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Opportunities in Broadband Leasing 2013 Product Image

Opportunities in Broadband Leasing 2013

  • ID: 2393089
  • January 2013
  • Region: Global
  • 157 Pages
  • Thintri Inc

Opportunities in Broadband Leasing, a new market study that surveys growing opportunities in bandwidth leasing. The report discusses the imminent shortage of available wireless bandwidth and explores the sources of that shortage in terms of the explosive growth in wireless data traffic, and analyzes individual markets contributing to that growth in demand. Discussion of the growth and development of today's wireless networks includes new technologies such as 4G and LTE, and the offloading of data traffic off of cellular networks and onto WiFi and other types of networks.

Established fixed wired broadband (optical fiber, DSL, cable) markets are analyzed, along with the leasing opportunities already established in dark fiber and wavelength services. Finally, wireless technologies, particularly millimeter waves and TV white space, are presented with a thorough analysis of the markets available to them, in terms of both system sales and leasing opportunities.

The report separates hype from reality and assesses the dramatically changing landscape facing telecommunications providers, and the opportunities for them and others who are prepared to address the dramatic opportunities READ MORE >

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Executive Summary
E.1 The Bandwidth Crunch
E.2 Demand Drivers
E.2.1 Education
E.2.2 Healthcare
E.2.3 Public Safety
E.2.4 Transportation
E.2.5 Business
E.2.6 Machine-to-Machine
E.3 Reaching Underserved Markets
E.4 Evolution & Options in Today's Networks
E.4.1 2G/3G
E.4.2 4G
E.4.3 Long Term Evolution (LTE)
E.4.4 WiMAX
E.4.5 Backhaul
E.5 Data Offloading
E.6 Fixed Wired Broadband: Fiber, DSL, Cable
E.6.1 Fiber
E.6.2 Cable
E.6.3 DSL/VDSL
E.7 Dark Fiber and Wavelength Services
E.8 White Space
E.9 Millimeter Waves
E.10 Wireless Bandwidth Leasing

Part 1 Background – The Bandwidth Crunch
1.1 Introduction
1.2 Growth of Mobile Data Traffic
1.3 Background on Wireless Broadband Demand
1.4 Current Approaches to Expanding Capacity
1.5 Hazards to Carriers
1.6 Regulatory Factors

Part 2 Demand Drivers
2.1 Consumer Markets
2.2 Non-Consumer Markets
2.2.1 Education
2.2.2 Healthcare
2.2.3 Public Safety
2.2.4 Transportation
2.2.5 Business
2.2.6 Machine-to-Machine

Part 3 Rural Broadband & Reaching Underserved Markets
3.1 Stimulus
3.2 Wired Options
3.3 Wireless Options
3.4 Issues with Wireless Rural Coverage
3.5 Rural Broadband and Healthcare
3.6 Rural Broadband and Business
3.7 Wireless Rural Broadband Demand

Part 4 Evolution & Options in Today's Wireless Networks
4.1 Introduction
4.2 2G/3G
4.3 4G
4.4 Long Term Evolution (LTE)
4.5 WiMAX
4.6 Backhaul
4.7 Bandwidth Scarcity and Optimization Schemes

Part 5 Mobile Data Offloading
5.1 The Need to Offload Mobile Data Traffic
5.2 Today's Offloading Market
5.3 Network and Topology Issues
5.4 Trends in Mobile Data Offloading

Part 6 Fixed Wired Broadband
6.1 Introduction
6.2 Today's Optical Fiber Networks
6.2.1 Network Organization
6.2.2 Trends in Fiber Deployment
6.3 DSL
6.3.1 Very High Speed DSL
6.3.2 Vectored DSL
6.3.3 Shared WiFi-DSL Options
6.3.4 DSL Markets
6.3.5 DSL Bandwidth Leasing
6.3.6 The DSL-Fiber Ecosystem
6.4 Cable
6.4.1 Cable in Backhaul & Broadband Leasing
6.4.2 Today's Cable Markets
6.5 Trends in Fixed Broadband

