Strategic Management of Innovation.

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EMTM: Strategic Management of Innovation

Spring 2000

May 7, 2000


TABLE OF CONTENTS

PART I - WIRELESS INTERNET ACCESS INDUSTRY        

Background and History        

Technical Overview        

Competing Technologies & Industries        

Picture of the Wireless Market        

Forecast & Trends        

Opportunities & Threats        

Opportunities        

Threats        

PART II - NEXTEL COMMUNICATIONS, INC.        

Introduction        

Company Description        

Idea Champions        

Idea Generation and Incentives        

Competition        

Competition at a Glance        

Business Strategies        

Nextel’s Market Attractiveness        

Nextel’s Competitive Advantage        

Strategic Planning        

APPENDIX        

Part I – Wireless Internet Access Industry Analysis        

Part II – Nextel Communications, Inc. Analysis        

Wireless Industry – Mergers & Acquisitions        

Wireless Internet Access Services        

Nextel Market Attractiveness        


Part I - Wireless Internet Access Industry

Background and History

After World War II, the need for better 2-way wireless communications on the battlefield funded the development of high quality Frequency Modulated (FM) technology. In the 1970’s,  when Illinois Bell tested the first cellular system;  AT&T was credited with developing the first cellular technology.  The cellular system used hand-off technology that enabled the use of multiple low-powered transmitters to better utilize the frequency band.  By the mid-1980’s cellular telephones became commercially available and were more affordable than previous wireless telephone systems.    In the late 1980’s, the bigger players like AT&T dominated the market, but some upstarts found opportunities to enter the market.  Sprint, MCI Worldcom, GTE, Nextel, CellularOne, plus the Baby Bells like US West and BellAtlantic all offered cellular service.  

In parallel with the growth in demand for wireless telecommunications, the demand for Internet access also grew dramatically in the late 1980’s throughout the 1990’s.  In the last few years these two technologies have begun to converge as the demand for high speed Internet access has migrated to an environment where consumers want access anywhere and anytime.  As the convergence of wireless and Internet technologies evolves, the devices that link the two will become multipurpose (e.g., wireless telepony, personal digital assistant, web browser, MP3 audio player/recorder, eBooks, etc.).  Wireless Internet will fundamentally change the way consumers connect their portable device to the Internet.  The capabilities currently built into the wireless and Internet infrastructures will provide a clear advantage to those companies already established in the business.  Players like IBM, AOL and other traditional ISP’s will partner to deliver a range of solutions.

Technical Overview

The change in regulations and the availability of additional frequencies within the radio spectrum enabled new players with new products to enter the wireless market.  Originally, wireless cellular was an analog service (Generation 1).  During the 1990’s digital services were implemented that greatly enhanced the quality and flexibility of the cellular service (Generation 2).  Compared to the first generation analog phones, the second generation digital phones improved reception and provided a wide range of increasingly complex services including voice-mail and call waiting.  The third generation wireless phones on the market provide increased data rates that support Internet access.

One of the key issues in the global wireless market is the adoption of uniform standards that will enable a consumer Internet access anywhere on the globe at anytime.  Currently, Europe uses a standard known as the Global System for Mobile Communications (GSM), while Japan established the Personal Digital Cellular, or PDC, standard.  However, the United States has not adopted any standard, allowing the market to determine the prevailing technology.  This free-market approach has resulted in four separate technologies in the U.S. alone: GSM, TDMA (Time Division Multiple Access), CDMA (Code Division Multiple Access), and iDen.  If the vision of global roaming and ubiquitous global wireless Internet access is ever going to be achieved, an international standard must be uniformly adopted. While each standard has its strengths and weaknesses, few companies could afford to rebuild their established infrastructure to accommodate a new standard.  Therefore, the companies who will succeed in the future wireless Internet access market will be those who have made investments in the technologies that will survive as a part of the international wireless standard.  Unfortunately, since the U.S. government does not regulate wireless technology standards, any attempt to establish a national standard or adopt an international standard will be more difficult in the U.S. than in other nations (e.g., in Europe and Japan, government agencies distribute bandwidth and determine the standards for its transmissions).  

Competing Technologies & Industries

Between 1999 and 2003 the number of households with Internet access will grow almost 50%, from 51 million to 68 million.  This group will account for 63% of total households in the United States.   Similarly, the number of individual users will grow 57%, from 100 million users to 157 million users.  This represents an increase from 37% to 56% of the population.  The number of households that are wired with traditional access via a phone connection, as well as broadband and DSL access continues to grow. It is estimated that by 2003, 23% (versus the 5% of today) of homes with an Internet connection will utilize a broadband connection. In order to overcome the concern with speed and download capability, ,most broadband users are accessing  the internet from work. This has led to a number of new business and traditional service providers researching T1, DSL and Broadband solutions.

Users would rather access the Internet via wired phone lines because it is easier to surf the web using the traditional PC than surf the web using a low bandwidth wireless phone. Although wireless access for road warriors and remote sites continues to grow, they still comprise a limited percentage of the total population accessing the Internet.

The ever-increasing use of hand held devices that also can use wireless technology to access the Internet are an integral part of a user’s personal organizational management system.  Rather than use their wireless phone, users often would download email and access the Internet via their handheld devices. The birth of a Smart Phone with micro-browsers is the key to answering users needs to access the Internet via their wireless phones.  

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Picture of the Wireless Market

As the wireless web continues to mature, opportunities for growth are illustrated by notable levels of interest in wireless data services among key consumer segments. Groups expressing the greatest desire for new features and services are heavy users, business users, members of upper-income households, and professionals and managers. New users are slightly more likely than are longtime users to want more services. The groups expressing interest in wireless Internet phones are 18 to 34 year-olds, heavy wireless phone users and those likely to upgrade their existing wireless plan.

Forecast & Trends

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