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屋内無線システム:アクティブとパッシブのDAS、リピータ、ピコセル、フェムトセルIn-building Wireless Systems
目次
In-building wireless is of interest to many different segments within the telecommunications vertical. Initially, IBW systems were used to extend coverage and improve signal strength within a building. With the arrival of smartphones and other data-hungry devices, and the increased data traffic on mobile networks, IBW has shifted its primary focus from providing better (mainly voice) signal coverage within a building, towards increasing capacity for data-centric and bandwidth-consuming services. IBW systems also help alleviate the load on base stations serving outdoor areas, thereby augmenting the network's capacity. With construction picking up after the global economic crisis, many buildings are receiving IBW installations, or are being designed for easy addition of an IBW system. IBW solutions can include Active Distributed Antenna Systems (DAS), Passive DAS, repeaters, or networks of picocells or femtocells. These have been and continue to be major drivers for this technology. What Questions Does This Report Answer?
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Table of ContentsTop Line Forecast Drivers Section 1. EXECUTIVE SUMMARY 1 1.1. In-building Wireless System Technologies 1 1.2. Distributed Repeaters 1 1.3. Active Distributed Antenna Systems 1 1.4. Passive Distributed Antenna Systems 2 1.5. Distributed Radio Solutions 2 1.6. Market Trend: Recovery from the Economic Downturn 2 1.7. Market Trend: Capacity demand by consumers 3 1.8. Market Trend: Ownership and Business Models 4 1.9. Market Trend: LTE and MIMO in IBW systems 4 1.10. Market Trend: DAS, Picocells and Femtocells 4 1.11. Market Trend: Market Landscape 5 1.12. Market Trend: Vendors 5 1.13. System Integrators 5 1.14. Market Forecasts 6 Section 2. IN-BUILDING WIRELESS SYSTEM TECHNOLOGY OVERVIEW 9 2.1. Distributed Antenna System Elements 9 2.2. Passive DAS 9 2.3. Active DAS 9 2.4. Hybrid Distributed Antenna System 10 2.5. Repeaters 10 2.6. Over-the-Air and Fiber-Fed Repeaters 10 2.7. Picocells and Femtocells 11 2.8. IBW Comparative Analysis 12 2.9. Cost 14 2.10. Capacity 14 2.11. Coverage 15 2.12. Multicarrier/Single Carrier 15 2.13. Single/Dual Band 15 2.14. Scalability & Upgradeability 15 2.15. Reliability 15 2.16. Management 16 2.17. Installation and Building Disruption 16 2.18. Applications and End use Areas 17 2.19. Antennas 17 2.20. Cabling and Auxiliary Systems 18 Section 3. MARKET TRENDS, DRIVERS AND BARRIERS 20 3.1. Ownership, ROI and Business Model 20 3.2. Carrier-Owned 20 3.3. Shared-Cost 20 3.4. Neutral-host 20 3.5. Client-owned 22 3.6. Status and Recovery after the Global Economic Crisis 22 3.7. Voice Coverage/Capacity versus Data Coverage/Capacity 23 3.8. MIMO 24 3.9. Replacement of Older IBW Systems 25 3.10. Costs of Labor versus Equipment 26 3.11. Public Safety Market 27 3.12. Product Innovation: DAS 28 3.13. Repeaters 29 3.14. DAS & Femtocells 29 3.15. DAS and Wi-Fi 30 3.16. Managed Services 32 3.17. RF Simulation Planning and Design Software 32 3.18. Impact on Building Materials and Green Laws and Regulations 33 Section 4. IBW VERTICAL MARKETS 34 4.1. Verticals 34 4.2. Offices/Corporate Campus 34 4.3. Retail/Shopping Malls 35 4.4. Healthcare/Hospitals 35 4.5. Airports/Train Stations 36 4.6. Manufacturing/Industrial 36 4.7. Hotel/Resorts 37 4.8. Sports Venues/Stadiums 37 4.9. Cruise Ships/Trains/Aircraft 37 4.10. Universities/Educational Initiations 38 4.11. Government/Municipal 38 4.12. Parking Structures/Underground/Tunnels 39 Section 5. COMPANY PROFILES 40 5.1. In-Building Equipment Vendors 40 5.2. TE Connectivity Ltd. (ADC) 40 5.3. Corning/MobileAccess 