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iPhone hardware

iPhone hardware encompasses the physical and electronic components of Apple's series of smartphones, first introduced on June 29, 2007, as a revolutionary device combining , playback, and capabilities. Central to its design are custom A-series system-on-a-chip () processors, high-resolution Super XDR displays using technology, advanced multi-camera systems supporting and 4K video recording, lithium-ion batteries optimized for all-day usage, and integrated security features like the Secure Enclave and biometric authentication. These elements have evolved across over 25 generations, emphasizing seamless integration, premium materials such as frames in recent Pro models, and environmental durability with IP68 water and dust resistance. Since its inception, iPhone hardware has undergone significant advancements driven by Apple's focus on performance, efficiency, and user experience. Early models featured a 3.5-inch LCD display, a single 2-megapixel camera, and the original ARM-based processor, marking the shift to multi-touch interfaces. By the iPhone 4 in 2010, hardware introduced the Retina display with 326 pixels per inch (ppi) resolution and a 5-megapixel rear camera, while the iPhone X in 2017 pioneered OLED screens, wireless charging via Qi standard, and Face ID using TrueDepth camera technology. Subsequent innovations include the A12 Bionic chip's introduction of the Neural Engine for machine learning in 2018, 5G connectivity starting with the iPhone 12 in 2020, and Ceramic Shield glass for enhanced durability from the same year. Recent developments, as of 2025, feature the A19 Pro chip built on a 3-nanometer process with a 16-core Neural Engine, 48-megapixel Fusion cameras enabling up to 8x optical-quality zoom on Pro models, and USB-C ports compliant with USB 3 speeds on flagship devices. Battery life has progressively improved, with models like the iPhone 17 Pro Max offering up to 39 hours of video playback through efficient power management and larger capacities. The hardware's modularity is limited by Apple's integrated ecosystem, prioritizing repairability notifications for genuine parts since iOS 15.2, while emphasizing sustainability through recycled materials like 100% recycled aluminum in enclosures. This closed architecture enables tight optimization between hardware and software, supporting features such as Dynamic Island for notifications on notched displays and technology for adaptive 120Hz refresh rates on Pro variants. Overall, iPhone hardware defines a for premium mobile devices, influencing industry standards in processing power, imaging, and design aesthetics.

Physical Design

Build Materials and Durability

The 's build materials have evolved significantly since its debut in 2007, prioritizing a balance of , weight, strength, and manufacturability. Early models, such as the original and series, featured aluminum unibody constructions, valued for their lightweight properties ( of approximately 2.7 g/cm³) and ease of anodization for color options. Premium variants from the (2017) through the (2022) adopted surgical-grade frames, offering superior rigidity and a premium tactile finish but at the cost of added weight due to steel's higher (around 8 g/cm³). The and iPhone 16 Pro (2023–2024) shifted to aerospace-grade Grade 5 titanium (Ti-6Al-4V ) frames, which provide a high strength-to-weight ratio with a of 4.43 g/cm³ and yield strength exceeding 800 , reducing overall device weight by about 9–10% compared to prior Pro models while maintaining resistance and . The iPhone 17 Pro series (2025) reverted to a unibody aluminum frame using 7000-series , which offers improved thermal conductivity compared to , aiding in heat dissipation during intensive tasks with the A19 Pro chip, and further weight reduction for improved . Durability enhancements extend to water and dust resistance, standardized with the IP68 rating under IEC 60529 introduced in the (2016) and maintained across all subsequent models, including the iPhone 17 lineup. This rating certifies complete dust protection (the "6") and submersion survival in up to 6 meters of fresh water for 30 minutes (the "8"), achieved through precision-engineered seals around ports, buttons, and the enclosure without relying on physical flaps. Apple conducts additional in-house testing beyond IEC standards, simulating real-world exposure to chlorinated pool water, saltwater, and beverages, though the company notes that resistance may degrade over time due to normal wear. The front cover glass received a major upgrade with Ceramic Shield, debuting on the iPhone 12 series (2020) in collaboration with Corning Incorporated. This nanocrystalline glass-ceramic material integrates nano-ceramic crystals into alkali-aluminosilicate glass, delivering four times the drop performance of the previous iPhone's glass (which used Corning Gorilla Glass) when tested from 1 meter onto rough surfaces like asphalt. Ceramic Shield's Vickers hardness exceeds that of standard ion-exchanged glass, enhancing scratch resistance while preserving optical clarity, and it has been refined in iterations for models up to the iPhone 17. The rear panel consists of color-infused glass, providing wireless charging compatibility and, since the iPhone 12, an embedded ring of magnets within the glass laminate to enable MagSafe accessory attachment and precise 15W wireless power alignment without compromising the seamless aesthetic.

