NEXTEL HISTORY. Company History:
|
|
|
- Meghan Bradford
- 10 years ago
- Views:
Transcription
1 NEXTEL HISTORY The mission we set for our company was very simple: Nextel is to be a worldwide leader in wireless communications. This cannot be achieved without first taking care of business here at home. And we are. Nextel, today, is the quality service provider and the innovative product and pricing differentiation leader in the digital wireless communications industry. No competitor can provide all the features and functionality of Nextel's service--digital cellular, voice mail, text/numeric paging, and Nextel Direct Connect two-way digital radio service--all in a single handset manufactured by Motorola. Our business customers tell us that our communications solution offers the greatest productivity enhancement in the industry. Company History: Founded originally to develop mobile telephone service on existing radio bands, Nextel Communications, Inc. has evolved to provide specialized mobile radio services (for truck drivers, taxi cab drivers, and the like) as well as wireless telephone services. The company is one of the largest all-digital wireless communications providers in the United States, providing competition not only for wireline telephone networks, but also for conventional cellular systems. In the late 1990s, the company rapidly expanded its digital cellular network, eventually providing a coverage area for approximately 85 percent of the U.S. population by the end of the decade. Motorola holds an approximately 24 percent share of Nextel, while wireless communications pioneer Craig McCaw holds another 13 percent. Early Beginnings As Fleet Call, Inc. In the beginning, Nextel managed to skirt regulations that restricted the allotment of increasingly sparse radio bands by making better use of others that already existed. The company developed an all-digital system to operate within underutilized radio bands that were previously used only to dispatch taxicabs. Rather than lobbying a regulatory commission for rights to new frequencies, Nextel merely purchased those that were already there. In doing so, the company established a mobile telephone system that worked like cellular, but was not subject to the regulatory morass that precluded new start-up companies from entering the market. Mobile radio systems had been in use since the 1930s, enabling police, firefighters, and taxi and delivery drivers to stay in touch with dispatch operators. The Federal Communications Commission (FCC) allotted special frequencies for these systems, but their limited bandwidth made them practical only for mobile fleets and not for the average motorist. During the 1970s, AT&T developed a system using a network of local transceivers that could switch a mobile telephone from one antenna, or "cell," to another as it moved from one area to the next. Technological developments greatly expanded the capacity of this service, making widespread commercial use possible. Accordingly, the FCC designated new frequencies for these "cellular" phone systems.
2 With the break-up of AT&T as a nationwide local service provider in 1984, local telephone companies inherited the rights to develop cellular telephone networks. To ensure speedy development, the FCC limited each market area to only two cellular companies. In such places as San Francisco, Denver, Chicago, and New York, customers were allowed a choice, but only between two cellular companies. The companies best suited to develop cellular systems often were those with the most resources, such as established telephone companies BellSouth, Southwestern Bell, Ameritech, and GTE. Many smaller companies in the industry, unable to compete or raise financing, were steamrollered into mergers with these companies. What resulted was a regime in which pairs of competitors locked up virtually every market in the country. The entry of third tier competitors was precluded by FCC rules aimed at nurturing the market and conserving capacity on the airwaves. Thousands of other radio wavelengths had been reserved for some future use. Others had been set aside decades before for mobile radio, using an old and highly inefficient analog signaling system--an accident of history and technology that provided the seed for a new form of mobile telephony that could operate in competition with cellular systems. These specialized mobile radio networks could be converted to use digital signals, which require only a fraction of the bandwidth of conventional capacity-hogging analog signals. By going digital, previously limited radio bands could be opened up to handle thousands of calls. Around this time, the FCC recognized that its policies had successfully allowed the cellular industry to mature to a point where greater competition could be allowed. Rather than further crowd existing cellular frequencies by allowing more competitors into each market, the commission chose instead to back the development of specialized mobile radio (SMR). Hundreds of radio frequencies were put into play as entrepreneurs began a mad scramble for SMR frequencies. One of the key players in this trade was Morgan O'Brien, a telecommunications lawyer who represented major SMR operators in proceedings with the FCC. In 1987, O'Brien decided to get into the industry himself. He established a partnership with Brian D. McAuley, an accountant and former executive with Millicom and Norton Simon. In April of that year, O'Brien and McAuley founded a company called Fleet Call, Inc. to acquire SMR properties. Within the next 12 months, Fleet Call had financed the acquisition of ten mobile radio companies and began laying plans for the construction of communications networks in large markets. At this early stage, Fleet Call concentrated only on acquiring SMR licenses. The task of turning SMR frequencies into a new type of cellular system was still years away. The SMR business had long been dominated by Motorola, which not only manufactured the radio systems, but also operated dozens of networks. O'Brien and McAuley feared that Motorola would oppose their plan to build a new communication network within the
