5G will fuel industrial transformation and change the way we live. Every aspect of human business and society will be impacted. 5G technology offers IoT the opportunity to fully realize its potential. 5G technology has come a long way from 1G where it was just voice transmission to faster downloads, high-speed connectivity with extremely low latency.
With 5G connectivity, the workflow will be seamless and intuitive. This will also spark the need for skilled people at various IoT jobs.
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5G technology can aid IoT expansion in terms of security, reliability, and latency. It promises close to nil downtime in communications. This is ensured by near-zero packet loss, wireless packet retrains, and network-fast failover. With 5G, channel-dividing techniques can be employed to maximize the dedicated spectrum channel.
The coverage offered by 5G can power scores of smart devices, smart vehicles, health infrastructure, and other systems connected through it. This speed is particularly useful in real-time situations where few seconds can make a huge difference.
5G technology enables remote device controls. This is particularly useful in areas where the environment is hazardous or inaccessible. From remote jungles to inside the human body, the power of 5G can enable smart devices.
With new devices, the quality of life will be better. Real-time video feeds and Ultra-high definition 8K video surveillance cameras work efficiently with 5G speeds. This feature can be effectively used in military, and other sensitive areas.
Remote medical care is a possibility. This is useful for seniors and those living alone. With wearable technology, their vital parameters can be monitored from afar. Healthcare professionals will be alerted in case of any emergency.
Patients can consult experts from any location on the globe. With the introduction of 5G, IoT developers can expand their products to offer several commercial applications. Several new IoT careers will be available in the coming years.
Advantages of 5G on IoT
- High throughput – The potential of 5G technology to 10 Gbps speeds. This can support huge machine communications sans human interactions. This could also mean fewer high-bandwidth devices too.
- High Sensor Density – With better device density, more data can be quickly gathered. This paves the way for better productivity. Millions of sensors can enhance the levels of connectivity, tracking, and alerting systems.
- No need for complex wiring
- No legacy technology problems
- Ultra-low, ultra-reliable latency – With a theoretical latency of lesser than 1 millisecond
- Network slicing involves dedicated resources on the RAN (radio access network). This works well for high-performance applications like self-driving cars and advanced drone operations such as ‘over the horizon’. The edge computing and 5G benefits help in giving data its own ‘path’ and enhances the transport of data to the device and back. Network slicing also helps in using the same platform for several IoT uses. It eliminates the issues of combing wireless and wired links.
By collaborating with 3D virtual reality, a host of new innovative IoT products could be developed. The use of IoT will be accelerated with the introduction of 5G technology. It can throw up innovations and help in digitizing segments such as education, manufacturing, public safety, retail, and healthcare in leaps and bounds.
It will throw up a new stream of IoT job opportunities. Career opportunities in IoT can range from network engineers and data analysts to product innovation designers and UI/UX designers.
The deployment and maintenance of the host of IoT devices will need people with relevant skills. Cloud computing, edge computing, and artificial intelligence are other areas that will witness a spurt of career opportunities in IoT.
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