Apple's new 2018 flagship iPhone models.
At a Glance
- Apple's iPhone XS and iPhone XS Max feature 5.8 and 6.5-inch display sizes, upgraded cameras, faster A12 Bionic chips, better displays, faster Face ID, and up to 512GB storage.
- 5.8 and 6.5-inch screen sizes
- New gold color option
- Up to 512GB storage
- Faster Face ID and edge-to-edge display
- A12 Bionic chip
- Faster Gigabit LTE
- Priced starting at $999 and $1099
iPhone XS and iPhone XS Max
The iPhone XS and iPhone XS Max, introduced on September 12, 2018, are Apple's two new flagship iPhones, sporting the most advanced technology Apple has ever introduced in an iPhone.
Both of the new iPhones look similar to the iPhone X, but in addition to the 5.8-inch model, there's also now a larger 6.5-inch model. iPhone XS and iPhone XS Max feature the sharpest OLED displays and highest pixel density of any Apple device, with support for Dolby Vision, HDR 10, and Wide Color.
iPhone XS Max, the 6.5-inch iPhone, is the largest display Apple has offered, but in a body that's the size of the iPhone 8 Plus. According to Apple, the iPhone XS and XS Max have the most durable glass ever in a smartphone with better scratch resistance.
Like the iPhone X, iPhone XS and iPhone XS Max feature stainless steel frames and glass bodies that support wireless charging, along with edge-to-edge displays and a TrueDepth Camera System for Face ID.
For the first time, there's a new gold color option that joins the silver and space gray finishes, and water resistance has been improved to IP68 to protect against spills and splashes.
Inside, the iPhone XS and iPhone XS Max are equipped with an 7-nanometer A12 Bionic chip that includes two-performance cores 15 percent faster than the A11 and four efficiency cores up to 50 percent more efficient. The four-core GPU in the A12 is up to 50 percent faster than the A11.
A faster storage controller enables up to 512GB of storage, with iPhone XS and iPhone XS Max models available in 64, 256, or 512GB capacities. A next-generation 8-core Neural Engine completes up to 5 trillion operations per second for major improvements to all apps and features that use AR and machine learning.
iPhone XS and iPhone XS Max feature the same 12-megapixel dual camera system introduced in the iPhone X, but with major upgrades. A bigger wide-angle sensor allows for sharper pictures in low light, while Smart HDR allows for photos with more detail.
A telephoto lens with 2x optical zoom continues to allow for Portrait Mode photos, which feature better bokeh, aka background blurring, and there's a new Depth Control option allows for adjustable depth of field. Larger pixels, extended dynamic range, and a bigger sensor also improve stabilization and low-light performance when capturing videos, and the True Tone flash has been improved.
The TrueDepth Camera System continues to include a 7-megapixel lens for front-facing images, but it's been upgraded so that Face ID is faster than before.
Other features include support for Gigabit-class LTE with 4x4 MIMO, Bluetooth 5.0, and Dual-SIM options with an included nano-SIM and eSIM for using two phone numbers at once. iPhone XS and iPhone XS Max support the most LTE bands ever in an iPhone.
Thanks to the A12 chip, battery life in the iPhone XS and XS Max has been improved compared to the iPhone X. The iPhone XS lasts for 30 minutes longer than iPhone X, while the iPhone XS Max lasts for an hour and a half longer.
Pricing for the iPhone XS starts at $999 for the 64GB model, while pricing for the iPhone XS Max starts at $1,099. iPhone XS and iPhone XS Max became available for pre-order on Friday, September 14 at 12:01 a.m. Pacific Time and will launch on September 21.
Apple is selling the iPhone XS and iPhone XS Max alongside the more affordably priced iPhone XR. The $749 iPhone XR features the same edge-to-edge design and Face ID functionality in the iPhone XS models, but it has an LCD display instead of an OLED display, an aluminum frame instead of a stainless steel frame, and a single-lens camera.Note: See an error in this roundup or want to offer feedback? Send us an email here.
Pricing and Availability
The iPhone XS is priced starting at $999 for 64GB of storage, with 256 and 512GB of storage available for $1,149 or $1,349, respectively.
Pricing for the iPhone XS with the iPhone Upgrade Program costs $49.91 per month for the 64GB model, $56.16 per month for the 256GB model, and $64.50 per month for the 512GB model.