3 SMR frequencies and, with its substantial resources, persuade the FCC to stop them. Thus, O'Brien and McAuley arranged a meeting with Motorola chairman George Fisher in order to reveal their plans. They expected Fisher to tell them that he would not allow Fleet Call to so radically upset Motorola's SMR business, one of its oldest enterprises. But to their astonishment, Fisher not only supported the idea, he asked if Motorola could become a partner in the venture. The two companies worked out an equity stake in Fleet Call for Motorola, and developed plans for the electronics giant to build parts of the new system. A month after the meeting with Fisher, Fleet Call had acquired 74 mobile radio businesses in such metropolitan areas as Los Angeles, San Francisco, New York, Chicago, Dallas, and Houston. Throughout the remainder of the decade, it continued to operate them as radio dispatch systems using old analog transmission technology, and provided service to more than 120,000 subscribers. A New Focus in the Early 1990s In April 1991, Fleet Call formally requested permission from the FCC to design and build digital communications systems that would operate on the SMR bands. The systems would continue to accommodate existing fleet dispatchers but, by going digital, would allow thousands more calls to be placed. The FCC unanimously voted to allow Fleet Call to proceed with its plans in February In its opinion, the Fleet Call system would provide a healthy form of competition for entrenched and technologically limited cellular companies, while providing customers with new options only available with digital technology. Fleet Call decided to use a digital technology called time division multiple access (TDMA). Simply described, this system made use of periods in which no data was being transmitted (such as during pauses in conversation) by temporarily lending communication capacity to other calls. Statistically, all calls would have such pauses more or less evenly distributed. TDMA ensured that every available "channel" was not squandered by transmitting silence. With the radio bands in its possession, and having decided on a technology for the system, Fleet Call brought in other partners to build the network with Motorola. One of them was Northern Telecom, a Canadian manufacturer of telecommunications network equipment. In December 1991 the Japanese consumer electronics giant Matsushita joined the project. Matsushita was the manufacturer of the Panasonic and Technics brands, as well as the company that had bought the Quasar line from Motorola some years earlier. Matsushita agreed to supply subscriber units (basically handsets) for Fleet Call's digital mobile networks. In January 1992, O'Brien and McAuley took Fleet Call public. The initial offering of 7.5 million shares raised $112.5 million, which was used to fund construction of the company's first network cell site in Los Angeles. Fleet Call also received $345 million in equipment financing from Motorola, Northern Telecom, and Matsushita. In addition, the
4 company secured a $230 million investment commitment from Comcast, a large cable television provider with significant cellular operations, in exchange for a 30 percent interest in the company. Investor interest in Fleet Call increased dramatically when details of the company's plans- -and information about its partners--got out. Share prices nearly doubled as investors clamored to get in on the business. The company completed work on its Los Angeles cell site in May 1992, using a system that operated in the 800-megahertz band. This frequency could accommodate mobile phone service, two-way radio dispatching, alphanumeric paging and messaging, and dozens of other future applications--all clearly beyond the capability of conventional cellular systems. In addition, the combined functionality of the Fleet Call system would allow customers to receive a single bill for paging, cellular, and mobile data services, rather than the three they would receive under the previously existing systems. The only downside to Fleet Call's system was that it was incompatible with other cellular networks, precluding "hand-offs" to and from other cellular operators outside Fleet Call's service territory. Recognizing that Californians were married to their cars and spent hours on freeways, Fleet Call broadened the Los Angeles site to cover Santa Barbara, Palm Springs, and San Diego County. Plans were expanded to provide seamless service throughout California by mid The company also turned its system incompatibility into a marketing advantage by touting its superior privacy and anti-billing fraud characteristics. Much of Fleet Call's expansion was made possible by its December 1992 merger with Dispatch Communications, another mobile radio company with the same plans as Fleet Call. The combined operation gave Fleet Call coverage in nine of the country's ten largest markets, representing a potential user population of 95.5 million people. Further Expansion in the Mid-1990s In January 1993, the company scored something of a coup when it hired John Caner, director of wireless data development at PacTel Cellular. In Fleet Call, Caner saw an opportunity to build an entirely new communications system without the burden of aging legacy systems and Bell-related regulatory problems. Two months later, in March 1993, the company changed its name to Nextel Communications. The Fleet Call name was deemed inappropriate because it referred to the old radio dispatch technologies. By contrast, "Nextel" cleverly suggested to consumers that, with wave after wave of new technologies, this was the next new thing in communications. The company established numerous service trials in California during 1993, offering service to 500 customers. This enabled the company to conduct live testing of the system, establish traffic engineering patterns, and perfect billing mechanisms. A great deal had
