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Ethernet SDR Framework on MPSoC
  • Wideband RF Coverage: Supports 47 MHz to 6 GHz with flexible bandwidth up to 56 MHz, enabling multi-standard SDR applications.
  • Phase-coherent multi-channel synchronization: Across ADC/DAC tiles using SYSREF-driven JESD204B/C deterministic latency.
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Aurora SDR Framework on MPSoC
  • Wideband RF Coverage: Supports 47 MHz to 6 GHz with flexible bandwidth up to 56 MHz, enabling multi-standard SDR applications.
  • Phase-coherent multi-channel synchronization: Across ADC/DAC tiles using SYSREF-driven JESD204B/C deterministic latency.
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PCIe SDR Framework on MPSoC
  • Wideband RF Coverage: Supports 47 MHz to 6 GHz with flexible bandwidth up to 56 MHz, enabling multi-standard SDR applications.
  • Phase-coherent multi-channel synchronization: Across ADC/DAC tiles using SYSREF-driven JESD204B/C deterministic latency.
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Ethernet SDR Framework on RFSoC
  • Direct RF Sampling Architecture: Eliminates external RF front-end with DC up to 2.3 GHz tuning, simplifying design and improving signal integrity.
  • Deterministic Synchronization: Multi-Tile Synchronization (MTS) with SYSREF enables phase-coherent, multi-channel operation.
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Aurora SDR Framework on RFSoC
  • Direct RF Sampling Architecture: Eliminates external RF front-end with DC up to 2.3 GHz tuning, simplifying design and improving signal integrity.
  • Deterministic Synchronization: Multi-Tile Synchronization (MTS) with SYSREF enables phase-coherent, multi-channel operation.
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RFSoC Based Rugged SDR
  • AMD Zynq Ultrascale+ RFSoC ZU48/47/43/28/27/25DR
  • Intel Core Ultra Processor (Meteor Lake) based COM-HPC Mini Module.
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PCIe SDR Framework on RFSoC
  • Direct RF Sampling Architecture: Eliminates external RF front-end with DC up to 2.3 GHz tuning, simplifying design and improving signal integrity.
  • Deterministic Synchronization: Multi-Tile Synchronization (MTS) with SYSREF enables phase-coherent, multi-channel operation.
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MPSoC based 3U VPX SDR card
  • 3U VPX Direct RF Sampling Architecture: Integrates high-performance RF ADC/DAC capabilities in a compact VPX form factor, enabling direct RF signal capture and generation with reduced analog complexity, improved signal integrity, and faster system integration.
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QorIQ T2080 6U VME SBC
  • Rugged 6U OpenVME architecture for defense and aerospace applications High-speed PCIe Gen2 backplane connectivity
  • Two XMC (VITA 42.3) expansion for application-specific interfaces & IO expansions
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QorIQ T2080 3U VPX SBC
  • High-speed PCIe Gen2 backplane connectivity
  • XMC (VITA 42.3) expansion for application-specific interfaces
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QorIQ T2080 6U VPX SBC
  • Rugged 6U OpenVPX architecture for defense and aerospace applications
  • High-speed PCIe Gen2 backplane connectivity and 24-lane PCIe Gen2 switch
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RFSoC based 3U VPX SDR Card
  • 3U VPX Direct RF Sampling Architecture: Integrates high-performance RF ADC/DAC capabilities in a compact VPX form factor, enabling direct RF signal capture and generation with reduced analog complexity, improved signal integrity, and faster system integration.
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SDR Based on ZU48DR RFSoC
  • High-speed ADC/DAC with PCIe-based data streaming, enabling real-time capture, storage, and analog signal reconstruction through a full GNU Radio DSP ecosystem
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SDR Based on ZU7 MPSoC with JESD Data converter
  • High-performance JESD204B ADC/DAC subsystem (AD9680 & AD9144) with deterministic-latency SYSREF and PCIe-based high-speed data streaming for GNU Radio
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