Manufacturers did put out various chargers/connectors in various current phone models just because reinventing wheel is fun?
ir they simply won't charge. So you need a new charger
Apple cashes in sweet commission by requesting a chip be baked into the cable that tells iPhone that it's the kosher, licensed and paid-for accesory
Agreed and I can see that, therefore the "emergent tech" mess noteI don't think they believed it was fun. I've never seen any engineer think like that. I have seen many engineers become enthusiastic when presented with new possibilities to improve performance in some way - notably portability/volume of the device, in this case. If you look at the evolution of USB connectors and note the size of the connector vs. its current carrying capacity, there's a very clear pattern.
I tend to use phone until it breaks physically, therefore I don't purchase gadgets that often. When phone dies, I tend to keep the charger as I see it just as a power supply that terminates in X connector. Currently I have USB-C smartphone, but one before that used Micro and no fast charging support whatsoever, and one before that - Apple product with it's stupid exposed cable and no fast charging too.IDK about you but I've never had to replace the AC adapter before the phone somehow became unattractive to use, or inoperable. Also, virtually all modern phones at this point (sans Apple) use USB-C and have done so for several years. It's already a de-facto standard
It's not the complexity that bugs me. It's the proprietary {stuff} Apple is loving so much.USB-C involves active identification of cables/connectors in some scenarios. USB-C is not dictated by Apple. Switching to USB-C will not change the fact that cables will become (have already become) more complex.
It's a bit of a misnomer. It should have been labeled 'Common Power Adapter Directive' instead; that would have been more technically correct. Charging (if applicable) is managed by the device itself and whatever onboard charging electronics it requires for its batteries. Safety provisions are part of this device (over-current, over-voltage, over-charging and over-discharging protection) and the battery pack itself (thermal protection). They're not implemented in the power source.
Ok, I'll water down my brine next time around, sorry.
It's much better to leave charging circuitry in the dedicated charger which you can leave behind than in the device you bring with you.
Thank you for the link but if one were to read it, it is irrelevant to anything here.The 'common charging' requirements will apply to all handheld mobile phones, tablets, digital cameras, headphones, headsets, portable speakers, handheld videogame consoles, e-readers, earbuds, keyboards, mice, and portable navigation systems
Thank you for the link but if one were to read it, it is irrelevant to anything here.
No, that's an unrelated issue. That is really to do with battery chemistry and charging conditions, which is essentially unrelated to the power adapter as such.
This issue creeps into my head from time to time and I think that there's the habit of annual gadget purchase baked into the legislation:
CAT1
If you have this habit, you end up with many incompatible chargers and cables over time. That exactly was the problem before smartphone and Micro USB arrived - not fun like at all. Manufacturers did put out various chargers/connectors in various current phone models just because reinventing wheel is fun?
A mess created by emergent tech.
CAT2
You don't purchase a smartphone yearly as you don't see the need to replace something that works perfectly. As a result you aren't drowning in unicorn chargers and cables. You have some and they're rather outdated or expired even and make noises/heat up, feel unsafe to use with modern high-current devices, or they simply won't charge. So you need a new, modern charger, but devices now come without it and it requires a separate purchase - an unfair mess, because CAT1 people are creating mountains of e-waste on my behalf.
As I see it, it was done mainly to make Apple behave, because everyone else already competes with latest tech and speeds, but
until just recently Apple used USB 2 speeds (that are generation or two behind) with their new devices and lightning cables, doing their customer extra good service by keeping them outdated with overpriced tech lol.
Why's so? Simple - business.
Ever heard of "Made For iPhone" thing/policy? Apple cashed in sweet commission by requesting a chip be baked into the cable that tells iPhone that it's the real deal - the kosher, licensed and paid-for accesory. Not very competitive and not really doing a service to customer, so EU felt the need to step in to pull some teeth out of Apple. That MFI thing is a monopolistic cancer, nothing more.
Now Apple users too can enjoy modern open tech and better speeds, improved connectivity and connector longevity, and should really be thankful for this EU initiative. But will they see this truth?
