Modern wireless systems require high bandwidth, precise synchronization, and ultra-low noise performance. However, off-the-shelf RF modules rarely meet the needs of specialized products such as radar systems, beamforming architectures, SDR platforms, and satellite communication.

We design custom RF hardware that is tailored to your exact performance needs. From the RF front-end and multi-channel ADC/DAC integration to calibration, validation, and compliance, we take care of the complete RF design process. Our systems are engineered for low noise, optimized power, excellent linearity, and clean spectral performance—while integrating seamlessly with FPGA and SoC platforms.

RF Design Capabilities

• • • RF Front-End & Transceiver Design
      RF-to-mmWave signal chain development including amplification, filtering, impedance matching and noise/linearity optimization.

    • Multi-channel ADC/DAC Integration

      Multi-channel high-speed ADC/DAC integration with JESD204B/C, LVDS or serial interfaces, ensuring phase alignment and deterministic latency.

    • SDR, Beamforming & Phased-Array Systems
      Digital/analog beamforming architectures, phased-array antenna design, and SDR platforms tightly integrated with FPGA/SoC.

    • Clocking, Synchronization & Timing

      Precision clocking with low-jitter PLLs and high-stability distribution networks for accurate sampling and tightly synchronized multi-channel RF systems.

    • RF Validation, Calibration & Compliance
      RF characterization (spectrum, noise figure, phase noise), temperature/frequency calibration, and certification readiness for CE/FCC/MIL/industrial standards.

Platforms: AMD: RFSoC™ | Altera: Agilex™

Applications: 5G/LTE | Satellite Communication | Radar | EW | Telemetry | Test & Measurement