MacRumors

Acer has announced all-new H7 series monitors as the first to support USB Type-C, making them compatible with Apple's newer 12-inch MacBook. The monitors will be able to charge the MacBook, transfer data and display content over one USB-C cable, eliminating the need for multiple cables and adapters.

The monitors will be available in 25-inch and 27-inch screen sizes with 2,560×1,440 pixels resolution, Acer TrueHarmony and DTS Sound, HDMI 2.0 ports and 100% sRGB coverage. The H7 series launches in the U.S. and other North American markets in February with prices starting at $499.99. Availability in other regions will follow.

Lenovo has also announced the ThinkVision X24 Pro and ThinkVision X1 as its first two USB Type-C monitors, per AnandTech. The bezel-free ThinkVision X24 Pro features a 1,920×1,080 resolution IPS display, USB-C and Mini DisplayPort, an Intel RealSense 3D camera, two 3W speakers and more. The monitor starts at $399 and ships in May.

The 27-inch ThinkVision X1 has an ultra-thin 7.5mm design, 3,840×2,160 resolution, USB-C and DisplayPort 1.2 ports, HDMI 2.0, 99% sRGB coverage and more. Apple's 12-inch MacBook includes support for DisplayPort 1.2 through USB-C, so it will be able to power this Ultra HD monitor at 60 Hz. The ThinkVision X1 will cost $799.

Ford has announced it is adding CarPlay and Android Auto to all 2017 vehicles in North America equipped with BlackBerry's QNX-based SYNC 3 platform, starting with the new Ford Escape. CarPlay and Android Auto will also be available in 2016 vehicles with SYNC 3 as an upgrade later this year.

Ford is also adding new SYNC AppLink apps for AAA/CAA member services, Concur expense report tracking, Eventseeker for nearby events and Cityseeker for nearby restaurants. New 4G LTE SYNC Connect technology will allow drivers to remote start, unlock doors, check fuel levels or locate a parked vehicle via their smartphone.

In December, Ford retroactively added Siri Eyes Free support to 5 million 2011-2016 vehicles through a SYNC 3.8 software update. The U.S. says more than 15 million SYNC-equipped vehicles are on the road worldwide today, although that figure likely includes older SYNC platforms incompatible with CarPlay and Android Auto.

Ford has been added to our list of 2016 U.S. CarPlay vehicles and CarPlay roundup.

Apple's next-generation iPhone 7 Plus may feature a 256GB storage option and larger 3,100 mAh battery as two differentiating features over the smaller iPhone 7, according to Chinese website MyDrivers [Google Translate].

The report does not specify if the iPhone 7 Plus will still have 16GB base storage, or if Apple will opt for larger storage options such as 32GB, 128GB and 256GB, compared to the iPhone 6s Plus lineup of 16GB, 64GB and 128GB models.

The claimed 3,100 mAh battery would be approximately 12.7% larger than the iPhone 6s Plus's 2,750 mAh battery, but the rumor is questionable following reports claiming the iPhone 7 and iPhone 7 Plus will be nearly as thin as the new iPod touch.

The report also corroborates previous rumors claiming the iPhone 7 and iPhone 7 Plus will retain 4.7-inch and 5.5-inch screen sizes respectively, but does not offer any other new details about the smartphones.

Chinese website MyDrivers, which earlier this week said the so-called "iPhone 6c" will have a 1,642 mAh battery and 2GB of RAM, has a mixed track record at reporting on Apple's upcoming product plans, so this rumor should be treated with caution until or unless other reports substantiate these claims.

Apple may remove the 3.5mm headphone jack on the iPhone 7 and iPhone 7 Plus in favor of an all-in-one Lightning connector, possibly helping the smartphones achieve between 6.0mm and 6.5mm thinness and a waterproof design. The devices may also have a faster TSMC-built A10 chip and Intel 7360 LTE modem and non-metallic casing with hidden antenna bands. iPhone 7 Plus models could have 3GB of RAM.

Read more about the iPhone 7 Plus in our What's Coming From Apple in 2016 roundup.

