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Showing content with the highest reputation on 06/16/2016 in all areas

  1. Hi, I figured people here may be more interested in this project. I have some cool graph extensions I'm building in an open source project, which make some nice graphical overlays for XY graphs and waveform graphs in LabVIEW. I've got a github page where you can grab the code, support the project or just have a look at some of the same screenshots. Everything updates live in the graph, so you really need to see it, to get how it all works, so here you go: https://github.com/unipsycho/Graph-Extensions-LabVIEW Please star follow the project if you want to see this developed and I'd appreciate any feedback or ideas to extend it further. The markers are very much IN development right now, so no where near finished, but the tools can still be seen working. THANKS!
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  2. Don't forget about the existance of the much much newer ethernet rio targets -- if you can handle slower loop rates (and shoving all high speed logic onto the FPGA) they're really a lot easier to deal with (at least in my experience). Still, I think these benchmarks should give you a good idea: http://www.ni.com/product-documentation/10596/en/ and http://www.ni.com/white-paper/52642/en/ If you grab the excel sheet off the first one you can guess how much data is transferred and it estimates latency and delays through each node. For a basic enough example the second page shows results for the 9068. In this case 4 slaves at 10 ms uses 13% of the CPU, similar to the 9024.
    1 point
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