Form Factors and Dimensions

The iPhone's form factors have evolved significantly since its debut, transitioning from compact, bezel-heavy designs to larger, edge-to-edge with minimized borders. The original , released in 2007, featured a 3.5-inch in a body measuring 115.5 mm in height, 61 mm in width, and 11.6 mm in depth, weighing 135 grams. By 2025, the lineup spans multiple sizes, with the base iPhone 17 at 149.6 mm x 71.5 mm x 7.95 mm and 177 grams for its 6.3-inch , while the iPhone 17 Pro Max reaches 163.4 mm x 78.0 mm x 8.75 mm and 233 grams for a 6.9-inch screen. This progression reflects Apple's shift toward taller aspect ratios and varied sizes to accommodate diverse user preferences, from the single-size original to offerings like the ultra-thin iPhone Air at 156.2 mm x 74.7 mm x 5.64 mm and 165 grams. The evolution of the front-facing cutout has prioritized screen real estate while housing essential components like the front camera and sensors. Early models from 2007 to 2017 used a top bezel to conceal the earpiece and front camera, maintaining a uniform display surface. The in 2017 introduced the —a rectangular cutout—for the TrueDepth camera system enabling . This design persisted through subsequent models until the in 2022 replaced it with the Dynamic Island, a pill-shaped, interactive cutout that dynamically expands for notifications and controls. By the iPhone 17 base models in 2025, the Dynamic Island is refined into a narrower pill-shaped form for the TrueDepth system, reducing visual intrusion. Button layouts have adapted to gesture-based navigation and specialized functions, enhancing ergonomics. The Home button, a central capacitive or physical element for navigation and , defined models from the 2007 original through the , , and later variants up to 2019. Face ID's introduction on the eliminated it on flagship lines, shifting to side and volume buttons. The in 2023 replaced the traditional mute switch with the customizable Action button on the left side, allowing quick access to functions like silencing or activating modes. The iPhone 16 series in 2024 added the Camera Control button below the power button on the right side, enabling haptic adjustments for , , and mode switching directly from the hardware. Thickness has decreased over generations to improve portability without sacrificing battery or performance, with notable reductions in recent years. For instance, the in 2019 measured 8.3 mm thick, accommodating its dual-camera bump and 3110 mAh . This slimmed to 7.8 mm on the iPhone 16 in 2024, and further to 5.64 mm on the 2025 iPhone Air variant, enabled by stacked components and advanced thermal management. Weights vary by chassis material, balancing durability and handling. Aluminum frames in base models, like the original at 135 grams or the at 177 grams, prioritize lightness. Stainless steel in early Pro models, such as the at 206 grams, added premium heft for rigidity. Titanium adoption from the onward reduces this, with the at 187 grams (19 grams lighter than its steel predecessor) and the at 206 grams despite larger batteries.
ModelMaterialDimensions (mm)Weight (g)Source
Aluminum115.5 x 61 x 11.6135
Aluminum150.9 x 75.7 x 8.3194
146.6 x 70.6 x 8.25187
iPhone 17 (2025)Aluminum149.6 x 71.5 x 7.95177
iPhone 17 Pro Max (2025)Aluminum163.4 x 78.0 x 8.75233
iPhone Air (2025)Aluminum156.2 x 74.7 x 5.64165

Display System

Display Technologies

The iPhone's display technology began with liquid crystal displays (LCDs) in the original 2007 model, featuring a 3.5-inch panel with a resolution of 320×480 pixels at 163 pixels per inch (ppi). All iPhones from 2007 through the iPhone 8 and iPhone 8 Plus in 2017 utilized LCD technology, which relied on backlighting to produce images and offered reliable color reproduction but limited contrast ratios compared to emerging alternatives. This era prioritized durability and readability, with progressive improvements in brightness and resolution, such as the Retina display introduction in the iPhone 4 (2010) at 326 ppi. The shift to organic light-emitting diode (OLED) displays occurred with the iPhone X in 2017, introducing a 5.8-inch Super HD panel that eliminated the for deeper blacks and higher . OLED adoption expanded to Pro models with the Super XDR designation starting in the (2019), enhancing (HDR) capabilities through better peak brightness and color volume. By 2025, all iPhone models incorporate OLED, with non-Pro variants like the iPhone 16 using standard Super XDR and Pro models adding advanced features for professional-grade visuals. Resolution has scaled dramatically, from the original 320×480 to the iPhone 17 Pro Max's 6.9-inch display at 2868×1320 pixels and 460 in 2025, enabling sharper details for and applications. ProMotion technology, which supports adaptive refresh rates from 1Hz to 120Hz for smoother scrolling and reduced , debuted in the (2021) and, starting with the iPhone 17 lineup in 2025, is available across all models. This variable rate optimizes performance, dropping to lower frequencies for static content to conserve battery. HDR support via enhances and , allowing s to render lifelike highlights and shadows in compatible video content. Peak brightness has advanced to 2000 nits for outdoor visibility in the iPhone 16 series (2024), reaching 3000 nits in the iPhone 17 Pro models (2025) and surpassing previous generations' 1000 nits typical levels and improving usability in direct sunlight. The feature, launched in the (2022), leverages low-temperature polycrystalline oxide (LTPO) panels to maintain a 1Hz , showing glanceable information like time and notifications while minimizing power draw compared to full 60Hz operation during idle states. Color accuracy received a boost with the P3 wide color gamut in the (2016), covering 25% more colors than standard for more vibrant reds and greens in photos and videos. True Tone, introduced in the (2017), uses ambient light sensors to dynamically adjust the display's white balance and intensity, matching surrounding lighting for reduced —such as warming tones in incandescent environments or cooling them in daylight. These features collectively ensure iPhone displays deliver cinema-quality visuals with minimal power overhead.

Touch Input Features

The iPhone's touch input system relies on capacitive technology, introduced with the original in , which detects multiple contact points on the screen through changes in electrical charge at the touch locations. This enables core gestures like pinching to zoom or swiping to scroll, with models supporting up to five simultaneous touch points. In 2015, the and 6s Plus debuted 3D Touch, a pressure-sensitive enhancement using force-sensing capacitors embedded within the display's multiple layers to measure applied force in real time. This allowed for three distinct pressure levels—light, medium, and firm—calibratable by users, powering interactions such as Peek (a light press to preview content) and Pop (a firmer press to open it). 3D Touch remained a feature through the in 2018 but was discontinued in 2019 with the series to streamline hardware design. Apple replaced 3D Touch with Haptic Touch starting in the of 2018, shifting to a software-driven long-press mechanism that simulates pressure detection without physical force sensors. This relies on contextual algorithms to trigger actions like app shortcuts after a sustained touch, paired with subtle vibrations from the Taptic Engine for feedback. Haptic Touch has since become the standard across all models, offering similar functionality to 3D Touch while reducing display complexity. iOS 13, released in 2019, expanded touch input with the QuickPath swipe-to-type keyboard, enabling word entry by gliding a finger across letters without lifting, and refined for seamless switching via edge swipes and bottom-bar pulls. These rely on elevated touch sampling rates of up to 120 Hz in Pro models, ensuring low-latency response for precise control during swipes and holds. Explorations into under-display Touch ID for the iPhone 17 surfaced as rumors in 2025, but Apple confirmed its absence at launch, opting to retain Face ID as the primary biometric method.

