MacRumors

As first reported by The Loop, Apple has announced that it will again be expanding the lineup for this year's iTunes Festival in London to include 19 more acts such as Tony Bennett, Mary J. Blige, Ed Sheeran, and more. The festival's schedule has also been updated to show when artists will perform, as deadmau5 will kick off the show on September 1, which will be followed by Beck and Jenny Lewis the next day. Apple has not yet revealed the lineup for the final day.

Apple announced earlier this month that it would be expanding its original lineup to include acts such as Lenny Kravitz and Foxes. The festival's date was announced last month as Apple revealed that Maroon 5, Pharrell Williams, and Calvin Harris would be among the acts performing.

Tickets for the iTunes Festival will be given out through iTunes in a lottery system, and will also be broadcast via the Apple TV, an official iOS app, and through the iTunes desktop application on OS X and Windows.

Earlier this year, Apple held the first annual U.S. iTunes Festival at South by Southwest (SXSW), which featured artists such as Coldplay, Imagine Dragons, Keith Urban, and more. The 2013 iTunes Festival in London was held last September and saw shows from Jack Johnson, Justin Timberlake, and Jessie J, who will also be again be performing at this year's iTunes Festival.

A California bill requiring all smartphones sold in the state to have antitheft technology installed was today signed into law by California governor Jerry Brown. Introduced in February, the SB-962 Smartphones bill, which mandates a "kill switch" for cellular devices, was initially approved by the California State Assembly in early August and passed a final vote in the California Senate shortly after.

The law requires smartphones to include software or hardware that will render the device inoperable to an unauthorized user in the event that the phone is misplaced or stolen. The anti-theft technology, which has to be able to withstand a hard reset or operating system downgrade, must prevent reactivation of the smartphone on a wireless network except by the authorized user. The anti-theft tools must be installed during the phone's initial setup process, and it must be reversible so an authorized user can unlock the device if it is returned to their possession.

California's new law is designed to curb smartphone thefts, which have long been a problem plaguing major metropolitan areas like San Francisco and New York City. Co-sponsored by San Francisco district attorney George Gascón and state Senator Mark Leno, the law will go into effect in July of 2015.

"California has just put smartphone thieves on notice," said Senator Leno, D-San Francisco. "Starting next year, all smartphones sold in California, and most likely every other state in the union, will come equipped with theft deterrent technology when they purchase new phones. Our efforts will effectively wipe out the incentive to steal smartphones and curb this crime of convenience, which is fueling street crime and violence within our communities."

"This epidemic has impacted millions across the nation and millions more around the globe, but today we turn the page," said District Attorney George Gascón. "Seldom can a public safety crisis be addressed by a technological solution, but today wireless consumers everywhere can breathe a sigh of relief. Soon, stealing a smartphone won't be worth the trouble, and these violent street crimes will be a thing of the past. The devices we use every day will no longer make us targets for violent criminals."

While the bill will likely affect smartphone manufacturers like Samsung and Microsoft, Apple already ships its iPhones with Activation Lock, a feature first introduced with iOS 7 that likely fulfills the terms of the law. Activation Lock locks the device to a user's iCloud account and is turned on when Find My iPhone is enabled. A stolen iPhone is essentially bricked with Activation Lock, as thieves cannot sign out of Find My iPhone, deactivate iCloud, or wipe the device without the original user's Apple ID.

A similar federal law might be passed, if The Smartphone Theft Prevention Act is approved. This act would mandate the inclusion of a "kill switch" in all smartphones sold across the country, which would be used to make a lost or stolen device inoperable and allow consumers to remotely wipe all of their personal data.

Currently, only Minnesota and California have legislation mandating anti-theft technology for smartphones, but back in April, major smartphone manufacturers like Apple, Google, Samsung, Nokia, and all major carriers agreed to add anti-theft tools to all smartphones manufactured after July 2015.

Earlier today, Weibo user GeekBar continued his leaks of claimed wiring schematics of iPhone 6 components with a new "Phosphorus" component that was interpreted as the next-generation version of Apple's M7 co-processor. The M7 collects and tracks motion data from various sensors in the iPhone 5s, iPad Air, and Retina iPad mini, and with the iPhone 6 rumored to be including a number of new health- and fitness-related sensors, a more powerful version of the M7 seems possible for the new device.