5 been written about Nextel up to this point, but the company did not actually begin to offer service until August 1993, when the system was formally "turned on." Nextel remained on the hunt for radio bands in new territories, but many of these had already been snapped up by other companies. However, few of these companies had developed as far as Nextel, which made them prime future merger targets for the company. Within the next year, Nextel concluded merger agreements with Questar Telecom and a subsidiary of Advanced MobilComm. These agreements brought the company operating rights in the strategically important San Diego region, as well as in Utah, Nevada, and other mountain states. Through another merger agreement, Nextel exchanged some of its Rocky Mountain and Midwestern SMR properties for an equity stake in CenCall Communications. The agreement gave CenCall access to Nextel's digital communications technology, and Nextel gained a 37 percent stake in CenCall. CenCall later changed its name to OneComm. A third merger agreement led Nextel to absorb the operations of PowerFone Holdings, a company with SMR properties in Cleveland, Cincinnati, Pittsburgh, and other Midwestern markets. These developments greatly increased Nextel's service area and potential customer base. Perhaps the most important acquisition made by Nextel, however, came in August 1994, when the company acquired the SMR licenses of Motorola in exchange for an additional interest in the company. These properties encompassed 21 states, covering 180 million "pops," or potential customers. This transaction positioned Nextel to seriously challenge cellular communications duopolies across the country. This flurry of mergers and partnerships significantly diluted Nextel's investor base, but succeeded in establishing a platform on which the company could offer nearly seamless digital mobile radio services nationwide. The company's largest potential competitor came not from within the digital mobile radio market but, understandably, from the conventional cellular market. Numerous cellular companies formed joint marketing agreements in an effort to build nationwide brand identities. The competitive landscape came into clearer focus when AT&T announced its intention to acquire McCaw, the nation's largest cellular communications company. In addition to providing AT&T a position in the rapidly growing mobile communications market, McCaw would give AT&T direct access to millions of local telephone customers. As a long distance company only, AT&T was now dependent on local telephone companies for access to these customers. Additionally, by merging with AT&T, McCaw would have access to AT&T's substantial financial and technological resources. By contrast, although Nextel had substantial backing from leading equipment manufacturers, it had no link-up with a long distance provider. In order to ensure nationwide coverage to rival the AT&T/McCaw combination, Nextel began negotiations with MCI, the nation's second largest long distance carrier and AT&T's fiercest rival. A formal alliance between Nextel and MCI was announced on February 28, MCI purchased a 17 percent stake in Nextel for the right to market wireless phone, data, and dispatching services under the MCI brand name, using the Nextel network.
6 Although Nextel lost $10 million on only $34 million in revenue during 1993, its market value was quoted at a staggering $9.5 billion. This indication of investor confidence was based on the formidability of Nextel's emerging alliances, as well as on the future potential of its services. Perhaps the greatest asset to Nextel's network was its involvement with Motorola, which provided the advanced digital cellular technology under which the system operated. By using the Motorola Integrated Radio System, or MIRS, Nextel entered the communications market with a state-of-the-art platform that provided far greater capabilities than any other existing system. In fact, cellular companies remained divided over which digital system to use in their own upgrade from analog to digital technology, delaying implementation of systems that could compete effectively with MIRS. The Nextel consortium contained every element necessary to ensure successful entry into the wireless market. Nextel possessed the frequency licenses and network equipment; Motorola, the engineering and manufacturing expertise; Comcast, the experience with cellular networks; and MCI, the long distance capability, billing systems and, most importantly, a nationally recognized and highly valued brand name. The alliance was particularly important to MCI, which early in 1994 unveiled a new business strategy called networkmci. As part of this strategy, the long distance carrier announced its intention to establish partnerships with other communications and information industry companies to provide seamless voice and data communication to customers anywhere. With about 95 percent of the nation's population covered by the Nextel system, MCI possessed the ability to market communication services directly to nearly 250 million people. By contrast, companies such as Sprint and AT&T were relatively restricted to the limited coverage of their cellular systems or obliged to deal with local telephone companies and competing cellular operators for access to customers. Late 1994 and early 1995 saw Nextel ink two more agreements with other companies to expand its own scope. In October 1994, the company made an agreement with Clearnet Communications, Inc. of Ontario, Canada, which gave Nextel expanded coverage in 24 of the top 33 markets in Canada. In February 1995, Nextel signed a merger agreement with Dial Page, Inc., which was the leading SMR provider in the southeastern United States. Soon thereafter, three ironic and somewhat strange things occurred. In April 1995, wireless communications pioneer Craig McCaw (of the AT&T/McCaw combination), along with his family, decided to invest over $1 billion in Nextel. Then in January 1996, Nextel brought aboard Timothy Donahue--the former Northeast regional president of AT&T Wireless Services&mdash the new president of Nextel. Three months later, Daniel F. Akerson--the former president of MCI&mdashrived at Nextel to assume the roles of chairman and CEO. The Late 1990s: New Services and Acquisitions
