en.Wedoany.com Reported - GalaxySpace publicly showcased its independently developed second-generation direct-to-cell phased array antenna for the first time at MWC Shanghai 2026. This product is China's first ASIC-based satellite-borne phased array supporting 128 beams.

According to the company, the antenna supports both L and S frequency bands. By utilizing a low-voltage GaN RF front-end and low-power transceiver chips, the total power consumption of the array is reduced by 20% compared to the previous generation.

The phased array antenna is a key core technology for satellite internet construction and plays a vital role in direct-to-cell satellite communication. Ordinary mobile phone terminals have limited transmission power, and signals become extremely weak after traveling hundreds of kilometers to reach the satellite. To establish a stable and reliable satellite-to-ground communication link without replacing the phone, a large phased array antenna is required to enhance the signal.

With the advancement of satellite internet construction, satellite-borne phased array antennas are evolving towards lightweight, multi-beam, large bandwidth, low power consumption, intelligence, low cost, and high reliability. Currently, GalaxySpace has completed the iteration of two generations of fully digital phased array antenna products, achieving breakthroughs in lightweight design and low power consumption.

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