Curious how the resolution of Apple’s new Retina iPad mini compares to your devices of the past and the 4K and even 8K displays that will soon become standard resolutions? DoghouseDiaries put together the graphic below that shows relative screen resolutions, comparing everything from a Retina iPad mini to an Apple II and future 3840 × 2160 4K displays just beginning to hit the market:
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:
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Earlier today Apple unveiled the new iPad Air as its fifth generation full-sized iPad and the new iPad mini with Retina display alongside new MacBook Pros, the new Mac Pro, and OS X Mavericks. We have a roundup of all of today’s announcements in our NewsHub here, but below is a roundup of some hands-on videos of the new iPads live from Apple’s event today:
Cnet:
AnandTech:
TheVerge:
Slash Gear:
LaptopMag:
PCMag:
LATimes:
http://www.youtube.com/watch?v=0gzlRGoWcf4
Engadget:
TechCrunch:
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:
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According to a report from Nikkan, production of displays for Apple’s next iPhone will begin in June. The new screens will be sourced from Sharp, LG, and Japan Display, the same trio that have supplied screens for the iPhone 5.
Sharp also begin in June the mass production of the next model for the liquid crystal panel of the (multi-function mobile phone) smartphone that Apple is planning on. Appears to have embarked on production readiness of consecutive holidays from May Kameyama Plant No. 1 of Apple smartphones LCD dedicated plagued by sluggish occupancy rate since the beginning of the year in (Kameyama, Mie Prefecture).
Today’s report reasserts previous claims that the next revision to the iPhone will carry a design akin to that of the iPhone 5. Like past iPhone updates that do not include external hardware revisions, it is likely that the new iPhone will feature an improved camera and task processing systems...
We can’t say we didn’t know it was coming. T-Mobile already started accepting preorders for the iPhone 5 back on April 5, and today marks the first day of official availability for the iPhone on the carrier’s revamped “Un-carrier”, no-contract, unlimited voice and data plans.
To accompany the launch, T-Mobile is also kicking off its first iPhone ad campaign today that begins with the first TV spot above (via TMO News). Of course the ad not so surprisingly focuses on its new carrier approach more so than the device itself:
“It’s the phone that’s revolutionizing phones, make sure its running on the carrier that’s revolutionizing wireless… Only T-Mobile lets your iPhone 5 be as great as an iPhone 5.”
Earlier this month T-Mobile started rolling out a carrier update for existing unlocked iPhones on its network that brings LTE support, improved battery life, visual voicemail support and more. It also started a campaign offering users trade-in value for their old devices to make the switch to T-Mobile.
The iPhone 5 is available to purchase for $99 down with a $20 per month financing plan through T-Mobile’s website and brick-and-mortar stores. As noted by TMONews, the carrier has also started setting up its in-store displays and advertising for the iPhone (Gallery below):
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Update: Apple appears to have removed the job listing, but we grabbed a screenshot above and below.
We know that Apple has been investigating various methods of incorporating flexible displays in its mobile devices thanks to a handful of patents and patent applications published over the last year. Flexible display rumors have picked up steam even more since rumors of an iWatch from Apple, and just today we came across two new Apple patent applications detailing flexible devices that could change states as a user bends or twists the device. We all know Apple patent applications have never been a good indication of future product releases, but now Apple has came right out and stated in a job listing that it is indeed considering flexible displays.
Apple Inc. is looking for a Display Specialist to lead the investigation on emerging display technologies such as high optical efficiency LCD, AMOLED and flexible display to improve overall display optical performance.
The job listing seeking a Sr. Optical Engineer was posted earlier this month and looks for a display expert to investigate “high optical efficiency LCD, AMOLED and flexible display.” Specifically, Apple is requesting someone to “Analyze the trade-offs between design, process, optical performance, and implementation feasibility,” hinting that the company is considering introducing new, advanced display technology in the future:
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Update: The patent was granted on 6th January 2015 (via Apple Toolbox)
These are certainly not the first flexible display related patent applications that we’ve seen from Apple. A few different Apple patent applications have received attention in recent months, including one for a slap wrist-style bracelet with a flexible display, and others for curved and flexible displays in various iOS device-like form factors. Today we’ve come across a couple of recently published Apple patent applications filed as early as September of last year that further show Apple’s work with flexible displays (via UnwiredView).