7 In late 1996, Nextel introduced Motorola's new iden technology, which combined enhanced digital cellular service, alphanumeric paging service, and two-way radio service into one telephone. Nextel had ordered approximately $100 million worth of the service from Motorola earlier in the year, and thus began a national rollout of the new service in September 1996, after a very successful Summer Olympics 1996 pilot program. In January 1997, Nextel made news by introducing the Nextel National Network. The network was linked throughout the country, and allowed Nextel to offer its customers nationwide service without charging roaming fees. This offering was a first in the wireless communications industry, and gave Nextel a considerable edge when trying to land business people with heavy travel schedules. Soon thereafter, the company also announced a new pricing policy, in which its customers' calls would be rounded to the nearest second--not the nearest minute--for billing purposes. The announcements made clear Nextel's commitment to customer satisfaction, and made its new tagline--"get Smart, Get Nextel"--even more effective. Throughout the rest of 1997, as Nextel continued to launch its all-in-one iden service throughout the country, it also increased its presence in Canada. In May 1997, the company announced a roaming agreement with Clearnet in Canada, which allowed Nextel's U.S. customers roaming access in much of Canada. By September, Nextel had even announced that customers could roam in Canada with their home rates, and that long distance calls made while roaming in Canada would be billed at a flat rate of just 30 cents per minute. In September 1997, McCaw--which had become a wholly owned subsidiary of Nextel earlier in the decade--changed its name to Nextel International, Inc. The newly named entity retained its standing as a leading international wireless communications service company, while drawing from the newfound advantages of the Nextel brand name. The company went about business as usual, with operations and investments in countries such as Argentina, Brazil, Canada, Indonesia, Japan, Mexico, Peru, the Philippines, and Shanghai. The following month, in October 1997, Nextel recorded its millionth subscriber-- interestingly, almost exactly ten years after Fleet Call had been formed. Nextel entered 1998 poised for continued success. In January, the company introduced its newest offering--the Nextel i600 phone. Smaller and lighter than normal, the phone actually possessed a longer battery life as well as expanded services and options. For example, the new phone included a vibration alert so customers could be notified of calls without an audible ring; the option of a second line; caller-id; three-way calling; and different ringer styles. Nextel also announced that nationwide caller-id would soon be available in 75 percent of its markets. By March 1998, the Nextel National Network covered almost 80 percent of the top U.S. markets. While the service continued to expand throughout the United States, the company also made additional moves to increase its presence internationally. In May 1998, service was launched in Sao Paulo, Brazil, under the name Nextel Brazil, and a
8 month later service was added in Buenos Aires, Argentina, under the name Nextel Argentina S.R.L. In July, Nextel began offering iden service in Tokyo, Japan, through J-COM, a company in which Nextel owned a 21 percent stake. Also that month, service was established in Manila, the Philippines, and in Rio de Janeiro, Brazil. Meanwhile, domestic subscriptions were skyrocketing. By June 1998 (less than one year after the company signed its millionth customer) Nextel had signed up its two millionth subscriber. The company also entered the Hawaiian market, spending more than $30 million to offer service comprehensive enough to handle conference calls of up to 100 people. Around that same time, a national distribution agreement between Nextel and Let's Talk Cellular & Wireless was created; Nextel joined a joint venture with Nextlink Communications, Inc. and Eagle River Investments, LLC to build Level 3 Communications' national fiber optic network; and Nextel also announced a retail partnership with Office Depot. As Nextel approached the 21st century, it was well-positioned within the still-blossoming wireless communications industry. Although there were numerous companies vying for market share within the industry, and although Nextel was competing against such giants as AT&T, GTE, and AirTouch, the company was nonetheless doing quite well. It was continuing to introduce new products and technologies (evidenced by the arrival of the i1000 in September 1998), and was achieving positive cash flow near the end of the decade. Furthermore, as wireless communications became more and more affordable for the average person, companies such as Nextel were not only targeting their services toward people for business purposes, but instead seemed to have access to a vast market of customers who could use wireless communications to enhance their everyday lives.
