Qianmu develops the Built-in FM Radio Antenna for manufacturers that need dependable FM reception in compact electronic products. Designed around practical integration requirements, this internal antenna solution can help audio devices achieve stable radio performance while saving installation space and maintaining a clean exterior design.
Qianmu develops the Built-in FM Radio Antenna for compact FM-enabled products that require reliable reception without adding an exposed external antenna. Designed for the 88–108 MHz FM broadcast band, this compact RF component combines a ferrite core, precision-wound copper coil, and flexible connection options for automotive audio systems, Bluetooth speakers, portable radios, smart home equipment, and other electronic devices.
When smart photo frames need reliable cloud synchronization, fast image updates, and stable wireless connectivity, the right Digital Photo Frame WiFi Antenna becomes an important hardware component. Qianmu develops dedicated antenna solutions for compact digital photo frames, helping manufacturers address signal attenuation, internal interference, and limited installation space through application-specific RF design.
For modern law enforcement and field recording equipment, reliable positioning is more than a convenience—it can directly affect evidence traceability and operational safety. Qianmu develops the Body Cam GPS Antenna as an industrial-grade GNSS ceramic antenna for body-worn cameras, evidence collection terminals, patrol equipment, and other demanding mobile devices. Its GPS, BeiDou, GLONASS, and Galileo compatibility, RHCP design, and rugged ceramic structure are designed to maintain stable satellite reception in challenging environments.
Qianmu develops the Shared Bike Antenna specifically for compact smart-lock environments, helping overcome signal attenuation caused by metal housings, batteries, circuit boards, vibration, and limited installation space. Its design supports NB-IoT, 4G Cat.1/LTE communication and optional GPS/BeiDou positioning for connected two-wheel mobility applications.
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