Sadly notCan I just use a quick charge capable plug (non Apple) that I already have with the iPhone charging cable that comes with?
Sadly not
It really should come in the box like with android devices but sadly apple refuse to do so.
So I just bought an Anker wall charger that supports quick charge 3.0 and it says it supports up to 2.4A. Won’t this work?
Amen to that. I'm still confused... I thought the higher the output (such as 2.4A vs. 1.5A) means faster charging. Also, I thought that the cable doesn't matter (gold plated, etc.).
The problem is how Apple have communicated it over the years.
For a while now iOS devices have charged faster with an iPad charger offering 5v 2A/2.4A= 10-12w.
Now they’ve got 29w support they’ve not given it another name and so everyone interprets fast charging as different things - is it faster than the 5w in the box, or the fastest currently possible?
To make it worse there’s some update coming to make wireless charging faster, which means some threads confuse wireless and wired charging....
This really helped me! The whole what I needed for the iPhone 8 plus fast charging and wireless was little confusing but this really helped meBingo, I've stated in a few other threads that someone 'in the know' really needs to make a charging sticky and post it to clarify everything you've mentioned. I'll give it my best shot here in the two minutes I've got...
Wireless:
Some chargers are rated to output 5W and others have the capabilities to go as fast as 7.5W (or even faster). As of right now, iOS 11.0, the 8/8+/X phones are limited to accepting a wireless charge of 5W. In a later revision of iOS, presumably 11.1, that will be increased to a maximum of 7.5W (therefore, it might be important to you to make sure you select a charge that is capable of providing that speed - i.e. the Mophie/Belkin from the Apple Store that have it stated in the tech specs that it will provide 7.5W). If you use a charger that provides more than 7.5W - some Samsungs, etc. apparently provide up to 15W - I am assuming that the phone will only accept it's max rate.
Wired:
5W out of small brick that comes with the phone in the box = will charge at a relatively slow rate.
10W/12W out of iPad bricks - will charge at a faster rate than the 5W.
29W/61W/87W MacBook bricks - will provide what is called 'fast-charging' (as mentioned in the Sept. Event) only to the 8/8+/X. Must be one of these bricks which provide the faster rate - 29W+ - through a protocol named USB-PD (USB-Power Delivery) in conjunction with a USB-C to lightning cable. The advertised special here is that you'll get a 50% charge in about 30 minutes (presumably for the iPhone 8 size battery - so skew your expectations for the other devices accordingly). All of these bricks will default to the 29W output which is the max that all of the new phones can accept. The minimum associated cost is $49 for the Apple 29W brick and $25 for a 1M USB-C to lightning cable = $74 + tax.
**I cannot get into the discussion of what about this 3rd party brick or cables might be OK to use as the information I've read is all over the place and I am not knowledgeable on the technical intricacies of these bricks/cables. Apparently the USB-PD is a big deal on the bricks and I've read that even things like Qualcomm Quick Charge 3.0, etc. bricks that are rated at 29W or higher are not mandated to have this protocol built into them - which, obviously, means you may not be getting the 'fast-charging' rate that you think you are paying for. Also, Google has outright asked manufacturers to not use Quick Charge - but, rather, use USB-PD as it 'is the future of charging'. Take that for what it's worth. Same goes for cables - apparently the Apple USB-C to lightning is thicker than some 3rd party cables and presumed to be certainly cable of carrying the quoted 29W spec; whereas, the same can't be said for third parties. All of that being said - with electrical/charging accessories - I cannot speak to the safety issues of using third party accessories due to so many companies, manufacturing countries, cheaper materials, etc.
That's about the best that I can do as of now after all that I've read - please, someone correct me if I've misquoted a spec somewhere.
Bingo, I've stated in a few other threads that someone 'in the know' really needs to make a charging sticky and post it to clarify everything you've mentioned. I'll give it my best shot here in the two minutes I've got...
Wireless:
Some chargers are rated to output 5W and others have the capabilities to go as fast as 7.5W (or even faster). As of right now, iOS 11.0, the 8/8+/X phones are limited to accepting a wireless charge of 5W. In a later revision of iOS, presumably 11.1, that will be increased to a maximum of 7.5W (therefore, it might be important to you to make sure you select a charge that is capable of providing that speed - i.e. the Mophie/Belkin from the Apple Store that have it stated in the tech specs that it will provide 7.5W). If you use a charger that provides more than 7.5W - some Samsungs, etc. apparently provide up to 15W - I am assuming that the phone will only accept it's max rate.
