In a groundbreaking collaboration, VIAVI Solutions and NVIDIA are advancing the development of AI-native networks to revolutionize the telecommunications landscape. During the Mobile World Congress (MWC) in Barcelona, VIAVI CTO Sameh Yamany and NVIDIA senior director of telecom marketing Kanika Atri shared insights into their joint efforts.
Their focus centers on creating 6G wireless networks with autonomous infrastructure. This partnership integrates VIAVI’s advanced network testing tools with NVIDIA’s AI and digital twin platforms. As a result, they aim to enhance network performance and achieve higher energy efficiency. Yamany emphasized that operators now recognize the transformative potential of AI capabilities, moving from theoretical discussions to tangible implementations.
Atri expressed excitement at the rapid innovation in AI for RAN. She noted that AI is transforming performance and efficiency at an unprecedented scale. Operators are increasingly interested in AI’s ability to double throughput and improve spectral efficiency by significant orders of magnitude. The conversation has shifted from the merits of AI to practical implementations and commercialization.
A critical advancement from VIAVI and NVIDIA is their work on energy and spectral efficiency geared toward 6G and Open 6G technologies. The emergence of agentic AI aims to not only improve efficiency but also automate entire systems. This requires meticulously crafted blueprints that facilitate problem-solving and innovation.
They predict that integrating AI into operational layers will soon be a universal standard. Atri highlighted plans to expand the strategic partnership toward autonomous telecommunications networks, moving beyond mere automation to autonomy, where networks independently comprehend operator intent and make decisions.
Atri noted that true autonomy differs from simple automation; it entails self-configuration, optimization, and healing. Digital twins are integral to this process, allowing network simulations to verify recommendations before implementation. This enhances trust, as users initially oversee recommendations but gradually rely on the system’s independent decision-making.
Trust remains a fundamental barrier to autonomy. Building trust involves providing transparency and explainability for AI decisions, ensuring users understand and verify the AI processes. With rigorous testing and real-time data, VIAVI and NVIDIA are fostering this trust by demonstrating AI capabilities in controlled simulations.
Looking ahead, Atri anticipates rapid technological advancements and breakthroughs in software-defined architectures. She predicts a surge in edge AI applications optimized for distributed networks. This swift technological evolution is likened to a software-driven world where continuous performance enhancements are standard.
In conclusion, the collaboration between VIAVI and NVIDIA is set to shape the telecommunications industry’s future. By continuing to develop an AI-native, software-defined foundation, they foster robust ecosystems primed for innovation. Ultimately, their efforts aim to empower the telecommunications sector with unprecedented efficiency, scalability, and autonomy.
