Oceanography Society. Send all correspondence to: [email protected] or The Oceanography Society, PO Box 1931, Rockville, MD 20849-1931, USA. downloaded FROM www.tos.org/oceanography PHILIppINE STRAITS DYNAMICS EXPERIMENT BY PAUL W. MAY, JAMES D. DOYLE, JULIE D. PULLEN, And LAURA T. DAVID Two-Way Coupled Atmosphere-Ocean Modeling of the PhilEx Intensive Observational Periods ABSTRACT. High-resolution coupled atmosphere-ocean simulations of the primarily controlled by topography and Philippines show the regional and local nature of atmospheric patterns and ocean geometry, and they act to complicate response during Intensive Observational Period cruises in January–February 2008 and obscure an emerging understanding (IOP-08) and February–March 2009 (IOP-09) for the Philippine Straits Dynamics of the interisland circulation. Exploring Experiment. Winds were stronger and more variable during IOP-08 because the time the 10–100 km circulation patterns period covered was near the peak of the northeast monsoon season. -
Global Infrastructure Map Switz
Greenland Iceland Sweden Russia Finland Faroe Is. Norway Estonia Latvia United Kingdom Denmark TEA Canada TEA Lanis-3 Lithuania ERA Lanis-2 Lanis-1 ERA Belarus TEA-3 Ireland Netherlands Concerto Poland Solas Germany TEA-3 Belgium Czech Rep. TEA-3 PC-1 Lux. EPEG Slovakia Ukraine PC-1 Tata TGN-Pacific GTT Atlantic Tata TGN-Pacific Tata TGN-Pacific GTT Atlantic HUGO Tata TGN-Pacific Liech. Moldova Kazakhstan Austria Trans-Pacific Express France Switz. Hungary Trans-Pacific Express FASTER Slovenia FASTER Romania Mongolia TEA Japan-U.S. Japan-U.S. Apollo Tata TGN- Croatia Western Europe PC-1 EPEG PC-1 Unity/EAC-Pacific Bos. & Herz. TEA Unity/EAC-Pacific Serbia Italy Mont. PC-1 TataTGN-Pacific FLAG Atlantic-1 Uzbekistan 2Africa Kos. Bulgaria FLAG Atlantic-1 Andorra Apollo Georgia AAE-1 Macedonia Kyrgyzstan EIG 2023 2023 IMEWE Hawk Albania Armenia Azerbaijan Portugal SeaMeWe-5 North 2Africa 2Africa SeaMeWe-3 Tata TGN-Western Europe TGN-Western Tata GLO-1 GLO-1 Europe India Gatway Gatway India Europe FLAG Europe-Asia FLAG SeaMeWe-4 Turkey Turkmenistan Greece Korea Spain MedNautilus VMSCS United States Tajikistan Japan-U.S. South EAC-C2C Korea Japan Malta MedNautilus Cyprus Syria Tunisia China Lebanon TEA TPE Afghanistan ERA SouthernHawaiki Cross WACS Iraq Iran Bermuda AAE-1 EIG Palestinian Terr. Japan-U.S. Morocco EPEG SAT-3/WASC TE North Israel Jordan TGN-Eurasia SEACOM Pakistan Alexandros Kuwait TPE Asia-America Gateway Nepal Japan-U.S. FALCON AJC Algeria TEA APCN-2 EAC-C2C Southern Cross Libya AAE-1 OMRAN/EPEG Bhutan Egypt Bahrain ASE/Cahaya Malaysia FOG Bahamas EIG Qatar FLAG/REACH NAL MENA/GBI EAC-C2C Pacific Bangladesh Mexico W.