40 5.4. InnerWireless 41 5.5. Axell Wireless 42 5.6. Axis Teknologies 43 5.7. SOLiD Technologies 43 5.8. Shyam Telecom 44 5.9. Spidercloud Wireless 44 5.10. Powerwave 45 5.11. Andrew/Commscope 46 5.12. Ericsson 46 5.13. Clariton 47 5.14. GrenTech 48 5.15. Zinwave 49 5.16. Alcatel-Lucent 49 5.17. Huawei 50 5.18. Motorola 50 5.19. RFS/Alcatel Lucent 51 5.20. Nextivity 51 5.21. Comba 52 5.22. Ip.access 52 5.23. Cellular Specialties 53 5.24. ExteNet Systems 54 5.25. Ubiquisys 54 5.26. DAS Equipment Vendor Market Share 55 5.27. Active DAS 56 5.28. Passive DAS 57 5.29. DAS Installers and System Provider Integrators 58 5.30. iBwave 58 5.31. American Tower 59 5.32. IntegerWireless 59 5.33. Innova 60 5.34. TriPower 60 Section 6. MARKET FORECASTS 61 6.1. In-Building Wireless Deployment Forecasts 61 6.2. Global Market 61 6.3. North America 64 6.4. Europe 66 6.5. Asia-Pacific 67 6.6. Latin America 69 6.7. Rest of World 70 6.8. In-Building Market Forecasts by Vertical 72 6.9. Global Market 72 6.10. North America 73 6.11. Europe 74 6.12. Asia-Pacific 75 6.13. Latin America 75 6.14. Rest of World 76 6.15. In-Building Wireless Equipment and Component Forecasts 77 6.16. Global Market 77 6.17. North America 77 6.18. Europe 78 6.19. Asia-Pacific 79 6.20. Latin America 80 6.21. Rest of World 81 6.22. Distributed Radio in IBW 82 Section 7. COMPANY DIRECTORY 83 Section 8. ACRONYMS 84 8.1. Scope of Study 91 8.2. Sources and Methodology 91 8.3. Notes 91 Tables * 表の部分売りが可能です。データリソースまでお問合せください。(電話:03-3582-2531、Eメール:info@dri.co.jp) 1 In-Building Wireless Deployments Overview, Deployments by Region, World Markets, Forecast: 2008 to 20162 In-Building Wireless Deployments Overview, Revenue by Region, World Markets, Forecast: 2008 to 20163 In-Building Wireless Deployments Overview, Deployments by System Type, World Markets, Forecast: 2008 to 20164 In-Building Wireless Deployments Overview, Revenue by System Type, World Markets, Forecast: 2008 to 20165 In-Building Wireless Deployments Overview, Cost per Square Foot by Region, World Markets, Forecast: 2008 to 20166 In-Building Wireless Equipment Overview, Equipment Revenue by Region, World Markets, Forecast: 2008 to 20167 In-Building Wireless Equipment Overview, Equipment Revenue by Component, World Markets, Forecast: 2008 to 20168 In-Building Wireless Equipment Overview, Component Shipment, World Markets, Forecast: 2008 to 20169 In-Building Wireless Market, Building Penetration by Vertical, World Markets, Forecast: 2008 to 201610 In-Building Wireless Market, System Revenue by Vertical, World Markets, Forecast: 2008 to 201611 Comparative Analysis of Active DAS, Passive DAS, Repeaters, Picocells, Femtocells12 Comparative Analysis of Active DAS, Passive DAS, Repeaters, Picocells, Femtocells13 Recommended Values for Attenuation by Building Material14 In-Building Market by Vertical, Building Penetration, World, Forecast: 2008-201615 In-Building Market by Vertical, System Revenue, World, Forecast: 2008-201616 In-Building Market by Vertical, Building Penetration, North America, Forecast: 2008-201617 In-Building Market by Vertical, System Revenue, North America, Forecast: 2008-201618 In-Building Market by Vertical, Building Penetration, Europe, Forecast: 2008-201619 In-Building Market by Vertical, System Revenue, Europe, Forecast: 2008-201620 In-Building Market by Vertical, Building Penetration, Asia-Pacific, Forecast: 2008-201621 In-Building Market by Vertical, System Revenue, Asia-Pacific, Forecast: 2008-201622 In-Building Market by Vertical, Building Penetration, Latin America, Forecast: 2007-201623 In-Building Market by Vertical, System Revenue, Latin America, Forecast: 2007-201624 In-Building Market by Vertical, Building Penetration, Rest