With the launch of the Apple Watch, the iPhone 6s and the 6s Plus, the new Apple TV, and the iPad Pro, 2015 was a major year for Apple. The Apple Watch introduced a whole new category, the iPhone 6s and 6s Plus saw the debut of 3D Touch, and the iPad Pro brought Apple's largest iOS device yet.

iOS 9, watchOS 2, and OS X 10.11 El Capitan brought refinements to Apple's operating systems, and the fourth-generation Apple TV came with a brand new operating system, tvOS. 2015 saw a huge number of new products and software updates, and 2016 promises to be just as exciting.

A second-generation Apple Watch is in the works and could launch in early 2016, while new flagship iPhones, the iPhone 7 and the iPhone 7 Plus, are coming in late 2016. Those who love smaller devices will be excited to hear a 4-inch iPhone 6c may be coming early in 2016, and Apple's Mac lineup is expected to gain Skylake chip updates.

New software, including iOS 10, OS X 10.12, watchOS 3, and an upgraded version of tvOS are all expected in 2016, and Apple will undoubtedly work on improving services like HomeKit, Apple Pay, and Apple Music.

As we did for 2014 and 2015, we've highlighted Apple's prospective 2016 product plans, outlining what we might see from Apple over the course of the next 12 months based on current rumors, past releases, and logical upgrade choices.

➜ Click here to read rest of article...

Starting on January 8, 2016, AT&T plans to introduce a "pricing simplification effort" that will see the end of device subsidies and two-year contracts. According to an internal training document shared by Engadget, new and existing AT&T customers will only be able to purchase a smartphone at full price or with an AT&T Next payment plan going forward.

As outlined in the document, the new rules apply to all of the phones that AT&T sells, including smartphones and more basic devices, which will be paid for using new installment plans. More information on how AT&T will handle corporate accounts and non-smartphone devices like tablets and wearables will become available after an official announcement from AT&T, but it appears certain corporate users will be able to continue making two-year contract purchases.

The shift away from two-year contracts and iPhone subsidies began with T-Mobile in 2013, when the company introduced its Un-carrier payment plans uncoupling device costs from plan costs. Verizon followed suit in August of 2015, debuting new smartphone rate plans and eliminating its subsidized two-year contract option for new users.

Existing Verizon customers can still renew their two-year contracts, but AT&T's no-contract implementation is more extreme and will not offer existing customers the option to keep their contracts once they expire.

AT&T has already been working on shifting away from two-year contracts by pushing its Next plans. In June of 2015, AT&T forced Apple and other third-party retailers to remove the option to purchase AT&T phones with a two-year contract, leaving customers with AT&T Next or a full-priced smartphone as their only third-party purchase options.

Update: AT&T has confirmed its plans to stop offering two-year contracts in a statement given to Re/code.

"With $0 down for well-qualified customers, the ability to upgrade early and down-payment options available with even lower monthly installments, our customers are overwhelmingly choosing AT&T Next," AT&T told Re/code. "Starting January 8, AT&T Next will be the primary way to get a new smartphone at AT&T."

One of the Apple Watch features Apple often highlights is the device's precise timekeeping, which Apple says is within 50 milliseconds of the global time standard. Apple's VP of Technology, Kevin Lynch, today spoke with Mashable and The Telegraph to share some details on how Apple achieves that level of accuracy.

Lynch told Mashable that the Apple Watch is so accurate that the hands of two Apple Watches placed next to one another will move in perfect unison. This is achieved primarily through 15 Network Time Protocol (NTP) servers that Apple has around the world, kept inside of buildings with GPS antennas that connect to GPS satellites broadcasting time data from the U.S. Naval Observatory in Washington, D.C. The Observatory houses an ultra accurate atomic clock, which uses electronic transition frequency to measure time.

Apple's time servers communicate the time to iPhones across the world, and the iPhone in turn syncs with the Apple Watch via Bluetooth to provide the exact time. Communicating a GPS signal from a server to an iPhone to an Apple Watch over Bluetooth has its own delays, which Apple corrects for via software. Apple's NTP servers make sure iPhones and Apple Watches keep time at "Stratum One" accuracy, within milliseconds of "Stratum Zero" devices.

