Tutorial  Updated

NAND Dumping 2DS/3DS/3DS XL/N3DS/N3DS XL!

Hardmodding 3DS Family Systems


This is a tutorial for those who want to perform a NAND dump (or a "hardmod") of their 3DS/2DS/N3DS console(s).

This tutorial is mainly directed towards those who are new to the 3DS scene and want to dump their NAND to be able to easily restore later. This is for all of the 3DS models currently available: 3DS, 3DS XL, New 3DS, New 3DS XL, and 2DS. This hardmod is useful for a myriad of reasons, not limited to just having a backup of your system in case you brick it. For the purpose of brevity, I will refer to these systems as simply "3DS" from here on when I am actually referring to any of these consoles in general.

If you have been on the 3DS scene for a while, you have may heard the terms 'hardmod' or 'NAND Dump'. A NAND is a type of flash memory that is used, in the case of the 3DS, to store important information such as firmware. The firmware is retrieved from the NAND by the bootloader when the console is powered on. One question I get asked commonly is if a NAND dump from one system can be flashed onto another system. However, the NAND is encrypted with a key that is specific to each console. Therefore, this is not possible. Hardmodding your 3DS will add a level of protection: knowing that you can simply flash the NAND dump back onto your system if it ever gets bricked. I would advise keeping your NAND file someplace safe after dumping, such as a cloud service. You never know if/when you are going to need it, and if you ever get bricked and you do not have a NAND dump available, there is no going back. You have been warned.

Before we begin the tutorial, it is CRUCIAL that you know/have experience soldering. There are many videos on YouTube on how to solder, and I will link a few at the end of this guide. Soldering takes practice to learn and get the hang of, so don't just blindly jump into modding without a solid understanding of soldering, because most likely YOU WILL BREAK YOUR DEVICE

This is a compilation of information about hardmodding each 3DS system. The majority of the information below is a detailed explanation of how to install a hardmod based on the NAND pinout images that are on 3DBrew. I am by no means an expert on this topic and I am still learning the inner workings of it all. If you have any questions, please feel free to comment below and I will try answer them. To begin, here are some of the advantages and some of the disadvantages of a hardmod:

Advantages:
  • You will have a full backup of your 3DS firmware, so that you will be able to restore your NAND if you accidentally brick your 3DS during the downgrading process.
  • The tools are relatively inexpensive to perform the hardmod.
Disadvantages:
  • The hardmod may cause problems if you are not careful: It may even lead to bricking your device!
  • Solder splashes can be harmful as well: they may short circuit other things.
  • Soldering experience is required, even though this is very simple, make sure you are fully acquainted with soldering before even attempting to come anywhere near your 3DS with your soldering iron. A solid grasp of soldering techniques will greatly help you and make sure your 3DS does not become an expensive piece of trash.
Disclaimer: I am not to be held responsible if you end up breaking your device due to incorrect soldering or irresponsibility.

Now, for the tools:
  1. A soldering iron: One with a fine tip
  2. Solder: I use rosin core 60/40 solder. Do NOT use acid core, as this is corrosive to the motherboard and can screw things up.
  3. Tinning Flux
  4. Phillips #000 screwdriver or JIS #000: Phillips #000 or JIS #000 screwdrivers are recommended. You can also use Phillips #00 or JIS #00, but you may strip the screws if you are not careful.
  5. win32diskimager program on your computer
  6. Wires: I personally recommend you use these wires, but if you dont want them, you can just use wires ripped out from earbuds and then buy seperate butt connectors for them. All you need to do is to solder four wires onto the male end of the connector.
  7. microSD Card Adapter
  8. **microSD Card Reader: NOTE: ONLY CERTAIN TYPES OF READERS WILL WORK. MORE INFORMATION ON THIS BELOW.
  9. Hot Glue Gun/ Super glue: This is necessary if you plan on making this a permanent mod on your 3DS. This is used to glue on the butt connector of the wire.
  10. Tweezers
  11. A brain
Note: I do not own the following images of the 3DS consoles in the tutorials below, they belong to their respective owners.


STEPS FOR OLD 3DS XL CONSOLE:
IMPORTANT NOTE:
There are only certain SD card readers confirmed working with this mod for 3DS XL:


Anker® USB 3.0 (68UNMCRD-B2U) : Realtek RTS5306
TekRepublic TUC-300 : Realtek RTS5307
SanDisk SDDR-121-A11M : GL827
Transcend P8 TS-RDP8K : ALCOR AU6476 (Thank you Gamerquest1 and zchtoy)
Anker® USB 3.0 4-Slot Card Reader (A7612) : RT5301 (Ava)

