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High-Speed Acquisition & Processing Boards

SYHS-VU13P-PROCHigh-Performance Computing Board

The SYHS-VU13P-PROC is a high-performance FPGA-based baseband real-time processing board. It features abundant GTY transceivers and multiple high- speed optical ports for inter-board communication, with massive logic, DSP, and on-chip memory for real-time baseband processing, digital filtering, pulse compression, demodulation, and target detection. The board supports external reference clock and trigger input, multi-board synchronous networking, and connects to acquisition/generation boards via high-speed optical links for large- scale parallel real-time processing.

  • High-performance FPGA with massive DSP & on-chip memory
  • Multiple GTY transceivers + optical ports; high-bandwidth, low-latency
  • External DDR4 for wideband data buffering
  • External ref. clock & trigger; distributed processing clusters
  • Ethernet and other high-speed protocols

TECHNICAL DATA

Technical specifications

Specifications correspond to the product catalogue. Contact our technical team for configuration and operating conditions.

SYHS-VU13P-PROC Technical specifications
ParameterSpecification / typical value
Functional Specifications
Enable control: TX/RX enable timing control (optical trigger)Supported
Signal generation: IQ signal processing and generationSupported
Remote data transfer: data transfer via optical interfaceSupported
Technical Specifications
EMMC≥8GB
E2PPROM≥64Kb
DDRUp to 512 GB
QSPI Flash≥32MB
Optical Interface Data Rate100Gsps
Optical Interface TypeQSFP28
Number of Optical Interfaces4 channels
PCIe InterfacePCIE3.0×16
GPIO Interface40 (3.3V LVTTL)
General
Power Consumption≤50W

Specifications are subject to change without notice. Contact our technical team for full conditions, interface definitions, and ordering information.

SYSTEM ARCHITECTURE

Product block diagrams

SYHS-VU13P-PROC block diagram 1
SYHS-VU13P-PROC / Diagram 1 Open full image ↗

Handling notes

  • Take anti-static precautions and ensure device ports are clean before use.
  • Use a torque wrench to tighten coupling nuts where applicable.
  • Check connector pin depth before calibration to avoid damage to calibration devices.

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