OK, so maybe you could test one of those two to see which one it is?
I am attaching them directly, they are unpacked from artifacts linked above and renamed. I'd start with nodcdc, if that works no need to try the other one. I really don't know but just guess that if 32kHz crystal was missing it would just freeze and reboot later by watchdog.
Also, at present the battery drained to about 20% in a little over four days, and every time I switch a screen the percentage will change a little bit both up and down. I fully charged it yesterday afternoon and it is now at 84% after probably 20 hours of wear. Is that normal or related to the issues I'm having?
It really depends how much you use it. If you are testing it then maybe you use it more now than average user would. I think just wearing it connected to phone could last a week or more. If HR sensor or GPS is used then maybe less.
Battery going a bit up and down is normal. If there is big power draw by enabling something like GPS or even running some app that is heavily using CPU the battery voltage goes down and then recovers a bit when watch is idle. The percentage is just computed from voltage.
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OK, so maybe you could test one of those two to see which one it is?
I am attaching them directly, they are unpacked from artifacts linked above and renamed. I'd start with nodcdc, if that works no need to try the other one. I really don't know but just guess that if 32kHz crystal was missing it would just freeze and reboot later by watchdog.
It really depends how much you use it. If you are testing it then maybe you use it more now than average user would. I think just wearing it connected to phone could last a week or more. If HR sensor or GPS is used then maybe less.
Battery going a bit up and down is normal. If there is big power draw by enabling something like GPS or even running some app that is heavily using CPU the battery voltage goes down and then recovers a bit when watch is idle. The percentage is just computed from voltage.
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