Electronics Design
RAXAR develops custom electronic hardware at module, subsystem, and equipment level. Our capabilities include RF and microwave systems — receivers, transmitters, amplifiers, antennas, and filtering — together with analog and mixed-signal electronics, high-speed data conversion, FPGA/SoC-based digital architectures, embedded computing, and power electronics.
Design activities cover the complete hardware lifecycle, from architecture and component selection through schematic and PCB design, prototype manufacturing, bring-up, testing, qualification support, and preparation for series production.
Digital Design
RAXAR develops high-performance digital architectures for signal processing, communications, radar, sensing, and real-time embedded systems. Capabilities include FPGA and SoC design, custom IP cores, high-speed interfaces, deterministic data paths, hardware acceleration, and advanced DSP algorithms.
Our digital engineering teams work closely with RF, electronics, software, and system engineers, enabling optimized implementations from algorithm development and simulation through hardware deployment and system-level validation.
Software Development
RAXAR develops embedded, real-time, backend, and application software for complex technical systems. Our capabilities include embedded Linux, distributed and concurrent systems, sensor control and data acquisition, signal and data processing pipelines, communications protocols, operator interfaces, GIS applications, and system management platforms.
Software development is integrated with the underlying hardware and system architecture and supported by structured configuration management, automated testing, CI/CD, and verification processes suitable for long-lifecycle industrial and mission-critical systems.
Applied Mathematics
Applied mathematics and algorithm development are core elements of RAXAR’s engineering capabilities. Our teams develop advanced signal processing, estimation, detection, classification, tracking, optimization, modelling, and simulation techniques for radar, communications, electronic sensing, and other complex systems.
Capabilities include RF propagation and environment modelling, target and clutter models, system-level simulation, data fusion, machine learning, image processing, and advanced analytics. Algorithms can be developed from first principles, validated in simulation, and subsequently implemented in real-time software, FPGA, GPU, or embedded processing platforms.
System Integration
RAXAR can assume responsibility for the complete development lifecycle of a component, subsystem, or system — from initial requirements to a validated and producible solution. This includes system architecture, multidisciplinary engineering, hardware and software development, prototype manufacturing, integration, verification, qualification support, and industrialization.
Our modular development approach enables validated technologies, IP cores, software components, electronic modules, and subsystems to be combined efficiently into customer-specific solutions. Where required, RAXAR can also manage the transition from prototype to low- and medium-rate production and provide series units throughout the product lifecycle.