But according to MacRumors forum poster leecbaker, who is clearly familiar with these types of components, the item depicted in the schematic is not a next-generation M7 and actually appears to be a barometric pressure sensor. The iPhone 6 has been rumored to include a number of new environmental sensors such as an atmospheric pressure sensor.

The chip pictured has the part number BMP282. I'm 99.99% sure this is a Bosch barometric pressure sensor, similar to this part BMP280. Variants of one part often have slightly different part numbers- if Apple got Bosch to customize the chip for them with different packaging, or a slightly different measurement range, that would explain the difference in part number.

leecbaker goes on to highlight a number of applications for that Bosch pressure sensor, including GPS and indoor/outdoor navigation enhancement, weather forecasting, altimetry, and spirometry, the lung function measurements that were added to Apple's Health app in a recent iOS 8 beta.

Another MacRumors poster, kdarling, corroborates leecbaker's conclusions, noting that the pins on the Bosch sensor match those outlined in the schematic. He also notes that the BMP series is limited to pressure sensing and does not include the humidity and temperature sensing capabilities found in Bosch's BME series of sensors.

Assuming this new information is correct, and it certainly appears to make sense, this marks the second time a component leaked by GeekBar has been incorrectly identified. The poster had previously claimed a schematic showed the iPhone 6 carrying the same 1 GB RAM found in previous A-series chips, but that was quickly revealed to be a reference to an aspect of flash storage rather than RAM.

(Thanks, @anexanhume!)

Apple is unsurprisingly working on a new version of the M7 co-processor for the upcoming iPhone 6, claims GeekBar (Via G 4 Games) in a post on Weibo. In this latest report, a new set of schematics allegedly showcase this new co-processor chip, which is internally labeled "Phosphorus."

GeekBar claims "Phosphorus" will be the successor to the M7, collecting motion data as well as processing other health-related information handled by Apple's new HealthKit API. This chip potentially is the power behind Apple's new Health app for iOS 8, which will import data from the iPhone and other third-party devices in order to create an overview of the user's health.

Apple introduced its new Health tracking app and its HealthKit API at WWDC in June. Besides encouraging developers to build health and fitness-related functionality into its device, Apple also may be talking to hospitals, health institutions and insurance companies in order to expand its HealthKit initiative beyond the user's device. In one scenario, data from the Health app could be shared with a health insurance companies in order to lower a healthy subscriber's monthly premium.

Update 9:29 AM: The "Phosphorus" component actually appears to be a barometric pressure sensor, not a next-generation M7 chip.

Amid rumors of a new Lightning cable with a reversible USB connector and a redesigned power adapter from Apple, third-party vendor Moca.co is claiming that while the adapter may be ready for launch alongside the iPhone 6 next month, Apple is not yet ready to debut its new Lightning cable. Moca.co says that it is an MFi-certified vendor working with Apple's primary Lightning cable provider and that Apple has not yet placed any orders for the new cable.

We are informed by the Official Appointed Manufacturer of Apple that the new Reversible USB Cable will not be released together with upcoming iPhone 6 and Apple has not placed any order with them yet. Apple fans will not be able to get the MFi version of this revolutionary cable from Apple this year but that is not the end of the story.

According to Moca.co, the manufacturing partner has sent samples of the Lightning cable with reversible USB connector to Apple for approval, but Apple has yet to move forward with manufacturing orders. Even once it does, it will reportedly be several months before the cables are ready.

The redesigned power adapter may, however, be ready to launch with the iPhone 6, as Moca.co tells MacRumors the design has been confirmed and mass production is already underway. According to the report, the new adapter supports up to 2A of current, twice that of the current adapter shipping with the iPhone. The new adapter will reportedly be able to power all iPhone, iPod, and iPad mini models, with the redesign likely driven by the higher power requirements of the larger iPhone 6 models.

Moca.co is planning to offer its own versions of the cable and adapter from its MFi-licensed manufacturing partners, and is currently taking pre-orders with plans of October delivery if it can obtain a sufficient number of pre-orders to initiate production.

Throughout the past few months, a number of rumors have suggested many different resolutions for both the 4.7-inch and 5.5-inch iPhone 6, giving a variety of reasons as to how Apple will best optimize a larger screen size for both users and developers.

