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The
Reality of PCS Networking:
The Competitive Threat to Cellular Telephony
1997-2001
a market research report
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Going mobile now means staying
connected in an ironic technology twist of fate.
Thirty-six million cellular subscribers love their "connected
freedom,"
albeit they do have complaints. Fraud. Line noise and crosstalk. Limited messaging capabilities. Short battery
life.
Enter PCS, the digital wireless technology which earned
the FCC over $1 billion in new licenses. PCS offers many
technical advantages to high-end users, including better
audio fidelity, two-way messaging, longer battery life,
and more reliable links to remote information resources.
But what PCS promises can it deliver? PCS faces enormous
competition from the incumbent cellular carriers who are
maneuvering to maintain market share with PCS-like
offerings. And the PCS strategy of selling service below
cost to attract customers wont last for long,
thanks to the load of debt the vendors incurred to buy
operating frequencies.
Moreover, regional markets have traditionally supported
two or three wireless networks. Add into the mix new PCS
licenses and each market now has five competitors.
Insights research suggests most markets cannot
support five profitable carriers.
Now take into account five competing wireless standards,
unsettled roaming agreements, and the disparate wireless
strategies of the long distance carriers, local telcos,
new wireless carriers, and narrowband service providers,
and you have a chaotic emerging market.
The Reality of PCS Networking analyzes the
intensely competitive wireless market by assessing
opportunities and risks. Who are the users and what will
they pay for? What do mobile workers want in a PCS phone?
How large will the PCS market be in five years? Who are
the players and which ones will survive the competition
between technologies? Can cellular carriers stay
connected to their installed base, or will
subscribers be going mobile with PCS instead?
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Report Excerpt
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Introduction
By early 1997, more than a dozen personal communications
services (PCS) were being turned up in cities around the
country. At the same time various forms of SmartPhones
were being publicly announced, while others were being
shown privately. PCS-like wireless services, such as
analog cellular with cellular digital packet data (CDPD),
are also actively competing for customers; and the
incumbent cellular carriers are feeling the heat of real
competition--perhaps for the first time in their
corporate lives.
This report from Insight Research analyzes this market as
it finally emerges: its size, key players, driving
forces, and the expected competition between new PCS
players (at 1.9 GHz) and the established cellular
providers (at 800 MHz) who do not wish to lose the market
they have invested billions of dollars to develop.
Our thesis is that intense competition is about to force
some players out of the market. For example, NextWave
Telecom Inc., a new wireless carrier formed in 1995 to
bid on PCS spectrum, received their Federal
Communications Commission (FCC) license to operate in
early January. But almost simultaneously with the FCC
green light, reports are questioning the company's
viability. NextWave presently owes $4.2 billion for the
licenses and must pay $274 million quarterly in
interest-- which works about to about $755,000 per day
just to keep the wolves from the door. This report will
not pick the winners and losers; rather we will try to
lay a firm foundation for assessing the opportunities and
risks in the new competitive landscape.
Much has been written about the market but little is
known about:
Market requirements -- who are the users and what will
they pay for?
- Market size -- how large will the PCS market become in
five years?
- Product features -- what do mobile workers really want
in a PCS
telephone?
- Competition and pricing -- who are the competitors and
which ones
are likely to survive the difficult competition between
technologies?
- Standards -- which wireless protocols are expected to
be the winners
and why?
In our analysis, Insight defines PCS as whatever the
leading vendors say it is. We have included the new
wireless services at the frequencies designated for PCS
by the FCC, and we have also included competing services
that leading carriers like AT&T Wireless are
marketing as PCS to gain a marketplace advantage. For
this reason, AT&T's PocketNet Phone, which operates
in the 800 to 900 MHz frequency range and combines
existing analog voice with a CDPD wireless data service,
was included in the study. While this product and similar
services are not be digital and do not meet the FCC's
definition of PCS, they are included in this report since
a major player in this market defines this service as
PCS.
PCS Carriers
In order to discuss the PCS carriers and their
strategies, the carriers have been segmented into four
groups defined by their similar resources and goals.
Often, however, they have quite different strategies for
achieving them:
- Long distance carriers (AT&T, MCI, and Sprint) --
While they differ in
many ways, each sees PCS and other wireless services as a
way to
provide local loop services and eliminate the access fees
they now
pay to local telephone companies.
