Product Watch

The QPB1033 is a S-Band switched filter bank module that integrates two switches on both sides of 6 filters and a bypass. This module is housed in a 6x6 mm package for radar applications. Low insertion loss, coupled with BAW's high out-of-band rejection, make this switched filter bank an ideal choice for S-Band D&A applications. The QPB1033 is part of Qorvo’s extensi...

Non-contact, friction-free fiber optic rotary joint for single-mode systems, with ±50nm bandwidth, EMI immunity and no signal leakage. Suitable for high-end robotics, military turrets, medical equipment, surveillance and material handling.

High performance 806-869MHz UHF band RF duplexer designed for base stations, two-way radios, public safety communication and wireless telecom equipment. Features low insertion loss, high isolation, low VSWR and reliable performance to ensure stable signal transmission and efficient Tx/Rx filtering.

High performance UHF band 960 to 1215MHz RF coaxial circulator designed for communication systems, radar systems, and wireless base stations. Features low insertion loss, high isolation, and stable performance.

High-performance fiber optic rotary joints with 2-7 channels, ±60nm bandwidth, 850-1550nm wavelength range, IP-rated sealing, and EMI immunity for reliable high-speed signal transmission in robotics, defense, medical, and industrial applications.

Non-standard custom RF rotary joint. Rigorous quality control, long-life design. Supports DC-40GHz, single channel SMA-F. Ideal for military radar, satellite comms, and robotics.

Whatever RF or microwave components you’re looking for, from RF adapters to hand tools and more, RFOCS™ has a product that can suit your needs.

Designing multi-radio IoT on one PCB is hard—here’s a proven way to do it Packing cellular, GNSS, Wi-Fi 6 and Bluetooth LE into a compact device creates coupling, mismatching and efficiency loss if the RF is not planned correctly. This design guide shows a reference implementation that uses Ignion Virtual Antenna® components and a MIPI-controlled RF switch t...