From 5G to 6G network: What do you need to keep in mind for the 6G upgrade?

The 6G or the 6th Generation Wireless technology is the upgraded inheritor of 5G, meant to enhance the connectivity and user experience to a new standard with the aid of cutting-edge infrastructure and solutions. The network is observed to push the latest applications such as AI, VR and IoT to their new limits and open opportunities for further telecom innovative research and development.  

• What to know about 6G technology?  

6G aims to enhance mobile broadband and communication reliability. With cutting-edge technology, 6G is capable of achieving these aspects one step ahead of 5G technology. This upgraded technology is expected to bring a new wave of applications and user experiences by pushing the limits of network connectivity.   

Terms to keep in mind about 6G 

Before going deep into 6G, let’s talk about some key points we need to keep in mind about this upcoming network. By understanding these terms, it will be easier to convey the technology behind the 6G network and its upcoming opportunities.  

• 5G 

5G was introduced to elevate internet speed, low latency and better device connectivity. It was successful with the goal assigned to it and the introduction of 6G is expected to take these limits further beyond.  

• Low latency 

With the upgraded network, the delay between the transmissions is expected to come down to microseconds. This will improve the efficiency of applications that rely on real-time responses and experiences. Automatic vehicles, remote facilities, VR, financial, gaming and healthcare applications can be included in this list.  

• Frequency Bands 

These are segments of the electromagnetic spectrum that facilitate remote communication for information transmission. But 6G would need to use higher frequency bands, say terahertz frequencies, to enable faster data transfer hence experiencing innovative challenges such as shorter transmission ranges. 

• Machine Learning  

Machine Learning is an ability given to the system to learn and adapt itself through experiences.  It is similar to AI and is expected to meet the optimum with 6G, where Machine Learning will be critical for predictive maintenance, user experience and network optimisation.  

• AI 

Artificial Intelligence has already made its impact with the 4G network and enhanced through the rise of 5G. The 6G network is expected to integrate AI to its advanced levels by improving its algorithms and network optimization and adaptability to real-time changes. The 6G will ensure the efficient use of resources and elevate the user experience to another standard of technological and economic growth.  

• Edge Computing 

Edge computing involves processing data closer to where it is generated at the network’s edge. 6G edge computing will improve applications like real-time analytics and Internet of Things operations by lowering latency and bandwidth consumption. 

• Core Computing 

Core computing is all about processing and examining data within central locations, usually at the heart of a network. In 6G, core computing will take on complex processing tasks that are too challenging to handle at the network’s edges. This will often involve extensive analysis of large amounts of data. 

• IoT 

A physical object network that has software, sensors, and other technologies integrated into it to link to other systems and devices online and exchange data. 6G will greatly improve the Internet of Things by offering greater bandwidth and dependable connectivity for an enormous quantity of IoT devices. 

Key technologies driving 6G 

Several crucial technologies will drive the development of 6G networks. The convergence of these technologies in 6G means that future wireless networks will not only be faster, but also smarter, more responsive, and more deeply integrated into our daily lives than ever before. 

• Various Frequency Bands 

6G networks will use many frequency bands. They will use low bands below 1 GHz for wide coverage. They will also use mid-bands for broad applications. And they will use high mmWave bands for dense urban areas needing high capacity. Using all these bands is key for 6G speeds over 100Gbps, even with many users in one place. This variety of bands is crucial for 6G to reach new heights of connectivity and efficiency with bandwidth. 

As an example, Drones are handy for deliveries. In cities, drones need high–frequency bands to zip data quickly due to the dense population. However, in rural areas, they use lower bands for wider coverage since they are less populated. Different needs and different frequencies make sense, right? That’s an example of where mixed bandwidths prove useful. 

• Machine Learning and Artificial Intelligence 

The 6G is all set to perform above the possibilities of 5G in multiple aspects. To attain these points, 6G requires cutting-edge technologies including high machine learning and AI incorporation. These technologies will enable 6G to predict and manage data, improving efficiency and faster data transmission.  

For example, imagine many people get together to celebrate New Year’s Eve in Melbourne. During this time, more people use their phones for streaming and calls. This makes the cellular network very busy. Machine learning (ML) and artificial intelligence (AI) can help with this. The network can predict the higher demand and manage the traffic flow. By using ML and AI, the network can handle more people using it at once without interrupting their streaming or talking. 

• Edge Computing 

Edge computing is essential for 6G. It processes data near where it’s created, reducing delays and speeding up analysis. This is key for real-time applications like self-driving cars and advanced virtual reality. With edge computing, 6G aims to provide instant processing needed for smooth user experiences. 

Think of a self–driving car scenario. Edge computing will help by processing data generated by the car itself very close by. The car can then get real–time updates on roads, traffic, and obstacles right away. With minimal delay, the autonomous vehicle can make split–second adjustments as needed for safe self-driving.  

