Core Products

The products are widely applied across industries such as emergency communications, military command, public security and stability maintenance, border control, water conservancy, and petrochemical sectors.

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About Us

ALZRO is a satellite communication terminal equipment development enterprise specializing in the R&D, production, and satellite internet services of a new generation of compact, unified flat-panel satellite communication systems. The company integrates cutting-edge technologies such as microwave technology, RF technology, embedded software systems, servo control systems, mechanical transmission systems, and advanced material applications into the innovation, production, and practical implementation of satellite communication systems. It is recognized as a technology-driven and innovative enterprise, a "New Economy Seed Enterprise" in Zibo City, and the sole designated "Old and New Kinetic Energy Conversion Practice Base" by the Zibo Committee of the Jiusan Society.

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20

 +

20 years industry experience

20

More than 20 researchers

50

 +

Won many qualification certificates

100

 +

Design, production, sales

News Center

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  • 2025-12-04
    Beyond the Final Frontier: How AI is Revolutionizing Space Exploration For centuries, space exploration has been a story of human courage, ingenuity, and immense technological effort. We’ve pointed our telescopes, launched our probes, and even walked on the Moon. But the next great leap into the cosmos won't be ours alone. It will be a partnership—a symphony conducted by human ambition, but played by the intelligent algorithms of Artificial Intelligence. Welcome to the new era of AI-driven space discovery. The Challenge: Why AI is No Longer Optional Space is vast, lonely, and unforgiving. Communication delays mean a signal from Mars can take up to 22 minutes to reach Earth. For missions to Jupiter or beyond, the lag stretches to hours. Relying on ground control for every decision is impractical and dangerous. Furthermore, modern spacecraft a...
  • 2025-12-01
    The Future of Connectivity: How 6G and Satellite Networks Will Transform Global Communication The landscape of global communication is on the brink of a revolutionary transformation. As we stand at the precipice of the 6G era, satellite technology is evolving rapidly to meet the demands of an increasingly connected world. With the integration of low-earth orbit (LEO) satellites and 6G technologies, we're moving toward a truly seamless "space-air-ground integrated network" that will eliminate digital divides and enable unprecedented applications across industries. The International Telecommunication Union (ITU) has already commenced early research on IMT-2030 (6G), with the first standards expected by 2025 and commercial deployments anticipated around 2030. This next generation of wireless technology won't merely be an incremental improvement over 5G b...
  • 2025-11-04
       Unleash Global Connectivity: How ALZROSAT Satellite Internet Transcends Boundaries   In an increasingly connected world, being offline is not an option. Yet, millions of people and businesses in remote, rural, and underserved areas remain trapped by the limitations of terrestrial infrastructure. Cable and fiber can't reach everywhere, and cellular signals have their dead zones. It's time to break free from these constraints and embrace a truly global solution.   Welcome to the future of connectivity, powered by  ALZROSAT satellite internet terminals .       Why Satellite Internet is Your Gateway to the World   Satellite internet is no longer a slow, expensive last resort. With advancements in satellite technology, it has become a robust, high-performance primary solution for internet access. I...
  • 2025-07-14
    Waveguide Array Flat Panel Antenna——Achieving Truly "One-Panel Connectivity" Planar Array Antenna Design: Square-pyramid waveguide horn antenna elements arranged in a planar array. Key Breakthrough: Shared aperture for both transmission and reception, eliminating the need for spliced or overlapping TX/RX surfaces. Configurations: 16×16 / 12×12 / 8×8 / 6×6 unit arraysAperture: 200–600 mmFrequency Bands: Ku-band, Ka-band, expandable to S-band, L-band, etc.Materials: Aluminum alloy, copper-plated plastic, magnesium-lithium alloy, carbon fiber, etc....
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