Prominent Apple journalist John Gruber has now given his in-depth take on the subject, suggesting that the 4.7-inch iPhone 6 will likely feature a resolution of 1334 x 750 with 326 pixels per inch, while the 5.5-inch iPhone 6 would most likely have a resolution of 2208 x 1242 with 461 pixels per per inch. While Gruber insists that he has no specific knowledge of these resolutions for the iPhone 6, he makes a strong case for why they make the most sense for Apple.

Gruber notes that keeping the current "2x" Retina resolution at 326 ppi on the 4.7-inch iPhone 6 would be consistent with Apple's previous patterns on iOS devices:

At 4.7 inches, 1334 × 750 works perfectly as a new iPhone display, addressing problem #1, showing more content. With point dimensions of 667 × 375, this display would show 1.38 times more points than the iPhone 5. At 326 pixels-per-inch, everything on screen would remain exactly the same physical size. There would just be 38 percent more room for content.

Gruber also adds that moving to a "3x" Retina resolution at 461 ppi for the 5.5-inch iPhone 6 would display an even greater amount of content while being able to render the same Retina pixels on a larger scale:

Everything works at these dimensions for a 5.5-inch display. With an increase in area of 68 percent and a scaling factor of 1.06, this display would address both reasons why someone might want a very large iPhone: it would show a lot more content, and it would render everything on screen, point-for-point, a little bit bigger. And at 461 pixels-per-inch, everything would be amazingly sharp.

In both of those examples, existing apps would still be able to run at such resolutions, as optimizing current apps would be made easier considering the scaled nature of the displays.

The given 1334 x 750 resolution of the 4.7-inch iPhone 6 contrasts with information shared by luxury modified iPhone vendor Feld & Volk earlier this week, which came with a photo showing the display of the 4.7-inch iPhone 6 under a microscope with a pixel density higher than 326 ppi, perhaps 1704 x 960. That resolution has also been cited in previous rumors, but Gruber claims in his post that an iPhone 6 with a resolution of 1704 x 960 would only work well for 4.0-inch displays, as it would not show any additional content compared to the iPhone 5 when measured in touch points.

Gruber also comments on the possibility of both a 4.7-inch and a 5.5-inch iPhone 6 with a resolution of 1472 x 828. The claim states that such a resolution on the 4.7-inch device would render UI elements and text about 10 percent smaller, while such a resolution on the 5.5-inch device would equal out to be 307 pixels per inch, or only marginally better than Apple's original definition of the Retina display as being at least 300 ppi.

The iPhone 6 is expected to be unveiled on Tuesday, September 9 at a media event. It is likely that the 4.7-inch version will go on sale about a week after the announcement, but the 5.5-inch may be held back due to production issues. In addition to a larger display, the iPhone 6 will likely feature a thinner design, a faster A8 processor, an improved camera, a more durable Touch ID sensor, and more.

A new image said to be of a redesigned Apple USB power adapter has been shared by a user on Weibo (Google Translate, via Gizmobic), hinting that Apple's supposed new Lightning cable may be released alongside a new charger. The power adapter appears to be more rounded compared to Apple's current offering, and also includes grooves on each side to improve comfort while holding and inserting the accessory.

While it is possible that the product in the image could be of a fake, the charger does have the signature "Designed by Apple in California" text along with other applicable information and logos. The user also shows another image of the new Lightning cable with its reversible USB connector, which has been spotted in a number of other photos and even a video throughout the past few weeks.

If both new products turn out to be real, it is possible that Apple could ship a new Lightning cable and new USB power adapter alongside this fall's expected lineup of new iOS devices, possibly starting with the iPhone 6 next month.

Update: As pointed out by a user in our forums, the USB adapter shown in the images carries the same design as Apple's current 5W USB Power Adapter sold in Australia. However, the prongs on the new adapter in the photo are of Type A used in the United States and many other countries, perhaps indicating that the design could be soon applied to Apple's other power adapters in different countries.

Apple has begun an iPhone 5 Battery Replacement Program to replace the batteries of a small percentage of iPhone 5 units that have a faulty battery resulting in a shorter battery life and longer, more frequent charging times.

iPhone 5 devices exhibiting battery issues were sold between September of 2012 and January of 2013 and are eligible for a free battery replacement.

