RELATED SERVICE:
5G, 6G & Open RAN
Actionable Benefits
- Identify key advanced features of digital Distributed Radio Systems (DRS) over traditional Distributed Antenna Systems (DASs).
- Identify strategies to upgrade legacy DAS in a very cos-effective way.
- Identify different types of in-building wireless infrastructure depending on use case, venue type and spectrum choice.
- Highlight the importance of cellular connectivity indoors for public safety and first responders in the 5G era.
- Provide a comprehensive analysis the current indoor market status.
Research Highlights
- A detailed analysis of the advanced features of digital DRS.
- A comprehensive analysis of the impact of new spectrum initiatives in the delivery of in-building wireless in both technical and business aspects.
- An overview of the synergies of small cells and digital distributed radio systems and Multi-Access Edge Computing (MEC)
- A comprehensive analysis of the adoption of carrier-grade technologies by first responders.
Critical Questions Answered
- What are the key premium features of digital DRS that pave the path for a smooth transition towards 5G?
- What are the market opportunities for small cells and DRS in the consumer and enterprise markets?
- How the availability of different spectrum alternatives (licensed, unlicensed and shared) affect the delivery of the different types of in-building wireless systems?
- What is the current strategy adopted by different vendors to address the 5G indoor market?
Who Should Read This?
- Decision-makers within system integrators, neutral hosts, landlords and mobile network operators who are responsible for the delivery of inbuilding wireless.
- CTOs responsible for the upgrade and deployment of indoor cellular networks.
- Enterprise verticals who are ready to adopt carrier-grade cellular technologies using in-building wireless infrastructure for industrial digitalization, factory automation, and a variety of other enterprise use cases.
Companies Mentioned
