The ongoing advancement in augmented reality has sparked extensive discussions. To be precise, a significant aspect of these discussions has revolved around how augmented reality technology can take the benefit of 5G capabilities.
As per recent stats, the market of augmented reality was $31.97 billion in 2022 and will be $88.4 billion by 2026. As the market continues to rise, the use of AR is also boosting. This indicates that the possibility of the adoption of more immersive technology in many industrial enterprises is no longer in doubt. Simultaneously, 5G augmented reality use cases have expanded across several scenarios in recent times. With its networking capabilities, it is critical to explore the potential of fifth-generation network on augmented reality technology.
Though the technology does not have any drawbacks, there is one thing that challenges it, the network. For proper functioning, every AR application requires a fast network connection. And as the world is slowly shifting towards 5G, it can significantly affect the applications of AR.
In this article, we will take a look at the impact of 5G on Augmented Reality and its applications.
What is 5G, and How It Is Different From 4G?
The use of 4G is slowly decreasing across the world. While Cisco, Huawei, Samsung, Ericsson, and many more launched 5G globally, India has four primary 5G operators. Airtel, followed by JIO, BSNL, and Vi, are the country’s major 5G service providers.
Though the 4G technology has no drawbacks, modern-day applications and services require a faster data connection for their intended functioning. Hence, the need for faster technology is crucial, and 5G fulfils it.
If you are planning to switch to 5G, it is imperative to find out the benefits of it. After all, if you have a business that AR back, you would need it now or in the future.
One thing is clear from the comparison that 5G has pretty great features as compared to 4G that can help businesses build better and resource-intensive applications. AR applications can also be a part of them.
Today, the use of AR is not just limited to games or phone apps. It has acquired a significant share of usage in various industries.
The rising market of AR makes it demanding for various operations in the manufacturing industry, such as
Digital work instructions
The telecommunication industry also has significant use of AR. As most of the operations of the telecom sector take place in the field, it becomes critical for businesses to empower their field staff with the best technology to streamline operations.
The logistics sector also uses AR to some extent. The biggest challenge for a logistics business is the misplacement of goods and tracking them. This leads to a loss of revenue. Moreover, in large godowns and warehouses of logistics businesses, it can be tough to track the location of the products. Hence, AR can help.
Workers can use smart glasses that can overlay directions on the screen to guide them to the location of the goods. Further, these glasses can also help them make a list of products that they have to collect.
Aerospace & Defense
The aerospace and defense industries have experienced an increase in the use of augmented reality due to the need for quicker repairs, higher production rates, easier worker training, and improved first-time fix rates.
Other than these, there are many other sectors, like aviation, automotive, oil & gas, etc., that utilize AR in their operations.
5G Augmented Reality Use Cases
New possibilities open up when the immersive technology of augmented reality and the high-speed capabilities of 5G networks meet, unlocking different use cases in industries like manufacturing, telecom, healthcare, and many more. Let’s explore the 5G augmented reality applications that are poised to transform different industrial enterprises.
With the help of 5G augmented reality, remote experts are able to provide real-time guidance to the frontline workforce. This remote expert can connect with technicians in real-time and guide them with hand-drawing, marking, or writing texts in the form of AR annotations. This reduces truck rolls, unplanned downtime and reduces barriers to expertise.
Industrial Maintenance and Repairs
In industries like manufacturing, automotive, or aviation, augmented reality and 5G can guide through maintenance, repairs, and operations. By wearing smart glasses, technicians can perform their tasks seamlessly and effectively. AR overlays can provide step-by-step instructions for resolving issues and offer real-time support, resulting in faster and more accurate repairs.
In the healthcare industry, 5G AR can play a pivotal role. The high-speed ability of 5G greatly benefits the telemedicine sector in healthcare. Doctors can access supreme-quality diagnostic images that make the analysis easy. In addition, new trainers can interact with 3D models, enhancing their understanding of complex concepts.
Many organizations requireAR for training their employees located in remote areas. As there is high latency in these areas, the impact of 5G on augmented reality will help them make the virtual training process better. With a 5G network backing up their AR training program, the delivery of content to remote areas will be faster. Hence improving the overall training experience.
