EE Small Cells: A Comprehensive Guide to Boosting Mobile Capacity
Understanding Small Cells
Small cells, also known as street-level mini masts, leverage existing street infrastructure to enhance mobile network capacity. They are deployed in urban areas where demand for data connectivity is high, providing localized coverage and reducing congestion.
- Take advantage of existing infrastructure (e.g., lampposts, traffic lights) for mounting
- Offer targeted signal coverage to specific areas, reducing signal interference
EE's Small Cell Deployment
UK-wide Rollout
EE has deployed over 1,000 small cells throughout the United Kingdom, including 400 new deployments within the past year.
5G in London
EE's first 5G-enabled small cells are now operational in London as part of an ongoing trial.
Benefits of Small Cells
- Improved coverage and capacity, especially in congested urban environments
- Reduced latency, allowing for seamless video streaming and gaming
- Increased energy efficiency due to smaller size and targeted coverage
- Cost-effective alternative to traditional cell towers
Deployment Strategy
- Identification of areas with high data demand and coverage gaps
- Collaboration with local authorities to secure infrastructure mounting locations
- Installation and configuration of small cell units
- Ongoing monitoring and optimization of performance
- GSMA: Small Cells: An Introduction
- Qualcomm: Small Cells: Energizing Wireless Networks
- Ericsson: Small Cells
Conclusion
EE's deployment of small cell technology represents a significant step towards enhancing mobile connectivity in the United Kingdom. These innovative devices provide targeted signal coverage, improve overall network capacity, and pave the way for the rollout of 5G services. As the demand for mobile data continues to grow, small cells will play an increasingly vital role in delivering seamless and reliable wireless experiences.
For more information on small cell technology, please refer to the following reputable sources:
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