Rockbox Development > New Ports

SanDisk Sansa c200v2, m200v4, clipv1, clipv2, clip+, and fuzev2

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funman:
server adds crlf to .txt files ..

LiquidAcid:
Nope, doesn't work for me. Displays still turns white once the bootloader is through. Again tested both with and without the microSD card.

EDIT: Just logged into IRC, same nick as here. In case you want me to test some more without spamming the board.

epithetless:
With the thought that this may not yet be known and may aid in development:

I am able to bypass the whitescreen on my 8GB Fuze v1 once it appears by repeatedly pressing the Play button. The time (and number of presses) it takes varies. The menu then displays normally. However, there is tremendous lag in player response time after this point, to the degree that it makes operation unfeasible. I don't know if this behavior is merely a result of the distressed loading process, but perhaps someone with more coding savvy will find the information useful...


[I've edited the above post to provide more detail. The procedure (repeatedly-pressing-Play-to-bypass-the-whitescreen) seemed more effective with r23199 than with the most recent build (r23203), but it still works after a fair amount of button pressing.]

LiquidAcid:
At what point exactly do you press play? Does it matter how long the whitescreen is already displayed?

I'm asking because I can't seem to reproduce this. Pressing play doesn't give me the normal menu screen on my Fuze v1.

FlynDice:
@ Those with fuzes getting white screens:

Would you please try changing line 369 in system-as3525.c from CVDD_1_10 to CVDD_1_20.
  This keeps the voltage scaling code in place we just don't lower the voltage to 1.10 volts, it "changes" it to 1.20v where it already is.

If this solves the white screen would you then try going back to CVDD_1_10 and then comment out line 342:
        while(adc_read(ADC_CVDD) < 480)
  This is the check that the voltage has returned to 1.20 before we boost the frequency.

If that works uncomment and I would be interested if changing the value from 480 to either 470 or 460 works.
  This cheats down just a little bit from the 1.20V we're looking for.

Thanks!

EDIT:
I've lowered the voltage check to 1.175 volts and it seems to do the trick.
Thanks liquidAcid for all the testing!

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