MacRumors

Apple's new Retina iPad mini includes the same 64-bit A7 chip used in the iPad Air and the iPhone 5s, which offers significantly better performance than the A5 chip found in the original iPad mini.

According to new Geekbench 3 benchmarks, the Retina iPad mini is running at 1.3Ghz, much like the iPhone 5s. The iPad Air, however, clocks in at 1.4Ghz, giving it a slight performance edge over both the iPhone 5s and the new mini.

The Retina iPad mini scored a 1390 on the single-core test and a 2512 on the multi-core test, which was similar to the iPhone 5s score of 1399/2523, and lower than the iPad Air at 1466/2856. Compared to the 261/493 score of the original mini, the Retina iPad mini marks an incredible boost in performance speeds.

It is unclear why the mini is clocked at 1.3Ghz instead of 1.4Ghz like the iPad Air, but in terms of real world usage, users are unlikely to notice the small speed differences. It is possible that Apple chose the lower clock speed in the iPad mini to improve overall battery life or to reduce heat within the smaller chassis.

Apple's Retina iPad mini went on sale last night at midnight and is currently still available from the Apple Online Store and in Apple retail locations via Personal Pickup.

Apple's new sapphire glass manufacturing partner, GT Advanced, owns some very advanced technology to manufacture extremely thin sheets of sapphire much more cheaply than current methods.

TechCrunch has done some digging and discovered a company called Twin Creeks that GT Advanced acquired late last year. Twin Creeks developed a hydrogen particle accelerator (pictured below) as a cheaper alternative to saws when attempting to slice larger chunks of sapphire for use on electronics.

Twin Creeks’ hydrogen ion particle accelerator (basically an ion cannon) allowed them to place wafers around the edges of the device and smash them with hydrogen ions. Here’s a description of the process from Extreme Tech:

"A particle accelerator bombards these wafers with hydrogen ions, and with exacting control of the voltage of the accelerator, the hydrogen ions accumulate precisely 20 micrometers from the surface of each wafer. A robotic arm then transports the wafers to a furnace where the ions expand into hydrogen gas, which cause the 20-micrometer-thick layer to shear off."

The process, when applied to solar, is then followed up by backing the sheets with flexible metal. The result is a huge reduction in thickness of sheets without the use of saws. This results in a big reduction in costs.

According to the press release GT Advanced released last week, GT expects to see its gross margins to drop significantly as sapphire glass production rises -- as costs go down -- but the overall volume will more than make up for it.

TechCrunch goes on to note a patent that Apple got last year that creates a layered touchscreen with a "hyper-thin sheet of sapphire" combined with much cheaper glass sheets. The sapphire glass could be on the outside of the phone, protecting the screen from scratches, while enjoying the cost-savings of cheaper forms of glass on the rest of the display assembly.

By doing this, Apple could stretch out the production and cost factors of sapphire enough to support manufacturing full-size display cover sheets, not just small wearable panels, buttons or protective camera covers. This, in turn, could mean sapphire cover sheets that are harder and tougher than standard glass materials on your iPhone years sooner than most analysts have predicted.

The new Apple/GT Advanced facility is expected to open in Mesa, Arizona sometime next year.

Following the start of orders for the Retina iPad mini a few hours ago, Apple has issued a press release officially announcing the launch. The release notes that the Retina iPad mini will not only be available for online orders, but also through the in-store Personal Pickup mechanism by which customers can check stocks at their local Apple retail stores and purchase online before heading to their stores to pick up their orders. Walk-in sales will apparently not be offered until supplies improve.

Stocks of the Retina iPad mini have apparently yet to make their way to Apple's U.S. retail stores, as all stores are currently showing no availability for pickup, but limited supplies should be arriving shortly. Some of Apple's international stores do, however, already have stock available for in-store pickup, as noted by MacStories' Federico Viticci, who has placed an order for pickup and confirmed with his local store in Italy that supplies are indeed available.

