Archive of iPhone Rumors

iphone_6_6_plus_compA new report out of Apple's supply chain in Taiwan today claims that the next generation of iPhones - tentatively designated as the "iPhone 6s" and "iPhone 6s Plus" - will both receive a version of Force Touch this year, according to Economic Daily News (via GforGames).

The supply chain source claimed to confirm that previous rumors regarding Force Touch's exclusivity on the iPhone 6s Plus were in fact true, for a time, before Apple scrapped the plan and decided to move forward with installing the haptic feedback technology on both 6s models this year. Taiwanese manufacturing and R&D company TPK is still reportedly taking on the task of providing Force Touch sensors for the new iPhones.

Force Touch has been rumored as a standout feature on the new iPhone models a few times throughout the first half of 2015, leading into the first public interaction with the technology first when the new 12-inch Retina MacBook launched and then when the Apple Watch began shipping late in April.

Just this week, a new report suggested that iOS 9 was created "to be Force Touch-ready," with Apple building the tools to create developer interest in using the technology within their apps. Given that the haptic feedback interaction allows a new form of communication with Apple's devices, the introduction of Force Touch into the iPhone ecosystem could bring about a big overhaul of iOS if it in fact turns out to be the expected middle-of-the-road "s" upgrade this year.

Rumors about the new iPhones have begun piling up as the year moves forward, with most agreeing the device will have an upgraded 12-megapixel camera, A9 processor with 2GB of RAM, a possible new color option in Rose Gold, but with a similar form factor to the current iPhone 6. KGI Securities analyst Ming-Chi Kuo also predicts that Apple will defy tradition and unveil the new iPhone in August with a planned September launch date.
Following a recent report suggesting that iOS 9 could feature "Rootless" security, "Trusted Wi-Fi" and support for legacy A5-based devices, today 9to5Mac followed up on a few smaller-scale improvements to Apple's next major software version that could have a big impact on the overall experience for iPhone and iPad users.

The next-generation iPhone will feature some form of Force Touch as one of the biggest new additions to the hardware, a rumor that has been circulating since the beginning of the year and only gaining forward momentum. The report today, however, specifically mentions that Apple has designed iOS 9 "to be Force Touch-ready" and is already hard at work with developers to integrate the technology into various apps.

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Since Apple's work on Force Touch runs the gamut of iOS devices, there's also a possibility of updated Force Touch displays on new iPad models sometime this year. All iOS versions of Force Touch are also expected to provide the real-time haptic feedback buzz similar to that of the Apple Watch to provide users a physical response when their deep presses have been noticed. As 9to5Mac points out, however, since any new Force Touch on iOS announcement automatically requires the confirmation of new hardware, any iPhone and iPad support for the feature is unlikely to happen at WWDC.

Next, Apple is rumored to be working on a new keyboard experience for iOS 9, with the company experimenting on multiple designs, like one that is "slightly longer than the current keyboard" and provides users with a more robust suite of editing options while in portrait mode. Also in the works is a more accessible way to access the QuickType keyboard and a redesign to the unpopular Shift Key to provide an easier visual understanding of when shift or caps lock is engaged.

Today's report also falls in line with previous rumors reporting that Canada will be the first country outside of the United States to support Apple Pay, with the report claiming that iOS 9's Passbook app includes a "necessary foundation" to support various banks, credit and debit cards, and credit unions within the country. Although Canada is well-prepared for such a service, with many retailers and businesses across the country equipped with the contactless payment terminals needed for Apple Pay, such an expansion outside of the United States has proved difficult for Apple, especially in places like China, so a WWDC announcement yet again seems unlikely.

The final minor update to iOS 9 reported today includes the addition of read receipts to both group chats in iMessage as well as on a per-contact basis. Users will be able to turn on the read receipt functionality for specific recipients while leaving the read status of a message in the dark for other contacts. The company also seems to be considering removing the little-used Game Center app altogether in iOS 9, and minor data points suggest a few additions and updates to the new Health app, as well.
iphone6_6plus_newKGI Securities analyst Ming-Chi Kuo, who has a respectable track record at reporting on Apple's upcoming product plans, has issued a research note to clients that claims Apple will announce its next iPhones in August ahead of a September launch.