Sprint Customer Service
2010, Vol. 2, No. 1, pp. 106-114 ISSN 2152-1034 Case Study Sprint Customer Service Dewanna E. McQuade Nile M. Khanfar Nova Southeastern University Abstract Two major carriers in the U.S. cellular telecommunications
Chapters 1-21 Introduction to Wireless Communication Systems
Chapters 1-21 Introduction to Wireless Communication Systems Yimin Zhang, Ph.D. Department of Electrical & Computer Engineering Villanova University http://yiminzhang.com/ece8708 Yimin Zhang, Villanova
Emerging Wireless Technologies
Emerging Wireless Technologies QCHAT The Future of Push-to-Talk Communications Foreword: The Public Safety Wireless Network (PSWN) Program is conducting an ongoing assessment of advancements in the wireless
McCaw/AT&T History. Company History:
McCaw/AT&T History Key Dates: 1984: The first cellular systems are built in Chicago and Washington, D.C. 1987: Craig McCaw sells his cable television assets to focus on wireless business. 1989: McCaw Cellular
Get To Know Telesphere. Press Kit
Get To Know Telesphere Press Kit Telesphere Backgrounder Led by executives who have powered some of the most successful telecommunications companies in the past decade, Telesphere is a nationwide provider
EXPECTED CONSUMER BENEFITS FROM WIRED VIDEO COMPETITION IN CALIFORNIA. Yale M. Braunstein 1 School of Information University of California, Berkeley
EXPECTED CONSUMER BENEFITS FROM WIRED VIDEO COMPETITION IN CALIFORNIA by Yale M. Braunstein 1 School of Information University of California, Berkeley Introduction Cable television is the dominant means
4G LTE Wireless Local Loop:
4G LTE Wireless Local Loop: Meeting the Challenges of a Changing Rural Marketplace NetAmerica Alliance Background Remarkable changes are taking place throughout the rural telecommunications industry. A
Data Transfer Rate Comparison
LTE Broadband and Public Safety David Fein, Project Manager November 2011 Executive Overview Long Term Evolution (LTE) is a relatively new standard for wireless communications, adopted by commercial and
Mobile Device Investigations Program (MDIP) A Brief History of Wireless Technology
Federal Law Enforcement Training Center Technical Operations Division Mobile Device Investigations Program (MDIP) A Brief History of Wireless Technology (b)(7)e (b)(6) Course Objective Describe the evolution
FURTHER READING: As a preview for further reading, the following reference has been provided from the pages of the book below:
FURTHER READING: As a preview for further reading, the following reference has been provided from the pages of the book below: Title: Signaling System #7 Second Edition Author: Travis Russell Publisher:
History of Mobile. MAS 490: Theory and Practice of Mobile Applications. Professor John F. Clark
History of Mobile Telephony MAS 490: Theory and Practice of Mobile Applications Professor John F. Clark Everything I know about mobile telephony, I learned from: Evolution is not a theory when it concerns
ACCESS CHARGE A fee charged subscribers or other telephone companies by a local exchange carrier for the use of its local exchange networks.
Glossary of Telecommunications Terms (Source: Federal Communications Commission) ACCESS CHARGE A fee charged subscribers or other telephone companies by a local exchange carrier for the use of its local
The new market situation
The new market situation The impact of the Internet and web driving data growth more rapid than what the telcos predicted New data-oriented network technologies cheaper than SONET Optical networks Gigabit
TELECOMMUNICATIONS SECTOR
2008 TELECOMMUNICATIONS SECTOR IV. TELECOMMUNICATIONS SECTOR 1. Sector Overview At present the telecommunications sector in Thailand is dominated by mobile communications. There are about 43 million mobile
Business Review. Customer-oriented High Quality Customer Service Better Returns to Shareholders. China Mobile (Hong Kong) Limited
18 Customer-oriented High Quality Customer Service Better Returns to Shareholders China Mobile (Hong Kong) Limited 19 The table below summarizes selected operating data of the Group for the period from
Overview of Communication Network Evolution
Overview of Communication Network Evolution Toshiki Tanaka, D.E. Minoru Inayoshi Noboru Mizuhara ABSTRACT: The shifts in social paradigm can trigger diversified communication services. Therefore, technical
Formed by merger of Bell Atlantic and GTE in June 2000. $67.8b - 2003 Revenue - from four business segments: Domestic Telecom Fiber Optic Network
1. BACKGROUND Verizon Communications formed by the merger of two big and successful companies, Atlantic Corp. and GTE Corp., is the largest telecommunication company. Verizon Communications, Inc. has many
Telephone Service: A Natural Monopoly?
Box 6-2 continued By June 2003, this had grown to 88 percent. A recent study indicates that the introduction of satellite TV led to substantial gains for consumers. However, ongoing antitrust oversight
Sprint s Partner Interexchange Network (PIN) A New Approach to Scalable Voice Peering
Sprint s Partner Interexchange Network (PIN) A New Approach to Scalable Voice Peering Sprint Wholesale White Paper October, 2009 Executive Overview has caused Sprint to develop a a larger community of
cellphone? yes. walkie-talkie? affirmative. Your guide to a new way to talk. Making it simple.