Availability through Apple's online store appears to be holding up for the time being, with the company's U.S. stores showing the same shipping estimates seen at the time orders went live: 1-3 business days for 16 and 32 GB Wi-Fi models and 5-10 business days for all other models.

Update: Some U.S. retail stores on the East Coast are beginning to show availability of Wi-Fi models for Personal Pickup. Many stores have all 8 color/capacity Wi-Fi configurations available at the moment.

Update 2: Apple has now opened up Personal Pickup availability for a number of its stores across the United States. Many stores are, however, still listing no in-store stock, and those that do have stock are seeing quick sellouts of many models.

Yesterday, a report from The Times Union claimed that Apple would begin A-series chip production at an upstate New York factory belonging to semiconductor company GlobalFoundries, with the Albany newspaper's sources also stating that Samsung would be helping to set up the facility.

AllThingsD now shares a bit more information on the arrangement, noting that Samsung will remain the primary manufacturer of Apple's A-series chips, with a GlobalFoundries facility to be used as a secondary factory on an "as needed" basis when Samsung's Austin, Texas facilities are unable to meet demand from both Apple and Samsung's own handset division.

Sources close to the situation said the deal that appears to be taking shape looks more like this: Samsung will use GlobalFoundries for what is known as “flex capacity.” This is a long-standing industry practice under which a chip manufacturer pays to occasionally use another company’s factories when demand on their own factory is running higher than they would like, and they need a little help.

...That’s where GlobalFoundries will come in, picking up the additional work on an as-needed basis. Samsung would basically hire GlobalFoundries as a subcontractor, and continue to manage the relationship with Apple. This is a very different business relationship than, say, if Apple were to tap GlobalFoundries as a “second source” for chips. Apple would of course have to give its blessing to the arrangement.

Samsung has long been the sole supplier of Apple's A-series chips, but Apple has been trying recently to move away from its rival for component supplies. Earlier this year, it was reported that Apple had struck a deal with Taiwan Semiconductor Manufacturing Company (TSMC) to begin producing A-series chips, but Samsung appeared to be remaining involved as a supplier in Apple's roadmap for future chips. Samsung's move to use a GlobalFoundries facility to help produce Apple's A-series chips would appear to indicate that Apple and Samsung are indeed committed to partnering on future production.

Apple has launched a new page on its iTunes Store allowing users to easily donate money to the American Red Cross toward Super Typhoon Haiyan relief efforts in the Philippines. The donation page, which is accessible through the main Apple.com page and the desktop iTunes Store, permits donations at the $5, $10, $25, $50, $100, and $200 levels.

Apple will transfer 100% of each donation directly to the American Red Cross, allowing users to have their donations seamlessly billed to their existing iTunes Store accounts. With Apple currently holding over 500 million iTunes Store accounts with credit cards attached, the company has a very significant customer base that can take advantage of the donation program.

Apple has conducted several similar campaigns in the past, most recently in October 2012 following Superstorm Sandy, in March 2011 following the Japanese earthquake and tsunami, and in January 2010 following the Haitian earthquakes.

In something of a surprise move, Apple has begun accepting orders for the Retina iPad mini in the United States and several other countries as of midnight Pacific Time on November 12. Orders for the 16 and 32 GB Wi-Fi versions are currently shipping within 1 to 3 business days while orders for the 64 and 128 GB versions along with cellular models are shipping within 5 to 10 days.

The company did not give any early indication that it would launch the Retina iPad mini today, aside from a mention of the seemingly unlikely November 12 date on its GSX site for service providers just hours ago.

The quiet launch of the Retina iPad mini may be due to constrained supplies, as rumors have suggested that available quantities of the mini will be extremely low due to display production issues. Apple is unlikely to have enough supply of the tablet to meet demand.

Visually, Apple's Retina iPad mini is nearly unchanged from the original mini, though it is both slightly heavier and thicker. The tablet includes a Retina display with a 2048 x 1536 resolution, along with an A7 processor and the M7 coprocessor originally introduced in the iPhone 5s.

The entry-level 16 GB Retina iPad mini will retail for $399 in the United States, with an extra $100 for each increase in capacity and $130 for cellular connectivity.