The first patent application, titled “Flexible Electronic Devices” is pretty straight forward: Apple is interested in methods of providing not only flexible displays but also flexible components like batteries, circuit boards, and the housing of the device itself. Apple describes a device that could respond accordingly depending on how a user was manipulating the flexible display. The patent applications provides examples such as the device shutting off and entering standby mode when folded, or a user answering a call or changing volume:
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Retina iMac mockup via <a href="http://macspoilers.com/665/a-slimmed-down-retina-imac-rumored-to-launch-with-the-ipad-min/"><em>MacSpoilers</em></a>
Today, Intel announced a new version of its Thunderbolt technology that will ship with devices in 2014. The new Thunderbolt technology supports up to 20Gbps throughput, which is up from the 10 Gbps supported by the current version of Thunderbolt.
Notably, the new technology supports 4K resolutions, which could open the door for even higher-resolution Mac displays. Perhaps, this is the technology that Apple needs to work with in order to begin a Retina display rollout for its all-in-one desktop computer, the iMac, or even Mac Pro compatible Thunderbolt displays.
Update: We’ve received information directly from Pebble that the watch does indeed support Bluetooth 4.0. The company provided the following explanation regarding iFixit’s findings:
The Bluetooth chips TI sent to Panasonic were labeled CC2560 but have been flashed with the firmware (and BT LE support) of a CC2564. That’s why the module was labeled PAN1316. Many chip vendors make silicon consistent between product lines but simply flash different firmware to enable features. Our chips were labeled CC2560 because TI asked us if we wouldn’t mind using them with CC2564 firmware to speed up our order. Pebble most definitely has Bluetooth LE support, though it has not yet been enabled in our operating system.
iFixit has performed its usual teardown process for yet another device today, this time giving us a look inside the recently launched Pebble Bluetooth smart watch. iFixit admits it has no way of rating the repairability of this type of device, and for that reason isn’t giving it a repairability score like usual. Unfortunately, at first glance the watch doesn’t appear to be easily repairable with the report noting waterproofing makes for a “very inaccessible battery.” iFixit noted that excessive adhesive used to keep out water made it impossible to access the insides of the device “without compromising the display”:
The Pebble employs tons of adhesive to keep water (and tinkerers) out. Add in a bezel around the screen, and it’s impossible to separate the cases without compromising the display.
The report also claimed that the Bluetooth chip being used does not appear to support Bluetooth 4.0 (BLE), despite the company promising support for the protocol in a future software update:
The backside of the motherboard houses a Panasonic RF module, promising both Bluetooth and Bluetooth Low Energy (BLE) functionality, as advertised by the folks at Pebble. Removing the EMI shield reveals a Texas Instruments chip in the same family as, but slightly different than the one we expected. According to its datasheet, this chip doesn’t support BLE. Word on the street was that Pebble had BLE functionality just waiting to be activated with a firmware update, but we can’t find evidence of the hardware to back up this hidden potential.
The good news is iFixit estimates the battery in Pebble will last 6 to 10 years and the developers confirmed a recycling program will be in place. We’ll have to wait for official word from Pebble on the questioned Bluetooth 4.0 support. You can check out the full teardown from iFixit here.
Earlier this week, we broke the news that Apple’s upcoming version of iOS 6 is fully scalable and aware of taller, larger iPhone displays. The display resolution of 1136 x 640, a resolution we first reported in May that Apple is testing for future iPhones, shows a seemingly perfectly tweaked version of iOS 6. As we revealed earlier, this means five rows of home screen icons and tweaked native app user-interfaces.