(The "Anker" readers have been highly tested by me and others who have performed a hardmod. They are confirmed to work with the Old 3DS. Therefore, the "Anker" readers are best recommended to work with this hardmod)
  1. Remove all peripherals from the console and store them someplace safe
  2. Flip the console over and unscrew the two screws on top securing the back plate. Note: These screws do not come off completely; they remain attached to the back plate. Remove the back plate by hinging it outward
    uiGfsMWIvvMi1Gxg.medium
  3. Once the back plate is removed, you need to remove the 3DS XL battery
    NDaL1FwfgpipXktP.huge
  4. Now remove the six screws that hold the back cover in place. Keep these somewhere safe.
    TCb3gX1x3AIQipCO.huge
  5. Once all the screws are removed, the 3DS XL PCB will be exposed. DO NOT FORCEFULLY FLIP THE COVER OPEN. There are still two ribbon cables attached to the motherboard. Gently flip the back cover over and detach the ribbon cables using your fingernail. Place the back cover aside.
  6. Once you have done that, get your wires and all the other materials you need to begin soldering. You will be working near the NAND: There are 4 main contacts that you will be soldering to. The top one is the DAT0 (Data Zero), the next one is CMD, and the next one is CLK (Clock). Over to the left, you will see some solder: This can serve as GND (Ground). The NAND chip in the following picture has been removed to see the points easier. You can find these points near the chip to the right of the game card slot. The other DAT contacts (DAT1, DAT2, and DAT3) are not required, but you can solder to them if you are looking for faster transfer speeds. This is beyond the scope of this tutorial, but the basic principle is the same except you now need 7 wires with a connector and you need to solder the extra DAT points on the microSD adapter.
    CTR_NAND_pinout_XL.jpg
    x3DSXL_NAND_pinout.jpg.pagespeed.ic.g4Y7x9TAPS.jpg
  7. Apply some tinning flux to the end of your wire and use the wire as a brush to apply it onto the contacts that you will be soldering on. You could also use a q-tip to apply the flux to the contacts. This will make your soldering job easier.
  8. Begin soldering the four wires to each of the contacts: DAT0, CMD and CLK, and also GND (the solder blob). Make sure your soldering is clean, neat, and make sure you soldered the right points.
  9. Once you have triple checked that your solder work is perfect, cut a hole onto the back cover (not the back plate) of your 3DS console to place the butt connecter to the wires. If you are using the wires that I recommended, the connectors are already provided. You can make a hole by drilling it in or using your soldering iron to melt a hole. Then, you can finish it off using a hand file. Once you have made a hole for the butt connector, use a hot glue gun (or superglue) to glue the butt connecter to the back cover. Only apply the hot glue to the INSIDE of the back cover.
  10. Turn on your 3DS system to make sure that it still works properly and you didn’t kill it.
  11. Grab your microSD card adapter. It is time we solder the wires to it. If you are using my recommended wires, grab the second set of wires that came with the package. I highly, highly recommend that you color code the wires (one color for GND, another for CMD, CLK, and DAT0). Open your microSD adapter by using your fingernail to pry open the casing. Pull out the chip inside.
  12. You will see 8 pins inside the adapter. Solder the wires to the respective pins according to the diagram below. The diagram here shows a different point for Ground. You can also use that point or the solder blob. I use the solder blob because it is closer.
    mode-jpg.20214
  13. Now, once you have done that, it is time for the software portion. Plug your SD adapter into the recommended reader, but DO NOT plug the reader into the computer...yet.
  14. Power on your 3DS. If you did everything right, there should be a bootrom error message on a blue screen. In this state, you are now able to read/write the NAND. Do not power off your 3DS, and plug the reader into the USB port of your computer.
  15. On your computer, right click win32diskimager and select "Run as Administrator". Type in your administrator password and the program will open.
  16. Name the file whatever you want, but make sure you end it in (.img), so the program recognizes it as a Disk Image File. For example, you can name it NAND.img. Click on "Read". This process will take a few minutes. If you want to ever restore your NAND dump back to your device, then choose the disk image file and click on "Write" instead of "Read".
  17. Your NAND should now be successfully dumped! Make sure to check the file sizes of the NAND to see if the dump was completed successfully.



STEPS FOR 2DS
IMPORTANT NOTE: There are only certain SD card readers confirmed working with this mod for 2DS. Note that they are the same as the New 3DS:
Anker® USB 3.0 (68UNMCRD-B2U) : Realtek RTS5306
TekRepublic TUC-300 : Realtek RTS5307

Some other card readers that use the same chipset /controller but have not been tested although should work:

Plugable USB3-FLASH3 -
SIIG JU-MR0E12-S1-
Startech FCREADMICRO3 -

Other card readers that work
SanDisk SDDR-121-A11M : GL827
Anker® USB 3.0 4-Slot Card Reader (A7612) : RT5301 (Ava)

