Changes

* 2 seconds - ARM9 bootrom attempts to initialize the NAND.

* 2 seconds - ARM9 bootrom attempts to initialize the NAND.

**If the NAND is successfully initialized:

**If the NAND is successfully initialized:

***the ARM9 bootrom loads the [[FIRM|firmware]] stored in the NAND [[FIRM]] partition which handles booting the rest of the system (if verification for NAND firm0 fails, the ARM9 bootrom will attempt to use firm1 instead). If the NCSD header is missing, an attempt to read a certain NTR cartridge is made.

***the ARM9 bootrom loads the [[FIRM|firmware]] stored in the NAND [[FIRM]] partition which handles booting the rest of the system (if verification for NAND firm0 fails, the ARM9 bootrom will attempt to use firm1 instead).

***The ARM11 kernel loaded from FIRM then launches the [[NCCH#CXI|CXI]] ARM11 system modules loaded from FIRM (i.e. sm, fs, pm, loader, and pxi). (Note that the ARM11 kernel does not handle any encryption/RSA verification, this is handled by the [[FIRM|ARM9]].)

***The ARM11 kernel loaded from FIRM then launches the [[NCCH#CXI|CXI]] ARM11 system modules loaded from FIRM (i.e. sm, fs, pm, loader, and pxi). (Note that the ARM11 kernel does not handle any encryption/RSA verification, this is handled by the [[FIRM|ARM9]].)

**If the NAND cannot be initialized (i.e. the NAND chip is not connected/damaged/etc), a [[Bootloader#Error_Codes|blue error screen]] appears.

**If the NAND cannot be initialized (i.e. the NAND chip is not connected/damaged/etc), a [[Bootloader#Error_Codes|blue error screen]] appears.