Get the Lowest Prices anywhere on Macs, iPads and Apple Watches: Apple Price Guides updated March 24th
 


A concept render of an edge-to-edge iPhone display.
 

The iPhone is celebrating its 10th anniversary this year, so big changes to the iPhone lineup could be in store. Aside from a possible all-new design and switching out the traditional LCD panel for an OLED display, a key change for the "iPhone 8" could be the size of the screen itself, with early rumors suggesting it to be around 5.1 to 5.2 inches, fitting between the current iPhone 7 and iPhone 7 Plus display.

A January rumor said there could be a third possible screen size for the "iPhone 8," making it the largest at 5.8 inches. A later supply chain report in February lends weight to this rumor, adding that the handset will have a similar form factor to the current 4.7-inch iPhone 7, despite having a physically larger display.

One report from Nikkei in early March agrees with the 5.8-inch display rumor for the "iPhone 8," going against its earlier report suggesting there to be a third 5-inch display option. The Japanese report does not mention how big the "usable" area of the screen will be, but the quoted size of display panel seems to match other rumors.

It is likely the "iPhone 8" will be released alongside the "iPhone 7s" models, which will probably retain their 4.7-inch and 5.5-inch screen sizes. While thought to continue using LCD panels, the refreshed iPhones could upgrade to OLED, if Apple is able to secure a large supply of the panels from Samsung and other producers. 

 
These rumors were confirmed in December 2016 when a pair of purported Apple manufacturing documents leaked to the web that show three models -- designated D20, D21 and D22 -- coming to the market in 2017, including a completely redesigned high-end variant codenamed "Ferrari."  "Ferrari" will sport a large AMOLED panel crammed into a handset form factor largely unchanged from current models, allowing for a near edge-to-edge experience, the documents suggest. 
 
"Ferrari" is also expected to come with a substantial internal redesign that breaks the logic board into two discrete units connected by a flex cable, the report said. The first board will carry iPhone's operating guts like the expected "A11" SoC and NAND flash storage, as a communications package with Wi-Fi and cellular components lives on a second board. Apple is also considering relocating the SIM card tray toward the bottom of the handset to make room for internal components, akin to current iPad Pro layouts. 
 
 
Upstream iPhone suppliers are preparing to ramp up production to between 120 million and 150 million units in the second half of Apple's fiscal year 2017. If these numbers actually pan out, they would beat the previous peak of between 110 million to 120 million that suppliers prepared for at the launch of the iPhone 6, which remains Apple's best-selling handset ever.  In fact, anaylsts have said Apple's 2017 upgrades will lead to "unprecedented replacement demand." 
 
In anticipation of the "iPhone 8's" production, it is also rumored that Apple has asked its suppliers to commence trial production and inspection, and start preparing their inventories earlier in the year than usual, with component shipments thought to start arriving at Apple late in the first quarter of 2017. Apple has also reportedly implemented stricter inspection requirements for this year's iPhone releases, with the earlier start potentially being used to hammer out any issues with new technology added to the iPhones, before being sold to customers. 
 
Some suppliers are also said to be increasing their production-related spending on flexible printed circuit boards (FPCBs), specifically for the 'iPhone 8". Samsung Electro-Mechanics is investing $88 million to expand its plant in Vietnam, while Inteflex will be making a similar investment to improve its own lines. 
 
Orders for the FPCBs from Samsung and Inteflex, as well as third supplier BH, will reportedly be decided around the time production commences, supposedly in April or May. 
 
One report claims that the manufacturing schedule may have changed, but pushing the release later. According to a report from DigiTimes in March, Apple's development of a custom fingerprint sensor will push back production of the "iPhone 8" until September, long after the expected commencement of production for the "iPhone 7s" and "Plus" models. 
 
As this would push the "iPhone 8" release back by a few months, possibly November, instead of allowing Apple to ship it alongside the other models, this report seems to be unlikely. A separate November launch is possible but improbable, as Apple has launched other products during the month, but not iPhones. 
 
If there does turn out to be a delay in production for the "iPhone 8," Apple could still officially unveil the device as expected in September. There are sometimes long delays between when Apple launches a major product and when it eventually ships, such as the September 2014 announcement and the April 2015 release of the first Apple Watch. 
 