The iPhone XS Max is priced starting at $1,099 for 64GB of storage, with 256GB of storage available for $1,249 and 512GB of storage available for $1,449.
Pricing for the iPhone XS Max with the iPhone Upgrade Program costs $54.08 for 64GB of storage, $60.33 per month for 256GB of storage, and $68.66 per month for 512GB of storage.
Both the iPhone XS and iPhone XS Max can be pre-ordered from the Apple online store, from Apple retail locations, and from third-party retailers who offer Apple products.
Design wise, the 5.8-inch iPhone XS is identical to the previous-generation iPhone X, and the 6.5-inch iPhone XS Max, Apple's largest display in an iPhone ever, features the same design but in a bigger package. The iPhone XS and XS Max both have OLED displays that stretch from edge to edge and top to bottom with minimal bezels for an all-screen design.
There's a slim bezel that wraps around the side of each device and a notch on the front that houses the TrueDepth camera system, speakers, and sensors, but otherwise, all you seen when you look at the iPhone XS and iPhone XS Max is the display.
The rounded corners of the iPhone XS's display flow into a body made from glass that's encased with a highly polished steel frame that comes in Silver, Space Gray, or Gold. As with the iPhone X, Apple used a seven-layer ink process for the iPhone XS and XS Max, resulting in an almost pearlescent finish for the devices.
The steel frame of the new iPhones is made from an Apple-designed alloy that matches the body color, with nearly invisible antenna bands on the top and bottom of the device. At the edges of the display where it folds into the rounded corners of the frame, Apple uses folded circuit stacking technology along with subpixel anti-aliasing for super smooth, distortion-free edges.
As with the iPhone XS, there is no bottom bezel, no Home button, and no Touch ID fingerprint sensor. The iPhone XS is the same exact size as the iPhone X, while the iPhone XS Max is a bit smaller than the iPhone 8 Plus but with a much larger display.
On the left side of the new iPhone XS models, there's a mute switch and two volume buttons, while the right side features an elongated side button. At the back, there's a dual-lens rear camera arranged in a vertical orientation.
The camera protrudes slightly from the body of the smartphones, and between the two lenses, there's a quad-LED flash and a microphone. At the bottom of each device, there's a traditional Lightning port for charging purposes along with six speaker holes located on either side of it. Apple has introduced wider stereo playback in the iPhone XS and XS Max for improved video playback and better sound in the videos you capture.
The iPhone XS measures in at 143.6mm tall by 70.9mm wide, and it is 7.7mm thick. It is slightly heavier than the iPhone X at 177 grams.
Apple's new 6.5-inch iPhone XS Max measures in at 157.5mm tall by 77.4mm wide, and it is 7.7mm thick. It weighs 208 grams, which means it's not too much heavier than the iPhone XS.
Glass is highly fragile and the iPhone X was prone to breakage, but Apple says the iPhone XS and iPhone XS Max are using a more durable scratch resistant glass, which is likely the Gorilla Glass 6 material announced earlier this year.
Apple is offering the iPhone XS and XS Max in Silver, Space Gray, and Gold, with the latter color being new this year. The iPhone X was only sold in Silver and Space Gray because it took time for Apple to perfect the gold shade.
According to Apple, its Gold and Space Gray shades use an "advanced physical vapor deposition process" on the stainless steel bands for rich colors and a reflectivity level that matches the glass body of the device.
Water and Dust Resistance
Apple's upgraded iPhone XS models feature improved water resistance, with the two devices now offering an IP68 rating, up from the IP67 rating of the iPhone X.
The IP68 rating means the iPhone XS and XS Max can withstand water up to two meters (6.6 feet) deep for approximately 30 minutes. In the IP68 number, the 6 refers to dust resistance while the 8 represents water resistance.
IP6x is the highest dust resistance rating, so the iPhone XS and iPhone XS Max are fully protected from dust and dirt, with no change to dust resistance. The two devices will hold up to splashes, rain, and accidental water exposure.
Apple does not cover any kind of water damage to iOS devices, so while the iPhone XS models are more resistant to water, it's best to use caution when exposing them to liquids and it should be avoided whenever possible.<
Apple has made no changes to the display of the iPhone XS and iPhone XS Plus, with the exception of introducing a larger version in the new 6.5-inch device.