(The "Anker" readers have been highly tested by me and others who have performed a hardmod. They are confirmed to work with the Old 3DS. Therefore, the "Anker" readers are best recommended to work with this hardmod)
  1. Remove all peripherals from the console and store them someplace safe
  2. Flip the console over and unscrew the two screws on top securing the back plate. Note: These screws do not come off completely; they remain attached to the back plate. Remove the back plate:
    cdb3AdyJTrNhIjrr.huge
  3. Once the back plate is removed, you need to remove the 2DS battery
    YA2mNvc2fLpeZ4NZ.huge
  4. Now remove the ten 1.587mm screws that hold the back cover in place. Keep these somewhere safe.
    g5rOkC1kZTksR6lZ.huge
  5. Once all 10 screws are removed, the 2DS PCB will be exposed. DO NOT FORCEFULLY FLIP THE COVER OPEN. There is still a ribbon cable attached to the back cover. Gently flip the back cover over and unscrew the two .793mm screws attaching the ribbon cable to the back panel. Place the back cover aside.
    nCtU5fTtc3gYBBVe.large
  6. Once you have done that, get your wires and all the other materials you need to begin soldering. You will be working near the NAND: There are 4 main contacts that you will be soldering to. They are DAT0 (Data Zero), CMD, CLK (Clock), and we will use the metal SD card shielding for GND (Ground). The other DAT contacts (DAT1, DAT2, and DAT3) are not required, but you can solder to them if you are looking for faster transfer speeds. This is beyond the scope of this tutorial, but the basic principle is the same except you now need 7 wires with a connector and you need to solder the extra DAT points on the microSD adapter. All of these contacts are located on the opposite side of the motherboard. Flipping the motherboard may be a bit tedious and difficult to do, so here is a link that goes into detail on how to do it rather than me typing it here: https://www.ifixit.com/Guide/Nintendo+2DS+Motherboard+Replacement/35842
    2DSeMMC.jpg
  7. Apply some tinning flux to the end of your wire and use the wire as a brush to apply it onto the contacts that you will be soldering on. You could also use a q-tip to apply the flux to the contacts. This will make your soldering job easier and prevent oxidation.
  8. Begin soldering the four wires to each of the contacts: DAT0, CMD and CLK, and also GND (the SD shielding). Make sure your soldering is clean, neat, and make sure you soldered the right points.
  9. Once you have triple checked that your solder work is perfect, cut a hole onto the back cover (not the back plate) of your 2DS console to place the butt connecter to the wires. If you are using the wires that I recommended, the connectors are already provided. You can make a hole by drilling it in or using your soldering iron to melt a hole. Then, you can finish it off using a hand file. Once you have made a hole for the butt connector, use a hot glue gun (or superglue) to glue the butt connecter to the back cover. Only apply the hot glue to the INSIDE of the back cover.
  10. Turn on your 2DS system to make sure that it still works properly and you didn’t kill it.
  11. Grab your microSD card adapter. It is time we solder the wires to it. If you are using my recommended wires, grab the second set of wires that came with the package. I highly recommend that you color code the wires (one color for GND, another for CMD, CLK, and DAT0). Open your microSD adapter by using your fingernail to pry open the casing. Pull out the chip inside.
  12. You will see 8 pins inside the adapter. Solder the wires to the respective pins according to the diagram below. The diagram here shows a picture of the 3DS XL PCB. Disregard that, as this is for 2DS, and focus on the SD card diagram and where each wire should be soldered.
    mode-jpg.20214
  13. Now, once you have done that, it is time for the software portion. Plug your SD adapter into the recommended reader, but DO NOT plug the reader into the computer...yet.
  14. Power on your 2DS. If you did everything right, there should be a bootrom error message on a blue screen. In this state, you are now able to read/write the NAND. Do not power off your 2DS, and plug the reader into the USB port of your computer.
  15. On your computer, right click win32diskimager and select "Run as Administrator". Type in your administrator password and the program will open.
  16. Name the file whatever you want, but make sure you end it in (.img), so the program recognizes it as a Disk Image File. For example, you can name it NAND.img. Click on "Read". This process will take a few minutes. If you want to ever restore your NAND dump back to your device, then choose the disk image file and click on "Write" instead of "Read".
  17. Your NAND should now be successfully dumped! Make sure to check the file sizes of the NAND to see if the dump was completed successfully.
STEPS FOR OLD 3DS

IMPORTANT NOTE: There are only certain SD card readers confirmed working with this mod for 3DS (Same as XL) :
Anker® USB 3.0 (68UNMCRD-B2U) : Realtek RTS5306
TekRepublic TUC-300 : Realtek RTS5307
SanDisk SDDR-121-A11M : GL827
Transcend P8 TS-RDP8K : ALCOR AU6476 (Thank you Gamerquest1 and zchtoy)
Anker® USB 3.0 4-Slot Card Reader (A7612) : RT5301 (Ava)