 

 Veniamin Geskin Source: Veniamin Geskin

Edge-to-edge, curved, and OLED displays

The most radical claim so far is that the phone will use an edge-to-edge display, possibly concealing the normal "chin" and "forehead" found on most smartphones. In a step that makes this rumor even more likely, Apple was recently granted a patent detailing technology that allows for ear speakers, cameras and even a heads-up display to hide behind an edge-to-edge screen, a design rumored to debut in the "iPhone 8." 
 
Source: USPTO Source: USPTO
 
Awarded by the U.S. Patent and Trademark Office, Apple's U.S. Patent No. 9,543,364 for "Electronic devices having displays with openings" describes a method by which various components can be mounted behind perforations in a device screen that are so small as to be imperceptible to the human eye. This arrangement would allow engineers to design a smartphone or tablet with a true edge-to-edge, or "full face," display. 
 
The "iPhone 7s" upgrade and "iPhone 8" redesign received another rumored confirmation in January of a new jumbo-sized model featuring a 5.8-inch OLED "fixed flex," "wraparound" screen coming in late 2017. 
 
Rumors are also circulating that Apple has asked its suppliers to increase their output of organic light emitting displays, in anticipation of an OLED-equipped iPhone next year. In addition, Apple is also said to have asked suppliers to offer up screens with higher resolutions than Samsung handsets.

In all more than 10 prototypes are being considered for the launch, the report said. 
 
One report puts into doubt rumors of the use of a curved or wrap-around display. Research firm TrendForce cited supply chain sources in a claim that suppliers are failing to adequately produce curved glass at a high enough yield, with drop-test results for the glass also said to be poor. 
 
The production difficulties may force Apple into using "2.5D" glass similar to the iPhone 7, consisting of a largely flat display with rounded edges. 
 
Another supply chain report from the Nikkei Asian Review seems to corroborate the rumored challenges of making curved glass, claiming that it will have a mild curvature to simplify construction. Again, the display is identified as an OLED panel, supplied by Samsung. 
 
While a March report from ETNews focused on the "iPhone 8's" curved glass back, the report's sources also suggest the use of a modestly curved OLED display, again to simplify the manufacturing process. 
 
 
The current belief is that Apple plans to buy flexible OLED panels sized at 5.7 or 5.8 inches, but the actual active area on the flagship iPhone will be smaller, in the 5.1- to 5.2-inch range.
 
 
The use of the larger panels with a smaller usable area could lead to an extra feature below the main display. According to analyst Ming-Chi Kuo of KGI Securities, the 5.8-inch display with a 5.15-inch usable area could sit above a separate "function area" that would remove the physical home button usually seen at the bottom edge of the iPhone. 
 
This function area will display virtual buttons, providing access to system functions, with Kuo's note mentioning a possible set of always-on, static system controls. While technically part of the display panel, it is unknown if this function area could be used as part of the main display for certain in-app activities, such as watching a video or playing games. 
 
The OLED iPhone will feature "significant changes in form factor,” suggests Kuo, and will have "considerably better" specifications compared to the LCD models. This means that despite having a smaller screen than the 5.5-inch iPhone Plus model, the OLED version will be the most high-end model. 
 
A key concern so far appears to be supply of OLED panels— numerous reports have indicated that the availability of OLED displays could limit production of the new flagship model in 2017.
 
One February report claims Apple is already taking steps to increase its OLED panel supply for future iPhone iterations, by considering Chinese firm BOE as an additional supplier. Though a decision hasn't been made, Apple is said to be already evaluating active-matrix OLED screens from the manufacturer, though one report suggests BOE may not be ready to provide panels until 2020. 
 
The volume of OLED screens needed for the "iPhone 8" won't be met by most display suppliers, too late in the production cycle to ramp up their output levels to match demand, according to Robert Cihra of Guggenheim Securities. The short-term supply for the launch is likely to be sourced from Samsung, one of the few OLED vendors capable of supplying panels in such high quantities, and one that Apple has reportedly signed a $4.3 billion deal with for 60 million 5-inch OLED panels in the same month. 
 