- Major local telephone companies (RBOCs plus GTE,
Cincinnati Bell,
and Southern New England Telephone, SNET) -- They are
starting
new PCS services to expand their revenues while defending
their
existing cellular services and preparing for competition
in their home
territories.
- New wireless carriers or consortia (like
PrimeCo, NextWave, and
Western Wireless) -- They need to generate positive
returns for their
investors since they just spend millions for PCS
licensing. They now
need to build their wireless infrastructures and attract
customers, often
away from existing cellular services.
- Narrowband service providers (like SkyTel or
PageNet)
-- They are
exploring how to configure, price, and market the new
two-way
services they now can offer both locally and nationwide.
Key Issues and Trends
Competition between PCS and Cellular
Competition between PCS and the incumbent cellular
carriers will be intense after 1997. PCS vendors will be
striving to gain enough customers to cover their high
fixed costs and to break even while the established
cellular carriers will be fighting to maintain market
share. The FCC auctions have left most of the PCS
frequency winners deeply in debt. Their need to quickly
implement a network and gain customers has created a
major drain on cash. "Usually four competitors in
the market will be able to do a reasonable business.
Above four, the additional ones will probably have some
difficulty," said Irwin Jacobs, president of Qualcomm, Inc.
Insight Research sees market dynamics and price
competition in the wireless markets even more starkly
than does Irwin Jacobs, and we predict that by 1998 some
wireless carriers and PCS auction winners will seek
partners to avoid running out of operating income. The
alliances and interoperability agreements being signed
now are expected to lead to closer working agreements and
potential mergers as competition increases for wireless
customers. As the carriers compete, their profit margins
will be reduced, and those short of cash are expected to
join or merge with adjacent carriers to improve the
efficiency of their operations.
Growth of the Market
At least five different wireless standards will compete
for customers:
- CDMA (code division multiple access),
- PCS 1900 (called Global Standard for Mobile
Communications, GSM, in Europe),
- TDMA (time division multiple access),
- AMPS (advanced mobile phone service) with
CDPD, and
- AMPS for voice only and for circuit-switched data
applications.
While each standard claims distinct advantages, the
regional markets can only support two or three wireless
networks. We expect that some carriers and eventually
some network standards will be eliminated by the severe
competition. The winning standards will be those which
can quickly attract a critical mass of customers, not
necessarily the ones that are the most technically
advanced. Another factor which complicates the
competition between wireless protocols is the willingness
of some leading equipment
suppliers to offer generous financing packages as
incentives. The cash-poor PCS carriers who accept money
from suppliers and adopt their products will need to use
the same standards as the suppliers' products.
The FCC's and Congress's efforts to increase competition
in wireless services will have long-term effects on the
market. The FCC auctions and the 1996 Telecom Reform Act
sought to broaden competition, and Insight Research
expects that after 1997, there will be a consolidation in
the wireless business. Less well-financed carriers will
seek to sell their licenses or franchises to cover their
debts.
As the cellular industry expands into residential
markets, Insight expects PCS vendors to concentrate their
marketing and sales efforts to almost exclusively target
mobile workers through 2000. The advanced features and
security offered by digital PCS appeal to mobile workers,
and they can justify the initially higher costs of the
PCS services based on their greater benefits. Most
consumers value low price far more than capabilities for
phone services, and analog AMPS services appeal to them.
Business users tend to have higher usage rates than
consumers; they average over 100 minutes of usage a
month, compared with just over half that amount for
consumers.
The growth rate for cell phone subscribers will slow when
PCS networks begin to compete seriously. Users' average
monthly service charges for the newer PCS services are
expected to be higher than cellular services.
Cellular services will continue to expand into consumer
markets where usage tends to be less. PCS subscriber fees
cover the same enhanced services, such as two-way
messaging, SMS (short messaging services), caller ID, and
call forwarding.
As PCS services become established, rates will gradually
decline to attract a wider audience, including consumers.
Since the new PCS carriers have significant debt,
initially they will have to charge higher prices for
their services to cover their debt payments. They will be
competing with existing cellular carriers whose networks
are often largely depreciated.
Markets Expand from Mobile Workers to Consumers
Following the pattern of sales for analog cellular phones
in the 1980s, the new PCS phones will first be sold to
the 43 million mobile business workers; penetration of
consumer markets will only come later when prices have
declined. During the 1996 to 2001 period, PCS sales
efforts will primarily be targeting businesses and
individual mobile workers, as both groups will pay for
the added functionality and security of digital PCS for
mobile voice, messaging, and data.
