6G Coming to Mobile
- While 5G is now a reality, the industry is already looking ahead to the sixth generation.
- Ekudden stated that in less than five years, the sixth generation will be reality.
- Barcelona is currently the epicenter of the telecom world,hosting the Mobile World congress (MWC).
the Dawn of 6G: What to Expect in the Next Generation of Wireless Dialog
Table of Contents
- the Dawn of 6G: What to Expect in the Next Generation of Wireless Dialog
- From 3G to 5G: The Certain Leap to 6G
- MWC 2025: Barcelona Buzzing with Telecom Innovations
- 6G: An Evolutionary Step
- Keysight and Ericsson Collaboration
- Standardization of 6G
- The dawn of 6G: Answering Your Questions About the Next Generation of Wireless
- What is 6G and How Will it Differ From 5G?
- When Can We Expect 6G to be Available?
- What are the key Applications of 6G?
- Who is Involved in the Development of 6G?
- What is the Role of AI in the Future of Telecom Networks (5G and 6G)?
- What is the Standardization Process for 6G?
- How is 5G impacting industries today?
- What Role Does MWC (Mobile World Congress) Play in the Development of 6G?
- impact of private 5G networks on manufacturing
Published: March 4,2025,15:10 | Updated: march 4,2025,19:58
From 3G to 5G: The Certain Leap to 6G
The evolution of mobile technology continues. While 5G is now a reality, the industry is already looking ahead to the sixth generation. According to Ericsson’s technology chief, Erik Ekudden, the arrival of 6G is closer than you might think.
Ekudden stated that in less than five years, the sixth generation will be reality.
MWC 2025: Barcelona Buzzing with Telecom Innovations
Barcelona is currently the epicenter of the telecom world,hosting the Mobile World congress (MWC). this event attracts around 100,000 attendees eager to explore the latest advancements and trends. Ericsson is showcasing several innovations, including new radio products and increased involvement with the telecom collaboration company Aduna. A significant highlight is Ericsson’s deployment of a private 5G network for British car manufacturer JLR (formerly Jaguar land Rover).
5G’s Impact on Industry: The JLR Example
The implementation of private 5G networks is transforming industries. Ekudden highlights the benefits for JLR:
It creates increased productivity, better resilience and robustness in the network. JLR also gets an chance for increased versatility by virtually eliminating copper cables and going directly to 5G. They have already cut away miles of copper cable and replaced it with 5G, and that is a journey that has only just begun for them.
This transition underscores the potential of 5G to revolutionize manufacturing and other sectors.
The Role of AI in Telecom Networks
Artificial intelligence (AI) has become a critical component of modern telecom networks. As early as 2018, AI was recognized as a pivotal factor for the industry. Ekudden explains that AI is now optimizing network performance and reducing energy consumption:
AI in telecom networks cuts energy consumption by 15-20 percent while improving the user experience by optimizing networks based on how they are used.
Ericsson is heavily invested in AI-driven automation and opening up networks as innovation platforms. According to Ekudden:
We do a lot around AI-automation, and we primarily do a lot when it comes to opening up networks as innovation platforms.
6G: An Evolutionary Step
While 5G is already transforming connectivity, the transition to 6G is expected to be more evolutionary. Ekudden suggests that 6G will emerge as needs surpass the capabilities of 5G:
5G is constantly evolving. Connected laptops,connected factories,connected transport,and so on are already using a lot of 5G capability right now. So,when the needs exceed what we can do with 5G,6G will be rolled out. So, it will be a needs-driven development phase, you could say.
6G Expected Timeline
When can we expect to see 6G become a widespread reality? Ekudden provides a timeline:
If you look at the leading countries around the world,I am quite sure that it will be roughly around the year 2030.
By 2030, 6G is anticipated to be a tangible reality in leading nations, marking the next chapter in wireless communication.
Keysight and Ericsson Collaboration
Keysight and Ericsson are working together on pre-6G radio access testing. Giampaolo Tardioli,Vice President,6G and Next Generation Technology at Keysight,notes that “Our close collaboration with ericsson is allowing both teams to explore 6G technology ahead of the standardization process. This work gives us a testbed from which we can explore future 6G solutions, helping to accelerate our customers’ time to market.”
Standardization of 6G
The standardization of 6G is underway. Wikipedia notes that “6G is the designation for a future technical standard of a sixth-generation technology for wireless communications… It is the planned successor to 5G (ITU-R IMT-2020), and is currently in the early stages of the standardization process, tracked by the ITU-R as IMT-2030 with the framework and overall objectives defined in advice ITU-R M.2160-0.”
Ericsson adds that “commercial 6G networks will be differentiated through additional, unique features and solutions developed by technology vendors including Ericsson. As with previous generations, 3GPP will drive standardization of the new 6G standard together with other fora such as the Open radio Access Network (O-RAN) Alliance.”