The 2018 iPhone models feature the same "Super Retina" OLED HDR display that was introduced in the iPhone X, with support for Dolby Vision, HDR10, and wide color gamut for unparalleled color accuracy. The Super Retina display features vivid, true-to-life colors, deeper blacks, and a 1,000,000 to 1 contrast ratio.
Apple's multi-touch Super Retina display offers noticeable upgrades over traditional LCD displays, but current iPhone X owners will see no improvements switching over to the iPhone XS or iPhone XS Max. Maximum brightness continues to be 625 cd/m2, and features like True Tone and 3D Touch are supported.
True Tone uses the iPhone's ambient light sensor to adjust the white balance of the display to match the ambient lighting in a room, cutting down on eyestrain and making for a more paper-like reading experience.
The iPhone XS, like the iPhone X, features a 2436 x 1125 resolution with 458 pixels per inch, while the iPhone XS Max features a 2688 x 1242 resolution, also with 458 pixels per inch.
3D Touch and Taptic Engine
Apple's iPhone XS models continue to feature a Taptic Engine and support for 3D Touch gestures. 3D Touch is available throughout the iOS 12 operating system and is often used to display additional information through a force press gesture.
The Taptic Engine offers tactile feedback in the form of haptic vibrations when users interact with the iPhone's display.
A12 Bionic Processor
The iPhone XS models are equipped with a new 7-nanometer A12 Bionic chip that's faster and more efficient than the A11 in the previous-generation iPhone X.
There are two high-performance cores in the A12 that are up to 15 percent faster than the A11 Bionic and 4 efficiency cores that use up to 50 percent less power. The A12, combined with a bigger battery, enables much longer battery life for the iPhone XS and XS Max.
As with the A11, the A12 can harness all six of its cores at once when a boost in power is needed, and a new performance controller dynamically divides work across the cores for the best performance and battery life.
Apple's A12 Bionic includes a 4-core GPU that offers up to 50 percent faster graphics performance than the A11 chip.
The A11 Bionic introduced the first Neural Engine, and the A12-chip has a next-generation 8-core version that uses real-time machine learning to power features across the operating system, improving photo taking, gaming, augmented reality, and more.
According to Apple, the Neural Engine is able to perform five trillion operations per second, allowing more to be done in real time. It's what powers the machine learning features in the iPhone XS models, like photo search, Face ID, and augmented reality experiences.
For the first time, Apple has also opened up the Neural Engine to the Core ML platform, which means developers can take advantage of the real-time machine learning features in their apps. With the A12 Bionic, Core ML runs up to nine times faster than the A11 Bionic.
The A12 Bionic brings faster detection of AR surfaces for the rear camera, better AR experiences for the front-facing camera, immersive 3D gaming experiences, and faster Face ID.
iPhone XS and iPhone XS Max include 4GB RAM, up from 3GB in the iPhone X.
Face ID and TrueDepth Camera System
Face ID, introduced in 2017 with the iPhone X, is the biometric authentication system that's used in the iPhone XS and XS Max, both of which feature a notch that houses the TrueDepth camera system that enables Face ID.
Face ID is just like Touch ID, except it uses a facial scan instead of a fingerprint, and Face ID in iPhone XS and XS Max is identical to Face ID in the iPhone X with the exception of speed improvements.
With the new A12 Bionic chip and Neural Engine improvements, Face ID is able to detect your face and unlock your device faster than before.
Face ID is used across the iOS operating system for tasks like unlocking your iPhone, allowing access to third-party passcode-protected apps, confirming purchases in iTunes and the App Store, and authenticating Apple Pay payments.
Face ID works through a set of sensors and cameras built into the front of the iPhone XS and iPhone XS, called the TrueDepth Camera system. To create a facial scan, a Dot Projector projects more than 30,000 invisible infrared dots onto your face, which is then read by an infrared camera.
This depth map of your face is then relayed to the A12 Bionic processor where it is transformed into a mathematical model that the iPhone uses to make sure it's you attempting to access your iPhone.
Face ID uses infrared, so it works in low light and in the dark, with a built-in Flood Illuminator making sure there's always adequate light to take a facial scan. Face ID works with hats, beards, glasses, sunglasses, scarves, makeup and all other accessories and items that might partially obscure a face, but it does need to see your eyes, nose, and mouth to work.