In most of the major cellular markets, there have been
two cellular carriers. This year those incumbent cellular
carriers are going to be joined by three new PCS carriers
offering integrated digital services at a lower cost to
the user. Because the new digital infrastructure will
take time to build, there may be lots of dead zones since
the range of PCS is more limited. Car phones, for
example, might be better matched with cellular services
because users require wide area coverage. The advantage
of low-power PCS phones is that they will potentially run
longer, sound better, and cost less.
With the introduction of PCS services, many customers,
especially mobile professionals, will want the benefits
of these new services but will also need the universal
coverage provided by the existing analog AMPS network. At
least until 1999, none of the new digital wireless
protocols are expected to become the nationwide PCS
standard similar to AMPS for cellular services. To get
wide-ranging coverage and the benefits of new services,
users will have to carry dual mode and/or dual frequency
wireless telephones. These devices utilize AMPS or one of
the new digital PCS services at either 800 MHz or 1.9
GHz, depending on their location. Nokia, Ericsson,
Nortel, and other vendors are already preparing versions
of these handsets to enable mobile workers to roam from
region to region.
Insight's research suggests such phones are a very
necessary step in the transition from the current near
universal coverage provided by AMPS cellular services to
the new PCS services. Since there is no agreed upon PCS
standard, customers who travel will need to have dual
wireless mode capabilities to provide coverage and access
to the new PCS services.
Methodology of Study
In our study Insight combined research data from
carriers, equipment providers, and large users of
wireless services. By integrating data from both supply
and demand views of the market, we were able to develop a
more accurate perspective than is possible to get from
any one source. On the supply side, for example, data
from carriers tended to focus on the growth of
traditional telephone services since that is mainly what
the carriers offer. On the demand side, data from users
focused on leading edge applications, but it lacked a
complete perspective on the vertical segment and its
size.
Forecasts in this report are based on real dollars in
each year and assume an inflation rate in the US of under
three percent in 1996, climbing to four percent for 1997
to 2001. Insight also assumed that the US Treasury
Department would continue its policy of containing
inflation and that interest rates, such as the prime
lending rate and 30-year treasury bonds would remain
below nine percent. This economic policy will continue
the current period of moderate economic growth without a
recession through the year 2001.