The dawn of 6G: Answering Your Questions About the Next Generation of Wireless
The evolution of mobile technology is relentless. While 5G is still being rolled out and optimized,the telecom industry is already looking toward the future: 6G. this Q&A-style article addresses key questions about 6G, its projected timeline, and the ongoing research and standardization efforts.
What is 6G and How Will it Differ From 5G?
6G is the designation for the sixth generation of wireless communications technology. It’s the planned successor to 5G, promising even faster speeds, lower latency, and greater capacity. According to Ericsson, 6G will emerge as needs surpass the capabilities of 5G, representing an evolutionary, needs-driven development phase.
Key Differences: While specific technical standards are still under development, 6G is expected to offer significant improvements in:
Speed: Significantly faster than 5G.
Latency: Even lower latency for near-instantaneous interaction.
Capacity: Ability to connect many more devices concurrently.
New applications: Support for more advanced and demanding applications, such as extended reality (XR) and holographic communications.
When Can We Expect 6G to be Available?
According to Ericsson’s technology chief,Erik Ekudden,commercial 6G networks are anticipated to become a tangible reality in leading nations roughly around the year 2030. This timeline is based on the needs exceeding what 5G can deliver.
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What are the key Applications of 6G?
While the full scope of 6G applications is still being explored, some potential use cases include:
Enhanced Extended Reality (XR): Seamless and immersive augmented and virtual reality experiences.
Holographic Communications: Realistic 3D communication and collaboration.
Advanced Robotics and Automation: Precise control and coordination of robots in manufacturing,healthcare,and other industries.
Ubiquitous Sensing: Connecting billions of sensors for applications in smart cities, environmental monitoring, and precision agriculture.
Who is Involved in the Development of 6G?
Several key players in the telecommunications industry are actively involved in researching and developing 6G technology. This includes:
Ericsson: A leading provider of telecommunications equipment and services, heavily invested in 6G research and development.
Keysight Technologies: A company specializing in test and measurement solutions, collaborating with Ericsson on pre-6G radio access testing.
3GPP (3rd Generation Partnership Project): A global standards organization that will drive the standardization of the new 6G standard.
O-RAN (Open Radio Access Network) Alliance: Another forum involved in the standardization process, promoting open and interoperable radio access networks.
ITU-R (International Telecommunication Union – Radiocommunication Sector): The ITU-R is tracking the standardization process of 6G as IMT-2030 with the framework and overall objectives defined in advice ITU-R M.2160-0.
What is the Role of AI in the Future of Telecom Networks (5G and 6G)?
Artificial intelligence (AI) is playing an increasingly critical role in modern telecom networks. AI is used to:
Optimize Network Performance: AI algorithms can analyze network data and dynamically adjust parameters to improve speed, latency, and reliability.
Reduce Energy Consumption: AI can optimize network resource allocation to minimize energy usage. Ericsson claims AI can cut energy consumption in telecom networks by 15-20 percent.
Automate Network Management: AI can automate tasks such as fault detection, troubleshooting, and network configuration.
Enhance user experience: AI can personalize network services and improve the quality of experience for users.
What is the Standardization Process for 6G?
The standardization of 6G is currently in the early stages, but it is being tracked by the ITU-R as IMT-2030 through advice ITU-R M.2160-0. The 3GPP will drive standardization of the new 6G standard together with other fora such as the Open radio Access Network (O-RAN) Alliance.
How is 5G impacting industries today?
5G is already revolutionizing industries through the implementation of private networks.For example, british car manufacter JLR has replaced miles of copper cables with 5G to create increased productivity, better resilience and robustness in their network, and versatility.
What Role Does MWC (Mobile World Congress) Play in the Development of 6G?
MWC is a major industry event where telecom companies showcase their latest innovations and discuss future trends. It serves as a platform for:
Demonstrating New technologies: Companies can showcase their 6G research and prototypes to industry leaders and the public.
Networking and Collaboration: MWC provides opportunities for companies to collaborate on the development of 6G standards and technologies.
Setting the Agenda: The event helps to shape the direction of the telecom industry and drive the development of 6G.
impact of private 5G networks on manufacturing
| Feature | Benefit |
| ———————- | ——————————————————————– |
| Increased Productivity | Optimized workflows and faster data transfer |
| Enhanced Resilience | Robust network performance, minimizing downtime |
| Versatility | Elimination of copper cables, enabling flexible manufacturing setups |
While 6G is still several years away, the groundwork is being laid now.Ongoing research, standardization efforts, and collaborations between industry leaders are paving the way for the next generation of wireless communication. Stay tuned for further developments as we move closer to the dawn of 6G.