Sensors

Environmental and Motion Sensors

The iPhone incorporates a suite of environmental and motion sensors to detect surrounding conditions and device orientation, enabling features such as automatic screen adjustments, step tracking, and augmented reality applications. These sensors have evolved since the original iPhone's launch, integrating micro-electro-mechanical systems (MEMS) technology for precise measurements of light, proximity, acceleration, rotation, magnetic fields, and atmospheric pressure. , introduced with the original in 2007, utilizes an infrared () (LED) paired with a to detect nearby objects by measuring reflected IR light. This sensor deactivates the and during phone calls when an object, such as the user's , is within approximately 1-5 cm, conserving and preventing accidental inputs. , also debuting in , measures in to automatically adjust display brightness for optimal visibility and , with a typical detection range from about 0.1 to 100,000 covering indoor to outdoor conditions. This employs photodiodes sensitive to visible light wavelengths, integrating with the iPhone's display system to adapt to varying environmental lighting without user intervention. , a three-axis device present since 2007, detects linear acceleration along the x, y, and z axes with a sensitivity range up to ±, allowing the to sense tilt, shake, and motion for screen orientation changes and activity tracking like the Step Counter in . Early models used the LIS302DL chip, which provides digital output for real-time processing of gravitational and dynamic forces. Gyroscope, added starting with the in 2010, is a three-axis sensor that measures for enhanced , supporting up to 2000 degrees per second (dps) across selectable full scales of ±250, ±500, or ±2000 dps. Based on the L3G4200D, it complements the to enable precise 6-axis inertial tracking for , , and . Magnetometer, integrated from the in 2009, functions as a digital compass by sensing the across three axes with a typical of ±8 gauss, providing directional heading data accurate to within a few degrees when calibrated. Devices like the AKM8973A chip output raw strength in microteslas, enabling features such as overlays and location-aware apps. Barometer, introduced with the in , measures absolute in hectopascals () over a range of 300-1100 , translating pressure changes into altitude estimates with approximately 1 meter accuracy for indoor floor detection and tracking. It supports features like the always-on for elevation tracking in apps and applications. The Sensortec BMP280 chip delivers relative pressure accuracy of ±0.12 , supporting applications like elevation gain in workouts and weather-dependent features. In the iPhone 17 series released in 2025, the (UWB) chip receives upgrades for enhanced spatial awareness, improving precision in device-to-device ranging and directional finding beyond traditional motion sensors. This upgraded second-generation UWB chip (), building on the U1 chip, enables finer-grained proximity interactions and ecosystem integrations like AirTags and .

Biometric Sensors

Biometric sensors in iPhones enable secure user through and technologies, integrated directly into the device's for seamless and privacy-focused operation. Introduced with the in 2013, utilizes a capacitive sensor embedded in the Home button, covered by a durable layer to protect the sensing surface while allowing precise readings. This sensor operates at a resolution of 500 pixels per inch (), capturing detailed sub-epidermal layers of the for reliable matching. Touch ID data is processed and stored within the Secure Enclave, a dedicated isolated from the main system-on-a-chip () that was first implemented in the A7 chip of the . The Secure Enclave encrypts biometric information using device-specific keys, ensuring it never leaves the hardware and remains inaccessible even to Apple. To prevent spoofing attempts, such as fake fingerprints, the capacitive technology incorporates liveness detection by measuring electrical properties of living tissue, enhancing security beyond simple . Transitioning to facial recognition, debuted on the in 2017 via the TrueDepth camera system, which combines multiple components for facial mapping. The system features a dot projector that emits over 30,000 invisible dots onto the user's face, an camera to capture the distorted pattern for depth analysis, and a flood illuminator to ensure visibility in varying lighting conditions. This hardware setup achieves a false acceptance rate where the probability of a random person unlocking the device is approximately 1 in 1,000,000, significantly higher than Touch ID's 1 in 50,000. Face ID relies on the Neural Engine within the A11 Bionic SoC for real-time processing of the facial , enabling accurate authentication even in low-light environments through illumination independent of visible light. Additional features like Attention Awareness use the same to detect if the user is actively looking at the screen, preventing accidental activations and supporting functionalities such as maintaining display brightness during reading or pausing media playback when the device is set down. Biometric for Face ID is similarly secured in the Secure Enclave, with anti-spoofing enhanced by the that distinguishes real faces from photos or masks. As of 2025, Face ID remains the primary biometric method across iPhone models, with ongoing hardware refinements focused on integration rather than fundamental redesigns.

Processing and Storage

System on a Chip

The (SoC) in iPhones is a custom-designed processor, known as the A-series, which integrates the (CPU), (GPU), (NPU), image signal processor, and other components into a single chip to optimize performance, power efficiency, and integration. Introduced with the in 2010, the A-series has evolved from reliance on licensed architectures to increasingly proprietary designs, enabling advanced features like hardware-accelerated ray tracing and on-device . The A-series began with the SoC, a 32-bit ARM-based chip manufactured by on a , featuring a single-core CPU clocked at 1 GHz for basic multitasking and media playback. Subsequent generations scaled core counts, process nodes, and custom microarchitectures, culminating in the A19 for the iPhone 17 and A19 for the iPhone 17 in 2025, built on TSMC's second-generation with a 6-core CPU reaching up to 4.26 GHz. The base A19 features a 5-core GPU, while the A19 has a 6-core GPU. This progression reflects Apple's shift toward higher transistor densities—such as 19 billion in the A17 Pro—and enhanced efficiency for demanding applications like gaming and . iPhone SoCs employ a hybrid CPU with high-performance cores for intensive tasks and efficiency cores for background operations, typically configured as 2 performance + 4 efficiency cores since the A11 Bionic. In the A17 Pro, for example, the two performance cores ( codenamed ) operate up to 3.78 GHz, paired with four efficiency cores at up to 2.11 GHz, delivering balanced power for and real-time rendering. The A19 Pro maintains this 6-core layout (2 performance + 4 efficiency) but boosts peak speeds to 4.26 GHz on performance cores, supporting sustained high-load workloads without excessive thermal throttling. GPU advancements in recent A-series chips emphasize parallel processing for graphics-intensive tasks, with core counts ranging from 5 in base models to 6 in Pro variants, all leveraging Apple's Metal API for developer access to hardware features. The A17 Pro introduced a second-generation 6-core GPU with dedicated hardware for ray tracing and mesh shading, enabling console-level effects in games like ray-traced lighting and shadows at 60 frames per second. The A19 Pro refines this with a 6-core GPU including neural accelerators, offering up to 65% higher compute scores than the A17 Pro while maintaining the same core count, through improvements in dynamic caching and clock speeds up to 1.62 GHz. The Neural Engine, Apple's dedicated for , evolved from 2 cores in the A11 Bionic to 8 cores in the A12 and A13, scaling to 16 cores starting with the A14 Bionic, accelerating tasks such as image recognition, , and . In the A17 Pro, it performs up to 35 trillion operations per second (), doubling prior generations' capacity for on-device AI like real-time in the camera app. The A19 Pro's 16-core Neural Engine builds on this foundation, handling advanced AI workloads including enhanced interactions and generative models, though specific ratings emphasize efficiency over raw peak metrics in Apple's disclosures. Modem integration has transitioned from third-party Qualcomm Snapdragon solutions to Apple's in-house designs, starting with the C1 in select 2025 models and expanding across the 17 lineup. Early iPhones relied on modems for 5G connectivity supporting sub-6 GHz and mmWave bands; by the iPhone 17 Pro, high-end variants continue using the X80 for full mmWave and sub-6 GHz with 4x4 , while base and Air models incorporate the Apple C1X modem optimized for sub-6 GHz efficiency and battery life. This hybrid approach ensures broad compatibility, with mmWave limited to U.S. models for ultra-high-speed urban coverage.