Part 7 Dark Fiber & Wavelength Services
7.1 Background
7.2 Dark Fiber Market Drivers
7.3 Implementation
7.4 Dark Fiber Markets Today
7.5 Wavelength & Lit Services vs. Dark Fiber
7.6 Trends in Wavelength/Lit Services and Dark Fiber

Part 8 The Opportunities: TV White Space
8.1 Background
8.2 Regulation
8.3 Technology & Equipment
8.4 Spectrum Management
8.4.1 Current Implementation
8.4.2 Dynamic Spectrum Access
8.5 Applications and Markets
8.5.1 Last Mile and Broadband to the Home
8.5.2 Rural & underserved area broadband access
8.5.3 Wide area, metropolitan & local area networks
8.5.4 Public Safety & Security
8.5.5 Automotive
8.5.6 Machine to machine (M2M)
8.6 White Space's Place in the Telecom Landscape
8.7 Backhaul & Bandwidth Leasing
8.8 Market Forecasts

Part 9 The Opportunities: Millimeter Waves
9.1 Background
9.2 Millimeter Wave Systems in Telecommunications
9.2.1 Range Limitations
9.2.2 Licensed vs. Lightly Licensed vs. Unlicensed
9.2.3 The 23, 24, 26 and 39 GHz Bands
9.2.4 60 GHz
9.2.5 The E-band
9.2.5.1 Propagation Characteristics
9.2.5.2 Performance, Reliability & Availability
9.2.5.3 Applications & Users
9.2.5.3.1 Wireless Backhaul
9.2.5.3.2 Metro Area/Enterprise Networks .
9.2.5.4 E-band Licensing
9.3 The Millimeter Wave Telecom Market
9.3.1 Past Market Growth
9.3.2 Current Market Growth
9.3.3 Market Segmentation
9.3.4 Cost Considerations
9.3.5 Capacity Considerations
9.3.6 Small Cells
9.4 Millimeter Wave Telecom Market Forecasts
9.5 Millimeter Wave Bandwidth Leasing

Part 10 Wireless Bandwidth Leasing
10.1 Wireless Broadband Leasing: How It Works
10.2 Sample Wireless Broadband Leasing Models
10.2.1 MVNOs
10.2.2 Lightsquared
10.3 Wireless Bandwidth Leasing Demand
10.4 Trends in Wireless Bandwidth Leasing

