But Truta says wireless chipmaker Qualcomm will change all that. That's because Qualcomm "just announced a new Near Field Communication (NFC) chip that makes perfect sense for the next-generation iPhone 6, or even the rumored iPhone 5S."
And if Schiller and his boss Tim Cook don't know that, they can just ask Truta. Or read the Qualcomm press release.
"Qualcomm confirmed that its QCA1990 SoC (system on a chip) is the industry's smallest, ultra-low power NFC package 'with an overall footprint that is 50% smaller than current NFC chips available in the market,' said the press release," notes Truta, making it sound as if he had personally hounded a hapless Qualcomm exec, ambushed him, backed him into a corner, hammered him with questions until, broken and sobbing, this wretch confessed that "Yes, YES!!! It has an overall footprint that is 50%smaller than current NFC chips!" instead of just quoting from the company's press release.
"Apple is widely believed to release an incremental iPhone 5S this summer, staying in line with tradition (iPhone 3GS, iPhone 4S)," Bedigan writes. Tradition: It's how we keep our balance.
The incremental, premature, virtually identical iPhone 5S. With NFC. And a few missing screws.
iPhone 6 will have the best, coolest wireless charging in the Universe
A recently published patent application shows Apple is looking at wireless charging for its mobile devices. And you know what that means: iPhone 6 will have wireless charging.
But it's not just any wireless charging, like Nokia uses for some of its Lumia smartphones. In the Nokia system, you have to physically put your phone on top of the charging pad, so they're actually touching.
With Apple's system, they won't have to touch. Your iPhone 6 can charge even if it's three (3!) feet away.
The awesomeness lies in using "near field magnetic resonance (NFMR)." Demeritt doesn't spend much time explaining what this actually is. Basically, NFMR creates a low-density magnetic field between two coils, one a power source and the other a power capture device. They oscillate ("resonate") at the same frequency, transferring the energy. One example of resonance is the energy transferred by a singer's voice to a glass: the glass picks up the energy, oscillates at the same frequency and eventually shatters.