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It would be interesting to see what the metrics are on battery health at ever-increasing charging speeds. Obviously it’s more complicated than just speed of charge, as the speed is on a sliding scale depending on what capacity percentage the battery is at. But there must be an upper limit that pushes temps beyond a safe level, both for the battery and the rest of the phones components. Like so many other specs that some brands push to have the biggest number, making a battery accept a 100w charge might be fine when sold in small numbers, but it could also have a 20% failure rate that would be brand-damaging for someone like Apple selling hundreds of millions of iPhones each year.
 
I mean I guess it could be. However the battery on my phone is worse than any iPhone I’ve ever had. Off the charger at 7am and I’m at 20/30 percent by 2 or 3pm. I don’t do anything differently than I’ve done with previous phones and I’ve never had to charge multiple times a day like I do now.
Have you looked to see if there is any app or system process draining the battery?

If your battery is reporting it has 90% capacity but you are seeing you have about half the runtime between charges, those numbers don't line up.

iOS 16 definitely made my battery worse, I even contemplated throwing iOS 17 beta to see if that improved it ha
The circles I look at were all blaming iOS 17 for the lower percentages. I'm still at 100% though on my 14 pro (on 17).

I wouldn't expect the maximum capacity calculations to change for previous phones as part of a beta cycle - they would be more likely to update in an iOS 16 release and to lag merging into 17 betas.
 
I'd be happy to see a message flash up on screen saying both the cable and the adapter are MFI certified, and what wattage you are charging at. You have no idea what kind of crap you're buying for the most part otherwise!

I don't think they'll be able to limit the speed, at least in the EU...
 
Definitely not for charging. For other peripherals? Sure.

And also EU will choose some more open standard than Apple locked one for sure.

Edit: reaction to your edited message: there's not attack vector for charging. Charging cable is dumb and should not use data pins. So EU Cyber Resilience Act is not relevant for this case. It is however relevant for peripherals which actually use some driver (HID devices, mass storage devices etc.)
Standards-compliant USB-C cables have at least USB 2.0 data transfer.

Even cables that go non-standard and cut the data pins still have the CEC channel if they support power delivery. CEC is another data channel, and can be used for things like updating device firmware.

USB-C charging cables require an e-marker chip if they support over 30W.
 
Edit: reaction to your edited message: there's not attack vector for charging. Charging cable is dumb and should not use data pins. So EU Cyber Resilience Act is not relevant for this case. It is however relevant for peripherals which actually use some driver (HID devices, mass storage devices etc.)
It’s USB-C. You can use “data” cables for charging. In fact I’m using Apple’s Thunderbolt 4 cable to charge my MacBook Pro right now. Connected to the power brick NOT a Thunderbolt hub.
 
And yet some people here will still defend the lightning port
Well this also means I need to replace 7 cables and 5 accessories that are lightning. Not looking forward to that.

And if AirPods don’t get updated with USB-C I’ll have even more cables to deal with.
 
It’s USB-C. You can use “data” cables for charging. In fact I’m using Apple’s Thunderbolt 4 cable to charge my MacBook Pro right now. Connected to the power brick NOT a Thunderbolt hub.
Data cables are not the same as data pins.
Using data cable does not mean data pins are being using when using charger. They are not being used in such case.
 
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Data cables are not the same as data pins.
Using data cable does not mean data pins are being using when using charger. They are not being used in such case.
You said there is no issue because "Charging cable is dumb and should not use data pins."

I am NOT using a charging CABLE.....I am using a data cable. So the pins are there.

I am not using this, which is limited to data speeds of USB 2.0 (shocking huh???)


I am using this.


And yes data pins do get used during charging in many scenarios. Ever use the camera adapter for the phone? Or a Thunderbolt dock that charges your iPad at the same time that allows ports to be used?
 
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would love for all phones to be 100w but not realistic. 35w is fine and least it's better than what we have. think 50w should be min in 2023.
 
You said there is no issue because "Charging cable is dumb and should not use data pins."

I am NOT using a charging CABLE.....I am using a data cable. So the pins are there.

I am not using this, which is limited to data speeds of USB 2.0 (shocking huh???)


I am using this.


And yes data pins do get used during charging in many scenarios. Ever use the camera adapter for the phone? Or a Thunderbolt dock that charges your iPad at the same time that allows ports to be used?
You still miss the point.

I short: there's no technical reason to have chip in the cable in order to prevent attack vector. All you need is signature of the end device (chip in the device, not in the cable) and computer (or phone, tablet, any host you connect your cable to) verify the signature of the connected device. With such you can easily spot malicious cable or tampered device.

There's no need to have any chip on the cable to prevent such attack vector. MFi is just Apple's money grab, it's not something actually useful for the security.

And that was point of my initial comment we started with.
 
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You still miss the point.

I short: there's no technical reason to have chip in the cable in order to prevent attack vector. All you need is signature of the end device (chip in the device, not in the cable) and computer (or phone, tablet, any host you connect your cable to) verify the signature of the connected device. With such you can easily spot malicious cable or tampered device.

There's no need to have any chip on the cable to prevent such attack vector. MFi is just Apple's money grab, it's not something actually useful for the security.

And that was point of my initial comment we started with.
Just pointing out your statement that a cable that charges can't be used for data.
 
Just pointing out your statement that a cable that charges can't be used for data.
Well, I believe I did not say that. And if I actually did I did not meant to and I'm sorry about that.

From what I remember I was meaning that charging itself does not use or need data pins. But of course you definitely can charge and use data pins at the same time - but in such case charging itself does not require nor use these data pins. That was my intended point.
 
its time for them to change the world. Utilize USB-C like on the iPad and allow people to connect to an external display and use their phone as the device for everything. With Thunderbolt wired speeds and wifi 6e plus whatever new chip they put in and an increase in storage this would be possible for sure. Perhaps why they haven't bothered updating the iMac past M1. The iMac is a dead platform in this scenario.
 
if you want to believe some random post on the internet, that's fine ...
efficiency overall is a far more complex thing that that post is citing ...
It’s really not complex. It’s probably the most basic thing. Both factors to calculate efficiency are very easy to measure
 
That’s exactly what I do. I charge at night on 5w. Very rarely do I need a boost during the day. That mostly happens during trips.
Totally in the same boat here. My iPhone 11 Pro Max bought when it came out is now at 85%. I never understood the need for fast charging overnight, as it will only wear the battery down faster. I do wish Apple would bring in the ability to limit the charge percentage, but that is never going to come I think.

I also charge my watches with the 5W adapter and even then the Ultra gets warm at the end. Sadly never got the “optimised charging“ feature working on the Ultra for some reason.

Edit: spelling.
 
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Perhaps because it is a physically better construction? I love USB-C for the versatility, but a great design it is not.
Lightning feels sturdier than USB-C, there is no doubt about it. But it seems to be stuck with USB2 due to the lack of data pins in the current incarnation.

I'm not a huge fan of regulators interfering with IT-Standards. But in the case of USB-C I think it was (luckily) the right move.

Ironically most cheap USB-C charging cables are only capable of USB2 speeds as well. Faster USB connections require a cable with extra wires and a so called emarker-chip.
 
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