Apple Unveils iPhone 5C, iPhone 5S
Nerval's Lobster writes "Apple unveiled the iPhone 5C and iPhone 5S today, which will replace the company's current iPhone 5. Apple CEO Tim Cook and other executives took to a stage in California to introduce both devices. The cheaper iPhone 5C features a plastic casing available in a variety of colors (green, blue, reddish-pink, yellow, white); Apple seems to have done its best to make the device look high quality, with the backing and sides molded of a single piece of plastic; on the hardware side of things, the iPhone 5C comes with a 4-inch Retina display, A6 processor, and 8-megapixel camera. The other new Apple design, the iPhone 5S, is the company's next-generation 'hero' device. While the iPhone 5 was a radical new design, the 5S is an iterative upgrade; on the outside, it looks pretty much the same as its predecessor (the new iPhone features a new color, gold, in addition to the 'traditional' black or white aluminum body). The iPhone 5S has an A7 chip built on 64-bit architecture (capable of running 32-bit and 64-bit apps), which is pretty speedy, to put it mildly. There's also the M7 'motion co-processor' which boosts the actions of the accelerometer, compass, and gyroscope—in theory, opening the door to more refined motion-related apps, such as ones devoted to exercise."
The iPhone 5S also has a sensor built into the home button that will allow you to unlock the device with your fingerprint. Both new phone will be available for purchase on Friday, Sept. 20th. Apple announced that iOS 7 will be rolling out on Wednesday, Sept. 18th.
First, Apple releases a tiny 7" tablet, against Jobs recommendation when he was alive. Now they come up with a cheap iPhone, further eroding Aple's premium image.
What's next, sell iPhones at Walmart??
Seriously, when I had an iPhone, the one thing that annoyed me more than anything was the lack of a notification led.
That's what the S stands for:
"Still no notification led"
Summation 2
The fingerprint is saved locally and encrypted on the individual phone's A7 chip. Never goes to iCloud. Never touches Apple servers.
"No, no, no. Don't tug on that. You never know what it might be attached to."
ah... so in other words, it's only available to the NSA.
I've been a fan of the iPhone since it came out. Love it or hate it, it did change the landscape and it does a lot of things really well. Unfortunately the whizzbang features with the faster processor and fingerprint scanner and such, while nifty, are less compelling to me than getting a larger screen for my aging eyes. That alone knocks it out of my "time to upgrade" category. It feels like too small of an incremental enhancement and not anything singularly so substantial that it's worth plunking down money for.
Warning: Teh poster of this messaeg is lysdexic
Yes.. Note that that's an off-contract price and that it ships with a user-unlockable bootloader.
(I have no interest in a flame war. It's an answer to the question the parent asked, not an attempt to start an Android vs. iOS argument.)
The fingerprint is saved locally and encrypted on the individual phone's A7 chip. Never goes to iCloud. Never touches Apple servers.
Ah, so we've looked through the source code and hardware design to verify that's the case? I mean, the source code and hardware are open, so we can verify them, and the phone is open so we can verify that the binary on the phone matches the source code we have, right?
What's that, no on all counts?
Yeah, no, I think I'll pass on trusting Apple with anything, especially considering that their privacy policy (still) says that they track your every move - but it's OK, because they don't attach it to your name, just an unique ID that's attached to your phone that's attached to your name.
You are in a maze of twisty little relative jumps, all alike.
> iPhone 5 was a radical new design
http://www.wired.com/images_blogs/gadgetlab/2012/09/iphone5Comparison.jpeg
Yeah that's FREAKING RADICAL, MAN!
You mean like the Samsung 4S or the HTC One?
These comments are my own and do not necessarily reflect the views or opinions of my employer or colleagues...
Look at it from the NSA/FBI's point of view: they already have backdoor access to your phone's data, so the fingerprint scanner isn't about keeping Them out, but about securing biometric data from users voluntarily. If They tried to fingerprint or retina-scan a whole nation Themselves (like our troops do to occupied Afganistan and before in Iraq) there would be resistance; we only got away with it in Afghanistan and Iraq because we were an armed, occupying force. At home, they'll start integrating biometric scanners into cheap, gaudy (GOLD!) baubles so the Sheeple fingerprint themselves instead.
So, let me get this straight. Whenever a user gets arrested the police already take that user's fingerprint. Your phone is now locked with your fingerprint, so the police will no longer have to ask to unlock your phone? Merely by being arrested and owning an iPhone they could claim you have given them implied access to your phone.
Just cut off your fingertip...it's about the same thing.
Can't wait for new corporate security policies mandating that you change your fingerprints every 3 months.
Also: He needed a sticky note to remember "teacher". Just reiterating that.
Support the EFF and Creative Commons. The war is coming, and they're supporting you...
I mean, fine with me if you distrust Apple so much, you suspect they'd stoop to uploading the locally stored fingerprint data to a central server and hang onto all of that data. (Never-mind the fact you'd think if they had an interest in doing so, they would have designed the iPhone 5s so the data synced with their servers in the first place.)
But how far does this distrust go? Your cellphone carrier can track your movements as long as your cellphone is powered on, you know.... What if they're selling that info to someone? Seems to me you better pass on a cellular phone, period!
The increased address space is not the important part of the ARMv8 64-bit architecture in this case.
Instead it has twice the number of general purpose registers (31) with twice the size (64 bit) than that of the previous ARMv7 architecture. It also has 32 x 128 bit vector registers, which again is doubled. This allows for more data being processed at the same time, and also saves a bit on memory accesses, which are horribly slow. There are also other improvements such as built in AES encrypting and SHA hashing instructions.