All‑domestic 3U VPX2 RF signal acquisition and processing module with 16 transmit and 16 receive channels.
The RFSOC chip on the SMQZU48DR development board is based on GigaDevice’s RFSoC series, specifically the SMQZU48DR‑FFBG1760. It integrates 16 14‑bit ADCs with a sampling rate of 3 GSPS and two 14‑bit DACs operating at 10 GSPS. Additionally, it incorporates the SM53D2GS digital signal processing (DSP) chip. This highly integrated design significantly enhances the board’s digital signal‑processing capabilities, enabling it to handle complex signal‑processing tasks—such as real‑time data analysis, filtering, transformation, and encoding—with greater efficiency. Furthermore, the SMQZU48DR development board features an onboard 3U VPX connector that supports multiple communication protocols, making it well suited for high‑speed applications like 5G base stations and data centers. It can efficiently process high‑speed data in parallel with analog‑to‑digital conversion, while its PS side provides an Ethernet interface to support high‑speed wired data transmission.
Model： IW-SMQZU48DR-2T16R
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Nationwide domestically developed development board
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- Commodity name: All‑domestic 3U VPX2 RF signal acquisition and processing module with 16 transmit and 16 receive channels.
- 型号: IW-SMQZU48DR-2T16R
The RFSOC chip on the SMQZU48DR development board is based on GigaDevice’s RFSoC series, specifically the SMQZU48DR‑FFBG1760. It integrates 16 14‑bit ADCs with a sampling rate of 3 GSPS and two 14‑bit DACs operating at 10 GSPS. Additionally, it incorporates the SM53D2GS digital signal processing (DSP) chip. This highly integrated design significantly enhances the board’s digital signal‑processing capabilities, enabling it to handle complex signal‑processing tasks—such as real‑time data analysis, filtering, transformation, and encoding—with greater efficiency. Furthermore, the SMQZU48DR development board features an onboard 3U VPX connector that supports multiple communication protocols, making it well suited for high‑speed applications like 5G base stations and data centers. It can efficiently process high‑speed data in parallel with analog‑to‑digital conversion, while its PS side provides an Ethernet interface to support high‑speed wired data transmission.
The RFSOC chip on the SMQZU48DR development board is based on GigaDevice’s RFSoC series, specifically the SMQZU48DR‑FFBG1760. It integrates 16 14‑bit ADCs with a sampling rate of 3 GSPS and two 14‑bit DACs operating at 10 GSPS. Additionally, it incorporates the SM53D2GS digital signal processing (DSP) chip. This highly integrated design significantly enhances the board’s digital signal‑processing capabilities, enabling it to handle complex signal‑processing tasks—such as real‑time data analysis, filtering, transformation, and encoding—with greater efficiency. Furthermore, the SMQZU48DR development board features an onboard 3U VPX connector that supports multiple communication protocols, making it well suited for high‑speed applications like 5G base stations and data centers. It can process high‑speed data concurrently with analog‑to‑digital conversion while also providing a PS‑side Ethernet interface for high‑speed wired data transmission.
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