Mobile Industry Works Together to Deliver Complete 5G System Standard on Time
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DOCOMO's 5G Network Deployment Strategy
DOCOMO’s 5G Network Deployment Strategy Copyright ©2020 NTT DOCOMO, INC. All Rights Reserved. Contents Chapter 1: 5G delivers high speed and large capacity using new spectrum Chapter 2: 5G deployment in 4G bands Chapter 3: To realize low latency Chapter 4: DOCOMO’s 5G network deployment strategy Copyright ©2020 NTT DOCOMO, INC. All Rights Reserved. 1 Chapter 1: 5G delivers high speed and large capacity using new spectrum Copyright ©2020 NTT DOCOMO, INC. All Rights Reserved. What is 5G? The 5th generation mobile communication system: Offers 3 key properties High speed, large capacity Max. transmission bit rate: 20Gbps 5G 1.7Gbps 4G/4GeLTE 10ms 105 Low latency Massive device connectivity Transmission latency in radio interface: No. of simultaneously connectible devices: 1ms 106 devices/km2 * The numbers above are the target performance defined in technical standard Copyright ©2020 NTT DOCOMO, INC. All Rights Reserved. and do not represent the performance delivered at the time of 5G launch. 3 New Spectrum Allocation New 5G spectrum allocated to Japanese carriers <3.7GHz band> <4.5GHz band> Bandwidth: 100MHz /slot Bandwidth: 100MHz /slot Rakuten KDDI SoftBank KDDI DOCOMO Mobile DOCOMO 3600 3700 4100 4500 4600[MHz] <28GHz band> Bandwidth: 400MHz/slot Rakuten Mobile DOCOMO KDDI Local 5G SoftBank 27.0 27.4 27.8 28.2 29.1 29.5 [GHz] Copyright ©2020 NTT DOCOMO, INC. All Rights Reserved. 4 Why 5G Can Deliver High Speed & Large Capacity? 5G can deliver high speed and large capacity because a wider channel bandwidth is allocated in the new frequency bands. Channel bandwidth 28G 400MHz bandwidth 4.5G 100MHz bandwidth 3.7G 100MHz bandwidth 3.5GHz 5G uses frequency bands that can secure 3.4GHz a wider channel bandwidth compared to the 2GHz frequency bands assigned for 4G, which enables 1.7GHz faster speeds and larger capacity! 1.5GHz 800MHz New frequency bands 700MHz 4G bands Copyright ©2020 NTT DOCOMO, INC. -
Japanese Manufacturing Affiliates in Europe and Turkey
06-ORD 70H-002AA 7 Japanese Manufacturing Affiliates in Europe and Turkey - 2005 Survey - September 2006 Japan External Trade Organization (JETRO) Preface The survey on “Japanese manufacturing affiliates in Europe and Turkey” has been conducted 22 times since the first survey in 1983*. The latest survey, carried out from January 2006 to February 2006 targeting 16 countries in Western Europe, 8 countries in Central and Eastern Europe, and Turkey, focused on business trends and future prospects in each country, procurement of materials, production, sales, and management problems, effects of EU environmental regulations, etc. The survey revealed that as of the end of 2005 there were a total of 1,008 Japanese manufacturing affiliates operating in the surveyed region --- 818 in Western Europe, 174 in Central and Eastern Europe, and 16 in Turkey. Of this total, 291 affiliates --- 284 in Western Europe, 6 in Central and Eastern Europe, and 1 in Turkey --- also operate R & D or design centers. Also, the number of Japanese affiliates who operate only R & D or design centers in the surveyed region (no manufacturing operations) totaled 129 affiliates --- 125 in Western Europe and 4 in Central and Eastern Europe. In this survey we put emphasis on the effects of EU environmental regulations on Japanese manufacturing affiliates. We would like to express our great appreciation to the affiliates concerned for their kind cooperation, which have enabled us over the years to constantly improve the survey and report on the results. We hope that the affiliates and those who are interested in business development in Europe and/or Turkey will find this report useful. -
Last Updated: 7 November 2018 KYOCERA Sub-Processors
