If the operating system gets borked, it won't be able to connect to a wireless network to be restored.
Solution would be a hard resset hole.
If the operating system gets borked, it won't be able to connect to a wireless network to be restored.
Movement based charging would not be that hard, hell Seiko watches have a Kinetic series where movement charges the battery and winds the mechanism - all they have to do is use the same idea and modify it
You're story telling is so good I actually weeped reading this.You don't get it. It's not going to be a smart phone on your wrist. Nobody wants that.
It's going to be a new class of product that has unique features which only something connected to your wrist at all times can do.
The biggest thing that I think you're not seeing is the fact that in 10 years time, the idea of holding a box in your hand to access all of this information will seem *absurd*. You will look like a cave man. Imagine someone today using a flip phone, or a portable CD player.
It's not about holding an object, and how 'hard' it is to do that. It's about being able to carry out tasks, like playing a guitar, eating, running, holding bags, etc., and still having access to information as it pertains to what you're doing. Sometimes I need to look up directions but my hands are occupied.
A free hand is a bigger deal than you think.
I still don't see why anyone would want what is undoubtedly an expensive underpowered nano iPod. People are moving away from watches. The convergence of services into fewer devices is what people want. Unless this watch can make phone calls, check email, run games, etc., what is the point?
It could vibrate to wake at the optimal time based on sleep patterns, many of them do this now, it will as well.Great battery life is always good, but I'm not sure why a five-day battery life is that all-important? After all, most of us go to bed once every 24hrs, and place watches, jewelry, etc. on the night stand, where the 'iWatch' could then presumably charge. This question will no doubt be answered sooner or later.
Perhaps it has to do with health monitoring apps, that would need to be in contact with the skin, even while or especially when, sleeping?
The fact that Apple is taking their time with this project, have put in place a 'dream team' and additionally hired several people with fitness and/or health expertise, makes me very curious about what will eventually emerge.
I suspect it will be great, and before you know it, we'll wonder how we previously got by without it.
Don't care about charging so much (would think that it will be inductive, though), but I want to be able to swim with it...
Why exactly did they take that step backwards anyway?
To differentiate between the iPod nano and the potential iWatch, perhaps.
Apple is exploring a variety of different charging methods for its upcoming "iWatch" smart watch project...
At the top of the list for Apple appears to be induction charging, allowing users to recharge their watches wirelessly.
Yes because taking out the phone out of your pocket is really the hardest thing in life and you need a 250$+ to do that...
I'm with those who see little benefit to induction charging.
Who wants to carry a whole induction charging pad, cable, and adapter whenever they travel with their iWatch? The beauty of the lightning port is that it is so small, easy to use, and can simply be used to charge off your MacBook's USB port or existing iPhone charger.
Induction is one of the more overrated technologies for mobile devices.
are you by any chance talking about google glasses?![]()
Yes because taking out the phone out of your pocket is really the hardest thing in life and you need a 250$+ to do that...
If it is going to monitor my blood sugar anyway, couldn't it just run on my blood?
You're story telling is so good I actually weeped reading this.
You could probably ride a bike to work, but choose public transport or a car. What is your point?
You can't restore over wifi and removing the lighting port and replacing it with wifi components will do you no good.
Another experiment at Apple has involved charging the battery through movement, a method that is already used in many modern watches
Hmm. Wonder how much power could come from a thermoelectric charger using body heat?
Isn't there some kind of experimental technology called "graphene" that allegedly keeps batteries charged for an insane amount of time?
While reading the article I thought, "My Rolex GMT-II already has a perpetual system".
I bought the part blue-dial GMT-II last month, but I'm still interested in an Apple iWatch. And this weekend I toyed with the idea of getting one of those really old and cheap casio digital watches.