The A12 Bionic chip with built-in Neural Engine means that Face ID can adjust to minor facial changes over time, so if you grow your hair longer or grow a beard, Face ID will adjust and continue to unlock your iPhone. In iOS 12, there is an option to add an alternate appearance if your face changes drastically during the day due to sunglasses, scarves, or other accessories.
Face ID Security and Privacy
Face ID uses a detailed 3D facial scan that's unable to be fooled by a photo, mask, or other facial imitation. An "Attention Aware" security feature allows Face ID to unlock your device only when you look in the direction of the iPhone XS with your eyes open, so it will not work when your eyes are closed, when you're sleeping, when you're unconscious, or when you're looking away from your phone.
Attention aware is optional and there is an accessibility feature to turn it off for those who are unable to focus on the iPhone's screen, but most people will want to leave it turned on for the added layer of security.
With the "attention aware" feature, the iPhone X knows when you're looking at it. Face ID displays notifications and messages on the Lock screen when you look at the iPhone X, it keeps the screen lit, and it automatically lowers the volume of an alarm or ringer when it knows your attention is on the iPhone X's display.
If a thief demands your iPhone, Face ID can be disabled quickly and discretely by pressing on the side button and the volume button at the same time. Do this before handing your phone over, and a thief won't be able to scan your face. Face ID also turns off after two failed facial recognition attempts and a passcode needs to be entered for it to be turned back on.
Face ID is encrypted and stored in the Secure Enclave on the iPhone X. Apple can't access your Face ID data, nor can anyone who gets ahold of your phone. Authentication happens entirely on your device, with no Face ID data ever stored in the cloud or uploaded to Apple. Third-party developers do not have access to the facial map that Face ID uses to unlock a device, but the TrueDepth camera can be used to scan a user's face for the purpose of creating more realistic augmented reality apps.
With Face ID, there's a 1 in 1,000,000 chance that someone else's face can fool Face ID, but the error rate increases to 1 in 1 in 500,000 with an alternate appearance registered in iOS 12. Face ID has been fooled by identical twins, children, and a carefully crafted mask, but it's still secure enough that the average person does not need to worry about their iPhone being unlocked by someone else.
TrueDepth Camera Specs
The TrueDepth Camera, in addition to powering Face ID with the infrared additions, is also a standard 7-megapixel front-facing camera that can be used for selfies.
The front-facing camera in the iPhone XS and XS Plus supports several new features, including Smart HDR for portraits that capture more detail in shadows and highlights and a new Depth Control feature that lets you adjust the amount of blur in a front-facing Portrait Mode image after it's captured.
As with the iPhone X, wide color and Portrait Lighting features are available so you can adjust the lighting in your photos. There is, however, improved bokeh for better DSLR-style blurring in your images.
The TrueDepth camera can be used to capture 1080p HD video at 30 or 60 frames per second.
Animoji and Memoji
The TrueDepth Camera System enables two features called "Animoji" and "Memoji," which are animated, 3D emoji characters that you control with your face. Animoji are emoji-style animals, while Memoji, introduced in iOS 12, are customizable, personalized avatars that you can create.
To enable Animoji and Memoji, the TrueDepth camera analyzes more than 50 muscle movements in different areas of the face, detecting movement of the eyebrows, cheeks, chin, eyes, jaw, lips, eyes, and mouth.
All of your facial movements are translated to the Animoji/Memoji characters, letting them reflect your expression and emotion. Animoji and Memoji can be shared with friends and used in the Messages and FaceTime apps.
There are more than a dozen different Animoji to choose from, modeled after existing emoji characters: monkey, robot, cat, dog, alien, fox, poop, pig, panda, rabbit, chicken, unicorn, lion, dragon, skull, bear, tiger, koala, t-rex, and ghost. There are an unlimited number of Memoji that can be created to look like you and other people.
The iPhone XS and iPhone XS Max use the same two-lens camera setup as the iPhone X, with an f/1.8 12-megapixel wide-angle lens and an f/2.4 12-megapixel telephoto lens that enables 2x optical zoom and 10x zoom when optical and digital zoom are combined.