Apple will launch its long awaited Retina iPad mini on November 12, according to multiple sources citing a posting by Apple on the company's GSX site for service providers. Apple plans to launch the tablet in the United States, Australia, China (Wi-Fi only), Hong Kong, Japan, New Zealand, and Singapore.

While a release time beyond 'November 12' was unavailable, Apple has previously launched its products via press release at around 5:30 AM. It is possible that the company will notify consumers of the mini's availability with a press release before initiating sales in-store and online. It is, however, already November 12 in a number of countries around the world, including New Zealand, Australia, Hong Kong, China, Singapore, and Japan.

While the quiet release of an iPad is unusual for the company, it could be due to reports of severe supply constraints of the Retina iPad mini. According to reports, display problems have caused serious production issues, and it is unlikely Apple will have enough supply of the tablet to meet demand.

Apple's Retina iPad mini has the same general design of the original mini, though it is slightly heavier and thicker. The tablet includes a Retina display with a 2048 x 1536 resolution, along with an A7 processor and the M7 coprocessor originally introduced in the iPhone 5s.

The Retina iPad mini will retail for $399 for the entry-level 16 GB Wi-Fi model with an extra $100 for each capacity increment and $130 for cellular connectivity.

Update: All of Apple's online stores around the world have gone offline. It is unclear, however, if the downtime is related to preparations for a Retina iPad mini launch or simply scheduled maintenance that commonly occurs at this time of day.

Apple's iPhone 5s supplies appear to be improving, following significant supply constraints that have plagued the phone since its initial September 20 launch. In the Online Apple Store, iPhone 5s shipping estimates have decreased, with all models and capacities, including gold, now shipping within one to two weeks in the United States, Canada, Europe, and Asia Pacific.

Shortly after the launch of the iPhone 5s, shipping estimates for all colors and capacities slipped to 7 to 10 days and fell to a vague "October" timeline. In the middle of the month, shipping estimates were updated to two to three weeks, where they have remained until today.

According to several different reports, Apple significantly ramped up its iPhone 5s production in the weeks following the phone's launch while simultaneously cutting down on iPhone 5c production. Supplies of the iPhone 5c have remained plentiful since the phone was launched and all models and capacities continue to ship within 24 hours.

Apple's improved shipping estimates come following second and third wave launches on October 25 and November 1 that brought the iPhone 5s and the iPhone 5c to an additional 50 countries. The iPhones are now available in more than 60 countries, bringing Apple closer to its stated goal of availability in 100 countries by the end of the year.

In store supplies of the iPhone 5s appear to be improving as well, with even the gold iPhone 5s seeing greater availability as a Personal Pickup option across the United States.

Apple today enhanced its Apple Support site with a new option allowing customers to initiate automatic screen sharing when receiving help on a Mac via phone call, giving customers more control over their Apple support experience and facilitating quicker, more accurate responses from support staff.

Selecting the screen sharing box prompts a temporary download that will allow screen sharing to begin when a support call is initiated by Apple, though customers can choose to disallow screen sharing with an Apple representative by not checking the box. Screen sharing can only be used on voice calls and is not an available option for chat sessions.

As noted by 9to5Mac, the new automated website selection replaces previous screen sharing protocols, which involved AppleCare representatives asking customers to opt into screen sharing only when necessary. Choosing to use screen sharing is now a customer decision, and while customers were previously able to request screen sharing options, the new checkbox makes the process simpler.

Customers have always been able to request screensharing, at which point the AppleCare representative would instruct them to download an application from Apple's site that facilitates the connection. Now the download is listed directly on the support page. If a customer opts to use screensharing, the AppleCare rep must comply with their request whether they think it will help or not.

In addition to screen sharing, Apple has been making other significant changes to its support site in recent months and in August, the company launched a redesigned AppleCare website with simpler interface and 24/7 live chat support.