• Core Computing 

Edge computing is to handle tasks that require quick responses. However big computing clusters efficiently process large, complex data from many sources. So, Core computing is vital in managing huge data and intense computations that form 6G’s advanced functions, ensuring powerful network operations across diverse applications. 

A real-world example: Environmental sensors across a wide area gather large data on weather, pollution, and wildlife daily. This gets sent to central clusters with powerful servers. They quickly analyze huge volumes of complex data from the whole network. Big computing clusters enable detailed insights on a vast scale. So, by enhancing Core computing, environmental scientists and policymakers can get real-time data to facilitate data-driven decisions.  

The immense potential of 6G to revolutionize communication 

The rise of 6G tech will change the way we talk, and our digital and physical worlds will change in an innovative way where new opportunities will be opened, and a better user experience will be facilitated. 

• Enhanced mobile broadband and user experience 

Imagine downloading huge video files or streaming crystal–clear movies in the blink of an eye. This is the extraordinary promise of 6G, the next leap in mobile internet technology. Faster than ever before a staggering 100 times quicker than today’s 5G networks! With ultra-rapid data transfer rates, even the most demanding online tasks will become effortless. 

Yet 6G is not only about raw speed. Its expanded bandwidth will accommodate exploding data demands for years ahead. This comprehensive boost will transform wireless communications for individuals and businesses, delivering rock-solid reliability. 

• Integrating digital and physical realms 

The 6G network’s vital role lies in connecting the physical and digital realms. Using virtual reality and augmented reality tech, 6G will merge virtual and real experiences. Heightened immersion and interaction will reduce boundaries between these worlds. 

6G and its social influence 

6G networks will massively impact society beyond just communicating. This advanced technology will permeate and influence diverse areas. Its effects will not be limited to communication but extend remarkably further. 

• Smart cities and urban development 

The smart cities concept can be a successful reality with 6G. Having a fast, trusted network, cities can gather data and see all the details. This helps cities run better, as well as making them less polluted and eco-friendly. 

6G can provide a faster, stronger network and interconnect multiple areas into a single hub. This efficient technology can change how cities are planned, making services work well like better traffic control, and in many aspects where 6G can help to make urban life easier and greener. 

6G takes smart buildings and public transport further. It improves system functions and infrastructure too which will be an unparalleled benefit for future urban development.  

• Advancements in Remote Services 

6G networks will play a big role in improving remote services. In health care, 6G will make telemedicine and remote surgeries better. Low latency and fast data transfer mean better accuracy and reliability.  

For education, students across Australia will get quality learning. 6G lets online classes be interactive and immersive, without limits from location, where students can learn better, no matter where they live. 

The promising future of 6G 

When it comes to future situations, there are a number of different possibilities that will emerge including communications, healthcare, education and transport. 

The current investigation into the development of 6G is in its early phase with major areas of focus on building the infrastructure technologies, alongside improvements towards machine learning and artificial intelligence aimed at optimizing networks. Terahertz frequencies as mobile network applications are under significant investments as well as the development of 6G supported smart devices and smartphones. 

When will 6G be available in Australia? 

There are different anticipations about when 6G will be commercially available in Australia. However, many predictions indicate that access to it will not be possible before 2030. The timeline also allows for extensive research and development efforts to address prevailing technological concerns. The global impact of 6G could be monumental, potentially revolutionizing industries ranging from healthcare to transportation, fundamentally transforming our interaction with technology and the world at large. 

Embrace the power of 6G in Australia with Telsim  

Telsim remains committed to being a participant in technological advancement, eagerly awaiting and getting ready for the arrival of innovations such as 6G. Telsim will keep on providing cutting-edge current technology to our customers as we foresee this exciting future. 

Today, Telsim offers a range of mobile plans that incorporate both 4G and 5G technologies, designed to cater to different lifestyles and budgets. Every Telsim Prepaid SIM plan has high levels of data allowances, with unlimited calls and texts at cheap rates in the market. 

Telsim 4G Plans 

• 28Days Prepaid SIM Plans: Get the best data plans and call offers with Telsim’s 4G Prepaid Plans. 
  

• 6-Month Prepaid SIM Plan: Forget about monthly recharges and gift yourself with an exclusive 6-Month Prepaid SIM plan at the most affordable rate. 
  

• 12-Month Prepaid SIM Plan: No more recharges for 1 year when you have a profitable Prepaid SIM Plan in hand. Get your data, calls and texts valued for money and enjoy one year of faster connectivity without the worries of recharge. 
  

• Data-Only Plan: No need for calls or texts but in need of data? Get our best Data-only Plan at a cheap price and enjoy the 4G Network at its finest. 
  

Telsim 5G Plans 

• 5G 28Days Prepaid SIM Plans: Get the 5G Prepaid SIM plans at an affordable rate. With affordable price ranges and diverse data limits, enjoy a quality network from Telsim 5G with faster data, and unlimited calls and texts.