I am trying to use an Analog Devices AD9082 with a Xilinx ZCU102 host board. My idea is to send data from the processor to the DAC and to receive data from the ADC and send them to the processor. Can this video help me ?
I also want to add that I use an Enclustra Mecury+ XU7 MPSoC (ME-XU7-15EG-2I-D12E-R4.1) with an Enclustra Mecury+ ST1. Thus, I cannot use the ACE platform from AD.
Thanks for your question. The sample rate shown in the video is 1.5 Gsps. With 16-bit I and 16-bit Q data for each sample, that is 4 bytes per sample. Thus, the data rate is 6 GBps, or 48 Gbps. The ZCU102 board does not have a data pipe big enough to move this large data rate. Thus, in the video, we show how to use Analog Devices IIO software, and small buffers of data which are located on the ZCU102 board. In order to do what you want to do, the ZCU102 board must be replaced with a board which has either PCIe, or big ethernet connections. I am not familiar with the Enclustra boards, but looking at the Mercury+ and Mercury+ ST1 on their website, it does not look like there are ways of moving the data in and out of the FPGA board at a fast enough rate.
I am trying to use an Analog Devices AD9082 with a Xilinx ZCU102 host board. My idea is to send data from the processor to the DAC and to receive data from the ADC and send them to the processor. Can this video help me ?
Any suggestion of video that can help me ?
FPGA : Module SOM FPGA Xilinx Zynq UltraScale+ XCZU15EG-2FFVC900I
Evaluation board : AD9082-FMCA-EBZ
I also want to add that I use an Enclustra Mecury+ XU7 MPSoC (ME-XU7-15EG-2I-D12E-R4.1) with an Enclustra Mecury+ ST1. Thus, I cannot use the ACE platform from AD.
Thanks for your question.
The sample rate shown in the video is 1.5 Gsps. With 16-bit I and 16-bit Q data for each sample, that is 4 bytes per sample. Thus, the data rate is 6 GBps, or 48 Gbps. The ZCU102 board does not have a data pipe big enough to move this large data rate. Thus, in the video, we show how to use Analog Devices IIO software, and small buffers of data which are located on the ZCU102 board.
In order to do what you want to do, the ZCU102 board must be replaced with a board which has either PCIe, or big ethernet connections. I am not familiar with the Enclustra boards, but looking at the Mercury+ and Mercury+ ST1 on their website, it does not look like there are ways of moving the data in and out of the FPGA board at a fast enough rate.