Earlier this year, a report surfaced claiming that Apple was looking into the possibility of partnering with chip manufacturer GlobalFoundries to begin making A-series chips for Apple's iOS devices. At the time, the status of the deal was unclear, with CNET's sources indicating that the two companies were still "kicking the tires" on a possible deal.

The Times Union now reports that GlobalFoundries will indeed begin production of chips for Apple at its Fab 8 facility in Malta, New York, north of Albany. According to the Albany newspaper's sources, Samsung will be helping to set up the facility, but it is unclear exactly what the arrangements between the three companies will be beyond that.

A small team from Samsung is going to come to Fab 8 with Apple’s chip-making “recipies.” Samsung will help GlobalFoundries set up the manufacturing processes at Fab 8 that will be needed to make the chips. It is unclear if that process will begin before [GlobalFoundries' $2 billion Technology Development Center] is completed. [...]

It’s unclear if GlobalFoundries will be making the chips with Samsung as the customer on behalf of Apple, or if Apple will be the direct customer, with Samsung helping set up the operation to mirror what it does in Austin. Either way, Apple will be the ultimate customer.

Samsung has long been the sole supplier of Apple's A-series chips, but Apple has been trying to move away from its competitor for component supplies wherever possible. Earlier this year, it was reported that Apple had struck a deal with Taiwan Semiconductor Manufacturing Company (TSMC) to begin producing A-series chips, but Samsung appeared to be remaining involved in Apple's roadmap for future chips. A move to begin producing chips at GlobalFoundries with the cooperation of Samsung would appear to indicate that Apple and Samsung are indeed committed to partnering on future production.

While Apple has been rumored for a number of years to have been working on a television set project, reports have become more scarce over the past year as interest in a potential smart watch has gained steam. According to a report from NPD DisplaySearch, the rumor trends are indeed a reflection of what is happening at Apple, with the company apparently putting the TV project "on hold again" as wearables such as the "iWatch" have taken priority.

According to sources in the TV supply chain, it appears that Apple’s long-rumored TV plans, which were far from concrete anyway, have been put on hold again, possibly to be replaced by a rollout of wearable devices. Although many financial and industry analysts have been speculating about Apple’s entrance into the TV business via an actual TV (instead of the Apple TV “hobby” set-top-box) for years, during the last year the rumor-mill has shifted into high gear about a 2014 introduction. Indeed, our own information from TV supply chain sources pointed to the fact that Apple appeared to be lining up resources for a product introduction in the second half of 2014, likely with 2-3 large screen sizes and 4K resolution.

However, the hangup has always been the content.

The report is not specific about how DisplaySearch has arrived at its conclusion that Apple's TV project has been put on hold, but the firm closely watches the display supply chain and likely is not yet seeing any significant movement toward an Apple television.

Apple has reportedly been working on advancing its Apple TV set-top box, but Apple's efforts to revolutionize the television experience will require the company to reach agreements with content providers and cable companies, a process that has been underway for several years but yet to result in any significant progress.

Meanwhile, focus on Apple wearables has continued to pick up steam amid continuing rumors that the company is shooting for a late 2014 launch of an iWatch that would run "full iOS". Fueling speculation in recent days has been an announcement that Apple will build a major new manufacturing plant in Arizona to produce sapphire glass. While sapphire is currently used to protect the iPhone's rear camera and the Touch ID sensor of the iPhone 5s, the deal points to a major expansion of Apple's sapphire plans that could include scratch-resistant wearable devices or even full sapphire glass front panels for future iPhones.

After a rough launch last year, Apple Maps appears to be doing very well for itself, with 35 million U.S. iPhone owners using the app in September 2013, versus 6 million iOS users of the downloadable Google Maps according to data from comScore and The Guardian.

The data remains a little fuzzy as neither Google nor Apple publicly release their usage figures, but if they are even close to correct, Apple has largely succeeded with its Maps rollout and Google has lost a tremendous number of Maps users in just a year.

It's likely that Apple's success is largely due to the incredible advantage default apps hold on mobile platforms, with the majority of users finding Apple Maps to be "good enough" and not looking for an alternative.

