The internet is growing day by day and can’t be stopped by interloping. In terms of wireless connection, what normally comes across our mind are technical lingos such as 2G, 3G, and the 4G-LTE; having the latter, 4G-LTE, as the most powerful mechanism responsible for the transmission of ideas, policy, and otherwise through communication.
While to most of us it is known that 5G (that is, the fifth generation) is speedily on the horizon, we may not know exactly what it necessitates; we don’t actually know its bearings on the human life.
How will the relatively introduced 5G affect our daily lives? Well, to elucidate that question, let’s John of techy.ng discusses what 5G really is.
At its most basic, 5G is simply known as the fifth generation of mobile data wireless technology that enables cellular networks to mete out data. While previous generations were a breakthrough in our world of digitalization, 5G would definitely take the data network to a grand level beyond imagination.
The 5G technology will capacitate the use of airwaves to transmit information (data) via air. The developers of the technology worked tirelessly to ensure that it uses a higher band frequency, enabled to translate into a higher speed of connectivity.
It has the capability to provide latency, which eliminates delays. Low latency enables autonomous vehicles to move faster. For this to take place there is a need for the introduction of 5G. What about longer battery life? 5G is just the best. Longer battery life supports the massive deployment of sensors.
A lot of works have been taking place in the development and improvement of self-driving cars, also known as autonomous vehicles. Without a driver having control over a vehicle, imagine the number of sensors the vehicle would need to detect and give a precise information- the information needed to detect everything, be it any direction. The vehicles are able to determine the distance between objects, thus able to generate an accurate 3D map of its surroundings. These inbuilt sensors have to examine the surroundings and give a quick and accurate response. Therefore, radars and cameras are absolutely necessary for autonomous vehicles. Rel C-V2X, designed to be safety conscious, robust, and reliable, enables the direct communication capabilities of the censors. It also enables the vehicle to detect what is farther on the road even if there are bad weather conditions.
What exactly is the Missing Link in Autonomous and Smart Cities?
The concept of this kind of driving has been presented a long time ago but enacting it calls for a certain type of effective technology that is able to be the backbone of all the automated processes.
What exactly is the missing link in autonomous vehicles and smart cities? Is 5G Network the missing link? Having a closer examination of a whole study of things would help give an answer to that question. While 4G could be fast and efficient, 5G is faster enough to speed up data analysis. If 5G were made available today, the number of sensors in smart cities/buildings/highways (i.e, doors, elevators, runways, etc) would be increased for real-time health safety, as well as the monitoring of the relevant systems. What about the dependency of wired backhaul? The availability of 5G would also reduce the wired backhaul networks to send data from edge compute devices to regional devices. So many cutting-edge technologies like voice control modules, integration of security protocols as well as smart saving energy configuration, would require tremendous amounts of data for the best performance. This is also true in the case of autonomous vehicles.
For instance, an autonomous vehicle would need four terabytes of data for just 8 hours of self-driving. This packet of data would require that there is an immediate reaction, especially in the case of an autonomous vehicle because lives are involved. Consequently, for this demand of huge amount of data to be absolutely accommodated, developers have turned to cloud computing to store, process and transmit this packet of information. Well, while the 4G LTE is good, it can’t really solve this problematic issue since speed is needed to move tremendous amounts of data for better effectiveness. This is the express purpose the introduction of the 5G needs to be deployed quickly and is, in fact, the missing link in autonomous vehicles and smart cities.