By Max Buondonno
Macotakara says that the 3.5mm port “can hardly be thinner because it is the world standard,” which is accurate, though the current-generation iPod touch is 1mm thinner than the iPhone 6S despite having a 3.5mm port inside. So why can’t Apple make the iPhone a millimeter thinner while still including the 3.5mm headphone jack?
Well, part of the reason might be because of 3D Touch. Apple may be adding new capabilities to the new technology found on the iPhone 6S and need more room within the phone to fit it inside while still trying to make it as thin as possible. Think about it: if the iPod touch 6 had 3D Touch and it was as thin as it was, Apple probably would’ve run out of room on the device and would’ve had to compromise something that’s big and round so they’d had more room to work since the Lightning port is so thin along with the speakers. Hence, the departure of the 3.5mm headphone jack.
And this isn’t a spur of the moment either. According to a report by 9to5Mac last year, Apple quietly introduced a new specification that would allow manufacturers to create headphones that connect to iOS devices using a Lightning connector instead of the usual 3.5mm headphone jack.
THE LIGHTNING HEADPHONES WILL BE CAPABLE OF RECEIVING LOSSLESS STEREO 48 KHZ DIGITAL AUDIO OUTPUT FROM APPLE DEVICES AND SENDING MONO 48 KHZ DIGITAL AUDIO INPUT. THE INPUT MEANS THAT THE HEADPHONES WILL ALSO SUPPORT A MICROPHONE FOR AUDIO INPUT FOLLOWING APPLE’S UPCOMING UPDATE. MANUFACTURERS WILL BE ABLE TO TAKE ADVANTAGE OF APPLE HEADPHONE REMOTE CONTROLS LIKE VOLUME UP/DOWN/ETC, AS WELL AS OTHER BUTTONS FOR LAUNCHING SPECIFIC APPS SUCH AS ITUNES RADIO OR INITIATING PLAYBACK CONTROLS ON IOS. IN ADDITION, THE HEADPHONES CAN BE MADE TO WORK SPECIFICALLY WITH A COMPANION IOS APP AND LAUNCH A SPECIFIC APP WHEN CONNECTED TO AN IOS DEVICE.
THERE ARE A FEW BENEFITS OF USING THE LIGHTNING CABLE TO SEND AUDIO. APPLE SAYS THE HEADPHONES WILL BE ABLE TO DRAW POWER FROM AN APPLE DEVICE (EVEN IF THE DEVICE IS ASLEEP), WHICH FOR SOME PRODUCTS COULD ELIMINATE COST ASSOCIATED WITH AN INTERNAL BATTERY. IT COULD ALSO WORK THE OTHER WAY AROUND BY PROVIDING POWER TO AN APPLE DEVICE FROM AN INTERNAL BATTERY OR EXTERNAL POWER SOURCE. THAT ENABLES YOU TO LISTEN TO MUSIC AND ALSO USE A PASSTHROUGH SETUP SO YOU COULD CHARGE THE DEVICE SIMULTANEOUSLY, MUCH LIKE YOU CAN WITH AN AUDIO DOCK THAT USES A LIGHTNING CONNECTOR. THE HEADPHONES WILL ALSO BE CAPABLE OF RECEIVING FIRMWARE UPDATES.
APPLE WILL ALLOW TWO CONFIGURATIONS FOR THE HEADPHONES. STANDARD LIGHTNING HEADPHONES ARE DESCRIBED BY APPLE AS USING MINIMUM COMPONENTS WHEN PAIRED WITH A DIGITAL-TO-ANALOG CONVERTER SUPPORTED BY THE LIGHTNING HEADPHONE MODULE. IT ALSO HAS AN ADVANCED LIGHTNING HEADPHONES SPECIFICATION THAT ALLOWS DIGITAL AUDIO PROCESSING FEATURES LIKE ACTIVE NOISE CANCELLATION AND USES A DIGITAL SIGNAL PROCESSOR AND DIGITAL/ANALOG CONVERTER. MANUFACTURERS BUILDING THE STANDARD CONFIGURATION HAVE TO USE THIS WOLFSON DIGITAL-TO-ANALOG CONVERTER.
This is a very interesting report with a very interesting statement. There is no word that confirms Apple is making this move to Lightning-equipped headphones, but it seems pretty likely at the moment.
Macotakara’s report goes on to say that to insure iPhone 7 compatibility, third-party wired headphone makers will need to include either Lightning cables or 3.5mm to Lightning adapters with their headphones, while Bluetooth headphone makers will have no such issues.
It seems that Apple is stepping up their game in the fully-wireless future we’ll see within the coming years. However, some consumers may be frustrated with this, as this time of wireless everything hasn’t entirely come just yet.
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