Policy on Intellectual Property Right (IPR)
1 Introduction
2 FWS use in telecommunication networks
2.1 Transport (trunking) networks
2.2 Mobile backhaul networks
2.3 Fixed wireless access (FWA) systems
2.4 Temporary FS
2.4.1 Disaster recovery and
physical diversity links
2.4.2 Electronic news gathering
2.5 Low latency microwave applications
3 FWS band usage
3.1 General consideration
3.2 Spectrum use in each band
3.2.1 Below 3 GHz
3.2.2 3 GHz to 10 GHz
3.2.3 10 GHz to 57 GHz
3.2.4 57 GHz to 66 GHz
3.2.5 71 GHz to 76 GHz and 81 GHz to 86 GHz
3.2.6 92 GHz to 95 GHz
3.3 Spectrum use in specific regions
3.3.1 Europe
3.3.2 Asia
3.3.3 North America
3.4 Sharing and compatibility studies with other services
3.5 FWS regulatory regimes
3.5.1 Licensed FWS
3.5.2 License-exempt FWS
3.5.3 Light-licensed FWS
4 FWS technology and trends
4.1 FWS technologies
4.1.1 Link design methodology
4.1.2 Wider bandwidth channels and channel
aggregation
4.2 Antennas
4.2.1 Passive antennas
4.2.2 Active antennas
4.3.3 Further evolutionary scenario
4.4 Gigabit millimetre-wave links
4.4.1 Capacity increase in millimetre-wave bands
4.4.2 Equipment simplification technology for
high capacity transmission
4.5 Propagation considerations
4.6 Future technologies
5 Spectrum aspects and requirements
5.1 Evolving deployment scenarios
5.1.1 Small Cell backhauling
5.1.2 Urban links scenarios
5.1.3 Machine to Machine (M2M)
5.1.4 Physical diversity
5.1.5 Long haul broadband
5.2 Capacity and spectrum requirements
5.3 Spectrum assignment and economical impact on small cells FS
backhauling
6 Future subjects for the development of FWS applications
6.1 Applications
6.2 Band usage
6.3 Technologies
7 Conclusions
Annex 1 Applications making
use of FWA technology
Annex 2 Example System using
the IR technology described in section 4.4.2
Annex 3 Example of Field-Trial
on 18 GHz System using MIMO (Spatial Frequency Reuse) described in section 4.3.3
References