
Connect the Future | The Global Pioneer in mmWave Innovation and Solutions
TMY Technology, Inc. (TMYTEK) delivers the breakthroughs of mmWave solutions in 5G/B5G and SATCOM applications. By transforming the mmWave RF fronted with innovative devices, inventing ready-to-use beamforming development kit, implementing phased arrays with modern Antenna-in-Package technology, and redefining the OTA testing methodology, TMYTEK empowers industrial inventions to market faster.

Address | 3F., No. 3, Yuandong Rd., Banqiao Dist., New Taipei City 220630, Taiwan (R.O.C.) |
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Site URL | https://tmytek.com/jp |
Company Video URL | https://www.youtube.com/c/TMYTEK |
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Products / Services

CloverCell™: Reduce Complex to Build Extremely Large Array Antennas (ELAAs)
Using our 2x2/2x4 RFFE CloverCell™ to create larger dual-polarization 8x8 patch antenna arrays that are optimized for the FR2 spectrum. Our innovative SMT-ready Mosaic design simplifies the design process, and our 8x8 sub-array includes all necessary RF, hardware, calibration, thermal design guidelines, and control software. With our technology, you can focus on your required specifications as we take care of the RF routing and matching for you.

TMYTEK 6G Testbed + RIS: Pioneering Wireless Innovation
TMYTEK's 6G testbed features mmWave beamformers, frequency converters, and Reconfigurable Intelligent Surface (RIS), enabling cutting-edge 6G prototyping. Seamlessly integrating with SDRs like USRP, it supports beamforming, beam tracking, ISAC/JCAS, RIS-assisted communication, and real-world 6G deployment.
- FR2/FR3 beamforming & up/down conversion
- Dynamic RIS for real-time angle adjustment
- SDR integration for 6G, NTN, ISAC/JCAS, and mmWave applications
Perfect for academia and industry innovators shaping wireless technology. Let's experience the future with TMYTEK.

The World's First 5G FR2 SA Open-Source Platform
Open-Source Platform for end-to-end 5G FR2 SA Research
This open-source platform serves as a 5G FR2 SA reference implementation, enabling research and testing in mmWave bands with commercial UEs. It utilizes the OpenAirInterface (OAI) stack, which
is fully open-source and extendable for researchers interested in beam management algorithms and 6G applications like Integrated Sensing and Communications (ISAC) and Reconfigurable Intelligent Surfaces (RIS). The software stack includes OAI CN5G, OAI gNB (CU/DU), beamformer
UHD driver, and a user-friendly cloud-based dashboard for network monitoring and control.