The constant call drops can be rectified by transforming the Smart City Model, and there is no doubting it as cell phones have converted into unavoidable gadget throughout the world. As per the GSMA Intelligence, more than five billion individuals had a mobile phone connection in 2017. By 2020, it’s expected to increase to 5.5 billion – more than three-quarters of the world’s inhabitants.
If we look into the near past, for example, backing up a little to 1995, when Sprint displayed commercials depicting their network to be so clear that “You can hear a pin drop.” Likewise, with today’s 4G technology, that kind of network compatibility has not kept speed.
Lost calls and inadequate access to data are mundane, usually due to system ampere and lack of bandwidth, which can point to “no service” areas. While this may be bearable for consumers, dropped signals are not acceptable for the mission-critical data in smart city IoT mechanisms.
One can say that smart city technology is now beginning to make a significant impact, particularly in severely overcrowded cities that must prioritize resolutions for public security, pollution, and parking. In 2018, a blaze at a fitness club in the South Korean city of Jecheon exterminated 29 people – a fire partially blamed on illegally placed cars blocking passage to emergency transportations.
Smart technology can proffer solutions that not only improve a city’s communications but assist prevent these sorts of tragedies. Battery-functional, low-maintenance parking sensors, for instance, can be wirelessly attached to gateways that consolidate data and communicate with separated servers, triggering immediate alerts for parking violations.
Additional information and communications technologies, combined via intelligent networks, can contribute solutions for dense traffic, street illumination, and flood check. While parking is distant from the only application of smart city technology, this instance highlights exclusively how data accumulation, data analysis, and data dissemination must all be used in harmony to be useful.
Introducing 5G Technology
Flagging the way to specific new technological capacities is 5G. This new age of cellular wireless technology is not available to the world, although, but it approaches many of the shortcomings in the present 4G networks — and it’s necessary for applications in IoT market sections.
As per the Fybr Senior Scientist Edwin T. Horton, there is more to 5G than high-speed ability. It is an amalgamation of technologies that will raise the overall system for both specific users and city-wide assiduousness.
The vital differentiator between 4G and 5G is bandwidth. When ultimately deployed, merest expected download speeds will be 1,000 times speedier than 4G. What’s more, the arrangement density of network nodes will be considerably higher than subsisting 4G deployments. This reduces the location dependency, one witness, today — indicating “no service” zones will become a thing of the past.
Fybr is one solutions giver whose purpose is to give towns an intelligent, flexible interface that’s competent of promptly and efficiently accumulating and analyzing real-time data based on a city’s particular needs. Be it for transportation, water administration, or parking, Fybr’s technology conserves time and money and points the way to a reliable, more sustainable prospect for urban situations.
While it may nevertheless be a while before we can penetrate into the power of 5G on our cell phones, the prospect of city-wide IoT systems will depend on reliable data transmission – and 5G is destined to perform.
