The use of active electronically steered arrays (AESA) for multi-target tracking has been in use for many years; however, until recently, these systems were cost prohibitive for large scale deployments. Enter NXP with its state of the art solutions and manufacturing scale to deliver leading edge performance at the right price.

Block diagram

Key features and benefits

  • LDMOS and GaN technologies deliver high power, high efficiency and rugged solutions fr radar applications
  • Broad portfolio of rugged and high performance discretes and IC's built on SiGe:C QUBiC technology - RF performance of GaAs with silico manufacturing heritage and scale
  • JESD204A enhanced high speed data converters simplifying implementation on the most complex analog, digital or hybrid beam forming architectures


With few exceptions, today’s generation of radars employ a phased array or active electronically steered array (AESA) architecture to improve reliability and accuracy, and to allow tracking of multiple targets. This approach replaces the single, high power tube and mechanically rotated parabolic antenna and its inherent single point of failure, with a large array of transmit-receive modules that employ high performance ASICS and power transistors.

NXP has an extensive portfolio of LDMOS (and soon to be GaN) transistors supported by a strong portfolio of SiGe:C based discretes and ICs for L and S band radar systems. In addition, our catalog of high speed dataconverters, employing traditional interfaces as well as JESD204A/B serial interfaces, is well suited for analog, digital and hybrid beamforming implementations. The JESD204B interface standard, specifically, really shines in digital beamforming systems, minimizing board space, BOM cost, engineering time, and FPGA interface complexity.

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