Sharp may be another potential supplier of OLED panels for the "iPhone 8," according to sources of the Wall Street Journal. In a March report, Sharp is said to be investing $878 million into OLED production at iPhone assembler Foxconn's Zengzhou facility, strongly suggesting that Apple will be the primary customer for the panels. 
 
The need for OLED panels by Apple and main rival Samsung is supposedly so great it, the two companies will consume around 70 percent of the global OLED output for 2017 and 2018, according to a March report from DigiTimes. As a result, this is forcing other smartphone producers to rethink their products, and has already allegedly made Huawei reconsider its OLED production in favor of LED. 
 
DigiTimes wrote in March that General Interface Solution (GIS) and TPK Holding will be making considerable investment in touchscreen technology. GIS, known more for iPad Pro production, will be pumping $163 million into its production lines, while TPK will be dropping $152 million. 
 

Wireless charging 

Foxconn is said to be testing wireless charging hardware that might see implementation in Apple's 2017 smartphone. Reports suggest wireless charging could be limited to a high-end premium model. The rumors have been bolstered by a new report in early 2017, with supply chain sources claiming that Lite-On Semiconductor has received a sizable order to supply components for the forthcoming "iPhone 8." The report said "half of the orders for GPP bridge rectifiers that will be used in the wireless charger for the upcoming iPhones." 
 
In February, another rumor confirmed the inclusion of wireless charging in the 2017 iPhone. In fact, the report said it would include inductive charging and a glass back, but buyers will have to use a separate accessory to juice up wirelessly. The accessory could be based on technology by Luxshare, a Chinese company previously thought to be supplying coils for the wireless charger bundled with the Apple Watch.
 
Evidence also suggests the company is working on powerful technology that could enable long-distance charging.
 
Beyond its own patents for inductive charging systems, the company recently hired two experts from uBeam, a firm developing technology that uses ultrasonic waves to charge devices from afar.
 
Reports in September implied Apple is on the hunt for manufacturers who can supply wireless charging capable of high energy applications like iPhone. In February, unidentified sources of Reuters claim there are at least five different groups working with Apple on implementing wireless charging in iPhones. 
 
J.P. Morgan analyst Harlan Sur claims Apple has worked with Broadcom to develop a next-generation wireless charging system over the last two years. Despite the long incubation period,  Sur thinks the "iPhone 8" may not make use of the technology, suggesting Apple wants to make sure the technology works without suffering a major power-related issue, similar to Samsung's Galaxy Note 7 battery fiasco. 
 
A research note by Cowen and Company's Timothy Arcuri provided to AppleInsider in February strongly suggests Apple will be using wireless charging in the "iPhone 8." While bullish on the technology's use in the device, it is unclear what specific solution will be used, noting the large number of chip sets and support for both Qi and Airfuel specifications. 
 
Arcuri is seemingly confident that long-range wireless charging won't make an appearance in the "iPhone 8." Despite previous hints of a deal between Apple and Energous to use the technology, Arcuri notes that Energous' product has not yet received FCC approval and is unlikely to do so in its current form, as the system probably violates FCC rules governing unlicensed transmitters and power regulations. 
 
The official Wireless Power Consortium website added Apple to the list of organization members in mid-February. The addition could be seen as a sign the iPhone producer is moving towards using the Qi standard more in its products in the future, though Apple already uses a tweaked form of Qi in the Apple Watch charger. 
 
The implementation of wireless charging and other new features such as a glass casing, however, will reportedly make Apple have to rethink how the "iPhone 8" handset is built, adding a thin graphite sheet to the handset's internals to prevent overheating. Wireless charging adds heat, and glass handles that heat poorer than metal. Also, the switch to a new film sensor for 3D Touch in the new handset is more sensitive to heat as well. 
 
 

Touch ID/Fingerprint Recognition

Rumors have circulated that Apple is developing a new class of bio-recognition technologies that play nice with “full-face,” or zero-bezel, displays. This technology could replace the existing Touch ID that uses fingerprints. This new technology could be implemented as early as this year, which means it could make its way into the "iPhone 8." 
 
