Electronic Steering
No mechanical movement required
Multi-Function
Simultaneous multiple operations
Scalable Design
Modular architecture
Transmit/Receive (T/R) Modules
Foundational building blocks of modern phased array radar systems, delivering high performance across multiple frequency bands.
S-band, C-band, and Ku-band frequency support
Configurable power profiles for different applications
Integrated power amplifiers and low-noise amplifiers
Phase shifters and variable attenuators
Thermal management solutions
Fully digital T/R modules (DTRM) for digital beamforming
Phased Array Antennas
Active electronically scanned array (AESA) antennas optimized for multi-function radar missions with rapid electronic beam steering.
Densely packed T/R module integration
Planar and conformal geometries
Dynamic beam shaping capability
Multiple simultaneous beams
Low side-lobe levels
Anechoic chamber characterization
Beamforming Controller
Intelligence behind the phased array, coordinating phase and amplitude settings for real-time electronically steered beams.
High-speed digital control loops
Adaptive algorithms implementation
Calibration techniques
Stable beam patterns
Environmental adaptation
Real-time beam optimization
Control & Signal Processing
High-speed FPGAs and host processors in ruggedized backplane for comprehensive radar signal processing.
FPGA-based dedicated processing
Waveform generation capability
Pre-processing and signal processing
Information extraction algorithms
Target tracking software
Modular and scalable architecture
Man-Machine Interface (MMI)
Intuitive and mission-configurable interfaces providing operators with real-time situational awareness and full radar control.
Real-time target information display
Multiple video modes (raw, MTI, detected)
Synthetic target reports (plots and tracks)
Overlay maps and symbols
Vector areas display
Touchscreen and remote control support
Passive RF Modules
Precision-engineered combiners and splitters for signal distribution across high-density T/R modules.
Minimal insertion loss design
Phase mismatch minimization
Broad frequency band operation
Robust and compact construction
Custom configurations available
Optimized load matching
Signal Processing
Pulse Compression
Doppler Filtering
Monopulse Processing
CFAR Processing
Digital Beamforming
Adaptive Filtering
Target Processing
Kalman Filtering
Target Classification
Track Initiation
Track Maintenance
Multi-Target Tracking
Clutter Suppression
System Control
Beam Scheduling
Resource Management
Mode Control
Calibration Algorithms
Fault Detection
Performance Optimization
Ready to Deploy Advanced Phased Array Radar?
Contact our radar experts to discuss how our proven phased array radar systems can enhance your mission capabilities.