32-channel synchronous signal acquisition and processing module
The Quad_67dr board integrates 32 14-bit ADCs with a sampling rate of 2.95 GSPS and 32 14-bit DACs with a sampling rate of 10 GSPS. The 67dr chip can be configured and managed via the 7020 FPGA, and the board can also be debugged through its JTAG interface. This 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.
Model： Quad_67dr_board
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Zynq UltraScale+ RFSOC Development Board
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- Commodity name: 32-channel synchronous signal acquisition and processing module
- 型号: Quad_67dr_board
The Quad_67dr board integrates 32 14-bit ADCs with a sampling rate of 2.95 GSPS and 32 14-bit DACs with a sampling rate of 10 GSPS. The 67dr chip can be configured and managed via the 7020 FPGA, and the board can also be debugged through its JTAG interface. This 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.
Quad_67dr_board Used 4 Micron’s DDR4 chip MT40A512M16LY-0 83 E IT:E and 2 pieces DDR 3 chip MT41K256M16TW-107 IT:P ， Each contains a 67-dr chip. PS-side mounting 1 A set of DDR4 chips, assembled into 16 Bit data bus width, PS of 7020 The board is equipped with two DDR modules. 3 The chip comprises a 32-bit data bus width. Each chip It integrates two QSPI flash memories for boot configuration and system files. , providing fast non-volatile storage solutions 。Quad_67dr_board board It features a QSFP optical interface, supports multiple high-speed communication protocols, and is suitable for high-speed networking applications such as 5G base stations and data centers. It can efficiently process high-speed data in parallel with analog and digital conversion, while… 7020 PS extends to an Ethernet port. , supports high-speed wired data transmission 。
Quad_67dr_board Board card It integrates 32 14-bit ADCs with a sampling rate of 2.95 GSPS and 32 14-bit DACs with a sampling rate of 10 GSPS. The 67dr chip can be managed via the 7020 chip, and it can also be debugged through the JTAG interface on the board. This 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—more efficiently.
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Product Features
Maximize input/output channel density
- Support 32 road 14 bit RF-ADC and 32 road 14 bit RF-D A C provides a comprehensive RF signal chain that maximizes input/output channel density, delivers high‑bandwidth, heterogeneous processing capabilities, and operates at low power. It integrates RF‑sampling ADCs/DACs, programmable logic (PL), and a dual‑core ARM processor, supporting the entire signal path from the RF front end to digital signal processing.
Reduce the complexity of the RF signal chain
- A common solution is direct RF sampling—a more flexible approach than traditional analog frequency conversion and filtering. Direct RF sampling can be implemented in the digital domain, consuming less power and typically at a lower cost. This enables the RF front end to handle wider bandwidths than conventional analog techniques while using less power. As with RFSoC devices, employing very high sampling rates in data converters allows most analog filtering and conditioning to be performed close to the antenna, resulting in a simpler, more flexible front end than in the past.
Heterogeneous processing capability
- Simplified integration with RF sampling devices eliminates the complexity of the JESD204B high-speed serial interface. This means that even basic functions such as inter-device communication require fewer programmable logic resources, thereby freeing up more computational resources for application‑specific IP than in the past. 。
Product Applications
Communication application scenarios
- 5G and LTE Wireless technology: via Zynq RFSoC , wireless infrastructure manufacturers can achieve significant reductions in board space and power consumption, which is beneficial for later stages MIMO Technological development is of paramount importance.
- Satellite communications: Designers can, by implementing in… Z YNQ UltraScale+ RFSoC Use directly in Chinese RF Sampling, high flexibility, reconfigurable logic, and software programmability enable the development of high‑speed, multifunctional instruments for signal generation and signal analysis.
Test and Measurement Application Scenarios
- Designers can by in Z YNQ UltraScale+ RFSoC Utilization in China RF Sampling, high flexibility, reconfigurable logic, and software programmability enable the creation of high‑speed, multifunctional instruments for signal generation and analysis; they also support real‑time video capture, encoding, and transmission, with capabilities for high‑resolution, low‑latency video surveillance.
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