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Actionable Benefits:

• Identify the key wireless backhaul technological developments and how they support 5G network deployments.
• Understand the key trends and challenges affecting wireless backhaul solutions.
• Gain insight into how different regulators around the world are supporting wireless backhaul deployments.
• Supports actionable planning for wireless backhaul deployment strategies by providing 1) backhaul link forecasts globally, and 2) detailed profiles of key wireless backhaul equipment vendors.

Critical Questions Answered:

• How can wireless backhaul solutions augment fiber-optic networks to provide connectivity to remote/rural areas?
• What are some of the key technological innovations in the wireless backhaul industry?
• Who are some of the key players in the wireless backhaul market today?
• What is the forecast for wireless backhaul links across the different technologies?
• What are the key trends driving or inhibiting the growth of the wireless backhaul industry?

Research Highlights:

• Wireless backhaul technologies and innovations.
• Real-world case studies of how regulators are supporting wireless backhaul deployments around the world.
• Identification of key players in the wireless backhaul market.
• Wireless backhaul link forecasts across different technologies.

Who Should Read This?

• Communication Service Providers (CSPs) looking to deploy wireless backhaul solutions for their networks.
• Wireless backhaul players looking to identify market and innovation opportunities to enhance their existing solutions.
• Regulators looking to better understand market trends to guide policy and spectrum planning.

Table of Contents

Executive Summary

Overview of Fronthaul, Midhaul, and Backhaul

• What Is Wireless Backhaul?
• Backhaul Requirements for 5G
• Summary and Conclusion

Wireless Backhaul Spectrum Analysis

• Sub-6 GHz
• Microwave Band (6 - 56 GHz)
• V-Band (57 - 70 GHz)
• E-Band (71 - 76 GHz and 81 - 86 GHz)
• W- (92 - 114 GHz) and D-Band (130 - 175 GHz)
• FSO Communications
• Summary and Conclusion

Wireless Backhaul Challenges

• Spectrum Reuse for 5G Access
• Unsuitability of V-Band for Outdoor Cellular Backhaul
• 6 GHz Spectrum Licensing Developments
• Preparing for Future Spectrum Allocations for 6G Services
• 5G Backhaul via Satellite
• Summary and Conclusion

Country-Level Analysis for Wireless Backhaul

• Spectrum Backhaul Allocation
• Analysis of Select Markets

Key Wireless Backhaul Technologies

• XPIC
• Full Duplex
• LOS MIMO
• BCA
• IAB
• Enhancements to Modulation Schemes
• Network Topology Trends
• Antenna Stabilization Technology
• Higher Radio Transmit Power
• Summary and Conclusion

Spectrum Backhaul Forecast

• Key Trends
• Summary and Conclusion

Vendor Profiles

• Overview and Ecosystem
• Adtran (Cambridge Communication Systems)
• Airspan
• Astrome
• Aviat Networks (NEC)
• CableFree
• Cambium Networks
• Ceragon Networks
• Cisco Systems, Inc.
• CommScope
• Ericsson
• Huawei
• Intracom Telecom
• Nokia
• SIAE Microelettronica
• ZTE
• Summary and Conclusion

Conclusions and Recommendations

Glossary