Apple has determined that a very small percentage of iPhone 5 devices may suddenly experience shorter battery life or need to be charged more frequently. The affected iPhone 5 devices were sold between September 2012 and January 2013 and fall within a limited serial number range.

If your iPhone 5 is experiencing these symptoms and meets the eligibility requirements noted below, Apple will replace your iPhone 5 battery, free of charge.

Apple says the issue affects only a "limited serial number range." iPhone 5 users can input their serial numbers on Apple's replacement site to find out whether their phones need a new battery. Those who do have a faulty battery can get a replacement through an Apple Authorized Service Provider, an Apple Retail Store, or through Apple Technical support.

Users who already paid to replace their batteries will be eligible to receive a refund for the cost of the battery from Apple. Apple's support site says the program covers iPhone 5 batteries for two years after the first retail sale of the unit or until March 1, 2015, whichever provides longer coverage. Replacements are available beginning today in the United States and China, with the program beginning in other countries on August 29.

In addition to the new Battery Replacement Program, Apple also has a replacement program for iPhone 5 units that have a faulty sleep/wake button, which also provides repairs at no cost. Some iPhone 5s units have also experienced faulty battery life but Apple opted to reach out individually to affected users rather than implementing a replacement program for those devices.

Amid rumors that Apple is developing a Lightning cable with a reversible USB connector, third-party accessory vendor Truffol has begun selling a reversible USB Lightning cable on its website, beating Apple to the punch.

Priced at $9.99, the reversible cable advertised by Truffol is designed to be inserted into a USB port in either direction, a shift from a traditional USB cable that can only be inserted in one direction. While the cable is not Apple-approved and thus not Made for iPhone (MFi) certified, Truffol has told MacRumors that its cable works with both existing iOS devices and the upcoming iPhone 6. Using non-certified third-party iPhone accessories is not recommended by Apple, however, and in the past, some third-party accessories have caused damage to iOS devices.

It is not clear whether these third-party reversible USB Lightning cables were already in development ahead of the rumors suggesting Apple was developing its own reversible solution or if they were designed in response to rumors, but their sudden availability may possibly hint at the existence of an Apple-branded reversible cable. Truffol told MacRumors that it believes the idea for the third-party reversible Lightning cables originated from "insider Apple sources."

Rumors of an Apple-branded Lightning cable with a reversible USB connector first surfaced last week in the form of leaked images and videos, but Apple initially filed a patent application for the technology in January 2014, which became public in late July.

Apple may face some legal hurdles if it launches a reversible Lightning USB cable. A California company named UltraTek holds a patent for a reversible USB connector and already sells reversible USB cables through a number of different online retailers, but it is possible Apple has licensed the technology or developed a solution that is different enough not to infringe on UltraTek's existing technology.

A second Apple patent filing that was published earlier this week suggests Apple has indeed improved on current reversible USB connector designs, as it details a cable with a flexible internal connector. Described as a flexible "tongue," Apple's design would allow a USB connector to flex to fit into any existing USB port regardless of insertion orientation. The flexible design may be superior to existing reversible USB designs because it allows for a thicker, sturdier middle "stalk" and a stronger connection with contacts.

It is possible that Apple's rumored Lightning cable with a reversible USB connector might debut as soon as September, introduced alongside the iPhone 6 that's expected to be unveiled at a September 9 media event.

BlackBerry is taking advantage of reports of iMessage's vulnerability to spam messages to tout its BlackBerry Messenger app. In a blog post, the company highlights a report from earlier this week that said iMessage users see quite a bit of spam, with accounts run by spammers responsible for more than 30 percent of all spam messages on mobile devices.

BlackBerry suggests that iMessage users switch to BBM to avoid spam and lists five reasons why BBM is superior to iMessage. According to the company, BBM is safer primarily because it does not utilize a phone number or email address and it only accepts messages from contacts.

1) BBM is architected in a way that protects our 85 million users against spammers. iMessage works off of phone number or Apple ID. Anyone who has your number or Apple ID can send you messages whether you want them to or not. With BBM, users have a lot more control due to our "invite and accept" paradigm. In other words, both parties need to be mutually committed to being contacts in order to send and receive messages.

