What's Happening?
NTT Docomo has reported a significant increase in 6G throughput during outdoor tests using AI-powered wireless technology. The trials, conducted in partnership with NTT, Nokia Bell Labs, and SK Telecom,
demonstrated a 100% increase in data throughput compared to non-AI methods. These tests were carried out in various radio propagation environments, including public roads and the Yokosuka R&D Center. The AI baseband processing was implemented on a GPU server using software-defined radio hardware operating at 4.8GHz. This collaboration marks a significant step in 6G development, highlighting the potential for AI in optimizing both transmission and reception signals in real-world scenarios.
Why It's Important?
The successful trials underscore the potential of AI in enhancing 6G communication, which could revolutionize the telecom industry by providing faster and more reliable wireless communication. This advancement is crucial as global demand for high-speed internet continues to grow, driven by the proliferation of IoT devices and the need for seamless connectivity. The collaboration between Japanese and Korean companies with Western vendors also highlights the international effort to advance 6G technology, contrasting with China's more insular approach. This could lead to competitive advantages for companies involved in these partnerships, potentially influencing global telecom standards and practices.
What's Next?
NTT Docomo plans to conduct further trials in more complex urban environments to test the technology's performance under varied conditions. The ongoing collaboration between the involved companies suggests continued innovation and development in 6G technology. As these trials progress, stakeholders in the telecom industry, including equipment manufacturers and service providers, will likely monitor the outcomes closely to assess the feasibility of widespread AI integration in 6G networks. This could lead to new partnerships and investments aimed at accelerating the deployment of 6G infrastructure globally.
