Qorvo Released New X-Band Beamformer IC

The new QPX0252 integrated circuit is designed to optimize performance in space-constrained X-band radar systems.

Updated on Oct. 2, 2026 in Semiconductors

Isometric editorial illustration showing a compact square integrated circuit mounted on a modular metallic radar array plate. — Qorvo has launched the QPX0252, a new four-channel integrated circuit designed to optimize space-constrained radar systems in the 7.9 to 12 GHz range. AI Illustration. Upload story photo >

Qorvo has launched the QPX0252, a four-channel beamformer integrated circuit for the 7.9 to 12 GHz frequency range. This new device simplifies system design by integrating transmit, receive, and control functions into a single architecture.

Why it matters

The system addresses physical design limitations in radar arrays, where narrow lattice spacing often restricts the area available for control hardware. By eliminating the need for external driver amplifiers, the unit increases efficiency in complex radar configurations.

The QPX0252 operates across a 7.9 to 12 GHz frequency range and enables sub-100 ns Tx/Rx switching. Its quad architecture significantly reduces the amount of RF content required inside an array lattice.

The players

Qorvo

Qorvo is an American semiconductor company that specializes in radio frequency solutions for mobile, defense, and infrastructure applications.

The details

The QPX0252 streamlines engineering by combining necessary functions into one system design, removing the requirement for extra driver amplifiers when used with Qorvo front-end modules. Additionally, Qorvo has released evaluation kits to support developers integrating the technology into their radar systems.

October 2, 2026: Qorvo officially announced the availability of the QPX0252 beamformer IC.

The Tech Race

The development of highly integrated circuits reflects the ongoing industry push to shrink RF hardware in response to the design constraints of X-band radar systems. This trend marks a shift away from discrete component assemblies toward single-package systems that simplify complex radar designs.

For developers and engineers working with radar technology, this device reduces the physical complexity of hardware arrays. By removing external driver amplifiers, teams can achieve faster design cycles and more compact product footprints.

The takeaway

Advancements in beamformer integration allow engineers to pack more capability into smaller radar footprints without sacrificing signal performance. Designers should look to leverage quad-architecture components to bypass the traditional space constraints of complex array lattices.