Phased-Array SDR & Beamforming Platform

A multi-antenna SDR platform supporting phased-array architectures, beamforming workflows, and digital signal processing pipelines for advanced gateways, sensing front-ends and RF experimentation.

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Wizconn Phased-Array SDR & Beamforming Platform

Overview

Wizconn’s phased-array SDR platform is designed to build and validate multi-antenna RF systems with beamforming and array-processing pipelines. It can serve as a reusable engineering platform for gateways, experimental waveforms, spatial filtering, and sensing front-ends.

The platform emphasizes end-to-end system integration: RF front-end + baseband processing + telemetry uplink (when required) + cloud data workflows.

Key Capabilities

Phased Array

Array Architectures

Supports phased-array and multi-antenna system architectures for advanced RF development.

Beamforming

DBF Pipelines

Designed for digital beamforming workflows including weighting, calibration and spatial processing.

SDR

Waveform R&D

Enables experimentation with SDR waveforms, modulation, demodulation and RF signal chains.

Platform

System Integration

Designed to connect RF, embedded control, data capture and cloud-oriented analytics workflows.

Typical Applications

  • Multi-antenna gateways and advanced RF front-ends
  • Beamforming and spatial-filtering experiments
  • RF sensing systems requiring multi-channel capture and processing
  • Platform for low-cost multi-antenna SDR with DBF workflows

Technical Summary

CoreMulti-antenna SDR platform for phased-array and beamforming workflows
ProcessingArray processing and DBF pipeline integration
System ChainRF front-end → baseband processing → data capture → (optional) uplink → cloud workflows
Best FitEngineering teams needing a reusable multi-antenna RF development platform

Collaboration Model

We can provide platform variants or co-develop based on your target frequency and system constraints.

  • Target bands, channel count and front-end constraints
  • Calibration strategy and beamforming requirements
  • FPGA/MCU integration and DSP partitioning
  • Data capture and cloud integration needs

Contact

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