Memory and Storage

The iPhone employs a unified memory architecture, where (RAM) is shared directly with the (SoC) via an integrated , enabling efficient data access for processing tasks. The original iPhone (2007) featured 128 MB of RAM, sufficient for its basic multitasking needs at the time. Over subsequent generations, RAM capacity has progressively increased to support more demanding applications and multitasking; for instance, the (2018) introduced 4 GB, while the and iPhone 16 series reached 8 GB. The iPhone 17 Pro (2025) upgrades to 12 GB of LPDDR5X RAM, while the base iPhone 17 has 8 GB, offering higher bandwidth and power efficiency for advanced features like on-device AI processing. iPhone storage relies on NAND flash memory, first implemented in the original 2007 model with capacities starting at 4 GB. This has evolved to support up to 2 TB in the iPhone 17 Pro Max (2025), accommodating large media libraries and apps. Since the iPhone 6s (2015), Apple has utilized the NVMe protocol over PCIe for storage interfacing, which provides low-latency access compared to earlier eMMC standards. All iPhone storage is soldered directly to the logic board, preventing user upgrades and ensuring a compact design. In recent models like the iPhone 17 Pro, higher-capacity variants offer improved sequential read and write speeds, enhancing file transfer and app launch times. The iPhone integrates its flash storage with the (APFS), introduced in 10.3 (2017) to replace the older HFS+. APFS is specifically optimized for flash media, incorporating features like space sharing across volumes and built-in to distribute write operations evenly, thereby extending the lifespan of NAND cells. The iPhone 17 (2025) base models benefit from enhanced NVMe storage implementations, resulting in faster app loading and overall system responsiveness compared to prior generations.

Power Management

Battery Specifications

The iPhone has utilized lithium-ion polymer (LiPo) batteries since its debut in , offering a flexible pouch-style design that enables compact integration within the device's slim . The original iPhone featured a 1400 mAh capacity battery, providing up to 8 hours of talk time under ideal conditions. Over successive generations, battery capacities have scaled significantly to meet demands for longer usage and more power-intensive features, reaching 5088 mAh in the iPhone 17 Pro Max released in 2025. iPhone batteries employ a stacked pouch , where multiple thin layers of , , and materials are layered like pancakes and sealed in a flexible aluminum-laminated pouch. This design, refined in models starting with the , allows for efficient space utilization by conforming to the device's internal , maximizing volume without increasing overall thickness. The integration reduces wasted space, enabling higher in a chassis-constrained environment. These batteries are rated for full charge cycles while retaining at least % of original in models up to the , reflecting the chemical stability of their nickel-cobalt-aluminum (NCA) composition paired with a . Later models, such as the series and beyond, achieve 1000 cycles to the same retention threshold due to optimized cell chemistry and manufacturing. The nominal cell voltage stands at 3.8 V, supporting efficient power delivery across the device's components. Thermal management in iPhone batteries relies on hardware elements like graphite thermal interface sheets layered adjacent to the cells to dissipate heat effectively during operation. This approach, combined with the inherent efficiency of the system-on-chip, maintains safe operating temperatures without relying on active cooling. The iPhone 17 Slim (also known as Air) variant incorporates silicon-anode technology in the battery cells, enabling higher energy density that allows for larger capacities despite the model's thinner body profile. This advancement results in a 3,149 mAh battery for the Slim model, representing a relative increase in volumetric efficiency over prior thin-form designs.

Charging and Power Features

The iPhone's charging hardware has evolved significantly since its introduction, transitioning from proprietary connectors to universal standards while enhancing power delivery capabilities. From the original in 2007 through the in 2022, Apple utilized the 30-pin until 2012, when the reversible port was introduced with the , enabling up to 5W charging initially and supporting data transfer alongside power. The port remained the standard until the series in 2023, which adopted the port in compliance with regulatory requirements, allowing for faster data speeds up to 10 Gbps on Pro models and wired charging up to approximately 27W using USB Power Delivery (PD) protocols. By the iPhone 17 in 2025, USB-C charging hardware supports peak input of up to approximately 28W on standard models and up to 40W on Pro models with compatible 40W adapters as of September 2025, leveraging voltage profiles such as 9V at up to 3A for efficient power negotiation via the integrated (PMIC). This PMIC, typically sourced from suppliers like or , regulates voltage and current to achieve up to 50% charge in about 20 minutes under optimal conditions, prioritizing thermal management to prevent overheating during high-wattage sessions. Wireless charging hardware debuted with the iPhone 8 in 2017 via the Qi standard at 7.5W, but the iPhone 12 series in 2020 introduced MagSafe, a magnetic alignment system using an array of 18 neodymium magnets around a copper charging coil to enable precise 15W charging. The MagSafe charger employs inductive coupling through a resonant coil design, compatible with Qi-certified accessories, and includes foreign object detection to ensure safety. In 2025, iPhone 17 models gained Qi2 certification, upgrading MagSafe to up to 25W wireless charging with enhanced magnet arrays for better efficiency and accessory attachment, such as cases and wallets. This certification aligns with the Wireless Power Consortium's standards, allowing broader interoperability while maintaining Apple's proprietary magnet ring for alignment. Improved GaN (gallium nitride) adapter compatibility in the iPhone 17 further optimizes wired and wireless power delivery, reducing heat generation in compact chargers up to 35W. Reverse charging capabilities were first introduced with the in 2023, initially limited to wired power sharing via at up to 4.5W for accessories like cases. Overall, these advancements in charging hardware emphasize safety features like overvoltage protection and thermal throttling, integrated into the PMIC to balance speed and device longevity.

