Operator Cooperation in South Korea Has Created a Successful Identity
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The State of 5G Trials
The State of Trials Courtesy of 5G Data Speeds Shows the highest claimed data speeds reached during 5G trials, where disclosed 36 Gb/s Etisalat 35.46 Gb/s Ooredoo 35 Gb/s M1 35 Gb/s StarHub 35 Gb/s Optus 20 Gb/s Telstra 20 Gb/s Vodafone UK 15 Gb/s Telia 14 Gb/s AT&T 12 Gb/s T-Mobile USA 11.29 Gb/s NTT DoCoMo 10 Gb/s Vodafone Turkey 10 Gb/s Verizon 10 Gb/s Orange France 9 Gb/s US Cellular 7 Gb/s SK Telecom 5.7 Gb/s SmartTone 5 Gb/s Vodafone Australia 4.5 Gb/s Sonera 4 Gb/s Sprint 2.3 Gb/s Korea Telecom 2.2 Gb/s C Spire 5G Trial Spectrum Shows the spectrum used by operators during 5G trials, where disclosed Telstra Optus NTTDoCoMo AT&T AT&T AT&T AT&T Verizon Vodafone Korea Vodafone Bell Vodafone StarHub UK Telecom Turkey Canada Turkey Sonera China SmarTone C Spire Verizon Mobile M1 Vodafone Sprint Korea Australia Telecom Optus Telia NTT DoCoMo Sprint Turkcell SK Telecom US Cellular T-Mobile USA Verizon US Cellular Verizon SUB 3 3.5 4.5 SUB 6 15 28 39 64 70 70-80 71-76 73 81-86 60-90 GHTZ Operator 5G Trials Shows the current state of 5G progress attained by operators Announced 5G trials Lab testing 5G Field testing 5G Operators that have announced timings of Operators that have announced Operators that have announced that they trials or publicly disclosed MoUs for trials that they have lab tested 5G have conducted 5G testing in the field Equipment Providers in 5G Trials Shows which equipment providers are involved in 5G trials with operators MTS T-Mobile USA SK Telekom Verizon Batelco Turkcell AT&T Bell Canada Sonera SmarTone Vodafone Orange BT Taiwan Germany Telia Mobile Telstra C Spire Vodafone US Cellular Vodafone Turkey M1 Australia MTS Ooredoo M1 NTT Docomo Optus Orange China StarHub Mobile Korea Telecom 5G trials with all five equipment providers Telefonica Deutsche Telekom Etisalat Telus Vodafone UK Viavi (NASDAQ: VIAV) is a global provider of network test, monitoring and assurance solutions to communications service providers, enterprises and their ecosystems. -
The Carrier Wi-Fi Summit
Welcome to the Carrier Wi-Fi Summit The Carrier Wi-Fi Summit at MWC brings together individuals and organisations whose common purpose is to drive the future of Carrier Wi-Fi. Don’t miss this opportunity to meet with operators, vendors and policy makers to examine critical success factors for this game-changing technology. Review strategies. Exchange ideas. Share experience of real world deployments. The 4-day Carrier Wi-Fi Summit includes: • Conference – 2-day conference (26 & 27 February) program in the Theatre District (Theatre B) featuring keynote speakers from AT&T, China Mobile, Cisco, Comcast, Continua, GoGo Inflight, Jasper Wireless, KT, SK Telecom and many others. • Workshops – 2 day program (24 & 25 February) featuring sessions by WBA, Wi-Fi Alliance, GSMA, and many others. • Roamfest & Networking Lounge – including 4-day Roamfest event, and informal networking lounge. • Exhibition – exhibition in Theatre B foyer during the conference. • Networking Reception – evening networking reception on 26 February. Industry partners Principal sponsor Premier sponsor Associate sponsor Roamfest sponsors Conference sponsors Notes: Red: C15 M100 Y80 K0 wireless Exhibitors Register now Conference program | 26 February 26 February JR Wilson, Chairman, WBA and VP, AT&T – Opening address – Transforming Connected World with Next 9:30 Generation Wi-Fi Dr. Reza Jafari, Chairman & CEO, e-Development International – Evolving role of Wi-Fi for operators and driving 9:45 societal benefit Panel Discussion: Global Role of Wi-Fi in ICT Moderator: Dr Reza Jafari, Chairman and CEO of e-Development International 10.00 Diego Molano Vega, Colombian ICT Minister Selina Lo, CEO, Ruckus Wireless JR Wilson, Chairman, WBA and VP, AT&T 10:45 Refreshment break Panel Discussion: Connected lifestyle – Vision 2020 Moderator: Mohan Gyani, Independent Telecommunications Professional 11:00 Kris Rinne, Senior vice president, architecture and planning, AT&T Bill Huang, General Manager, China Mobile Research Institute Dr. -
Ocde Oecd Organisation De Coop?Ation Et Organisation for Economic De D?Eloppement ?Onomiques Co-Operation and Development
