Apple iPhone XS Max specifications

Display size / Type: 6.5" OLED

Display resolution: 1242 x 2688 px

RAM: 4 GB

Storage: 64 GB, 256 GB, 512 GB

Camera (back): 12.19 MP (4032 x 3024 px)

Camera (front): 7.15 MP (3088 x 2316 px)

SIM card: nanoSIM

CPU: 2x 2.5 GHz Vortex, 4x 1.59 GHz Tempest

SoC: Apple A12 Bionic APL1W81

Memory cards: None

Battery: 3174 mAh Li-Ion

USB type: 2.0

Weight: 208 g (0.46 lbs)

picture_as_pdf Download Apple iPhone XS Max user guide

Model info

The information about the mobile device supplier/manufacturer

Brand

Device brand, model and submodel names

Apple
Model

Mobile device model/submodel names

iPhone XS Max
Alternative model names

Other device names or aliases

A2104 / A2101
Announce year

Mobile device release year

2018

Design info

Details of the weight and measurements of the device are displayed in different units.
In addition to that, details about the colors available, material types of the body, and certifications are also displayed

Colors

Details of the colors in which mobile devices are present in the market

Silver
Gray
Gold
Body material

Substances used in the manufacture of the body of the device

Glass
Stainless steel
Width

Device width (horizontal size in its standard orientation)

77.4 mm
Height

Device height (vertical size in its standard orientation)

157.5 mm
Thickness

Device depth in different measurement units

7.9 mm
Weight

Device weight specifications in different measurement units

208 g (0.46 lbs)

SIM card

The Subscriber Identity Module (SIM) chip on mobile device stores the data that authenticates the users of mobile services

Number of SIM cards

Number of SIM cards supported by the mobile device

1
SIM type

SIM specifications on the size and type used in the mobile device

nanoSIM

Operating system

Management and control of the functions of mobile hardware components are carried out by a comprehensive system software called the Operating System (OS)

Operating system (OS)

Details on the type and version of the operating system installed on the device

iOS 12

System on Chip (SoC)

In many devices, the major hardware components are combined into a single integrated chip (IC) called the system on a chip (SoC)

System on Chip

CPU, GPU, interfaces, memory, peripherals, and other hardware components are integrated along with the software on the SoC (System on a chip)

Apple A12 Bionic APL1W81
Process Technology

Details related to the technology used to process the chip in manufacturing. The value in nanometers denotes half the distance between various components that make the CPU

7 nm (nanometers)
CPU

CPU (Central Processing Unit) is the most important part of a device. CPU is a processor that carries out operations to interpret and execute commands contained in software applications of devices

2x 2.5 GHz Vortex
4x 1.59 GHz Tempest
CPU bits

CPU bits are measured based on the bit-size of the registers, data buses and address buses of the processors. 64-bit CPUs can perform more calculations per second over 32-bit CPUs, making them faster. In line with this, 32-bit processors provide better performance in comparison to 16-bit processors

64 bit
RAM

Random Access Memory (RAM) is an information storage device that is randomly accessed by software applications on an operating system. Data can be written and read in any order and is automatically removed when the device is restarted or turned off

4 GB

Storage

All mobile devices come with a built-in storage capacity called internal memory. These have a fixed capacity

Storage

Details about the built-in storage of the mobile device. Sometimes varied internal storage space is offered in the same model of mobile devices

64 GB
256 GB
512 GB

Display

The display quality of the mobile device forms an important component and is determined by the resolution, diagonal length, pixel density, color depth, technology, and several other factors

Type

The display type and technology determines the performance of the screen of the device

OLED
Display size

The size of the display is measured by the diagonal length of the screen of a mobile device, represented in inches

6.5" (inches)
Resolution

The display type and technology determines the performance of the screen of the device

1242 x 2688 px (pixels)
Color depth

The color depth or bit depth represents the number of bits used by color components in one-pixel unit. Details about the maximum number of colors the screen can show

24 bit
Features

Other / secondary device display features

Super Retina display
True Tone display
Force Touch
120 Hz touch-sensing
1000000:1 contrast ratio
625 cd/m²
Oleophobic (lipophobic) coating
Dolby Vision
HDR10
Wide Color display (P3)
Capacitive
Multi-touch
Scratch resistant

Sensors

Different physical aspects are measured by distinguished sensors, which transforms them into signals that are understood by the mobile devices

Sensors

Different sensors perform different functions on the device, They add features and enhance the function of the device on which they have been installed

Proximity
Infrared face recognition sensor
Compass
Gyroscope
Accelerometer
Light
Barometer

Back camera

Nowadays, mobile devices come with multiple cameras. The back camera used for taking photos and recording HD videos is placed on the rear side of the devices

Sensor type

Image sensors are installed on digital devices to convert an optical image into an electronic image. The quality of camera bundled with the mobile device depends upon the sensor installed in the camera

CMOS
Image resolution

The resolution of the camera in mobile devices represents the number of pixels on the horizontal and vertical dimensions of the images. It is one of the major specifications of mobile cameras

4032 x 3024 px (pixels)
Video resolution

Details about the highest resolution in which a video can be shot on the mobile device

3840 x 2160 px (pixels)

