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You don't need a great DAC for phone calls. Even HD audio calls can have a dinky DAC. But you are very limited by how great a DAC you can build into a phone. Size and cost constraints are huge. If you externalize it, the user basically can choose how good a DAC they want by choosing higher-end headphones.
But they can do this today, while the majority of people continue to use the integrated "dinky DAC" (which is actually quite good in case of the iPhone).
 
BaHaHaHaHa.... The lowest end Ethernet in common use has been gigabit Ethernet for about a decade. I did use WiFi for awhile, but recently, I got Google Fiber in my house, and now everything's back to wired, since the Wi-Fi maxes out at 150 megabits. But the thing is, the wired Ethernet is actually more convenient, because I have the physical wires at all the places I need them, and a simple plug in assures me a quality connection.

I was already replied to but thanks for being a jerk
 
As an owner of the Audeze Sine, it has been annoying not being able to charge my iPP and listen through the lightning connector at the same time. The in-line DAC and amp really improve the sound quality of the Sine vs using the 3.5mm jack in the iPP though.

Yes, I wouldn't see Beats headphones in the same category as yours.

And the DAC + Amp is most of that magic in quality of sound. Build a better DAC + Amp inside the phone and let that go head to head against quality DACs + Amps outside the phone. All our ears can hear is the analog audio result. In other words, no surprise they sound better than hooking them to the 3.5mm port. But that's not actually the port's problem
 
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As someone who listens to music at work with headphones while charging...no thanks.

While Lightning-connected headphones can only be used with iOS devices - that's more than just an inconvenience, it makes them useless for using on anything else but an iPhone

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It depends - didn't WiFi overtake Ethernet speeds? Because WiFi was more convenient so developed more, where as Ethernet was left behind. I can see a similar thing happening with audio.
I assume you are referring to the theoretical speeds of 802.11 ac when you make this statement. However, in the real world, you are never going to get any wifi ac or otherwise to outperform full duplex Gigabit ethernet. Not quite left behind at this point.
 
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Yeah. It seems annoyingly restrictive. Perhaps they will have 2 lightning ports? That wouldn't increase thickness.

F%^K thinness.
You get to the point where it makes holding the device more awkward.
I bought the SE hours after it was available, why, because I did not want a big phone that did not fit in my pockets, I wanted one that felt good in my hand, I could use one handed and it had a headphone socket on it because I swap my headphone between my phone and my laptop.
I don't want bluetooth, its either wasting batteries or its yet another charger I need to take.

I use my headphones when there is other ambient noise, like on a bus, its there to supply a more pleasant sound, but that noise still comes though and better quality sound will not be an improvement. I am also not going to shell out hundreds for good quality noise cancelling headphones.... batteries/chargers...again. And I dont want to walk around airports looking like one of Dr Who's Cybermen.

I have left my headphones at home and bough a pair of $5 ones that were good enough to see me through the day.
 
Nope. Ethernet is currently 10gbps or even 100gbps full duplex in higher end installations.

5GHZ (AC) wifi can reach speeds above 1gbps; however there are a large number of caveats involved:
1) It is only half-duplex, unlike ethernet which is full-duplex. (Ethernet can send 1gbps and receive 1gbps simultaneously, wifi can only send or receive)
2) It requires a massive amount of bandwidth - which does not exist on the 2.4GHz spectrum. It can only be done on the 5GHz spectrum. This also means that extremely few networks can actually exist within the same area.
3) It requires the use of 256QAM modulation - which has extremely short range. (Less than a foot)
4) Requires massive amounts of space for the number of antennas needed.
5) Requires massive amounts of power the antennas needed.
6) Requires massive amounts of power for the 256QAM modulation to work.
7) The cited number assumes a collision free network. This does not represent wi-fi at all.

By contrast; 1gbps ethernet is nearly a guaranteed 1gbps transmission - since it is virtually collision free (dedicated send and transmit lanes) and interference free. Additionally, the number of networks that can exist in an area is effectively infinite.

Less than a foot? LOL it isn't that bad. It's bad but not nearly that bad. Same small room... Also I'd never call wifi power levels massive! Higher order encoding actually decreases total power consumption as your data is transmitted faster reducing total transmit time.
 
What powers the amp in these headphones? Batteries or does it take its supply from the iphone
 
You don't need a great DAC for phone calls. Even HD audio calls can have a dinky DAC. But you are very limited by how great a DAC you can build into a phone. Size and cost constraints are huge. If you externalize it, the user basically can choose how good a DAC they want by choosing higher-end headphones.

The user can choose today. GoPro didn't stop Apple from improving their camera module with higher frame rates, higher resolutions, and stabilization. Heck, anyone can SEE that there's currently not enough room for the camera module.

DSLRS and mirrorless still cameras are all getting wifi transfer built in now... Just like Bluetooth for audio, they sync photos right to the phone. I say it is about time Apple completely remove the camera from the iPhone and let the user choose how good a camera they want.

Bluetooth headsets for phone calls too... Why limit ourselves to the onboard microphones for voice quality? Better mics are out there, we can choose for ourselves. /s

But in all seriousness... I keep saying this, but it must be repeated. The current iPhone's sound quality is rated amongst the most neutral for any phone. You don't have to lose the 3.5mm to give choices. We already have that ability today.

