Advanced 48ch Radar Processing System

Scalable, High-Speed Platform for Next-Gen Radar and Electronic Warfare

The Advanced 48-Channel Radar Processing System from Optimized Solutions is a powerful, SoC-based platform engineered for real-time radar signal acquisition, processing, and control. Built around the Intel Agilex AGFB027R24C SoC, this system delivers unmatched performance and flexibility for mission-critical applications in radar, electronic warfare (EW), and defense-grade sensor fusion.

Designed to support 48 independent input channels, this high-throughput architecture enables simultaneous multi-beam signal processing, adaptive control, and rapid response—all in a compact, ruggedized system.

Key Features

Application

Multi-Element Phased Array Radar

Each channel processes data from an individual antenna element in a 48-element phased array, enabling beamforming, direction finding, and multi-beam tracking.

Simultaneous Multi-Target Tracking

Enables tracking of up to 48 targets in real time with independent signal paths, enhancing radar’s situational awareness and target resolution.

Multi-Mode Radar Operation

Channels can be partitioned for search, track, illuminate, and jam functions simultaneously, supporting multi-function AESA radars.

MIMO Radar Systems

Supports Multiple Input Multiple Output (MIMO) configurations, improving spatial resolution, range accuracy, and clutter suppression.

Electronic Warfare (EW) Applications

Each channel can scan a different RF band, detect threats, and trigger jamming or deception signals — covering wide bandwidths and multiple angles.

Radar Cross Section (RCS) Measurement Systems

Used in anechoic chambers for multi-angle data capture of reflected radar signals across 48 paths simultaneously.

Sensor Fusion & Multi-Radar Integration

Channels can interface with multiple radar heads in distributed setups, enabling centralized processing for networked radar systems.

Industries

Explore how this radar processing system can enhance your defense or aerospace platform.

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Case Studies

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