Camera System

Rear Camera Hardware

The rear camera system of the has evolved significantly since its debut, beginning with a simple 2-megapixel fixed-focus in the original released in 2007. This early lacked , , or video capabilities, prioritizing basic photo capture in a compact module. Over subsequent generations, Apple transitioned to with increasing resolution and advanced features, culminating in the iPhone 17 series (2025), which features a 48-megapixel main measuring approximately 1/1.3 inches with 0.7-micrometer pixels, enabling higher detail and low-light performance through pixel binning. Lens configurations advanced to support multi-camera arrays starting with the in 2019, introducing a triple 12-megapixel setup comprising wide, ultra-wide, and telephoto lenses. The wide lens offers an f/1.8 for standard , the ultra-wide provides a 120° with an f/2.4 for expansive scenes, and the telephoto delivers 2x optical via an f/2.0 design. Pro models since the have incorporated 5x optical using a tetraprism , which folds light path to achieve longer focal lengths in a slim profile without extending the module depth. By the iPhone 17 (2025), this evolves further with a 48-megapixel ultra-wide (f/2.2 , 120° ) and a 48-megapixel tetraprism telephoto offering 5x to 10x optical range at 100-200 mm equivalent focal lengths. Optical image stabilization (OIS) was first introduced in the iPhone 6 Plus (2014) using traditional lens-based motors to counteract hand shake, available only on the larger model with an 8-megapixel sensor. Apple later adopted sensor-shift OIS, debuting in the iPhone 12 Pro Max (2020) where the itself moves for stabilization, improving video smoothness and low-light sharpness on the 12-megapixel main camera. This technology expanded to all Pro models thereafter, with second-generation implementations in the iPhone 17 series enhancing gyroscopic compensation across the 48-megapixel Fusion sensors. Pro models since the (2020) have also included a scanner, a (VCSEL) module that measures distance using time-of-flight for faster in low light, improved depth sensing for applications, and enhanced features like Night mode portraits. Hardware supporting includes quad-Bayer color filter arrays in 48-megapixel sensors since the , which group four pixels under each color filter for improved light sensitivity and via binning to 12-megapixel outputs. (PDAF), branded by Apple as Focus Pixels, enables rapid focusing; early implementations in the used partial coverage, but modern sensors like those in the iPhone 17 achieve 100% pixel coverage for precise detection across the entire frame. These elements form the core physical modules, with crystal covers protecting against scratches in all rear arrays.

Front Camera and Sensors

The front-facing camera debuted on the in 2010 with a 0.3-megapixel VGA designed primarily for video calls. Resolution advanced modestly in subsequent models, reaching 1.2 megapixels on the in 2012 for improved video recording, then jumping to 5 megapixels on the in 2015 with added Flash for better low-light selfies. By the in 2016, it increased to 7 megapixels supporting Live Photos, a resolution that persisted through the series in 2018 with enhancements like Smart HDR. A significant leap occurred with the in 2019, introducing a 12-megapixel capable of video at 60 and Night mode for selfies, which became the standard across subsequent models including the through 16 series, often paired with computational features like Deep Fusion for sharper images. In 2025, the iPhone 17 series upgraded to an 18-megapixel Center Stage front camera with an f/1.9 aperture, enabling tap-to-rotate functionality and maintaining video up to 60 while improving low-light performance through Photonic Engine processing. The TrueDepth system, launched with the in 2017, integrates depth-sensing hardware directly with the front camera to enable facial mapping. It comprises a 1-megapixel () camera for capturing depth data, a dot projector that emits over 30,000 invisible dots to generate a structured pattern for precise , and a flood illuminator that projects even to illuminate the face in low-light environments, ensuring reliable depth mapping up to several meters. This hardware has remained consistent across all models from the onward, evolving software-wise to support advanced effects and portrait lighting without altering the core components. Beginning with the iPhone 14 in 2022, Apple incorporated autofocus using Focus Pixels into the front camera, allowing sharper selfies at varying distances from 10 cm to infinity, a shift from the prior fixed-focus design. iPhone 15 Pro models introduced optical image stabilization (OIS) for the front sensor, reducing shake during video recording and enabling smoother Cinematic mode clips with automatic subject tracking. These hardware additions, retained in later generations including the iPhone 17, prioritize video stability and focus accuracy for features like Center Stage, which dynamically frames users in group calls.

Audio and Haptics

Audio Components

The iPhone's audio output system incorporates stereo speakers starting with the iPhone 7 in 2016, featuring a bottom-firing driver paired with the earpiece as the second channel to deliver balanced sound. The iPhone 7 also removed the 3.5 mm headphone jack, shifting audio output to Lightning connector or wireless options. This configuration provided improved sound quality and volume in the iPhone X in 2017, with the earpiece speaker combining with the bottom unit for stereo playback. The built-in speakers support Spatial Audio with Dolby Atmos decoding, enabling immersive, three-dimensional sound reproduction on compatible content. The in iPhones typically consists of four units positioned for optimal capture during calls and recordings, with advanced noise cancellation and to focus on the user's voice and suppress background interference; these features saw enhancements in the alongside IP67 water resistance. Since the , these microphones are protected by waterproof membranes to achieve IP67 and later IP68 ratings, allowing water resistance without compromising audio input quality. Audio processing, including codec functionality for formats such as and decoding, is integrated directly into the A-series (SoC), handling encoding, decoding, and spatial effects efficiently within the device's unified architecture. In the iPhone 17 lineup released in 2025, the setup features a four-mic with hardware-optimized wind , improving clarity in outdoor recording scenarios by algorithmically filtering gust .