(The "Anker" readers have been highly tested by me and others who have performed a hardmod. They are confirmed to work with the Old 3DS. Therefore, the "Anker" readers are best recommended to work with this hardmod)
  1. Remove all peripherals from the console and store them someplace safe where the homeless won't find them
  2. Flip the console over and unscrew the four screws on top securing the back plate. Note: These screws do not come off completely; they remain attached to the back plate. Remove the back plate by gently prying it apart.
    ITwcDRVYSfefXdaR.huge
  3. Once the back plate is removed, you need to remove the 3DS battery
    veZLHretTgIkbLcI.huge
  4. Now remove the nine 6.3mm screws that hold the back cover in place. Keep these somewhere safe. Don't forget the screw on the gamecard slot.
    BkJd3OSBpy1Rvikh.huge
  5. Once all 9 screws are removed, the 3DS PCB will be exposed. DO NOT FORCEFULLY FLIP THE COVER OPEN. There are still two ribbon cables attached to the motherboard. Gently flip the back cover over and detach the ribbon cables using your fingernail. Place the back cover aside.
  6. This next step involves flipping the motherboard, as the NAND chip is located on the back side of the motherboard. For the purpose of brevity, I have omitted the details on how to disassemble the motherboard properly to flip it, as this is beyond the scope of this tutorial. You can Google this, or look at video teardowns of the old 3DS on YouTube.
  7. Once you have done that, get your wires and all the other materials you need to begin soldering. You will be working near the NAND: There are 4 main contacts that you will be soldering to. They are DAT0 (Data Zero), CMD, and CLK (Clock). The other DAT contacts (DAT1, DAT2, and DAT3) are not required, but you can solder to them if you are looking for faster transfer speeds. This is beyond the scope of this tutorial, but the basic principle is the same except you now need 7 wires with a connector and you need to solder the extra DAT points on the microSD adapter. There are two points that can serve as GND (Ground). The first is a contact near the game card slot, and the other is a solder blob. Pick whichever one you want. As you can see, CLK is underneath the card reader. To access it, you must desolder the 3 legs of the card reader and slightly bend up. This may be a bit tough, so there is also another CLK point you can use that is on the opposite side of the motherboard .
    CTR_NAND_pinout.png
    3dsDump2.jpg
  8. Apply some tinning flux to the end of your wire and use the wire as a brush to apply it onto the contacts that you will be soldering on. You could also use a q-tip to apply the flux to the contacts. This will make your soldering job easier.
  9. Begin soldering the four wires to each of the contacts: DAT0, CMD and CLK, and also GND (the solder blob or the contact). Make sure your soldering is clean, neat, and make sure you soldered the right points.
  10. Once you have triple checked that your solder work is perfect, cut a hole onto the back cover (not the back plate) of your 3DS console to place the butt connecter to the wires. If you are using the wires that I recommended, the connectors are already provided. You can make a hole by drilling it in or using your soldering iron to melt a hole. Then, you can finish it off using a hand file. Once you have made a hole for the butt connector, use a hot glue gun (or superglue) to glue the butt connecter to the back cover. Only apply the hot glue to the INSIDE of the back cover.
  11. Turn on your 3DS system to make sure that it still works properly and you didn’t kill it.
  12. Grab your microSD card adapter. It is time we solder the wires to it. If you are using my recommended wires, grab the second set of wires that came with the package. I highly, highly recommend that you color code the wires (one color for GND, another for CMD, CLK, and DAT0). Open your microSD adapter by using your fingernail to pry open the casing. Pull out the chip inside.
  13. You will see a few pins inside the adapter. Solder the wires to the respective pins according to the diagram below.
    3dsDump4.jpg
  14. Now, once you have done that, it is time for the software portion. Plug your SD adapter into the recommended reader, but DO NOT plug the reader into the computer...yet.
  15. Power on your 3DS. If you did everything right, there should be a bootrom error message on a blue screen. In this state, you are now able to read/write the NAND. Do not power off your 3DS, and plug the reader into the USB port of your computer.
  16. On your computer, right click win32diskimager and select "Run as Administrator". Type in your administrator password and the program will open.
  17. Name the file whatever you want, but make sure you end it in (.img), so the program recognizes it as a Disk Image File. For example, you can name it NAND.img. Click on "Read". This process will take a few minutes. If you want to ever restore your NAND dump back to your device, then choose the disk image file and click on "Write" instead of "Read".
  18. Your NAND should now be successfully dumped! Make sure to check the file sizes of the NAND to see if the dump was completed successfully.



