Why We Need a Lower User-to-Base-Station (User-to-BS) Ratio in Modern Cellular Networks
As mobile data demand continues to surge in 5G and future wireless networks, maintaining a lower user-to-base-station (User-to-BS) ratio is essential for delivering reliable, high-speed connectivity.
User-to-BS Ratio (U/B): Number of users per base station.
BS-to-User Ratio (B/U): Number of base stations per user.
Low U/B → High B/U → Fewer users per base station, more base stations available per user, leading to better network performance.
Figure 1: Comparison between high User-to-BS ratio (congested network) and low User-to-BS ratio / high BS-to-User ratio (optimized network performance).
When too many users share a single base station, congestion increases significantly, leading to reduced data rates, higher latency, and degraded Quality of Service (QoS).
- Reduced data rates
- Higher latency
- Packet loss and instability
- Degraded Quality of Service (QoS)
Deploying more base stations — especially small cells in dense urban areas — distributes traffic more efficiently, improves network capacity, and ensures consistent performance.
Future-ready network planning must prioritize increased base-station density to sustain growing demand for advanced wireless services. A low User-to-BS ratio (or equivalently, high BS-to-User ratio) is critical for next-generation connectivity.
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