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Massive Beams GmbH
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Location
Hall 7 Stand 7C61
Information
Massive Beams is a deep-tech SME developing modular, open radio platforms for Open RAN and next-generation mobile networks. The company’s core product, MODRAD, is a modular O-RU and SDR–based development platform designed for 5G, private network deployments, and future 6G evolution.
MODRAD provides full access to the radio signal chain and enables flexible configuration of waveforms, beamforming, and system parameters. Its open and modular architecture allows operators, O-RAN vendors, private network providers, and test and measurement companies to efficiently integrate, test, and validate advanced radio functions.
The team brings decades of experience in wireless system design, software-defined radio, antenna engineering, and system integration, including extensive know-how and hardware expertise in Massive MIMO systems. This competence complements MODRAD and supports scalable platform extensions and customer-specific developments.
By delivering an open, configurable, and future-ready radio platform, Massive Beams reduces integration complexity, shortens development cycles, and enables practical innovation in Open RAN, private networks, and next-generation wireless systems.
MODRAD provides full access to the radio signal chain and enables flexible configuration of waveforms, beamforming, and system parameters. Its open and modular architecture allows operators, O-RAN vendors, private network providers, and test and measurement companies to efficiently integrate, test, and validate advanced radio functions.
The team brings decades of experience in wireless system design, software-defined radio, antenna engineering, and system integration, including extensive know-how and hardware expertise in Massive MIMO systems. This competence complements MODRAD and supports scalable platform extensions and customer-specific developments.
By delivering an open, configurable, and future-ready radio platform, Massive Beams reduces integration complexity, shortens development cycles, and enables practical innovation in Open RAN, private networks, and next-generation wireless systems.