STEPS FOR NEW 3DS

NOTE: Only the following SD card readers work with the New 3DS! (Not the same as the Old 3DS models):​

Anker® USB 3.0 (68UNMCRD-B2U) : Realtek RTS5306
TekRepublic TUC-300 : Realtek RTS5307

Some other card readers that use the same chipset /controller but have not been tested although should work:
Plugable USB3-FLASH3 -
SIIG JU-MR0E12-S1-
Startech FCREADMICRO3 -

Other card readers that work
SanDisk SDDR-121-A11M : GL827
Transcend P8 TS-RDP8K : ALCOR AU6476 (Thank you Gamerquest1 and zchtoy)
(Due to complaints about the Transcend reader not being compatible, it has been removed from this list. It is recommended that you use one of the other readers)

Anker® USB 3.0 4-Slot Card Reader (A7612) : RT5301 (Ava)

(The "Anker" readers have been highly tested by me and others who have performed a hardmod. They are confirmed to work with the New 3DS. Therefore, the "Anker" readers are best recommended to work with this hardmod)


Card reader chipsets known not to work on N3DS with the Samsung eMMC, but may still work on one with the Toshiba and the 3DS/XL eMMC:
GL3220
GL3233
GL834

  1. Remove all peripherals from the console and store them someplace where the homeless won't find them.
  2. Remove the back plate of the console by unscrewing the top two screw that secure it. Note: These do not remove completely, they still remain attached to the motherboard.
    new-3ds-5.jpg
  3. Remove the battery. Now, unscrew the three screws that secure the microSD card reader. The New 3DS motherboard will now be exposed. BE CAREFUL!! There is still a ribbon cable underneath the microSD card reader. Carefully detach them with your fingernail.
    new-3ds-6.jpg
  4. Remove the 5 screws that are on the border of the console and carefully open the back case of the New 3DS. Additionally, there should be two rubber pegs at the top of your console. Remove them with tweezers, and unscrew the two screws that are underneath. Carefully flip the back casing open. There are still two ribbon cables underneath, so detach them with your fingernail. You should have now exposed the whole motherboard.
    new-3ds-13.jpg
  5. The next step involves flipping the motherboard to access the NAND on the other side. This is beyond the scope of this tutorial. For a detailed guide on disassembling the motherboard, look here: https://www.ifixit.com/Guide/Nintendo+3DS+XL+2015+Motherboard+Replacement/41361. Warning! The NEW 3DS and the NEW 3DS XL have certain clips that do NOT open. These clips are shown in this picture (taken by pbanj). The cables simply pull out. Do not attempt to bend these clips to open them. Click here for a fix if you accidentally bend these clips.
    4vaRfZ2.jpg
  6. The following image shows the NAND pinout for the New 3DS. We will only be soldering to DAT0, CMD, CLK and also ground (GND) You can simply use the metal game card shielding for GND. Just solder to a corner of the game card shielding. The other DAT contacts (DAT1, DAT2, and DAT3) are not required, but you can solder to them if you are looking for faster transfer speeds. This is beyond the scope of this tutorial, but the basic principle is the same except you now need 7 wires with a connector and you need to solder the extra DAT points on the microSD adapter. NOTE: Here is a link to a thread with details about an alternative CLK point for the New 3DS.
    N3DSeMMC.jpg
  7. Now, it is time to mount the butt connector. You can pick any place to mount it. You can use your soldering iron to melt a hole, and then use a hand file to finish it off. Once that is done, hot glue the butt connector to the hole. If you are using my recommended wires, then the butt connectors are already attached. If not, you will have to manually solder wires to a separate butt connector.
  8. Grab your SD card adapter and pry it open using your fingernail. Place the casing aside and pull out the actual adapter itself. If you are using my recommended wires, then grab the second set of wires that came in the package and solder each wire according to the diagram below. If not, then you must solder a butt connector to one end and solder the other ends of the wire to the SD adapter shown in the diagram below.
    mmc_adapter.jpg
  9. Once you have created your Franken-SD Adapter, connect the butt connectors together, and then put the makeshift microSD adapter into the SD reader (Make sure you have one of the readers from the list above!). DO NOT plug the SD reader into your computer yet…
  10. Turn on the N3DS console. If everything went well, you should be on a blue bootrom error screen. In this state, the NAND can be read/written to. Now, without powering off your device, plug the SD reader into the USB port of your computer.
  11. Your computer may ask you if you want to format your NAND. DO NOT DO THIS. EVER. IT WILL DESTROY YOUR DEVICE. CLICK CANCEL. Now, right click on win32diskimager and select “Open as Administrator”. Once it is open, type whatever you want to name your file and make sure you add (.img) at the end. For example, you can name it nand.img. Click on "Read".
  12. Your NAND should now be successfully dumped! Make sure to check the file sizes of the NAND to see if the dump was completed successfully.
STEPS FOR NEW 3DS XL
NOTE: Only the following SD card readers work with the New 3DS XL! (Not the same as the Old 3DS models):

Anker® USB 3.0 (68UNMCRD-B2U) : Realtek RTS5306
TekRepublic TUC-300 : Realtek RTS5307

Some other card readers that use the same chipset /controller but have not been tested although should work:
Plugable USB3-FLASH3 -
SIIG JU-MR0E12-S1-
Startech FCREADMICRO3 -

Other card readers that work
SanDisk SDDR-121-A11M : GL827
Transcend P8 TS-RDP8K : ALCOR AU6476 (Thank you Gamerquest1 and zchtoy)
(Due to complaints about the Transcend reader not being compatible, it has been removed from this list. It is recommended that you use one of the other readers)