A capacitive solution, Touch ID sends a small electrical charge through a user's finger by way of a stainless steel metal ring. While the fingerprint sensing module is an “under glass” design, the ring must be accessible to the user at all times, making the solution unsuitable for inclusion in devices with full-face screens.
 
Recent patent fillings also show that Apple has been working on fingerprint sensors that work through displays, as well as gaining related patents through acquisitions. That means Apple could turn to optical type fingerprint sensing technology capable of accepting readings through OLED panels without need for capacitive charge components. These “under panel” systems allow for a completely uniform screen surface, an aesthetic toward which the smartphone industry is trending. 
 
In one patent, transferred to Apple from its acquisition of LuxVue, there is also the possibility of turning the display panel itself into a fingerprint sensor, using a combination of infrared light emitters and sensors. While this presents other benefits, such as using the entire screen for fingerprint recognition instead of a defined region and completely replacing bulky capacitive sensor components, it is unlikely this specific method will be used in the next iPhone generation. 
 
Another patent for an "Acoustic imaging system architecture" describes the use of transducers to generate acoustic waves through a surface, such as an iPhone's coverglass. The same hardware can then be switched into a second detection mode that monitors reflections, attenuations, and diffractions caused by the foreign objects in contact with the surface, such as a finger, to generate an approximated two-dimensional map. 
 
The filing claims the system can be used to map out the ridges of a finger pad, which can then be compared against a database of maps generated by the user registering their fingers beforehand. As the system isn't limited to just the display, it can be mounted practically anywhere on the device's chassis, and has the potential to saple a user's entire handprint. 
 
According to a March report from DigiTimes, Apple will be developing its own custom fingerprint sensor, using an algorithm from AuthenTec -- acquired by Apple in 2012 -- combined with glass identification technology from Privaris, and using TSMC's 12-inch production line and a 65-nanometer process. Suggesting it would not use a capacitive Touch ID sensor, the report claims Apple will use other methods to read the fingerprint, such as with ultrasound. 
 
Despite the multitude of rumors circulating around the home button's removal, it is highly likely for Touch ID to remain on the rumored smartphone. Sources of Mac Otakara claim Apple is working on multiple next-generation prototypes, with versions including and excluding the Touch ID home button undergoing engineering verification testing (EVT). 
 
The report claims Apple may not have actually settled on the specification of the "iPhone 8," with the choice of using IPS TFT or AMOLED displays, different chassis designs, and other elements still yet to be finalized. 
 
 
 

Alternative Biometric Security

As far as alternative bio-recognition tech, Apple could be looking to completely replace fingerprint sensors with facial or iris recognition systems. Analysts believe facial recognition will be first due to a growing number of patent fillings for such solutions (1, 2, 3, 4, 5, 6, 7). However, Apple supposedly also has eye scanning technology in development. 
 
There are, however, barriers that stand in the way of implementation, such as software design, hardware component development and the creation of a verification database, among other backend bottlenecks. 
 
Even so, analyst Rod Hall of investment firm J.P. Morgan suggests there to be a 3D laser scanning module in the "iPhone 8," which could be used for facial recognition. Hall believes Apple partner Primesense has managed to combine a light emitter, light filter, image sensor, and signal processor into a relatively inespensive package, which may make up 3 percent of the cost to build an iPhone.
 
KGI Securities analyst Ming-Chi Kuo writes in February that the "iPhone 8's" FaceTime camera will be accompanied by an infrared transmitter and an infrared recieving module, which could be used for 3D sensing and modeling. This could be used to drive a facial recognition system, with Kuo also suggesting it could be employed for iris recognition. 
 
Kuo believes Apple is far ahead of its Android-based competition in terms of facial recognition algorithms, with rivals expected to catch up over the next two years. 
 
While facial recognition may have a slim chance of appearing in the "iPhone 8," it hasn't stopped Apple from investing in the technology. Apple has reportedly acquired RealFace, the developer behind software that uses machine learning to perform "frictionless face recognition," as well as creating an app to mathematically determine a user's best photographs.
 
