Warning

This tutorial is only for advanced users and has a serious risk of bricking the console. Make sure you read it completely before executing any step and that you understand every step and its implications. With de_Fuse everything should be unbrickable if you know how.

You should at least have a backup of SLC and SLCCMPT, as we can’t rebuild them at the moment. (can be done in minute_minute, so there is no excuse). We had two cases where the SLC corrupted for an unknown reason, so a backup is essential.

What is this for?

This tutorial goes into rebuilding the MLC from scratch on a clean media. This can become useful, if

• the MLC (eMMC) chip died or corrupted the filesystem
• the SCFM (SLC cache for MLC) became inconsistent
• you want to upgrade the capacity of the internal storage.
• you want to set up a redNAND without SCFM

If you have a bad eMMC chip, but the recovery still works (which is most likely), then there are also ways to fix it without a complete reformat.
If the LED is blinking blue, you have a SLC problem and not a MLC problem, so this tutorial won't help with that.

It will format your MLC, so all data on the internal Wii U memory will be lost.

Update

13.03.2024 - The wafel_setup_mlc.ipx now uses a built in IOSU function to create system folders, that should make sure the permissions are right, which caused problems with game updates in the past. It will also recreate the update folder (so system updates won't be blocked by that)

Prerequisites

• Have either ISFShax installed: https://gbatemp.net/threads/how-to-set-up-isfshax.642258/#post-10280366
  OR de_Fuse 0.7.1 (or later): https://github.com/shinyquagsire23/wii_u_modchip/releases
  Defuse requires some soldering, so ISFShax is probably right for you (if you can still launch the installer).
• A 5.5.x firmware is expected and the only configuration tested. It might work on older firmwares or might be adoptable to those, but it will require special care.

Backing up save games

Do a backup of what you want to preserve, like savegames and Miis.
For Backing up Save games, it is recommended to use SaveMii. That requires that you have Tiramisu or Aroma running.
You can also move your savgames (or whole games) to USB, which should still be readable. When recreating the users after the rebuild, you just have to be carefull to create the users in the right order, to make the ID’s match. A backup by other means (Like savemii) is still recommended.
If you are using this tutorial to fix a failing eMMC you might not be able to use the other Backup options. In that case use the Dump MLC option in the Recovery. You can extract your data from there using wfs-extract.

Storage Options

The Wii U has two ways of connecting internal memory, each with its own drawbacks:

• SDIO – On retail consoles the internal memory is a eMMC chip connected through an internal SDIO bus to the Latte chip. This SDIO bus can also use SD cards (hence the name SD IO). Access to media connected on the SDIO is cached through a file on the SLC, presumably to reduce writes on the MLC. This cache is called SCFM and it is the reason why you always need to backup / restore SLC and MLC together and doesn’t allow easy swapping of multiple SDs.
  IOSU also only supports 3 sizes of media on this bus: <=8GB, 32GB and 64GB. The size will be limited to the biggest it fits, the rest is unusable. This bus is limited to 26MB/s (4bit@52Mhz). For replacing the eMMC with an micro SD you can use MLC2SD or a similar Interposer. Soldering and micro SD adapter using wires, works too.
  It is recommended to use a 64GB Sandisk Max Endurance card (But similar card should also be fine), since the Wii U is known for writing much.
  
  
• SATA – The Disc drive is connected through SATA, the connectors are different but the electrical signals are still the same. Some Kiosk consoles used this Interface to connect to a HDD. The type of the SATA device can be configured in the SEEPROM, so we can configure our retail consoles to also use a SATA HDD / SSD.
  NOTE: @QuarkTheAwesome is building an SATA adapter for that purpose, available soon™.
  
  The advantage of using this interface is, that the size isn’t limited (well WFS is limited to 2TB) and it doesn’t use SCFM, which makes some things easier and improves performance in some circumstances. The obvious disadvantage is that you can’t use your disc drive anymore. Without the Disc Drive vWii System Menu doesn't work. vWii Injectes / Wii VC from the eShop can still be used, but only when installed to USB. Also you still might need to disable the MLC on the SDIO bus, or else the wii u might still use the SDIO one if the SATA device takes too long to init.
  
  
• redNAND – redirects the read / writes to one or more of the internal storage devices to paritions on the SD card. You can create an arbitrary size MLC partition on the SD card and set it up using this tutorial. SCFM can be easily disabled for the redNAND. The 64GB limit does not exist for redNAND if the SCFM is disabled. For redNAND we have a dedicated Tutorial here: https://gbatemp.net/threads/fixing-...-soldering-using-rednand-with-isfshax.642268/

Does that mean we can’t get more than 64GB on the SDIO bus? No, BUT it requires ISFShax / defuse to boot the console every time. @GaryOderNichts created a patch to remove the limits and always use the maximum size of the SDIO media and it also disables SCFM, because SCFM doesn’t work with more than 64GB and disabling SCFM improves performance and reduces wear on the SLC, at the cost of increasing wear of the MLC media. I packaged this patch in wafel_unlimit_mlc.

Rebuilding the MLC

Now that you decided what media you want to use as MLC, we can start with the actual process:

1. Download all the mlc system titles for your region from NUS. This can be done conveniently with MLCRestorerDownloader by @Xpl0itU. Copy the otp.bin from the SD to the folder with the MLCRestorer Downloader so it can get the common key from there.
   
   You will get the output/MLC/{region} directory, which then contains a directory for each title. In total there should be 52 titles totaling ~1.1GiB.
   
   If your console has an old firmware it might also be necessary to get the latest SLC titles.
   
   
2. On the root of your SD card (the one that will go in the front slot, not the MLC replacement) create a folder wafel_install. Then copy all 52 titles to the wafel_install folder, so it now contains the 52 subfolders, one for each title. If you want to reinstall / update SLC titles, you would also put them there.
   
   
3. Attach your MLC media of choice. (If you are using SATA got to Backup and Restore, then at Set SATA Device in SEEPROM select GEN2-HDD (Kiosk CAT-I with HDD)).
   For installing MLC2SD look here: https://gbatemp.net/threads/using-n...emmc-fix-160-0103-system-memory-error.636361/ at the Soldering section.
   
   
4. If you install to eMMC / MLC2SD, got to Backup and Restore and select Erase MLC and Delete scfm.img. If the Erase MLC fails, you can ignore that if it wasn't formatted as MLC before (from a failed install or so).
   
   
5. Put the wafel_setup_mlc.ipx on the SD card in /wiiu/ios_plugins. If you want more than 64GB on SDIO you also need to put the wafel_unlimit_mlc.ipx there. If you install with wafel_unlimit_mlc.ipx, it will be permanently required and therefore also permanently requires ISFShax or defuse.
   
   
6. [Optional, only when using defuse] Open the serial monitor on the PC (Putty / minicom) for defuse to see the setup progress. There will be no display output in the Wii U itself. I attached the whole serial log of a successfull install as a reference.
   
   
7. Select Patch (sd) and boot IOS (slc) in minute to start the setup of your fresh MLC.During the setup you won't see anything on the screen. You have to go by the power led.
   The power LED will flash blue, while it is installing the titles.
   if something goes wrong the LED will turn orange, but it will continue as long as it is blinking.
   The LED will become static once it finished. You can now power off the console.
   If the led is blinking red, something fatal happend. Ask for help.
   During the setup a short log gets written to the SD: wafel_setup_mlc.log.
   In the end it will enable the initial setup on the next boot.
   
   
8. Remove the wafel_setup_mlc.ipx from /wiiu/ios_plugins on the SD.
   
   
9. Boot the console. Patch (sd) and boot IOS (slc)
   
   
10. If everything worked, the initial setup should launch.

ISFShax only: Finalizing

If you are using the wafel_unlimit_mlc.ipx you need to keep ISFShax installed. If you haven't done already complete the "Booting without SD" step form the ISFShax tutorial but also add the wafel_unlimit_mlc.ipx renamed to 9unlimit.ipx to the /storage_slc/sys/hax/ios_plugins directory.
If you are not using the wafel_unlimit_mlc.ipx you can either uninstall ISFShax or keep it as a brick protection. If you keep it complete the "Booting without SD" step form the ISFShax tutorial.
The Wii U should now boot automatically if you don't have an SD in.
You probably also want to enable the autobooting now.

See Also

https://gbatemp.net/threads/wii-u-internal-storage-upgrades-are-possible.635629/

Pictures

512 GB SD card:

@QuarkTheAwesome 120 GB SSD:

Thanks

• @GaryOderNichts for IOSU patches and code I took from the recovery
• @shinyquagsire23 for defuse, minute and stroopwafel
• @QuarkTheAwesome for IOSU format patch and SATA Adapter
• @V10lator for implementing Quota support and some improvements
• @Xpl0itU for MLCRestorerDownloader
• @Lazr1026 for testing and some fixes

 

[V10lator]

You mean the CLK on the eMMC side is shorted to GND? Or is it shorted on the host side?

For me it sounds like some solder flowed into the CLK trace cut while they "tried a few things", so the cut basically got reverted, hence the DSB pads GND shorts to the SDs CLK now. Might be wrong through.

//EDIT: @ErdbeerbaerLP Check that the CLK cut on the Wii Us motherboard isn't shorted in case I'm right.

//EDIT²: Technical explaination @ErdbeerbaerLP: The NAND-AID shorts CLK on the eMMC (client) side to GND to effectively disable the eMMC (clock signal never going high = the eMMC has no time source and can't do anything) when you short the DSB pad on it and it bridges CLK from the host side (the SoC) to the micro SD card. So in case the cut isn't on the Wii Us motherboard or it got somehow reverted by solder there's a short from GND (eMMC/client side CLK) to host side CLK which shouldn't be there.

//EDIT³: Now the following images aren't from the NAND-AID (as you know it) but they should demonstrate what I tried to explain in the second edit:

(here you (slightly, sorry for the bad colors) see DUMMY aka CLK eMMC / client side and GND on the DSB pad. This is a wanted short)

(and here you see CLK host side going left up to the micro SD slot. The DUMMY and CLK pads visible in this image should not be shorted)

 

[ErdbeerbaerLP]

The host side, sadly.
The cut still seems good, it seems to have GND from somewhere else now. Afaik the two pads that were meant to be bridged for this emmc disabling. Tried disconnecting it and still does GND

 

[MoscoMon]

Sadly, it seems my MLC finally died. I turned on the console again today to try to dump the MLC while I could, and this time no CID for the MLC didnt appeared. I tried dumping the system logs first, but an error saying something like "MLC not inserted" filled the screen. I suppose the little old chip was in his last breath. I will continue the tutorial to rebuild MLC in a 64gb SD card. It it doesn't work, I'll look for the SATA SSD adapter. I'll post here if I succeed or fail.

Edit: the 3v3 pad where people solder the nand-aid was ok.

 

[SDIO]

Ok, I'll try it tomorrow and post the results here. Thanks a lot for the help!