Anker® USB 3.0 4-Slot Card Reader (A7612) : RT5301 (Ava)

(The "Anker" readers have been highly tested by me and others who have performed a hardmod. They are confirmed to work with the New 3DS XL. Therefore, the "Anker" readers are best recommended to work with this hardmod)

Card reader chipsets known not to work on N3DS with the Samsung eMMC, but may still work on one with the Toshiba and the 3DS/XL eMMC:
GL3220
GL3233
GL834
  1. Remove all peripherals from the console and store them someplace where the homeless won't find them.
  2. Remove the back plate of the console by unscrewing the top two screw that secure it. Note: These do not remove completely, they still remain attached to the motherboard.
    ItsctXxYnpWHaGbE.huge

  3. Remove the 6 screws that are on the border of the console. Additionally, there should be two rubber pegs at the top of your console. Remove them with tweezers, and unscrew the two screws that are underneath. Carefully flip the back casing open. There are still two ribbon cables underneath, so detach them with your fingernail. You should have now exposed the whole motherboard.
    nCgM35SfWxS1LjiY.huge
  4. The following image shows the NAND pinout for the New 3DS XL. These pinouts are located on the other side of the board. You will need to flip the motherboard to access them. Warning! The NEW 3DS and the NEW 3DS XL have certain clips that do NOT open. These clips are shown in this picture (taken by pbanj). The cables simply pull out. Do not attempt to bend these clips to open them. Click here for a fix if you accidentally bend these clips.
    4vaRfZ2.jpg
  5. We will only be soldering to DAT0, CMD, CLK and also ground (GND) You can simply use the metal game card shielding for GND. Just solder to a corner of the game card shielding. The other DAT contacts (DAT1, DAT2, and DAT3) are not required, but you can solder to them if you are looking for faster transfer speeds. This is beyond the scope of this tutorial, but the basic principle is the same except you now need 7 wires with a connector and you need to solder the extra DAT points on the microSD adapter. An alternate CLK point is also provided
    00_n3ds-xl_pins-png.17927
    attachment.php
  6. DO NOT use this area for GND because of the power connector in blue near it:
    img_0519-jpg.18624
  7. Now, it is time to mount the butt connector. You can pick any place to mount it. You can use your soldering iron to melt a hole, and then use a hand file to finish it off. Once that is done, hot glue the butt connector to the hole. If you are using my recommended wires, then the butt connectors are already attached. If not, you will have to manually solder wires to a separate butt connector.
  8. Grab your SD card adapter and pry it open using your fingernail. Place the casing aside and pull out the actual adapter itself. If you are using my recommended wires, then grab the second set of wires that came in the package and solder each wire according to the diagram below. If not, then you must solder a butt connector to one end and solder the other ends of the wire to the SD adapter shown in the diagram below.
    mmc_adapter.jpg
  9. Once you have created your Franken-SD Adapter, connect the butt connectors together, and then put the makeshift microSD adapter into the SD reader (Make sure you have one of the readers from the list above!). DO NOT plug the SD reader into your computer yet…
  10. Turn on the N3DS XL console. If everything went well, you should be on a blue bootrom error screen. In this state, the NAND can be read/written to. Now, without powering off your device, plug the SD reader into the USB port of your computer.
  11. Your computer may ask you if you want to format your NAND. DO NOT DO THIS. EVER. IT WILL DESTROY YOUR DEVICE. CLICK CANCEL. Now, right click on win32diskimager and select “Open as Administrator”. Once it is open, type whatever you want to name your file and make sure you add (.img) at the end. For example, you can name it nand.img. Click on "Read".
  12. Your NAND should now be successfully dumped! Make sure to check the file sizes of the NAND to see if the dump was completed successfully.
STEPS FOR THE NEW 2DS XL
I currently do not have an in-depth tutorial for the New 2DS XL system. Little is documented about the NAND of this system, and I personally have not attempted to do a hardmod on this device. However, NAND pinouts for the New 2DS XL system have been found, and a full tutorial for this particular system can be found in this video. Once enough people have tested these pinouts, I will do an actual tutorial for the New 2DS XL:


Warning! Many people have not tested these pinouts for the New 2DS XL. 3DBrew has not documented the NAND pinouts for this system either. As such, follow this video at your own risk. I am not to be held responsible for any damage that you do to your system by following an unofficial video tutorial.


Important Links:
NAND Error Codes
3DBrew has documented details about the 3DS NAND, including other useful information. Here is a list of all the error codes that is shown by the ARM9 bootrom when the NAND isn't initialized during startup (including when you have a franken-SD attached):

NAND Sizes
This shows the different NAND sizes for 3DS consoles

Old 3DS XL NAND Dump Video Pt 1
A video tutorial on hardmodding the Old 3DS XL Part 1

Old 3DS XL NAND Dump Video Pt 2
A video tutorial on hardmodding the Old 3DS XL Part 2

How to Solder (for beginners)
A video that teaches soldering concepts to beginners. Make sure you become proficient in soldering and have attempted it before you solder your 3DS

Hardmod Installers
For those who want somebody to install a hardmod on your 3DS console, this link shows trusted hardmod installers by region (UK, France, Germany, USA, Italy, and Brazil).
 