of World, Forecast: 2007-201625 In-Building Market by Vertical, System Revenue, Rest of World, Forecast: 2007-201626 In-Building Wireless Deployments Overview by Building Size, World Market, Forecast: 2008 to 201627 In-Building Wireless Deployment Revenue Overview by Building Size, World Market, Forecast: 2008 to 201628 In-Building Wireless Deployments Overview by Building Size, North America, Forecast: 2008 to 201629 In-Building Wireless Deployments Overview by System Type, North America, Forecast: 2008 to 201630 In-Building Wireless Revenue Overview by Building Size, North America, Forecast: 2008 to 201631 In-Building Wireless Revenue Overview by System Type, North America, Forecast: 2008 to 201632 In-Building Wireless Cost per Square Foot Overview by Building Size, North America, Forecast: 2008 to 201633 In-Building Wireless Cost per Square Foot Overview by System Type, North America, Forecast: 2008 to 201634 In-Building Wireless Cost per Square Foot Labor and Equipment Percentage Split, North America, Forecast: 2008 to 201635 In-Building Wireless Deployments Overview by Building Size, Europe, Forecast: 2008 to 201636 In-Building Wireless Deployments Overview by System Type, Europe, Forecast: 2008 to 201637 In-Building Wireless Revenue Overview by Building Size, Europe, Forecast: 2008 to 201638 In-Building Wireless Revenue Overview by System Type, Europe, Forecast: 2008 to 201639 In-Building Wireless Cost per Square Foot Overview by Building Size, Europe, Forecast: 2008 to 201640 In-Building Wireless Cost per Square Foot Overview by System Type, Europe, Forecast: 2008 to 201641 In-Building Wireless Cost per Square Foot Labor and Equipment Percentage Split, Europe, Forecast: 2008 to 201642 In-Building Wireless Deployments Overview by Building Size, Asia-Pacific, Forecast: 2008 to 201643 In-Building Wireless Deployments Overview by System Type, Asia-Pacific, Forecast: 2008 to 201644 In-Building Wireless Revenue Overview by Building Size, Asia-Pacific, Forecast: 2008 to 201645 In-Building Wireless Revenue Overview by System Type, Asia-Pacific, Forecast: 2008 to 201646 In-Building Wireless Cost per Square Foot Overview by Building Size, Asia-Pacific, Forecast: 2008 to 201647 In-Building Wireless Cost per Square Foot Overview by System Type, Asia-Pacific, Forecast: 2008 to 201648 In-Building Wireless Cost per Square Foot Labor and Equipment Percentage Split, Asia-Pacific, Forecast: 2008 to 201649 In-Building Wireless Deployments Overview by Building Size, Latin America, Forecast: 2008 to 201650 In-Building Wireless Deployments Overview by System Type, Latin America, Forecast: 2008 to 201651 In-Building Wireless Revenue Overview by Building Size, Latin America, Forecast: 2008 to 201652 In-Building Wireless Revenue Overview by System Type, Latin America, Forecast: 2008 to 201653 In-Building Wireless Cost per Square Foot Overview by Building Size, Latin America, Forecast: 2008 to 201654 In-Building Wireless Cost per Square Foot Overview by System Type, Latin America, Forecast: 2008 to 201655 In-Building Wireless Cost per Square Foot Labor and Equipment Percentage Split, Latin America, Forecast: 2008 to 201656 In-Building Wireless Deployments Overview by Building Size, Rest of World, Forecast: 2008 to 201657 In-Building Wireless Deployments Overview by System Type, Rest of World, Forecast: 2008 to 201658 In-Building Wireless Revenue Overview by Building Size, Rest of World, Forecast: 2008 to 201659 In-Building Wireless Revenue Overview by System Type, Rest of World, Forecast: 2008 to 201660 In-Building Wireless Cost per Square Foot Overview by Building Size, Rest of World, Forecast: 2008 to 201661 In-Building Wireless Cost per Square Foot Overview by System