According to comScore, Google Maps has gone from 81.1 million mobile U.S. users last year to just 58.7 million this year, a drop of more than 20 million. At the same time, the total number of iPhone and Android phone users in the U.S. increased from 103.6 million to 136.7 million. comScore attributes this significant drop largely to the introduction of Apple Maps as the default app on iPhones, as well as an increasing share of younger users that don't use any mapping application.

ComScore's data shows that in September 2013, 35m used Apple's maps at least once during the month, out of a total iPhone population of 60.1m. The 58% usage on the iPhone is reckoned to reflect the growing number of younger users who do not use mapping services; the proportion of iPhone users who use any mapping service, including Google's, has been dropping since April 2012, according to ComScore's data.

Wood said: "The thing is, on an iPhone all roads lead to Apple's maps. They're putting this front and centre for users, and getting more confident." For Google, he said, "They're very fortunate that Android is a big source of data - they will be very relieved at that." He cautioned that US iPhone users might be more eager to use Apple's maps because there seem to be fewer errors there compared to other regions, including Europe.

35 million iPhone owners used Apple Maps in September, out of 60.1 million total iPhone owners in the United States, some 58 percent. Based on The Guardian's modeling, this means roughly 8.3 million iPhone users are using an alternative mapping application like Google Maps, with approximately two million of those using the pre-iOS 6 default Google Maps application because they have not upgraded to a newer version of the iOS.

Last month, the City of Cupertino gave what amounted to the final approvals needed for Apple to begin work on its massive new "Apple Campus 2" on the site of a former HP campus in the city. As part of the application process, Apple has shared a few renderings of the project over the last several years and has even built a model of the entire campus, which includes a large ring-shaped main building and a number of other facilities.

Around the time of the city's final approval, we pointed to a video posted by the City of Cupertino covering the three-hour October 1 meeting where Apple's Environmental Impact Report was discussed ahead, with the session including a brief overview video by Apple and a presentation led by Apple's Senior Director of Real Estate and Facilities Dan Whisenhunt.

In these images, we see for the first time the space port-like entrance to the development’s subterranean parking lot, a cavernous cafeteria that spills into the grassy landscape beyond, and the glass pavilion that will serve as the entrance to Apple’s new underground auditorium — a secure lair where press will gather for future product launches. In short, these documents give us the most complete picture of Apple’s new home yet, a campus that Steve Jobs himself thought had a shot at being “the best office building in the world.”

Apple is developing two next-generation iPhones with larger, curved glass screens set for release late next year, reports Bloomberg. The new iPhones will feature displays at 4.7 and 5.5 inches, with the report also claiming that Apple is working on enhanced touch sensors that incorporate pressure sensitivity for later iPhone models after next year.

iPhone 5s vs. 5.7-inch Samsung Galaxy Note III (Source: phoneArena.com)

Two models planned for release in the second half of next year will feature larger displays with glass that curves downward at the edges, said the person, declining to be identified as the details aren’t public. Sensors that can distinguish heavy or light touches on the screen may be incorporated into subsequent models, the person said.

The new iPhones will be Apple’s largest at screens of 4.7 and 5.5 inches, the person said, approaching in size the 5.7-inch Galaxy Note 3 that Samsung Electronics Co. debuted in September. The South Korean maker last month released the curved display Galaxy Round, the latest phone in an array of sizes and price points that’s helped keep it ahead of Apple in global market share.

The new Apple handsets are still in development and plans haven’t been completed, the person said, adding that the company will probably release them in the third quarter of next year.

While Apple routinely develops prototype devices that are never released, rumors of an iPhone featuring a significantly larger screen have surfaced occasionally throughout the past couple of months. The Wall Street Journal reported in July and September that Apple had begun testing prototype iPhones with screens as large as six inches, and a report last month from NPD DisplaySearch speculated Apple may launch both a 4.7-inch and a 5.7-inch iPhone in 2014.

MacRumors released a printable papercraft version of a 5-inch iPhone back in February of this year after other rumors of a larger iPhone surfaced.