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Broadband Wireless Access Operators: A Global Survey and Analysis

Product Type: Market Research Report
Published by: ARCchart
Published: April 2007
Product Code: R462-28
Description
New broadband connections in many world markets are growing at rates comparable with the expansion of 2G cellular networks during the 1990s. The majority of these new customers are being connected using wireline technologies, such as DSL, cable and fibre. In places where wired networks either do not exist or are not enabled for broadband, service providers have turned to fixed, point-to-multipoint wireless as an access method that can cope with difficult geographical and demographic conditions. Broadband wireless access (BWA) operators have proliferated in recent years, yet, to date, few have reached the kind of scale that would make them a serious threat to their wire-line competitors. Rather, they are seen by many as niche players, who are willing to work the stony soil of the marginal areas, where others are unwilling to venture.

If we believe only a fraction of the hype about WiMAX, the industry is poised for a radical transformation, but how well do we understand the diverse set of companies who can be grouped under the general rubric of BWA operators? ARCchart canvassed 179 of the approximately 600 operators worldwide providing a wireless broadband service during 2006, creating what we believe to be the most comprehensive and up to date BWA operator study currently available. The objective of this survey is to create an accurate profile of the global BWA operator landscape. Operators were asked about their revenue; spectrum holdings; subscriber numbers; equipment suppliers; plans for future technologies, such as WiMAX; geographical coverage and residential/business split. This study provides a detailed analysis of this quantitative and qualitative research, along with in-depth profiles for 50 selected BWA operators from around the world, including: ClearWire (US), EarthLink (US), Airecable (Mexico), NEOTEC (Brazil), Telecom Namibia, Skyband Wireless (Malawi), Ektoo (Bangladesh), Lintasarta (Indonesia), Afranet (Iran), UK Broadband and Woosh (New Zealand).

A major conclusion is that BWA operators can be grouped into five basic types, each with its own approach to the market and prospects for the future. Our five Operator Types are: Large National, Early Stage Licensed, Mid-Sized Regional, Mom and Pop and Underdeveloped Opportunist.

The survey also reveals that the industry is still dominated by small-to-medium-scale operators. Most BWA operators turned over less than $10 million during 2005; over 30% less than $1 million; the majority have networks that cover less than 1000 kmē and have fewer than 1000 subscribers. The majority of operators use unlicensed spectrum, in the 5 - 5.9GHz and the 2.4GHz bands. However, there is some evidence that the licensed bands - in particular 3.5GHz - are growing in popularity, as operators prepare for WiMAX deployment and respond to customers’ increasing service expectations. A substantial minority still use Wi-Fi between CPE and base station, but the trend is for decreasing use of Wi-Fi in favour of more robust access technologies that are less prone to interference and better able to provide QoS.

The impact of competition from DSL in BWA markets is also illuminating. The great majority of our survey experienced some level of DSL competition, but far from ruining their business cases, it seems to have had a healthy Darwinian effect on the bloodline. In markets where DSL is present, BWA operators respond by offering faster bandwidths and cheaper tariffs than they do in non-DSL markets.

Possibly the starkest observation from the survey is the extent to which subscribers in the least developed regions pay more for their wireless broadband compared to those in developed economies, where mass market conditions have brought down prices dramatically over the last few years. Some of our Underdeveloped Opportunist operators are able to charge Club Class prices for Package Tour broadband. We believe that this situation will persist until BWA services can be accessed from radically low-priced end-user devices, based primarily on handheld rather than PC/laptop formats. ARCchart suggests that this will be a significant hindrance to the availability of low-cost broadband in the developing markets for at least the next three years.

In line with what is happening in wired broadband markets, most operators now offer maximum bandwidths in excess of 512kbps. The most common bandwidths are in the 1 - 2Mbps category, but a substantial percentage of operators offer speeds in the 2 - 10Mbps and >10Mbps ranges. Unsurprisingly, it is in regions where broadband penetration is at its lowest (Africa, The Middle East, parts of Asia and Latin America) that BWA operators tend to offer the lowest bandwidths.

The study identifies a top-five list of BWA equipment suppliers (Alvarion, Motorola, Airspan Networks, Aperto Networks and Navini Networks) but it is clear a wide range of vendors are competing in this game. Some seem to be subsisting on a tiny share of operators. We suggest, as the world converges on a small number of global BWA standards, that the highly fragmented BWA vendor market will become ripe for consolidation.

Large form factor and externally mounted CPE still predominate. Only a small percentage of operators offer exclusively indoor CPE. Those who do source their equipment from the recognised vendors of true indoor CPE, which include IP Wireless, Navini Networks and NextNet (now Motorola).

Given the fragmented and generally small-scale nature of the BWA service provider market, ARCchart believes that some consolidation is inevitable. This will probably be driven by large players expanding through acquisition of smaller competitors, but also, in a 3 - 5 year timeframe, through less technically advanced operators being forced out of business because they cannot offer their customers the advantages of mobility and guaranteed QoS.