Post automatically merged: Jan 9, 2024

I couldn't sleep thinking about the test, so I decided to do it lol
I soldered jumper wires on all the pads. Here's the terminal output:

[pico] Changed state: WIIU_STATE_POWERED_OFF -> WIIU_STATE_NEEDS_DEFUSE
Starting... 3224:0
Results:
Winner! 0xf368
01
03
02
03
04
05
08
09
0a
0b
0c
0d
0e
13
14
15
18
1b
1c
1d
1e
1f
25
88
00
00
[pico] Changed state: WIIU_STATE_NEEDS_DEFUSE -> WIIU_STATE_DEFUSED
[pico] Changed state: WIIU_STATE_DEFUSED -> WIIU_STATE_MONITORING
U�U�U�U�U�U�U�U�[Pico] Switching to data mode...

fe 00 02 07 01 00 00 43 46 25 10 00 28 4d 45 4d
32 4d 45 4d 30 50 52 53 48 84 00 00 00 5d 5d 00
01 5d 5d 00 02 5d 5e 00 04 5d 5e 00 08 ef a2 82
d9 01 00 02 00 00 00 00 10 01 00 02 10 5d 5d 00
04 f0 0f ca ff f0 0f ca fa 55 aa 55 aa 55 aa 55
aa f0 0f ca [Pico] Switching to text mode...
beefcafeprsh: Header at 10005a54, PRST at 10007ff0, 1 entries (32 capacity):
    0: boot_info 0x58 10008000
bootinfo:
 is_coldboot: 00000001
 boot_flags: a6000080
 boot_state: 00000000
 boot_count: 00000001
 field_10: 00000000
 field_14: 00000000
 field_18: ffffffff
 field_1C: ffffffff
 field_20: ffffffff
 field_24: ffffffff
 os_id: ffffffff
 field_2C: ffffffff
 os_size: 00000000
 os_address: 00000000
 boot1_main: 00369f6b
 boot1_read: 00297268
 boot1_verify: 0005fcfe
 boot1_decrypt: 00053ce8
 boot0_main: 00012030
 boot0_read: 000029d2
 boot0_verify: 0000d281
 boot0_decrypt: 0000027a
GPU TV addr: 17500001
GPU DRC addr: 00000000
minute loading
minute was loaded from boot1 context!
Initializing exceptions...
Configuring caches and MMU...
MEM: cleaning up
MEM: unprotecting memory
MEM: mapping sections
MEM: enabling caches
MEM: enabling MMU
MEM: configuring heap
MEM: init done
Interrupts initialized
crypto support initialized
BSP version: 0x25100028
Board type: CF (0x4346)
Board revision: 0xb
DDR props: size=2GiB (0x0800) speed=0x0002 vendor=U! (0x5521)

Initializing SD card...
sdhc: SDHC 1.0, 48 MHz base clock
sdhc_bus_power(0x300000)
sdhc_bus_clock(25000, 0)
sdhc_bus_width(1)
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
CID: 8300474B31DA1020202044534D531B00
CID: mid=1b name='SMSD   ' prv=16.13 psn=0a314b47 mdt=3/2008
CSD: 0040969FFFB76DCA83595F32002F0000
taac=47 nsac=0 read_bl_len=9 c_size=3881 c_size_mult=7 card size=1017643008 bytes
sdcard_select: resp=700
sdhc_bus_width(4)
CCC (hex): 5F5
Mode Status:
 00 64 80 01 80 01 80 01
 80 01 80 01 80 03 00 00
 01 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
Group 1 Support: 80 03
Group 1 Selection: 01
sdcard: enabling highspeed 52MHz clock (32)
sdhc_bus_clock(52000, 1)
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
sdcard_init finished
Mounting SD card...
crypto: ~0x07d bytes of OTP loaded; JTAG is disabled (000000e1)
f8 b1 8e c3 fe 26 b9 b1 1a d4 a4 ed d3 b7 a0 31
11 9a 79 f8 eb e4 2a 22 5e 85 93 e4 48 d9 c5 45
73 81 aa f7 24 8a ef ae 01 68 74 8b f1 0c 5f 79
e6 d4 c4 8e 48 7b 86 68 0b 64 1c bc 16 8e 7d e5
84 76 50 4a 21 9a 85 fd c5 c3 29 30 22 dc f0 38
be dd 72 88 e8 1c 82 ab 5d 89 17 5c 43 48 88 ab
d5 81 62 ec 79 18 13 95 15 56 e1 8e a4 1c 4e eb
87 3f 1c ee 56 a7 2a a7 ed d0 00 00 00
Console is de_Fused! Loading sdmc:/otp.bin...
minini: Failed to open `sdmc:/minute/minute.ini`!
Initializing MLC...
sdhc: SDHC 1.0, 48 MHz base clock
sdhc_bus_power(0x300000)
sdhc_bus_clock(400, 0)
sdhc_bus_clock(400, 0)
sdhc_bus_width(1)
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
mlc: is not an sd, so it is eMMC
CID: 3439495C19FFFFFFFFFF363100000600
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
mlc: MMC_SEND_CSD failed with 1
sdhc_bus_power(0x0)
Mounting SLC...
Mount slc: 0
Mount slccmpt: 0
Mount redslc: -1
Mount redslccmpt: -1
Showing menu...

It did show a CID during the MLC initialization step, and then gave a new error. I can sleep now lol
Good night!

Here it only got to the CID, but not to the CSD. So clk and CMD worked there, but DAT1 seemed to have a problem

Post automatically merged: Jan 10, 2024

@ErdbeerbaerLP I think I missed some context. What are you doing exactly?

 

[V10lator]

@ErdbeerbaerLP I think I missed some context. What are you doing exactly?

I guess the context is this (found it a few pages back in this thread) :

I tried to install a NAND-AID today on a broken hynix wii u.
I double checked the solder connections with my multimeter and everything seems fine (aside from the one at the CLK on the eMMC side, guessing it's not important as the eMMC is dead anyways).
However, the SD Card is not being detected at all. Could it be a wrong capacitor? Got an 0805 10 pF one.
SD Card is a Samsung 512 GB one.
Files in the ios_plugins folder: wafel_core.ipx wafel_isfshax_patch.ipx wafel_setup_mlc.ipx wafel_unlimit_mlc.ipx

BTW @ErdbeerbaerLP 10 pF should be 100 uF, right? Sounds a bit high but should work. For testing you could try it with no capacitor at all, too. Some people are using NAND-AIDs w/o the capacitor. Else we use 0.1 uF to 10 uF, depending on what we have available (0.1 uF should be perfect).

//EDIT: Wait, another source says 10 pF is 0.00001uF... That would be a bit low... Anyway, for testing just use no capacitor at all, we'll solve that later. For now we need to find the root of your short.

//EDIT²: From 200 NAND-AIDs I had around 5 where some VIAs wheren't covered with soldermask. So when printing the PCBs there's a low chance a VIA hole can create an air bubble which removes the mask while it dries. Maybe yours is like this, too, so some CLK related VIA shorts to GND on the Wii Us mainboard? Just a shoot into the blue through but could be fixed with a piece of tape.

//EDIT³: A picture of these rare VIA production/insulation issues:

 

[SDIO]

@ErdbeerbaerLP

Did you check that the CLK line for the eMMC is no longer connected to the one coming from the host? The ck pad on the NAND-AID connects to the eMMC side btw.

Also did you make sure there is no solder bridge on the SD slot? The CLK line is next to GND if I remember correctly.

What version of the board do you have (WUP-01, WUP-50 etc.), then we could check if the via for the CLK lines up with any gnd vias on the board.

 

[MoscoMon]

I'll poke a bit more to see if I can make the eMMC work for a back up. Since I still don't have a NAND-AID (international shipping take some time to arrive here), I'll make an adapter here. I still have one doubt about how to rebuild the MLC. The 52 MLC titles are bigger than my 1gb SD card that I'm using for de_fuse. Should I put them in a second sd card and swap the front cards before rebuilding the MLC?
Also, should I download the SLC titles? I'm not sure how old is the firmware of this console.

 

[SDIO]

You can flash the minute boot1.img to the slccmpt, then you can use every SD card for defuse, even sdxc, as long as it is FAT32.

If you disconnect the eMMC clk again (you can leave the rest attached), you could try to dump it with a cardreader. That would show you if the eMMC is working

 

[ErdbeerbaerLP]

Tested around a little again.
All NAND-AIDs I still have look fine on the bottom regarding solder mask. The ck pads were disconnected according to multimeter, tried to remove more solder off of it anyways, accidentally removed one of the pads (guess my iron is getting too hot for this). However, it still did not stop the GND short. I now scraped away right at the place below the via to get rid of the connection. Now there is no GND on that SD Card connection anymore. In the scraped area was a small bit of copper that is GND, this likely caused it. Now I just need a different place for CLK and it should work. (Also if I am very unlucky, I might also need a CM but I don't think i need that one just yet)
The board is a WUP-01.

 

[SDIO]

You could get clk from the via bottom side of the board. If you use thin enough vire you can go through a big gnd via near to it.

 

[ErdbeerbaerLP]

now I gotta find it there tho. there is a hell lot of connections below the nand chip

 

[Lazr1026]

@ErdbeerbaerLP i dug through my photos and found this.
Red = CLK
Yellow = CMD
White = DAT3
Black = DAT0
Blue = DAT1
Purple = DAT2

 

[ErdbeerbaerLP]

Thanks, will try to connect it now

 

[MoscoMon]

You can flash the minute boot1.img to the slccmpt, then you can use every SD card for defuse, even sdxc, as long as it is FAT32.

If you disconnect the eMMC clk again (you can leave the rest attached), you could try to dump it with a cardreader. That would show you if the eMMC is working

I will try using an old 2gb SD card I use for an r4, but in case the card is dead (it's really old), how would I flash the boot1 to the SLCCMPT? Should I rename it to something and than choose one of the "restore" options in the menu?

 

[SDIO]

yes, rename it to boot1_slccmpt.img and the restore it to the slccmpt boot1.

 

[MoscoMon]

The wii u recognized the sd card:

Initializing MLC...
sdhc: SDHC 1.0, 48 MHz base clock
sdhc_bus_power(0x300000)
sdhc_bus_clock(400, 0)
sdhc_bus_clock(400, 0)
sdhc_bus_width(1)
CID: mid=03 name='SDSC64G' prv=128.15 psn=0e7b3b3a mdt=8/2007
CSD: 00400A807F17DC0100595B32000E4000
CCC (hex): 5B5
mlc: sdhc mode, c_size=121879, card size = 62402560k
sdhc_bus_clock(25000, 0)
mlc_select: resp=700
resetting due to timeout
timeout dump: error_intr: 0x0 intr: 0x0
mlc: MMC_SEND_STATUS failed with 116
sdhc_bus_width(1)
sdhc_bus_clock(0, 0)
sdhc_bus_power(0x0)
sdhc_bus_power(0x300000)
sdhc_bus_clock(400, 0)
sdhc_bus_clock(400, 0)
sdhc_bus_width(1)
CID: mid=03 name='SDSC64G' prv=128.15 psn=0e7b3b3a mdt=8/2007
CSD: 00400A807F17DC0100595B32000E4000
CCC (hex): 5B5
mlc: sdhc mode, c_size=121879, card size = 62402560k
sdhc_bus_clock(25000, 0)
mlc_select: resp=700
resetting due to timeout
timeout dump: error_intr: 0x0 intr: 0x0
mlc: MMC_SEND_STATUS failed with 116
sdhc_bus_width(1)
sdhc_bus_clock(0, 0)
sdhc_bus_power(0x0)
Error while initializing MLC.
Mounting SLC...
Mount slc: 0
Mount slccmpt: 0
Mount redslc: -1
Mount redslccmpt: -1
Power button spam, showing menu...
Showing menu...

I'm going to rebuild the MLC. Wish me luck!