Apple has never unveiled an iPhone in August, having introduced early iPhone models at or around WWDC in June, the iPhone 4s in October 2011 and all subsequent iPhone models in September. It is worth noting that Kuo has sometimes been off with his launch timing predictions in the past.

The research note, a copy of which was first obtained by The China Post, also claims that Foxconn is expected to secure between 60% to 70% of orders to assemble the new iPhones. Kuo notes that Foxconn has a higher yield rate for iPhones, helping it secure the majority of orders, and adds that the Taiwanese manufacturing company will also serve as the sole assembler of the much-rumored 12.9-inch iPad.

Kuo previously predicted that the main selling point of the next iPhones will be Force Touch, the pressure-sensitive display technology built into Apple Watch and new MacBook trackpads. His other predicted features for the next iPhones, many of which have already been rumored, include an A9 processor with 2GB of RAM, improved 12-megapixel camera, a new Rose Gold color option, improved Touch ID recognition, gesture control support, a new microphone added near the speaker and more.
iPhone 6 CameraKevin King, IHS Technology Research Director for China, claimed on Chinese microblogging service Weibo that Apple's next-generation iPhone will feature a 12-megapixel rear-facing camera with smaller pixels (via G4Games), corroborating the same prediction made by well-informed KGI Securities analyst Ming-Chi Kuo earlier this week.

Apple has used an 8-megapixel rear-facing camera sensor since the iPhone 4s was released in late 2011, so the megapixel bump will be the first in nearly four years if the pair of analysts are correct. Prior to that, the iPhone 4 had a 5-megapixel camera and the iPhone 3GS had a 3-megapixel shooter. Given that megapixels don't always matter, however, software improvements are often more important for image quality.

Last November, well-known Apple pundit John Gruber of Daring Fireball said the next iPhone could have "the biggest camera jump ever" with a dual-lens system that delivers DSLR-quality imagery, but a later report dismissed the rumor since Apple would need to redesign the current chassis of the iPhone 6 and iPhone 6 Plus, which is unlikely for this year's refresh based on the history of "S" models.

Apple's next-generation iPhones are rumored to retain 4.7-inch and 5.5-inch screen sizes, powered by an A9 processor with 2GB of LPDDR4 RAM and featuring Force Touch, improved Touch ID recognition, gesture control support, an additional microphone near the speakers for improved voice quality, a new rose gold color option, internal mechanical design changes and more.
KGI Securities analyst Ming-Chi Kuo, who has a respectable track record at reporting on Apple's upcoming product plans, issued a note to investors today that offers eleven predictions for the next-generation iPhone in 2015. Kuo expects the new 4.7-inch and 5.5-inch iPhones to enter mass production in mid-to-late August, and does not believe that a new 4-inch iPhone model will be released in 2015.

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The main selling point of the so-called "iPhone 6s" and "iPhone 6s Plus" will be Force Touch, the pressure-sensitive display technology built into Apple Watch and new MacBook trackpads. Other predicted features for Apple's next iPhone, many of which have already been rumored, include an A9 processor with 2GB of RAM, improved 12-megapixel camera, a new Rose Gold color option, possible sapphire cover lenses and more.
(1) Force Touch will be the biggest upgraded selling point, but also one of the main bottlenecks of the supply chain. Force Touch can enhance user experience due to more input methods and support of handwritten signatures, which is beneficial for expanding in the commercial market;
(2) Screen will remain at 4.7 and 5.5 inches, with resolution the same as existing models. There will be no new 4-inch model;
(3) There will be an additional casing color, rose gold, matching the rose gold Apple Watch Edition;
(4) The camera will have a pixel upgrade, likely to 12 MP;
(5) One microphone will be added near the speaker to enhance voice quality;
(6) The A9 processor with upgraded 2GB LPDDR4 will be adopted;
(7) The bending issue will be improved by using different casing materials and internal mechanical design changes;
(8) If drop test issues can be resolved, the 5.5-inch model will have a limited number of units with sapphire cover lens;
(9) The recognition rate of Touch ID will be improved further in a bid to promote Apple Pay;
(10) Gesture control support; and
(11) It’s expected that mass production will start in mid-to-late August. Total shipments will be 80-90mn in 2015, with a 2:1 ratio of 4.7-inch and 5.5-inch models.
Kuo expects total shipments of between 80-90 million iPhones in 2015.
During its Wednesday earnings call, Apple rival Samsung Electronics reported net profit of 4.63 trillion won ($4.35 billion) for the January to March quarter, a 39% drop from its net profit of 7.49 trillion won in the year ago quarter. A sizable portion of the lost profit came from Samsung's mobile division, which brought in 2.74 trillion won ($2.5 billion) in the first quarter of 2015, vs. 6.43 trillion won in the first quarter of 2014.