OCDE OECD ORGANISATION DE COOP?ATION ET ORGANISATION FOR ECONOMIC DE D?ELOPPEMENT ?ONOMIQUES CO-OPERATION AND DEVELOPMENT COMMUNICATIONS OUTLOOK 1999 TELECOMMUNICATIONS: Regulatory Issues Country: KOREA Date completed: 6 August 1998 The attached questionnaire was undertaken in preparation for the biennial OECD Communications Outlook. The responses provided by countries on telecommunication regulation were used to provide information supporting the analytical sections published in association with data. A similar questionnaire with responses on broadcasting regulation is also available. In some cases, data for individual firms, used to compile OECD totals, have not been published at the request of the respondent. For further information, including data, see OECD Communications Outlook 1999 and http://www.oecd.org/dsti/sti/it/index.htm TELECOMMUNICATIONS Market Structure and Regulatory Status (Questions 1 -13) 1. Please provide details of the regulation of communication infrastructure, including the public switched telecommunication network (PSTN), provision in your country. Infrastructure provision for following service Regulatory Status (e.g. Number of licensed monopoly, duopoly, limited operators (1998) number, fully open to any applicant) Local PSTN Monopoly 1 (the second licensed operator is scheduled to operate from 1999) National PSTN Limited Competition 3 International PSTN Limited Competition 3 Analogue Cellular Mobile (e.g. NMT etc.) Monopoly 1 Digital Cellular Mobile (e.g. GSM etc.) Duopoly 2 Other Mobile PCS Limited Competition 3 Communication CT-2 Monopoly 1 Wireless Data Limited Competition 3 TRS Limited Competition 11 (two national operators and nine regional operators) Paging Limited Competition 13 (one national operator and twelve regional operators) Payphones Monopoly 1 2. Please provide details for the major public telecommunication operator (PTO) of public switched telecommunication services in your country. -
40% More Gigabytes in Spite of the Pandemic
Industry analysis #3 2020 Mobile data – first half 2020 40% more gigabytes in spite of the pandemic But revenue negatively affected: -0.5% 140% Average +51% Average +54% th 120% Tefficient’s 28 public analysis on the 100% development and drivers of mobile data ranks 116 80% operators based on average data usage per 60% SIM, total data traffic and revenue per gigabyte in 40% the first half of 2020. y growth in mobile data usage data mobile in y growth - o - 20% Y The data usage per SIM grew for basically every 0% Q1 2020 Q2 2020 operator. 42% could turn -20% that data usage growth into ARPU growth. It’s a bit lower than in our previous reports and COVID-19 is to blame; many operators did report negative revenue development in Q2 2020 when travelling stopped and many prepaid subscriptions expired. Mobile data traffic continued to grow, though: +40%. Although operators in certain markets were giving mobile data away to mitigate the negative consequences of lockdowns, most of the global traffic growth is true, underlying, growth. Data usage actually grew faster in Q2 2020 than in Q1 2020 even though lockdowns mainly affected Q2. Our industry demonstrated resilience, but now needs to fill the data monetisation toolbox with more or sharper tools. tefficient AB www.tefficient.com 3 September 2020 1 27 operators above 10 GB per SIM per month in 1H 2020 Figure 1 shows the average mobile data usage for 116 reporting or reported1 mobile operators globally with values for the first half of 2020 or the full year of 2019. -
Satellite Backhaul Architecture for Next-Generation Cellular Networks: Necessity and Opportunities
High Technology Letters ISSN NO : 1006-6748 Satellite Backhaul Architecture for Next-Generation Cellular Networks: Necessity and Opportunities Dimov Stojce Ilcev Space Science Centre (SSC), Durban University of Technology (DUT), Durban, South Africa, E-mail: [email protected] Abstract: In this paper is introduced a new 5G cellular communication systems and their possible integration with other radio or satellite networks, such as Digital Video Broadcasting-Return Channel via Satellite (DVB-RCS) standards as backhaul for rural, remote cellular networks. Within the next generation 5G framework, the Terrestrial Telecommunication Network (TTN) can be augmented with the backhaul of the development of High Throughput Satellite (HTS) and modern mega DVB-RCS constellations meeting 5G requirements, such as high bandwidth, low latency, and increased coverage for rural, remote and mobile environments. This integration of 5G with DVB-RCS standards