Taptic Engine

The Taptic Engine is Apple's proprietary linear resonant actuator (LRA) that provides advanced haptic feedback in devices by replacing traditional eccentric rotating mass (ERM) vibration motors with a mechanism capable of generating precise, customizable waveforms. Introduced in the in 2016, it marked a significant upgrade from the initial implementation in the , offering stronger, crisper s that simulate physical interactions like button presses or scrolling, even perceptible through protective cases. Apple's custom design employs a within the LRA, enabling rapid oscillations of a suspended on springs to produce distinct tactile patterns, with a resonant frequency typically ranging from 110 to 130 Hz for optimized sharpness and efficiency. This setup supports over 20 predefined haptic styles through iOS , such as subtle notifications, impact effects, or success confirmations, enhancing responsiveness without relying on simple buzzing. The Taptic Engine integrates directly with touch features like 3D Touch (introduced in ) and its successor Haptic Touch, delivering context-aware feedback—such as varying pressure intensities—for actions like peeking at content or long-pressing icons, all controlled dynamically by the system's on-chip . Its power efficiency stems from the LRA's resonant operation, which requires less energy than ERM motors for equivalent output, typically under 50 mW per short actuation while minimizing overall battery impact. Apple has patented a shock-resistant design for future iterations of the Taptic Engine as of 2025, potentially improving durability and fidelity for immersive applications like , where it supports more nuanced, low-latency vibrations synchronized with on-screen events through .

Connectivity

Wireless Technologies

The iPhone's cellular connectivity has progressed significantly since its debut, beginning with support for in the original 2007 model via an Infineon , which enabled basic speeds up to 384 kbps for web browsing and email. The (2008) introduced /HSDPA using an updated Infineon modem, achieving download speeds up to 7.2 Mbps and enabling faster and video streaming. () arrived with the (2012), powered by 's MDM9600 modem, supporting peak downloads of 100 Mbps and marking a shift to higher-bandwidth applications like HD video. capabilities debuted in the (2020) with 's Snapdragon X55 modem, offering sub-6 GHz bands for broad coverage and mmWave for ultra-high speeds up to 7.5 Gbps in supported regions, significantly enhancing download times for large files and experiences. Subsequent models advanced this with 's X60 (, 2021), X65 (, 2022), X70 (, 2023), and X71 (, 2024) modems, improving efficiency, , and mmWave performance for more reliable in diverse environments. In 2025, Apple introduced its first custom cellular modem, the C1, in the iPhone 16e (February release), supporting sub-6 GHz with enhanced power efficiency compared to prior chips, achieving comparable speeds while reducing battery drain during extended use. The iPhone 17 series (September 2025) reverted to 's Snapdragon X80 modem for its advanced AI-integrated features and support for sub-6 GHz and mmWave , delivering peak theoretical speeds over 10 Gbps and better global band compatibility. Wi-Fi hardware in iPhones has evolved to support faster, more efficient wireless local area networking, starting with 802.11b/g in the 2007 model for basic internet tethering at up to 54 Mbps. The iPhone 4 (2010) added 802.11n (Wi-Fi 4) with dual-band 2.4/5 GHz support, doubling throughput to 150 Mbps via MIMO technology. Wi-Fi 5 (802.11ac) debuted in the iPhone 6 (2014), enabling speeds up to 433 Mbps on the 5 GHz band for smoother streaming and file transfers. The iPhone 11 (2019) introduced Wi-Fi 6 (802.11ax) with 2x2 MIMO, improving efficiency in crowded networks through orthogonal frequency-division multiple access (OFDMA) and achieving up to 1.2 Gbps. iPhone 15 models (2023) added Wi-Fi 6E, extending to the 6 GHz band for tri-band operation (2.4, 5, and 6 GHz), reducing interference and boosting speeds to 2.4 Gbps in low-latency scenarios like gaming. The iPhone 16 series (2024) upgraded to Wi-Fi 7 (802.11be), supporting multi-link operation across bands for theoretical peaks over 5 Gbps and lower latency, enhancing augmented reality and multi-device connectivity. The iPhone 17 series (2025) continues Wi-Fi 7 support with the new Apple-designed N1 wireless chip for improved performance. Bluetooth radios in iPhones facilitate short-range connections for accessories and data transfer, beginning with version 2.1 in the original model for hands-free calling. 4.0 arrived with the (2011), introducing low-energy () mode for prolonged battery life in peripherals like trackers. Version 5.0 debuted in the and (2017), quadrupling range to 240 meters in ideal conditions and doubling speed to 2 Mbps, while enabling stable audio streaming. models (2022) adopted 5.3, adding enhancements like periodic advertising for faster device discovery and improved interference resistance. The 16 series (2024) retains 5.3, supporting Audio for high-quality, low-latency sound in features like spatial audio and precise location tracking via Auracast broadcasting. The 17 series (2025) upgrades to 6.0 for enhanced connectivity and efficiency. The controller, integrated since the (2014), operates at 13.56 MHz in the ISO/IEC 14443 and standards, primarily enabling secure contactless payments through by emulating a . Subsequent models expanded for peer-to-peer data exchange, tag reading, and writer functionality via the Core NFC framework, with hardware supporting speeds up to 424 kbps for quick transactions. All iPhones from the onward include an upgraded chip compatible with Express Transit for faster payments. Ultra-wideband (UWB) radios, introduced with the U1 chip in the (2019), use low-power, high-bandwidth pulses across 3.1–10.6 GHz for centimeter-level precision in location services, powering features like directional and Precision Finding for AirTags with an effective range of about 10–20 meters indoors. The second-generation UWB chip () appeared in the (2023), doubling antenna area for improved signal strength and extending reliable precision tracking to 50 meters in open spaces, enhancing ecosystem integration for items like keys and wallets. In the iPhone 17 series (2025), the UWB hardware continues to support FiRa-compliant ranging for cross-platform compatibility and advanced spatial awareness in applications.