cellphone? yes. walkie-talkie? affirmative. Your guide to a new way to talk. Making it simple. Introducing a new way to communicate with your team: Immediately. The 10-4 service from Bell empowers your
1660 Logan Ave. #A, San Diego, CA 92113 Tel: (858) 454-5900 x10804. www.myrateplan.com
Background Getting the best value from everyday household services (wireless, long distance, Internet access, credit cards, etc.) is, at best, a difficult task. Most consumers do not have the time, expertise
Imre Földes THE EVOLUTION OF MODERN CELLULAR NETWORKS
Budapest University of Technology and Economics Faculty of Electrical Engineering and Informatics Imre Földes THE EVOLUTION OF MODERN CELLULAR NETWORKS Research Report BUDAPEST, 2015 Contents 1 The early
City of Seattle. Paul Schell, Mayor. Department of Information Technology Marty Chakoian, Director and Chief Technology Officer
City of Seattle Paul Schell, Mayor Department of Information Technology Marty Chakoian, Director and Chief Technology Officer Office of Cable Communications Report on WIN Franchise Application December
Kelly Cameron +1(301) 768-7263 [email protected] +216 95 320 650. 26 janvier 2015
TUNISIA BUSINESS REFORM AND COMPETITIVENESS PROJECT Workshop sur le Service Universel L Expérience Américaine Kelly Cameron +1(301) 768-7263 [email protected] +216 95 320 650 26 janvier 2015
Biology Explorervision. John Lenzini and Jason Gorecki. The Amazing Cell Phone
Biology Explorervision John Lenzini and Jason Gorecki The Amazing Cell Phone History of the cell phone- The very first concept of the cellular phone started with AT&T car phone around 1970. When Motorola
ODOT Surveyor s Conference
Introduction to This document describes the process that will enable you to access the ODOT servers and Microsoft Outlook (E-mail) when you are away from your office and not on the internet. The process
Management s Discussion and Analysis of
Management s Discussion and Analysis of UNIQUE BROADBAND SYSTEMS, INC Second Quarter, 2005 Three months and six months ended February 28, 2005 UNIQUE BROADBAND SYSTEMS, INC. MANAGEMENT S DISCUSSION AND
HOW W I R E L E S S T E C H N O L O G Y WORKS
HOW WORKS OW ORKS WHAT S INSIDE Inside your wireless phone, there is a compact speaker, a microphone, a keyboard, a display screen, and a powerful circuit board with microprocessors that make each phone
DEPARTMENT OF JUSTICE
DEPARTMENT OF JUSTICE Statement of JOEL I. KLEIN Assistant Attorney General Antitrust Division U.S. Department of Justice Before the House Committee on the Judiciary Concerning Consolidation in the Telecommunications
Case No IV/M.853 - Bell Cable Media / Cable & Wireless / Videotron. REGULATION (EEC) No 4064/89 MERGER PROCEDURE
EN Case No IV/M.853 - Bell Cable Media / Cable & Wireless / Videotron Only the English text is available and authentic. REGULATION (EEC) No 4064/89 MERGER PROCEDURE Article 6(1)(b) NON-OPPOSITION Date:
A Comparative Study on the Electromagnetic Radiation Output from Cell Phones
A Comparative Study on the Electromagnetic Radiation Output from Cell Phones By Jacie Sellers Latta Jr. High School Abstract The purpose of this project was to determine whether radiation levels vary greatly
The current pricing framework for regulated. The Economics of Wireline vs. Wireless Telephone Service. Ed Morrison 1
The Economics of Wireline vs. Wireless Telephone Service Ed Morrison 1 Mr. Ed Morrison is a senior economist with the Oregon Public Utility Commission where he participated on the team estimating long-run
FIBER COM CONNECT FIBERCOMCONNECT COMPANY PROFILE
FIBER COM CONNECT FIBERCOMCONNECT COMPANY PROFILE The property owner can now enjoy the benefit of having a world class telecommunications infrastructure INTRODUCTION TO OUR EXPERTISE Fiber Com Connect
New Mobile Network Enhances Public Safety in Finland
Case Studies, M. Basso Research Note 8 July 2003 New Mobile Network Enhances Public Safety in Finland A private network based on TETRA technology is revolutionizing public safety in Finland. The Virve
ENGN4536 Mobile Communications
ENGN4536 Mobile Communications Dr Thushara Abhayapala Department of Engineering Faculty of Engineering & Information Technology Australian National University [email protected] http://www.webct.anu.edu.au
Telecommunications and the Information Age ET108B. Cell Phone Network
Telecommunications and the Information Age ET108B Cell Phone Network The Cellular Telephone Network Cellular Telephone Features Carrying Data Across the Cellular Network Satellite Telephone Service Cellular
HSPA, LTE and beyond. HSPA going strong. PRESS INFORMATION February 11, 2011
HSPA, LTE and beyond The online multimedia world made possible by mobile broadband has changed people s perceptions of data speeds and network service quality. Regardless of where they are, consumers no
Wireless Telecommunication Industry Overview
Wireless Telecommunication Industry Overview Columbia Graduate Consulting Club February 13, 2012 Pablo Prieto-Muñoz COLUMBIA UNIVERSITY Civil Engineering and Engineering Mechanics Global mobile phone subscribers
The M2M Opportunity for the Small-to-Midsize Mobile Network Operator
The M2M Opportunity for the Small-to-Midsize Mobile Network Operator Understanding the business opportunities for machine-to-machine communications, the next frontier in mobile markets. April 27, 2012
It s All Interconnected.