Last updated: 7 November 2018 KYOCERA Sub-processors KYOCERA Document Solutions Europe B.V. and its EU subsidiaries engage both KYOCERA entities and third parties as sub-processors for delivery of KYOCERA services. Here you will also find a list of proposed sub-processors to which customers have the ability to object to based on the KYOCERA Data Processing Terms and Conditions. Third party sub-processor Location KYOCERA service License management and Amazon Web Services, Inc. USA activation Computer Engineering & Consulting, Ltd.* Japan KFS, (remote) maintenance Fujisoft, Inc.* Japan KFS, (remote) maintenance Fujitsu Broad Solution & Consulting Inc.* Japan KFS, (remote) maintenance K.K. id* Japan KFS , (remote) maintenance Microsoft Corporation, represented by Microsoft Ireland Operations, Ltd. (Microsoft Azure, region West Europe) USA/Ireland KFS NEC Solution Innovators, Ltd.* Japan KFS, (remote) maintenance License management and Nihon Safenet K.K.* Japan activation SendGrid, Inc.* USA KFS Skyline Product LLC* Ukraine KFS, (remote) maintenance Software Research Associates, Inc.* Japan KFS, (remote) maintenance (Remote) maintenance, NL TeamViewer GmbH* Germany only Technical Group Laboratory, Inc.* Japan KFS, (remote) maintenance Toshiba Information Systems (Japan) Corporation* Japan KFS, (remote) maintenance Ubicom Holdings, Inc.* Japan KFS, (remote) maintenance WAW Corporation* Japan KFS, (remote) maintenance KYOCERA sub-processor Location KYOCERA service KYOCERA Document Solutions Development America, Inc.* USA KFS, (remote) maintenance KYOCERA Document Solutions Development Philippines, Inc.* Philippines KFS, (remote) maintenance KFS, License management KYOCERA Document Solutions Europe B.V.* Netherlands and activation KFS, (remote) maintenance, License management and KYOCERA Document Solutions Inc.* Japan activation Proposed sub-processor Location Kyocera service Objection deadline None * Data is not automatically transferred to these sub-processors. -
An Introduction to Network Slicing
AN INTRODUCTION TO NETWORK SLICING An Introduction to Network Slicing Copyright © 2017 GSM Association AN INTRODUCTION TO NETWORK SLICING About the GSMA Future Networks Programme The GSMA represents the interests of mobile operators The GSMA’s Future Networks is designed to help operators worldwide, uniting nearly 800 operators with almost 300 and the wider mobile industry to deliver All-IP networks so companies in the broader mobile ecosystem, including handset that everyone benefits regardless of where their starting point and device makers, software companies, equipment providers might be on the journey. and internet companies, as well as organisations in adjacent industry sectors. The GSMA also produces industry-leading The programme has three key work-streams focused on: events such as Mobile World Congress, Mobile World Congress The development and deployment of IP services, The Shanghai, Mobile World Congress Americas and the Mobile 360 evolution of the 4G networks in widespread use today, Series of conferences. The 5G Journey developing the next generation of mobile technologies and service. For more information, please visit the GSMA corporate website at www.gsma.com. Follow the GSMA on Twitter: @GSMA. For more information, please visit the Future Networks website at: www.gsma.com/futurenetworks With thanks to contributors: AT&T Mobility BlackBerry Limited British Telecommunications PLC China Mobile Limited China Telecommunications Corporation China Unicom Cisco Systems, Inc Deutsche Telekom AG Emirates Telecommunications Corporation (ETISALAT) Ericsson Gemalto NV Hong Kong Telecommunications (HKT) Limited Huawei Technologies Co Ltd Hutchison 3G UK Limited Intel Corporation Jibe Mobile, Inc KDDI Corporation KT Corporation Kuwait Telecom Company (K.S.C.) Nokia NTT DOCOMO, Inc. -
Sony Kabushiki Kaisha
UNITED STATES SECURITIES AND EXCHANGE COMMISSION Washington, D.C. 20549 Form 20-F n REGISTRATION STATEMENT PURSUANT TO SECTION 12(b) OR 12(g) OF THE SECURITIES EXCHANGE ACT OF 1934 or ¥ ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 For the fiscal year ended March 31, 2010 or n TRANSITION REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 For the transition period from/to or n SHELL COMPANY REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 Date of event requiring this shell company report: Commission file number 1-6439 Sony Kabushiki Kaisha (Exact Name of Registrant as specified in its charter) SONY CORPORATION (Translation of Registrant’s name into English) Japan (Jurisdiction of incorporation or organization) 7-1, KONAN 1-CHOME, MINATO-KU, TOKYO 108-0075 JAPAN (Address of principal executive offices) Samuel Levenson, Senior Vice President, Investor Relations Sony Corporation of America 550 Madison Avenue New York, NY 10022 Telephone: 212-833-6722, Facsimile: 212-833-6938 (Name, Telephone, E-mail and/or Facsimile Number and Address of Company Contact Person) Securities registered or to be registered pursuant to Section 12(b) of the Act: Title of Each Class Name of Each Exchange on Which Registered American Depositary Shares* New York Stock Exchange Common Stock** New York Stock Exchange * American Depositary Shares evidenced by American Depositary Receipts. Each American Depositary Share represents one share of Common Stock. ** No par value per share. Not for trading, but only in connection with the listing of American Depositary Shares pursuant to the requirements of the New York Stock Exchange. -
ED-7311-20.Pdf
EIAJ ED-7311-20 - 1 - EIAJ ED-7311-20 - 2 - EIAJ ED-7311-20 - 3 - EIAJ ED-7311-20 - 4 - EIAJ ED-7311-20 - 5 - EIAJ ED-7311-20 - 6 - EIAJ ED-7311-20 - 7 - EIAJ ED-7311-20 - 8 - EIAJ ED-7311-20 - 9 - EIAJ ED-7311-20 - 10 - EIAJ ED-7311-20 - 11 - EIAJ ED-7311-20 - 12 - EIAJ ED-7311-20 - 13 - EIAJ ED-7311-20 - 14 - EIAJ ED-7311-20 - 15 - EIAJ ED-7311-20 - 16 - EIAJ ED-7311-20 - 17 - EIAJ ED-7311-20 - 18 - EIAJ ED-7311-20 - 19 - EIAJ ED-7311-20 - 20 - EIAJ ED-7311-20 - 21 - EIAJ ED-7311-20 - 22 - EIAJ ED-7311-20 - 23 - EIAJ ED-7311-20 - 24 - EIAJ ED-7311-20 - 25 - EIAJ ED-7311-20 - 26 - EIAJ ED-7311-20 - 27 - EIAJ ED-7311-20 - 28 - EIAJ ED-7311-20 - 29 - EIAJ ED-7311-20 - 30 - EIAJ ED-7311-20 - 31 - EIAJ ED-7311-20 - 32 - EIAJ ED-7311-20 - 33 - EIAJ ED-7311-20 - 34 - EIAJ ED-7311-20 - 35 - EIAJ ED-7311-20 - 36 - EIAJ ED-7311-20 - 37 - EIAJ ED-7311-20 - 38 - EIAJ ED-7311-20 - 39 - EIAJ ED-7311-20 - 40 - EIAJ ED-7311-20 - 41 - EIAJ ED-7311-20 - 42 - EIAJ ED-7311-20 - 43 - EIAJ ED-7311-20 - 44 - EIAJ ED-7311-20 - 45 - EIAJ ED-7311-20 - 46 - EIAJ ED-7311-20 - 47 - EIAJ ED-7311-20 - 48 - EIAJ ED-7311-20 - 49 - EIAJ ED-7311-20 - 50 - EIAJ ED-7311-20 - 51 - EIAJ ED-7311-20 - 52 - EIAJ ED-7311-20 - 53 - EIAJ ED-7311-20 - 54 - EIAJ ED-7311-20 - 55 - EIAJ ED-7311-20 - 56 - EIAJ ED-7311-20 - 57 - EIAJ ED-7311-20 - 58 - EIAJ ED-7311-20 - 59 - EIAJ ED-7311-20 - 60 - EIAJ ED-7311-20 - 61 - EIAJ ED-7311-20 - 62 - EIAJ ED-7311-20 - 63 - EIAJ ED-7311-20 - 64 - EIAJ ED-7311-20 - 65 - EIAJ ED-7311-20 - 66 - EIAJ ED-7311-20 - 67 - EIAJ ED-7311-20 - 68 - EIAJ -
IMX294CJK Diagonal 21.63 Mm (Type 4/3) Approx
IMX294CJK Diagonal 21.63 mm (Type 4/3) Approx. 10.71M-Effective Pixel Color CMOS Image Sensor High-Sensitivity Type 4/3 CMOS Image Sensor that Supports 4K for Security Camera and Industrial Applications Sony Semiconductor Solutions Corporation has commercial- 10-bit output mode). In addition, use of a large-size pixel ized the "IMX294CJK" Type 4/3 back-illuminated CMOS image achieves SNR1s of 0.14 lx*1, and use of a Quad Bayer pixel sensor with approximately 10.71M-effective pixels for the structure (see Figure 1) realizes an HDR (High Dynamic expanding security camera market. Range) function with no time difference, enabling video imag- The "IMX294CJK" is the first in-house image sensor for security ing with a wide dynamic range. cameras to adopt the Type 4/3 format, and realizes output of *1: Low illuminance performance index advocated by Sony for image sensors for industrial the number of pixels needed for 4K at 120 frame/s (in ADC applications ■ Large-size optical format (Type 4/3) *Exmor R is a trademark of Sony Corporation. The Exmor R is a Sony's CMOS image sensor with significantly ■ Supports 4K output at 120 frame/s enhanced imaging characteristics including sensitivity and low noise by changing fundamental structure of ExmorTM pixel adopted column parallel A/D converter to back-illuminated type. ■ High sensitivity (SNR1s = 0.14 lx) ■ High-speed interfaces (CSI-2/SLVS-EC*2) ■ Supports Quad Bayer Coding HDR *STARVIS is a trademark of Sony Corporation. The STARVIS is back-illuminated pixel technology for CMOS image sensors for surveillance camera applications. -