Rear camera

For gesture recognition, facial recognition, and video calls, a rear camera is placed right above the display screen of the mobile device

Sensor type

Image sensors are installed on digital devices to convert an optical image into an electronic image. The quality of camera bundled with the mobile device depends upon the sensor installed in the camera

CMOS BSI (backside illumination)
Image resolution

Details about the highest image resolution of the rear camera. Generally, the resolution of the rear camera is less than that of the back camera

3088 x 2316 px (pixels)
Video resolution

Details about the highest resolution in which a video can be shot on the rear camera

1920 x 1080 px (pixels)

Audio

Specifications on the type of audio technologies and speakers supported by the mobile device

Speaker

This is a device speaker, which reproduces ringtones, alarms, music with a loud sound

Loudspeaker
Earpiece
Stereo speakers

Radio

A built-in FM radio receiver (if any). Does the function of a classic radio

Radio

Details on whether the mobile device has a built-in FM receiver or not

No

Tracking / Positioning

Specifications on the navigation standards and positioning systems supported by the mobile device

Tracking/Positioning

Satellite navigation systems on the device provide various positioning and tracing services. They track the geographical location of the devices. GPS and GLONASS are the most commonly used satellite navigation systems. Some non-satellite systems like Enhanced Observed Time Difference, Enhanced 911, and GSM Cell ID also help in locating mobile devices

GPS
A-GPS
GLONASS
Wi-Fi
Cell ID

Wi-Fi

For short-range wireless communication, Wi-Fi technology is used. It allows for the transfer of data or connection to the internet for mobile devices

Wi-Fi

IEEE 802.11 standard is responsible for facilitating Wi-Fi communication between devices. Modern mobile devices have the feature to act as Wi-Fi Hotspots to enable other nearby devices to access the internet. Wi-FI Direct is another standard that helps devices to establish direct communication without the need to have a wireless router

802.11a (IEEE 802.11a-1999)
802.11b (IEEE 802.11b-1999)
802.11g (IEEE 802.11g-2003)
802.11n (IEEE 802.11n-2009)
802.11n 5GHz
802.11ac (IEEE 802.11ac)
Dual band
Wi-Fi Hotspot

Bluetooth

For short-distance wireless data transfer, Bluetooth technology is used. It is secure and allows easy transfer of data

Version

This technology is available in many versions to improve connectivity, range, speed, and discoverability of devices — Bluetooth device version

5.0

USB

An industry-standard technology Universal Serial Bus (USB) is used to transfer data between different types of electronic devices

Version

Universal Serial Bus (USB) is characterized by different versions. They are USB 1.0, USB 2.0 and USB 3.0. With USB 3.0 being the fastest and USB 1.0 is the slowest

2.0
Features

USB technology can be used by mobile devices for performing functions like battery charging, mass storage, hosting, and others

Charging
Proprietary
Mass storage

Headphone jack

For a headphone connection, a headphone jack is installed on the top or bottom of the mobile device.
The most common type is a 3.5 mm round jack that helps the mobile device to connect with other audio systems

Headphone jack

Details whether the device comes with a built-in 3.5 mm audio jack

No

Connectivity

Connectivity interfaces supported by the phone

PC sync
OTA (Over-The-Air) sync
Tethering
NFC
VoLTE

Battery

Batteries of mobile devices come in various technology and capacity specifications. They store the electrical charge required by the device to perform different functions

Type

Chemicals and structures make different types of batteries. Lithium-ion or Li-Ion batteries and lithium-ion polymer or Li-Polymer batteries are the most widely used batteries for mobile devices

Li-Ion
Capacity

The capacity of the battery denotes the maximum electrical charge it can hold. It is measured in milliampere hours

3174 mAh (milliampere-hours)

Specific Absorption Rate (SAR)

The quantum of electromagnetic radiation digested by the human body is measured using the SAR rating, which is expressed in W/kg

Head SAR (USA)

Holding the phone near the ear in talk position exposes the body to electromagnetic radiation. SAR Head rating measures the level of maximum exposure to the radiation. The FCC and the CTIA have specified a maximum SAR of 1.6 W/kg per 1 gram of tissue for handheld devices in the USA

1.16 W/Kg
Body SAR (USA)

SAR rating denotes the maximum level of exposure to electromagnetic radiation when the device is held at the hip level. SAR Body rating measures the level of maximum exposure to the radiation. The FCC and the CTIA have specified a maximum SAR of 1.6 W/kg per 1 gram of tissue for handheld devices in the USA

1.17 W/Kg
Head SAR (EU)

Holding the phone near the ear in talk position exposes the body to electromagnetic radiation. SAR Head rating measures the level of maximum exposure to the radiation. The CENELEC has specified a maximum SAR of 2 W/kg per 10 g of tissue for handheld devices in Europe. It follows the ICNIRP Guidelines 1998 and adheres to IEC standards

0.99 W/Kg
Body SAR (EU)

SAR rating denotes the maximum level of exposure to electromagnetic radiation when the device is held at the hip level. The CENELEC has specified a maximum SAR of 2 W/kg per 10 g of tissue for handheld devices in Europe. It follows the ICNIRP Guidelines 1998 and adheres to IEC standards

0.99 W/Kg

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