Maybe when they release the A-10s, it will feature Thunderbolt? ;-)Can't wait for the A10 to blow them all away!
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Maybe when they release the A-10s, it will feature Thunderbolt? ;-)Can't wait for the A10 to blow them all away!
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...Anytime someone says notification light they are referring to something that can:
-front facing
-doesn't annoy by the fact that it's obnoxiously bright/surprising
-low power
... I'd like to think Apple is waiting on a "different" implementation of this, i.e. something that is "nicer" than how it's been implemented in the past & currently.
There's no need to remove it; just bump the specs. The cost of solid state storage continues to drop. But the time the iPhone 7 is out, Apple should be able to offer at least 32/64/128 for the same price without impacting their bottom line too seriously. That's the least they could do since they're touting the phone's 4K video recording.
No bezels
Notification light
4 gigs ram
Terabyte of that new storage that never wears out
Waterproof
Wireless charging
USB C
Entirely of sapphire
Built in LED projector
One week battery life like Sony phones
Probably not. Given TSMC classic low initial yield results this more likely means that they will start trying to produce them with high yield in March. (i.e., they'll make thousands, but that is too low to start making phones ). Quite a good chance they actually won't get to high yields until May/June. It takes late June-Aug to build up enough inventory for the September launch bubble where demand greatly exceeds supply for a month or two.
Yeah, except for the A8, it was accurate, and Samsung was the one floating (untrue) rumors that they were getting all, or the majority, or some of the A8 manufacturing. It's a question of whose process is ready and qualified to meet Apple's needs at the time. Samsung's 14nm process came into production about 3 months ahead of TSMC's "roughly equivalent" 16nmFF+ process, so Samsung got the nod for the A9. Neither one will have 10nm in production by 6 months from now, although you can rest assured Apple is already doing test designs on both 10nm processes, so they will still be at the 14/16nm node. Time to go to TSMC in order to keep them competing against each other, and ensure pricing for Apple remains as low as possible.
Exactly lmao why do people think Apple scrambles at the last minute to throw in features? When I looked up the manufacture date of my iPhone 5S it said it was made in 2012...
These phones are planned wayyy in advance.
From my understanding, the run in March 2015 was test run given to TSMC's 16FF+, Samsung/Global Foundry's 14nm. Following evaluation of the test runs, Apple gave TSMC the go head to start volume production in May/June 2015 for A9/A9X. Samsung got the volume order about 1-2 month later. The first device test found that there was no appreciable difference between the performance and power consupmtion between TSMC 16nm and Samsung 14nm part. However, surprisingly, Samsung's 14nm A9 had a larger die size, which decreased their yield. And Globalfoundries 14nm test run failed to meet Apple's criteria prompting their portion of the A9 order to be given to TSMC.
In any case, if the analyst was correct, iPad Pro A9X should be 100% on TSMC 16FF+. We should get a confirmation when Chipworks decaps the die when the first products are shipped.
10nm process is delayed (by a quarter?) But that is an industry wide issue.
Here. This has been around for ages.
Settings -> General -> Accessibility -> LED Flash for Alerts
Just like a7 to a8So the performance improvement of the A10 over the A9 will most likely be marginal.
I did some research with the intent of disputing this, but the research has surprised me a bit.
Pros for Lightning:
USB C is slightly larger than Lightning (http://josh-ua.co/blog/2015/3/15/us...arison-with-the-lightning-port-and-usb-type-a)
Current lightning accessories wouldn't work with USB C... so the typical headache of moving from one standard to another.
Control. Since Lightning is Apple's standard, Apple is able to more closely monitor people making accessories for iOS devices. Except not really - people have already reverse engineered it.
Pros for USB C:
Apple hasn't publicly revealed the stats on Lightning, but it's thought that it's comparable to USB 2 in how fast it can transfer data and power. In contrast, USB C is publicly known to be twice as quick as USB 3, and able to power entire computers.
After doing this research, I expected Apple would kill Lightning and move either to Thunderbolt or USB C.
So I went a bit further to compare Thunderbolt and USB C.
Thunderbolt 3 and USB C share the exact same connectors. They're just different protocols. So I expect Apple will kill USB C and just move to Thunderbolt 3 on all devices. Thunderbolt 3 will give them compatibility with all USB C devices, plus the faster protocol that Thunderbolt 3 uses for any accessories that know it.
That one is super awesome. I remember there's some Russian company doing that with an Android phone. Brilliant really.
edit:
here it is, the YotaPhone
https://yotaphone.com/us-en/
How big is a thunderbolt 3 port? If Apple is going to move away from Lightening, it would be nice if they did it sooner rather than later because lightening accessories are just that much more entrenched making it more annoying for people to move on (as you mentioned), and besides if USB-C or Thunderbolt 3 are better, why not? Thunderbolt 3 seems like the more Apple thing to do just because it's more proprietary. I don't know that the added speed over USB-C (already twice as fast as USB 3...it's a phone) would make much of an appreciable difference compared to the compatibility advantages of using USB-C. But who knows, maybe they'll surprise us.
The camera flash as a notification light is a joke implementation of a notification light. Anytime someone says notification light they are referring to something that can:
-front facing
-doesn't annoy by the fact that it's obnoxiously bright/surprising
-low power
-customizable - type of alerts/colors, etc.
I've been hoping for something like the above (like Android has) for a while. I'd like to think Apple is waiting on a "different" implementation of this, i.e. something that is "nicer" than how it's been implemented in the past & currently.
From my understanding, the run in March 2015 was test run given to TSMC's 16FF+, Samsung/Global Foundry's 14nm. Following evaluation of the test runs, Apple gave TSMC the go head to start volume production in May/June 2015 for A9/A9X. Samsung got the volume order about 1-2 month later. The first device test found that there was no appreciable difference between the performance and power consupmtion between TSMC 16nm and Samsung 14nm part. However, surprisingly, Samsung's 14nm A9 had a larger die size, which decreased their yield. And Globalfoundries 14nm test run failed to meet Apple's criteria prompting their portion of the A9 order to be given to TSMC.
In any case, if the analyst was correct, iPad Pro A9X should be 100% on TSMC 16FF+. We should get a confirmation when Chipworks decaps the die when the first products are shipped.
10nm process is delayed (by a quarter?) But that is an industry wide issue.
I'm going to wait for the 7s.Well, going to cancel my pre-order! jk
Your 5s was made in 2012??? Are you telling me that soon after Apple announced the iPhone 5 in Sept. 2012, your iPhone 5s with a 64-bit A7 and TouchID was manufactured?
Yup as crazy as it sounds. The manufacture date of my 5S said 2012. Not kidding.
Are you looking this up via like your serial number, or does something literary say 2012?Yup as crazy as it sounds. The manufacture date of my 5S said 2012. Not kidding.
Are you looking this up via like your serial number, or does something literary say 2012?