Tables and Figures

Figure 1-1 Total Global Internet Traffic
Figure 1-2 Global Consumer Internet Traffic
Figure 1-3 Global Mobile Consumer Data Traffic
Table 1-1 Present Trends: Growth in Users vs. Growth in Bandwidth Consumption
Figure 1-4 Present Trends: Wireless Bandwidth Demand vs. Capacity
Figure 1-5 Revenue per GB vs. Cost per GB
Figure 2-1 Global Consumer Mobile Bandwidth Demand
Figure 2-2 Global Consumer Bandwidth Demand, Video and Raw Data Transfer
Figure 2-3 Global Consumer Bandwidth Demand, VoIP, Gaming, File Sharing
Figure 2-4 Consumer Mobile Bandwidth Demand: Conventional Phones, Gateways, etc.
Figure 2-5 Consumer Mobile Bandwidth Demand: Smartphones, Tablets, Laptops
Figure 2-6 Mobile Bandwidth Demand, Education and Research
Figure 2-7 Mobile Bandwidth Demand, Healthcare
Figure 2-8 Mobile Bandwidth Demand, Public Safety
Figure 2-9 Mobile Bandwidth Demand, Transportation
Figure 2-10 Mobile Bandwidth Demand, Business Markets
Figure 2-11 Mobile Bandwidth Demand, Machine-to- Machine
Table 3-1 Wireless Network Cost as a Function of Link Range, Population
Figure 3-1 Rural/Underserved Wireless Broadband Demand by Market
Figure 3-2 Rural/Underserved Wireless Broadband Demand: . North America, Western Europe, Asia/Pacific
Figure 3-3 Rural/Underserved Wireless Broadband Demand: Latin America, Central & Eastern Europe, Middle East/Africa
Figure 4-1 Global Spending on 4G Base Stations
Figure 4-2 Global Spending on Last Mile Backhaul
Figure 5-1 Demand, Mobile Data Offload vs. Total Mobile Data Traffic
Figure 6-1 Growth in Fiber Broadband Subscribers, Worldwide
Figure 6-2 Growth in Broadband DSL/VDSL Subscribers, North America
Figure 6-3 Growth in Broadband DSL/VDSL Subscribers, Worldwide
Figure 6-4 Growth in Broadband Cable Subscribers
Figure 6-5 Broadband Subscriber Growth, Fixed vs. Mobile, Worldwide
Figure 6-6 Broadband Traffic Growth, Fixed vs. Mobile, Worldwide
Figure 6-7 Broadband Subscriber Growth, Fixed vs. Mobile, Worldwide
Figure 7-1 Wavelength/Lit Services Traffic, Worldwide
Figure 7-2 Dark Fiber Leasing Traffic, Worldwide
Table 8-1 Coverage and Site Count, White Space vs. WiFi
Table 8-2 MHz per POP by Wireless Standard
Figure 8-1 TV White Space Traffic, Addressable Markets: North America and Rest of World
Figure 8-2 TV White Space Traffic, Addressable Markets: Consumer, Healthcare and Business
Figure 8-3 TV White Space Traffic, Addressable Markets: Machine-to-Machine Applications
Figure 8-4 TV White Space Systems Markets, Worldwide
Figure 9-1 Primary US Microwave and Millimeter Wave Band Allocations
Figure 9-2 Absorption of Millimeter Waves by Atmospheric Oxygen and Water Vapor
Table 9-1 Five Nines Link Range and Availability for Several Cities
Figure 9-3 MMW Systems Sales by Application Share
Figure 9-4 Overall MMW Systems Sales, Worldwide
Figure 9-5 MMW Systems Sales by Application, Worldwide
Figure 9-6 MMW Systems Markets by Frequency Range
Figure 9-7 Traffic Carried by MMW Systems, Worldwide
Figure 10-1 Overall Addressable Leased Wireless Bandwidth Demand
Figure 10-2 Addressable Leased Wireless Bandwidth Demand, Conventional Phones & Smartphones
Figure 10-3 Addressable Leased Wireless Bandwidth Demand, Laptops, Netbooks & Tablets
Figure 10-4 Addressable Leased Wireless Bandwidth Demand, Home Gateways & Other Portable Devices
Figure 10-5 Addressable Leased Wireless Bandwidth Demand, Machine to Machine Applications
Figure 10-6 Addressable Leased Wireless Bandwidth Demand, North America, Western Europe & Asia Pacific
Figure 10-7 Addressable Leased Wireless Bandwidth Demand, Latin America, Central & Eastern Europe, and Middle East/Africa
Figure 10-8 Addressable Leased Wireless Bandwidth Demand by Technology, Conventional Phones
Figure 10-9 Addressable Leased Wireless Bandwidth Demand by Technology, Smartphones
Figure 10-1 Addressable Leased Wireless Bandwidth Demand by Technology, Laptops and Netbooks
Figure 10-11 Addressable Leased Wireless Bandwidth Demand by Technology, Tablets
Figure 10-12 Addressable Leased Wireless Bandwidth Demand by Technology, Home Gateways
Figure 10-13 Addressable Leased Wireless Bandwidth Demand by Technology, Other Portable Devices
Figure 10-14 Addressable Leased Wireless Bandwidth Demand by Technology, M2M
Figure 10-15 Overall Addressable Leased Wireless Bandwidth Demand by Technology

Note: Product cover images may vary from those shown
Note: Product cover images may vary from those shown

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