In March, it was claimed by a source of iGeneration that STMicroelectronics is producing the 3D imaging sensors in a factory in France, with the Crolles facility closeby to Apple's Grenoble research center, one dedicated to imaging technology. 
 
This claim seems to correlates with reports that STMicroelectronics is doubling its annual investment to $1 billion for "new products and specialized technologies." CEO Carlo Bozotti has publicized a contract that is expected to generate "substantial" revenues in the second half of 2017 from an unnamed client, further helping the production rumor's cause. 
 
The same report also plays into rumors of a delayed release for the "iPhone 8," with the claim that STMicroelectronics might not have enough components produced in time for Apple's usual September launch window. 
 
The STMicroelectronics claim is echoed in analyst notes from Timothy Arcuri of Cowen & Company in March 2017, identifying it as a supplier for the front-facing camera's CMOS sensor. Arcuri also writes that Heptagon/AMS will provide the infrared sensor, while Lumentium and Finisar will offer the laser emitter.
 
Arcuri is also insistent that this technology will only appear in the "iPhone 8," and not the "iPhone 7s" series. 
 
 
 

3D Touch sensor price increase 

The new 3D Touch sensor in the "iPhone 8" is expected to cost between 30 and 50 percent more than the one currently found in the iPhone 7 series. The assorted cost increases could explain why rumors suggest the "iPhone X" will carry a starting price tag of more than $1,000. A $1,000-plus price tag would be the most expensive iPhone Apple has ever produced. The company's current top-of-the-line model, a 256-gigabyte iPhone 7 Plus, runs $969. 

However, analysts believe the phone's new sensor will offer a better 3D Touch experience for users, though they haven't indicated in what ways performance or capabilities might improve.

The same reports indicated "a memory upgrade from the current iPhone 7 line" is in store. Yet, whether that means faster memory or a new high-end 512-gigabyte capacity was not indicated.

One report from Digitimes, concerning investments by display producers in their OLED production lines, hints at why the cost could increase. It is claimed the glass panel-based touch screen solution used in LCD displays would have to be switched out for a thin film solution for the OLED panels, with the manufacturers spending heavily on the production lines to maintain Apple's desired levels of precision. 

For current LCD panels, the glass-based 3D Touch sensor is estimated to cost around $9 per unit. Producing a thin film version for OLED panels is said to bring this per-component cost closer to $15, somewhat correlating with earlier price increase rumors. 

Plus-sized, fast-charging battery

By shrinking components inside of "iPhone 8," Apple apparently plans to squeeze a Plus-sized battery into a smaller form factor. Specifically, plans call for a 2,700 mAh battery, which would put the battery capacity on par with the current iPhone 7 Plus, despite having the smaller form factor.

In fact, with a 5.1- to 5.2-inch edge-to-edge OLED display, the "iPhone 8" or "iPhone X" will carry dimensions similar to the 4.7-inch iPhone 7. Apple plans to accomplish this with a stacked logic board, called a substrate-like PCB mainboard. Shrinking the components themselves is necessary because battery technology is not expected to improve in the next 3 to 5 years.

In addition, thanks to the use of a low-power OLED panel, the battery life of the "iPhone 8" could be even better than a 5.5-inch LCD iPhone.If Apple were to include a "dark mode" option in a future version of iOS, it could offer even greater battery savings with an OLED display. 

While there are rumors of wireless charging being included in the "iPhone 8," there may be another power-related change included. A note from KGI Securities analyst Ming-Chi Kuo suggests the 2-cell L-shaped battery pack design, combined with "Type-C Power Delivery," will give the "iPhone 8" fast-charging capabilities. 

To help maintain stable data transmissions while fast charging is underway, as well as to keep the process safe, Kuo believes Apple will take advantage of power management processes from Texas Instruments and power delivery chips from Cypress. 

Stainless steel chassis 

There are also rumors that the "iPhone 8" will switch from an aluminum chassis to feature a Jabil-made stainless steel chassis. The move could expand Apple's comparatively small American supply chain
 
The alleged switch to Jabil may be coming at the expense of Taiwanese firms Catcher and Casetek, who currently handle Apple chassis work. This depends, however, on whether 2017 iPhone rumors pan out.
 
