.15 cents? Not even a full cent a day?!
Clarifies his knowledge on the subject.
Pretty sure that factory workers aren't on Apple's payroll, so it'd be more accurate to say that Apple pays them $0.00/day.
.15 cents? Not even a full cent a day?!
.15 cents? Not even a full cent a day?!
Clarifies his knowledge on the subject.
Pretty sure that factory workers aren't on Apple's payroll, so it'd be more accurate to say that Apple pays them $0.00/day.
So what is the proper term if you think you're so smart?
15. a day? 15.00 a day?
C'mon, I'd love to hear your answer.
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Nowhere does it say Apple pays them.
This is impossible because we all know Apple doesn't innovate.
So what is the proper term if you think you're so smart?
15. a day? 15.00 a day?
C'mon, I'd love to hear your answer.
[doublepost=1455645673][/doublepost]
Nowhere does it say Apple pays them.
Did I hear SamsungPay![]()
What do they know that we don't?Obviously this is Apples first secret step in EMP protection for the iPhone.
I wasn't talking about wireless charging. I was talking about the comprehensive EMI shielding that will become ubiquitous after Apple releases their solution. We know as this has also happened before.
Love people who are quick to point out Apple's borrowed ideas, but turn their blinders on when it comes to the reverse.
They should be happy to have employment.Because that's what they essentially are. Labors being paid .15 cents a day to work in a bad working environment
Is that real? I can't believe it's real, it would be the greatest typo of the last thousand years.
They're already shielding the components that would need to be shielded for that.
Individual shielding would get you a lot of things.
- Fewer and/or smaller passive components. If shielding is meeting your EMI needs, you can cut back on components used for filtering.
- If you use fewer components for filtering, you're generally wasting less power with voltage drops through components necessary to achieve your filtering requirements.
- You've just increased the mass and surface area of a big hunk of metal. That will give a better thermal path for some circuits and give general thermal relief.
- Better performance. Of course, with better shielding, circuits will have extended usable ranges of operation.
Because that's what they essentially are. Labors being paid .15 cents a day to work in a bad working environment
We'll have to see what "solution" Apple has in mind.
If this means that Apple will just be using more caps, good for them, but it's not exactly innovation. If Apple comes up with some novel way of shielding which is better or cheaper than traditionally soldered shields, then that would be cool and we can see how innovative it is after the tests. This rumor doesn't suggest the latter is more likely than the former though.
EMI Shield technology on semiconductor chips takes place by adding a process that covers surface of packaging with ultra-thin metal. Packaging businesses perform such process by using sputter that covers chips ultra-thin metal shield.
Did I hear SamsungPay![]()
Is that real? I can't believe it's real, it would be the greatest typo of the last thousand years.
.15 cents? Not even a full cent a day?!
Because that's what they essentially are. Labors being paid .15 cents a day to work in a bad working environment
They should be happy to have employment.
Did I hear SamsungPay![]()
they need shielding if they go wireless charging.
So - this indicates clearly that wireless charging will be implemented in iP7.
The righteous indignation in this retort is made more humorous because of the righteous indignation in this retort. It's like an ouroboros of tee hee.So what is the proper term if you think you're so smart?
15. a day? 15.00 a day?
C'mon, I'd love to hear your answer.
Nope. Lower EMI, better for FCC screening.
Probably finding that higher frequency parts are requiring more shielding to get pass FCC
TL;DR: Reduction of electromagnetic radiation might provide health benefits
Nope. Lower EMI, better for FCC screening.
Probably finding that higher frequency parts are requiring more shielding to get pass FCC
We'll have to see what "solution" Apple has in mind. However, I have seen some smartphones already for a while where every single chip was capped with an EMI shield. Indeed, pretty much every Lumia smartphone has had every single chip capped with an EMI shield since they began making smartphones. E.g., https://www.ifixit.com/Teardown/Nokia+Lumia+1520+Teardown/23924 . Compare with Apple, which caps only some of the chips with EMI shields on the iPhone.
If this means that Apple will just be using more caps, good for them, but it's not exactly innovation. If Apple comes up with some novel way of shielding which is better or cheaper than traditionally soldered shields, then that would be cool and we can see how innovative it is after the tests. This rumor doesn't suggest the latter is more likely than the former though.
If you bothered to read the article, you'd find out what they're doing.
Funny how you couldn't be bothered to actually read before sputtering this. Do it next time.
EMI Shield technology on semiconductor chips takes place by adding a process that covers surface of packaging with ultra-thin metal. Packaging businesses perform such process by using sputter that covers chips ultra-thin metal shield. Packaged chips will be loaded onto EMI Shield sputters, and handler equipment (unloaded) that takes out chip packages that are done with shielding process is also necessary. Competitive edges in sputters and handlers are stability, precision, and speed. They will be able to evenly sprinkle metals on top of chips for shielding. Handlers are also have to be able to load and unload chip packages on sputters fast and precisely.
True this.Obviously this is Apples first secret step in EMP protection for the iPhone.
So can we now state this is the first move intend to reduce SAR exposure to the head and body regarding to upcoming scientific consensus and (as result) Governmental precautionary measures that reduce radiation exposure?Previous Incorrect Statement: The health aspect of this is really intriguing. While various studies have not concluded whether electromagnetic radiation is bad, Apple added, interestingly enough, the "keep iPhone at least 15 mm (5/8 inch) away from the body" message in the iPhone 4's Important Product Information Guide. Also note that the Apple Watch already has this feature and they feel comfortable not to include this message in any of its documentation. Regardless, this new process, if implemented, should lower radiation coming from the iPhone 7 and it never hurts to be "safe than sorry."
Corrected Version: I'm going to defer as to what is going on to to kdarling:
So, I made an ignorant statement about how the reduction of electromagnetic radiation for the chip might provide health benefits. Instead, this really won't make any difference in the radiation output of the device. The top cellular antenna is really what is outputting, possibly harmful, radiation. As a result, this change is irrelevant to that. Thanks kdarling for letting me know! (Sorry mods for changing the post, but I thought it was important that I not give false information.)
TL;DR: The top cellular antenna is really what is outputting, possibly harmful, radiation so this possible change is irrelevant to that.