RANsemi, the British wireless semiconductor company, announced that Tidal Wave, a 5G network provider in India, has chosen RANsemi’s integrated small cell platform as the foundation of its private 5G systems.
Tidal Wave’s private 5G solutions provider cellular-grade wireless networks that are easy to deploy, scalable on demand, and resilient enough for safety-critical environments such as coal mines and port terminals.
Tidal Wave’s experience with private 5G includes its rollout for Coal India, which delivered enhanced remote operations, real-time analytics, and improved worker safety across multiple mining sites. As part of this collaboration, Tidal Wave plans to integrate RANsemi’s platform into next-generation private 5G systems, allowing the companies to explore AI capabilities for the RAN and bring intelligence to the radio Edge.
“Tidal Wave’s vision for industrial private networks aligns with our technology roadmap. By combining integrated small cells with our AI-for-the-RAN approach, this collaboration will enable networks to adapt in real time, bringing new levels of resilience, efficiency, and safety to some of the most demanding operational environments,” said Dr Doug Pulley, CTO, RANsemi.
“At Tidal Wave, we’re not just deploying private 5G – we’re building intelligent networks that sense, adapt, and safeguard in real time. Our long-standing relationship with RANsemi is advancing edge intelligence that supports safer, more reliable operations, from vast open-cast mines to sprawling port terminals,” added Parth Pokar, CTO, Tidal Wave.
“Tidal Wave has aligned with RANsemi’s vision for Open RAN innovation, and will gain access to AI-powered enhanced capabilities that bring intelligence right to the radio edge. These advancements will enable future networks operating in dynamic environments to adapt autonomously for greater performance, efficiency, and resilience,” said Oliver Davies, VP Marketing, RANsemi.
RANsemi and Tidal Wave will be at India Mobile Congress 2025, where they will highlight their collaboration and the role of integrated small cells.
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