The majority of operators in our survey said that they were either already using WiMAX (fixed) or were intending to use it within one year (mostly mobile). A similar majority believe that mobility is either important or very important for the future of their businesses. This will be welcome news for those who champion WiMAX, although we do sound a note of caution: some of the more serious BWA operators are being quite sanguine about when they will begin deploying WiMAX on a large scale. In markets where there is no competition from DSL or other technologies, operators still have little incentive to upgrade to WiMAX or to consider adopting lower-cost business models.

There are also variations in the challenges faced by our five main Operator Types. For the Large Nationals and Early Stage Licensed, the key challenge will be timely availability of access devices. Generally, these operators will be competing in metropolitan areas with established access to both fixed broadband (e.g. DSL) and wireless broadband (e.g. HSDPA and EV-DO). They will only be able to compete by offering mobility, requiring the availability of portable WiMAX devices i.e. laptops and handsets. The Underdeveloped Opportunists will need to adapt their business models and pricing structures as broadband penetration increases in their home markets. Mom and Pop will start to feel the squeeze as Large Nationals and Early Stage Licensed move into their neighbourhoods. The latter will become more of a significant presence as they start to exploit their spectrum licences more fully, pushing out into new areas and achieving full national coverage. Also, the Mom and Pop reliance on unlicensed spectrum renders them unable to provide mobility, relegating them to niche areas where there is no competition from either fixed or wireless carriers. All operators will be under pressure to form roaming alliances as WiMAX becomes more ubiquitous, from 2010 onwards.
Table of Contents

A THE BWA MARKET

A.1 What is BWA?

A.2 Factors driving the BWA market

A.3 What do BWA users require?

A.4 BWA technologies and vendors

Competing with fixed broadband

WiMAX

BWA vs. cellular

A.5 Spectrum

Regional differences

Technology agnostic licensing

Licensed vs. unlicensed

A.6 Typical deployment scenarios and services

Urban/ Suburban environments

Rural environments

A.7 Business models

B SURVEY METHODOLOGY

C OPERATOR PROFILES BY REGION

C.1 Overview

C.2 North America

AM Telecom, Canada

Blue Valley Telephone, USA

ClearWire Corporation, USA

CommSpeed, USA

Douglas Fast Network, USA

EarthLink, USA

Inukshuk, Canada

Rioplex, USA

RipNET, Canada

Teton Wireless, USA

Towerstream, USA

C.3 Asia Pacific

Broadband Wireless, Australia

Dialog Broadband, Sri Lanka

Ektoo, Bangladesh

Lintasarta, Indonesia

Nasioncom, Malaysia

Netspeed, New Zealand

PBA, Australia

Sify, India

Telstra, Australia

Unwired Australia, Australia

Woosh, New Zealand

C.4 Western Europe

Airdata/ DNS Net, Germany

Altitude, France

Brennercom, Italy

Danske Telecom, Denmark

GEAB, Sweden

IBAX, Italy

IBERBANDA, Spain

Irish Broadband, Ireland

Kijoma, UK

Kvamnet, Norway

Telabria, UK

UK Broadband, UK

C.5 Eastern Europe

Enforta, Russia

T-Com, (Group T- Hrvatski), Croatia

T-Mobile, Czech Republic

C.6 Caribbean & Latin America (CALA)

Airecable, Mexico

CTR, Chile

Eutel Antilles, Netherlands Antilles

NEOTEC, Brazil

Newcom Americas, Guatemala

Telem, St Maarten

C.7 Africa & Middle East (AME)

Afranet, Iran

Afribone, Mali

Blue/Broadband Access, Kenya

Catsnet, Tanzania

GDS (GlobalCom Data Services), Lebanon

ICC Net, Cameroon

Neda Telecommunications, Afghanistan

Sentech, South Africa

Simbanet, Tanzania

Skyband Wireless, Malawi

Telecom Namibia

Zanlink, Zanzibar (Tanzania)

D DETAILED ANALYSIS OF THE SURVEY DATA

D.1 Types of operator

D.2 Spectrum

D.3 Equipment suppliers

Access

Backhaul/Core

D.4 WiMAX and mobility

WiMAX

Mobility

D.5 CPE location

D.6 Use of Wi-Fi

D.7 Geographical coverage

D.8 Subscriber numbers and type

D.9 Maximum bandwidths offered

D.10 DSL competition

D.11 Revenue and pricing

Revenue

Pricing

Pricing and Operator Type

E CONCLUSIONS AND GENERAL FUTURE TRENDS

E.1 Conclusions

Five basic Operator Types

Small scale still dominates

Unlicensed spectrum still dominates

Fragmented equipment supply markets

WiMAX gathers pace

Mobility is key

Outdoor CPE still the norm

Bandwidth accelerates

Competition from DSL is good (for subscribers)

Pricing: the digital divide continues

Wi-Fi in decline

E.2 Trends

Vendor consolidation

WiMAX is coming: but don’t hold your breath

Operator consolidation

Why Wi-Fi? A shift towards licensed spectrum

Regional Trends

Challenges for our Operator Types

F ANNEXES

F.1 Survey questionnaire

F.2 Details of vendor share by region




List of Figures




Figure A-1: Wireless applications and bandwidth requirements

Figure A-2: DSL penetration of total broadband in each region - Q2 06

Figure D-1: Distribution of operator types contained in our survey

Figure D-2: Operator Types by region

Figure D-3: Summary of spectrum use worldwide

Figure D-4: Spectrum use by region (CPE)