Despite the year over year profit loss, Samsung's earnings release highlighted its quarter over quarter improvement and pointed towards increased sales of middle-end smartphones including the Galaxy A series. Samsung doesn't divulge its smartphone sales, but analysts believe the company sold 83.2 million smartphones during the quarter, compared to Apple's 61.2 million.

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The high number of sales let Samsung regain its title of the worlds largest smartphone maker, but many of those sales were for lower-priced phones and not flagship devices, causing it to lose profit year over year. Much of Samsung's profit loss can be attributed to the introduction of the iPhone 6 and 6 Plus, letting Apple devices compete with Samsung devices on screen size for the first time.

Ahead of the launch of the two larger-screened iPhones, big screens were a feature that set Samsung devices apart from iPhones and drew customers for the South Korean company, but with the iPhone 6 and the 6 Plus, Samsung has lost some of its grasp on customers seeking devices with bigger displays.

Samsung expects its profits to increase during the second quarter following the global launch of the company's new Galaxy S6 and S6 Edge and on the strength of its semiconductor business. According to Samsung, demand for its curved S6 Edge has been high, but limited supplies have restricted sales.
Apple's next-generation iPhones could adopt 7000 Series aluminum used for the Apple Watch Sport, according to Taiwan's Economic Daily News. The so-called "iPhone 6s" and "iPhone 6s Plus" would likely use Apple's custom Series 7000 aluminum alloy, which is designed to be 60% stronger than most aluminum, and one-third the density of stainless steel, while still maintaining a light weight.

Aluminum 7000 Apple
Apple elaborated in more detail about the Series 7000 aluminum it used for the Apple Watch Sport on its website, noting that each casing is machined, polished and blasted with microscopic zirconia beads to achieve a consistent satin texture found on each Apple Watch. An additional anodized outer layer helps protect against scratches and corrosion, while the anodizing process also makes possible alternative colors like Space Gray.
For Apple Watch Sport, we started with 7000 Series aluminum — the same used in competition bicycles. We altered it to create a new alloy that’s just as light, yet even more durable — it’s 60 percent stronger than most aluminum, and one-third the density of stainless steel. It has a bright, lustrous colour and a uniform structure free of defects and impurities. Each case is machined and polished, then blasted with microscopic zirconia beads to achieve a consistent, satin texture. A special anodizing process creates a hard, clear outer layer that helps protect against scratches and corrosion.
Economic Daily News has a mixed track record at reporting on Apple's upcoming plans, and the translated report does not offer many further details, so this rumor should be treated with a proverbial grain of salt. Nevertheless, it is common for Apple to introduce new features on one device before expanding to others. Force Touch, for example, was exclusive to the Apple Watch before making its way to MacBooks, and the technology is also rumored to be included in the next iPhone.
Apple's recent acquisition of LinX Imaging is one of the company's more exciting acquisitions in the last several months, as the technology being developed by LinX could lead to some significant improvements in camera quality in future iOS devices. Given the significance of the purchase, we wanted to take a deeper look at LinX's technology and what it could do for future iPhone photography.

