GLOBAL BACKHAUL: The Bandwidth Explosion in Wireless Networks

GLOBAL BACKHAUL: The Bandwidth Explosion in Wireless Networks published by Visant Strategies, Inc. in July, 2007. This report consists of 144+ PAGES and the price starts from US $ 2999.

Introduction

“Global backhaul: The Bandwidth Explosion in Wireless Networks ” is an analysis of the global wireless backhaul market. It identifies key network and subscriber trends and assesses their impact by region (Asia-Pacific, Middle-East Africa, Eastern Europe, Western Europe, Latin America, and North America). The 111 Table report quantifies total base stations deployments, backhaul lines, base stations sites and backhaul operating expenditures by region through 2012. In addition, each Section divides backhaul lines and total sites further by capacity in use and it also divides backhaul lines by access technology (wireless vs. fixed line). Deployment of IP-based base stations is also provided for each region.

• Subscriber trends
• Network deployments
• Impact of WCDMA LTE, CDMA2000 EV-DO
• Role of GSM/GPRS/EDGE
• Impact of 4G, WiMAX and other standards
• Impact of higher bandwidth backs needs
• IP vs. TDM traffic
• Cost of total backhaul services
• Wireless backhaul links employed
• Backhaul links by capacity
• Backhaul links by access technology (wireless or wireline)
• Base station sites
• Sites by total capacity employed
• Mobile base stations deployed
• Deployments of IP-centric radio access technologies
• Mobile subscribers
• Network upgrade trends

• North America
• Latin America
• Middle East and Africa
• Asia Pacific
• Western Europe
• Eastern Europe

Visant studies are the result of primary and secondary research. Analysts gather information via interviews with marketing and engineering executives and through corporate reports, databases, and other secondary sources. Evaluations are made based on the current performance of various components of a particular technology, including need or expected need, market potential, technology evolution, maturation, price points, and the companies and resources being put towards the development or deployment and political considerations, when necessary.

Table of Contents

Executive Summary

• ES.1 Overview
• ES.2 Data Must Prove Itself
• ES.3 From 0 to 60 Mph in 1 second
• ES.4 Scalability, Flexibility
• ES.5 Network upgrades continue
• ES.6 Multiple types of traffic (IP and TDM)
• ES.7 Emerging Market remain source of network growth
• ES.8 Backhaul looms as the network bottleneck and high expense
• ES.9 Gains expected for wireless technologies
• ES.10 Interest in point-to-multipoint backhaul resurfaces
• ES.11 WiMAX for backhaul
• ES.12 Backhauling WiMAX

• 1.1 Western Europe Base Station Deployments
• 1.2 Access Point Growth
• 1.3 Backhaul Lines by Capacity
• 1.4 Backhaul Sites and Collocation
• 1.5 Base Station Sites by Capacity
• 1.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 1.7 Deployment of Legacy versus IP Base Stations
• 1.8 Total Backhaul Costs

• 2.1 Eastern Europe Base Station Deployments
• 2.2 Access Point Growth
• 2.3 Backhaul Lines by Capacity
• 2.4 Backhaul Sites and Collocation
• 2.5 Base Station Sites by Capacity
• 2.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 2.7 Deployment of Legacy versus IP Base Stations
• 2.8 Total Backhaul Costs

• 3.1 North America Base Station Deployments
• 3.2 Access Point Growth
• 3.3 Backhaul Lines by Capacity
• 3.4 Backhaul Sites and Collocation
• 3.5 Base Station Sites by Capacity
• 3.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 3.7 Deployment of Legacy versus IP Base Stations
• 3.8 Total Backhaul Costs

• 4.1 Latin America Base Station Deployments
• 4.2 Access Point Growth
• 4.3 Backhaul Lines by Capacity
• 4.4 Backhaul Sites and Collocation
• 4.5 Base Station Sites by Capacity
• 4.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 4.7 Deployment of Legacy versus IP Base Stations
• 4.8 Total Backhaul Costs

• 5.1 Asia Pacific (AP) Base Station Deployments
• 5.2 Access Point Growth
• 5.3 Backhaul Lines by Capacity
• 5.4 Backhaul Sites and Collocation
• 5.5 Base Station Sites by Capacity
• 5.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 5.7 Deployment of Legacy versus IP Base Stations
• 5.8 Total Backhaul Costs

• 6.1 Middle East and Africa (MEA) Base Station Deployments
• 6.2 Access Point Growth
• 6.3 Backhaul Lines by Capacity
• 6.4 Backhaul Sites and Collocation
• 6.5 Base Station Sites by Capacity
• 6.6 Backhaul Lines by Technology (Wired vs. Wireless)
• 6.7 Deployment of Legacy versus IP Base Stations
• 6.8 Total Backhaul Costs