SIM Card and Physical Ports

The iPhone has utilized a nano-SIM card tray since the , introduced in 2012, which adopted the smaller nano-SIM form factor standardized by the (ETSI) to enable a more compact design while maintaining compatibility with cellular networks. This tray, typically located on the side of the device, allows for easy insertion and removal of physical SIM cards using a specialized ejector tool provided by Apple. Dual-SIM functionality, combining a physical nano-SIM with an , was first introduced with the in 2018, enabling users to manage two separate phone numbers simultaneously for calls, texts, and data without needing two physical cards. eSIM technology in iPhones relies on embedded (eUICC) chips that adhere to specifications for remote provisioning and management of network profiles, allowing seamless activation of cellular service without a physical SIM. These chips are integrated into the device's secure enclave during , supporting encrypted and switching between carriers. Recent models, including the 17 released in 2025, can store up to eight or more eSIM profiles at once, with two active simultaneously for dual-SIM operation, facilitating global travel and multi-line use. In certain regions like the , 17 variants are eSIM-only, eliminating the physical nano-SIM tray entirely to streamline the hardware. For physical connectivity, the iPhone transitioned from the proprietary port to starting with the lineup in 2023, driven by regulatory requirements for universal charging standards. The port on and later models supports USB 3.2 Gen 2 speeds of up to 10 Gbps for data transfer—approximately 20 times faster than the port's USB 2.0 limit of 480 Mbps—while maintaining for charging and accessory connections. This change enhances file transfer efficiency for high-resolution media and peripherals, though standard models are capped at USB 2 speeds. The 3.5 mm headphone jack was removed beginning with the in 2016 to prioritize resistance, slimmer design, and wireless audio adoption, with Apple providing -to-3.5 mm adapters for wired headphone compatibility. Cellular antenna systems in iPhones integrate bands directly into the metal frame for compactness and performance, supporting multiple frequency ranges for global 4G LTE and 5G connectivity, including sub-6 GHz and mmWave where applicable. Diversity antennas, often positioned at the top and bottom of the frame, enable multiple-input multiple-output (MIMO) configurations—such as 4x4 MIMO in recent models—to improve signal reception, reduce interference, and boost throughput in challenging environments like urban areas or indoors. This frame-integrated approach, refined since the iPhone 4, uses slots and insulators to isolate antenna elements while minimizing the impact on the device's structural integrity.

Security Hardware

Biometric and Payment Hardware

The Secure Enclave is a dedicated coprocessor introduced in the iPhone 5s in 2013, providing an isolated environment for handling sensitive data such as encryption keys and biometric information. It operates separately from the main A-series processor, ensuring that data like fingerprints or facial maps remains secure even if the device is compromised. Biometric authentication hardware began with Touch ID in the iPhone 5s, featuring a capacitive fingerprint sensor integrated into the home button. The sensor uses a steel ring to detect finger contact and captures a mathematical representation of the fingerprint, which is stored encrypted in the Secure Enclave without retaining an image. Touch ID evolved through subsequent models until the iPhone X in 2017 introduced Face ID, replacing the home button with a notch housing the TrueDepth camera system. This includes an infrared camera, flood illuminator, and dot projector that maps over 30,000 infrared dots to create a 3D facial model, also processed and stored in the Secure Enclave. Face ID hardware has since been refined for improved accuracy and speed across later models. The is a dedicated hardware chip introduced in the in 2014, designed to securely store payment keys and sensitive credentials isolated from the main processor. This chip operates as a tamper-resistant subsystem compliant with EMVCo standards, ensuring secure processing of payment transactions through certification via the EMVCo Security Evaluation process. The iPhone incorporates an (Near Field Communication) reader hardware component, enabling contactless payments through since the . This NFC hardware supports Host Card Emulation (HCE) for in-app contactless transactions starting with 17.4 in the (EEA), allowing developers to integrate secure payment flows without relying solely on the for certain operations. Additionally, Express Transit mode leverages for quick, authentication-free use of transit cards and passes, permitting payments by simply holding the device near a reader. Apple Pay integrates biometric authentication via or to authorize transactions, with the Secure Enclave processor generating hardware-encrypted tokens that are stored and verified within the . This setup ensures that biometric data never leaves the device, enhancing security by binding authorization to the specific hardware environment. For Apple Pay transactions, the handles tokenization by replacing the actual card number with a unique Device Account Number and generates a transaction-specific dynamic , akin to a one-time , to prevent replay attacks and unauthorized reuse. This process occurs entirely within the , maintaining from device provisioning to merchant verification.

Liquid Contact Indicators

Liquid Contact Indicators (LCIs) are small, non-resettable hardware features embedded in s to detect to water or other containing water. These indicators, present since the original in , function as diagnostic tools primarily for assessments by permanently altering their appearance upon . The ensures that technicians can verify past without the possibility of tampering. LCIs typically consist of moisture-sensitive stickers that change color from white or silver to fully red when exposed to liquid. This irreversible reaction occurs through a chemical process triggered by direct contact with water, distinguishing it from mere humidity fluctuations. Apple specifies that LCIs do not activate due to environmental humidity or temperature changes within the iPhone's operating parameters, which range from 5% to 95% noncondensing humidity and 0° to 35° C (32° to 95° F). Placement of LCIs is targeted at potential liquid entry points to maximize detection reliability. In models from the (introduced in 2012) onward, an externally visible LCI is located in the SIM card tray, accessible by ejecting the tray on the device's right side. Additional LCIs are positioned near the or USB-C charging port, and in pre-2016 models like the series, near the headphone jack. These microscopic stickers, often requiring close inspection or magnification, are integrated discreetly to avoid interfering with the device's aesthetics or functionality. The indicators are engineered with a sensitivity threshold that responds to direct liquid exposure, such as fresh or , but is calibrated to avoid false positives from normal atmospheric conditions. While exact activation times are not publicly detailed by Apple, the design prioritizes detection of meaningful contact sufficient to potentially cause damage, supporting non-resettable verification for claims. Liquid damage indicated by activated LCIs voids Apple's standard one-year limited , though regional consumer laws may provide additional protections. Even as iPhones achieve higher durability ratings, such as IP68 water resistance in models from the onward, LCIs remain a standard feature for legal and diagnostic purposes. For the iPhone 17 series (released in ), Apple confirms continued of LCIs in specified , underscoring their role in post-repair accountability despite enhanced sealing.

