#Spain #Barcelona #SynaXG #Kyocera #AI-RAN Solutions

Introduction

In a significant leap for telecommunications, SynaXG, a prominent AI-RAN solution provider, has teamed up with Kyocera and NVIDIA to unveil the world's first software-defined, mmWave 5G virtual Radio Access Network (vRAN) at Mobile World Congress in Barcelona. This cutting-edge technology uses the highly advanced NVIDIA GH200 Grace Hopper Superchip, marking a milestone in the pursuit of AI-integrated wireless networks.

What is Software-Defined mmWave 5G vRAN?

Software-defined networks (SDNs) utilize software to control hardware functionalities, allowing for increased flexibility and efficiency. The mmWave technology enables extremely high-frequency data transmission, better suited for dense urban environments where bandwidth demands are at their highest. This newly developed vRAN incorporates advanced radio technology along with network control units for a complete 5G solution, setting the foundation for 6G networks in the future.

A Paradigm Shift in Wireless Communications

The integration of the NVIDIA GH200 chip into SynaXG's AI-RAN solution signifies an industry transformation. With this technology, operators can expect lightning-fast data transmission and improved overall network efficiency. The system operates seamlessly across various network layers, dynamically optimizing resource use while maintaining a high performance level. As companies push for smarter, more dynamic network infrastructures, this collaborative effort between SynaXG, Kyocera, and NVIDIA presents a compelling case for the future of connectivity.

Exceptional Performance and Energy Efficiency

In laboratory trials, the mmWave solution achieved groundbreaking results by supporting five carriers at a bandwidth of 400 MHz each on a single NVIDIA GH200 chip. These tests revealed an impressive peak throughput reaching up to 30 Gbps per chip, a performance that rivals custom Application-Specific Integrated Circuit (ASIC) solutions but with far greater flexibility and upgradability. Furthermore, the implementation of AI algorithms in radio signal processing allows for significant enhancements in cell throughput and energy efficiency, making the entire system remarkably sustainable.

Implications for Industry

This AI-driven vRAN not only promises to enhance telecommunications but is set to revolutionize various other sectors as well. Industries such as smart manufacturing, logistics, healthcare, and hospitality could see transformative changes from improved connectivity and edge AI processing. SynaXG anticipates widespread deployment of this technology, particularly in environments that require ultra-reliable high-bandwidth connections, such as sports arenas where real-time data processing is crucial for enhancing visitor experiences.

Future Trials and Industry Collaboration

Trials of the AI-RAN solution with select industry partners are planned for late 2025, aiming to further validate its revolutionary capabilities. Interested parties can witness this state-of-the-art technology at the SynaXG and Kyocera booths during the Mobile World Congress. The collaboration serves as a testament to the power of shared expertise in driving meaningful advancements in wireless communication tech.

Conclusion

The unveiling of the world's first software-defined, mmWave 5G vRAN by SynaXG, Kyocera, and NVIDIA marks a pivotal moment in the telecommunications landscape. As industries adapt to increasingly connected environments, the fusion of AI and 5G technologies stands to redefine communication standards. With these advancements, the potential for smarter, faster, and more efficient networks can be realized, ensuring that the demands of both carriers and end users are met. This collaborative breakthrough not only propels the telecommunications industry forward but also opens the door for innovative solutions that will shape the future of connectivity.

About SynaXG

SynaXG leads the charge in AI-driven Radio Access Network solutions, delivering scalable and energy-efficient platforms that empower mobile carriers and private networks. By integrating advanced AI algorithms with carrier-grade RAN software, SynaXG embraces digital transformation across multiple sectors, making wireless communication smarter and more reliable.