• Table ES-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • World Market 2006-2012
• Table ES-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • World Market 2006-2012
• Table ES-3
  • Backhaul Lines by Capacity
  • World Market 2006-2012
• Table ES-4
  • Cellular and NGN Base Station Sites
  • World Market 2006-2012
• Table ES-5
  • Base Station Collocation Ratio
  • World Market 2006-2012
• Table ES-6
  • Backhaul Capacity per Base Station Site
  • World Market 2006-2012
• Table ES-7
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • World Market 2006-2012
• Table ES-8
  • Deployment of IP vs. Legacy Base Stations
  • World Market 2006-2012
• Table ES-9
  • Backhaul Costs
  • World Market 2006-2012
• Table 1-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • Western Europe 2006-2012
• Table 1-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • Western Europe 2006-2012
• Table 1-3
  • Backhaul Lines by Capacity
  • Western Europe 2006
• Table 1-4
  • Backhaul Lines by Capacity
  • Western Europe 2012
• Table 1-5
  • Backhaul Lines by Capacity
  • Western Europe 2006-2012
• Table 1-6
  • Cellular and NGN Base Station Sites
  • Western Europe 2006-2012
• Table 1-7
  • Base Station Collocation Ratio
  • Western Europe 2006-2012
• Table 1-8
  • Backhaul Capacity per Base Station Site
  • Western Europe 2006
• Table 1-9
  • Backhaul Capacity per Base Station Site
  • Western Europe 2012
• Table 1-10
  • Backhaul Capacity per Base Station Site
  • Western Europe 2006-2012
• Table 1-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Western Europe 2006
• Table 1-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Western Europe 2012
• Table 1-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Western Europe 2006-2012
• Table 1-14
  • Deployment of IP vs. Legacy Base Stations
  • Western Europe 2006
• Table 1-15
  • Deployment of IP vs. Legacy Base Stations
  • Western Europe 2012
• Table 1-16
  • Deployment of IP versus Legacy Base Stations
  • Western Europe 2006-2012
• Table 1-17
  • Backhaul Costs
  • Western Europe 2006-2012
• Table 2-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • Eastern Europe 2006-2012
• Table 2-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • Eastern Europe 2006-2012
• Table 2-3
  • Backhaul Lines by Capacity
  • Eastern Europe 2006
• Table 2-4
  • Backhaul Lines by Capacity
  • Eastern Europe 2012
• Table 2-5
  • Backhaul Lines by Capacity
  • Eastern Europe 2006-2012
• Table 2-6
  • Cellular and NGN Base Station Sites
  • Eastern Europe 2006-2012
• Table 2-7
  • Base Station Collocation Ratio
  • Eastern Europe 2006-2012
• Table 2-8
  • Backhaul Capacity per Base Station Site
  • Eastern Europe 2006
• Table 2-9
  • Backhaul Capacity per Base Station Site
  • Eastern Europe 2012
• Table 2-10
  • Backhaul Capacity per Base Station Site
  • Eastern Europe 2006-2012
• Table 2-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Eastern Europe 2006
• Table 2-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Eastern Europe 2012
• Table 2-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Eastern Europe 2006-2012
• Table 2-14
  • Deployment of IP vs. Legacy Base Stations
  • Eastern Europe 2006
• Table 2-15
  • Deployment of IP vs. Legacy Base Stations
  • Eastern Europe 2012
• Table 2-16
  • Deployment of Legacy versus IP Base Stations
  • Eastern Europe 2006-2012
• Table 2-17
  • Backhaul Costs
  • Eastern Europe 2006-2012
• Table 3-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • North America 2006-2012
• Table 3-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • North America 2006-2012
• Table 3-3
  • Backhaul Lines by Capacity
  • North America 2006
• Table 3-4
  • Backhaul Lines by Capacity
  • North America 2012
• Table 3-5
  • Backhaul Lines by Capacity
  • North America 2006-2012
• Table 3-6
  • Cellular and NGN Base Station Sites
  • North America 2006-2012
• Table 3-7
  • Base Station Collocation Ratio
  • North America 2006-2012
• Table 3-8
  • Backhaul Capacity per Base Station Site
  • North America 2006
• Table 3-9
  • Backhaul Capacity per Base Station Site
  • North America 2012
• Table 3-10
  • Backhaul Capacity per Base Station Site
  • North America 2006-2012
• Table 3-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • North America 2006
• Table 3-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • North America 2012
• Table 3-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • North America 2006-2012
• Table 3-14
  • Deployment of IP vs. Legacy Base Stations
