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First of all, download all required softwarebelow, and then follow the instructions.
Install/Requirements
1. Copy XNandHealer.exe to a folder of choice e.g. C:Nandpro
2. Requires .Net Framework 3.5
3. Requires Nandpro + associated drivers (best results with 2.0b, not tested with 3.0)
4. Extract MultiBuilder to a folder of choice e.g. C:NandproMultiBuilder
NOTE: Multi builder (run.exe) is not used/invoked by XNH. It is required as a convenient
package containing all files necessary to run ggBuild.
5. (Optional) Requires FindSecData 0.62 by boby2pc for Uncrippling
1. Run XNandHealer GUI
2. Under Settings, confirm the locations of Nandpro.exe, python.exe & ggBuild.exe
(both in ~MultiBuilderData folder) and optionally FindSecData.exe
3. On the Read Tab, Select the Working directory where your NAND images, logs and fuses
Instructions for correct NAND dumping
1. Select the desired interface (LPT or USB) and click Detect
1. Select the desired interface (LPT or USB) and click Detect
2. Under the Read Tab: Click 'Read Selected...', choose which 'read slots' you want and
click OK to begin. For big block Jaspers, you may only want to read the first 64MB rather
than the full image. You can use the default filenames or rename them first.
3. Once all reads are complete, Observe the integrity icon against each dumped image.
GREEN TICK = Good dump, no errors or remapped blocks
EXCLAMATION = Good dump, but contains bad blocks. Only attempt to fix if you're
not getting exact matching dumps.
RED CROSS = Contains ECC error blocks i.e. read errors. Click 'Fix Selected...' to re-dump
RED CROSS = Contains ECC error blocks i.e. read errors. Click 'Fix Selected...' to re-dump
4. Select and fix image if there are any errors
Instructions for Glitch Hack (once glitching hardware is installed)
1. Connect NAND programmer and dump the NAND as per NAND dumping instructions
2. Under Build XeLL Reloaded Tab, select a previously dumped NAND image and click
3. Click 'Write XeLL To NAND' and let it complete
4. Remove NAND programmer, connect ethernet cable to console and boot console from
5. Enter assigned IP address in the box (e.g. 192.168.1.9) and click 'Get CPU Key from IP'.
'fuses.txt' will be created in the working directory.
6. Under 'Build Glitch Image' Tab, select a dumped NAND image and click
'Build Glicth Image' (IMPORTANT! For jaspers, make sure that the Model
7. Reconnect NAND programmer and click 'Write Glitch Image To NAND' and let it
complete. (No need to remap any bad blocks, ggBuild will have already done it)
8. Remove NAND programmer, and enjoy your glitch-hacked console.
NOTE: Currently, dashlaunch patches will be applied by default. Advanced options will come in a
later revision.
Instructions to Uncripple
1. Under Write Tab: Select a NAND image file and click FindSecData. A list of recommended
patches will be displayed.
1. Under Write Tab: Select a NAND image file and click FindSecData. A list of recommended
patches will be displayed.
2. Select the first in the list and click Write NAND, and you're done!
In some cases you may need to keep going through the list of patches until it works.
Features:
* The fastest most convenient and most reliable way to ensure correct image dumps
* Automated creation and flashing of XeLL Reloaded and ggBuild image
* Able to detect and fix any errors in a NAND dump, making this an excellent aid to
JTAG'ing / RGH'ing
* Automatically remap bad blocks - e.g. remap your freeBOOT image to match the original
* Supports all NAND types, small block and big block
* Tell at a glance if your console has an expolitable 'CB' for JTAGging
* Provides automated process to uncripple using the existing excellent
tools: Nandpro and FindSecData
* Recognises and supports uncrippling for all NAND types 16MB, 256MB, 512MB
* Automatically shows if NANDs are identical at a glance as soon as they're dumped
* Previews the exact write commands to be used before writing
(Nothing is written back to the NAND without the user seeing the commands first)
* Easily manage folders containing lots of NAND dumps if you're handling multiple
consoles
Notes/Issues:
* Block numbers of Big Block NANDs are shown in blue to distinguish them from
* Automatically remap bad blocks - e.g. remap your freeBOOT image to match the original
* Supports all NAND types, small block and big block
* Tell at a glance if your console has an expolitable 'CB' for JTAGging
* Provides automated process to uncripple using the existing excellent
tools: Nandpro and FindSecData
* Recognises and supports uncrippling for all NAND types 16MB, 256MB, 512MB
* Automatically shows if NANDs are identical at a glance as soon as they're dumped
* Previews the exact write commands to be used before writing
(Nothing is written back to the NAND without the user seeing the commands first)
* Easily manage folders containing lots of NAND dumps if you're handling multiple
consoles
Notes/Issues:
* Block numbers of Big Block NANDs are shown in blue to distinguish them from
blocks numbers of small block NANDs. I did this because Nandpro always deals
in small block sizes, even when reading and writing big block images. Therefore,
if you plan to use Nandpro natively based on any block numbers read out from XNH,
then make sure to multiply big block values (shown in blue) by 8 before plugging
them into Nandpro
* Sometimes Nandpro 2.0d and 2.0e will refuse to read a virtual nand file. I don't
know why it reads some and not others but the only solution I've found that works
* Sometimes Nandpro 2.0d and 2.0e will refuse to read a virtual nand file. I don't
know why it reads some and not others but the only solution I've found that works