SynaXG's AI-RAN Platform Marks a New Era in Telecommunications

In a significant advancement for the telecommunications sector, SynaXG has unveiled its innovative AI-RAN (AI-driven Radio Access Network) platform through a key technology partnership. This platform aims to revolutionize the way network operators approach connectivity by integrating artificial intelligence and advanced wireless capabilities on a unified architecture. Collaborating with notable entities like Red Hat and OREX SAI, SynaXG's Project AURA demonstrates a pioneering implementation that promises to redefine the industry standards.

The AI-RAN platform's unified cloud-native architecture is designed to concurrently handle 5G workloads and complex AI functions. By utilizing shared commercial hardware, this system is not only efficient but also cost-effective, enabling telecommunications providers to transition from traditional to AI-first infrastructures.

In recent demonstrations, SynaXG showcased how operators can optimize their Radio Access Network (RAN) performance through AI-driven enhancements. The integration of edge AI applications and open network APIs allows for an expanded range of digital services, enabling operators to create new revenue streams while reducing operational costs.

Mantosh Malhotra, Chief Business Officer of SynaXG, shared insights on the project's impact, stating, "Our work on Project AURA shows the industry what is now possible when AI and RAN are brought together on a unified platform. This initiative proves that operators can deploy and scale AI-driven RAN capabilities while simultaneously monetizing edge intelligence."

The implementation of the AI-RAN software stack on Red Hat OpenShift highlights a significant technical achievement. This platform was able to run diverse workloads, including 5G Frequency Range 1 and 2 (FR1 and FR2) along with various AI functions such as energy efficiency measures and interference cancellation. Such capabilities not only demonstrate the commercial readiness of this architecture but also pave the way for future AI-native networks.

Red Hat officials emphasized the importance of open, cloud-native platforms in their collaboration with SynaXG. Notably, the combination of AI workloads with RAN on Red Hat OpenShift is presented as a scalable solution for operators moving towards the next stages of network evolution, including 5G-Advanced and 6G deployments. This progression promises to create significant operational efficiencies and reduce overall costs for service providers.

OREX SAI, a joint venture between NTT DOCOMO and NEC, contributes its expertise in Open RAN development to the project. Their Chief Technology Officer, Sadayuki Abeta, remarked on the significance of merging SynaXG's cutting-edge AI capabilities with Red Hat's open architecture, asserting it can transform RAN into a powerful revenue-generating asset.

The interest in Project AURA spans across global networks, with operators from Asia, the Middle East, and Europe expressing eagerness to explore AI-RAN architectures for improving performance and introducing AI-enabled services at a faster pace. As SynaXG moves forward, they aim to shift Project AURA from proof-of-concept to commercial deployment, enhancing the integration of AI and edge intelligence within existing 5G infrastructures.

In summary, SynaXG is at the forefront of innovation in the telecommunications industry with its AI-RAN platform, setting the stage for a new era where AI and advanced wireless technology coalesce to provide superior network services. Their collaborative efforts and strategic approach exemplify the potential of AI in revolutionizing the telecommunications landscape, driving efficiency, and fostering economic growth on a global scale.