not sure if it was mentioned yet, i use the apple 29w brick with this moshi cable, due to the charging lights on it:
https://www.moshi.com/usb-c-charge-cable
https://www.moshi.com/usb-c-charge-cable
not sure if it was mentione dyet, i use the apple 29w brick with this moshi cable, due to the charging lights on it:
https://www.moshi.com/usb-c-charge-cable
I bought this $11 USB C charging stand from Amazon and it charges, works as a stable, perfectly angled tabletop stand.
It's absolutely not wobbly, even with the controllers attached, and almost rigid with them disconnected.
https://www.amazon.com/gp/product/B01DKTR37U/?tag=neogaf0e-20
Only slightly odd thing is that the USB cable that emerges from the rear, is micro USB - but the charger on the stand is USB C.
Anyway I'm VERY happy with it so far. Solves all my tabletop charging problems and is small and portable to boot.
Yeah, the 29W charger does work fine on the Switch. It charges the Switch almost as fast as the official charger when I was measuring the power consumption.
You can see it's averaging 10W.
This peaked, but it usually settles around 8.85V/1.85V or around 16W.
This peaked a bit. It's usually at 14.4V/1A or 14.4W.
As you can see, it can alternate between 5V/2A and 8.85V/1.85A or 10W and 16W. It tends to charge at 10W more often.
Might as well post this here. I done some measurements and found that any USB Type-A charger or power bank will give you at most 1.5A, no exception. It's not because those charger/bank can't supply more than 1.5A, but that Switch will not draw more than 1.5A from anything connected to a legacy cable (Type A to Type C cable).
I done the measurement at UI and not in game because it will fluctuate a lot.
Google 22.5W Charger, it's capable of 5V/3A.
You can see it's averaging 10W.
Google 18W Charger, it's capable of 5V/3A, 9V/2A
This peaked, but it usually settles around 8.85V/1.85V or around 16W.
Apple 29W Charger, It's capable of 5.2V/2.4A, 14.5V/2A.
This peaked a bit. It's usually at 14.4V/1A or 14.4W.
Apple 87W Charger, It's capable of 5.2V/2.4A, 9V/3A, 20.2V/4.43A.
As you can see, it can alternate between 5V/2A and 8.85V/1.85A or 10W and 16W. It tends to charge at 10W more often.
Might as well post this here. I done some measurements and found that any USB Type-A charger or power bank will give you at most 1.5A, no exception. It's not because those charger/bank can't supply more than 1.5A, but that Switch will not draw more than 1.5A from anything connected to a legacy cable (Type A to Type C cable).
I done the measurement at UI and not in game because it will fluctuate a lot.
Google 22.5W Charger, it's capable of 5V/3A.
You can see it's averaging 10W.
Google 18W Charger, it's capable of 5V/3A, 9V/2A
This peaked, but it usually settles around 8.85V/1.85V or around 16W.
Apple 29W Charger, It's capable of 5.2V/2.4A, 14.5V/2A.
This peaked a bit. It's usually at 14.4V/1A or 14.4W.
Apple 87W Charger, It's capable of 5.2V/2.4A, 9V/3A, 20.2V/4.43A.
As you can see, it can alternate between 5V/2A and 8.85V/1.85A or 10W and 16W. It tends to charge at 10W more often.
The USB-C spec specifically forbids the kind of cable you're describing (essentially an extension cable).
Thanks for all the info and research! I've been lurking in this thread and some other places to find a solid, reliable charger to get. Would it be safe/suggested to get the 18W Google USB C charger? Local Best Buy has one that I might pick up if so. Thanks!
If it's the 11 watt one or less, it won't actually charge the unit faster than it drains. So you'll need to buy one with about 30 watts, I got this one and it works great: https://www.amazon.com/dp/B01BF3OZ9W/?tag=neogaf0e-20Do I need to buy a certain wall plug in or will my little square iphone one do fine?
Also plugging this into my car via usb should be fine, right?
If it's the 11 watt one or less, it won't actually charge the unit faster than it drains. So you'll need to buy one with about 30 watts, I got this one and it works great: https://www.amazon.com/dp/B01BF3OZ9W/?tag=neogaf0e-20
The Google 18W and Apple 29W the smallest charger I could find that could charge the Switch decently while playing a game at the same time. The measurement I have done was when the Switch was idling at its UI screen. If you were to play a game then I suspect that the Apple 29W charger would charge a tad faster than 14.4V/1A(seen it hit 1.3A in game) while the Google 18W would max out at 9V/2A.
