![]() The term means a device won’t function and isn’t recoverable. To answer your questions and concerns with the best data possible. To tell what we know to be true, what is theorized, and what is false. I created this FAQ to better share what we know from legitimate sources. While one person posting “it’ll brick your Nintendo Switch” was far faster and affected many. To get a good idea of what was actually happening you had to piece it together from several sources. But latched onto a single sentence and stirred up the community more. Some found technical information they didn’t quite understand. As it offers a lot more technology.Īs a result a lot of fear monger also occurred. And USB-C is significantly more complicated than the legacy USB. Add to this the Nintendo Switch was the first USB-C device for many. And Nintendo was mostly quiet during the event. The media only covered content from a single gaming influencer. ![]() In the spring of 2018, a wave of user reports involving third party docks damaging the Nintendo Switch swept through the community. When it comes to concerns with third party accessories damaging the Switch console. This isn't directly dangerous to the Switch itself, but using a 10K ohm cable with a low-powered USB-A charger may overload it, damaging the charger-and a damaged charger could produce unexpected voltage on an output pin, which might in turn damage the Switch as well.This Nintendo Switch bricking FAQ is to help you separate facts from fears. There are two variants of the cable one with a 10K ohm resistor, and one with a 56K ohm resistor. Remember that 6V absolute maximum rating on the Configuration Channel of the Switch's USB-C PD chip? Well, it's only 0.5mm away from the VBus (main power line), which carries 15V.įinally, you may brick your Switch if you use USB-C to USB-A adapter cables. But if they fail short-meaning pins are bridged electrically to pins they have no business connecting to-you may easily overvolt a pin. ![]() If the port fails open-meaning pins just don't make electrical contact-there's usually no real harm done. Given that the standard already has pins spaced only 0.5mm apart, even a slight design or manufacturing defect is likely to cause a port to fail. Third parties want to emulate that mechanical feel as closely as possible, but there's no published standard-they basically just take a stab at it and hope for the best. So Nintendo's own dock for the Switch is very slightly narrower than the USB-C standard in order to provide the desired smooth slide instead of the usual snug click. Nintendo wanted the Switch to slide very smoothly in and out of its dock-but the USB-C mechanical design spec doesn't allow for that. There is one area in which the rumors of Switches getting bricked due to proprietary, non-standard Nintendo design is correct, however. The literal smoking gun here is the maximum voltage rating on the Configuration Channel pin (used for negotiating power delivery rates), listed at 6V. There doesn't appear to be a datasheet available for the M92T36, but there is an available datasheet for a very similar chipset, Rohm Semiconductor's M92T30. As Redditor "VECTORDRIVER" explained on Thursday, the Switch uses an M92T36 Power Delivery chip-and that's the part that most frequently burns out after use of third-party charging equipment. Thanks to a recent deeper dive from an engineer's research, we have more insights as to the real cause-and reason to believe that users' initial suspicions weren't quite accurate. Many people suspected that the Nintendo Switch is not properly USB-C PD (power delivery) compliant. And for good reason: scary, anecdotal reports about third-party Switch docks " bricking" the machine popped up soon after the console received its version 5.0 update in early 2018. For over a year, Nintendo Switch owners have wondered about-and outright feared-plugging their "hybrid" portable console into unofficial docks.
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