A lot of bandwidth is needed, with low latency, to get the information quickly. And there are hundreds of thousands of these items that you’re going to be receiving data from at one time.
You want to prevent a breakdown in these multi-million dollar pieces of equipment so they won’t be sitting around waiting for a part to be sent out. This works for things like very large earth-moving equipment and mining equipment, too, in which the system monitors itself.
So the moment the plane lands, the part is waiting and someone is scheduled to come replace it. Before it gets there, a message comes down that a certain part is showing some signs of wear. “So a plane is flying across country and it’s going to land at La Guardia Airport. “If I had enough sensors within an aircraft, I could be monitoring that, and with a machine learning-type of application, it begins to understand when parts or systems or processes need to be serviced or replaced,” Thompson said. This opens up new applications in the home, at sporting events, and within industry and transportation. In this way, it’s more flexible than previous generation standards. It’s a little bit more like bandwidth-on-demand, depending on what the application is. “How fast can I get lots of data? Another benefit is that it’s a dynamic system, so it allows me to not have an entire channel or multiple channels of bandwidth necessarily tied up. “It’s about capacity and latency,” said Michael Thompson, RF solutions architect in the Custom IC & PCB Group at Cadence. New network hierarchies will facilitate 5G-sliced networks, allowing multiple traffic types to be allocated dynamically according to specific traffic needs.
In short, it is the best technology for the massive amount of data that will be generated by sensors in cars, IoT devices, and a growing list of next-generation electronics.ĭriving this technology is a new radio interface, which will enable mobile network operators to achieve higher efficiencies with similar allocated spectrum. The technology boasts very high-speed data transfer rates, much lower latency than 4G LTE, and the ability to handle significantly higher densities of devices per cell site. 5G is the wireless technology of the future, and it’s coming fast.
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