Its $35 Google charger vs $49 Apple charger, with the Google charger being roughly 60% of the physical size of the Apple charger.
Awesome, think I'll spring for the Google one then. Thanks again for all the help!
Might as well post this here. I done some measurements and found that any USB Type-A charger or power bank will give you at most 1.5A, no exception. It's not because those charger/bank can't supply more than 1.5A, but that Switch will not draw more than 1.5A from anything connected to a legacy cable (Type A to Type C cable).
https://www.amazon.com/gp/aw/d/B01CJ90J6O/ref=mp_s_a_1_1?ie=UTF8&qid=1489169206&sr=8-1&pi=AC_SX236_SY340_QL65&keywords=anker+usb+c+24+watt&dpPl=1&dpID=416mDLwmnbL&ref=plSrch
Debating between that and the google charger, since it's a little cheaper and the 24 watts. Anyone on the thread post it yet or have used it.
Just going by personal experience with a 12W iPad brick, but it was draining while playing even though it said it was charging. Mine possibly doesn't have adequate voltage but the Amazon link I posted works perfectly for less than $15.The small square one that comes with iPhone are 5W. The white block charger are 10W and that usually comes with iPad. The Apple 10W will charge at the same speed as the one you have linked. Both will charge at 5V/1.5A.
How much does a nifty little device like that set you back and where can I find one?
Just going by personal experience with a 12W iPad brick, but it was draining while playing even though it said it was charging. Mine possibly doesn't have adequate voltage but the Amazon link I posted works perfectly for less than $15.
Found a really good sale and bought an anker 20100 powerbank... but its only USB-A. Should i return it? i dont need to charge WHILE playing, i just need to be able to charge while sleeping on a flight.
Its 2.4A or 12W per port. Spend the extra $7 and buy the official charger they charges much faster and at least comes with an attached cable. The Google charger only comes with a 1m cable.
Might as well post this here. I done some measurements and found that any USB Type-A charger or power bank will give you at most 1.5A, no exception. It's not because those charger/bank can't supply more than 1.5A, but that Switch will not draw more than 1.5A from anything connected to a legacy cable (Type A to Type C cable).
It's fine - I have that one because it was a lot cheaper than the USB C one. Keeps the battery level or charging slowly while playing Zelda, and charges it faster if sleeping
Thanks for your excellent and thorough experiment! This is exactly the information I had been looking for.
I just wanted to point out that I've seen some maybe contradictory information. I only have a Belkin energy-use monitor that displays power consumption. However, using a 12W Apple iPad brick, I was seeing a consistent power expenditure of ~11W, which suggests that I was getting more than 5V*1.5A = 7.5W. Even with noise in the numbers, that's a significant difference. Could it be the Type-A to Type-C cable you were using that was limiting the current?
So that A to C can only draw as high as 1.5a? Have you tried C to C?The Switch uses USB-PD standard for charging, so it is likely also using BC 1.2 spec, which limits current to 1.5A, so the Switch will not draw more than 1.5A over A to C cable.
So that A to C can only draw as high as 1.5a? Have you tried C to C?
Those power consumption monitor arent very accurate at low power measurement. Converting AC to DC power also isn't 100% efficient. Federal regulation on these kinds of power source requires a minimum of 85% efficiency to be certified and most are around 90% efficient.
The Switch uses USB-PD standard for charging, so it is likely also using BC 1.2 spec, which limits current to 1.5A, so the Switch will not draw more than 1.5A over A to C cable.
It's certainly plausible that difference in our observations are due to the inaccuracy of my energy monitor; however, I'm still not 100% convinced. My personal playing and charging experience suggests the Switch is getting more than ~7.5W from the Apple 12W adapter.
Also, I just got a 29W Apple USB-C adapter today, and my monitor shows that the 12W and the 29W chargers are both providing ~11W of power to the Switch when it's idle and charging. The 29W adapter is providing as much as ~14-15W when playing Zelda. Note that the latter numbers are comparable to what you obtained for the Apple 29W adapter, and I find it hard to believe that my energy monitor would be grossly inaccurate for the 12W adapter but close to your measurements for the 29W adapter.
I may just throw in a multimeter inline tonight and see how much current the Switch draws from the 12W adapter.
