5G access is a necessity for many people today but it is still unable to cover certain areas, especially rural areas. The lack of 5G coverage in underserved areas can cause obstacles to economic growth. Let’s learn more about the challenges in 5G coverage in rural areas.
Why 5G Coverage in Underserved Areas Lags?
Underserved areas are regions that are less served than others around them. These areas are more limited to access to healthcare, transportation, and education, as well as 5G networks. Although more often in rural areas, there are also areas in big cities that are underserved such as slums in the middle of the city.
Here are some reasons or challenges why certain areas are not able to cover 5G networks:
1. Poor Infrastructure
Unlike in big cities, rural or isolated areas lack infrastructure including those that can support 5G coverage. In these areas, network facilities or towers need to be built to increase 5G deployment. It is very important for the government to support the development of 5G network infrastructure in rural areas to avoid social disparities.
2. Landscape Barriers
Expanding 5G coverage can be hampered by the typically uneven topography in rural areas. In rural areas, there are more forests, mountains, valleys, and hills. Such landforms can hinder the flow of 5G networks even significantly. Compared to 4G, the range of 5G frequency waves is shorter.
If the relevant area has uneven terrain, it can cause interference in the spread of 5G signals. Areas with tall trees can be even worse because they can reflect and reduce signal quality, making network access no longer effective.
3. Electricity Constraints
Due to insufficient electricity supply, 5G coverage in underserved areas. It is necessary to develop electricity resources to overcome this one challenge. One of them is relying on solar energy which is trending lately.
4. High Costs
Deploying 5G networks in underserved areas can cost more. There are more transmitter towers and optical networks available in urban areas. 5G network operators can simply increase capacity to deploy the network further.
While basic infrastructure is minimal in rural areas. 5G network development teams have to start from scratch and that costs more. Moreover, the economic incentive in rural areas is lower because there are fewer users than in urban areas.
In other words, there will be lower revenue for 5G services in rural areas. Large investments such as 5G expansion need strict consideration. If the economic incentive is low, operators may hesitate to expand the network.
Conclusion
There are many challenges to deploying 5G networks in underserved rural areas. It will be more difficult and cost more if the basic infrastructure for network development is still minimal. The hilly layout of the countryside also hampers the construction of 5G facilities.
Advanced solutions such as more cost-effective cell networks, taller transmitter towers, and power supply development are needed. Externally, local governments also need to provide incentives for operators, encourage potential partnerships, and assist with infrastructure development. Although there are many challenges to the 5G coverage in underserved areas, it is still possible with these efforts.