Qorvo Released X-Band Beamformer IC
The new four-channel integrated circuit improves signal handling for space-constrained radar systems.
Updated on Oct. 2, 2026 in Semiconductors
Qorvo has released the QPX0252, a four-channel beamformer integrated circuit designed to operate in the 7.9 to 12 GHz frequency range. The company has also made evaluation kits available for the new component.
Why it matters
The development addresses critical physical density constraints in X-band radar arrays, where limited lattice spacing often restricts the area available for control hardware.
The QPX0252 delivers a 20 dB improvement in cascaded input P1dB compared to existing market solutions while supporting sub-100 ns transmit/receive switching times. This performance is achieved across the 7.9 to 12 GHz X-band spectrum.
The players
Qorvo
A semiconductor company that designs and manufactures radio frequency systems and components for mobile, infrastructure, and defense applications.
The details
The QPX0252 uses a quad architecture to consolidate transmit, receive, and control functions into a single system design, which minimizes the radio frequency (RF) content within the array lattice. By integrating these functions, the device removes the requirement for external driver amplifiers when paired with compatible Qorvo front-end modules (FEMs — specialized components that manage the signal between the antenna and the transceiver).
Timeline
October 2, 2026: Qorvo announced the product availability for the QPX0252 beamformer IC.
The Tech Race
The introduction of the QPX0252 intensifies the race to increase power density within the limited lattice spacing of modern X-band radar systems. This development directly targets the integration bottlenecks that have long constrained performance in high-frequency, space-limited radar arrays.
The QPX0252 is now available for purchase alongside evaluation kits to support initial design and testing. Engineers building radar systems can immediately utilize these components to reduce their overall footprint and eliminate the need for external driver amplifiers.
The takeaway
Qorvo is prioritizing integration to solve the physical spacing limits common in radar development. Interested parties should monitor the company's future integration of this IC into high-density array designs.
Further reading
For broader context on high-frequency signal processing and RF component trends, see our coverage of Semiconductors.
