So, my spare screen has been sitting around for some time, and decided to just go with the repair anyway. That turned out to be the right choice, since everything went accordingly. Here's some insight about what I found out:
# After the repair and some playing around/testing, I believe whatever initial calibration process that was needed, was performed successfully since I couldn't find a single problem (offset touch, part of the screen not responding, among other common problems people usually complain about). The underlying OS the phone is running doesn't seem to impact the initial calibration whatsoever, as far as I could tell.
# Although I was pretty unsure if this one was going to work under a custom OS, it actually worked flawlessly. After updating the phone to Android 14 (build UP1A.231005.007), I followed the described process, and the fingerprint calibration software was installed and ran.
## I did get a screen indicating no bootable OS was found after restarting the phone to complete the process (see below), but it went away after restarting the phone two more times. I am unsure if this was caused by the custom OS, or by the fact that I had just updated to Android 14 before performing the calibration (people were complaining about issues with 14).
# This one was a mistake on my part, as I was using the wrong address to begin with. [link|https://pixelrepair.withgoogle.com|pixelrepair.withgoogle.com|new_window=true] seems to bring you to a general system update page, while [link|https://pixelrepair.withgoogle.com/udfps|pixelrepair.withgoogle.com/udfps|new_window=true], the correct one, is the one used for fingerprint calibration specifically.
[image|3112726]
In the end, it seems that screen replacements work all the way just fine with Graphene OS and a genuine screen. The underlying OS most likely doesn't matter to the process, so it could possibly work on any custom OS, but that would need to be tested separately.
So, my spare screen has been sitting around for some time, and decided to just go with the repair anyway. That turned out to be the right choice, since everything went accordingly. Here's some insight about what I found out:
# After the repair and some playing around/testing, I believe whatever initial calibration process that was needed, was performed successfully since I couldn't find a single problem (offset touch, part of the screen not responding, among other common problems people usually complain about). The underlying OS the phone is running doesn't seem to impact the initial calibration whatsoever, as far as I could tell.
# Although I was pretty unsure if this one was going to work under a custom OS, it actually worked flawlessly. After updating the phone to Android 14 (build UP1A.231005.007), I followed the described process, and the fingerprint calibration software was installed and ran.
## I did get a screen indicating no bootable OS was found after restarting the phone to complete the process (see below), but it went away after restarting the phone two more times. I am unsure if this was caused by the custom OS, or by the fact that I had just updated to Android 14 before performing the calibration (people were complaining about issues with 14).
# This one was a mistake on my part, as I was using the wrong address to begin with. [link|https://pixelrepair.withgoogle.com|pixelrepair.withgoogle.com|new_window=true] seems to bring you to a general system update page, while [link|https://pixelrepair.withgoogle.com/udfps|pixelrepair.withgoogle.com/udfps|new_window=true], the correct one, is the one used for fingerprint calibration specifically.
[image|3112726]
In the end, it seems that screen replacements work all the way just fine with Graphene OS and a genuine screen. The underlying OS most likely doesn't matter to the process, so it could possibly work on any custom OS, but that would need to be tested separately.
So, my spare screen has been sitting around for some time, and decided to just go with the repair anyway. That turned out to be the right choice, since everything went accordingly. Here's some insight about what I found out:
# After the repair and some playing around/testing, I believe whatever initial calibration process that was needed, was performed successfully since I couldn't find a single problem (offset touch, part of the screen not responding, among other common problems people usually complain about). The underlying OS the phone is running doesn't seem to impact the initial calibration whatsoever, as far as I could tell.
# Although I was pretty unsure if this one was going to work under a custom OS, it actually worked flawlessly. After updating the phone to Android 14 (build UP1A.231005.007), I followed the described process, and the fingerprint calibration software was installed and ran.
## I did get a screen indicating no bootable OS was found after restarting the phone to complete the process (see below), but it went away after restarting the phone two more times. I am unsure if this was caused by the custom OS, or by the fact that I had just updated to Android 14 before performing the calibration (people were complaining about issues with 14).
# This one was a mistake on my part, as I was using the wrong address to begin with. [link|https://pixelrepair.withgoogle.com|pixelrepair.withgoogle.com|new_window=true] seems to bring you to a general system update page, while [link|https://pixelrepair.withgoogle.com/udfps|pixelrepair.withgoogle.com/udfps|new_window=true], the correct one, is the one used for fingerprint calibration specifically.
[image|3112726]
In the end, it seems that screen replacements work all the way just fine with Graphene OS and a genuine screen. The underlying OS most likely doesn't matter to the process, so it could possibly work on any custom OS, but that would need to be tested separately.