Both of the lenses feature optical image stabilization and wide color support, but Apple has made several upgrades that improve photo quality in the iPhone XS models compared to the iPhone X.
An improved image sensor that's twice as fast as the sensor in the iPhone X features larger, deeper pixels for better performance, especially in conditions where the light is suboptimal. It also provides better image fidelity, greater color accuracy, and less noice in low-light shots.
There's a new image signal processor in the iPhone XS that powers a new depth engine, which allows the rear camera to offer up more detail in Portrait Mode and enables Smart HDR. With the enhanced ISP, more data can be pulled from the camera sensors, leading to better dynamic range, improved motion freezing, and better noise reduction in low light.
Smart HDR, enabled through secondary frames, a faster sensor, and the A12 chip, introduces improved dynamic range in photos, bringing out more detail in the highlights and shadows of your images, while more advanced bokeh improves the background blurring that you see in Portrait Mode for images that are closer to what you get with a DSLR.
A new Depth Control feature lets you change the amount of blur in a photo after it's been captured, so you can choose the exact right blurring using a built-in slider for each of your Portrait images. Portrait Lighting, which lets you adjust the lighting of your image to mimic what you might get in a studio, is also included.
Portrait Lighting uses sophisticated algorithms to calculate how facial features interact with light, using the data to create unique lighting effects like Natural Light, Studio Light (lights up your face), Contour Light (adds dramatic shadows), Stage Light (spotlights your face against a dark background), and Stage Light Mono (Stage Light, but in black and white).
The two new iPhones are using the same quad-LED True Tone flash, but Apple has improved the feature this year....
The iPhone XS and XS Max can record 4K video at 24, 30, or 60 frames per second, or 1080p HD video at 30 or 60 frames per second.
Compared to the iPhone X, the new models offer extended dynamic range for video up to 30 fps thanks to the new image signal processor and the Smart HDR features. Stereo recording is also supported for the first time for better sound in your videos.
The battery in the iPhone XS lasts for 30 minutes longer than the iPhone X, while the battery in the larger iPhone XS Max lasts for 1.5 hours longer.
You'll get up to 20 hours of talk time, up to 12 hours of internet use,14 hours of video playback, and 60 hours of audio playback with the iPhone XS.
The iPhone XS Max offers up to 25 hours of talk time, up to 13 hours of internet use, up to 15 hours of video playback, and up to 65 hours of audio playback.
iPhone XS and XS Max are fast-charge capable, which means the devices can be charged to 50 percent battery life in just 30 minutes. Fast charging requires a USB-C power adapter that exceeds 18 watts, which includes 29/30W adapters from Apple (priced at $49). Third-party 18W+ USB-C adapters also work, but the Lightning to USB-C cables must be purchased from Apple for $25.
Support for wireless charging was first introduced in Apple's 2017 iPhone lineup, and the iPhone XS models continue to offer glass bodies and built-in wireless charging coils to support wireless charging functionality.
Apple uses the Qi wireless charging standard that's also available in many Android phones, which means the new iPhones can charge wirelessly with any Qi-certified inductive charger.
According to Apple, iPhone XS and XS Max charge "even faster" than the iPhone X, which charged at a maximum of 7.5 watts. What exactly "even faster" means is unclear at this point, but device teardowns and charging tests should provide us with more information.
iPhone XS and XS Max will work with 7.5W and 5W wireless charging accessories. Multiple companies have now developed wireless charging options designed specifically for Apple's iPhones.
7.5W charging is faster than 5W charging, but the difference is not hugely noticeable. Wireless charging is also generally inferior to wired charging, which is almost always faster. We tested multiple wired and wireless charging methods and while 7.5W charging is faster than 5W wired charging, the best way to charge an iPhone is using a 12W iPad power adapter or an 18W+ option, which enables fast charging capabilities.
iPhone XS and iPhone XS Max are equipped with support for Gigabit-class LTE with support for 4X4 MIMO. Gigabit LTE offers theoretical maximum transfer speeds of 1Gb/s, but actual speeds will depend on factors like network connectivity.
4x4 MIMO (which stands for Multiple Input, Multiple Output) improves network efficiency alongside carrier aggregation for faster, stronger LTE signal.