2) BBM gives you control. There's no spam on BBM due to its self-policing system. Users are in control of their contact list and there is no way to send a message without being contacts. You can't control someone showing up to your house, but you don't have to open the door. With BBM someone can request to be added to your list, but you don't have to accept their invite.

BlackBerry also uses its list to highlight BBM's encryption that protects messages from "spying or hacking," its ability to block contacts, and its cross-platform availability.

Despite all of BBM's apparent perks, BlackBerry has had trouble convincing users to adopt the app due to competition from iMessage and other messaging apps like WhatsApp, Kik, WeChat, and more. In late 2013, BlackBerry users on Android, iPhone, and BlackBerry phones sent and received approximately 10 billion messages per day, while WhatsApp processed upwards 50 billion messages per day.

Listed as number 56 in the social networking section of the App Store, BBM is ranked far below competing messaging apps. BlackBerry itself has also been struggling in recent months as iOS and Android make gains in the enterprise market.

The initial report on iMessage spam pointed towards Apple's deep integration of mobile and desktop as the reason for iMessage's popularity with scammers. While the uptick in iMessage spam has been recent, Apple does have some measures in place to combat spammers. There's rate-limiting on the iMessage network to stop users from sending hundreds of messages and there is a spam reporting protocol in place, but Apple will likely need adopt more aggressive measures in the future to limit spam messages due to the platform's growing popularity with spammers.

Earlier this week, KGI Securities analyst Ming-Chi Kuo released a report claiming Apple may not launch the iWatch until 2015 due to manufacturing difficulties associated with the new device. A follow-up report from Taiwan's Economic Daily News (via G 4 Games) echoes this assertion with supply chain information hinting at an early 2015 debut for Apple's wearable device.

Anonymous supply chain sources told Economic Daily News that Apple is requesting delivery of hardware components for the iWatch as it prepares to start assembly of the wristwatch device in September. Sources claim it will take Apple several months of manufacturing refinement before it has a final product that is ready for retail shelves.

Once it hits production, iWatch yield is rumored to be lower than first predicted, with one million watches rolling off factory lines each month. Because of the lengthy and limited production process, Apple may not be able to launch the iWatch fully in 2014. Instead, the company may decide to offer the iWatch in limited quantities at the end of this year or wait until 2015 to start selling the wearable device.

While Apple tends to unveil a product and release it shortly after the announcement, the company has utilized a protracted launch strategy with select new products. Apple introduced the original iPhone six months ahead of its retail availability and unveiled the first iPad two months before it went on sale.

Most recently, Apple used a similar strategy with its Mac Pro, unveiling the machine six months before it was made available for purchase in December 2013. When it finally went on sale, the Mac Pro was available in limited quantities for several months following its initial retail release.

(Image: iWatch concept by SET Solution)

According to a Sina News report (via ZDNet), China Telecom this week briefly announced plans to sell an unlocked version of the iPhone 6 in order to compete with rival carriers. The Sina report sources a Weibo post from China Telecom's Shanghai office that was posted earlier this week and later deleted.

The move suggests Apple is planning to sell a version of the iPhone 6 that will support all wireless networks in the country, including dual 4G (TDD-LTE and FDD-LTE), WCDMA, CDMA2000, GSM, and CDMA1X. This opens up LTE to China Telecom subscribers and makes the country's number three carrier more competitive with its bigger rivals China Unicom and China Mobile.

Apple currently sells three different models each of the iPhone 5s and 5c in China in order to accommodate the different technologies used by the country's carriers. But with updated modem and antenna technology for the iPhone 6, Apple may be able to streamline its model lineup to more efficiently support the various carrier technologies.

As part of its advertisement, China Telecom used an iPhone 6 rendering from a Behance gallery posted early last month by Tomas Moyano and Nicolas Aichino. The renderings have been fairly popular around the web, including in our own stories, but differ from most recent leaks in some aspects such as omitting a protruding camera ring and showing rear shells featuring different colors at top and bottom.

Apple is expected to unveil the iPhone 6 at a press event to be held in early September. The handset may include larger 4.7-inch and 5.5-inch display options, a faster A8 processor, an improved iSight camera and a new Touch ID sensor. Sales of the 4.7-inch version are expected to begin at the end of September, with the 5.5-inch model launching either alongside or up to several months later than the smaller model.