will upgrade satellite Internet and IPTV for urban, remote, and mobile applications for ships, road, rails, and aeronautical applications via Geostationary Erath Orbit (GEO) satellites. Mobile Satellite Internet aims at providing the backbone for next-generation 5G broadcasting service through C, Ku and Ka-band DVB-S2 standard for ground and mobile subscribers. It is de facto a mobile interactive broadcast satellite access system, which provides both IPTV broadcasting and high-speed Internet broadband based on DVB-S/DVB-RCS standards, Internet Protocol (IP) network, World Wide Web, and E-solutions globally. Key Words: DVB-RCS, TTN, HTS, GEO, LTE, MIMO, eMBB, mMTC, LEO, MEO, URLLC, VSAT, HTS ISDN, ATM, UMTS, GPRS 1. Introduction Since the predominant Japanese cellular phone operator Nippon Telegraph and Telephone Public Corporation (NTT) DoCoMo Inc. -
Roaming Available in These Countries
Roaming available in these countries Country Network Frequency Voice SMS Data A Anguilla Cable & Wireless 850 / 1800 / 1900 Y Y N Antigua & Barbuda Cable & Wireless 850 / 1800 / 1900 Y Y N Australia Telstra 900 / 1800 Y Y Y Vodafone Australia 900 / 1800 Y Y Y Azerbaijan Azerfone 900 / 1800 / 2100 Y Y Y B Bahrain STC Bahrain 1800 / 2100 Y Y Y Barbados Cable & Wireless 850 / 1800 / 1900 Y Y N Benin Telecel Benin 900 Y Y Y Bosnia & Herzegovina BH Telecom 900 / 1800 / 2100 Y Y Y B. Virgin Island Cable & Wireless 850 / 1800 / 1900 Y Y N C Cambodia Latelz 900 / 1800 Y Y N Canada Rogers/Fido 850 / 1800 / 2100 Y Y Y Bell Mobility 850 / 1900 Y Y Y China China Mobile 900 / 1800 Y Y Y Cayman Island Cable & Wireless 850 / 1800 / 1900 Y Y N CNMI Docomo Pacific 1900 Y Y Y (Saipan, Tinian & Rota) PTI Pacifica 850 Y Y Y Version dated June 2019 Roaming available in these countries Country Network Frequency Voice SMS Data Cruise Ship Wireless Maritime Service / 1900 Y Y Y AT&T Czech Republic Vodafone Czech Republic 900 / 1800 3G Y Y Y D Denmark TDC 900 / 1800 / 2100 Y Y Y Dominica Cable & Wireless 850 / 1800 / 1900 Y Y N F FSM FSM Telecom 900 Y Y N Fiji Digicel | Orange 900 Y Y N Finland Elisa Corp 900 / 1800 / 2100 Y Y Y France Orange 1800 Y Y Y French Polynesia Pacific Mobile 900 / 2100 Y Y Y G Germany Telekom D 900 / 1800 / 2100 Y Y Y Vodafone 900 / 1800 / 2100 Y Y Y Ghana Vodafone 900 Y Y Y Greece Vodafone - Panafon 900 / 1800 Y Y Y Grenada Cable & Wireless 850 / 1800 / 1900 Y Y N Guatemala Comcel 850 Y Y Y H Hong Kong Hutchison 900 / 1800 Y Y Y Version -
New Synchronization Requirements for 4G Backhaul & Fronthaul
White Paper New Synchronization Requirements for 4G Backhaul & Fronthaul Prepared by Patrick Donegan Chief Analyst, Heavy Reading www.heavyreading.com on behalf of www.veexinc.com December 2014 Introduction With industry leaders such as Ericsson claiming that "spectrum is the new oil" driving the emerging digital economy, there can be no doubt as to the weight of expec- tation on mobile operators where network capacity is concerned. Year after year, customers expect mobile operators to somehow keep at least one step ahead of the acceleration in mobile data consumption. Operators must some- how deliver on a long-term capacity roadmap that will allow customers to consume whatever high-bandwidth services they want, wherever and whenever they want them. And investors expect them to do all this without increasing the total cost of ownership of the network, taking account of both capex and opex. This white paper examines the available options for operators with Long Term Evo- lution (LTE), LTE-Advanced (LTE-A) and the various small cell and centralized radio access network (C-RAN) architecture options for implementing them. The paper provides examples of early deployments of these techniques and architectures and discusses the associated requirements for network synchronization and synchroni- zation testing as these capacity enhancements are rolled out. Efficient Use of Spectrum & Network Assets Consistent with a "spectrum is the new oil" perspective, mobile operators continue to value radio spectrum above any other asset. The mobile communications indus- try is already gearing up for upcoming World Radiocommunications Conferences (WRC) to see what spectrum can be secured for 5G below 5 GHz at WRC 2015 and above 10 GHz at the next WRC in 2018 or 2019. -
Vodafone Joins Via Licensing's LTE Patent Pool Telecommunications Leader Further Expands Roster of Global Companies in Via's P
