Quick start

The quick start guide provides step-by-step instructions on how to do an initial system setup for the EVAL-AD9213 evaluation board on the supported FPGA development board. This guide covers how to program the bitstream and boot a Linux distribution over JTAG.

• On VCU118 + EVAL-AD9213
  • Using Linux as software
    • Necessary files
    • Required software
    • Required hardware
    • Testing
      • Creating the setup
      • Programming the board
      • Boot messages
      • Login information
      • Useful commands
      • IIO Oscilloscope
• On ADS8-V1EBZ + EVAL-AD9213/EVAL-AD9217
  • Typical Setup
  • Equipment Needed
  • Helpful Documents
  • Software Needed
  • Board Design and Integration Files
  • Testing
• On ADS8-V1EBZ + AD9213-10GEBZ-B
  • Typical Setup
  • Configuration for External Clocks
  • Equipment Needed
  • Helpful Documents
  • Software Needed
  • Board Design and Integration Files
  • Testing
  • Notes

Supported carriers

The EVAL-AD9213 connects to the FPGA carrier via an FMC+ connector. Because the evaluation board does not natively expose the JTAG chain, a ZX180V-HSPC breakout adapter is required.

FPGA board	EVAL-AD9213	EVAL-AD9217
VCU118	FMC+	—
ADS8-V1EBZ	FMC+	FMC+

Supported environments

FPGA board	HDL	Linux software	No-OS software
VCU118	Yes	Yes	—

Hardware setup

The EVAL-AD9213 connects to the AMD Xilinx VCU118 via the FMC+ breakout adapter. The carrier setup requires a power supply, UART (115200 baud), and JTAG connections via Micro-USB cables.

VCU118 + EVAL-AD9213

Figure 1 VCU118 with EVAL-AD9213 hardware setup

ADS8-V1EBZ + EVAL-AD9213/EVAL-AD9217

Figure 2 ADS8-V1EBZ with EVAL-AD9213/EVAL-AD9217 hardware setup

ADS8-V1EBZ + AD9213-10GEBZ-B

Figure 3 ADS8-V1EBZ with AD9213-10GEBZ-B hardware setup

Go to the quick start guide.