Was this already posted? SanDisk Japan made some speedtests:
https://twitter.com/sandiskjp/status/837550339318411265
Upper left is retail gamecard, upper right is SanDisk Extreme, lower left is Sandisk Extreme Pro, lower right is Switch internal memory.
Was this already posted? SanDisk Japan made some speedtests:
https://twitter.com/sandiskjp/status/837550339318411265
Upper left is retail gamecard, upper right is SanDisk Extreme, lower left is Sandisk Extreme Pro, lower right is Switch internal memory.
Might as well post this here. I done some measurements and found that any USB Type-A charger or power bank will give you at most 1.5A, no exception. It's not because those charger/bank can't supply more than 1.5A, but that Switch will not draw more than 1.5A from anything connected to a legacy cable (Type A to Type C cable).
I done the measurement at UI and not in game because it will fluctuate a lot.
Google 22.5W Charger, it's capable of 5V/3A.
You can see it's averaging 10W.
Google 18W Charger, it's capable of 5V/3A, 9V/2A
This peaked, but it usually settles around 8.85V/1.85V or around 16W.
Apple 29W Charger, It's capable of 5.2V/2.4A, 14.5V/2A.
This peaked a bit. It's usually at 14.4V/1A or 14.4W.
Apple 87W Charger, It's capable of 5.2V/2.4A, 9V/3A, 20.2V/4.43A.
As you can see, it can alternate between 5V/2A and 8.85V/1.85A or 10W and 16W. It tends to charge at 10W more often.
Just ordered the 200GB SanDisk card from Amazon. Question regarding indie games: Are they pretty much digital only unless specified otherwise by the developer? I always prefer to go physical if I have the choice.
If it's anything like vita then yeah it will he digital only. Unless you have a rocket league situation where it sells so well that they can afford or could afford a publisher partner to get the game into physical stores.Yeah, this is consistent with my own testing.
I've tested Zelda loading a particular savegame with the following:
- Switch internal memory
- Samsung EVO 128GB (48MB/s Read)
- Sandisk Extreme Pro 64GB (95MB/s Read)
The two SD cards came in at almost exactly the same, around 34 seconds. Internal memory was about 2 second faster than both of them.
It seems you really don't need to overspend on a fast SD card for the Switch, as it seems it doesn't really take advantage of it.
I also find it a bit disappointing that the Internal Memory is faster than SD, as there's so little of it, and it can't be used for installation after inserting a SD card, at least not at the moment.
So should I buy the 200gb SD card? Works with Switch well?
I have it and it works great with the Switch. You get to access about 183 gb of it.
I would suggest getting a micro sd card for the switch. The internal 32gb will not last too long if you are going all digital.
https://www.amazon.com/gp/product/B010Q57S62/?tag=neogaf0e-20
That is the one I ordered and its arriving today so I hope that it works well
That should work great!
I would be interested to know how much of the 128gb you actually get to use.
Yeah, this is consistent with my own testing.
I've tested Zelda loading a particular savegame with the following:
- Switch internal memory
- Samsung EVO 128GB (48MB/s Read)
- Sandisk Extreme Pro 64GB (95MB/s Read)
The two SD cards came in at almost exactly the same, around 34 seconds. Internal memory was about 2 second faster than both of them.
It seems you really don't need to overspend on a fast SD card for the Switch, as it seems it doesn't really take advantage of it.
I also find it a bit disappointing that the Internal Memory is faster than SD, as there's so little of it, and it can't be used for installation after inserting a SD card, at least not at the moment.
Thanks I think I will go with the 128gb one for now.I have it and it works great with the Switch. You get to access about 183 gb of it.
I would suggest getting a micro sd card for the switch. The internal 32gb will not last too long if you are going all digital.
LOL hardly any but the more space ya have the better..gonna get Snipperclips maybe a few other eshop games..I can use the Nintendo EShop cards on the Switch right? I assume games like Snipperclips and others are the same price on the eshop that you can find online?
I also ordered a lan adapter..its USB 3.0..where does it go, on the usb port behind the dock or the one on the sides which one is more reliable
Thanks I think I will go with the 128gb one for now.
Any extra charger I can get that works with Switch? The official Nintendo one is expensive as heck.
Should be somewhere around 118 GB.That should work great!
I would be interested to know how much of the 128gb you actually get to use.