Post automatically merged: Jan 11, 2024

First try. Led got orange, and terminal fell in a loop:

initializing /dev/net/ifmgr/ncl... 00000000 00000000 00000002 00000002
00:14:36:444: NET: Change admin state (2 -> 1)(iface:0 link:2)
00:14:36:446: [WD]>>>> Linkup msg from Net
00:14:36:455: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
00:14:36:461: NET: Change admin state (2 -> 2)(iface:1 link:2)
00:14:36:463: NET: Change admin state (1 -> 1)(iface:0 link:3)
00:14:36:567: [WD]>>>> Linkup msg from Net
00:14:36:577: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
WLC_E_SET_SSID: result 3  aid 0  bssid m
00:14:37:597: NET: Change admin state (1 -> 2)(iface:0 link:2)
initializing /dev/net/ifmgr/ncl... 00000000 00000000 00000002 00000002
alive
00:14:40:605: NET: Change admin state (2 -> 1)(iface:0 link:2)
00:14:40:607: [WD]>>>> Linkup msg from Net
00:14:40:616: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
WLC_E_SET_SSID: result 3  aid 0  bssid m
00:14:41:633: NET: Change admin state (1 -> 2)(iface:0 link:2)
initializing /dev/net/ifmgr/ncl... 00000000 00000000 00000002 00000002
00:14:44:643: NET: Change admin state (2 -> 1)(iface:0 link:2)
00:14:44:645: [WD]>>>> Linkup msg from Net
00:14:44:654: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
WLC_E_SET_SSID: result 3  aid 0  bssid m
00:14:45:673: NET: Change admin state (1 -> 2)(iface:0 link:2)
initializing /dev/net/ifmgr/ncl... 00000000 00000000 00000002 00000002
alive
00:14:51:464: NET: Change admin state (2 -> 1)(iface:0 link:2)
00:14:51:466: [WD]>>>> Linkup msg from Net
00:14:51:475: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
00:14:51:480: NET: Change admin state (2 -> 2)(iface:1 link:2)
00:14:51:483: NET: Change admin state (1 -> 1)(iface:0 link:3)
00:14:51:588: [WD]>>>> Linkup msg from Net
00:14:51:597: wlc_mlme_join_cmd called with Command 0x3 Length 0x21
WLC_E_SET_SSID: result 3  aid 0  bssid m
00:14:52:617: NET: Change admin state (1 -> 2)(iface:0 link:2)
initializing /dev/net/ifmgr/ncl... 00000000 00000000 00000002 00000002

I'll have to continue tomorrow. Good night!

 

[SDIO]

The MLC still errors out in minute, when the clock gets increased. But interestingly IOSU seems to gets past detecting the MLC. Maybe it's just a minute problem? Do you have the whole log?
Do you have all the Wireless modules connected? That looks like the 2,4Ghz module is missing I think.

Also try to use this minute for now https://gbatemp.net/threads/wii-u-stuck-on-logo.630328/post-10324818 it doesn't try to init the MLC, to make sure it doesn't mess it up for IOSU

 

[GoingAFK123]

I have been out of the Wii U homebrew scene for a while, coming back to see the SSD upgrade is a godsend, definetly doing this now

 

[MoscoMon]

The MLC still errors out in minute, when the clock gets increased. But interestingly IOSU seems to gets past detecting the MLC. Maybe it's just a minute problem? Do you have the whole log?
Do you have all the Wireless modules connected? That looks like the 2,4Ghz module is missing I think.

Also try to use this minute for now https://gbatemp.net/threads/wii-u-stuck-on-logo.630328/post-10324818 it doesn't try to init the MLC, to make sure it doesn't mess it up for IOSU

I didn't save the whole log. I'll run it again with this new fw.img and post the log of the rebuilding here.
It didn't try to initialize the MLC this time with this new minute.

[pico] Changed state: WIIU_STATE_NEEDS_DEFUSE -> WIIU_STATE_DEFUSED
[pico] Changed state: WIIU_STATE_DEFUSED -> WIIU_STATE_MONITORING
CF%10(MEM2MEM0PRSH]]01]]02]^04]^08efa282d9010210010210]]04f00fcafff00fcafaU�U�[Pico] Switching to text mode...
U�U�f00fcafeprsh: Header at 10005a54, PRST at 10007ff0, 1 entries (32 capacity):
    0: boot_info 0x58 10008000
bootinfo:
 is_coldboot: 00000001
 boot_flags: a6000080
 boot_state: 00000000
 boot_count: 00000001
 field_10: 00000000
 field_14: 00000000
 field_18: ffffffff
 field_1C: ffffffff
 field_20: ffffffff
 field_24: ffffffff
 os_id: ffffffff
 field_2C: ffffffff
 os_size: 00000000
 os_address: 00000000
 boot1_main: 00369f6b
 boot1_read: 00297268
 boot1_verify: 0005fcfe
 boot1_decrypt: 00053ce8
 boot0_main: 00012030
 boot0_read: 000029d2
 boot0_verify: 0000d281
 boot0_decrypt: 0000027a
GPU TV addr: 17500001
GPU DRC addr: 00000000
minute loading
minute was loaded from boot1 context!
Initializing exceptions...
Configuring caches and MMU...
MEM: cleaning up
MEM: unprotecting memory
MEM: mapping sections
MEM: enabling caches
MEM: enabling MMU
MEM: configuring heap
MEM: init done
Interrupts initialized
crypto support initialized
BSP version: 0x25100028
Board type: CF (0x4346)
Board revision: 0xb
DDR props: size=2GiB (0x0800) speed=0x0002 vendor=U! (0x5521)

Initializing SD card...
sdhc: SDHC 1.0, 48 MHz base clock
sdhc_bus_power(0x300000)
sdhc_bus_clock(25000, 0)
sdhc_bus_width(1)
CID: 4301251873486947363141534D540200
CID: mid=02 name='TMSA16G' prv=105.4 psn=08731825 mdt=3/2004
CSD: 00400A807F7F730000595B32000E4000
sdcard: sdhc mode, c_size=29567, card size = 15138816k
sdcard_select: resp=700
sdhc_bus_width(4)
CCC (hex): 5B5
Mode Status:
 00 C8 80 01 80 01 80 01
 80 01 80 01 80 03 00 00
 01 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
 00 00 00 00 00 00 00 00
Group 1 Support: 80 03
Group 1 Selection: 01
sdcard: enabling highspeed 52MHz clock (32)
sdhc_bus_clock(52000, 1)
resetting due to error interrupt
sdhc: ERROR interrupt, status=0x8000
sdcard: read reported error. status: 00400900
sdcard_init finished
Mounting SD card...
crypto: ~0x07d bytes of OTP loaded; JTAG is disabled (000000e1)
f8 b1 8e c3 fe 26 b9 b1 1a d4 a4 ed d3 b7 a0 31
11 9a 79 f8 eb e4 2a 22 5e 85 93 e4 48 d9 c5 45
73 81 aa f7 24 8a ef ae 01 68 74 8b f1 0c 5f 79
e6 d4 c4 8e 48 7b 86 68 0b 64 1c bc 16 8e 7d e5
84 76 50 4a 21 9a 85 fd c5 c3 29 30 22 dc f0 38
be dd 72 88 e8 1c 82 ab 5d 89 17 5c 43 48 88 ab
d5 81 62 ec 79 18 13 95 15 56 e1 8e a4 1c 4e eb
87 3f 1c ee 56 a7 2a a7 ed d0 00 00 00
Console is de_Fused! Loading sdmc:/otp.bin...
minini: Failed to open `sdmc:/minute/minute.ini`!
Mounting SLC...
Mount slc: 0
Mount slccmpt: 0
Mount redslc: -1
Mount redslccmpt: -1
Power button spam, showing menu...
Showing menu...

All the modules are connected, the wifi, ad the other 2. I move them a bit to see if anything changes.

Post automatically merged: Jan 11, 2024

The LED turned solid purple and it seems the rebuilding stop?

