Feiyuxin Antennas, RF cable & RF connector is a professional antennas design and manufacturer, RF solutions provider and R&D Company which designs and manufactures cost-effective antenna solutions with exceptional performance.
To be more clients friendly, Feiyuxin integrated front-end supply chains, covering mold design, injection molding, wire extrusion, automatic cut, automatic welding, SMT posting and the finished products assembly and test in the year of 2011.
Based on experience, Feiyuxin has been cooperating with Huawei, Tyco, D-link, Skyworth, Samsung, ASKEY, FiberHome and other international well-known companies.
Since 2007, Feiyuxin has been specializing in Outdoor & In-Building Multi Polarized Antennas. Our directional & omni antennas are used in GSM, LTE, ICT, IoT, WLAN & WiFi systems and more.
Designed for fixed and mobile, stand alone or embedded applications, Feiyuxin antennas cover frequency ranges from 174MHz up-to 6GHz.
Our expertise includes developing and manufacturing antennas based on printed circuit antennas, flat panel arrays, beam forming antennas and more.
Feiyuxin Antennas offers a wide range of various ICT (Information and Communication Technology) and Sector (Base Station) antennas and a wide range of antennas for Smart Grid, embedded, LTE, Wi-Fi Repeaters and In-Building Cellular Repeaters.
Feiyuxin Antennas & Accessories is an ISO9001, ISO14001 and TS16949 certified manufacturer, with extensive experience in the design and manufacturing of cost-effective, top performance antennas and RF systems.
In-house internal anechoic chambers, HFSS RF simulatioini software agilent network analysis and comprehensive measurement allow Feiyuxin Antennas high-quality product development and superior quality control.
For over 13 years, Feiyuxin Antennas has been committed to innovation, quality and excellence in all our products through superior antenna design, high quality materials and controlled production processes.
For further information, please refer to our website or contact us directly today.