Figure D-5: Backhaul spectrum by region

Figure D-6: CPE spectrum use and company size (employees)

Figure D-7: CPE spectrum use and company size (subscribers)

Figure D-8: Summary of access equipment vendors - worldwide

Figure D-9: Access equipment vendors by region

Figure D-10: Summary of backhaul equipment vendors (worldwide)

Figure D-11: Backhaul equipment vendors by region

Figure D-12: Use of wireless backhaul by region

Figure D-13: Operator attitude to WiMAX

Figure D-14: Operator attitude to WiMAX by region

Figure D-15: Attitude to WiMAX vs. Operator Type

Figure D-16: The future importance of subscriber mobility

Figure D-17: Importance of mobility by region

Figure D-18: Importance of mobility vs. Operator Type

Figure D-19: Summary of CPE location - worldwide

Figure D-20: CPE location by region

Figure D-21: CPE location and residential/business mix

Figure D-22: Use of Wi-Fi between base station & CPE - worldwide

Figure D-23: Use of Wi-Fi between base station & CPE - regional

Figure D-24: Use of Wi-Fi vs. Operator Type

Figure D-25: CPE vendors for operators using Wi-Fi

Figure D-26: Operator size vs. use of Wi-Fi

Figure D-27: Coverage of operators' networks (in kmē) - worldwide

Figure D-28: Coverage of operators’ networks (in kmē) by region

Figure D-29: Summary of subscriber numbers per operator - worldwide

Figure D-30: Subscribers per operator by region

Figure D-31: Proportion of residential vs. business subscribers - worldwide

Figure D-32: Residential vs. business subscribers by region

Figure D-33: Summary of maximum bandwidths - worldwide

Figure D-34: Maximum bandwidths by region

Figure D-35: Max bandwidth vs. Operator Type

Figure D-36: Availability of competing DSL - worldwide

Figure D-37: Availability of competing DSL by region

Figure D-38: DSL availability vs. Operator Type

Figure D-39: Maximum bandwidth and DSL availability

Figure D-40: BWA operator revenues for 2005 - worldwide

Figure D-41: BWA operator revenues for 2005 by region

Figure D-42: BWA operator revenues for 2005 by Operator Type

Figure D-43: Summary of price bands ($per month) for 512kbps, 1Mbps and >1Mbps - worldwide

Figure D-44: Price banding for<=512kbps by region

Figure D-45: Price banding for 1Mbps by region

Figure D-46: Price banding for >1Mbps by region

Figure D-47: Pricing for 512kbps by Operator Type

Figure D-48: Pricing for 1Mbps by Operator Type

Figure D-49: Pricing for >1Mbps by Operator Type

Figure D-50: Average prices correlated with DSL availability - worldwide

Figure E-1: Distribution of operator types contained in our survey

Figure E-2: Summary of subscriber numbers, revenue, geographical coverage & employee numbers

Figure E-3: Spectrum use by region (CPE)

Figure E-4: Backhaul spectrum by region

Figure E-5: Summary of access equipment vendors - worldwide

Figure E-6: Summary of backhaul equipment vendors (worldwide)

Figure E-7: Operator attitude to WiMAX

Figure E-8: The future importance of subscriber mobility

Figure E-9: Summary of CPE location - worldwide

Figure E-10: Summary of maximum bandwidths - worldwide

Figure E-11: Maximum bandwidth and DSL availability

Figure E-12: Average prices correlated with DSL availability - worldwide

Figure E-13: Use of Wi-Fi between base station & CPE - worldwide




List of Tables




Table A-1: Overview of Wireless Broadband Equipment Vendors

Table A-2: Breakdown of broadband subscribers by technology (Q3 06 worldwide)

Table A-3: Top 20 Countries for DSL Subscribers (Q3 06)

Table A-4. Summary of main sub-11GHz licensed & unlicensed spectra for BWA

Table A-5. Pros & cons of licensed and unlicensed spectrum

Table B-1. Number of operators surveyed per region

Table D-1: Comments on CPE use of spectrum bands by region

Table D-2: Comments on backhaul use of spectrum bands by region

Table D-3: Correlation between CPE spectrum usage and company size

Table D-4: Correlation between spectrum use and number of subscribers

Table D-5: Vendors by spectrum

Table D-6: Vendor choice by operator size

Table D-7: Vendor choice and WiMAX plans

Table D-8: Vendors vs. maximum bandwidth

Table D-9: Access equipment vendors vs. CPE location

Table D-10: Average prices for 512kbps, 1Mbps and >1Mbps - worldwide and by region

Table E-1: Average prices for 512kbps, 1Mbps and >1Mbps - worldwide and by region

Table F-1. Survey questionnaire

Table F-2: Details of access vendor share by region

Table F-3: Details of backhaul equipment vendor share by region

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