RF SPIN, a leader in advanced antenna technology, announces the launch of its groundbreaking lens antenna product line. The line features three dual-polarized and four single-polarized lens antennas, operating across a broad frequency range of 730 MHz to 40 GHz. The patented 3D-printed lens technology allows these antennas to achieve an unprecedented increase in antenna gain of up to 6 dB.
Key Features and Benefits
RF SPIN's innovative lens antennas are designed to enhance signal quality, and provide a compact solution for various applications. The improved antenna gain ensures stronger and more reliable signal transmission and reception, while the versatile frequency range makes these antennas suitable for a wide array of deployments. The optimized design maximizes performance while minimizing space requirements, making them ideal for both small-scale and large-scale installations.
The new lens antennas are meeting the growing demands of various applications from telecommunications to advanced research. RF SPIN remains dedicated to pioneering new technologies, continually pushing the limits of what is possible in antenna design and performance.
“Our new lens antenna product line represents a significant advancement in the industry, providing our customers with unprecedented performance and reliability,” said Dr. Zdeněk Hradecký, owner of RF SPIN. “These antennas feature our patented broadband lenses, which alter the material's permittivity based on the density of the 3D printing process. The unique lens shape, manufactured using state-of-the-art 3D printing technology, highlights our innovative approach to antenna design.”
Discover Our Antenna Innovations at Booth #1149
Visit RF SPIN at booth #1149 during IMS 2024 in Washington, D.C., from June 16-21. Meet the antenna designer team and the owner of RF SPIN and explore the entire range of cutting-edge antenna solutions, including their new patented lens antennas. A team of experts will be available to provide detailed insights into their technologies and answer any questions you may have.