No More Protruding Camera


LinX specializes in multi-aperture cameras for mobile devices, which offer several benefits over single aperture cameras, including the ability to pack impressive image quality in a smaller size. With a multi-aperture camera, LinX is able to take advantage of several smaller sensors rather than one large sensor, preventing the camera from needing a longer lens.

iPhone 6 Camera
The iPhone 6 and the iPhone 6 Plus were equipped with protruding lenses so Apple didn't have to sacrifice image quality for thinness, but it's possible Apple could shrink the length of the camera in future iOS devices with LinX technology, resulting in a flush rear exterior. According to LinX, the use of multiple sensors over a single large sensor let it shrink the height of its camera device by a factor of 1.4 to 2. Comparatively, one of LinX's dual-aperture cameras was described by the company as "significantly" thinner than the iPhone 5s camera and able to "fit in a device thinner than the iPhone."

SLR Image Quality


LinX announced the launch of its most recent mobile-ready multi-aperture camera in June of last year, and in documentation [PDF], the company highlighted the many ways in which its technology improved upon other multi-aperture camera designs, citing image quality as its first priority.
When designing our algorithms and modules our first priority has always been IMAGE QUALITY. We even leveraged the multiple channels to boost the sensitivity of the camera which allows us to capture stunning images at very low light levels and keep exposure times short at normal indoor light levels.
LinX's mobile cameras were described as offering SLR-like images in normal lighting conditions with low noise levels, due to their ability to capture more details than standard single aperture cameras. To offer proof, LinX captured several photos with its LinX 8 mpix, a dual aperture camera with two 4-megapixel sensors with 2.0 micron BSI (backside illumination) pixels, and compared those to images taken with the iPhone 5s (equipped with an 8-megapixel single aperture camera with 1.5 micron pixels) and an iPhone 5.

Noise Reduction and Detail
The images captured by the LinX camera were brighter and clearer, with a significant reduction in noise. Available detail when zoomed into a photo was also much greater, as can be seen in the comparison below.

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Indoor Lighting
In the photo below, the image was taken in mid-levels of light, at approximately 40 to 50 lux, similar to a decently well-lit room in a house or restaurant. The LinX sensor let in more light than the iPhone 5 or the Samsung Galaxy S4, for a photo that is clearer and sharper with less noise.

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Very Low Lighting
LinX technology is able to significantly improve low light performance by using multiple channels to increase the sensitivity of the camera for better detail. It also keeps exposure times short to cut down on the motion blurring that can impact photo quality in conditions where lighting is not optimal. For a mobile camera in one lux of lighting, the detail that the dual-aperture LinX 8 mpix was able to capture is impressive.

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Low light photos with less noise are also achieved through the use of clear pixels (adding clear pixels to standard red-green-blue filters) to let more light pass through in situations where lighting is low. The use of clear pixels lets in light without the need for larger pixels, keeping resolution high. Larger pixels typically result in more light for the sensor, but using large pixels cuts down on resolution. LinX technology doesn't have to compromise between pixel size and resolution, as it can use small pixels but still let in adequate amounts of light.

Pixel Technology


Smaller pixels also often introduce pixel crosstalk that can impact color clarity to result in muddier colors, but the LinX camera's clear pixels are less sensitive to this issue because they can collect more photons per pixel, also cutting down on noise levels.

In its documentation, LinX describes a 1x2 (aperture) camera module with two 5-megapixel sensors with 1.12 micron BSI (backside illumination) pixels, intended for a "super-slim handset with very limited space for the camera module." The camera is cheaper than the one found in the iPhone 5s, but delivers the same resolution due to its smaller pixels, so image quality is largely the same. Presumably Apple would use something a bit more cutting edge in its newer devices, but the product gives an idea of the type of technology LinX was working on.

Depth Mapping for 3D Models


With multiple apertures, LinX camera modules are able to calculate "ultra accurate sub pixel disparities" between images, letting them create detailed depth maps of a scene. With depth information on a per-pixel basis along with RGB information, LinX cameras can create 3D point clouds of objects from a single frame or a complete 3D model by combining several frames captured from different angles.

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Point mapping with data taken from a single photo

Outdoors, depth can be calculated even in direct sunlight or in complete darkness with flash lighting (either visible or infrared).

This is interesting technology because it can be used in several fascinating ways. Depth mapping like this can let people create 3D scans of objects from simple photographs taken at multiple angles, and it can also determine the size of an object that's been photographed and its distance from another object (potentially useful for indoor mapping). It's also possible to use the depth information to refocus an image, introducing a synthetic blur that can emulate different depths of field (a method described in one of LinX's patents). In editing, the information could be used to remove and add objects to a photograph.

