Telecommunications

The rollout of 5G and 6G requires complex antenna arrays that must operate in diverse, cluttered environments. Traditional Electromagnetic (EM) and thermal solvers are siloed, making it difficult to understand how heat from a base station affects its signal integrity. BeyondMath’s foundational model offers a unified physics approach, simulating the interaction between thermal loads and electromagnetic fields simultaneously.

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This unified approach is essential for the design of small-cell deployments. Because these units are often placed in compact, unconditioned outdoor spaces, they face extreme environmental stress. BeyondMath allows engineers to optimize the enclosure's heat sink geometry and signal transparency in a single loop, ensuring that the hardware remains functional and efficient even in direct sunlight or high-humidity environments.

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Long-term, this technology enables Environmentally-Aware Networks. By predicting how signal propagation is affected by local atmospheric conditions and physical obstructions in real-time, BeyondMath can feed data back into network management software. This allows for dynamic beamforming and power adjustment, maximizing throughput while minimizing energy consumption across the entire network.