In my mind, switching to Lightning would be done for one reason... To convince the public that Lightning is the only way to transfer high resolution audio. There are high res DACs just as small as what is in the phone today, but I think that Apple knows that 99.9% of the public can't actually hear the difference. Moving it to a different cable and branding the audio something in the way they branded high-DPI as "Retina" will make for a wonderful placebo effect that will look like true innovation to ordinary people.
 
They can't use the Lightning port forever; it's already falling behind new standards of wireless/magnetic charging
What if Apple brings out a wireless charging plate along with this new phone? Is the lightning port still behind the times if it can charge the old fashioned way (when needed), but is going to be used primarily for listening to music? I don't know if that's what Apple plans to do, but bringing up the iPhone to new standards (wireless charging) doesn't erase the fact that users still need a way to listen to music (besides bluetooth). And as customers from iPhone 5 up have lightning devices for charging, it seems logical to keep the lightening port.

Looked at it that way, Apple might be making it easier and cheaper for customers to transition to wireless charging. All those buying a new iPhone only have to buy new headphones and can keep their old lightning dock until they're ready to upgrade.
 
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I guess this proves the DAC inside the iPhones is not good!

Maybe... but nothing else.

"In our tests, all of the Lightning-connected headphones, from the $45 pair to the $800 pair, sounded better than comparable headphones connected to an iPhone using the 3.5mm jack, so while many of us may be disappointed with the inconvenience of no headphone jack, at least there's the silver lining of better quality audio when using Lightning-connected headphones."

This first off is a paid advertisement. Philips gave them headphones.

Second, was the test against the same model? There's absolutely no testing details here. Where they A/B tested against the same model, blindly?

This reads like some sham consumer thing, like when Listerine said it was as effective as floss.

A REAL TEST would have been to take 3.5mm headphones... the same ones... and run them through a 3.5mm jack, and a lightning/DAC converter. Otherwise, this is all DonkeyPoo.
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What powers the amp in these headphones? Batteries or does it take its supply from the iphone

The phone via the cable. It's no longer passive; it draws.
 
With the usb forum coming out with usb-c audio, is there any chance Apple would ditch lightening and go C? They were integral in its creation and first to adopt it, which would make the headphones usable in their laptops as well as the multitude of other devices that will presumably use the tech. I believe I've heard one other smartphone already has C. Also, data rates on C are so much faster and no limitations on charging capabilities, meaning they could up that side of things if they can find a way to charge phones faster.

Seems like a no brainier to me.
 
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You don't need a great DAC for phone calls. Even HD audio calls can have a dinky DAC. But you are very limited by how great a DAC you can build into a phone. Size and cost constraints are huge. If you externalize it, the user basically can choose how good a DAC they want by choosing higher-end headphones.

Sub in Battery for DAC above.

Sub in Camera for DAC above.

Again, slippery, slippery slope. If we can rationalize jettisoning something as ubiquitous as this, why not eject the battery next. After all users can then choose how much of a battery they want by choosing from a variety of battery cases. And why not eject the camera? Then users can choose what quality of camera they want by making it an accessory. And on and on... until we're buying an empty box for $1000 and then building iPhone 14 to personal preferences via accessory purchases (all sold separately of course).
 
This move would make more sense if they abandoned lightning and adopted USB-C across everything.

Lightning was a dumb idea from the start. Just use a standard connector and quit screwing around.

I agree, but ... I can see Apple debuting and marketing its Beats headphones as a solution to its own problem. By using the Lightning connector, Apple can minimize competition (other companies will focus on USB-C which will have greater ROI potential due to USB-C's ubiquity) and maximize its profit.
 
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... just when you thought Apple may have ran out of good ideas persuading people into buying into buying things they already possess ... this... because... sound quality... yeah right!

Can't innovate anymore, my ass!
 
The biggest difference he described was the volume ... which invalidates the entire listening test. If you don't properly level-match the audio when doing an A/B test, the louder one will always be perceived as "better" even if it isn't.

He said you had to turn up the lighting port to only half way to match the volume, which he did during the test. He said the quality was noticeably better. Also saying that the lightning port is louder and will be perceived as "better", then wouldn't that still be a reason to say that lightning is better?
 
Someone didn't watch the video before commenting;)
someone didn't follow the thread along before replying ;)

Not the same. the lightning port goes out to a headphone amp. the 3.5mm uses the built in one.

For this specific headphone, the bigger amp matters. For most other ones that 'normal' people use, it doesn't.You wouldn't go and get Audeze headphones and not get a better amp, regardless of if your phone has a headphone jack.

Making the iphone Lightning out only forces headphone makers to have built in amps on their headphones.
$$$.
We lose.
 
Less than a foot? LOL it isn't that bad.
You'd be surprised - you pretty much have to hold your device next to the AP in order to achieve the highest coding rate + modulation. You can pretty easily try this yourself if you have the equipment.

Higher order encoding actually decreases total power consumption as your data is transmitted faster reducing total transmit time.
Which ignores that the major power consumer: energy per bit transferred, goes up significantly.
 
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Bluetooth is not ready for this and I really don't want more electromagnetic waves bombarding my head. Give me 3.5mm all day.

Speakers work using electromagnetic waves to power the drivers (probably not enough to do damage)
 
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