![]() Those patched units started reaching customers’ hands around Summer of 2018. In response, Nintendo started manufacturing an updated hardware version which did not have the flaw, and that would later be nicknamed “patched V1”, per opposition to the original “unpatched” models. Because it was a hardware hack on the Console’s NVidia Tegra chip, It allowed to hack all Nintendo Switch consoles at the time, independently of their firmware revision. In 2018, a hardware hack for the Nintendo Switch was disclosed by hacker Kate Temkin. A short history of Nintendo Switch Hacks and Hardware Revisions Whether you can hack your console (and how easily) depends on which model you have, and it’s not necessary easy to say at a first glance. The upcoming Switch pro will add more into the mix, but for now your console falls into one of these 4 categories. iPatched Erista, or Patched Erista), V2 (a.k.a. ![]() You can currently categorize the Nintendo Switch into 4 categories: Original V1 models (a.k.a. TL,DR: although it’s technically possible to hack all models of Nintendo Switch as of the time of this writing, if your goal is to hack your recently purchased Switch, your best bet is to resell it and buy an unpatched V1 Switch instead. I’ve tried to be as clear and accurate as possible, but as always feel free to let me know in the comments if anything’s inaccurate or simply wrong! In the guide below I’m trying to clarify what’s doable and what’s not. I want to reiterate how incredibly cool your build is! And the documentation is going to be a close reference as I build mine.More and more people are buying a Nintendo Switch only to realize they cannot easily hack it in 2021. That's a scary place where you can find sheep in ba-a-ad positions, Brett Farve's wang, and thousands of posts on other forums made by "Electrical genius" type people. But you're publishing this to the vast interwebz. I doubt anyone here would build to your specs, then go after you if they jacked something up. ![]() And then there may be errors in the presented documentation. That, and a clear disclaimer that without the exact same part numbers, in the exact same configuration, none if it is useful for any more than a guide. There really is no other way to present 100% detail on how your system is wired. :rockin:Īnd while you literally inspired me to build my own (Your pic of the control panel was my wallpaper for a couple months ) AND your documentation is as beautiful as it is accurate, I might draw the line at publishing anything BUT a real schematic. I am sure your writeup will be immaculate and detailed either way. Just not something to be messed with IMO.Īlso, as Sweet said, a schematic is easily used by someone who does know what they are doing and adapted to the parts they are actually using. Some people think that is a "code-nazi" attitude, but I know a fair deal about circuits and EE and even I have blown up my fair share of electronics. Of course do as you like, but I wouldn't post a "dumbies" (no offense meant) version of your schematic. I mean these panels cost thousands of dollars, not something I throw away on an electrical fire or fried e-circuit. Helping someone put together a tool box for a pump and a single PID is one thing (white goes here, that's neutral, then attach black here, etc.), but once it goes to this scale, I really think some knowledge is a really good idea. Anyone who can't read a proper schematic or at least have the level of knowledge to be able to figure it out, scares the crap out of me trying something even close to a full blown panel build.
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