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f_ridge>
<clever___/D> so, i assume that your emmc clock is 200mhz, so a div of 128 gives 1.56mhz
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f_ridge>
<clever___/D> ah, but 128 means /256, fixing the data
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f_ridge>
<clever___/D> your graph is pretty much perfectly linear
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f_ridge>
<clever___/D> and is transfering about 3.85 bits per clock
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f_ridge>
<clever___/D> and is transfering about 3.85 bits per clock on average(edited)
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f_ridge>
<clever___/D> and is transfering about 3.5 to 3.85 bits per clock on average(edited)
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f_ridge>
<clever___/D> so i can see that your already in 4bit mode, and your not hitting a brick wall like i am, at least for reads
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f_ridge>
<x2x6_/D> So the X axis is the MHz of controller part, right?
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f_ridge>
<x2x6_/D> And Y is mbits per second
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f_ridge>
<x2x6_/D> So if looking at 5 (MHz) we see 20mbits/s meaning that we have 4 bits per clock... something like
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f_ridge>
<x2x6_/D> ok
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f_ridge>
<clever___/D> ```
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f_ridge>
<clever___/D> > 6.026324826112757 / 1.5625
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f_ridge>
<clever___/D> 3.8568478887121644
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f_ridge>
<clever___/D> > 87.736850362406 / 25
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f_ridge>
<clever___/D> 3.50947401449624
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f_ridge>
<clever___/D> ```
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f_ridge>
<clever___/D> `mbit/mhz` gives bits per clock, on average
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f_ridge>
<x2x6_/D> Ok, I am still on CMD6 problem then)
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f_ridge>
<clever___/D> yeah, CMD6 and getting it to work at 50mhz
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clever>
juri_:
*waves*
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juri_>
clever: how goes?
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clever>
juri_: i managed to get the sd card into 4bit mode, so i can transfer data 4x as fast now