We have been playing around more with the iOS simulator, which we tweaked to work on different resolutions, and we noticed some additional notable UI changes for the taller resolution. As we noted several months ago, the 1136 x 640 resolution on the next-generation iPhone will mean that the display comes in just around at a 16:9 proportion, an uncommon resolution for a mobile phone. Because of this, some have wondered how certain user-interface elements would be presented.
Many interface elements that are displayed while using the iPhone in vertical orientation will remain unchanged. The most important element, perhaps, is the iPhone’s keyboard. In portrait/vertical view, the keyboard on the next-generation iPhone will likely not change.
However, in landscape, it will:
A patent application published by the U.S. Patent & Trademark Office earlier today reveals Apple is flirting with the idea of a universal touchscreen controller capable of controlling multiple devices including a “television, a video tape player, a video disk player, a stereo, a home control system, or a computer system.” The patent application is titled “Apparatus and Method to Facilitate Universal Remote Control” and was filed Sept. 30, 2011.
The patent application’s background covers many of the issues with current controllers for televisions and the devices mentioned above. It noted current universal remotes are “complex to operate” and unable to adapt to incorporate every command or control functionality supported by a device or future device. It also mentions the fact that users are often “confronted with multiple” remotes, which is the classic “table full of remotes” scenario described by Steve Jobs when talking about the Apple TV at D8. The patent application explained:
The United States Patent & Trademark Office published an Apple patent application today (via PatentlyApple) detailing new 3D GUI concepts and touch-free, motion sensing gestures that would allow you to simply wave your hand over a device equipped with proximity sensors. This follows a patent application published in July that explores similar 3D gestures and user-interfaces, and another in September detailing 3D display and imaging technology that could lead to Kinect-like gestures on future Apple products.
The image to the right (larger version is below) shows a 3D UI environment consisting of two sidewalls, a back wall, a floor, and a ceiling. As you can see, 2D objects are posted to the back and sidewalls, while 3D objects rest on the floor of the environment. The patent mentions a “snap to” feature that appears to allow objects to move from one surface to another by changing the orientation of the 3D environment. In other words, the user’s perspective of the UI, which PatentlyApple said could be imagined as the “view from an imaginary camera viewfinder,” would change when rotation of the device is detected by its gyro sensor or accelerometer:
A few months ago Analyst Peter Misek reported that iOS and OSX would become one in 2012. That kind of flies in the face of Mac OS 10.8 that’s been hitting everyone’s Web logs. He’s also talked about Apple opening up super data centers all over the world for a confusing Netflix service that mostly already exists.
With that boulder of salt consumed, AllThingsD quotes Misek as saying that Apple has selected Sharp specifically to manufacture new TFT LCD panels for the upcoming iTV, an Apple-branded television set rumored to boast Siri as the flagship feature (here and here).
The analyst speculates the iTV could ship mid-2012:
Over at Jeffries, analyst Peter Misek suggests that Sharp is retooling a production line at its factory in Sakai specifically to manufacture modified amorphous TFT LCD panels that will be used in the so-called iTV. If all goes well, the line should be ready for commercial production by February of 2012, which means we could see Apple’s take on the TV by midyear.
The report also mentions some manufacturers of current televisions are becoming nervous of what exactly iTV might be (we know Sony is one of them) and hope to adapt quickly so they don’t suffer the same fate vendors in other industries face, such as the smartphone folks. It should be noted that Misek has been wrong one too many times, so you’re cautioned to apply skepticism to his thinking. The iTV reportedly isn’t the only thing Sharp will be supplying displays for…
After releasing an EFI firmware update for the MacBook Air earlier this week, Apple has released an EFI update for both the MacBook Pro and Mac mini this afternoon. The MacBook Pro update is version 2.2 and Mac mini version 1.3, fixing compatibility issues for the upcoming Thunderbolt Display and bringing numerous Lion fixes — and adding Lion Internet Recovery on the MacBook Pro.
Hit up Software Update on your Mac to get downloading. (via The Next Web)