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Market Segmentation
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Table of Contents
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Chapter I
EXECUTIVE SUMMARY
1.1 Introduction
1.1.1 PCS Carriers
1.2 Key Issues and Trends
1.2.1 Competition between PCS and Cellular
1.2.2 Growth of the Market
1.2.3 Markets Expand from Mobile Workers to Consumers
1.3 Methodology of Study
Chapter II
INTRODUCTION
2.1 Definition of PCS
2.1.1 Narrowband Services Also Part of PCS
2.1.2 Wireless Local Loop and PCS
2.1.3 History of Wireless Services
2.1.4 Initial Broadband PCS Services
2.2 Competition Between PCS and Cellular Services
2.2.1 Comparison of PCS and Cellular
2.2.2 Features Driving the Market
2.3 Needs of Mobile Workers
2.4 FCC Auctions
Chapter III
MARKET NEEDS DRIVE NEW WIRELESS SERVICES
3.1 Forces Driving PCS Growth in the US
3.2 Broadband PCS Services
3.2.1 Code Division Wireless Services
3.2.2 Time Division Multiplexed Wireless Services
3.2.3 GSM in Europe/PCS 1900 in the US
3.3 The Benefits Of Digital Wireless Services
3.4 Key Differences in the Needs of Business and
Residential
Customers
3.5 Competing Standards in Wireless Markets
3.5.1 Marketing Strategies and Standards
3.6 Cellular Data Networks
3.6.1 Cellular Data Prices
3.6.2 Quality Control for Wireless Networks
3.6.3 CDPD May Meet Near-Term Needs
3.6.3.1 Benefits of CDPD Depend on Length of Message
3.6.3.2 Digital Disappointment with CDPD
3.6.3.3 Customer Acceptance of CDPD Slow
3.6.4 Private Packet Radio Networks
3.6.4.1 Slow Throughput of Private Packet Radio Networks
3.6.4.2 Pricing of Private Packet Radio Networks
3.7 Narrowband Paging
3.7.1 Advances In Pagers Open New Markets
3.8 Challenges to Receiving PCS Services
3.8.1 Antenna Sites
3.8.2 Marketing PCS
Chapter IV
WIRELESS COMPETITORS
4.1 PCS Designed to Promote Competition
4.1.1 New Wireless Competitors Radically Change
Competition
4.2 Wireless Service Providers
4.2.1 Competition and Consolidation Are New to Wireless
Markets
4.3 Long Distance Carriers Enter PCS Markets
4.3.1 AT&T Wireless PCS
4.3.2 MCI Wireless
4.3.3 Sprint Spectrum, L.P.
4.3.3.1 American Personal Communications
4.4 Local Telephone Carriers
4.4.1 Ameritech
4.4.2 Bell Atlantic
4.4.2.1 Bell Atlantic NYNEX Mobile
4.4.2.2 Wireless Data Services
4.4.3 BellSouth
4.4.4 GTE Corporation
4.4.4.1 GTEs Wireless Network Management
4.4.4.2 GTE MobileNet
4.4.4.3 Contel Cellular
4.4.5 NYNEX
4.4.5.1 Merger with Bell Atlantic
4.4.5.2 Bell Atlantic NYNEX Mobile
4.4.6 Pacific Telesis
4.4.6.1 Pacific Bell Mobile Services
4.4.6.2 SBC Acquired Pacific Telesis
4.4.6.3 AirTouch Communications
4.4.8 SBC Communications, Inc.
4.4.9 US WEST, Inc.
4.5 Independent Telcos
4.5.1 Rochester Telephone and SNET Reorganize
4.6 The New Carriers
4.6.1 American Portable
Telecommunications
4.6.2 Meretel Communications, L.P.
4.6.3 NextWave Telecom Inc.
4.6.4 PCS Primeco
4.6.5 Personal Access Communications Systems
4.7 Alternative Wireless Competitors
4.7.1 Nextel Communications
4.7.2 Geotek Communications
4.7.3 Metricom, Inc.
4.7.4 Pinpoint Communications, Inc.
4.7.5 Satellite Network Providers
Chapter V
NARROWBAND PCS MARKETS AND COMPETITORS
5.1 History of Narrowband PCS
5.2 Factors Influencing Service Demand
5.2.1 Evolution From Alerting to Messaging
5.2.2 Lessons from SkyTel2: First Two-way Paging Service
5.3 Competitive Narrowband Wireless Technologies
5.3.1 Motorola Destineers Two-way Messaging
5.3.2 AT&T Narrowband PCS Messaging Based on PACT
Protocols
5.3.2.1 Comparison of Two-way Paging Protocols
5.3.3 Voice Messaging Services
5.4 Narrowband PCS Providers
5.4.1 American Paging, Inc.
5.4.2 AT&T Wireless and
PageMart, Inc.
5.4.3 GTE MobileNet Paging Services
5.4.4 MobileMedia Communications, Inc.
5.4.5 Mobile Telecommunication Technologies Corp.
5.4.5.1 SkyTel
5.4.6 PageNet, Inc.
5.4.7 United States Cellular Corp. and Telephone and Data
Systems, Inc.
