5G is the latest generation of wireless technology. Branded as transformative and revolutionary, the new wave of connections is more efficient and powerful than ever. Unlike previous generations, 5G spectrum has several customization possibilities. From virtual infrastructure to cloud-based management, the potential is endless. Known for its reliability, quick reaction times, greater bandwidth, and capacity, 5G is the next big leap towards better connectivity.

In an increasingly technological society, users are becoming more cognizant that a quality connection goes beyond just speed. Latency is a critical factor for high performance networks that eliminates delay. Luckily, 5G is praised both for its ultra-fast speed and ultra-low latency.

5G solutions are the gateway to the future for many industries. With the power to process data better than ever before, the new wave of technology allows different sectors to work smarter, not harder. 5G technology alters the way that machines interact and function as well as improves functionality and efficiency. This is groundbreaking for industries such as manufacturing, automotive and healthcare.

How Different Industries Can Benefit From 5G

  • Manufacturing – In its current state, the manufacturing industry involves a lot of physical production lines and human-driven factory operations. However, there are many tasks that humans simply aren’t capable of or can be done more efficiently through remote robotics. Tasks such as heavy lifting can be dangerous for humans though effortless for human-operated robotics. 5G technology can improve product quality by detecting imperfections on the assembly line. It could also eliminate costly assembly line delays. By communicating this data with robots, manufacturing processes have the potential to become streamlined.
  • Automotive – As society becomes increasingly connected, the demand for connectivity as a core vehicle functionality is growing. From self-diagnostics to censor sharing, 5G is transforming the way cars operate. The impact of 5G technology on the automotive industry means improved safety, enhanced car performance, and overall, a much better driving experience. The rapid response technology enabled by 5G allows for vehicles to communicate potential car issues and road hazards with car owners. It can even go as far as to communicate with nearby vehicles by sending the analytics detected to the cloud and then dispersed. 5G’s low latency technology also enables quick data transmission, allowing car manufacturers to remedy electronic problems and update software remotely.
  • Healthcare – With healthcare facilities bursting at the seams, long wait times and costly visits, many are turning to telemedicine for their healthcare needs.  5G has the power to connect doctors and patients quickly worldwide. Most significantly, the high-speed, low latency benefits of 5G allows for critical data provided by x-rays, ultrasounds and more to be transferred to doctors quickly. Readily available data allows them to address conditions promptly, meaning faster results and shorter outpatient cycling. The implication of 5G technology in medical training procedures can also transform the healthcare industry. Virtual reality technology can change the way practicing doctors learn through hyper-realistic training.

How Organizations Can Transition from LTE to 5G Technology

Are you thinking about taking your organization to the next level and adopting 5G? Making the transition from LTE to 5G is fairly straightforward, however it’s always best to come up with a plan before moving forward. 5G is a powerful tool for optimization and can transform the way your organization operates.

Here are a few handy steps on how to make the transition seamless:

  1. Strategize: Come up with a plan that has a clear end goal that ensures your organization will reap all the benefits of 5G.
  2. Choose your approach: 5G technology requires a significant invetsment, so you may choose to slowly implement 5G rather than getting rid of 4G altogether right away. This is called a phased approach.
  3. Choose between a public or private network: While both offer all the bells and whistles that 5G has to offer, the main difference is ownership. While public networks are owned by phone providers, private networks are owned by private organizations.
  4. Choose cloud-based platforms and tools: Cater your 5G solutions in a way that best benefits your organization.
  5. Beware of privacy breaches: Ensure that you implement authentication software to prepare for cybersecurity risks.

4G versus 5G, What’s the Difference?

4G and 5G simply refer to the 4th and 5th generation of wireless technology, however, the differences between the two are worth noting. Unlike its predecessor, 5G technology has the ability to power complex infrastructures and IoT (Internet of Things) devices. However, with 4G technology you may experience performance trade-offs in terms of speed, latency, and coverage.

Some distinct advantages that 5G has over 4G include:

  • Extended battery life for IoT devices – up to 10 years more life than batteries powered by 4G
  • Rapid download speeds – a matter of seconds (5G technology) vs. minutes (4G technology)
  • Lightning-fast latency – 1 millisecond (5G technology) vs. 200 milliseconds (4G technology)
  • Higher-quality videos
  • Device support capacity – 1 million users per kilometer (5G technology) vs. 4,000 users per kilometer (4G technology)

The Unlimited Potential and Possibilities of 5G

5G technology holds the key to infinite opportunities for users, organizations, and industries alike. From transforming industry practices to sparking innovation, the world of 5G is filled with infinite possibilities. 5G gives new meaning to connectivity and surpasses all previous generations of wireless technology. With greater speeds, lower latency, and bigger capacity than ever before, 5G solutions are at the cutting edge of new technology.

5G holds immense potential for science and technology. Here are a few examples:

  • Improved real-time location services – 5G infrastructure that supports better geographic accuracy and gives real-time updates on traffic and road conditions to optimize your travel journey.
  • Space exploration – Due to time and distance barriers, the physical presence of humans in space is inefficient. However, thanks to remote robotics enabled by 5G technology, humans can operate robots remotely. This allows us to gather infinite knowledge of space from a distance, without the obstacles.

Enter a new era of connectivity with BLiNQ Networks 5G wireless solutions. Connect with our sales team today to find out more.

 


 

Ref. Sources:

https://www.forbes.com/sites/forbestechcouncil/2021/08/12/what-you-should-know-about-5g-technology-and-what-the-future-holds/?sh=1955009a636b

https://www.ericsson.com/en/5g

https://www.cbinsights.com/research/5g-technology-disrupting-industries/

https://www.verizon.com/about/our-company/5g/what-5g

https://www.telefonica.com/en/communication-room/blog/7-lesser-known-benefits-of-5g-that-will-change-your-day-to-day/

5G vs 4G: what is the real difference between them? (raconteur.net)

https://blinqnetworks.com/5g/5-things-to-consider-when-transitioning-from-4g-lte-to-5g-network/

5G vs 4G: what’s the difference? | Thales Group

https://www.rcrwireless.com/20160815/featured/mmwave-5g-tag31-tag99

https://www.forbes.com/sites/rscottraynovich/2021/03/31/the-real-year-of-5g-what-it-means-for-cloud-technology/?sh=3847da477485