Excerpt from: It s All Interconnected. http://newnetworks.com/verizonfiostitle2/ Contact: Bruce Kushnick [email protected] Part XIII SPECIAL SECTION: Time Warner and the Social Contract 13.0 The Social
Telecommunications and e-commerce
Telecommunications and e-commerce Hutchison Global Center integrates the world class connectivity of Global Crossing s fibre optic network with state-of-the-art data centre architecture and professional
AlarmNet Network Overview
AlarmNet Network Overview AlarmNet is a family of communications services designed specifically for the security industry. AlarmNet is designed to be a cost effective alternative or backup to the transmission
AT&T s 2G GSM Sunset
AT&T s 2G GSM Sunset Introduction There is an incredibly difficult challenge facing the Machine-to-Machine ( M2M ) industry. In August 2012, AT&T announced that they plan to shut down 2G GSM services (including
APPENDIX G: FIXED TELEMETRY SERVICES
APPENDIX G: FIXED TELEMETRY SERVICES Some companies can now use fixed wireless technology to monitor their remote equipment from a central location, such as utility companies monitoring residential meters.
FIBRE TO THE BTS IMPROVING NETWORK FLEXIBILITY & ENERGY EFFICIENCY
FIBRE TO THE BTS IMPROVING NETWORK FLEXIBILITY & ENERGY EFFICIENCY (Study Paper by FLA Division) Ram Krishna Dy. Director General (FLA) TEC New Delhi, DoT, Govt. of India. E-mail: [email protected] Mrs.
better broadband Redundancy White Paper
Redundancy White Paper May 2009 Table of Contents Executive Overview 3 Towerstream Overview 4 Towerstream Difference 4 Page 5 of 9 Cost of Downtime To Businesses 5 Causes of Unplanned Downtime 6 Cost of
F.C.C. to Promote a Trading System to Sell Airwaves
F.C.C. to Promote a Trading System to Sell Airwaves Page 1 of 5 March 13, 2000 F.C.C. to Promote a Trading System to Sell Airwaves By STEPHEN LABATON ASHINGTON -- As the airwaves grow ever more congested
"ASM s INTERNATIONAL E-Journal on Ongoing Research in Management and IT"
References [1] Elias G. Carayannis, Stephen C. Clark (June 2011) Journal of the Knowledge Economy, Volume 2, Issue 2, pp 201-233. [2] The Ladders MOBILE APPS POISED TO TRANSFORM THE RECRUITING INDUSTRY
Eligible individuals need to meet the requirements of the Federal Communications Commission Lifeline Program outlined below.
What is entouch Wireless? entouch Wireless offers FREE nationwide wireless voice service. This offering, available through Lifeline supported service, is available to individuals who meet certain eligibility
Cellular Mobile Phone Service & Users Preferences in Quetta City
& Users Preferences in Quetta City Jan Mohammad, Abu zar Wajidi Abstract The use of cellular mobile phone has increased dramatically in the last few years. The rapid growth in the use of cellular mobile
CREATE A SAFE ENVIRONMENT FOR MORE PRODUCTIVE LEARNING OUR INTEGRATED COMMUNICATION SOLUTIONS ENHANCE SCHOOL SAFETY AND IMPROVE EFFICIENCY
CREATE A SAFE ENVIRONMENT FOR MORE PRODUCTIVE LEARNING OUR INTEGRATED COMMUNICATION SOLUTIONS ENHANCE SCHOOL SAFETY AND IMPROVE EFFICIENCY MORE THREATS, FEWER DOLLARS, GREATER NEED FOR SAFETY From college
BUILDING A SMART GRID ONE SMART HOME AT A TIME
BUILDING A SMART GRID ONE SMART HOME AT A TIME EN-TOUCH OF TEXAS SIDESTEPS LARGER RIVALS BY OFFERING BROADBAND TELECOM AND GREEN ENERGY SERVICES AN ENABLENCE ARTICLE WRITTEN BY PETER KALLAI, VP STRATIGIC
CONSUMERLAB CONNECTED LIFESTYLES. An analysis of evolving consumer needs
CONSUMERLAB CONNECTED LIFESTYLES An analysis of evolving consumer needs An Ericsson Consumer Insight Summary Report January 2014 Contents INTRODUCTION AND KEY FINDINGS 3 THREE MARKETS, THREE REALITIES
AT&T: A Natural Monopoly Worth Preserving or Destroying?
