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Hi guys, I need MFAM Live data streaming from ethernet or serial UART5 for my project. Initially, I am planning to write a piece of code using C++ that reads the data from one of the ports and prints it on the terminal. To be sure that data is present on UART5, I connected this port to the USB port of my laptop using a suitable cable and tried to monitor data using Putty with different baud rates but found nothing. Is data streaming available on UART5 by default? or do I need to enable it? I can see data on the ethernet port using MagView. Ethernet port uses TCP protocol. Is there any way to enable UDP on the ethernet port? In case I write code to read the ethernet port using TCP then please suggest a suitable reference to start. Thanks a lot

Hello all, I'm currently working on a software project to integrate some Maggy's more effectively into our system. I see that when the magnetometer starts up it outputs it's serial number as well as some other useful information. I'd like to know if there is a serial command I can send that will initiate that information? A reset command for instance. I've read the manual and it suggests that I can simply send 'Reset' via a serial console but have tried it multiple times and have not been able to receive that initial startup string when I try it. Am I missing something? Or is there a terminator that I'm missing? I know it's possible as the digital console software can Live reset the Maggy while it's sending data (same as what I want to achieve) so any help you could offer would be very gratefully accepted. For your information I've used multiple serial console softwares none of which have worked

Thanks a lot, Rui Zhang for your prompt response. This code is valuable for me to start my work.

@kuldeep, No, the data streaming is ONLY through the Ethernet port, not the UART5 port. Current instrument software does not support the UART5 streaming. An example C code to stream MFAM data through the Dev Kit using TCP protocol can be found at:

There is no one right answer to this question. The higher the channel count, the higher the fold (for any given shot interval), and the higher the signal/noise ratio. For land seismic, we generally recommend 24 or higher-fold data. If the shot spacing is equal to the geophone spacing (typical), this means that you must record on at least 48 channels with each shot. In addition, you must have extra channels for electronic rolling. Taken together, this means that for land CDP reflection, you should have a minimum of 72 channels, which will allow you to roll 48 Live channels through a total of 72.