Speaking to The Telegraph, Lynch also described the hardware inside of the Apple Watch that makes sure the time remains accurate. Each Apple Watch has a temperature-controlled crystal oscillator inside to combat time drift that clocks and watches see. The oscillator also makes sure the Apple Watch remains warm enough to keep accurate time in very cold climates. Thanks to this hardware, the Apple Watch is even more accurate than the iPhone.

"The second hand on every Apple Watch is perfectly in sync, and each device is accurate to 50 milliseconds of Co-ordinated Universal Time (UTC), the world's time standard, which is below human perception, so when you look at it you can't tell the difference," he explains.

With New Year's Eve approaching, Lynch says Apple Watch owners will have the most accurate watches in the room. "If you're in a room on New Year's Eve wearing one, you will be the best reference for when the New Year actually begins," he said.

Last week, YouTube criticized T-Mobile's recently introduced Binge On program for throttling all streaming video to 480p quality rather than just the video of participating services.

T-Mobile has now responded to the accusations, telling DSLReports that "mobile optimized" or "downgraded" are better phrases to describe how Binge On works.

"Using the term 'throttle' is misleading," a representative tells me in an e-mail. "We aren’t slowing down YouTube or any other site. In fact, because video is optimized for mobile devices, streaming from these sites should be just as fast, if not faster than before. A better phrase is “mobile optimized” or a less flattering “downgraded” is also accurate."

Binge On is a free program that allows T-Mobile customers on a qualifying Simple Choice plan to stream unlimited 480p video from 24 partners, including Netflix, HBO NOW, Hulu and many others, without using any data towards their plan. YouTube, the largest video sharing service, does not participate in the program.

YouTube, which is owned by Alphabet Inc., said T-Mobile is effectively throttling, or degrading, its traffic. "Reducing data charges can be good for users, but it doesn't justify throttling all video services, especially without explicit user consent," a YouTube spokesman said.

T-Mobile stresses that all customers can disable Binge On through their account settings, but that has not stopped the U.S. Federal Communications Commission from questioning the U.S.'s third-largest carrier and its competitors about services that allow customers to access certain content without paying for the data usage.

The FCC rules prohibit throttling "particular classes of content, applications, or services" and, should Google pursue a complaint, T-Mobile's behavior may qualify. T-mobile's apparent solution? Call what they're doing something else. T-Mobile may also be able to dodge any complaints by insisting that users can disable Binge On at any time. Google's argument, in contrast, is that the program should be opt in, not opt out.

T-Mobile says it is "looking forward" to talking with the FCC, and believes Binge On is "absolutely in line with net-neutrality rules."

Apple is close to signing a final agreement with LG Display and Samsung to provide OLED screens for next-generation iPhones, according to a new report from ET News [Google Translate] (via Reuters). The OLED panels are rumored to be included with iPhones starting in 2018.

The two Korean companies plan to spend around $12.8 billion (15 trillion won) combined to build up OLED production capacity over the next two to three years. ET News also adds that Apple is likely to provide some funding to both LG and Samsung to help with their investments. Additionally, LG plans on converting existing LCD production lines into OLED production lines to reduce costs. Samsung, on the other hand, will produce 30 percent fewer orders than LG.

Last month, Nikkei reported that Apple plans to switch iPhones over to OLED displays starting in 2018, with both LG and Samsung sharing a large portion of OLED panel production. LG was already planning capacity upgrades for high-volume OLED screen production that would be required for iPhone demand. Earlier this month, it was reported that Japan Display was also planning mass production of OLED displays for iPhones starting in 2018.

OLED displays can provide sharper images and brighter colors compared to LCD displays. However, OLED displays tend to have shorter lifespans and come with higher manufacturing costs. Apple has been reportedly "consulting with display makers" on how to minimize potential drawbacks.

Apple today was hit with a class action lawsuit seeking over $5 million in damages for deceptive trade practices and false advertising, as noted by AppleInsider). Plaintiff Chaim Lerman says he and other iPhone 4s owners became unable to use their devices after upgrading to iOS 9 as the update "significantly slowed down" their iPhones and "interfered with the normal usage of the device."

