What is the Value of Space to 5G?
5G, the next generation mobile network, is being rolled out globally.
It promises to change connectivity for the better, allowing for high-speed, low-latency connections.
Space has an invaluable role to play within this ecosystem. It might surprise many to discover just how integral it is to its development.
So, let’s explore this a little further. Here’s a closer look at the value of space to 5G.
What’s Different About 5G?
Following on from 4G, 5G promises to make connections faster and better. It’s similar to the jump from 3G to 4G, but ‘supercharged’.
5G networks rely on signals carried by radio waves, similar to other cellular technology. However, the difference is that it uses higher frequency waves.
The result? More devices can have internet at the same time – at faster speeds.
How Does This Work?
These higher frequency waves travel shorter distances, which requires more transmitters at ground level.
Where Does Space Come In?
5G has promised global, ubiquitous connectivity. Space is helping it get there.
Enhancing the System
Telecommunication satellites can both extend and enhance 5G, while providing reliability and security. They provide everything from high-speed packages to low data solutions, allowing them to cover gaps in 5G systems.
This helps ensure the promise of faster, better connection becomes a reality.
Space technology can also help 5G become more innovative. It does this by integrating technologies, such as earth observation and satellite navigation, with 5G. This helps to deliver a number of applications in many different sectors.
What Industries Can Benefit?
The integration of space with 5G technologies has far-reaching benefits, impacting a number of different sectors and industries. These include:
Currently, doctors who need to make long-distance diagnoses can struggle with connectivity. However, this is set to change.
Healthcare professionals can now benefit from reliable communications, enabled by satellites. 5G connection also allows them to receive patient images and information in real time.
The result? Faster, more efficient treatment and less time wastage.
The combination of 5G mobile connectivity and satellite coverage will improve data distribution to connected devices on air, land, sky and sea.
This is particularly beneficial in areas such as vehicle-to-infrastructure communication, which requires uninterrupted coverage. This can be provided both more efficiently and economically with the use of satellites.
We need to monitor particular environments, and the management of land or water. This is especially important when it comes to improving resilience to natural disasters.
Satellite data, complemented by in-situ measurements, can help us do exactly that.
The next wave of smart grid features is being enabled by 5G and satellite technology.
Specific devices can be integrated within the grid through low-cost connections. This allows for accurate monitoring to support better forecasting of energy needs.
We’ve only scratched the surface of the power of 5G technology and what it can do. Finding how to further integrate this with space applications presents many exciting opportunities for businesses to take advantage of.
For example, the European Space Agency’s 5Groningen 5G funding opportunity is pursuing innovative space-based applications, leveraging on the deployment of 5G networks. The aim is to help find new ways to use this technology, transforming the face of many industries as we know them.
Many businesses across the globe have innovative ideas that have the power to transform 5G networks. Space technology is the key.