High-Speed Acquisition & Processing Boards
SYHS-RFSOC-PCIEHigh-Speed Acquisition & Replay Card
The SYHS-RFSOC-PCIE is an RFSOC-based PCIe high-speed signal generation and acquisition board with 4 TX and 1 RX RF…
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HPORTEK / High-Speed Acquisition & Processing BoardsSYHS-8CH-DRF
High-Speed Acquisition & Processing Boards
SYHS-8CH-DRF8-Channel Direct RF Sampling Board
The SYHS-8CH-DRF is an 8-channel direct RF sampling board with a high-performance FPGA and RF direct-sampling ADCs, supporting high-speed sampling, digital channel reception, and high-speed data transfer.
- High integration, easy system integration
- Abundant peripheral interfaces
- 8-channel high-speed ADC
- Configurable acquisition duration
- High sampling precision
- Configurable NCO frequency NCO
- Configurable trigger modes
- Configurable clock modes
TECHNICAL DATA
Technical specifications
Specifications correspond to the product catalogue. Contact our technical team for configuration and operating conditions.
| Parameter | Specification / typical value |
|---|---|
| Electrical Performance | |
| Maximum Sampling Rate | ≥3GSPS |
| Directly Samplable Signal Band | ≥5GHz |
| Input Signal Passband | ≥7GHz (-3dB cutoff bandwidth) |
| NSD | -148dBfs/Hz |
| ADC Resolution | 14bit |
| Maximum Receive Bandwidth | 1.2GHz |
| DDC Count | 2 DDCs per ADC channel |
| Maximum DDC Decimation Factor | ≥8 |
| NCO Resolution | ≥48bit |
| ADC Channels | 8 |
| ADC Effective Number of Bits | （300MHz～1GHz）：10bit；（≥1GHz）：9.5bit |
| DUT Signal Power Range | Supports -20dBm to +5dBm |
| Sample Data Buffer Duration | ≥20ms per channel |
| External Reference Clock Locking | Supports 10MHz ref. clock |
| General | |
| Dimensions (L×W×H) | 312mm×263mm×21mm |
| Supply Voltage | 12V |
| Operating Temperature | -20℃～+55℃ |
| Operating Humidity | 5%～95% |
Specifications are subject to change without notice. Contact our technical team for full conditions, interface definitions, and ordering information.
SYSTEM ARCHITECTURE
Product block diagrams
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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