Vodafone Joins Via Licensing's LTE Patent Pool Telecommunications Leader Further Expands Roster of Global Companies in Via’s Program SAN FRANCISCO, July 22, 2019 -- Via Licensing Corporation today announced that Vodafone Group, one of the world’s largest telecommunications companies, will license their standard essential patents for the 4G Long Term Evolution (LTE) standard through the Via Licensing patent pool for LTE-enabled wireless products. The LTE standard advances broadband wireless connectivity for a wide array of products, including smartphones, wearables, tablets, and the growing Internet of Things (IoT), such as connected cars. Via’s LTE multi-party patent licensing program provides product manufacturers and distributers a fair, transparent and cost-effective license to all the LTE, LTE- Advanced, and LTE-Advanced Pro patents in the program, and offers innovators an efficient solution to obtain a fair return for their investment in innovation. “We are pleased that Vodafone has joined Via’s LTE patent pool,” said Joe Siino, president, Via Licensing. “The addition of Vodafone to Via’s patent pool demonstrates the continued momentum of our wireless licensing programs and the benefits our balanced solutions offer participants throughout the wireless ecosystem.” Vodafone Group is one of the world’s largest telecommunications companies and provides a range of services including voice, messaging, data and fixed communications. Vodafone Group has mobile operations in 25 countries, partners with mobile networks in 43 more, and fixed broadband operations in 19 markets. As of 31 December 2018, Vodafone Group had approximately 700 million mobile customers and 21 million fixed broadband customers, including all of the customers in Vodafone’s joint ventures and associates. -
Competing for the Edge Analysis of Competitive Dynamics Between Cloud Providers and Telcos
Competing for the Edge Analysis of Competitive Dynamics Between Cloud Providers and Telcos Frank Rayal, Dr. Riad Hartani July 2020 San Francisco • Singapore • Vancouver • Tokyo • Dubai • Paris Page 2 Competing for the Edge: Analysis of Competitive Dynamics Between Cloud Providers and Telcos Edge computing stands at the intersection between cloud providers and telcos, each seeking to carve a role in servicing the enterprise. This raises questions on who will be better able to generate revenue from edge cloud services, and the nature of the competitive landscape between telcos and cloud providers. To answer these questions, we reviewed the approach of the cloud providers and telcos towards the edge. The cloud providers leverage data centers designed for scalability and efficiency but are physically far from the end user. Migration towards the edge helps them reduce latency and save on the cost of transport to centralized data centers. On the other hand, telcos are in the process of launching 5G networks with the promise of low latency and high bandwidth that can only be realized with edge computing. The evolution of the edge cloud is a complex topic. Here, we describe an important aspect of this evolution which is governed by many deployment scenarios and applications. Our approach is to segment the market to project the prospects of the cloud providers and telcos. In one dimension, we have the type of cloud: public and/or private cloud. In the other dimension we have on- and off-premise edge computing. We believe these segments cover the most important deployment scenarios required to assess competitive dynamics. -
Internet of Things South Korea
Internet of Things South Korea Market Intelligence Report Department for International Trade Report prepared by Intralink Limited July 2018 ii Internet of Things South Korea About Intralink Intralink is an international business development Through our Surrogate Sales Program™, we close consultancy with a deep specialism in East Asia. deals, generate revenues and, when a client is ready, help them set up a permanent in-country Our mission is to make companies’ growth in presence through a local subsidiary, partnership or overseas markets fast, easy and cost effective. acquisition. We have 80 multilingual employees, a 28-year track We also offer a range of additional services record and offices in London, Silicon Valley, Boston, including market opportunity assessments, Shanghai, Tokyo, Seoul and Taipei. We enable distributor and supplier searches, investment co- Western companies to expand