Apple's last iPhone to rely on stainless steel was the iPhone 4s, which wrapped two CNC-machined bands made from a bespoke steel alloy around a "glass-sandwich" body. Since the iPhone 5 series, however, Apple has favored aluminum as the metal of choice for iPhone. The lightweight yet durable alloy is a Cupertino favorite used to manufacture everything from iPhone 7 and 7s to Apple Watch to Mac. 
 
 

Rumored and new naming conventions

There isn’t an official name of the new iPhone that’s expected to launch in 2017, but there hasn’t been a lack of creativity when it comes to predictions for the phone’s moniker.

Leaked documents in December had the new phone nicknamed “Ferrari,” while a range of analysts are calling it “iPhone 8.”

The iPhone 7 successors are also colloquially, but unofficially, being called the "7s."  

Meanwhile, the media has picked up on calling the 10th anniversary model the “iPhone X.” It’d be a change from the conventional use of number/number “s” tick/tock strategy we've seen from Apple since the iPhone's inception. Maybe Apple is ready to take their naming convention in a new direction with the phone's anniversary and rumored major changes.

Typically, Apple sticks to a numeric increase during even years for external changes and an “s” during odd years for internal updates only. That means this year would be a "7s" year, but with all of the drastic predicated changes, it’s more likely Apple will skip to the next number — 8. 

A later report has also added another suggestion to the list, with the "iPhone Edition" borrowing the suffix from the most-expensive version of the Apple Watch. This does make some sense, as the OLED iPhone will be a special release alongside the expected "7s", with it also keeping "8" available for next year's refresh. 

Wistron to help produce iPhone 8

Rumors have confirmed that Apple has picked Wistron to be its first iPhone manufacturer in India, with plans to get the company working on the 2017 phones launching later this year. It's been said that Wistron has expanded not just in India but in Kunshan, China in preparation. 

Apple representatives are expected to meet with various government officials to talk about concessions the company wants before committing to Indian manufacturing. Manufacturing for any of the new phones will have to start two to three months in advance, making June or July the likely deadline for Apple securing a deal in India. 

Return to glass

Another possibility for the "iPhone 8" is a return to a glass back, something Apple veered away from beginning with the iPhone 5. That might potentially make iPhones more fragile again, though improved methods could reduce the chance of fractures. Apple supplier Catcher "confirmed" next year's iPhone will move to a mostly glass enclosure, while a source said Apple's position on glass is "tentative." However, the phone should still make some use of metal, namely a frame holding both sides together.
 
One report from ETNews in March seems to indicate the back of the "iPhone 8" could use "3D glass", emulating the heavily rounded corners the first iPhones used. The "water drop design" will apparently create a "curved wall" on the back of the device, with a gentle curved rim mimicking the chrome ring present on earlier iPhone versions. 
 
 

Cameras

Rumors have also circulated that Apple is expected to include the dual-lens camera with universal optical image stabilization in both the "iPhone 8" and the 5.5-inch model. 
 
Factors possibly impacting adoption of optical image stabilization in both lenses are the need to increase the image circle in the telephoto, and a possible need to completely redesign the telephoto lens to accommodate the stabilizing technology. 
 
The front FaceTime camera may receive some improvements, in light of the rumors surrounding the "iPhone 8's" 3D facial recogition capabilities. Ming-Chi Kuo expects a customized 1.4-megapixel image sensor to be used to detech changes in light signals, in conjunction with an infrared transmitter and receiver, allowing the iPhone to detect depth and positions of key areas of the user's face. 
 
While the 3D sensing and modeling has more apparent security applications, it could also be used in different ways. Kuo suggests the technology could be used to take a 3D self portrait, or in games, replacing the head of a character model with that of the user. 
 

Water- and dust-proofing

Apple is reportedly planning to make the water and dust resistance of the "iPhone 8" even better than the iPhone 7, upgrading it to an IP68 rating.
 
When it launches later this year, Apple is reportedly planning to make the water and dust resistance of the "iPhone 8" even better than the iPhone 7, upgrading it to an IP68 rating. The change should allow the device to stay submerged at 1.5 meters (4.92 feet) for 30 minutes. The iPhone 7 and most other smartphone carry an IP67 rating, which limits them to 1 meter (3.28 feet) for the same duration.
 
