An Apple patent published on Tuesday showed the company’s years-long investigation into a hinged iPhone format, the designs calling for a flexible metal-backed OLED display capable of being folded in half.
The patent, numbered 9,504,170 by the U.S. Patent and Trademark Office and dubbed “Flexible display devices”, describes an iPhone with a foldable full-screen display. Such a device could be folded in half and easily put away.
In order to achieve the flexibility required, the document proposes nitinol, a nickel and titanium alloy known for its elasticity and unique shape memory abilities. Alternative embodiments involve flexible polymers.
The Touch Bar on the new MacBook Pro notebooks has its fans and its detractors, but the fact that developer Adam Bell was able to run a copy of the classic shooter “Doom” on it is nothing short of awesome.
Keep in mind that since the Touch Bar is essentially a mini Apple Watch jammed above the notebook keyboard, there’s no reason it too can’t get involved. Bell stepped up to the plate for this one, uploading the following killer video to YouTube:
If you’re an iPhone 6s owner, you might want to look into this.
Apple has launched an iPhone 6s repair program focused on users that are affected by a battery flaw that causes their iPhone 6s to unexpectedly shut down.
Apple claims that the issue plagues “a very small number of iPhone 6s devices” that were manufactured between September and October of 2015. To remedy the problem, Apple is offering to replace the battery on affected units, free of charge.
The company has pointed out that this issue does not affect user safety in any way and offered the following comment on the issue:
As much as you love your AirPort router, it may be the last of its kind.
Apple has apparently disbanded its wireless router division, having moved personnel away from this to focus on products that generate more revenue.
Apple began shutting down the wireless router team over the past year, dispersing engineers to other product development groups, including the one handling the Apple TV, said sources who asked not to be named because the decision hasn’t been publicly announced.
The bad news is that Apple may be throttling the LTE performance on the Verizon iPhone 7 to keep it on par with the AT&T model. According to research conducted by Twin Prime and Cellular Insights, the Verizon iPhone 7 performs about as well as the AT&T iPhone 7, but it does not reach the data transfer speeds that it is capable of hitting.
The Verizon (and Sprint) iPhone 7 models use different LTE hardware than the AT&T (and T-Mobile) iPhone 7 models, adopting a Qualcomm LTE modem instead of an Intel LTE modem.
The Qualcomm modem is capable of reaching a maximum theoretical download speeds of 600Mb/s, while the Intel LTE modem tops out at 450Mb/s, but the Qualcomm-equipped Verizon iPhone 7 is only marginally outperforming the AT&T iPhone 7. Researchers believe Apple may be hobbling the Verizon iPhone 7 by not taking advantage of “a crucial component,” thereby ensuring all models of the iPhone 7 perform at a similar level.
Apple has responded to the “touch disease” issue present in some iPhone 6 and iPhone 6 Plus units and has offered a reduced repair price of $149 to resolve the issue.
The problem, described in August as “touch disease” by repair guide website iFixit, is characterized by a gray, flickering bar at the top of the display and an unresponsive touchscreen. The issue affects both the iPhone 6 and the iPhone 6 Plus.
One popular rumor for the next-gen iPhone is the adoption of OLED screen panels for the handset, especially given that both the Apple Watch and the Touch Bar-equipped MacBook Pro now use OLED components.
Unfortunately, supply constraints may keep OLED panels further down the road.
A new report says that the four main suppliers for OLED displays won’t have enough production capacity to meet demand next year and further into 2018. This is primarily due to OLED screens being more difficult to produce than LCD panels. Right now, the four top suppliers for OLED panels are Samsung Display, LG Display, Sharp, and Japan Display. But at this point, Apple expects Samsung to be sole supplier in 2017.
Apple apparently plans to ship at least one new iPhone with an OLED screen next year, the 10th anniversary of the smartphone’s debut according to sources close to the story.
The cool cats at iFixit have finished their teardown of the new 13-inch Touch Bar-equipped MacBook Pro and discovered some neat differences when compared with the MacBook Pro without the Touch Bar. First, both 13-inch models have the exact same dimensions, but the Touch Bar machine weighs 20 grams less, which iFixit puts down to the laptop’s smaller battery.
The new MacBook Pro is not designed to be user-serviceable, which iFixit commented on by giving it a repairability rating of 1/10. During the teardown, the firm found that the internal layout of the components has been redesigned to make space for the new Touch Bar, which broke as it was removed from the chassis and was deemed difficult to replace. The flex cable connecting the Touch Bar to the mainboard also wraps underneath it, making removal even more difficult.
A number of iPhone 6 and iPhone 6s units have been strangely – and automatically – shutting off over in China.
Recently, iPhone customers in the country have been complaining about the problem to the China Consumers Association, the group said in a statement on Tuesday. The shutdowns occur when the phone’s battery charge drops to between 60 and 50 percent.
The issue continues to persist in spite of updating to the latest version of iOS and has occurred in both cold environments and at room temperature. After the automatic shutdown, the phones will also fail to turn on without connecting to a power supply.
Apple apparently dropped a killer GPU into the 2016 Touch Bar-equipped 15-inch MacBook Pro and it shows.
The company, which switched from Intel’s integrated Iris Pro graphics in favor of dedicated AMD graphics, has opted for AMD’s Polaris-based Radeon Pro 450, Radeon Pro 455, and build-to-order Radeon Pro 460 GPUs in the new 15-inch notebooks. The GPUs support up to six displays, whereas Intel’s integrated GPUs affixed to the logic board can drive a total of three displays.
The expanded support enables the new MacBook Pro to drive two of Apple and LG’s new UltraFine 5K displays at 60Hz simultaneously. Intel’s GPUs can’t because, due to bandwidth limitations of the DisplayPort 1.2 spec, the two 5K displays technically function as four displays. This method is known as Multi-Stream Transport (MST).