The ADC3910D125EVM GUI currently only supports sample rates up to 90MHz. The GUI will be updated to support the full speed in the future.

1. Connect a Bandpass filtered 65MHz clock signal to the ADC.
2. Connect a bandpass filtered 5MHz analog input signal to either ADC input.
3. Open HDC Pro. Always ensure that HSDC Pro is open before opening the GUI.
4. When prompted to connect to a board, click Cancel.
   Figure 4-1 Canceling the Board Selection in HSDC Pro
5. Open the ADC39xxEVM GUI and wait for the GUI to connect to the ADC3910D125EVM and the TSWDC155EVM. This may take up to 30 seconds.
   Figure 4-2 Opening the ADC39xxEVM GUI
6. Once the GUI opens, set the Sample Frequency to 65MHz.
   Figure 4-3 Setting Sample Frequency in ADC39xxEVM GUI
7. Click Program to program the ADC and FPGA. This may take up to 30 seconds.
   Figure 4-4 Programming the ADC with the ADC39xxEVM GUI
8. Once the programming is complete, the Capture button becomes enabled. Click the capture button to capture data in HSDC Pro. This may take a few seconds.
   Figure 4-5 Capturing ADC Data With the ADC39xxEVM GUI
9. When the data is captured, an FFT appears in HSDC Pro, where you can view the performance of the device. For more functions and features of HSDC Pro, see the HSDC Pro User Guide.
   Figure 4-6 Viewing Captured Data in HSDC Pro