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The KYOCERA AVX 9003034F0-AA10L0100 is a flexible printed circuit (FPC) antenna designed for high-band MIMO applications in 5G New Radio modules. It operates within the frequency range of 3.3 to 5 GHz, covering bands from 2.11 GHz up to 5 GHz. The component features a gain of 4.3 dBi and an input impedance of 50 ohms with linear polarization. It utilizes an MHF1 connector interface and includes a 100mm cable length. The unit has a maximum height of 0.008 inches (0.20 mm) and employs adhesive mounting.
Verify that the specific suffix AA10L0100 matches the required 100mm cable length and MHF1 connector configuration. Confirm adhesive mounting compatibility with the target enclosure material. Ensure the operating frequency range aligns with the specific 5G or LTE band requirements of the design. Cross-reference the RoHS status and SVHC declarations against current regulatory standards before finalizing procurement.
Select this model when space constraints require a low-profile antenna with a maximum height of 0.008 inches. Choose this part for designs requiring a pre-terminated 100mm cable with MHF1 connectors rather than direct PCB soldering. Consider this option for applications needing dedicated high-band coverage for 5G NR frequencies between 3.3 and 5 GHz. Evaluate the adhesive mounting method against mechanical vibration and thermal cycling requirements of the end product.
This component belongs to the 9003034F0 series of flexible embedded antennas manufactured by KYOCERA AVX. The series addresses challenges for product designers by providing reliable RF solutions based on flexible substrates. These antennas are engineered to support modern wireless standards including 5G, LTE, and IoT protocols, offering consistent performance in compact form factors suitable for mobile and embedded electronics.
Public confirmed substitute part numbers are not available in the provided documentation. Verify if other variants within the 9003034F0 series offer different cable lengths or connector types that may serve as functional alternatives.