Gigabit LTE also uses Licensed Assisted Access (LAA) to improve network capacity in crowded areas by leveraging both licensed and unlicensed spectrum.
The iPhone XS and iPhone XS ax support more than 25 LTE bands, including T-Mobile's band 71, which takes advantage of 600MHz spectrum for improved penetration in cities and improved coverage in rural areas.
iPhone XS and iPhone XS Max models sold around the world feature dual-SIM support, which allows two phone numbers to be used at one time.
Dual-SIM functionality is enabled through the inclusion of one physical nano-SIM slot and an eSIM, a feature that was first introduced in the iPad. eSIMs are only supported in 10 countries at this time, so in some locations, dual-SIM functionality will not be available.
Dual-SIM iPhone XS models will work with select carriers in Austria, Canada, Croatia, Czech Republic, Germany, Hungary, India, Spain, the UK, and the United States.
In the United States, eSIMs are supported by AT&T, T-Mobile, and Verizon, but not Sprint.
In China, where eSIMs are not allowed, iPhone XS and iPhone XS Max devices will feature two physical SIM card slots. Models with two SIM slots will be limited to China and will not be sold elsewhere.
Bluetooth and Wi-Fi
iPhone XS and XS Max support the Bluetooth 5.0 standard. Bluetooth 5.0 offers longer range, faster speeds, larger broadcast message capacity, and better interoperability with other wireless technologies.
Compared to Bluetooth 4.2, Bluetooth 5 offers four times the range, two times the speed, and eight times the broadcast message capacity.
802.11ac Wi-Fi with 2x2 MIMO is supported, with support for connection speeds that can reach a theoretical maximum of 866Mb/s.
GPS and NFC
Support for GPS, GLONASS, Galileo, and QZSS location services is included in the iPhone XS and XS Max.
NFC with reader mode is included, and for the first time, the iPhone XS and XS Max include a background tag feature that feature allows them to scan NFC tags without the need to open an app first.
The iPhone XR
Apple is selling the iPhone XS and iPhone XS Max alongside a third device, the iPhone XR. The iPhone XR is similar to the iPhone XS models in many ways, but it features a lower price tag and thus does not have quite the same feature set as the two more expensive models.
Priced starting at $749, the iPhone XR features a 6.1-inch LCD display. The display is edge-to-edge with no top and bottom bezels, but it does feature slightly thicker side bezels than the iPhone XS models due to the limitations of LCD. There is no Home button in the iPhone XR, as this device also uses an upgraded TrueDepth camera system and Face ID for biometric authentication.
It includes the same A12 chip Bionic that's in the iPhone XS and XS Max so there's no real difference in performance, and the iPhone XR, which comes in six different colors, is the iPhone with the longest battery life.
Instead of a dual-lens camera system, the iPhone XR has a single-lens 12-megapixel wide-angle lens, which is actually the same upgraded wide-angle lens used in the iPhone XS and iPhone XS Max. Though it loses out on the optical zoom functionality, the camera offers many of the same features that are included in the iPhone XS but using software instead of hardware.
Apple has introduced software solutions for Portrait Mode photos, limited Portrait Lighting, Smart HDR, improved bokeh, and Depth Control, a feature that lets the depth of field of Portrait Mode images be adjusted after a photo has been captured.
The iPhone XR uses an aluminum frame instead of a stainless steel frame, and it offers IP67 water resistance instead of IP68 water resistance. It too features support for two SIM cards, one physical and one eSim, but it offers slower LTE Advanced connectivity speeds with 2x2 MIMO.
For more details on Apple's iPhone XR, make sure to check out our iPhone XR roundup.
What's Next for the iPhone
In 2019 and beyond, Apple is said to be aiming to offer all of its iPhones with OLED displays, and to reach that goal, Apple is working with multiple OLED suppliers. Apple is mulling a partnership with Japan Display, and the company has purchased equipment to build its own OLED panel research and development site in Taiwan. Apple is also said to be pushing LG Display to build out its OLED display production facilities.
While several rumors have suggested Apple is planning to switch to all OLED displays in its 2019 iPhone lineup, while others cast doubt on those plans, instead suggesting Apple will continue to use some LCDs.
Rear Camera Upgrades
Future iPhones could include 3D depth sensing technology for the rear-facing camera, with Apple rumored to be planning to introduce the feature in its 2019 iPhones.
