I didn't want to bypass everything. It is enough as it works fine with good Y cable for everyone.It's missing on most units (it wasn't in mine, too) but that doesn't matter.
I didn't want to bypass everything. It is enough as it works fine with good Y cable for everyone.It's missing on most units (it wasn't in mine, too) but that doesn't matter.
Guys want to try this mod, can I have a a bit more of an explanation on why soldering the 2x 5V on rear of the board will work and won't blow up the devices I plug into it?
Yes, it's for the rear ports only. Might I ask why you want such a mod on the front ports (before opening my Wii U and looking how it could be archived) ?Regarding the soldering mod, is it only for the rear USB ports? If it is, could a similar mod be done for the front ports?
Just for peace of mind. I want to be able to plug in an external drive anywhere, especially since the vWii usually prioritizes the rear USB ports for games and homebrew.Yes, it's for the rear ports only. Might I ask why you want such a mod on the front ports (before opening my Wii U and looking how it could be archived) ?
What kind of Y cable are you using?
I used to have the same exact problem until I switched from usb 2.0 to usb 3.0 cables.
That's a none-issue with good SDs/SSDs. Just don't buy the cheapest product on the market. For more infos:
https://en.wikipedia.org/wiki/Flash_memory_controller#Flash_Translation_Layer_(FTL)_and_Mapping ("the physical location of an LBA might dynamically change frequently" ... Sorry for the bad wiki article)
Exactly. The keyword here is wear-leveling (maybe combined with good garbage colletion algos as the Wii U neighter use a default file system nor is it able to tell the FTL what datablocks have been deleted (cause of missing TRIM support)).So if I understand correctly, a good SSD/SD-card is likely to have a memory-controller with the mentioned features which can prevent these write issues.
I would say No cause you can use two HDDs with Y cables, putting the exact same stress onto the 5V power rail. But you want to know the worst case? A surge (inside of the Wii U) melting.Is there any danger to doing this?
Can't harm doing so.Should I use a reasonably thick wire?
Ok...I would say No cause you can use two HDDs with Y cables, putting the exact same stress onto the 5V power rail. But you want to know the worst case? A surge (inside of the Wii U) melting.
Can't harm doing so.
Exactly. The keyword here is wear-leveling (maybe combined with good garbage colletion algos as the Wii U neighter use a default file system nor is it able to tell the FTL what datablocks have been deleted (cause of missing TRIM support)).
//EDIT: Also overprovisioning (more than the manufacturer did already, see https://www.kingston.com/us/ssd/overprovisioning as an example) might be a good idea to help the wear-leveling algos. That simply means: Don't use all space / keep X % free at all time.
For even more informstions I just found this wiki article: https://en.wikipedia.org/wiki/Write_amplification
worst case esenario a shor iside the 5v line on the wiiu , the console will not catch fire . if you want to b more secure just soder 2 fuses smd , one per line beten the 5v usb vcc and the cnsole 5v on the capHope to be able to do this without and fire/surge???
:////
Post automatically merged:
Want to try this, this weekend, but can't do it knowing it will potentially create a surge/fire?
Any updates on this would be great, thank you!