Samsung, Sharp plan to ramp up OLED production ahead of Apple's rumored all-glass 2017 iPhone
With rumors continuing to suggest Apple plans to introduce an all-new iPhone design with an OLED display next year, it's likely not a coincidence that display suppliers Samsung and Sharp are both indicating they plan to expand OLED shipments before the end of 2017.
Edge-to-edge iPhone display concept by Martin Hajek.
Apple had originally planned to launch an OLED iPhone in 2018, but has apparently signaled to suppliers it now plans a "partial 2017 release," according to the Nikkei Asian Review. In anticipation, Samsung Electronics reportedly plans to increase output of OLED panels by more than 50 percent this year, with a $6.82 billion investment.
In a separate report, it was also noted that Foxconn-owned supplier Sharp plans to begin shipping OLED panels to its customers before the end of 2017. Foxconn's largest customer is Apple, and its $3.5 billion acquisition of Sharp, which was finalized in March, was seen as a way for the company to gain a larger stake in Apple's supply chain.
Apple already uses OLED technology in the Apple Watch, where its power consumption savings with dark user interfaces plays a key role in giving the wearable device a full day of battery life. Perhaps not coincidentally, there has also been evidence of a dark mode found in iOS 10, suggesting Apple could be working on a new interface that could give an OLED iPhone longer battery life.
To date, all iPhones have featured LCD panels, due to the technology's supply flexibility, longer product life, and superior visibility in sunlight.
With OLED technology, each individual pixel is self-lit, which means "black" (unused) pixels do not require as much power as illuminated pixels. OLED panels can also be flexible, allowing for new form factors like curved screens.
Edge-to-edge iPhone display concept by Martin Hajek.
As for the claim that Apple is planning a "partial 2017 release" for an OLED iPhone, that would align with rumors claiming that an all-glass 5.5-inch model will debut next year. It's possible that Apple may not expand OLED to the smaller 4.7-inch variant until 2018.
OLED technology is also rumored to come to Apple's MacBook Pro lineup later this year in the form of a touch-sensitive dynamic display said to replace the row of function keys. Given that Apple sells only a few million notebooks every quarter --?compared to tens of millions of iPhones every quarter -- a rollout of newer OLED technology in the MacBook first could make sense from a component supply standpoint.
As for this year's so-called "iPhone 7" upgrade, Apple is expected to launch its next-generation handset in September with a thinner design that could eliminate the 3.5-millimeter headphone jack. The larger 5.5-inch "Plus" model, with an LCD display, is rumored to feature a new dual-camera design, 3 gigabytes of RAM, and a Smart Connector for magnetic charging.
Edge-to-edge iPhone display concept by Martin Hajek.
Apple had originally planned to launch an OLED iPhone in 2018, but has apparently signaled to suppliers it now plans a "partial 2017 release," according to the Nikkei Asian Review. In anticipation, Samsung Electronics reportedly plans to increase output of OLED panels by more than 50 percent this year, with a $6.82 billion investment.
In a separate report, it was also noted that Foxconn-owned supplier Sharp plans to begin shipping OLED panels to its customers before the end of 2017. Foxconn's largest customer is Apple, and its $3.5 billion acquisition of Sharp, which was finalized in March, was seen as a way for the company to gain a larger stake in Apple's supply chain.
Apple already uses OLED technology in the Apple Watch, where its power consumption savings with dark user interfaces plays a key role in giving the wearable device a full day of battery life. Perhaps not coincidentally, there has also been evidence of a dark mode found in iOS 10, suggesting Apple could be working on a new interface that could give an OLED iPhone longer battery life.
To date, all iPhones have featured LCD panels, due to the technology's supply flexibility, longer product life, and superior visibility in sunlight.
With OLED technology, each individual pixel is self-lit, which means "black" (unused) pixels do not require as much power as illuminated pixels. OLED panels can also be flexible, allowing for new form factors like curved screens.
Edge-to-edge iPhone display concept by Martin Hajek.
As for the claim that Apple is planning a "partial 2017 release" for an OLED iPhone, that would align with rumors claiming that an all-glass 5.5-inch model will debut next year. It's possible that Apple may not expand OLED to the smaller 4.7-inch variant until 2018.
OLED technology is also rumored to come to Apple's MacBook Pro lineup later this year in the form of a touch-sensitive dynamic display said to replace the row of function keys. Given that Apple sells only a few million notebooks every quarter --?compared to tens of millions of iPhones every quarter -- a rollout of newer OLED technology in the MacBook first could make sense from a component supply standpoint.
As for this year's so-called "iPhone 7" upgrade, Apple is expected to launch its next-generation handset in September with a thinner design that could eliminate the 3.5-millimeter headphone jack. The larger 5.5-inch "Plus" model, with an LCD display, is rumored to feature a new dual-camera design, 3 gigabytes of RAM, and a Smart Connector for magnetic charging.
Comments
But the design of something like that is pretty silly. It wrecks the whole flow of the UI. Remember that patent of Apple’s for a screen with a bunch of microcameras built in? Obviously physically impossible at the time (really, it shouldn’t be a valid patent), but that screams of Steve’s doing. In the keynote that introduced the iSight, he made note of the fact that third party cameras all sat on the desk and got you at an angle; you couldn’t look at your partner. Putting it above the screen made conversations more natural. But that wasn’t enough for him! You can still tell that the eyes aren’t looking where they should, so the patent followed soon after.
Wonder if it will ever be possible.
Looking forward to the OLED but hope the screen doesn't offer any issues. I was one of those that got burned by LG's LCD panels on the mid-2012 Macbook Retina.