With the emergence of relevant Internet of Things (IoT) use cases, the Internet of Things is gradually emerging from its infancy. In order to realize the true potential of the Internet of Things and make it a mainstream technology, it must be combined with newer and more powerful technologies such as 5G.
High data rates, deep coverage, low latency, and power consumption are some of the key features of 5G technology. According to Ericsson's recent survey of eight industries, 89% of respondents hope that 5G can bring about fundamental changes to their businesses. In addition, next-generation networks and standards based on 5G technologies are more capable of combining communications and computing to provide intelligent services.
Ericsson said that by 2022 there will be nearly 29 billion connected devices worldwide, of which nearly 18 billion will be connected through the Internet of Things. These will include connected cars, machines, meters, sensors, point-of-sale terminals, consumer electronics and wearables. 5G networks will be more scalable, flexible and intelligent than their predecessors. In addition, it can better meet the future needs of the world of IoT hyperconnect.
5G will power IoT
The 5G ecosystem was developed based on three broad use cases: enhanced mobile broadband (eMBB), large-scale machine communication (mMTC), and ultra-reliable low-latency communication (URLLC). The eMBB is primarily about improvements in data speed, latency, capacity, and mobile broadband coverage. mMTC enables communication between low-cost battery-powered devices and facilitates the Internet of Things in smart metering and logistics. URLLC will enable the machine to communicate with higher reliability and low latency, making it ideal for in-vehicle communications and automation, industrial control, factory automation, remote surgery, and public safety applications.
5G networks will provide a complex combination of computing power and communication capabilities, thereby reducing the computing hardware in the device because the network itself will be able to perform calculations. These advances will motivate product developers to use 5G for the design of IoT solutions. It also helps them solve a variety of different application problems.
Internet of Things Smart Use Cases
Seamless and reliable communication is the core of a smart city. It includes advanced automation systems and multiple connected devices to ensure a smarter and more secure lifestyle. One of the IoT use cases in smart cities is the city parking lot, which collects real-time data to provide information on parking space at any given time. Similarly, hospitals, state-owned utilities, police stations, transportation and logistics companies can explore IoT use cases. Experts believe that 5G supported by eMBB, mMTC and URLLC can meet the smart city's network requirements. These enhancements will enable the machine to communicate more effectively and reliably. 5G networks will provide higher data transfer rates and reliability for better data collection.
Currently, IoT use cases in healthcare are limited to remote patient monitoring, networked ambulances, and electronic medical records. Ericsson said that with the implementation of 5G, applications such as telesurgery and augmented reality medical care will see great progress. Even use cases including precision medicine and remote robotic surgery will become a reality.
Due to safety issues, vehicle automation has not yet gained public recognition. To solve this problem, remote operations can be performed through real-time video streaming. This allows the operator to control the operation of the vehicle through the remote operation room. During normal traffic hours, an operator can assign multiple vehicles to operate. A set of IoT devices equipped with a 5G network can support applications such as collaborative anti-collision and pedestrian discovery in the future.
Looking to the future
The 5G and the Internet of Things are currently in their infancy. In particular, 5G is still under development. Therefore, the organic combination of the two technologies will take time. In addition, data security and privacy issues related to the Internet of Things need to be resolved to help the technology become popular as soon as possible. Despite this, 5G will certainly affect the way service providers implement IoT strategies in India and globally, and it will also become the main driving force for the future development of the Internet of Things.
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