Last edited by TheToaster,

Dominohax

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Hi to all!

Will this reader also work? It is the follow up of the TS-RDP8K.

Transcend USB 3.0 Super Speed Multi-Card Reader for SD/SDHC/SDXC/MS/CF Cards (TS-RDF8K)

Thanxs for your reaction.
 

deno80

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I successfully dumped NAND with this 2 card readers
LDNIO-SY596
Hama 00091092 8 in1 SD / MicroSD Card Reader
 

FellDragonGrima

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If you, say, contact a hardmod installer, how would you go about it? Do you simply send the 3DS you want hardmod-ed in the mail to them? Or what?

Also, say you're not good at installing CFW and all that. Can the person hardmodding the 3DS (that belongs to you) do that for you too?

As you can tell, I'm a total noob when it comes to all this.
 

vb_encryption_vb

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If you, say, contact a hardmod installer, how would you go about it? Do you simply send the 3DS you want hardmod-ed in the mail to them? Or what?

Also, say you're not good at installing CFW and all that. Can the person hardmodding the 3DS (that belongs to you) do that for you too?

As you can tell, I'm a total noob when it comes to all this.

I do all this, and yes, you have to send it in.
 

SirNapkin1334

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Does the Wire & Cable hanging out the back of the 3DS cause anyone any bad inconvenience? Also, how would I be able to Read/Write the NAND a second time, since you didn't say how to bring up the BootRom error a second time.
 

vb_encryption_vb

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Does the Wire & Cable hanging out the back of the 3DS cause anyone any bad inconvenience? Also, how would I be able to Read/Write the NAND a second time, since you didn't say how to bring up the BootRom error a second time.


Remove wires once it's done reading / writing. No need to power off console between dumping, patching and writing back.

As for your profile questions, it's a mac, throw it away, best advice I have there lol. SOrry, not sorry. I have no idea honestly. As long as you can read / write you should be ok.
 

SirNapkin1334

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Remove wires once it's done reading / writing. No need to power off console between dumping, patching and writing back.

As for your profile questions, it's a mac, throw it away, best advice I have there lol. SOrry, not sorry. I have no idea honestly. As long as you can read / write you should be ok.


Ok. Two questions. Is NTRCFW a CFW (i.e. when I go to Sys-Settings will it say "Emu [NTR Version]") or is it something different so I can still update. And, Can I perhaps send my 3DS in to you to 1. Do a hardmod. 2. Install Luma & HBL Loader & Starter Kit, 3. if NTRCFW is NOT a cfw then install that and 4. remove hardmod from earlier. If you would like to do that to my 3DS, please tell me your email so I can get in touch (I can't do PM's yet so I'd rather not give my email). I'd be willing to pay 30-40 dollars.
EDIT: I should probably say that I have an o3DS XL.
EDIT 2: I'll also pay Shipping
 
Last edited by SirNapkin1334,

marcushg85

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hello there, i have a n3dsxl that shows blue screen xxxxxx 400 when turned on (have no idea on what happened, they sold it to me like that, aparently someone did something wrong but when i opened it everything looked ok, no bad solders or anything..), does that mean there's a hardware failure or just bricked? now i've soldered test points for sd adapter and when connected to sd reader and pc shows xxxxx 200 which i suppose it means it's getting detected and the hardmod is ok? now i need a compatible sd reader.... i'll have to order an anker one... but it will be a week until i get it.
By the way, i've seen there are two places to get DAT0 and CMD (test points and where the resistors) but is there a CLK alt point?
Thanks!!!
 

ApoloDays

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Hey everyone. I was wondering, do you have to use that specific model of sd card reader or anything of the brand will do? Also how can a micro sd card reader work on the 2ds method if you use a sd adapter? Could you answer me, please?
 

marcushg85

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hello i have an anker usb3 ar200 2 slot reader labeled as 68anreader-b2a and looks like it's not working for reading my nand (but my n2dsxl looks reacts as if everything was fine, blue screen with either 400 or 200 error, even got 208 error...)
how can i know what chipset does the sd card reader have, even if it is fake or something (windows detects it as generic usb3 sd reader)
thanks
 

2tailedfox

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Hello,
I have dumped 4 times.
New3dsxl. Chip did not say toshiba or samsung on it.
File size is 1,933,312KB for all 4 dumps.
The link going to 'nand sizes' is broken and just goes back to 3ds.guide which does not seem to say anywhere what the size should be.
How can I verify that my dumps are good before I go ahead and build stuff then flash it?
Sorry if this was said previously, but who has time to read 118 pages?
Thanks in advance!
 

kekMate

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I tried hardmodding my New 2DS XL today. I probably bricked it permanently.
imgur com/a/Esl2s
(dot missing, space instead, 'cuz of antispam protection, kek...)