 minute

 Main menu

  Patch (slc) and boot IOS (slc)
  Patch (sd) and boot IOS redNAND
> Patch (sd) and boot IOS (slc)
  Patch (sd) and boot sdmc:/ios_orig.img
  Patch (sd) and boot sdmc:/ios_orig.img redNAND
  Boot 'ios.img'
  Boot IOP firmware file
  Boot PowerPC ELF file
  Backup and Restore
  Interactive debug console
  PRSH tweaks
  Display crash log
  Clear crash log
  Restart minute
  Hardware reset
  Power off
  Credits
ancast: no patch file `ios.patch`, stubbing...
ancast: reading 0xdfd200 bytes from slc:/sys/title/00050010/1000400a/code/fw.img
ancast: ...00000000 -> 01000000
ancast: ...00100000 -> 01100000
ancast: ...00200000 -> 01200000
ancast: ...00300000 -> 01300000
ancast: ...00400000 -> 01400000
ancast: ...00500000 -> 01500000
ancast: ...00600000 -> 01600000
ancast: ...00700000 -> 01700000
ancast: ...00800000 -> 01800000
ancast: ...00900000 -> 01900000
ancast: ...00a00000 -> 01a00000
ancast: ...00b00000 -> 01b00000
ancast: ...00c00000 -> 01c00000
ancast: ...00d00000 -> 01d00000
ancast: done reading
ancast: decrypting slc:/sys/title/00050010/1000400a/code/fw.img...
ancast: fini
ancast: IOS image is prod 5.5.0 ~ 5.5.4
wafel_setup_mlc.ipx
ancast: pre-parsing plugin `sdmc:/wiiu/ios_plugins/wafel_core.ipx`
ancast: pre-parsing plugin `sdmc:/wiiu/ios_plugins/wafel_setup_mlc.ipx`
ancast: loading plugin `sdmc:/wiiu/ios_plugins/wafel_core.ipx` to 27e00000
ancast: loading plugin `sdmc:/wiiu/ios_plugins/wafel_setup_mlc.ipx` to 27f77000
ancast: failed to open data `sdmc:/wiiu/ios_plugins/config.ini`!
ancast: loading data to 27fa3000
9254f7bf 45c7c289
505276c9 505276c9
ancast: loading data to 27fa3320
GPU clocked at: 544.999877MHz
Unmounting SLC...
Shutting down SD card...
sdhc_bus_power(0x0)
Shutting down interrupts...
Shutting down caches and MMU...
Vectoring to 0x01000300...
Searching for OTP store in patch...
Searching for OTP store in plugins...
OTP store at: 27e23204
we in here kern 0x27e00fc0, base 0x27e00000
Inserted 27e00000 before e0000000 and after 20000000!
Inserted 27e00000 before e0000000 and after 27e00000!
Inserted 27e00000 before e0000000 and after 05200000!
  Type           Offset   VirtAddr   PhysAddr   FileSiz    MemSiz     Flg      Align
  PHDR           0x000034 0x1d000000 0x1d000000 0x00000960 0x00000960 0x000000 0x4
  NOTE           0x000934 0x1d000960 0x1d000960 0x000002ac 0x000002ac 0x000000 0x4
  LOAD           0x000034 0x1d000000 0x1d000000 0x00000c0c 0x02b00000 0x000000 0x4000
  LOAD           0x000be0 0x04000000 0x08280000 0x00017020 0x00017020 0x300005 0x4
  LOAD           0x017c00 0x04020000 0x082a0000 0x00003f70 0x00003f70 0x300004 0x4
  LOAD           0x01bb70 0x04024000 0x082a4000 0x00000ed4 0x00000ed4 0x300006 0x40
  LOAD           0x01ca44 0x04025000 0x082a5000 0x00000000 0x000095c0 0x300006 0x40
  LOAD           0x01ca44 0x05000000 0x081c0000 0x000598f0 0x000598f0 0x100005 0x4
  LOAD           0x076334 0x05060000 0x08220000 0x0000ffc4 0x0000ffc4 0x100004 0x40
  LOAD           0x0862f8 0x05070000 0x08230000 0x00003420 0x00003420 0x100006 0x40
  LOAD           0x089718 0x05074000 0x08234000 0x00000000 0x00048574 0x100006 0x40
  LOAD           0x089718 0x05100000 0x13d80000 0x00015d6c 0x00015d6c 0x100005 0x4
  LOAD           0x09f484 0x08120000 0x08120000 0x00015000 0x00015000 0x000005 0x10
  LOAD           0x0b4484 0x08140000 0x08140000 0x00002478 0x00002478 0x000004 0x10
  LOAD           0x0b68fc 0x08143000 0x08143000 0x0000d000 0x0000d000 0x000006 0x10
  LOAD           0x0c38fc 0x08150000 0x08150000 0x00000000 0x00061230 0x000006 0x4000
  LOAD           0x0c38fc 0x10000000 0x10000000 0x00000000 0x00100000 0x100006 0x1
  LOAD           0x0c38fc 0x10100000 0x10100000 0x000312d0 0x000312d0 0x400005 0x4
  LOAD           0x0f4bcc 0x10140000 0x10140000 0x00004694 0x00004694 0x400004 0x4
  LOAD           0x0f9260 0x10145000 0x10145000 0x000000dc 0x000000dc 0x400006 0x4
  LOAD           0x0f933c 0x10146000 0x10146000 0x00000000 0x0037f4e8 0x400006 0x20
  LOAD           0x0f933c 0x10700000 0x10700000 0x000f81c4 0x000f81c4 0x500005 0x4
  LOAD           0x1f1500 0x10800000 0x10800000 0x00033b6c 0x00033b6c 0x500004 0x20
  LOAD           0x22506c 0x10834000 0x10834000 0x000005d0 0x000005d0 0x500006 0x4
  LOAD           0x22563c 0x10835000 0x10835000 0x00000000 0x01406554 0x500006 0x200
  LOAD           0x22563c 0x11f00000 0x11f00000 0x00085770 0x00085770 0x600005 0x4
  LOAD           0x2aadac 0x11fc0000 0x11fc0000 0x000140b0 0x000140b0 0x600004 0x4
  LOAD           0x2bee5c 0x11fd5000 0x11fd5000 0x00023234 0x00023234 0x600006 0x4
  LOAD           0x2e2090 0x11ff9000 0x11ff9000 0x00000000 0x0015f41c 0x600006 0x1000
  LOAD           0x2e2090 0x12300000 0x12300000 0x00131844 0x00131844 0x700005 0x4
  LOAD           0x4138d4 0x12440000 0x12440000 0x000288e8 0x000288e8 0x700004 0x4
  LOAD           0x43c1bc 0x12469000 0x12469000 0x000000e4 0x000000e4 0x700006 0x4
  LOAD           0x43c2a0 0x1246a000 0x1246a000 0x0005b31d 0x0005b31d 0x700006 0x4
  LOAD           0x4975c0 0x124c6000 0x124c6000 0x00000000 0x003c7028 0x700006 0x40
  LOAD           0x4975c0 0x1fb00000 0x1fb00000 0x00300000 0x00300000 0x700006 0x4
  LOAD           0x7975c0 0x1fe00000 0x1fe00000 0x00014ef4 0x00014ef4 0x100006 0x20
  LOAD           0x7ac4b4 0x1fe40000 0x1fe40000 0x00000000 0x001c0000 0x100006 0x1
  LOAD           0x7ac4b4 0x20000000 0x20000000 0x00000000 0x07e00000 0x500006 0x1
  LOAD           0x000000 0x27e00000 0x27e00000 0x00200000 0x00200000 0x100007 0x1
  LOAD           0x000000 0x05200000 0x27e00000 0x00000000 0x00100000 0x100007 0x1
  LOAD           0x000000 0x10600000 0x27e00000 0x00000000 0x00100000 0x100007 0x1
  LOAD           0x7ac4b4 0xe0000000 0x12900000 0x000db65c 0x000db65c 0x800005 0x4
  LOAD           0x887b10 0xe0100000 0x12a00000 0x0002088c 0x0002088c 0x800004 0x4
  LOAD           0x8a839c 0xe0121000 0x12a21000 0x00000124 0x00000124 0x800006 0x4
  LOAD           0x8a84c0 0xe0122000 0x12a22000 0x00000650 0x00000650 0x800006 0x4
  LOAD           0x8a8b10 0xe0123000 0x12a23000 0x00000000 0x0013ef10 0x800006 0x40
  LOAD           0x8a8b10 0xe1000000 0x12bc0000 0x00090d08 0x00090d08 0x900005 0x4
  LOAD           0x939818 0xe10c0000 0x12c80000 0x000213b4 0x000213b4 0x900004 0x4
  LOAD           0x95abcc 0xe10e2000 0x12ca2000 0x00001734 0x00001734 0x900006 0x4
  LOAD           0x95c300 0xe10e4000 0x12ca4000 0x00000000 0x002043b8 0x900006 0x20
  LOAD           0x95c300 0xe2000000 0x12ec0000 0x002651e0 0x002651e0 0xb00005 0x4
  LOAD           0xbc14e0 0xe2280000 0x13140000 0x00048934 0x00048934 0xb00004 0x4
  LOAD           0xc09e14 0xe22c9000 0x13189000 0x00000264 0x00000264 0xb00006 0x4
  LOAD           0xc0a078 0xe22ca000 0x1318a000 0x00000604 0x00000604 0xb00006 0x4
  LOAD           0xc0a67c 0xe22cb000 0x1318b000 0x00000000 0x003fd9f0 0xb00006 0x40
  LOAD           0xc0a67c 0xe3000000 0x13640000 0x0016ba14 0x0016ba14 0xc00005 0x4
  LOAD           0xd76090 0xe3180000 0x137c0000 0x0002c78c 0x0002c78c 0xc00004 0x4
  LOAD           0xda281c 0xe31ad000 0x137ed000 0x00000150 0x00000150 0xc00006 0x4
  LOAD           0xda296c 0xe31ae000 0x137ee000 0x000009d0 0x000009d0 0xc00006 0x4
  LOAD           0xda333c 0xe31af000 0x137ef000 0x00000000 0x0014da94 0xc00006 0x40
  LOAD           0xda333c 0xe4000000 0x13a40000 0x00019704 0x00019704 0xd00005 0x4
  LOAD           0xdbca40 0xe4040000 0x13a80000 0x00005ae8 0x00005ae8 0xd00004 0x4
  LOAD           0xdc2528 0xe4046000 0x13a86000 0x0000005c 0x0000005c 0xd00006 0x4
  LOAD           0xdc2584 0xe4047000 0x13a87000 0x00000000 0x0011123c 0xd00006 0x20
  LOAD           0xdc2584 0xe5000000 0x13c00000 0x0000fd64 0x0000fd64 0xa00005 0x4
  LOAD           0xdd22e8 0xe5040000 0x13c40000 0x0000328c 0x0000328c 0xa00004 0x4
  LOAD           0xdd5574 0xe5044000 0x13c44000 0x000006e4 0x000006e4 0xa00006 0x4
  LOAD           0xdd5c58 0xe5045000 0x13c45000 0x00000000 0x00029900 0xa00006 0x20
  LOAD           0xdd5c58 0xe6000000 0x13cc0000 0x00010a80 0x00010a80 0x200005 0x4
  LOAD           0xde66d8 0xe6040000 0x13d00000 0x00001b90 0x00001b90 0x200004 0x4
  LOAD           0xde8268 0xe6042000 0x13d02000 0x00004990 0x00004990 0x200006 0x4
  LOAD           0xdecbf8 0xe6047000 0x13d07000 0x00000000 0x000011f4 0x200006 0x4
  LOAD           0xdecbf8 0xe7000000 0x082c0000 0x00001000 0x00001000 0x200006 0x4
  LOAD           0xdedbf8 0xeff00000 0xfff00000 0x00000000 0x00008000 0x100006 0x1
  LOAD           0xdedbf8 0xffff0000 0xffff0000 0x0000eb0c 0x0000eb0c 0x000007 0x4
kern_main symbol at: 27e00fc0
our module mem size is: 00177000
registering plugin: 27f77000
registering plugin: 27fa3000
registering plugin: 27fa3320
linking plugin: 27f77000
wafel_core: 12 00000000->00000000 __syscall_exit
wafel_core: 43 00000000->00000000 __syscall_getreent
wafel_core: cf 00000000->00000000 __syscall_lock_init
wafel_core: 11 00000000->00000000 __syscall_lock_acquire
wafel_core: 11 00000000->00000000 __syscall_lock_acquire
wafel_core: 103 00000000->00000000 __syscall_lock_release
wafel_core: 66 00000000->00000000 __syscall_lock_close
wafel_core: e3 00000000->00000000 __syscall_lock_init_recursive
wafel_core: 68 00000000->00000000 __syscall_lock_acquire_recursive
wafel_core: 68 00000000->00000000 __syscall_lock_acquire_recursive
wafel_core: 5c 00000000->00000000 __syscall_lock_release_recursive
wafel_core: 105 00000000->00000000 __syscall_lock_close_recursive
wafel_core: 12 00000000->00000000 __syscall_exit
wafel_core: 43 00000000->00000000 __syscall_getreent
wafel_core: cf 00000000->00000000 __syscall_lock_init
wafel_core: 11 00000000->00000000 __syscall_lock_acquire
wafel_core: 103 00000000->00000000 __syscall_lock_release
wafel_core: 66 00000000->00000000 __syscall_lock_close
wafel_core: e3 00000000->00000000 __syscall_lock_init_recursive
wafel_core: 68 00000000->00000000 __syscall_lock_acquire_recursive