Type, Rest of World, Forecast: 2008 to 201662 In-Building Wireless Cost per Square Foot Labor and Equipment Percentage Split, Rest of World, Forecast: 2008 to 201663 In-Building Wireless System Component Revenue Overview by Building Type, World Market, Forecast: 2008-201664 In-Building Wireless System Component Revenue Overview by System Type, World Market, Forecast: 2008-201665 In-Building Wireless System Component Revenue Overview by System Component, World Market, Forecast: 2008-201666 In-Building Wireless System Components Shipments, World Market, Forecast: 2008-201667 In-Building Wireless System Components ASPs, World Market, Forecast: 2008-201668 In-Building Wireless System Components Labor and Equipment Percentage Split, World Market, Forecast: 2008-201669 In-Building Wireless System Component Revenue Overview by Building Type, North America, Forecast: 2008 to 201670 In-Building Wireless System Component Revenue Overview by System Type, North America, Forecast: 2008 to 201671 In-Building Wireless System Component Revenue Overview by System Component, North America, Forecast: 2008 to 201672 In-Building Wireless System Components Shipments, North America, Forecast: 2008 to 201673 In-Building Wireless System Components ASPs, North America, Forecast: 2008 to 201674 In-Building Wireless System Components Labor and Equipment Percentage Split, North America, Forecast: 2008 to 201675 In-Building Wireless System Component Revenue Overview by Building Type, Europe, Forecast: 2008 to 201676 In-Building Wireless System Component Revenue Overview by System Type, Europe, Forecast: 2008 to 201677 In-Building Wireless System Component Revenue Overview by System Component, Europe, Forecast: 2008 to 201678 In-Building Wireless System Components Shipments, Europe, Forecast: 2008 to 201679 In-Building Wireless System Components ASPs, Europe, Forecast: 2008 to 201680 In-Building Wireless System Components Labor and Equipment Percentage Split, Europe, Forecast: 2008 to 201681 In-Building Wireless System Component Revenue Overview by Building Type, Asia-Pacific, Forecast: 2008 to 201682 In-Building Wireless System Component Revenue Overview by System Type, Asia-Pacific, Forecast: 2008 to 201683 In-Building Wireless System Component Revenue Overview by System Component, Asia-Pacific, Forecast: 2008 to 201684 In-Building Wireless System Components Shipments, Asia-Pacific, Forecast: 2008 to 201685 In-Building Wireless System Components ASPs, Asia-Pacific, Forecast: 2008 to 201686 In-Building Wireless System Components Labor and Equipment Percentage Split, Asia-Pacific, Forecast: 2008 to 201687 In-Building Wireless System Component Revenue Overview by Building Type, Latin America, Forecast: 2008 to 201688 In-Building Wireless System Component Revenue Overview by System Type, Latin America, Forecast: 2008 to 201689 In-Building Wireless System Component Revenue Overview by System Component, Latin America, Forecast: 2008 to 201690 In-Building Wireless System Components Shipments, Latin America, Forecast: 2008 to 201691 In-Building Wireless System Components ASPs, Latin America, Forecast: 2008 to 201692 In-Building Wireless System Components Labor and Equipment Percentage Split, Latin America, Forecast: 2008 to 201693 In-Building Wireless System Component Revenue Overview by Building Type, Rest of World, Forecast: 2008 to 201694 In-Building Wireless System Component Revenue Overview by System Type, Rest of World, Forecast: 2008 to 201695 In-Building Wireless System Component Revenue Overview by System Component, Rest of World, Forecast: 2008 to 201696 In-Building Wireless System Components Shipments, Rest of World, Forecast: 2008 to 201697 In-Building Wireless System Components ASPs, Rest of World, Forecast: 2008 to 201698 In-Building Wireless System Components Labor and Equipment Percentage Split, Rest of World, Forecast: 2008 to 201699 In-Building Wireless Distributed Radio Revenue by Region, World Market, Forecast: 2009 to 2016100 In-Building Wireless Distributed Radio Deployments by Region, World Market, Forecast: 2009 to 2016Charts