We are clear on both 5G and Augmented Reality individually. The core of the blog is to understand the influence of 5G on AR. Let’s read ahead and uncover that, too.
Faster Issue Resolution
If we talk about industries like manufacturing, telecom, automotive, healthcare, defense, and more, their remote support department will significantly benefit from 5G augmented reality. With more speed, video communication quality will be faster and better. Therefore, no matter the issue, it will be sorted out in less time.
As listed above, the speed of 5G is lightning fast, which means AR-based communications, whether it is remote collaboration, training, or gaming, will be super fast. In terms of graphics-rich gaming, there will be no delay. Moreover, the use of faster and zero latency AR elements will make the experience more realistic.
In sectors like real estate and construction, where the use of 3D projections play a critical role in making business decisions, slower internet speeds can lead to issues. As a result, stakeholders may back down from the projects. Unlike traditional internet technologies, 5G augmented reality can provide an immersive 3D experience with its millimeter wave technology.
The best thing about this technology is the bandwidth and the faster rendering of 3D videos.
As explained above, the use of AR is the highest in field service. Therefore, the benefit of faster speed, low latency, and more connections of 5G technology will also be leveraged by the service sector only. In 5G, as there is no limit to the type of devices and the number of connections is also ample, more collaborators can be added to the field service sessions, making it productive and quick.
In all industries, AR technologies will become more advanced and widely used as a result of the convergence of high-speed connectivity, reduced latency, and improved visual quality. Below is a simple flowchart depicting the transformative impact of 5G technology on augmented reality.
Now, firms can invest in more devices as 5G supports more devices than 4G. One of the significant scopes of 5G and AR is IoT. IoT devices like sensors can use high-speed internet to deliver live data. On top of that, businesses can invest in more devices for more personalized updates from remote machinery.
The gaming industry will witness a significant boost in its market from the marriage of 5G and AR. Game developers can add more AR elements to the game for a more realistic experience.
Navigation on your phone and other devices will be improved. With low latency and high speed of 5G, AR can be used to provide on-screen annotations, like real-time arrows in the direction you have to move.
Other than that, 5G augmented reality has scope in automotive, manufacturing, healthcare, and more.
How Plutomen Stays Coherent With 5G Augmented Reality?
We can say that AR is significantly affected by 5G. This is one of the reasons why the size of games is increasing, as they are becoming more interactive and require a powerful network connection. In the case of AR tools, 5G plays a crucial role, whether it is for remote collaboration, training, or work instructions.
How does Plutomen stay coherent with these technologies? Plutomen is a firm that produces tools ideal for this modern-day high-speed technology.
For remote collaboration and field service, Plutomen Connect is the ideal tool that enables live AR-based video streaming sessions for remote troubleshooting and maintenance.
Plutomen Workflow is another tool that takes away traditional text-based instructions and introduces digital work instructions to streamline various tasks for frontline workers and service technicians.
Lastly, Plutomen Assist is the tool used to provide an AR-based immersive learning experience to the new staff. It ensures a faster and better understanding of technical concepts.
The high-speed 5G technology can be assistive in AR in terms of speed, latency, and number of devices. AR video sessions can be improved by providing more immersive product visualisation, more video conferencing members, and training for people in remote areas.
5G can help enable augmented and virtual reality use cases by quickly loading HD or 4k videos without any jerky performance. Therefore, resulting in better AR and VR experiences.
Unlike others, 5G is the only technology that can support highly powerful and resource-intensive applications like Metaverse. As Metaverse requires low latency, 5G delivers it by offering a latency of 1 millisecond.
With the introduction and use of 5G, cloud processing and edge computing can be significantly improved. Hence, no matter if it is AR or VR, the overall experience of witnessing the virtual world in real-time will be top-notch.
With 10+ years' experience of Hiren Kanani has helped Plutomen ensure smooth communication between the company and the client for swift project delivery with fewer iterations. He is CTO & founder at Plutomen.
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