Chapter VI
1996-2001 MARKET FORECASTS FOR PCS SERVICES
6.1 Forecasts of Wireless Services
6.1.1 Forecasts of Cellular and PCS Pricing
6.1.2 Expanding Markets for All Wireless Services
6.1.3 Price Competition Between PCS and Cellular Services
6.1.4 Wireless Local Loop Access Lines
6.2 Messaging-based Services
6.3 Data Services
6.3.1 Break-Even Analysis for New PCS Services
6.3.2 Electronic Commerce Drives Consumer Applications
6.5 Recommendations for Success with PCS Services
Appendix A
PCS AUCTIONS
A.1 FCC Policies Shape Cellular and Broadband Markets
A.1.1 FCC Auctions of A and B Blocks of Spectrum
A.1.2 FCC Auctions of C Blocks of Spectrum
A.2 Top Bidders at the PCS Auctions
A.2.1 Block A and B Winners
A.2.1 Block C Winners
A.2.2 Cost of Bandwidth and Population Coverage
A.3 FCC Auction Favored Minority Businesses
Appendix B
PCS VENDORS
Table of Figures
Chapter I
I-1 Comparison of Cellular and PCS Subscriber Growth, 1995-2001
I-2 Penetration of Broadband PCS and Cellular Markets, 1995-2001
I-3 Forecast of Revenue from Wireless Services, 1995-2001
Chapter II
II-1 Wireless Systems in Leading Countries Worldwide,
1996 & 2001
II-2 PCS Services Rated by Mobile Workers
II-3 Mobile Devices Preferred by Mobile Workers
II-4 Handset Selection Criteria
Chapter III
III-1 Comparison of Minutes of Cellular Usage per Month
by Business and Residential Users
III-2 US Broadband Wireless Services, 1996 and 2001
Chapter IV
IV-1 Penetration of PCS and Cellular Services, 1995-2001
IV-2 Leading Cellular Carriers Market Shares, 1996
IV-3 Hierarchy of Advantages in Competitive Wireless
Markets
Chapter V
V-1 US Growth of the Installed Base of Narrowband PCS and Traditional Pagers, 1995-2001
V-2 Total Growth of Pager Services in the US, 1995-2001
V-3 One- and Two-Way Paging Services in the US, 1995-2001
Chapter VI
VI-1 Number of PCS and Cellular Subscribers, 1995-2001
VI-2 Forecast of Revenue from Wireless Services,
1995-2001
VI-3 Penetration of Broadband PCS and Cellular Markets,
1995-2001
VI-4 Monthly Service Revenues per Wireless Subscriber,
1995-2001
VI-5 Minutes of Monthly Usage per Wireless Subscriber,
1995-2001
VI-6 Users Average Price per Minute for Wireless
Service, 1995-2001
VI-7 Market Shares of Manufacturers of Cellular
Telephones, 1996
VI-8 Comparison of Wireless Service Price per Minute in
Salt Lake City, 1996
VI-9 Number of New Lines and WLL Lines, 2001
VI-10 Estimated Value of Worldwide Wireless Local Loop,
2001
VI-11 Average Customer Spending on Paging and PCS
Narrowband per Month, 1995-2001
VI-12 Subscribers to Wireless Messaging Services,
1995-2001
VI-13 Number of Subscribers to Alternative Wireless Data
Services, 1995-2001
VI-14 Growth of Electronic Commerce Web Sites, 1993-1995
Table of Tables
Chapter I
I-1 Number of Subscribers to Broadband PCS and Cellular
Wireless
Services, 1995-2001
Chapter II
II-1 Growth of the Number of Subscribers in the Largest
Cellular
Markets Worldwide, 1996 and 2001
II-2 Early PCS Systems Online
II-3 Comparison of Features for SmartPhones
II-4 Handset Selection Criteria by Mobile Workers
Chapter III
III-1 Comparison of Wireless Standards from the
Users Perspective
III-2 Comparison of PCS with Existing Wireless
Technologies
III-3 Comparison of Business and Residential Cellular
Customers by
Minutes of Usage per Month
III-4 Comparison of Wireless Standards
III-5 US Carriers PCS Standards and Equipment
Selections
Chapter IV
IV-1 Penetration of PCS and Wireless Services, 1995-2001
IV-2 Market Shares of Leading Cellular Carriers in 1996
Chapter V
V-1 US Growth of the Installed Base of Enhanced
Narrowband and Traditional Pagers, 1995-2001
V-2 Comparison of One- and Two-way Paging Services in the
US, 1995-2001
V-3 Comparison of FLEX and pACT Narrowband PCS Protocols
V-4 Comparison of Wireless Voice Messaging Services in
1996
Chapter VI
VI-1 US Wireless Forecast of Subscribers, Penetration,
and Revenue, 1995-2001
VI-2 Wireless Service Revenues per Month, 1995-2001
VI-3 Cellular Telephone Unit Sales by Vendor, 1996
VI-4 Comparison of the Cost of Minutes for Wireless Usage
in Salt Lake City, 1996
VI-5 Worldwide Wireless Local Loop Installations, 2001
VI-6 Forecast of Revenue and Number of Subscribers to
Wireless Messaging Services, 1995-2001
VI-7 Number of Subscribers to Alternative Wireless Data
Services, 1995-2001
VI-8 Growth of Internet Web Sites Engaged in Electronic
Commerce, 1993-1995
Appendix
A-1 Highest Bidders in the PCS Auctions of Blocks A and B
A-2 Top Ten Bids in PCS Auctions in Blocks A and B
A-3 Leading Broadband PCS Block C Auction Bidders
A-4 Winning Bids At FCC PCS Auction
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