AT&T: A Natural Monopoly Worth Preserving or Destroying? The saga of the rise and fall of AT&T in America is a story of ever adjusting social and political attitudes toward the economic and social benefits
Introductory Concepts
Chapter 1 Introductory Concepts 1.1 Introduction Communication is one of the integral parts of science that has always been a focus point for exchanging information among parties at locations physically
Acquisition of Novero. Investor presentation 18th December 2015
Acquisition of Novero Investor presentation 18th December 2015 What Novero brings to Laird The acquisition of Novero and LSR rebalances our business, Wireless Systems will now be of a similar scale to
Going Global with M2M: What You Must Know to Control Costs
WHITE PAPER Going Global with M2M: What You Must Know to Control Costs To launch a successful global M2M deployment, service providers and enterprise customers should first develop a plan that takes into
GROWTH OPPORTUNITIES FOR TOWERCOS IN DEVELOPED MARKETS
GROWTH OPPORTUNITIES FOR TOWERCOS IN DEVELOPED MARKETS Network upgrade and densification potential Brian Burns and Hannah de Villiers 30 years Celebrating 30 years as global specialist advisers on telecoms,
Extending Constant Connectivity to Any Location. How leading companies meet challenges with satellite communication technology
Extending Constant Connectivity to Any Location How leading companies meet challenges with satellite communication technology 1 Today s companies face connectivity challenges and new opportunities To sustain
Wireless Broadband Access
Wireless Broadband Access (Brought to you by RMRoberts.com) Mobile wireless broadband is a term used to describe wireless connections based on mobile phone technology. Broadband is an electronics term
Cellular Data Communications Made Easy
Cellular Data Communications Made Easy by Peter Rysavy Published July 1, 1997, Network Computing Copyright Peter Rysavy and Network Computing All rights reserved Huge numbers of people are hitting the
T-MOBILE WIRELESS SERVICE CHECKLIST
T-MOBILE WIRELESS SERVICE CHECKLIST Based in Bellevue, Wash., T-Mobile USA, Inc. operates America's Largest 4G Network, and is delivering a compelling 4G experience across a broad lineup of leading devices
Chapter 3 Cellular Networks. Wireless Network and Mobile Computing Professor: Dr. Patrick D. Cerna
Chapter 3 Cellular Networks Wireless Network and Mobile Computing Professor: Dr. Patrick D. Cerna Objectives! Understand Cellular Phone Technology! Know the evolution of evolution network! Distinguish
The Decline of Pager Technology
The Decline of Pager Technology Dave Donnelly Greg Park Ludwig Reimmer Grace Wood Although the first pager-like system was used as early as 1921 by the Detroit Police Department, paging was invented in
TeleNav Frequently Asked Questions (FAQ)
TeleNav Frequently Asked Questions (FAQ) Reporters or industry analysts who would like more information may contact: Mary Beth Lowell TeleNav Communications Manager Phone: 1.425.531.0122 E-mail: [email protected]
The Growth and Evolution of CDMA2000 1xEV-DO
The Growth and Evolution of CDMA2000 1xEV-DO March 2005 CDMA2000 1xEV-DO The fastest mobile wireless networks in the world, from Seoul to San Diego and Sao Paolo, are powered by CDMA2000 1xEV- DO (Evolution
Title: Telecommunications Internetworking Author: P.J. Louis Publisher: McGraw-Hill ISBN: 0071356541
FURTHER READING As a preview for further reading, the following reference has been provided from the pages of the book below: Title: Telecommunications Internetworking Author: P.J. Louis Publisher: McGraw-Hill
Chart 1. Telecommunications employment, 1990 2005
Cutting the cord: telecommunications employment shifts toward wireless The telecommunications industry employment rapidly grew in the late 1990s into early 2001; ever-changing technology, advances in wireless
U.S. Cable Market Broadband Competitive Overview. Chris Lammers ICTC2015 October 28, 2015
U.S. Cable Market Broadband Competitive Overview Chris Lammers ICTC2015 October 28, 2015 Cable Television Laboratories, Inc. 2014. All Rights Reserved. 1 Topics Broadband Profile in the U.S. Competitors
PART ONE OF A FOUR-PART SERIES
Driving The Network Forward Broadband InnovatoRS PART ONE OF A FOUR-PART SERIES Broadband InnovatoRS PART 1 of 4» Driving The Network Forward Presented by The majority of US economic growth is driven by
Review of Cell Phone Technology
Review of Cell Phone Technology Types of Cell Technology - CDMA - GSM - iden - TDMA CDMA Code Division Multiple Access (CDMA) CDMA Code Division Multiple Access. In reality it is cdmaone (2G) or CDMA2000
30 January 1998 FOR IMMEDIATE RELEASE
Proposed acquisition of LGT Asset Management Division and Preliminary Results for the year ended ember 1997 30 January 1998 FOR IMMEDIATE RELEASE The Board of AMVESCAP PLC has entered into an agreement
Personal Broadband and the Enterprise Customer
Personal Broadband and the Enterprise Customer Two years ago a telecommunications director of a large U.S. bank was meeting with a small high-tech company in Silicon Valley that had a technology that could