wafel_core: 5c 00000000->00000000 __syscall_lock_release_recursive
wafel_core: 105 00000000->00000000 __syscall_lock_close_recursive
wafel_core: 8 00000000->27e05f20 iosCreateThread
wafel_core: 16 00000000->27e00454 __wafel_dynamic
wafel_core: 1f 00000000->27e060b0 iosOpen
wafel_core: 29 00000000->00000000 __syscall_lock_try_acquire_recursive
wafel_core: 2b 00000000->27e009b8 ios_elf_vaddr_to_paddr
wafel_core: 2d 00000000->27e026b0 usleep
wafel_core: 2e 00000000->27e06060 iosFree
wafel_core: 47 00000000->27e0278c FSA_Open
wafel_core: 50 00000000->27e029e0 FSA_FlushVolume
wafel_core: 60 00000000->27e02870 MCP_InstallTarget
wafel_core: 61 00000000->27e02f34 FSA_FlushFile
wafel_core: 63 00000000->00000000 __syscall_lock_try_acquire
wafel_core: 67 00000000->27e02970 FSA_Unmount
wafel_core: 6a 00000000->27e02b30 FSA_ReadDir
wafel_core: 72 00000000->27e02ce4 FSA_OpenFile
wafel_core: 76 00000000->27e02a48 FSA_MakeDir
wafel_core: 7a 00000000->27e060b8 iosClose
wafel_core: 8b 00000000->27e02ba4 FSA_CloseDir
wafel_core: 98 00000000->27e02ab8 FSA_OpenDir
wafel_core: 9a 00000000->27e02bfc FSA_MakeQuota
wafel_core: a8 00000000->27e060d8 iosIoctl
wafel_core: b3 00000000->27e028c0 FSA_Mount
wafel_core: c9 00000000->27e02798 MCP_InstallGetInfo
wafel_core: cc 00000000->27e06050 iosAlloc
wafel_core: e0 00000000->27e02e40 FSA_WriteFile
wafel_core: e2 00000000->27e05f50 iosStartThread
wafel_core: f2 00000000->27e00678 wafel_find_symbol
wafel_core: f6 00000000->27e02edc FSA_CloseFile
wafel_core: fa 00000000->27e0261c debug_printf
wafel_core: 101 00000000->27e0280c MCP_Install
wafel_core: 109 00000000->27e06058 iosAllocAligned
linking plugin: 27fa3000
wafel_core: plugin 27fa3000 has no DT_REL
linking plugin: 27fa3320
wafel_core: plugin 27fa3320 has no DT_REL
wafel_core: found OTP read pattern 1 at 08120290...
wafel_core: found OTP read at 08120248.
calling kern_entry in plugin: 27f77000
we in here setup mlc plugin kern 0x27f77484
init_linking symbol at: 00000000
setup patches applied
calling kern_entry in plugin: 27fa3000
did not find kern_entry in plugin: 27fa3000
calling kern_entry in plugin: 27fa3320
did not find kern_entry in plugin: 27fa3320
stroopwafel kern_main done
region starting at virtual address 0xffff0000:
        size    = 0x00010000
        paddr   = 0xffff0000
        domain  = 0x00000000
        attributes: Kernel-Only, cached
region starting at virtual address 0x08120000:
        size    = 0x000a0000
        paddr   = 0x08120000
        domain  = 0x00000000
        attributes: Kernel-Only, cached
region starting at virtual address 0x1d000000:
        size    = 0x02b00000
        paddr   = 0x1d000000
        domain  = 0x00000000
        attributes: Read/Write, cached
region starting at virtual address 0x08000000:
        size    = 0x00100000
        paddr   = 0x08000000
        domain  = 0x0000000f
        attributes: Read/Write, cached
region starting at virtual address 0x08100000:
        size    = 0x00020000
        paddr   = 0x08100000
        domain  = 0x00000000
        attributes: Read/Write, cached
region starting at virtual address 0x00000000:
        size    = 0x00001000
        paddr   = 0x00000000
        domain  = 0x00000000
        attributes: Kernel-Only, cached
region starting at virtual address 0x00001000:
        size    = 0x01fff000
        paddr   = 0x00001000
        domain  = 0x00000000
        attributes: Read/Write, cached
region starting at virtual address 0x14000000:
        size    = 0x09000000
        paddr   = 0x14000000
        domain  = 0x00000000
        attributes: Read/Write, cached
region starting at virtual address 0x27c00000:
        size    = 0x00400000
        paddr   = 0x27c00000
        domain  = 0x00000000
        attributes: Read/Write, cached
region starting at virtual address 0x28000000:
        size    = 0xa8000000
        paddr   = 0x28000000
        domain  = 0x00000000
        attributes: Read/Write, cached
IOS_KERNEL: Built 07/28/15 19:27:01, SRAM Utilization 91%, MEM Utilization 90%.
region starting at virtual address 0x05000000:
        size    = 0x0005a000
        paddr   = 0x081c0000
        domain  = 0x00000001
        attributes: Read-Only, cached
region starting at virtual address 0x05060000:
        size    = 0x00010000
        paddr   = 0x08220000
        domain  = 0x00000001
        attributes: Read-Only, cached
region starting at virtual address 0x05070000:
        size    = 0x00004000
        paddr   = 0x08230000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x05074000:
        size    = 0x00049000
        paddr   = 0x08234000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x04000000:
        size    = 0x00018000
        paddr   = 0x08280000
        domain  = 0x00000003
        attributes: Read-Only, cached
region starting at virtual address 0x04020000:
        size    = 0x00004000
        paddr   = 0x082a0000
        domain  = 0x00000003
        attributes: Read-Only, cached
region starting at virtual address 0x04024000:
        size    = 0x00001000
        paddr   = 0x082a4000
        domain  = 0x00000003
        attributes: Read/Write, cached
region starting at virtual address 0x04025000:
        size    = 0x0000a000
        paddr   = 0x082a5000
        domain  = 0x00000003
        attributes: Read/Write, cached
region starting at virtual address 0xe7000000:
        size    = 0x00001000
        paddr   = 0x082c0000
        domain  = 0x00000002
        attributes: Read/Write, cached
region starting at virtual address 0x10000000:
        size    = 0x00100000
        paddr   = 0x10000000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x10100000:
        size    = 0x00032000
        paddr   = 0x10100000
        domain  = 0x00000004
        attributes: Read-Only, cached
region starting at virtual address 0x10140000:
        size    = 0x00005000
        paddr   = 0x10140000
        domain  = 0x00000004
        attributes: Read-Only, cached
region starting at virtual address 0x10145000:
        size    = 0x00001000
        paddr   = 0x10145000
        domain  = 0x00000004
        attributes: Read/Write, cached
region starting at virtual address 0x10146000:
        size    = 0x00380000
        paddr   = 0x10146000
        domain  = 0x00000004
        attributes: Read/Write, cached
region starting at virtual address 0x10700000:
        size    = 0x000f9000
        paddr   = 0x10700000
        domain  = 0x00000005
        attributes: Read-Only, cached
region starting at virtual address 0x10800000:
        size    = 0x00034000
        paddr   = 0x10800000
        domain  = 0x00000005
        attributes: Read-Only, cached
region starting at virtual address 0x10834000:
        size    = 0x00001000
        paddr   = 0x10834000
        domain  = 0x00000005
        attributes: Read/Write, cached
region starting at virtual address 0x10835000:
        size    = 0x01407000
        paddr   = 0x10835000
        domain  = 0x00000005
        attributes: Read/Write, cached
region starting at virtual address 0x11f00000:
        size    = 0x00086000
        paddr   = 0x11f00000
        domain  = 0x00000006
        attributes: Read-Only, cached
region starting at virtual address 0xd1f00000:
        size    = 0x00086000
        paddr   = 0x11f00000
        domain  = 0x00000006
        attributes: Read-Only, un-cached
region starting at virtual address 0x11fc0000:
        size    = 0x00015000
        paddr   = 0x11fc0000
        domain  = 0x00000006
        attributes: Read-Only, cached
region starting at virtual address 0xd1fc0000:
        size    = 0x00015000
        paddr   = 0x11fc0000
        domain  = 0x00000006
        attributes: Read-Only, un-cached
region starting at virtual address 0x11fd5000:
        size    = 0x00024000
        paddr   = 0x11fd5000
        domain  = 0x00000006
        attributes: Read/Write, cached
region starting at virtual address 0xd1fd5000:
        size    = 0x00024000
        paddr   = 0x11fd5000
        domain  = 0x00000006
        attributes: Read/Write, un-cached
region starting at virtual address 0x11ff9000:
        size    = 0x00160000
        paddr   = 0x11ff9000
        domain  = 0x00000006
        attributes: Read/Write, cached
region starting at virtual address 0xd1ff9000:
        size    = 0x00160000
        paddr   = 0x11ff9000
        domain  = 0x00000006
        attributes: Read/Write, un-cached
region starting at virtual address 0x12300000:
        size    = 0x00132000
        paddr   = 0x12300000
        domain  = 0x00000007
        attributes: Read-Only, cached
region starting at virtual address 0x12440000:
        size    = 0x00029000
        paddr   = 0x12440000
        domain  = 0x00000007
        attributes: Read-Only, cached
region starting at virtual address 0x12469000:
        size    = 0x00001000
        paddr   = 0x12469000
        domain  = 0x00000007
        attributes: Read/Write, cached
region starting at virtual address 0x1246a000:
        size    = 0x0005c000
        paddr   = 0x1246a000
        domain  = 0x00000007
        attributes: Read/Write, cached
region starting at virtual address 0x124c6000:
        size    = 0x003c8000
        paddr   = 0x124c6000
        domain  = 0x00000007
        attributes: Read/Write, cached
region starting at virtual address 0xe0000000:
        size    = 0x000dc000
        paddr   = 0x12900000
        domain  = 0x00000008
        attributes: Read-Only, cached
region starting at virtual address 0xe0100000:
        size    = 0x00021000
        paddr   = 0x12a00000
        domain  = 0x00000008
        attributes: Read-Only, cached
region starting at virtual address 0xe0121000:
        size    = 0x00001000
        paddr   = 0x12a21000
        domain  = 0x00000008
        attributes: Read/Write, cached
region starting at virtual address 0xe0122000:
        size    = 0x00001000
        paddr   = 0x12a22000
