Summary

The ADS-STANDALONE/9R1 is a standalone fully enclosed 8 channel ADC (5 GSPS@14 bit - Gen3 RFSoC) and 8 channel DAC (10 GSPS@14 bit - Gen3 RFSoC) data converter based on AMD RFSoC technology. This is a stand alone deployable platform enclosing an assembly of one ADM-XRC-9R1 and one ADC-XMC-STANDALONE carrier. Digital connection off chip is available through a choice of system interfaces including Ethernet, USB and High-Speed Serial Comms.

The ADS-STANDALONE/9R1 can be remotely powered on and off via the USB connection to the on-board system management controller that runs off the standby power supply.

Specification

Board Format

Environmental Specifications

Operating Humidity Range:
Up to 95% (non-condensing)

Host I/F

Target Device

AMD Zynq® Ultrascale+
XCZU27DR-2 (Gen1), XCZU28DR-2 (Gen1), XCZU47DR-2 (Gen3), XCZU48DR-2 (Gen3) (FFVE1156 or FSVE1156)

FPGA Resources

FPGA Hard IP Cores

On Board Memory

Target FPGA Configuration

PS - Configured via QSPI or uSD

FPGA Configuration Flash

I/O Interfaces

Ordering Information

Related Products

ADM-XRC-9R1

RF Signal Sampling/Generation

The ADM-XRC-9R1 is a high-performance System On Module (SOM) based on the AMD Zynq Ultrascale+ RFSoC, which combines FPGA Fabric, ADC and DAC interfaces and ARM CPU cores in a single low-power device.

View Product

ADA-VPX3-9R1

RF Signal Sampling/Generation

The ADA-VPX3-9R1 is a high performance System On Module (SOM) based on the AMD Zynq Ultrascale+ RFSoC, which combines FPGA Fabric, ADC and DAC interfaces and ARM CPU cores in a single low-power device.

View Product

ADC-XMC-STANDALONE

Standalone carrier for XMC System-on-Module

The ADC-XMC-STANDALONE is a standalone breakout adapter for Alpha Data XMCs. A personality wiring card matches the XMC pinout to route through to the breakout interfaces.

View Product

Resources:

Reference Designs: (RD-9R1)

The RD-9R1 contains a suite of Vivado and Vitis/xSDK reference designs demonstrating how to use the board, in an embedded ARM CPU standalone configuration and in a PCIe-centric mode. An ARM CPU-centric Targetted Reference Design is the primary example, but additional examples include a Gen3x8 P6 PCIe demonstration. The RD-9R1 is compatible with the ADS-STANDALONE/9R1 and ADA-VPX3-9R1.

PCIe examples are compatible with the ADXDMA Driver and API.

Download Reference Designs [Login Required]

Download the ADXDMA Driver [Login Required]

Deliverables

ADS-STANDALONE/9R1 Board
One-Year Warranty
One-Year Technical Support
Reference Designs RD-9R1

Support

Please contact Alpha Data for full details on the available support packages for the ADS-STANDALONE/9R1.