Going with the wide range of 5G network functions, it is easy to see why there is an increase in deployment worldwide. With 5G mobile network, you can use it to usher in new immersive experiences such as lower latency, uniform data rates, and lower cost-per-bit. It doesn’t stop there since 5G allows new services that can transform industries with ultra-reliable, low latency.
If you are looking forward to leveraging what this newest mobile network offers, it is vital that you understand what goes into the planning and deployment of 5G applications. Skimp on this and you might struggle to realize the full 5G network functions. Fortunately, that’s what this quick guide will help you uncover today.
Before deciding on anything, you need to figure out where you want your application deployed. If you are looking forward to using applications that are optimized for mmWave, you ought to remember that they won’t operate as expected within building and when extended range is needed. To reap maximum benefits, you should consider using it in 5G cellular telecommunications in the 24-to 39-GHz bands, scanners in airport security, or even police radar in the Ka-band (33.4-to 36.0- GHz).
Once you have an insight into where the application will be deployed, you need to think about the kind of throughput required. For autonomous vehicles and intelligent transportation system applications, you need to ensure the devices and connectivity is optimized for speed. Things tend to be different with VR applications as they must be optimized for throughput. On the other hand, video applications such as medical imaging can leverage the massive amounts of data that 5G mobile networks can support.
The Bottom Line
At no time should you rush over the planning and deployment of 5G applications as you might end up making costly mistakes. Rather than turning a blind eye as this happens, be sure to determine what is expected of you before moving on to the next step. Even though it may eat into your valuable time, the end result is what matters the most.