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LinX Depth Mapping

LinX's Arrays


LinX offers several different camera options, each of which have unique applications. A 1x2 aperture array with a color and mono sensor, for example, can create low quality depth maps, improve low light performance, and produce better images.

A 2x2 array can create high quality depth maps with higher dynamic range, improved low light performance, and general image quality.

A 1+1x2 array uses two small apertures to create a depth map that provides focusing input for the main aperture, leading to ultra fast focusing even in conditions with very low lighting.

Apple and LinX's Technology


It's not clear how and when Apple will incorporate LinX's technology into its devices, but it's possible we could see these types of camera improvements as soon as this year. Rumors have suggested Apple is looking into a major camera boost for the iPhone 6s and 6s Plus, with new technology that could produce SLR quality images, and LinX's multi-aperture lens systems could potentially accomplish that feat.

Apple's iPhone is one of the most popular camera options in the world according to data from Flickr, which has led Apple to focus heavily on camera improvements over the years. Apple's commitment to photo quality has continually led to iOS cameras that offer superior images compared competing smartphones, and the acquisition of LinX could put it even further ahead of the competition.

More detailed descriptions of LinX's technology as well as additional comparison photos can be seen in a June PDF released alongside its latest products.
Apple has purchased Israeli camera technology company LinX Imaging for approximately $20 million, reports The Wall Street Journal. LinX specializes in creating multi-aperture camera equipment for mobile devices and it's possible that Apple will use the company's technology in upcoming iOS devices.

Last year, LinX announced the launch of miniature multi-aperture cameras half the height of standard mobile cameras with the ability to create "stunning color images and high accuracy depth maps" for SLR image quality without the bulk of an SLR camera.

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The image quality of mobile cameras has reached a dead end. Device makers are striving to differentiate using imaging capabilities but the pixel size race has ended and next generation cameras do not reveal any dramatic improvements. LinX cameras revolutionize mobile photography and broaden the usability span and user experience, allowing us to leave our SLRs at home.

The engineers at LinX have solved all problems associated with combining multiple images captured from different points in space such as registration errors and occlusion related artifacts which are seen on competing technologies.
LinX's technology uses software to extract depth information for each pixel to create a depth map for that can also be used for 3D image reconstruction. LinX's website is now defunct, but the company offered products with two, three, and four camera arrays in multiple configurations and sizes. Its most recent technology was downscaled enough to be ready for use in mobile devices.

LinX technology includes several other improvements Apple could potentially take advantage of, including multiple sensors for a smaller size, better sensitivity to light, and greatly improved image quality in low light.

There have been rumors suggesting Apple's iPhone 6s and iPhone 6s Plus will offer much improved dual-lens camera technology with image quality on par with SLR cameras, which could be made possible through mobile camera advancements like those LinX Imaging has worked on.

Camera improvements and iPhone photography have always been important to Apple, and its iOS devices routinely offer highly competitive picture taking capabilities that often outclass devices from competing companies. In the past, major improvements to camera technology have come in "S" release years, so it is likely we will see at least some boost in picture quality in the iPhone 6s and 6s Plus.

Apple confirmed the purchase of LinX Imaging with its standard acquisition statement, given to The Wall Street Journal: "Apple buys smaller technology companies from time to time and we generally do not discuss our purpose or plans."
Third-party warranty firm SquareTrade recently released a video showcasing the durability of the new Samsung Galaxy S6 Edge and HTC One M9, discovering the Galaxy to bend at 110 lbs of pressure and the One M9 to bend at 120 lbs of pressure.

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Although the Galaxy S6 Edge's pressure limits are comparable to the iPhone 6 Plus' testing, the Galaxy's screen ended up cracking under the pressure instead of slightly bending similar to Apple's plus-size iPhone model. The HTC One M9 lasted further than its two competitors, reaching 120 lbs of pressure, but the phone was rendered useless thanks to a faulty power button following the pressure test.