Good riddance - Apple's Lightning connector was extra dumb and fragile - it exposes live contacts to environment and a little moisture would bridge the exposed pins and corrode them (electrolysis), ruining the expensive cable. And this standard often killed iPhone USB control chip - I was replacing Tristar chip on iPhone boards for 4 generations of Apple devices. No such problems in any Android device whatsoever.
Good riddance.
But again - regulate something too tightly and good intentions can turn sour - I don't like current tech being baked into the law.
We will have another law when another and better connector pops up, or is C the final form of USB? We don't have the benefit of hindsight yet...
I'd be more careful with this aspect, but I don't make them damn laws. There's the Japanese example where institutions were/are required by law to handle documents on floppy - that once hot data storage solution!
If you use the wrong power adapter, don't you increase the possibility of fires, even with small devices like cameras, strobes, etc??
In practice, I've seen zero downsides to manufacturers moving to USB-C, and a bonus is data transfer between devices can use the same leads, and that's being forgotten.
Speaking from reality, where all the devices I currently use have USB-C charging leads, I'm glad to see the back of two different Apple leads and various mini, micro, and other variants. The bottom line is the output of the USB socket you are charging from, I tend to use UK wall plug sockets with 2 or 3 built in USB ports.
In practice, I've seen zero downsides to manufacturers moving to USB-C, and a bonus is data transfer between devices can use the same leads, and that's being forgotten. It's common sense, it did need legislation to make Apple comply.
Something else overlooked is travelling, US. EU, and UK plug sockets are all different, I've just returned from Spain, all I needed was my USB to USB-C lead, I knew my friend had chargers, but that she only had Apple/2xMicro USB, leads, I'd given her my spares 6 months ago.
Now all those pre-USB-C leads I have left are boxed and very rarely needed, instead I have USB-C extensions into sockets, and it's a no-brainer, so easy, and flexible.
Ian
That's a seemingly simple question, but when you break it down into real failure scenarios, it becomes a little more complex. It depends mostly in what causes of an electrical fire you're looking at and also how the devices you're using are implemented. So it's specific to the actual equipment used, operating conditions etc. Because of this complexity, the general advice has always been (and will remain) to use the adapter that's specifically intended for the device. That excludes a whole slew of combinations that would also work safely, but since manufacturers and sellers couldn't possibly educate every individual user on how to make an informed choice, it's just more realistic to keep it at the conservative advice that's always been given. The straight answer to your question would boil down to "sometimes, not necessarily so."
Of course, one effect of the directive discussed here is that through standardization, users will become less dependent on the specific advice given by the manufacturer. After all, any given USB-C/PD adapter that's rated in accordance with the requirements of any given device should work fine, even if they were not sold together or expressly intended to be used together.
I agree. USB-C is really nice, and on top of its electrical and data transfer effectiveness, it's also physically much more resilient than e.g. Micro-USB, which in particular was prone to being yanked off of a PCB if a device dropped or was handled roughly.
That's a seemingly simple question, but when you break it down into real failure scenarios, it becomes a little more complex. It depends mostly in what causes of an electrical fire you're looking at and also how the devices you're using are implemented. So it's specific to the actual equipment used, operating conditions etc. Because of this complexity, the general advice has always been (and will remain) to use the adapter that's specifically intended for the device. That excludes a whole slew of combinations that would also work safely, but since manufacturers and sellers couldn't possibly educate every individual user on how to make an informed choice, it's just more realistic to keep it at the conservative advice that's always been given. The straight answer to your question would boil down to "sometimes, not necessarily so."
Of course, one effect of the directive discussed here is that through standardization, users will become less dependent on the specific advice given by the manufacturer. After all, any given USB-C/PD adapter that's rated in accordance with the requirements of any given device should work fine, even if they were not sold together or expressly intended to be used together.
I agree. USB-C is really nice, and on top of its electrical and data transfer effectiveness, it's also physically much more resilient than e.g. Micro-USB, which in particular was prone to being yanked off of a PCB if a device dropped or was handled roughly.
Do these ever catch on fire?
All of my devices are USB not USB-C.
All of my devices are USB not USB-C.
All of my devices are USB not USB-C.
That new Nikon you have mentioned elsewhere can be charged via the USB-C connector on the side.
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