This product video is brought to you by Mouser Electronics.
Qorvo’s K-/Ku-Band 4x2 Tx/Rx Beamformer ICs are highly integrated silicon quad-core devices designed specifically for satellite communications. These ICs incorporate four dual-polarization radiating elements, enabling complete polarization flexibility for advanced beamforming applications. The integration of transmit and receive paths within a single IC simplifies system architecture and enhances performance in phased array systems.
The beamformer ICs utilize a 300mm CMOS process, which contributes to lower manufacturing costs and improved scalability. They feature low noise figures that eliminate the need for external low-noise amplifiers (LNAs), reducing component count and board space. The ICs also offer lower DC power consumption compared to previous generation devices, making them suitable for power-sensitive applications.
A key feature of these ICs is the Zero-Cal phase/gain calibration-free operation, which simplifies deployment and reduces system complexity. Additionally, Qorvo’s Kinetic Greenä 3D beam steering technology provides further power savings and enhances beam control capabilities. These features make the ICs ideal for use in electronically steered antenna systems for satellite communications.
The K-/Ku-Band 4x2 Tx/Rx Beamformer ICs are engineered for high-performance RF applications requiring precise beamforming, low power consumption, and compact integration. They are well-suited for next-generation satellite terminals, phased array antennas, and other advanced RF systems.
To learn more, visit Mouser Electronics’ website.
To watch more product videos from Mouser Electronics, visit their YouTube Channel. https://www.youtube.com/@MouserElec/featured