Product News

Exploring SUNYIELD’s SY-CATR Series for Millimeter Wave Detection

In the fast-paced world of technology, millimeter wave detection has become a cornerstone for innovation, especially in radar testing and design. SUNYIELD takes center stage with its SY-CATR series, a compact range antenna measurement system that supports frequencies ranging from 2GHz up to a staggering 200GHz. Let’s delve into how SUNYIELD’s SY-CATR series is shaping the landscape of millimeter wave detection.

Unveiling the SY-CATR Series: Precision in Millimeter Wave Detection

SUNYIELD’s SY-CATR series stands as a testament to their commitment to advancing millimeter wave detection technology. Designed to support frequencies from 2GHz to 200GHz, this compact range antenna measurement system offers unparalleled precision in millimeter wave radar testing and design. With different sizes available, the SY-CATR series allows for the creation of excellent experimental environments, catering to the diverse needs of millimeter wave applications.

Tailored Solutions for Varied Applications

The versatility of the SY-CATR series extends beyond its frequency range. SUNYIELD understands the diverse applications of millimeter wave detection, and the SY-CATR series reflects this understanding by offering flexible test options. Whether it’s automotive radars, millimeter wave military/police radar products, or civilian millimeter wave antennas, including reflector antennas and 5G communication antennas, the SY-CATR series provides tailored solutions for precise testing.


In the ever-evolving realm of millimeter wave detection, SUNYIELD’s SY-CATR series emerges as a beacon of precision and versatility. With a frequency range spanning from 2GHz to 200GHz and tailored solutions for diverse applications, it stands at the forefront of technology. For those seeking a compact range antenna measurement system that redefines millimeter wave testing, SUNYIELD’s SY-CATR series is the navigational tool leading the way into the future of radar testing and design.

Related Articles

Leave a Reply

Your email address will not be published. Required fields are marked *

Back to top button