Mobile Backhaul for Small Cells

Technology Considerations for 3G/4G Microcellular Architectures

Research Report

Pages
24
Deliverables
Released
3Q 2011
Product Code
RR-MBMA-11
Price
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One of the key issues that many vendors see as a major barrier for outdoor small cells is the availability of an affordable, flexible backhaul solution that is tailored to address the needs of a small cell network deployment. When it comes to backhaul, there is no ‘one solution fits all’ technology. Every different type of backhaul technology has its pros and cons. It is up to backhaul infrastructure access vendors to tailor their solutions and products to best fit small cells and the scenarios where they would be relevant. This study discusses various types of small cell backhaul technologies, how small cell architecture is leveraged to reduce backhaul equipment costs, what kinds of backhaul technologies fit different scenarios, and why. Forecasts include a breakdown of small cell backhaul links by backhaul type for 2011 and 2016.

What Questions Does This Report Answer?

  • What kinds of small cell backhaul are available?
  • What advantages does one solution have over another solution?
  • Where can I deploy these solutions easily and where can I not?
  • When are these solutions going to be available?
  • Why is a certain backhaul technology preferred in one region over another?
  • How does this translate to savings in my network?
  • What trends can I see regionally, in terms of backhaul tendencies?

Who Needs This Report?

  • Backhaul vendors
  • Infrastructure vendors
  • Carriers

Table of Contents

  • Executive Brief

  • Top Line Forecast
  • Market Share
  • Small Cell Backhaul Requirements
  • Drivers
  • Inhibitors
  • Summary

Section 1.
EXECUTIVE SUMMARY

1.1. Global Small Cell Market
1.2. Market Share

Section 2.
SMALL CELL BACKHAUL TECHNOLOGIES

2.1. Microwave LoS (Six to 38 GHz)
2.2. MMW LoS (60 to 80 GHz)
2.3. Mesh Wi-Fi NLoS (Sub Six GHz)
2.4. OFDM NLoS (Sub Six GHz)
2.5. Satellite
2.6. Wireline (Copper or Fiber)

Section 3.
MARKET ISSUES

3.1. Capacity and Complexity
3.2. Considerations for Small Cell Backhaul
3.3. Proximity and Clustering
3.4. Cost
3.5. Backhaul Footprint
3.6. Power Requirement
3.7. HSPA+ Upgrades and 4G Deployments
3.8. IP Migration
3.9. Bandwidth/Latency Upgrade

Section 4.
TECHNOLOGY ISSUES

4.1. Line-of-sight
4.2. Advantages
4.3. Disadvantages
4.4. Non Line-of-sight Solutions
4.5. Advantages
4.6. Disadvantages
4.7. Hub and Spoke
4.8. Daisy Chain
4.9. Wi-Fi or In-band Mesh

Section 5.
KEY INDUSTRY PLAYERS

5.1. Airspan
5.2. Aviat Networks
5.3. BLiNQ Netwroks, Inc.
5.4. BridgeWave Communications
5.5. Cambridge Broadband Networks Limited
5.6. DesignArt
5.7. DragonWave
5.8. Ruckus Wireless
5.9. Taqua LLC

Section 6.
COMPANY DIRECTORY


Section 7.
ACRONYMS

7.1. Sources and Methodology
7.2. Notes




1 Tables

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5 Charts
  • Global Outdoor Small Cell Backhaul by Backhaul Type Usage, World Market, Forecast: 2011
  • Global Outdoor Small Cell Backhaul by Backhaul Type Usage, World Market, Forecast: 2016
  • Global Outdoor Small Cell Shipments
  • Global Outdoor Small Cell Backhaul by Backhaul Type Usage
  • Global Outdoor Small Cell Backhaul by Backhaul Type Usage