Cradlepoint IBR900 Series Router
PRODUCT BRIEF IBR900 SERIES ROUTER Cradlepoint IBR900 Series Router Compact, ruggedized Gigabit-Class LTE router for advanced Mobile and IoT connectivity Firewall Throughput: WAN Connectivity: LAN Connectivity: NetCloud Solution: 940 Mbps 4G Cat 11 or Cat 18, Wi-Fi 5, GbE Mobile or IoT GbE The Cradlepoint IBR900 Series router is a ruggedized Gigabit-Class LTE Key Benefits: networking platform that was designed for persistent connectivity across a wide range of in-vehicle and mobile applications as well as portable or — Deploy a robust, dependable Gigabit- fixed IoT installations. The IBR900 Series accommodates environmentally Class LTE network platform for first harsh environments while delivering enterprise-class standards of reliability, responders and commercial fleets scalability, comprehensive management, and security. — Add a second cellular modem, with For organizations that depend on field forces and mobile networks, the an Extensibility Dock, for multi-link Cradlepoint IBR900 Series mobile router with the NetCloud Mobile solution dependability package provides ruggedized and GPS-enabled in-vehicle network solutions — View cellular health with an LTE signal that are SD-WAN and SD-Perimeter-capable. With an available Gigabit-Class strength map displaying all areas a fleet LTE modem, Gigabit Wi-Fi, and advanced security features, the IBR900 delivers has driven enterprise networking capabilities for mobile applications that require secure, always-on connectivity. — Implement WiFi-as-WAN for data- intensive tasks such as video offloading The IBR900 Series with NetCloud IoT Solutions Package provides a compact ruggedized 4G LTE router solution for connecting and protecting IoT devices — Install in harsh environments where at scale. With an extensive list of safety and hardening certifications, it can connectivity must be reliable be confidently deployed in the field, in buildings, or in embedded systems to deliver complete visibility, security, and control of connected devices anywhere. -
Competitiveness of the Internet Industry in Korea and Japan: Case Studies of Korea Telecom Freetel and NTT Docomo*
JOURNAL OF INTERNATIONAL AND AREA STUDIES 37 Volume 7, Number 2, 2000, pp. 37-52 Competitiveness of the Internet Industry in Korea and Japan: Case Studies of Korea Telecom Freetel and NTT DoCoMo* Hwy-Chang Moon Korea’ s well-developed mobile telephony network infrastructure makes it a globally competitive country in the field of wireless Internet. Korea Telecom Freetel has enjoyed the ‘ early-mover’ advantage in the wireless Internet industry in Korea, although it was a ‘ late-comer’ in the mobile telephony industry. The competition, however, is becoming harsher than ever, and the company is now seeking a breakthrough. For benchmarking, Japan’ s NTT DoCoMo was chosen for its tremendous success in the world’ s first commercialization of the wireless Internet. Using the diamond model (Porter 1990; Moon, Rugman and Verbeke 1998), the variables are analyzed and strategic recommendations are provided. One important conclusion is that Korea Telecom Freetel is taking advantage of its E-business implementation, but can be more competitive if its business environment is less restrictive. The results of this research will help policymakers as well as business people in making decisions to enhance the competitiveness of the Internet industry. 1. INTRODUCTION Recently, the Internet has been expanding its territory from wired network into wireless network. Some analysts firmly believe that the use of the wireless Internet will surpass that of the wired Internet by the year 2003. Although both Korea and Japan are the early movers in the wireless Internet industry in the global market, Korea is not yet as competitive as Japan. The main purpose of this research is to compare and contrast the Internet industries of Korea and Japan, and to suggest some strategic guidelines for Korea to enhance its international competitiveness in the Internet industry. -
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. -
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.