Wired:
5W out of small brick that comes with the phone in the box = will charge at a relatively slow rate.
10W/12W out of iPad bricks - will charge at a faster rate than the 5W.
29W/61W/87W MacBook bricks - will provide what is called 'fast-charging' (as mentioned in the Sept. Event) only to the 8/8+/X. Must be one of these bricks which provide the faster rate - 29W+ - through a protocol named USB-PD (USB-Power Delivery) in conjunction with a USB-C to lightning cable. The advertised special here is that you'll get a 50% charge in about 30 minutes (presumably for the iPhone 8 size battery - so skew your expectations for the other devices accordingly). All of these bricks will default to the 29W output which is the max that all of the new phones can accept. The minimum associated cost is $49 for the Apple 29W brick and $25 for a 1M USB-C to lightning cable = $74 + tax.
**I cannot get into the discussion of what about this 3rd party brick or cables might be OK to use as the information I've read is all over the place and I am not knowledgeable on the technical intricacies of these bricks/cables. Apparently the USB-PD is a big deal on the bricks and I've read that even things like Qualcomm Quick Charge 3.0, etc. bricks that are rated at 29W or higher are not mandated to have this protocol built into them - which, obviously, means you may not be getting the 'fast-charging' rate that you think you are paying for. Also, Google has outright asked manufacturers to not use Quick Charge - but, rather, use USB-PD as it 'is the future of charging'. Take that for what it's worth. Same goes for cables - apparently the Apple USB-C to lightning is thicker than some 3rd party cables and presumed to be certainly cable of carrying the quoted 29W spec; whereas, the same can't be said for third parties. All of that being said - with electrical/charging accessories - I cannot speak to the safety issues of using third party accessories due to so many companies, manufacturing countries, cheaper materials, etc.
That's about the best that I can do as of now after all that I've read - please, someone correct me if I've misquoted a spec somewhere.
I just bought this from Anker. Any idea if I will get fast charging? Thank you!
https://www.amazon.com/gp/product/B01DDMD96S/ref=oh_aui_detailpage_o02_s00?ie=UTF8&psc=1
So confusing... Rather than pay a fortune at Apple and buy a USB-C charger, couldn't we just purchase a regular USB-A charger that supports the wattage/amps needed or with the USB-D tech in it, or, is such USB-D "tech" only available in the USB-C chargers and not the USB-A (common usb charger) chargers? Thanks again.
So confusing... Rather than pay a fortune at Apple and buy a USB-C charger, couldn't we just purchase a regular USB-A charger that supports the wattage/amps needed or with the USB-D tech in it, or, is such USB-D "tech" only available in the USB-C chargers and not the USB-A (common usb charger) chargers? Thanks again.
Ultimately it’s a higher wattage you want and you can get that by increasing either the voltage or amps or a combination of both.
(Wattage = voltage x amps.)
So to get the high wattage you need without increasing the Amps higher than 2.4A, you need higher voltage than the 5v limit that USB-A supports. (We’ve already maxed out higher Amps by moving to iPad chargers with 5v 2.4A giving 12W)
I think Qualcomm quickcharge does increase the voltage , but via their own. Proprietary tech and sticking with USB-A connectors which aren’t designed for the higher voltage. This is why Apple and Google prefer USB-PD (usb power delivery) as the USB-C connector is designed to allow higher voltages as part of the spec.
It’s “USB-PD” - for Power Delivery.
The real problem is that yes you need a brick that supports the USB-PD. The cheapest third-party bricks on Amazon seem to be around $25 - Anker, Aukey, etc.
The bigger problem seems to be that there are no third-party USB – lightning cables that are trusted yet to support the throughput required for “fast charging” that we’re speaking of; therefore, Apples seems to be the only option at a minimum of $25 for a 1M.
So, you’re looking at $50 with a third-party brick versus going all Apple for $74. (Prices would then be +tax).
Hope this helps.