According to the lawsuit, the plaintiffs were forced to either live with a "slow and buggy" device that "disrupts every day life" or shell out hundreds of dollars for a new iPhone.

When iPhone 4s owners are faced with the dilemma of continuing to use a slow, buggy phone or spend hundreds to buy a new phone, Apple often benefits because consumers will often buy a new iPhone to keep their investment in the App ecosystem. [...]

Furthermore, iPhone owners will buy a newer iPhone when faced with the choice because it is familiar and they can easily transfer their information, media, contacts, and apps without a major disruption in usage. There is no learning curve and no delays and trouble that accompany new information input. Thus Apple stands to benefit financially when older iPhones are slowed down and owners are forced to purchase a new phone.

The plaintiffs argue that Apple failed to properly warn iPhone 4s users that the update would "significantly interfere" with the performance of their phones. When Lerman and other plaintiffs upgraded their devices, they noticed a significant drop in performance in both third-party apps and basic functions like using the Phone app. Because Apple does not allow iPhone users to easily downgrade their devices to a previous iOS version, the plaintiffs feel they're forced into either using a slower phone or purchasing a new one.

Apple's advertising, the plaintiffs allege, does not mention the potential of slowed performance for iPhone 4s users, instead focusing on performance improvements. The lawsuit points towards Apple's iOS 9 website, which says the update brings "faster performance, improved security, convenient updates, and longer battery life." The plaintiffs argue that Apple must have known about the iPhone 4s' slower performance from internal testing or other means and did not warn users about potential headaches in their advertising.

This isn't the first time Apple has been accused of planned obsolescence, as the company was hit with a lawsuit in 2011 regarding the iPhone 3G and iOS 4. That case was thrown out by the judge who ruled the iOS 4 update was not a "good or service" and dismissed claims of false advertising and deceptive business practices.

Apple's so-called "iPhone 6c" will have a 1,642 mAh battery, slightly larger than the iPhone 5s battery's 1,570 mAh capacity, according to Chinese website MyDrivers [Google Translate] (via Gadgetz Arena).

The report, citing "insider Foxconn employees," also corroborates multiple rumors claiming the 4-inch iPhone will feature an A9 processor, 2GB of RAM, 16GB base storage, Touch ID and the same 2.5d curved glass used on the iPhone 6 and later.

Apple's suppliers will reportedly begin mass production of the much-rumored smartphone in January ahead of a possible March announcement and subsequent April release. At least five sources have now predicted the "iPhone 6c" will launch in early 2016 since rumors about the device began circulating this year.

In November, often-reliable Japanese blog Mac Otakara reported that Apple has developed a new 4-inch iPhone that is essentially an iPhone 5s with sixth-generation iPod touch features, including an A8 chip, 802.11ac Wi-Fi, Bluetooth 4.1 and an improved FaceTime HD camera with ƒ/2.2 aperture. The "iPhone 6c" may also come in at least three colors and lack 3D Touch.

Catcher Technology will remain the largest chassis supplier for the upcoming line of next-generation iPhones, tentatively referred to as the "iPhone 7," according to the China-based Commercial Times (via DigiTimes). Sources noted that Catcher's non-Apple clients, representing about 40 percent of its overall sales, will keep it going until the majority of its output begins with the manufacturing of the iPhone 7 later in 2016. In total, Catcher Technology's manufacturing supply is estimated to account for 30 to 35 percent of the shipment numbers for the iPhone 7.

The report also mentioned the continuing rumor that the iPhone 7 may be a completely waterproof device, building on the recent momentum that the iPhone 6s and iPhone 6s Plus had this year that showed improved water resistance. The Commercial Times also spoke of "new compound materials" that would be put in place to form a discreet housing for the iPhone 7's antenna, suggesting the possible removal of the bands from the back of the current iPhone generation.

As a non S-generation year, the iPhone 7 is expected to be a big step-up from the iPhone 6s and 6s Plus, in terms of design and functionality, when it launches next year. Besides a waterproof design and now the possibility of a hidden antenna band, another rumor suggested Apple could be phasing out the 3.5mm headphone jack for an all-in-one Lightning connector port.