Dear,
I have an AD9082 evaluation board, struggling with selecting the right JESD mode and clock configuration. It's necessary in order to implement different decimation and interpolations.
The datasheet refers the users to ADs MxFE JESD204 mode selector tool (python-based SW). However, the tool doesn't work and crashes all the time with the same error message.
See the example below.
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Analog Devices Inc
Revision date Mar 2022
Revision PrD
A series of prompts will help narrow down the usable
JESD204 modes supported by the MxFE platform.
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Please select product
1 AD9081
2 AD9082
3 AD9986
4 AD9988
5 AD9207
6 AD9209
7 AD9177
Enter index of selection
2
How many Fine Digital Up-Converter (FDUC) are used? (0 to bypass, up to 8)
2
How many Fine Digital Down-Converter (FDDC) are used? (0 to bypass, up to 8)
2
For Tx, consider the following modes:
1 Single Link
2 Dual Link
3 Single And Dual Link
Enter index of selection
1
For Rx, consider the following modes:
1 Single Link
2 Dual Link
3 Single And Dual Link
Enter index of selection
1
Select the following JESD modes to include
1 JESD204B
2 JESD204C
3 JESD204B AND JESD204C
Enter index of selection
1
Please enter desired Tx Sample rate (GSPS) [2.9-12]
12
Please enter min Tx instantaneous Bandwidth (MHz) (600MHz max):
375
Please choose Rx Sample Rate from these Tx clock division options (GSPS) [1.45-6]:
1 6.0
2 4.0
3 3.0
Enter index of selection
1
Please enter min Rx instantaneous Bandwidth (MHz) (610MHz max):
375
Supported Tx Lane rates (GBPS): []
Supported Rx Lane rates (GBPS): []
There are no compatible Lane Rates, loosen constraints and try again
Traceback (most recent call last):
File "JESD_Mode_Helper.py", line 506, in <module>
File "JESD_Mode_Helper.py", line 483, in masterloop
TypeError: cannot unpack non-iterable NoneType object
[12964] Failed to execute script 'JESD_Mode_Helper' due to unhandled exception!
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Could you please me with this?