TLDR:
What caused the bricking? The burnt CMD solder pad in the 1st picture, or are the 2 loose, slightly bent ribbon cable latches in the 3rd picture? Please, share your knowledge with me, i want to do it again, i hate it when i can't get something done, im determined, but i need the help of you guys to educate myself (and i need a quality soldering iron for sure, too...).

Long version:
I would love an expert's opinion on the matter. Here is how it went down:

So i opened the case, no problem. Removed the battery, the battery frame, disconnected the ribbon cables, removed the analog stick, removed the screws holding the MB. I flipped the motherboard, removed the C-stick.

I prepared for soldering. I used a cheap-ass iron .

And that's where I screwed up big time. Before attempting to solder my new 2DS, i was practicing on a broken piece of board for a half an hour. I noticed that the tip of the iron started to discolor, and soon blacken. I bought a few new tips, and started turning the device on and off after reaching the melting temperature of the solder, to prevent it from burning out. Even this way, the tip had difficulties accepting solder on its surface.
Still, i went ahead, and tried soldering the 3 wires to the MB. I pretinned the wires and the solder pads successfully. But by the time i wanted to solder the wires to the pads, my tip got a bit burnt, so it wasnt hot enough to melt the solder on the pad and the wire together. So i tried to keep it there a little longer than usual. Evidentally, it was hot enough to burn the left CMD pad.

So i immediately suspected that no matter what i do from here on out, i probably will en up with a bricked console. Still, i moved on, just for practise, so I will be better at all of this next time.

I replaced the tip and used the other solder pad for CMD, the other two i soldered together the pairs of solder pads. I ended up with something like this, before hot glueing it up to fix them in place and insulate the bare wire parts:

They werent bridged, and they were strong joints, i couldnt lift them up from the board. After all this work, i went for the reassembly. I encountered another problem:
Two of the ribbon cable connectors i couldnt reconnect properly (picture).

No matter how i pressed down on the latches, they just wouldn't stay in place, there was no clicking sound either. I even noticed when i disconnected them, that these latches didint really turn as all the others, it felt more like bending them upwards. Turns out, i was right. So i tried to tape them down, but they were just slightly better than without the tape, they were still bent upwards, not really securing the ribbon cables 100%.

After i finished the assembly, I turned it on, and i got the error with 400 in it, i guess it's for NAND not found.

After all this, i disassembled it all again, removed all the solder and all the wires, reassembled it all again, just to make sure it was bricked. Still, no luck, i still got the blue error screen with 400 in it.
 
Last edited by kekMate,

leonardorh

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For anyone wondering, the guide for N2DSXL works. I used the Anker usb reader suggested. Just make sure the wiring is correct, I spent an hour wondering why it wouldn't read and it was because I has messed up the wiring. Make sure you look at a diagram of how micro sd card adapters are wired. Also, some of the smaller ribbon cables are attached to little connectors that don't use latches so look at the warnings in the 3ds guide and don't try to lift the latches for those connectors.
 
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marcushg85

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i will try again to rewire the SD cutting the wires shorter just to be sure, leonardorh which anker reader you have? i ordered the one there but mine is marked as 68anreader which i someone said it has a different chipset... but is there a way to know which chipset has my anker reader? (without opening it)
thanks
 

fuhrerandre

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First. Sorry for my english, its bad i know sorry.

i have a N3DS XL,

when i turn the n3ds xl withouth the SD adapter, ir turn on good, even i can play videogames.
when i put the SD adapter in. the 3ds turn with the blue screen ONLY in the bottom display. in the top display only turn on in dark.

the bottom display turn in blue and show the next error:

Bootrom: 8046
Errcode: 00F800FE 00000000 00000000 00000400 00000000

i tried with multiple SD cad adapter but no one work. the pc detect de SD card reader but when i put the false SD adapet, the pc never detect the 3ds.

i buy this adapter "ANKER 3.0 card reader adapter" like the tutorial says.

i dont know what is wrong with my set up, i checket very times my soldering and the points with the tutorial and its in the right place.

i think i had the correct error in my 3ds.

before this, i do a hardmode in a o3ds xl, and all good, at the first time. but with this n3dsxl i have much problems.

Pd. i dont undertand why when i dont put the false sd adapter my 3ds turn on good, the 2 screen and i can play. but when put the false sd in the ANKER 3.0 only turn on the button display in blu, the top display turn on, but in dark. help me please, if u need some photos say me, and i will upload it.

Edit: i think my problem its my nand. i dont have a Samsung nand.
added photos. i can put in the forum sorry

photo5710658967566395307.jpg photo5710658967566395309.jpg photo5710658967566395310.jpg photo5710658967566395311.jpg photo5710658967566395312.jpg
 
Last edited by fuhrerandre,

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