        domain  = 0x00000008
        attributes: Read/Write, cached
region starting at virtual address 0xe0123000:
        size    = 0x0013f000
        paddr   = 0x12a23000
        domain  = 0x00000008
        attributes: Read/Write, cached
region starting at virtual address 0xe1000000:
        size    = 0x00091000
        paddr   = 0x12bc0000
        domain  = 0x00000009
        attributes: Read-Only, cached
region starting at virtual address 0xe10c0000:
        size    = 0x00022000
        paddr   = 0x12c80000
        domain  = 0x00000009
        attributes: Read-Only, cached
region starting at virtual address 0xe10e2000:
        size    = 0x00002000
        paddr   = 0x12ca2000
        domain  = 0x00000009
        attributes: Read/Write, cached
region starting at virtual address 0xe10e4000:
        size    = 0x00205000
        paddr   = 0x12ca4000
        domain  = 0x00000009
        attributes: Read/Write, cached
region starting at virtual address 0xe2000000:
        size    = 0x00266000
        paddr   = 0x12ec0000
        domain  = 0x0000000b
        attributes: Read-Only, cached
region starting at virtual address 0xe2280000:
        size    = 0x00049000
        paddr   = 0x13140000
        domain  = 0x0000000b
        attributes: Read-Only, cached
region starting at virtual address 0xe22c9000:
        size    = 0x00001000
        paddr   = 0x13189000
        domain  = 0x0000000b
        attributes: Read/Write, cached
region starting at virtual address 0xe22ca000:
        size    = 0x00001000
        paddr   = 0x1318a000
        domain  = 0x0000000b
        attributes: Read/Write, cached
region starting at virtual address 0xe22cb000:
        size    = 0x003fe000
        paddr   = 0x1318b000
        domain  = 0x0000000b
        attributes: Read/Write, cached
region starting at virtual address 0xe3000000:
        size    = 0x0016c000
        paddr   = 0x13640000
        domain  = 0x0000000c
        attributes: Read-Only, cached
region starting at virtual address 0xe3180000:
        size    = 0x0002d000
        paddr   = 0x137c0000
        domain  = 0x0000000c
        attributes: Read-Only, cached
region starting at virtual address 0xe31ad000:
        size    = 0x00001000
        paddr   = 0x137ed000
        domain  = 0x0000000c
        attributes: Read/Write, cached
region starting at virtual address 0xe31ae000:
        size    = 0x00001000
        paddr   = 0x137ee000
        domain  = 0x0000000c
        attributes: Read/Write, cached
region starting at virtual address 0xe31af000:
        size    = 0x0014e000
        paddr   = 0x137ef000
        domain  = 0x0000000c
        attributes: Read/Write, cached
region starting at virtual address 0xe4000000:
        size    = 0x0001a000
        paddr   = 0x13a40000
        domain  = 0x0000000d
        attributes: Read-Only, cached
region starting at virtual address 0xe4040000:
        size    = 0x00006000
        paddr   = 0x13a80000
        domain  = 0x0000000d
        attributes: Read-Only, cached
region starting at virtual address 0xe4046000:
        size    = 0x00001000
        paddr   = 0x13a86000
        domain  = 0x0000000d
        attributes: Read/Write, cached
region starting at virtual address 0xe4047000:
        size    = 0x00112000
        paddr   = 0x13a87000
        domain  = 0x0000000d
        attributes: Read/Write, cached
region starting at virtual address 0xe5000000:
        size    = 0x00010000
        paddr   = 0x13c00000
        domain  = 0x0000000a
        attributes: Read-Only, cached
region starting at virtual address 0xe5040000:
        size    = 0x00004000
        paddr   = 0x13c40000
        domain  = 0x0000000a
        attributes: Read-Only, cached
region starting at virtual address 0xe5044000:
        size    = 0x00001000
        paddr   = 0x13c44000
        domain  = 0x0000000a
        attributes: Read/Write, cached
region starting at virtual address 0xe5045000:
        size    = 0x0002a000
        paddr   = 0x13c45000
        domain  = 0x0000000a
        attributes: Read/Write, cached
region starting at virtual address 0xe6000000:
        size    = 0x00011000
        paddr   = 0x13cc0000
        domain  = 0x00000002
        attributes: Read-Only, cached
region starting at virtual address 0xe6040000:
        size    = 0x00002000
        paddr   = 0x13d00000
        domain  = 0x00000002
        attributes: Read-Only, cached
region starting at virtual address 0xe6042000:
        size    = 0x00005000
        paddr   = 0x13d02000
        domain  = 0x00000002
        attributes: Read/Write, cached
region starting at virtual address 0xe6047000:
        size    = 0x00002000
        paddr   = 0x13d07000
        domain  = 0x00000002
        attributes: Read/Write, cached
region starting at virtual address 0x05100000:
        size    = 0x00016000
        paddr   = 0x13d80000
        domain  = 0x00000001
        attributes: Read-Only, cached
region starting at virtual address 0x1fb00000:
        size    = 0x00300000
        paddr   = 0x1fb00000
        domain  = 0x00000007
        attributes: Read/Write, cached
region starting at virtual address 0x1fe00000:
        size    = 0x00015000
        paddr   = 0x1fe00000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x1fe40000:
        size    = 0x001c0000
        paddr   = 0x1fe40000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x20000000:
        size    = 0x07e00000
        paddr   = 0x20000000
        domain  = 0x00000005
        attributes: Read/Write, cached
region starting at virtual address 0x05200000:
        size    = 0x00100000
        paddr   = 0x27e00000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0x10600000:
        size    = 0x00100000
        paddr   = 0x27e00000
        domain  = 0x00000001
        attributes: Read/Write, cached
region starting at virtual address 0xeff00000:
        size    = 0x00008000
        paddr   = 0xfff00000
        domain  = 0x00000001
        attributes: Read/Write, cached
Creating main() thread for IOS-BSP:
        priority=125    stackSize=4096  stackPtr=0xe7000000     entry=0xe600f848        memPermMask=0x00100000
IOS-BSP: Built 07/28/15 19:23:58, Image Utilization 37%.
Creating main() thread for IOS-MCP:
        priority=124    stackSize=8192  stackPtr=0x050ba4a0     entry=0x05056718        memPermMask=0x000c0030
Creating main() thread for IOS-CRYPTO:
        priority=123    stackSize=4096  stackPtr=0x04028628     entry=0x04015ea4        memPermMask=0x000c0030
Creating main() thread for IOS-USB:
        priority=107    stackSize=16384 stackPtr=0x104b92c8     entry=0x1012e9e8        memPermMask=0x00038600
Creating main() thread for IOS-FS:
        priority=85     stackSize=16384 stackPtr=0x1114117c     entry=0x107f6830        memPermMask=0x001c5870
Creating main() thread for IOS-PAD:
        priority=117    stackSize=8192  stackPtr=0x1214ab4c     entry=0x11f82d94        memPermMask=0x00008180
Creating main() thread for IOS-NET:
        priority=80     stackSize=16384 stackPtr=0x12804498     entry=0x123e4174        memPermMask=0x00002000
Creating main() thread for IOS-ACP:
        priority=50     stackSize=16384 stackPtr=0xe0125390     entry=0xe00d8290        memPermMask=0x00000000
Creating main() thread for IOS-NSEC:
        priority=50     stackSize=4096  stackPtr=0xe12e71a4     entry=0xe108e860        memPermMask=0x00000000
Creating main() thread for IOS-AUXIL:
        priority=70     stackSize=16384 stackPtr=0xe506a900     entry=0xe500d720        memPermMask=0x00000000
Creating main() thread for IOS-NIM-BOSS:
        priority=50     stackSize=16384 stackPtr=0xe22cb000     entry=0xe22602fc        memPermMask=0x00000000
Creating main() thread for IOS-FPD:
        priority=50     stackSize=16384 stackPtr=0xe31af000     entry=0xe3166b34        memPermMask=0x00000000
Creating main() thread for IOS-TEST:
        priority=75     stackSize=8192  stackPtr=0xe415623c     entry=0xe40168a4        memPermMask=0x00000000
we in here MCP 0x5202008
calling mcp_entry in plugin: 27f77000
we in setup mlc MCP 0x27f773c8
start setup thread returned: 0
calling mcp_entry in plugin: 27fa3000
did not find mcp_entry in plugin: 27fa3000
calling mcp_entry in plugin: 27fa3320
did not find mcp_entry in plugin: 27fa3320
stroopwafel mcp_main done
START MLC SETUP
FSA open attempt 1 FFFCFFFF
IOS-PAD: Built FSA open attempt 2 FFFCFFFF
07/28/15 19:23:58, Image Utilization 58%.
FSA open attempt 3 FFFCFFFF
FSIOS-CRYPTO: Built 07/28/15 19:23:58, Image Utilization 72%.
A open attempt 4 FFFCFFFF
CRYPTO Open, clientPid=1 nodeId 00000000 titleId 0000000000000000 perm=0xffffffff
IOSC Initialize -- IOSC library build time 09/27/12 19:28:40
FSA open attempt 5 FFFCFFFF
FSA open attempt 6 FFFCFFFF
FSA open attempt 7 FFFCFFFF
FSA open attempt 8 FFFCFFFF
FSA open attempt 9 FFFCFFFF
FSA open attempt 10 FFFCFFFF
IOS-USB: Built 07/28/15 19:23:58, Image UtiliFSA open attempt 11 FFFCFFFF
zation 62%.
FSA open attempt 12 FFFCFFFF
FSA open attempt 13 FFFCFFFF
FSA open attempt 14 FFFCFFFF
FSA open attempt 15 FFFCFFFF
FSA open attempt 16 FFFCFFFF
FSA open attempt 17 FFFCFFFF
FSA open attempt 18 FFFCFFFF
FSA open attempt 19 FFFCFFFF
FSA open attempt 20 FFFCFFFF
FSA open attempt 21 FFFCFFFF
FSA open attempt 22 FFFCFFFF
FSA open attempt 23 FFFCFFFF
FSA open attempt 24 FFFCFFFF
FSA open attempt 25 FFFCFFFF
FSA open attempt 26 FFFCFFFF
FSA open attempt 27 FFFCFFFF
FSA open attempt 28 FFFCFFFF
FSA open attempt 29 FFFCFFFF
FSA open attempt 30 FFFCFFFF
FSA open attempt 31 FFFCFFFF
FSA open attempt 32 FFFCFFFF
FSA open attempt 33 FFFCFFFF
FSA open attempt 34 FFFCFFFF
FSA open attempt 35 FFFCFFFF
FSA open attempt 36 FFFCFFFF
FSA open attempt 37 FFFCFFFF
FSA open attempt 38 FFFCFFFF
FSA open attempt 39 FFFCFFFF
FSA open attempt 40 FFFCFFFF
FSA open attempt 41 FFFCFFFF
FSA open attempt 42 FFFCFFFF
FSA open attempt 43 FFFCFFFF