Taiwan's Economic Daily News, for example, suggests 2019 iPhones will feature a triple-lens rear-facing camera system that offers "more advanced" sensing than the iPhone X's TrueDepth camera system, with two sensors able to capture images of a single object from different angles and then triangulate the distance between the object being photographed and the iPhone.
Support for stereoscopic imaging would allow the camera sensors to capture details of a single object from multiple angles, using a triangulation method to calculate the distance between the iPhone and the object.
Rumors have suggested the triple-lens rear camera coming to one or more iPhones in 2019 will offer 12 megapixels, will offer improved photographic capabilities, including better low-light performance.
Rear 3D sensing features could be used for augmented reality apps, and the three lens setup could also allow for optical 3x zoom for the first time.
While there have been several rumors pointing towards major camera improvements in the 2019 iPhones, including depth-sensing features like those included in the front-facing TrueDepth camera system, reliable Apple analyst Ming-Chi Kuo does not believe Apple will introduce a time-of-flight (ToF) depth sensing system in the rear cameras of the 2019 iPhone lineup.
Kuo believes the distance and depth information provided by rear-facing ToF is insufficient for creating the "revolutionary AR experience" Apple is aiming for, and he believes that the complete AR system Apple wants to develop will require 5G connectivity, augmented reality glasses, and a "more powerful Apple Maps database." Rear ToF would also do little to improve the iPhone's photo taking capabilities, according to Kuo.
Front-Facing TrueDepth Camera System
Apple may be able to introduce iPhones with a smaller notch for the TrueDepth camera system, with rumors suggesting Apple may be able to combine the front-facing camera and Face ID sensors into a single face recognition module in future iPhones.
Apple in 2019 could also adopt an upgraded TrueDepth camera system. That upgraded system will reportedly consume more power, requiring Apple to introduce larger-capacity batteries in 2019 and 2020.
According to an unnamed industry source that spoke to Korean news site ET News, starting in 2019, Apple could also introduce an iPhone design that will eliminate the notch that houses the TrueDepth camera. It's not yet clear how Apple will incorporate TrueDepth hardware into a device without a notch, but the report speculates Apple might drill holes into the display itself or use a multi-layer Black matrix display.
Barclays analyst Blayne Curtis, who has a somewhat mixed track record, has suggested that all 2019 iPhones will do away with 3D Touch. Apple did eliminate 3D Touch in the lower-priced 6.1-inch iPhone XR, and the company could be planning to remove the feature entirely in the future. The iPhone XS and iPhone XS Max continue to offer support for 3D Touch at this time.
Apple analyst Ming-Chi Kuo believes iPhones coming in 2019 will introduce "marked innovations," and he suspects we'll start hearing details on the upcoming models in September or October of 2018. Kuo says that in 2019, LCD iPhones will continue to outpace models with OLED displays, and he's previously suggested that Apple Pencil support for the iPhone is a possibility.
Apple is also said to be considering an Apple Pencil-style stylus that's compatible with the iPhone, which would ship alongside a future iPhone. Apple is rumored to be aiming for a 2019 launch for the device and its accessory. Both of these rumors come from Korean site The Investor, which is not a site we've come to know as reliable, so it's not clear how accurate this information is at this point in time.
Intel and Apple may be teaming up to work on 5G hardware, with a rumor from Fast Company suggesting Apple could be planning to use Intel chips exclusively when 5G technology begins rolling out. 5G technology is still a few years off, with carriers planning to begin rolling out fifth-generation mobile networks by 2020.
TSMC is expected to remain the sole supplier for the "A13" chips that will be used in the 2019 iPhones. The A13 is expected to use TSMC's 7nm+ package with extreme ultraviolet lithorgraphy.
In the future, Apple designers want to "remove most of the external ports and buttons on the iPhone, including the charger" according to Apple sources that spoke to Bloomberg. Apple considered eliminating the Lightning port in the iPhone X, and could potentially remove it in a later version of the iPhone when wireless charging speeds improve.
As for the more outlandish, Apple is said to be developing an iPhone with a foldable display alongside LG Display, with panel production for an iPhone with a folding display set to kick off in 2020.
For future iPhones, Apple is said to be working on touchless gesture controls and curved screens, features that could launch within three years.