Auden Techno Corp. Unleashes Groundbreaking 6G NTN and O-RAN Solutions at MWC 2025

Auden Techno Corp. Unleashes Groundbreaking 6G NTN and O-RAN Solutions at MWC 2025



Auden Techno Corp. is leading the charge towards the future of telecommunications with revolutionary advancements in 6G technology at the Mobile World Congress (MWC) 2025. The event, taking place in Taipei, showcases how Auden is reshaping satellite and terrestrial communications through innovative solutions, marking a significant leap in mobile connectivity.

As the competition heats up globally in the race to develop 6G and Non-Terrestrial Networks (NTN), Auden is stepping up with powerful O-RAN units, next-generation satellite terminals, and cutting-edge NTN solutions. This year's MWC features Auden's exhibits in Hall 5, showcasing two key locations: meeting room 5L31MR and Taiwan's pavilion at 5A61.

The transition from 5G to 6G is accelerating as the 3GPP introduces versions 17 and 18 that integrate satellite connectivity into mainstream telecommunications standards. This leap indicates a promising future where direct device-to-device (D2D) communications via satellite become commonplace, eliminating the necessity for cumbersome ground stations. The innovations presented by Auden include:

  • - Software-Defined Satellites (SDS): These new satellites offer real-time reconfiguration and flexibility.
  • - Next-Generation Flat Panel Antennas: These antennas are crucial for connecting various networks, including Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO) satellites.

Having four decades of expertise in RF and antennas, Auden is at the forefront of this transformation, providing compact, high-efficiency user terminal solutions that minimize costs, size, and energy consumption. Leveraging Taiwan's leadership in semiconductors and ICT, Auden is accelerating the global adoption of electronically steered antennas (ESA) for satellite connectivity.

Significant Innovations at MWC 2025



Auden's latest developments aim to positively impact the industry's challenges regarding energy efficiency, integration, and performance. Notable highlights include:

  • - Polaris ORU Series: The world's first high-power broadband (3.3-3.8 GHz) ORU, constructed with a single PA integrated circuit per chain, offering unmatched linearity and energy efficiency.
  • - Polaris Lite: A compact 1W ORU that meets OTIC standards, powered by an advanced SoC.
  • - Polaris Pro: A high-power ORU/ISC using Xilinx technology for superior signal processing.
  • - FR2 to FR3 Matrix Modules: The next evolution for spectrum agility, integrating UDC and MCU for dynamic spectrum detection aimed at next-generation frequency applications.
  • - World's First Dual Polarization 4T4R UDC: This high-performance rack unit covers frequencies from 8 GHz to 15 GHz, simplifying complex testing environments and providing increased flexibility for next-gen wireless and satellite communications.
  • - Compact RIS ECHO: Designed with an adjustable entry and exit angle to extend FR2 and FR3 signals while mitigating obstacles for optimal connectivity, ECHO also supports Integrated Sensing and Communication (ISAC), leading to smarter and more adaptive 6G networks.
  • - World's Smallest and Lightest Flat Panel VSAT IoT Terminal: This terminal is designed for efficiency, leveraging ESA technology with an optimized BFIC and independent PA/LNA architecture, addressing SWaP (Size, Weight, Power) challenges.
  • - Auray Automatic RIC Testing: A groundbreaking platform that streamlines the validation of xAPP and rAPP, expediting the development and deployment of O-RAN RIC solutions.

Meet the Future at MWC 2025



Auden Techno Corp. is at the helm of creating a seamless ecosystem for the era of 6G. Attendees at MWC 2025 can witness firsthand the innovative solutions transforming telecommunications.

Visit Auden at Hall 5


  • - Location: Meeting Room 5L31MR and Taiwan Pavilion 5A61
For further information, please visit Auden’s contact page.
MWC 2025 Auden Techno Corp

Topics Telecommunications)

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