同社・類似レポート一覧プレスリリース
In-Building Wireless Deployment Revenue to Approach $10 Billion in 2012
NEW YORK - May 3, 2011 In-Building Wireless (IBW) systems are showing solid adoption rates and according to the latest forecasts from ABI Research should register almost $10 billion worth of deployments next year  Corporate campuses, airports and railway stations, and retail shopping centers (in that order) are the leading verticals where the need for good indoor cellular coverage and throughput is driving the IBW market. Healthcare facilities follow close behind. According to industry analyst Xavier Ortiz, “The primary drivers for IBW markets are the constantly-growing amount of data traffic, the rapid uptake of smartphones and other data-oriented devices, and consumers’ heightened service expectations. Many organizations now appreciate the added value IBW systems can bring, and the economic recovery now under way in many regions has meant the resumption of deployments that were shelved during the worst of the slump.” The question “who’s buying?” may have different answers from building to building, depending on who has most to gain: enterprises, building owners, transport authorities, mobile operators, or others. There’s also a role for managed service providers. The majority of deployments will continue to be found in the Asia-Pacific region, with its high population density and mobile penetration. Europe and North America show consistent but much lower levels of activity with roughly equal deployment numbers in each region. However, notes practice director Aditya Kaul, “While the Asia-Pacific region accounts for the majority of IBW deployments, most innovation is coming from North America where many of the largest vendors are based and where budgets can support the often considerable expense of IBW. A little later these innovations filter through to Europe, and then to Asia, where cost-effective solutions are in greatest demand.” While the three largest IBW vendors (TE Connectivity, Andrew and Corning/Mobile Access) command almost 60% of this complex ecosystem worldwide, it is by innovating, say the analysts, that the smaller players can build a track record and boost their reputations. ABI Research’s “In-building Wireless Systems” study covers DAS (Distributed Antenna Systems both active and passive), repeaters, and the role currently played by picocells and femtocells in IBW. It includes a detailed breakdown of revenue, deployments, and shipments by region, system type, vertical type and building size. The report is part of the firm’s Femtocell and Small Cell Research Service. あなたが最近チェックしたレポート一覧お問い合せは、お電話・メール・WEBから承ります。お見積もりの作成もお気軽にご相談ください。 |
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ビルの無線通信は、通信業界の様々なセグメントから関心が持たれている。まず、屋内無線システムは、ビル内の受信エリアを拡大し、信号を増幅するために使用された。スマートフォンなどのデータ中心のデバイスが登場して、モバイルネットワークのデータトラフィックが増加し、屋内無線は主に音声などの信号の適用範囲を改善し、データ中心や帯域幅を消費するサービスの容量を増大した。屋内無線システムはまた、屋外に配信する基地局の負担を軽減し、結果的にネットワークの容量を増大させることができる。世界的な経済不況後に建築が回復し、多くの建造物で屋内無線や、屋内無線の導入が容易な設計の受容が進んでいる。屋内無線システムには、アクティブとパッシブの分散アンテナシステム、リピータ、ピコセルネットワークやフェムトセルがあり、これらの技術がこれまでも今後も主要なドライバであるだろう。この調査レポートは、屋内無線におけるアクティブとパッシブの分散アンテナシステム、リピータと、ピコセルやフェムトセルの現在の役割を調査している。現在は、DASが注目を集めているが、フェムトセルとピコセルや、屋内無線システムにおける役割と、屋内無線の性能をいかに向上させるかについて調査している。リピータについても触れ、屋内無線の最新の発展段階における注目点と、屋内システムにおける役割に注目している。収益、普及、地域ごとの出荷数、システムの種類、垂直市場のタイプと建築規模(体積)なども記載している。