FSA open attempt 44 FFFCFFFF
FSA open attempt 45 FFFCFFFF
FSA open attempt 46 FFFCFFFF
FSA open attempt 47 FFFCFFFF
FSA open attempt 48 FFFCFFFF
FSA open attempt 49 FFFCFFFF
FSA open attempt 50 FFFCFFFF
FSA open attempt 51 FFFCFFFF
FSA open attempt 52 FFFCFFFF
FSA open attempt 53 FFFCFFFF
FSA open attempt 54 FFFCFFFF
FSA open attempt 55 FFFCFFFF
FSA open attempt 56 FFFCFFFF
FSA open attempt 57 FFFCFFFF
FSA open attempt 58 FFFCFFFF
FSA open attempt 59 FFFCFFFF
FSA open attempt 60 FFFCFFFF
FSA open attempt 61 FFFCFFFF
FSA open attempt 62 FFFCFFFF
FSA open attempt 63 FFFCFFFF
FSA open attempt 64 FFFCFFFF
FSA open attempt 65 FFFCFFFF
FSA open attempt 66 FFFCFFFF
FSA open attempt 67 FFFCFFFF
FSA open attempt 68 FFFCFFFF
FSA open attempt 69 FFFCFFFF
FSA open attempt 70 FFFCFFFF
FSA open attempt 71 FFFCFFFF
FSA open attempt 72 FFFCFFFF
FSA open attempt 73 FFFCFFFF
FSA open attempt 74 FFFCFFFF
FSA open attempt 75 FFFCFFFF
FSA open attempt 76 FFFCFFFF
FSA open attempt 77 FFFCFFFF
FSA open attempt 78 FFFCFFFF
FSA open attempt 79 FFFCFFFF
FSA open attempt 80 FFFCFFFF
FSA open attempt 81 FFFCFFFF
FSA open attempt 82 FFFCFFFF
FSA open attempt 83 FFFCFFFF
FSA open attempt 84 FFFCFFFF
FSA open attempt 85 FFFCFFFF
FSA open attempt 86 FFFCFFFF
FSA open attempt 87 FFFCFFFF
FSA open attempt 88 FFFCFFFF
FSA open attempt 89 FFFCFFFF
FSA open attempt 90 FFFCFFFF
FSA open attempt 91 FFFCFFFF
00:00:00:317: MMC(0): initializing Controller 0, Slot 0 base 0x0D070000
FSA open attempt 92 FFFCFFFF
00:00:00:320: MMC(3): initializing Controller 2, Slot 0 base 0x0D100000
FSA open attempt 93 FFFCFFFF
00:00:00:323: MMC(4): initializing Controller 3, Slot 0 base 0x0D110000
FSA open attempt 94 FFFCFFFF
FSA open attempt 95 FFFCFFFF
FSA open attempt 96 FFFCFFFF
FSA open attempt 97 FFFCFFFF
FSA open attempt 98 FFFCFFFF
FSA open attempt 99 FFFCFFFF
FSA open attempt 100 FFFCFFFF
FSA open attempt 101 FFFCFFFF
FSA open attempt 102 FFFCFFFF
FSA open attempt 103 FFFCFFFF
FSA open attempt 104 FFFCFFFF
FSA open attempt 105 FFFCFFFF
FSA open attempt 106 FFFCFFFF
FSA open attempt 107 FFFCFFFF
FSA open attempt 108 FFFCFFFF
FSA open attempt 109 FFFCFFFF
FSA open attempt 110 FFFCFFFF
FSA open attempt 111 FFFCFFFF
FSA open attempt 112 FFFCFFFF
FSA open attempt 113 FFFCFFFF
FSA open attempt 114 FFFCFFFF
FSA open attempt 115 FFFCFFFF
FSA open attempt 116 FFFCFFFF
FSA open attempt 117 FFFCFFFF
FSA open attempt 118 FFFCFFFF
FSA open attempt 119 FFFCFFFF
FSA open attempt 120 FFFCFFFF
FSA open attempt 121 FFFCFFFF
FSA open attempt 122 FFFCFFFF
FSA open attempt 123 FFFCFFFF
FSA open attempt 124 FFFCFFFF
FSA open attempt 125 FFFCFFFF
FSA open attempt 126 FFFCFFFF
FSA open attempt 127 FFFCFFFF
FSA open attempt 128 FFFCFFFF
FSA open attempt 129 FFFCFFFF
FSA open attempt 130 FFFCFFFF
FSA open attempt 131 FFFCFFFF
FSA open attempt 132 FFFCFFFF
FSA open attempt 133 FFFCFFFF
FSA open attempt 134 FFFCFFFF
FSA open attempt 135 FFFCFFFF
FSA open attempt 136 FFFCFFFF
FSA open attempt 137 FFFCFFFF
IOS-NET: Built FSA open attempt 138 FFFCFFFF
07/28/15 19:23:58, Image Utilization 92%.
FSA open attempt 139 FFFCFFFF
FSA open attempt 140 FFFCFFFF
FSA open attempt 141 FFFCFFFF
FSA open attempt 142 FFFCFFFF
FSA open attempt 143 FFFCFFFF
FSA open attempt 144 FFFCFFFF
FSA open attempt 145 FFFCFFFF
FSA open attempt 146 FFFCFFFF
FSA open attempt 147 FFFCFFFF
FSA open attempt 148 FFFCFFFF
FSA open attempt 149 FFFCFFFF
FSA open attempt 150 FFFCFFFF
FSA open attempt 151 FFFCFFFF
FSA open attempt 152 FFFCFFFF
FSA open attempt 153 FFFCFFFF
FSA open attempt 154 FFFCFFFF
FSA open attempt 155 FFFCFFFF
USB Trace: Activating root hubs @ uptime 0.43FSA open attempt 156 FFFCFFFF
8 s with options 0x40000.
00:00:00:441: USB Trace: Activating root hubs @ uptime 0.438 s with options 0x40000.
FSA open attempt 157 FFFCFFFF
FSA open attempt 158 FFFCFFFF
FSA open attempt 159 FFFCFFFF
FSA open attempt 160 FFFCFFFF
FSA open attempt 161 FFFCFFFF
FSA open attempt 162 FFFCFFFF
FSA open attempt 163 FFFCFFFF
FSA open attempt 164 FFFCFFFF
FSA open attempt 165 FFFCFFFF
FSA open attempt 166 FFFCFFFF
UHS0 Trace: DevFSA open attempt 167 FFFCFFFF
Fsm(EHCI-0/L0/P0): Creating device, speed=HIGFSA open attempt 168 FFFCFFFF
H.
00:00:00:464: UHS0 Trace: DevFsm(EHCI-0/L0/P0): Creating device, speed=HIGH.
FSA open attempt 169 FFFCFFFF
FSA open attempt 170 FFFCFFFF
UHS0 Trace: DevFSA open attempt 171 FFFCFFFF
Fsm(OHCI-0:0/L0/P0): Creating device, speed=FFSA open attempt 172 FFFCFFFF
ULL.
00:00:00:473: UHS0 Trace: DevFsm(OHCI-0:0/L0/P0): Creating device, speed=FULL.
FSA open attempt 173 FFFCFFFF
USB Info: UhsServerAddHc 0 OK.
00:00:00:477: USB Info: UhsServerAddHc 0 OK.
FSA open attempt 174 FFFCFFFF
FSA open attempt 175 FFFCFFFF
FSA open attempt 176 FFFCFFFF
FSA open attempt 177 FFFCFFFF
FSA open attempt 178 FFFCFFFF
FSA open attempt 179 FFFCFFFF
FSA open attempt 180 FFFCFFFF
FSA open attempt 181 FFFCFFFF
FSA open attempt 182 FFFCFFFF
UHS0 Trace: DevFSA open attempt 183 FFFCFFFF
Fsm(EHCI-1/L0/P0): Creating device, speed=HIGFSA open attempt 184 FFFCFFFF
H.
00:00:00:498: UHS0 Trace: DevFsm(EHCI-1/L0/P0): Creating device, speed=HIGH.
FSA open attempt 185 FFFCFFFF
FSA open attempt 186 FFFCFFFF
UHS0 Trace: DevFSA open attempt 187 FFFCFFFF
Fsm(OHCI-1:0/L0/P0): Creating device, speed=FFSA open attempt 188 FFFCFFFF
ULL.
00:00:00:507: UHS0 Trace: DevFsm(OHCI-1:0/L0/P0): Creating device, speed=FULL.
FSA open attempt 189 FFFCFFFF
USB Info: UhsServerAddHc 1 OK.
00:00:00:511: USB Info: UhsServerAddHc 1 OK.
FSA open attempt 190 FFFCFFFF
FSA open attempt 191 FFFCFFFF
FSA open attempt 192 FFFCFFFF
FSA open attempt 193 FFFCFFFF
IOS-TEST: BuiltFSA open attempt 194 FFFCFFFF
 07/28/15 19:23:58, Image Utilization 76%.
FSA open attempt 195 FFFCFFFF
TEST Info: localProcessHeap OK.
TEST Info: crosFSA open attempt 196 FFFCFFFF
sProcessHeap OK.
00:00:00:525: TEST Info: crossProcessHeap OK.
FSA open attempt 197 FFFCFFFF
UHS0 Trace: Powering on root hub group 0.
FSA open attempt 198 FFFCFFFF
00:00:00:529: UHS0 Trace: Powering on root hub group 0.
FSA open attempt 199 FFFCFFFF
IOS-AUXIL: BuilFSA open attempt 200 FFFCFFFF
t 07/28/15 19:23:58, Image Utilization 57%.
FSA open attempt 201 FFFCFFFF
AUXIL Info: localProcessHeap OK.
FSA open attempt 202 FFFCFFFF
AUXIL Info: crossProcessHeap OK.
00:00:00:538: AUXIL Info: crossProcessHeap OK.
FSA open attempt 203 FFFCFFFF
FSA open attempt 204 FFFCFFFF
FSA open attempt 205 FFFCFFFF
FSA open attempt 206 FFFCFFFF
UHS0 Trace: Powering on root hub group 1.
FSA open attempt 207 FFFCFFFF
00:00:00:548: UHS0 Trace: Powering on root hub group 1.
FSA open attempt 208 FFFCFFFF
00:00:00:551: AHCI_MGR Trace: Turning on drive power.
FSA open attempt 209 FFFCFFFF
00:00:00:554: AHCI_MGR Trace: Turning on drive power.
FSA open attempt 210 FFFCFFFF
FSA open attempt 211 FFFCFFFF
FSA open attempt 212 FFFCFFFF
00:00:00:560: AHCI_MGR Trace: Initializing phy.
FSA open attempt 213 FFFCFFFF
00:00:00:562: AHCI_MGR Trace: Initializing phy.
FSA open attempt 214 FFFCFFFF
00:00:00:565: AHCI_DRV Trace: Initiating cold open.
FSA open attempt 215 FFFCFFFF
00:00:00:567: AHCI_DRV Trace: Initiating cold open.
FSA open attempt 216 FFFCFFFF
00:00:00:569: AHCI_DRV Trace: Resetting HBA.
FSA open attempt 217 FFFCFFFF
00:00:00:571: AHCI_DRV Trace: Resetting HBA.
FSA open attempt 218 FFFCFFFF
FSA open attempt 219 FFFCFFFF
AUXIL Info: Net OK.
00:00:00:576: AUXIL Info: Net OK.
FSA open attempt 220 FFFCFFFF
FSA open attempt 221 FFFCFFFF
FSA open attempt 222 FFFCFFFF
FSA open attempt 223 FFFCFFFF
FSA open attempt 224 FFFCFFFF
FSA open attempt 225 FFFCFFFF
IOS-FPD: Built 07/28/15 19:23:FSA open attempt 226 FFFCFFFF
IOS-ACP: Built 07/28/15 19:23:FSA open attempt 227 FFFCFFFF
IOS-NSEC: Built 07/28/15 19:23FSA open attempt 228 FFFCFFFF
FSA open attempt 229 FFFCFFFF
58, Image Utilization 74%.
58, Image UtiliFSA open attempt 230 FFFCFFFF
:58, Image Utilization 96%.
FSA open attempt 231 FFFCFFFF
zation 86%.
FSA open attempt 232 FFFCFFFF
FSA open attempt 233 FFFCFFFF
FSA open attempt 234 FFFCFFFF
act_main.cpp,Start,174FSA open attempt 235 FFFCFFFF
FSA open attempt 236 FFFCFFFF
FSA open attempt 237 FFFCFFFF
FSA open attempt 238 FFFCFFFF
FSA open attempt 239 FFFCFFFF
IOS-NIM-BOSS: Built 07/28/15 1FSA open attempt 240 FFFCFFFF
9:23:58, Image Utilization 90%FSA open attempt 241 FFFCFFFF
.
FSA open attempt 242 FFFCFFFF
FSA open attempt 243 FFFCFFFF
00:00:00:624: AHCI_DRV Trace: HBA Reset OK.
FSA open attempt 244 FFFCFFFF
00:00:00:626: AHCI_DRV Trace: HBA Reset OK.
FSA open attempt 245 FFFCFFFF
FSA open attempt 246 FFFCFFFF
FSA open attempt 247 FFFCFFFF
FSA open attempt 248 FFFCFFFF
FSA open attempt 249 FFFCFFFF
FSA open attempt 250 FFFCFFFF
FSA open attempt 251 FFFCFFFF
FSA open attempt 252 FFFCFFFF
FSA open attempt 253 FFFCFFFF
CRYPTO Open, clientPid=5 nodeId 00000000 titleId 00000000100000f1 perm=0xffffffff
FSA open attempt 254 FFFCFFFF
FSA open attempt 255 FFFCFFFF
FSA open attempt 256 FFFCFFFF
FSA open attempt 257 FFFCFFFF
FSA open attempt 258 FFFCFFFF
FSA open attempt 259 FFFCFFFF
FSA open attempt 260 FFFCFFFF
FSA open attempt 261 FFFCFFFF
FSA open attempt 262 FFFCFFFF
FSA open attempt 263 FFFCFFFF
FSA open attempt 264 FFFCFFFF
FSA open attempt 265 FFFCFFFF
FSA open attempt 266 FFFCFFFF
FSA open attempt 267 FFFCFFFF
FSA open attempt 268 FFFCFFFF
FSA open attempt 269 FFFCFFFF
FSA open attempt 270 FFFCFFFF
FSA open attempt 271 FFFCFFFF
FSA open attempt 272 FFFCFFFF
FSA open attempt 273 FFFCFFFF
FSA open attempt 274 FFFCFFFF
FSA open attempt 275 FFFCFFFF
FSA open attempt 276 FFFCFFFF
FSA open attempt 277 FFFCFFFF
FSA open attempt 278 FFFCFFFF
FSA open attempt 279 FFFCFFFF
FSA open attempt 280 FFFCFFFF
FSA open attempt 281 FFFCFFFF
FSA open attempt 282 FFFCFFFF
FSA open attempt 283 FFFCFFFF
FSA open attempt 284 FFFCFFFF
FSA open attempt 285 FFFCFFFF
FSA open attempt 286 FFFCFFFF
FSA open attempt 287 FFFCFFFF
