RF Receiver & Front-End Design

Design Capabilities

Maximize RF Capability and Readiness

  • HF thru Ka-Band Custom Designs
  • High Sensitivity
  • High Linearity
  • Low Noise Figure
  • High Efficiency
  • Varactor Tuned Front-End Filtering
  • Broadband Frequency Coverage
  • Automatic Gain Control (AGC)
  • High Interception Point
  • Small Form Factors
  • Extreme Ruggedization
  • Custom Designs

NuWaves’ RF Receiver & Front-End Design Experience Includes:

NuCeptor High Performance Intercept RF Receiver

NuWaves’ NuCeptor is a RF front-end designed to mate to the back end of a customer’s existing Digital Signal Processor (DSP) to increase capability. This high dynamic range receiver operates over the VHF/UHF band and down-converts the received signal to an IF for digital sampling. The NuCeptor Receiver boasts low noise figure, 3-stage high performance varactor tuned filtering, multiple IF, high IP3, multi-drop capability, and a miniature form factor. The NuCeptor operates across the military band in a myriad of applications for SATCOM receivers, COMINT, and SIGINT.

Miniature Digitally Tuned RF Receiver

NuWaves’ HiPerTuner is a premier high-performance, broadband RF Tuner/Preselector designed for front-end receiver and transmit applications where stringent RF filtering is required with superb out of band rejection.  The module operates over a frequency range of 200 MHz to 2000 MHz and is digitally controllable via a simple RS-232 interface. The HiPerTuner operates across the military band in a myriad of applications for SATCOM receivers, COMINT, and SIGINT.

NuWaves Engineering HiPerTuner Digitally Tuned RF Filter

X-Ceptor Intercept RF Receiver & Downconverter

NuWaves’ X-Ceptor is a Broadband RF Downconverter/Tuner with high dynamic range performance covering VHF to S-Band. The X-Ceptor offers unmatched precision – 1 Hz tuning resolution – and superior rejection of out of band interference. The X-Ceptor operates across the military band in a myriad of applications for SATCOM receivers, COMINT, and SIGINT.