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- #Gapps 6.0.1 nexus 6 how to#
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- #Gapps 6.0.1 nexus 6 android#
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So, let's begin! Step 1: Enable USB Debuggingīegin by enabling "USB debugging" on your Nexus 7. Adding a custom ROM onto your Nexus 7 will increased speed, give you better performance, and more.
#Gapps 6.0.1 nexus 6 how to#
The rest of this article will cover how to get the most out of your Nexus 7 tablet and guide you through the process of prepping your Nexus 7 for custom ROMs using a Windows computer.
#Gapps 6.0.1 nexus 6 android#
So, now how can you finally break free from your stock Android OS on your Nexus 7 and explore the ultimate customization options available? Great! Breaking Free of Your Stock Android System
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Whew! Okay, now you know that basic terms.
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Popular custom recoveries are ClockworkMod (CWM) and Team Win Recovery Project (TWRP) which uses a touch-only interface to install ROMs, making it a super easy process. It's also used as an option to restore your device to stock when things go awry. Custom recovery: Used to install custom ROMs on your Nexus 7.
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Once rooted, your Nexus 7 can run cool and innovative apps that require all doors to be opened to work. Think of it as kicking down doors at the office that say "Restricted: VIPs Only". Rooting: Rooting is gaining access to parts of Android you normally not allowed in.Bootloaders come locked out of the box to prevent unwanted tinkering unlocking it will allow for custom ROMs on your Nexus 7.
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#Gapps 6.0.1 nexus 6 Pc#
If you are doing this on a Desktop PC then you can hover the mouse over each option in the Variant column and get a little description about what these mean. Now, when you get to the Variant column, this is where things get interesting. This means you just need to click/tap on that platform option and then make sure you have the Android 6.0 option selected as well. So, you should already know if your phone or tablet has a 32-bit or 64-bit SoC. Anything that is ARMv7 and below is not 64-bit. So instead, you’ll have to look and see if your chips has the ARMv8 CPU instruction set. The Qualcomm page is a bit more confusing because they don’t have these separated like this. The Exynos Wiki page has two sections, one for 32-bit and one for 64-bit, so it should make it pretty easy to find out which one you have. If you don’t know off the top of your head, check out this page if you have a Qualcomm Snapdragon SoC, or check out this page if you have a Samsung Exynos SoC. So most of you will only need to figure out if your device is 32-bit(aka regular ARM) or if it is 64-bit(which would be ARM64). It’s rare to find a smartphone that is x86, but that isn’t impossible. The page that I will link to below will give you multiple choices and you’re going to need to know if your smartphone is based on x86, ARM or ARM64 architecture. You’ll need to know which type of processor you have in your smartphone.