FSA open attempt 288 FFFCFFFF
FSA open attempt 289 FFFCFFFF
FSA open attempt 290 FFFCFFFF
FSA open attempt 291 FFFCFFFF
FSA open attempt 292 FFFCFFFF
FSA open attempt 293 FFFCFFFF
FSA open attempt 294 FFFCFFFF
FSA open attempt 295 FFFCFFFF
FSA open attempt 296 FFFCFFFF
FSA open attempt 297 FFFCFFFF
FSA open attempt 298 FFFCFFFF
FSA open attempt 299 FFFCFFFF
FSA open attempt 300 FFFCFFFF
FSA open attempt 301 FFFCFFFF
FSA open attempt 302 FFFCFFFF
FSA open attempt 303 FFFCFFFF
FSA open attempt 304 FFFCFFFF
FSA open attempt 305 FFFCFFFF
FSA open attempt 306 FFFCFFFF
FSA open attempt 307 FFFCFFFF
FSA open attempt 308 FFFCFFFF
FSA open attempt 309 FFFCFFFF
FSA open attempt 310 FFFCFFFF
FSA open attempt 311 FFFCFFFF
FSA open attempt 312 FFFCFFFF
FSA open attempt 313 FFFCFFFF
FSA open attempt 314 FFFCFFFF
FSA open attempt 315 FFFCFFFF
FSA open attempt 316 FFFCFFFF
FSA open attempt 317 FFFCFFFF
FSA open attempt 318 FFFCFFFF
FSA open attempt 319 FFFCFFFF
FSA open attempt 320 FFFCFFFF
FSA open attempt 321 FFFCFFFF
FSA open attempt 322 FFFCFFFF
FSA open attempt 323 FFFCFFFF
FSA open attempt 324 FFFCFFFF
FSA open attempt 325 FFFCFFFF
FSA open attempt 326 FFFCFFFF
FSA open attempt 327 FFFCFFFF
00:00:00:783: ISFS: FAT INFO (ch WUP): slot 55 / seq 291129 (Each FAT slot has been updated 4548 times in avr)
FSA open attempt 328 FFFCFFFF
00:00:00:787: ISFS: fs_fat.c(545)FAT INFO (ch WUP): slot 55 / seq 291129 (Each FAT slot has been updated 4548 times in avr)
FSA open attempt 329 FFFCFFFF
00:00:00:791: FSA: [uptime 0.791 s]: Attached volume to slc01 (isfs): Capacity 511 MB, 262016 logical blocks of size 2048 B.
FSA open attempt 330 FFFCFFFF
FSA open attempt 331 FFFCFFFF
FSA open attempt 332 FFFCFFFF
FSA open attempt 333 FFFCFFFF
FSA open attempt 334 FFFCFFFF
FSA open attempt 335 FFFCFFFF
FSA open attempt 336 FFFCFFFF
FSA open attempt 337 FFFCFFFF
FSA open attempt 338 FFFCFFFF
FSA open attempt 339 FFFCFFFF
FSA open attempt 340 FFFCFFFF
FSA open attempt 341 FFFCFFFF
FSA open attempt 342 FFFCFFFF
FSA open attempt 343 FFFCFFFF
FSA open attempt 344 FFFCFFFF
FSA open attempt 345 FFFCFFFF
FSA open attempt 346 FFFCFFFF
FSA open attempt 347 FFFCFFFF
FSA open attempt 348 FFFCFFFF
FSA open attempt 349 FFFCFFFF
FSA open attempt 350 FFFCFFFF
FSA open attempt 351 FFFCFFFF
FSA open attempt 352 FFFCFFFF
FSA open attempt 353 FFFCFFFF
FSA open attempt 354 FFFCFFFF
FSA open attempt 355 FFFCFFFF
FSA open attempt 356 FFFCFFFF
FSA open attempt 357 FFFCFFFF
FSA open attempt 358 FFFCFFFF
FSA open attempt 359 FFFCFFFF
FSA open attempt 360 FFFCFFFF
FSA open attempt 361 FFFCFFFF
FSA open attempt 362 FFFCFFFF
FSA open attempt 363 FFFCFFFF
FSA open attempt 364 FFFCFFFF
FSA open attempt 365 FFFCFFFF
FSA open attempt 366 FFFCFFFF
FSA open attempt 367 FFFCFFFF
FSA open attempt 368 FFFCFFFF
FSA open attempt 369 FFFCFFFF
FSA open attempt 370 FFFCFFFF
FSA open attempt 371 FFFCFFFF
FSA open attempt 372 FFFCFFFF
FSA open attempt 373 FFFCFFFF
FSA open attempt 374 FFFCFFFF
FSA open attempt 375 FFFCFFFF
FSA open attempt 376 FFFCFFFF
FSA open attempt 377 FFFCFFFF
FSA open attempt 378 FFFCFFFF
FSA open attempt 379 FFFCFFFF
FSA open attempt 380 FFFCFFFF
FSA open attempt 381 FFFCFFFF
FSA open attempt 382 FFFCFFFF
FSA open attempt 383 FFFCFFFF
FSA open attempt 384 FFFCFFFF
FSA open attempt 385 FFFCFFFF
FSA open attempt 386 FFFCFFFF
FSA open attempt 387 FFFCFFFF
FSA open attempt 388 FFFCFFFF
FSA open attempt 389 FFFCFFFF
FSA open attempt 390 FFFCFFFF
FSA open attempt 391 FFFCFFFF
FSA open attempt 392 FFFCFFFF
00:00:00:911: ISFS: FAT INFO (ch RVL Compat): slot 12 / seq 54974 (Each FAT slot has been updated 3435 times in avr)
FSA open attempt 393 FFFCFFFF
00:00:00:915: ISFS: fs_fat.c(545)FAT INFO (ch RVL Compat): slot 12 / seq 54974 (Each FAT slot has been updated 3435 times in avr)
FSA open attempt 394 FFFCFFFF
00:00:00:920: FSA: [uptime 0.920 s]: Attached volume to slccmpt01 (isfs): Capacity 511 MB, 261632 logical blocks of size 2048 B.
FSA open attempt 395 FFFCFFFF
FSA open attempt 396 FFFCFFFF
FSA open attempt 397 FFFCFFFF
FSA open attempt 398 FFFCFFFF
00:00:00:930: SCFM:Start init. BUILD_TIME:[19:23:46]
FSA open attempt 399 FFFCFFFF
FSA open attempt 400 FFFCFFFF
FSA open attempt 401 FFFCFFFF
00:00:00:937: SCFM:FSAInit
FSA open attempt 402 FFFCFFFF
00:00:00:939: SCFM:AddClient
FSA open attempt 403 FFFCFFFF
00:00:00:942: SCFM:scfmMountSlc
FSA open attempt 404 FFFCFFFF
00:00:00:943: SCFM:scfmLoad
00:00:00:944: SCFM:Done init.
FSA open attempt 405 FFFCFFFF
00:00:00:947: PCFS: Disabled because we are in PROD mode.
FSA open attempt 406 FFFCFFFF
00:00:00:949: MCP: booting from NAND
FSA open attempt 407 FFFCFFFF
00:00:00:951: MCP: Boot PM flags - PON_COLDBOOT
FSA open attempt 408 FFFCFFFF
00:00:00:971: MCP: Cafe OS SDK Version 2.13.01 Build 68939 Branch sdk_2_13
FSA open attempt 409 FFFCFFFF
00:00:00:974: MCP: Booting on Espresso (0x0000700100000201), Latte (0x25100028), RTC (0x00)
FSA open attempt 410 FFFCFFFF
00:00:00:977: MCP: Platform - boardType(CF), boardRevision(11), devicePresence(0x00000000), sataDevice(3), consoleType(1)
FSA open attempt 411 81039
00:00:00:984: ISFS: FAT block entries check start
00:00:00:986: ISFS: fs_ops.c(2215)FAT block entries check start
00:00:00:991: ISFS: FAT block entries check finished.
00:00:00:993: ISFS: fs_ops.c(2292)FAT block entries check finished.
MLC open attempt 1 FFFCFFE9
MLC open attempt 2 FFFCFFE9
MLC open attempt 3 FFFCFFE9
MLC open attempt 4 FFFCFFE9
MLC open attempt 5 FFFCFFE9
MLC open attempt 6 FFFCFFE9
MLC open attempt 7 FFFCFFE9
MLC open attempt 8 FFFCFFE9
00:00:01:017: FSA: [uptime 1.017 s]: Attached volume to mlc01 (wfs): Capacity 59600 MB, 122060800 logical blocks of size 512 B.
MLC open attempt 9 FFFCFFE9
00:00:01:027: FSA: [uptime 1.027 s]: Attached volume to sdcard01 (fat): Capacity 14784 MB, 30277632 logical blocks of size 512 B.
00:00:01:032: FSA: [uptime 1.032 s]: Attached volume to ramdisk01 (raw): Capacity 125 MB, 129022 logical blocks of size 1024 B.
MLC open attempt 10 FFFCFFE9
00:00:01:037: MCP: Formatting Device ramdisk to wfs
MLC open attempt 11 FFFCFFE9
00:00:01:183: FSA: [uptime 1.183 s]: Attached volume to ramdisk01 (wfs): Capacity 125 MB, 129022 logical blocks of size 1024 B.
00:00:01:187: MCP: Format Complete
MLC open attempt 12 FFFCFFE9
MLC open attempt 13 FFFCFFE9
MLC open attempt 14 FFFCFFE9
MLC open attempt 15 FFFCFFE9
MLC open attempt 16 FFFCFFE9
MLC open attempt 17 0
MLC ready!
MakeQuota /vol/storage_mlc01/sys -0
Create /vol/storage_mlc01/usr -0
Create /vol/storage_mlc01/usr/boss -0
Create /vol/storage_mlc01/usr/save -0
Create /vol/storage_mlc01/usr/save/00050010 -0
Create /vol/storage_mlc01/usr/packages -0
Create /vol/storage_mlc01/usr/tmp -0
00:00:05:651: AHCI_DRV Warning: link not ready ready with status 16:-531.
00:00:05:653: AHCI_DRV Warning: link not ready ready with status 16:-531.
00:00:05:655: AHCI_DRV Trace: Resetting HBA.
00:00:05:656: AHCI_DRV Trace: Resetting HBA.
00:00:05:707: AHCI_DRV Trace: HBA Reset OK.
00:00:05:708: AHCI_DRV Trace: HBA Reset OK.
alive
00:00:10:714: AHCI_DRV Warning: link not ready ready with status 16:-531.
00:00:10:716: AHCI_DRV Warning: link not ready ready with status 16:-531.
00:00:10:718: AHCI_DRV Trace: Resetting HBA.
00:00:10:720: AHCI_DRV Trace: Resetting HBA.
00:00:10:771: AHCI_DRV Trace: HBA Reset OK.                                                             
00:00:10:772: AHCI_DRV Trace: HBA Reset OK.                                                             
00:00:15:778: AHCI_DRV Warning: link not ready ready with status 16:-531.                               
00:00:15:780: AHCI_DRV Warning: link not ready ready with status 16:-531.                               
00:00:15:782: AHCI_DRV Trace: Resetting HBA.                                                             
00:00:15:783: AHCI_DRV Trace: Resetting HBA.                                                             
00:00:15:835: AHCI_DRV Trace: HBA Reset OK.                                                             
00:00:15:836: AHCI_DRV Trace: HBA Reset OK.                                                             
alive                                                                                                   
00:00:20:842: AHCI_DRV Warning: link not ready ready with status 16:-531.                               
00:00:20:844: AHCI_DRV Warning: link not ready ready with status 16:-531.                               
00:00:20:846: AHCI_DRV Error: file ahci_drv_api.c, function ahciDrvOpen, line 265, status 16:-531, info 4(0x00000004)
00:00:20:849: AHCI_DRV Error: file ahci_drv_api.c, function ahciDrvOpen, line 265, status 16:-531, info 4(0x00000004)
alive                                                                                                   
alive                                                                                                   
alive                                                                                                   
alive                                                                                                   
alive                                                                                                   
alive                                                                                                   
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive
alive

Post automatically merged: Jan 11, 2024

Just an explanation of this last attempt, the LED is blinking orange, and the word "alive" is echoed on the terminal every few seconds. I turned it off, but I'll try again and let it run for a while to see if anything happens. I took the microsd from the console, and the wii u did try to do something with it, I'm not sure if it was with the first or second fw.img.

 

[SDIO]

I mean the log when trying to boot, before the loop