So, apparently @saleae implemented live viewing in their newest beta software? being able to watch the logic captures come in and decode in real time is /awesome/.
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Because high-bandwidth real time signal processing is complicated and few people realize how to do it effectively, probably :/
I've been using the simplest setups, from @sgstair's S3E logic analyzer that just dumped things over Ethernet back in 2007, to @gnihsub's twlfpga with some trivial code to just dump 8 input pins over the FTDI at 30MHz. WIth some trivial C code on the PC to parse the protocols.pic.twitter.com/xjNpHJzEKc
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Curious what you were doing with that Wii U, since its just a touch too fuzzy to see which specific pads you're hooked up to... Anyway, yeah, fair, but I really like the Logic Pro 16. 16 high bandwidth channels is really, really useful. really improved speed during switch hw RE
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That's a Wii, pre homebrw days (2007). I was messing with the A/V encoder, trying to get VGA-compatible output. Turns out it's impossible due to dumb logic in the chip (you *can* get 480pRGB output, but without any sync pulses, due to an "AND" that should've been an "OR").pic.twitter.com/CDFmiFdqB1
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Heck it's been regressing in complexity -
@sgstair's analyzer at least did RLE compression, these days I don't even bother because I can dump 30msps 8-bit raw over USB anyway, which is good enough for low-speed protocols.Thanks. Twitter will use this to make your timeline better. UndoUndo
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