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High-Speed Acquisition & Processing Boards

SYHS-8R8T-2GWideband RF Transceiver Board

The SYHS-8R8T-2G is a wideband RF transceiver board based on the ZU47DR RFSoC, with 8 RX and 8 TX channels and up to 2 GHz instantaneous bandwidth per channel. It integrates high-speed RF-ADC/RF-DAC, UltraScale+ FPGA logic, and ARM processing for wideband acquisition, real-time arbitrary waveform generation, and on-chip DSP. The board uses optical interfaces for high-speed, low-latency bidirectional data transfer, supporting external reference clock and trigger synchronization with multi-board cascade capability.

  • RFSoC single-chip with integrated RF converters, FPGA logic, multi-core ARM
  • 8RX/8TX; 2GHz IBW per channel; wideband acquisition & arbitrary waveform 8
  • Optical interface for high-speed data; large bandwidth, strong EMI immunity
  • External ref. clock & trigger; multi-board cascade sync
  • FPGA-based on-board DDC/DUC, filtering; reduces host load

TECHNICAL DATA

Technical specifications

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

SYHS-8R8T-2G Technical specifications
ParameterSpecification / typical value
ADC
Number of Channels8 channels
ADC Sampling Rate5Gsps(MAX.)
ADC Resolution14bit
ADC Effective Resolution10bit
Input Power≤1dBm (typical)
SFDR≥60dBc
Typical Instantaneous Bandwidth2GHz
Channel Phase Consistency≤5°
DAC
Number of Channels8 channels
DAC Sampling Rate9.85Gsps(MAX.)
DAC Resolution14bit
Output Power≤5dBm
Typical Instantaneous Bandwidth2GHz
FPGA & Memory
Logic Resources930K
CLB LUTs425K
DSP Slices4272
InterfacesQSFP x2; SFP x1; Ethernet x1; USB3.0 x1; GPIO 28 (LVTTL)
PSDDR4GB
PLLDDR2GB
General
Power SupplyDC 12V@3A

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-8R8T-2G block diagram 1
SYHS-8R8T-2G / 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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