5G Private Networks

1. Introduction
1.1. Private Network, definition and characteristics
1.2. Overview of private mobile networks
1.3. Key components of a private mobile network
1.4. Cost model for a private wireless network deployment

2. 5G deployment worldwide
2.1. From 4G to 5G
2.2. Main 5G assignment dates
2.3. Spectrum in use
2.4. Spectrum definition
2.5. Total 5G subscriptions

3. 5G Private Network: Key drivers and enablers
3.1. Key driver: Network slicing
3.2. Key driver: Network virtualisation
3.3. Key driver: Edge computing
3.4. Key enabler: Unlicensed spectrum for industry verticals
3.5. Key enabler: Spectrum options for industrial IoT
3.6. Key enabler: Spectrum sharing for private enterprise spectrum

4. Deployment models
4.1. Current state of LTE Private Networks
4.2. Market sizing of the LTE Private Networks
4.3. Current state of 5G Private Networks
4.4. Comparison of different deployment scenarios
4.5. Deployment model: Standalone private 5G networks
4.6. Deployment model: Shared radio access network
4.7. Deployment model: Shared radio access network and control plane
4.8. Deployment model: NPN hosted by the public network

5. Use cases and major players
5.1. Use cases: overview
5.2. Use case: High capacity eMBB
5.3. Use case: Vertical sectors
5.4. Use case: Campus environment
5.5. Use case: Governmental applications
5.6. China Mobile private network overview
5.7. Deutsche Telekom private network overview
5.8. Ericsson private network overview
5.9. Huawei private network overview
5.10. Nokia private network overview
5.11. Telefónica private network overview

6. Market sizing
6.1. Total market sizing
6.2. Regional market sizing