Well you might say “I don’t have the patience for keeping the MagSafe on for an hour or so”. So if after 6 hours of heavy usage and my iPhone being at 90% I guess that’s good. I’m a heavy user and doing the above seems like I can get 6 hours until MagSafe dies but my iPhone is at 90%. This is how you’re supposed to use it from doing research. Then when the MagSafe dies my iPhone is at 90%. What I’ve been doing is slapping the 100% charged MagSafe on my 100% charged iPhone 15 Pro and keeping the MagSafe on until it dies. Where I look at the MagSafe as an iPhone battery extender. I look at the Anker 633 the same way as a power wall outlet. When I use Anker as a recharging solution like charging iPhone without using it at the same time for a long period then it works good. When I used the Anker 633 the same way as the MagSafe, both the Anker and iPhone would get hot and would get a warning message. So I having portable power is a necessity and trying to find the best solution. Plus I’m in a work vehicle 90% of the day with no access to power. We are there to put out fires when it happens, otherwise downtown. When there’s nothing going on, there’s nothing going on and have lots of downtime. My “problem” is that I have a job that is “like a fireman”. The Anker I would use to recharge when I go to bed as IMO it’s not a battery extender like the MagSafe. Since I was near power at this time, I should have plugged in my iPhone into power outlet to maintain the 90% and when done lunch and going out in the field slapped on 100% charged MagSafe, I would have same results as in the morning. It’s designed to be slapped on when iPhone is fully charged or close to it like I did in the morning and to keep iPhone at 90’ish% until the MagSafe dies. This is when I started to realize the real purpose of the MagSafe. When I slapped the MagSafe on it started charging iPhone to around 90%. However during lunch I was using my iPhone heavy streaming and iPhone battery went from 91% to 65%. So at 11:30 since this is the only time I’m near power, I charged the MagSafe with a 20W charger and the time I was done lunch the MagSafe was completely charged. Since I was working overtime I still had 6 hours to go. The MagSafe and the iPhone didn’t get hot slightly warm. By 11:30am MagSafe was at 6% and my iPhone at 91%. I used it pretty heavy starting at 5:30am. I slapped it on when my iPhone was about 95%. Yesterday was the first time I used the MagSafe. Where the Anker 633 is designed to charge your iPhone. It’s not a charging pack it’s a battery extension. It’s designed to keep your iPhone at 90% until the battery pack is dead and then your iPhone is still at 90% and hopefully good for the rest of the day. This is my take on the Apple MagSafe battery pack. It also works with the chargers supplied with Apple’s iPad or MacBook range.I’ve have Anker 633 but IMO you can’t compare the likes of Anker 633 to the Apple. Hook up a powerful USB-C charger with a 27W output or higher, and its battery will fill up quicker. This battery is sold on its own without cables, but can connect to any USB charger via its lightning port. This means, if you already have a MagSafe case attached to your iPhone, this wireless battery will attach magnetically onto the rear of the case, then send power through that and into your phone. It helps all models of iPhone 12, iPhone 13 and iPhone 14 (from £849, ) connect to chargers, cases and other accessories, thanks to magnets fitted on the rear of the handset.Įach accessory simply snaps into place, and because these models of iPhone also have wireless charging, their batteries are topped up as soon as the magnets are aligned.īecause MagSafe is an ecosystem of products, they all work with each other. Introduced with the iPhone 12 in 2020, MagSafe is Apple’s magnetic, wireless battery-charging technology.
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