With the rapid advancement of technology, it is impossible to overlook the sheer excitement of witnessing these innovations firsthand. Join us at IMS2023 in San Diego to embark on a journey of “innovative evolution” in the realm of communication, from iterative experimentation to independent development of key core components. The IEEE MTT International Microwave Symposium (IMS) is the premier annual international meeting for technologists involved in all aspects of microwave theory and practice.

YTTEK will launch the “Y.RIS” product, which utilizes exclusive LCD panel processes and technology. Combining YTTEK’s expertise in millimeter-wave system design for over a decade, we have developed a liquid crystal RIS that offers a wide adjustable range of 120 degrees while operating at low power consumption. The panel provides a minimum controllable resolution of 1 degree per step and fully compatible and be controlled by YTTEK’s “ Y.FORCE ” SDR series instrument. Paired with YTTEK’s globally first-released “ Y.CUBE R ” comprehensive RIS testing solution to measure the characteristic and performance of RIS, it provides a powerful tools to assist in formulating 6G specifications. Within the potential opportunity frequency bands of millimeter waves, the solution addresses techniques such as scene-based beamforming, interference, and coexistence with cellular signals, and successfully completes prototype system testing and verification.

In the field of satellite applications, YTTEK will also unveil the fully space-qualified 0.5U CubeSat payload, “ Y.PAYLOAD ”, which has successfully met all verification standards. Additionally, we are proud to introduce the “ Y.BEAM ” with 1024 Ka-band antenna units for satellite ground terminal array, utilizing LTCC (Low-Temperature Co-Fired Ceramic) technology in better performance. Moving to 5G FR2 applications, YTTEK, in collaboration with Synergy Design Tech either AUO, has developed an impressive innovation: 5G mmWave small cell base stations featuring an End-to-End FR2 ISC solution. These base stations are equipped with built-in calibration and verification capabilities, enhancing both product efficiency and accuracy. They effectively reduce deployment costs and address the challenges associated with indoor and outdoor mmWave connectivity resources in 5G networks. This comprehensive solution is poised to become the preferred choice for expanding 5G mmWave coverage and enhancing the overall user experience.