According to a report from Chinese newspaper Economic Daily News citing supply chain sources (via UDN), Apple is working on a 3D iPhone display of sorts that doesn’t require the use of special glasses. The translated report also claims Apple is actively developing 3D “software ecosystems.” Read more
Today DisplayMate Technologies published its usual detailed analysis of Apple’s latest product releases with an in-depth review of the display technology in the new iPad mini 3 and iPad Air 2 displays.
One of the more notable improvements in the new iPad Air 2 display is the anti-reflective coating that, according to DisplayMate, “reduces ambient light reflections by about 3:1 over most other Tablets and Smartphones (including the previous iPads), and about 2:1 over all of the very best competing Tablets and Smartphones (including the new iPhone 6).” Read more
Need to learn how to replace your iPhone 6 or 6 Plus’s battery, display, or other components? Our friends over at iFixit, the same ones that regularly tear apart the newest devices to have a look inside, today published its latest iPhone repair guides for the recently released iPhone 6 and iPhone 6 Plus. Read more
The next-generation USB “Type C” standard that became available to manufacturers last month will also offer a “DisplayPort Alternate Mode”, enabling the new USB cables to “deliver full DisplayPort audio/video (A/V) performance, driving monitor resolutions of 4K and beyond, SuperSpeed USB (USB 3.1) data and up to 100 watts of power–over a single cable.” That means new USB cables that adopt the new slimmer Type-3 standard can essentially also work as a full-fledged DisplayPort cable. The announcement was made today by The Video Electronics Standards Association (VESA), which worked with the USB 3.0 Promoter Group to offer the functionality: Read more
Dell has just announced a brand-new 27inch external display with an insane resolution of 5120×2880. Pixel counts of this magnitude were thought to be several months out, stretching into mid 2015, so Dell’s abrupt announcement has come as a bit of surprise. In summary, the 27-inch panel has 14 million pixels across its surface, resulting in a PPI of 218. This is the same density as a 15inch Retina MacBook Pro, but obviously much much larger.
The monitor is expected to be available by the end of the year.
What’s notable about this resolution is it shows that a Retina iMac is now very feasible. 5120×2880 is exactly double 2560×1440, the resolution of the current 27 inch iMac, in each dimension.
Last week, YouTuber Marques Brownlee got his hands on what is claimed to be a sapphire glass panel from Apple’s upcoming iPhone 6. The initial video (found here) put the panel through a variety of torture tests including, knives, keys, and even a flexibility test to show off the panel’s durability. While there were no scientific tests performed to prove the front glass is actually sapphire, the result of each test was very impressive. Well, apparently that wasn’t enough…
With a long list of leaks in recent months showing mock ups of the 4.7-inch and 5.5-inch iPhones expected for release this fall, today we get a look at what is reportedly our first at the flexibility of the iPhone 6’s new sapphire cover glass. There’s not much information surrounding this leak or confirmation that what we’re looking at is the real deal, but the sapphire material is indeed something Apple has ramped up production of in recent months at its new Arizona plant. Read more
GT Advanced Technology has given an update on the status of its contract to supply Apple with sapphire displays for the upcoming iPhone 6 displays. According to the information provided with the company’s Q1 2014 financial report, Apple has already made three of four payments to GT Advanced for the sapphire, and GT notes that so far it is on track to meet demand.
Apple struck a deal with GTA last year to manufacture the sapphire displays that are expected to appear in the next-generation iPhone at a new plant in Mesa, Arizona. Earlier this year the plant was outfitted with enough sapphire crystal furnaces to create an estimated 100-200 million displays. At the end of April, Apple started sending its first shipments of sapphire to China, where the new iPhone models will be manufactured. These displays are expected to make their debut in the fall of this year along with two new iPhone models, each sporting a different size sapphire screen.
Update: Apple confirmed the purchase with its usual boilerplate statement to TechCrunch: “Apple buys smaller technology companies from time to time, and we generally do not discuss our purpose or plans.”
Apple has acquired LuxVue Technology, a company that develops low-power, microLED-based display technology for consumer tech products, according to a report from TechCrunch.
LuxVue had managed to remain fairly quiet over the past few years, and what we know is that the company develops low-power, micro-LED-based displays for consumer electronics. We’ve heard Apple acquired the company to add to their hardware innovations area.
Apple has not yet confirmed the purchase, but TechCrunch adds that it’s “heard Apple acquired the company to add to their hardware innovations area.” Read more
Apple is preparing to release not one, but two new versions of the iPhone in September, according to the South China Morning Post. Each version will ship with a larger display than the iPhone 5s, coming in at a whopping 4.7″ and 5.5″, respectively. The displays are said to have a pixel density of 441ppi, much higher than the current 326ppi found in the iPhone 5 and later.
The report also states that both displays will be made from sapphire crystal, which fits with recent reports that Apple is planning to have its latest sapphire plant in Mesa, AZ operational in February for a “critical” product component. The displays will also be flat, not curved, the Post says.
Following several reports this month and hints from Tim Cook that Retina iPad mini stock could be in short supply when the device launches next month, the hit and miss DigiTimes reports today that the shortages are due to limited supply of displays from Apple’s supplier Sharp. Specifically, the report claims that Sharp’s “Oxide TFT process is seeing low yield rates” leading to a less than ideal supply of 7.9-inch Retina panels. Sharp accounts for around 40% of the displays for iPad mini with Retina display production, while LG Display is providing the other approximately 60%, according to the report: Read more
The US Patent & Trademark Office today published a new Apple patent application (via PatentlyApple) that details a flexible material that could be used as a hinge to create a seamless enclosure for devices like the MacBook, for example. Apple details a technical process of using specialized machinery to laser cut “flex apertures” and interlocking features in a rigid material to allow it to bend and function as a hinge. On top of creating a seamless enclosure, Apple claims the process would allow it to reduce the size of devices that are often increased due to traditional hinge solutions. Imagine if the enclosure of a MacBook didn’t include that black plastic hinge and instead appeared to be a seamless piece of aluminium connecting the display to the bottom half of the unibody.
While MacBooks might seem like the obvious application for Apple’s invention, it also notes the usual list of devices that could potentially use the technology including everything from smartphones to televisions and game consoles. The patent also shows the material being used on headphone cables to allow a flexible connection from the cable to the earbud to prevent damage, and on what appears to be an iPad Smart Cover-like accessory: Read more