Testing to the point of "catastrophic failure", the iPhone 6 Plus survived 179 lbs of pressure, beating out the Galaxy S6 Edge's 149 lbs stress test. As SquareTrade points out, the Galaxy's stress tests proves the phone could be worse for users due to the smartphone's screen cracking under intense pressure.


Following the "Bendgate" controversy last year, both Samsung and HTC parodied Apple's woes on social media. Though SquareTrade's pressure tests are meant to measure intense circumstances, it's still interesting to see where each smartphone lies on the durability scale when compared to one another.
Samsung will provide Apple with A9 chips for its next-generation iPhone and other devices, reports Bloomberg, confirming a previous report in early February. Over the past couple of months there had been confusion and conflicting reports as to whether Samsung, Apple's longtime supplier and rival, or Taiwan Semiconductor Manufacturing Company (TSMC) would produce the chips.

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Samsung will start making Apple A9 processor chips at its Giheung plant in South Korea, the people said, asking not to be identified because the contract hasn’t been discussed publicly. Additional orders will go to Samsung’s partner Globalfoundries Inc., according to another person familiar with the arrangement.
In 2013, Apple signed a chip production deal with TSMC in hopes of diversifying its supply chain resources and reducing its reliance on Samsung amid the two companies' ongoing legal disputes.

It appears that Samsung's investment in manufacturing technologies won Apple over, with TSMC Chairman Morris Chang recently telling investors that the company would lose ground to Samsung in producing the most advanced chip technology possible in 2015, though he also noted the company would regain that advantage in 2016.

Samsung is reportedly producing the chips with its advanced 14-nanometer process, which has outpaced TSMC's capabilities and results in smaller chips that consume less energy and provide more processing power. The Korean company is also said to be providing memory chips for Apple's next-generation devices.

Thus far, little is known about what the next-generation iPhones or iPads could include other than new A9 chips, but new reports indicate Apple could be bringing its new Force Touch technology to the devices. Other rumors also suggest the A9 may make its way into the "iPad Pro", which may debut in late 2015. It's likely the 2015 versions of the iPad Air and iPad mini will be outfitted with versions of the A9 as well.
iphone6-stock-photoKGI Securities analyst Ming-Chi Kuo, who has a respectable track record at reporting on Apple's upcoming plans, issued a note to investors on Thursday that claims the next-generation iPhone will have a FPC-made capacitive Force Touch sensor under the backlight, laminated with metal shielding. Kuo adds that the change may be significant enough for Apple to call its next iPhone the "iPhone 7" instead of the so-called "iPhone 6s."

The analyst claims that the hardware design of Force Touch will be different than the technology used in the Apple Watch and 12-inch Retina MacBook. Instead of directly detecting the pressure applied by fingers, the new improved Force Touch hardware will monitor the contact area where a finger presses to determine how much pressure is being applied. The sensor will use capacitive technology and thin FPC material to save space.
"We believe that iPhone’s Force Touch sensor doesn’t directly detect the pressure applied by fingers. Instead, it monitors the contact area on which the finger touches the screen to decide how big the pressure is.

There are two possible structural designs for Force Touch from a technology viewpoint. The Force Touch sensor can either be placed between the cover lens and the In-cell touch panel or under the In-cell touch panel’s backlight. In the first position, the technological challenge lies with how to produce the transparent Force Touch sensor; in the second position, the challenge is how to reduce signal interference from in-cell touch panel. Our understanding of the technology is that producing a transparent Force Touch sensor is more difficult, so the chances are the new iPhone this year will opt for the second position."
Kuo adds that Apple is likely to change the hardware design of Force Touch again in 2016 by removing the metal shielding to achieve a thinner form factor. He notes that the changes should improve the iPhone user experience, but will likely create uncertainty for Force Touch module suppliers TPK and GIS, as well as metal shielding suppliers Minebea, Hi-P and Jabil.

Force Touch iPhone KGI copy
Kuo claims that Apple is still targeting 4.7-inch and 5.5-inch models for its next-generation iPhones, akin to the iPhone 6 and iPhone 6 Plus, and notes that a 4-inch model is unlikely to be released this year. KGI Securities estimates iPhone shipments will total 25 to 30 million units in the third quarter, helping drive momentum for Force Touch components within the supply chain.