  • North America 2006
• Table 3-15
  • Deployment of IP vs. Legacy Base Stations
  • North America 2012
• Table 3-16
  • Deployment of IP vs. Legacy Base Stations
  • North America 2006-2012
• Table 3-17
  • Backhaul Costs
  • North America 2006-2012
• Table 4-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • Latin America 2006-2012
• Table 4-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • Latin America 2006-2012
• Table 4-3
  • Backhaul Lines by Capacity
  • Latin America 2006
• Table 4-4
  • Backhaul Lines by Capacity
  • Latin America 2012
• Table 4-5
  • Backhaul Lines by Capacity
  • Latin America 2006-2012
• Table 4-6
  • Cellular and NGN Base Station Sites
  • Latin America 2006-2012
• Table 4-7
  • Base Station Collocation Ratio
  • Latin America 2006-2012
• Table 4-8
  • Backhaul Capacity per Base Station Site
  • Latin America 2006
• Table 4-9
  • Backhaul Capacity per Base Station Site
  • Latin America 2012
• Table 4-10
  • Backhaul Capacity per Base Station Site
  • Latin America 2006-2012
• Table 4-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Latin America 2006
• Table 4-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Latin America 2012
• Table 4-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Latin America 2006-2012
• Table 4-14
  • Deployment of IP vs. Legacy Base Stations
  • Latin America 2006
• Table 4-15
  • Deployment of IP vs. Legacy Base Stations
  • Latin America 2012
• Table 4-16
  • Deployment of IP vs. Legacy Base Stations
  • Latin America 2006-2012
• Table 4-17
  • Backhaul Costs
  • Latin America 2006-2012
• Table 5-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • Asia Pacific 2006-2012
• Table 5-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • Asia Pacific 2006-2012
• Table 5-3
  • Backhaul Lines by Capacity
  • Asia Pacific 2006
• Table 5-4
  • Backhaul Lines by Capacity
  • Asia Pacific 2012
• Table 5-5
  • Backhaul Lines by Capacity
  • Asia Pacific 2006-2012
• Table 5-6
  • Cellular and NGN Base Station Sites
  • Asia Pacific 2006-2012
• Table 5-7
  • Base Station Collocation Ratio
  • Asia Pacific 2006-2012
• Table 5-8
  • Backhaul Capacity per Base Station Site
  • Asia Pacific 2006
• Table 5-9
  • Backhaul Capacity per Base Station Site
  • Asia Pacific 2012
• Table 5-10
  • Backhaul Capacity per Base Station Site
  • Asia Pacific 2006-2012
• Table 5-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Asia Pacific 2006
• Table 5-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Asia Pacific 2012
• Table 5-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Asia Pacific 2006-2012
  • Deployment of IP vs. Legacy Base Stations
  • Asia Pacific 2006
• Table 5-15
  • Deployment of IP vs. Legacy Base Stations
  • Asia Pacific 2012
• Table 5-16
  • Deployment of IP vs. Legacy Base Stations
  • Asia Pacific 2006-2012
• Table 5-17
  • Backhaul Costs
  • Asia Pacific 2006-2012
• Table 6-1
  • Cellular and NGN Base Station Deployments
  • All Technologies
  • Middle East and Africa 2006-2012
• Table 6-2
  • Backhaul Access Point Annual Growth
  • All Technologies
  • Middle East and Africa 2006-2012
• Table 6-3
  • Backhaul Lines by Capacity
  • Middle East and Africa 2006
• Table 6-4
  • Backhaul Lines by Capacity
  • Middle East and Africa 2012
• Table 6-5
  • Backhaul Lines by Capacity
  • Middle East and Africa 2006-2012
• Table 6-6
  • Cellular and NGN Base Station Sites
  • Middle East and Africa 2006-2012
• Table 6-7
  • Base Station Collocation Ratio
  • Middle East and Africa 2006-2012
  • Backhaul Capacity per Base Station Site
  • Middle East and Africa 2006
• Table 6-9
  • Backhaul Capacity per Base Station Site
  • Middle East and Africa 2012
• Table 6-10
  • Backhaul Capacity per Base Station Site
  • Middle East and Africa 2006-2012
• Table 6-11
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Middle East and Africa 2006
• Table 6-12
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Middle East and Africa 2012
• Table 6-13
  • Base Stations Deployed and Backhaul Type, Wireless vs. Wireline
  • Middle East and Africa 2006-2012
• Table 6-14
  • Deployment of IP vs. Legacy Base Stations
  • Middle East and Africa 2006
• Table 6-15
  • Deployment of IP vs. Legacy Base Stations
  • Middle East and Africa 2012
• Table 6-16
  • Deployment of IP vs Legacy Base Stations
  • Middle East and Africa 2006-2012
• Table 6-17
  • Backhaul Costs
  • Middle East and Africa 2006-2012

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