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First Mobile 6 GHz Tests in Poland. Orange Achieved Over 3 Gb/s
The telecommunications landscape is on the brink of another revolution. In a landmark trial, Orange, in collaboration with Nokia, has successfully tested the 6 GHz spectrum, smashing previous speed records and offering a glimpse into the future of mobile connectivity.
Record-Breaking 6 GHz Speeds in Urban Tests
As network operators phase out older technologies like 3G, the focus is shifting heavily toward developing next-generation standards. During the Orange TechDay innovation event, the operator verified the immense potential of the 6 GHz frequency band, a standard not yet commercially available.
The tests, conducted in a major European city, utilized a 200 MHz channel with advanced radio modules and prototype mobile devices from Nokia. The results were staggering: the trial achieved a stable throughput of 3.17 Gb/s. This figure is more than double the speeds currently achievable with standard 5G technology operating in the C-band.
Why the 6 GHz Band is a Game-Changer for Mobile Networks
The new 6 GHz spectrum is poised to become a cornerstone for the expansion of mobile networks. Its primary advantage lies in its ability to provide a massive boost in network capacity, especially in areas with high mobile traffic. This will be crucial for maintaining performance in:
- Large, densely populated cities
- Crowded venues like stadiums and concert halls
- Busy transport hubs
By opening up this new, wider highway for data, the 6 GHz band will ensure a faster, more reliable connection for everyone, paving the way for the widespread adoption of demanding applications like augmented reality (AR), virtual reality (VR), and seamless cloud gaming.
Beyond Speed: Orange’s Focus on AI and Security
Alongside the implementation of new radio bands, Orange is heavily investing in systems based on advanced artificial intelligence and machine learning. The operator is pioneering the concept of a “Network Digital Twin” for its Radio Access Network (RAN). This innovative solution creates a real-time virtual replica of the physical network, allowing Orange to:
- Simulate network behavior under various conditions.
- Predict potential congestion or failures before they happen.
- Optimize traffic management using machine learning algorithms, ensuring a smoother user experience.
This proactive approach to network management highlights a significant industry shift, where AI and bots are generating more traffic and playing a larger role in maintaining infrastructure.
Furthermore, the company showcased its modular MILI-GUARD system, which integrates data from IoT sensors and video surveillance to prevent and secure critical infrastructure. In another forward-thinking move, Orange has deployed Distributed Acoustic Sensing (DAS) technology. This system transforms traditional fiber optic cables into highly sensitive vibration detectors, capable of identifying threats or infrastructure damage in real-time. These advancements are crucial as technology evolves and new methods emerge where AI can bypass traditional security measures.
Frequently Asked Questions (FAQ)
What is the 6 GHz band and why is it important for mobile networks?
The 6 GHz band is a new range of radio frequencies allocated for wireless communication, including Wi-Fi and mobile networks. Its importance lies in providing a significantly wider channel for data transmission compared to existing 4G and 5G bands. This “wider highway” allows for much higher speeds and greater capacity, which is essential for relieving congestion in crowded areas and enabling next-generation technologies like AR/VR and advanced IoT applications.
How does the 3.17 Gb/s test speed compare to existing 5G networks?
The 3.17 Gb/s speed achieved in the Orange trial is more than double the typical performance of current commercial 5G networks, which primarily use the “C-band” spectrum and usually top out around 1-1.5 Gb/s under ideal conditions. This demonstrates a monumental leap in potential performance for future 5G-Advanced and 6G networks.
What is a ‘Network Digital Twin’ and how does it improve the network?
A Network Digital Twin is a virtual, real-time replica of a physical network. It uses AI and machine learning to continuously simulate the network’s behavior, predict problems like traffic jams or hardware failures, and test optimization strategies without impacting live users. This allows operators like Orange to proactively manage the network, improve efficiency, enhance reliability, and ensure a more stable connection for customers.
When can consumers expect to use 6 GHz on their mobile devices?
While these tests are a major milestone, widespread consumer access to 6 GHz mobile networks is still a few years away. The technology needs to be standardized globally, and network infrastructure must be upgraded. Furthermore, device manufacturers will need to incorporate 6 GHz-compatible modems and antennas into future smartphones and other mobile devices. We can likely expect initial deployments to begin in the next 2-4 years as part of 5G-Advanced rollouts.
Source: Orange
Opening photo: sylv1rob1 / Shutterstock
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