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No, I'm afraid it doesn't look like it. The AFE5809EVM module has a narrower version of the Samtec connector as compared to Altera's HSMC. Also, the connectors are board-to-board (mezzanine) connectors and not intended to be connected via a cable.
You'll have to find another way of connecting the ADC to the FPGA.
Regards,
Alex
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Thank you for the reply.
I full understand that LVDS uses matched length pairs, and can be susceptible to skew based on differing trace lengths, and can also be affected by trace thichkness, trace capacitance and mutual inductance.
This bring me to my next (possibly stupid) question.
My project is this: Use 2 channels from AFE5809 to sample analogue quantity. Capture quantity and assemble into a packet data to send out via ethernet.
Am I better off using a DSP for this purpose? There is no signal ananlysis required, so really just being able to read the ADC 14/12bit data, temporarily storing it, adding some framing data, adding a RTC time stamp, and spitting it out over ethernet.
So I guess my question is:
Would you use a FPGA or a DSP (or even a rasberry Pi) for this?
My reason for the FPGA/DSP was reliability and flexibility. The main issue is reading the LVDS serialised data.
Thank you in advance.
Brett
Adroit