 
Veniamin Geskin Source: Veniamin Geskin

A11 processor

As usual the phone is expected to have a superior processor, currently referred to as the "A11." One report has suggested that two-thirds of chips will be manufactured by TSMC, using a 10-nanometer FinFET process, shrinking things even further than the 14- and 16-nanometer designs used in 2015 iPhones. Apple and TSMC are reportedly in the earliest steps of preparing for A11 production. If TSMC shares orders, its fellow supplier will likely be Samsung.
 
A report in late February claims TSMC is in a position to start commercial shipments of the 10-nanometer processors before the end of March, in time for the production of the "iPhone 8," "iPhone 7s," and "7s Plus," strongly suggesting the condensed process will be used for the A11 processor.
 
The A11 should be both faster and more efficient than its predecessor. Rumors are also circulating that they will include features like long-range wireless charging and biometric additions like iris or facial scanning.
 
Other internal tweaks are likely to go unnoticed by casual consumers. For example, rumors suggest a new and improved Taptic Engine will support more complex vibration patterns.
 

Memory and storage

A report from analyst firm TrendForce claims the "iPhone 8" will ship with 3 gigabytes of DRAM, similar to the iPhone 7 Plus.
 
Only two storage options will reportedly be provided in the "iPhone 8," with the choice of either the 64 gigabtye model or the larger 256 gigabyte version. While lower capacity iPhones will be available, with both the "iPhone 7s" and "iPhone 7s Plus" expected to offer 32 gigabyte options, Apple is thought not to want to offer a low amount of storage on what is perceived to be a premium device.  
 

VR/AR

Virtual reality and augmented reality have been under development by Apple for quite a while, but work in the field has yet to be revealed by the company. Given the anniversary and the specifications of the "iPhone 8," it is possible for AR and VR to make an appearance as part of the smartphone's launch. 
 
For a start, the rumored 3D laser scanning system and other concepts said to be coming in the handset could be employed for both VR and AR, if similar technology is located on the back as well as on the front. If employed in a Google Glass or Samsung Gear VR-style system, where the iPhone is put into a headset accessory and used as a display, this technology could be used to map the local surrounding, helping the user avoid bumping into objects in VR, or to identify and interact with items in AR. 
 
Code found in a beta of iOS 10.3 in March also suggests Apple is planning to allow developers to set the frame rate of iOS device displays when their app is running. For the most part, this could indicate a higher refresh rate display could be on the way for future iPad Pro launches, though it could also be employed in the "iPhone 8." 
 
Virtual reality needs a high quality, high refresh rate display in order to give users a good experience. The higher the refresh rate, the more fluid motion seems for the user, and the "illusion" becomes more believeable. 
 
By using an OLED panel, the "iPhone 8" would have an extremely low response time, and in turn a far higher potential refresh rate, compared to an LCD equivalent. This makes the "iPhone 8" an extremely useful device for VR and AR purposes. 
 
 
 

Better version of Siri

Apple’s 2017 iPhone models will likely ship with an enhanced version of Siri, reflecting growing competition in the AI assistant space. 
 
Exact details are unknown at this time, but the company has bought machine learning startups like Turi and Perceptio that could aide Siri. 
 
Any Siri improvements would presumably be tied to iOS 11, which should be announced at June's Worldwide Developers Conference and launched in the fall, if Apple follows traditional schedules. 
 

Headphone Adapter

For the "iPhone 7" and "iPhone 7 Plus," Apple dropped the analog headphone jack, nudging users into using either wireless headphones using Bluetooth or Lightning-equipped versions. As a compromise, Apple includes a Lightning to 3.5mm Headphone Jack Adapter in the box, allowing existing audio accessories to connect to the iPhone.
 
While it is highly unlikely Apple will revert to including a headphone jack in the "iPhone 8," one rumor suggests the company may continue to push its customers away from the connectivity option. According to Mac Otakara, Apple may decide to leave the adapter out of

Essential Reading