Supercharge 5G with mmWave
-
Industrial Environments: Simulations demonstrate achieving ubiquitous mmWave coverage in industrial settings with minimal antenna elements.
-
FWA Deployment: mmWave spectrum can be added to macro sites for Fixed Wireless Access (FWA) offerings, extending broadband connectivity across vast distances.
Innovative Deployment Solutions
- Integrated Access Backhaul (IAB) and Repeaters: IAB and repeater topologies offer network redundancy, load balancing, and cost-effective deployment options.
Beamforming Technology: Phased array antennas with beamforming technology are crucial for improved coverage and user experience in mmWave deployments.
Network Optimization and Efficiency
-
Deployment Investigation: A well-defined deployment process, including simulations and field studies, ensures optimal network performance.
-
Network-Controlled Optimization: Operators can leverage network control features to adjust connection links and beam behavior for maximized coverage.
-
Brownfield Integration: Integrating mmWave with existing infrastructure offers a cost-effective way to enhance network capacity and user experience.
Economic Advantages
-
Cost-Effective Deployment: mmWave deployments often prove more efficient and economical compared to traditional sub-6 GHz solutions.
-
Market Growth: The commercialization of 5G mmWave networks is expanding globally, fueled by readily available and increasingly popular mmWave-enabled devices.
-
Hybrid Network Benefits: Integrating mmWave into existing networks significantly reduces the total cost while delivering exceptional data processing capabilities for specific applications.
Unlocking the Potential
By understanding user demand, utilizing flexible deployment solutions, and streamlining site acquisition processes, stakeholders can ensure successful mmWave deployments. Collaboration between regulators, councils, utilities, and operators is key to fostering innovation and accelerating market adoption.
LinkedIn: 