in Asia, and Asian ordination and local representation. companies to expand in the West. Our clients are companies from start-ups We do this by providing the in-country expertise to to multinationals in the automotive, energy, identify a company’s market opportunity, secure healthcare, electronics, telecoms and other high- sales and drive its business growth. Our teams are growth sectors. We also work with governments immersed in the business practices, cultures and and economic development agencies to promote customs of their local markets. exports and attract foreign direct investment. And we are different from other consultancies as we do not just develop market expansion strategies for our clients — we play a hands-on role in building their businesses. gov.uk/dit 1 Table of Contents 1. -
Explore Telecom's 5G Future
Research Insights Telecom’s 5G future Creating new revenue streams and services with 5G, edge computing, and AI How IBM can help More than ever, communications service providers need to rely on the latest solutions related to 5G, (hybrid) cloud, artificial intelligence, edge computing, platform technology and blockchain to enable the digital transformation of the network needed to thrive in today’s environment. IBM has an extensive global network of telecom solution labs, research labs and innovation centers to support its industry offerings. With more than 22,000 subject matter experts in the communications industry, we work with more than 200 major communications service providers across the globe. IBM continues to invest significantly in key acquisitions to add expertise and capabilities that enable clients in this industry. Learn how IBM solutions can personalize customer experiences, accelerate network automation, and create new revenue streams. See ibm.com/industries/ telecom-media-entertainment By Bob Fox, Marisa Viveros, and Rob van den Dam Talking points 5G: Creating an opportunity for 5G will enable new groundbreaking use CSPs to position for growth cases in virtually every industry Today, the telecommunications industry stands on the The congregation of 5G, edge computing, brink of a pivotal new era—one in which advances in multiple technological areas, specifically 5G, edge and artificial intelligence (AI) is expected computing, and AI, are congregating to fundamentally to enable entirely new use cases in vertical change the world. These technologies have the potential industries and accelerate the adoption of to alter how consumers communicate, consume content, work together, and interact with the environment. -
Combining Private 5G & Edge Computing: the Revenue Opportunity
Kindly supported by: Executive Briefing COMBINING PRIVATE 5G & EDGE COMPUTING: THE REVENUE OPPORTUNITY As edge and 5G investments accelerate, operators search for the business case for these new technologies. In this report, we highlight the enterprise opportunity for operators in combining private 5G and edge, to deliver innovative and holistic solutions to enterprise customers. Tilly Gilbert, Senior Consultant | [email protected] | January 2021 COMBINING PRIVATE 5G & EDGE COMPUTING: THE REVENUE OPPORTUNITY | JANUARY 2021 Executive summary • Operators are looking for new services they can deliver to their enterprise customers. If it can be done beyond the borders of their country of operation, then even better. • A solution that combines private 5G connectivity with edge computing is one example of a new service that fits this criterion. • By offering these technologies as part of a bundled solution for the enterprise, operators can ensure operational simplicity while delivering a quality of performance that cannot be achieved with existing technologies. This can both optimise existing digital use cases and unlock new ones. • While private 5G and edge computing can be used to deliver a multitude of use cases, we focus on five use cases within three verticals – healthcare, ACE (architecture, construction and engineering) and retail. These use cases are good candidates as early anchor applications that will drive the adoption of private 5G and edge computing solutions. • A private 5G and edge computing offering also provides an opportunity for operators to work with partners to provide more than just the connectivity. In taking on roles like systems integration and reselling applications, operators can become more strategic partners for enterprises and derive more revenues.