Included Accessories

Packaging Contents

The packaging for the original , released in 2007, included the device itself, a USB sync/ , stereo , a polishing cloth, and , providing a relatively comprehensive set of accessories in a compact designed to emphasize the product's experience. Over time, Apple has progressively minimized the contents to reduce and carbon emissions, with the lineup in 2020 marking a significant shift by omitting the power adapter and entirely, leaving only the device, a USB-C to , , and a SIM ejector tool, as part of broader environmental initiatives that reduced the packaging weight by 39%. As of the iPhone 17 models released in 2025, the standard box contents remain minimal, consisting of the iPhone device, a to braided cable, and essential documentation such as regulatory information and a quick-start guide. This approach continues Apple's strategy of encouraging users to reuse existing chargers and accessories, thereby reducing e-waste. The ejector , a small metal pin used to access the tray, has been included since the in 2008, evolving from basic wire designs to precision-machined versions in later models for durability and ease of use; however, it is not included in eSIM-only models such as those sold . Regional variations exist due to regulatory requirements; for instance, following the Union's 2024 mandate for universal charging ports on smartphones, Apple ensures compliance by standardizing the included cable across markets, but does not bundle additional chargers, aligning minimally with waste-reduction goals without altering the core contents. Since the in 2021, Apple has utilized 100% recycled for all materials, eliminating plastic components like trays and wraps to further its commitment to and a plastic-free goal by 2025. This eco-focused not only shrinks the box size but also incorporates responsibly sourced or recycled wood , contributing to a 60% reduction in Apple's overall since 2015 as of 2025.

Standard Included Items

The standard included items with iPhone purchases provide essential tools for setup, connectivity, and compliance, reflecting Apple's emphasis on minimalism and environmental responsibility. Inclusion of items like the SIM ejector tool varies by region and model, with eSIM-only variants (common in the US since ) omitting the physical tool. Since the series introduced ports, each device ships with a 1-meter to Charge Cable that supports fast charging up to 60 watts via USB Power Delivery and at USB 2.0 speeds of 480 Mbps. This cable is compatible with power adapters and computer ports, enabling efficient charging and file transfers without additional adapters for basic use. The same cable configuration carries over to the iPhone 17 lineup, maintaining consistency in bundled accessories. Documentation accompanies every iPhone, including a Quick Start Guide for initial setup, along with legal disclosures, safety information, and warranty details printed in multiple languages to support global users. These materials outline basic operations, such as powering on the device and connecting to , while directing users to Apple's online resources for comprehensive support. A precision SIM ejector tool, constructed from durable metal, is included to facilitate the insertion or removal of the nano- card tray on supported models in regions with physical SIM support. This small, specialized pin ensures safe ejection without damaging the device's SIM slot. To promote environmental and reduce , Apple discontinued inclusion of power adapters and wired EarPods starting with the in 2020, encouraging customers to reuse compatible existing accessories. This change has been maintained across subsequent models, including the and iPhone 17 series, aligning with Apple's goal of carbon neutrality by 2030.

References

  1. [1]
    The evolution of Apple's iPhone - Computerworld
    Sep 20, 2024 · The iPhone has come a long way since its arrival in 2007. Here's our look at every iPhone that Apple has released since the original iconic iPhone arrived in ...
  2. [2]
    Compare iPhone Models - Apple
    4.7 15K · Store nearby · Free deliveryCompare features and technical specifications for iPhone 17 Pro, iPhone 17 Pro Max, iPhone Air, iPhone 17, iPhone 16, iPhone 16e and many more.
  3. [3]
    About iPhone Parts and Service History - Apple Support
    Jul 8, 2025 · With iOS 15.2 and later, go to Settings > General > About to check the parts and service history of your iPhone.About genuine iPhone displays · About genuine iPhone cameras · Repair Assistant
  4. [4]
    iPhone 17 Pro and iPhone 17 Pro Max - Apple
    Aluminum unibody. Optimized for performance and battery. Aluminum alloy is remarkably light and has exceptional thermal conductivity.
  5. [5]
    About splash, water, and dust resistance of iPhone 7 and later
    These models have a rating of IP68 under IEC standard 60529 (maximum depth of 6 meters up to 30 minutes): iPhone Air. iPhone 17.
  6. [6]
    Ingress Protection (IP) ratings - IEC
    IEC 60529 has been developed to rate and grade the resistance of enclosures of electric and electronic devices against the intrusion of dust and liquids.
  7. [7]
    [PDF] News Release - Corning
    Oct 27, 2020 · Apple and Corning partnered to develop and scale manufacturing of Ceramic Shield, which offers unparalleled durability and toughness.Missing: details | Show results with:details
  8. [8]
    Corning® Gorilla® Glass Ceramic 2
    An innovative, transparent, and strengthenable glass ceramic offering that delivers enhanced drop performance on rough surfaces.Missing: iPhone | Show results with:iPhone
  9. [9]
    Apple iPhone (Original/1st Gen/EDGE) 4, 8, 16 GB Specs
    Jan 9, 2007 · Pre-Installed OS: iPhone OS 1.0 (1A543a)* ; Maximum OS: iPhone OS 3.1.3 ; Dimensions: 4.5 x 2.4 x 0.46 ; Avg. Weight: 4.8 oz. (135 g) ; Mac Support: ...
  10. [10]
    iPhone 17 - Technical Specifications - Apple
    Super Retina XDR display; 6.3‑inch (diagonal) all‑screen OLED display; 2622‑by‑1206-pixel resolution at 460 ppi; Dynamic Island; Always-On display ...
  11. [11]
    iPhone 17 Pro and 17 Pro Max - Technical Specifications - Apple (SI)
    iPhone 17 Pro. 256GB; 512GB; 1TB. iPhone 17 Pro Max. 256GB; 512GB; 1TB; 2TB. Size and Weight. Width: 71.9 mm. Height: 150.0 mm. Depth: 8.75 mm. iPhone 17 Pro ...Missing: dimensions | Show results with:dimensions
  12. [12]
    iPhone Air - Technical Specifications - Apple
    Size and Weight. Width: 2.94 inches (74.7 mm). Height: 6.15 inches (156.2 mm). Depth: 0.22 inch (5.64 mm). Weight: 5.82 ounces (165 grams). Display. Super ...
  13. [13]
    iPhone 17: Everything We Know | MacRumors
    Oct 7, 2025 · The display has a small circular cutout on the right side that's for the camera, and a pill-shaped cutout on the left side for the TrueDepth ...
  14. [14]
    Use and customize the Action button on iPhone - Apple Support
    Go to the Settings app on your iPhone. Tap Action Button. An image of the side of the iPhone appears with icons representing actions you can assign to the ...Missing: placements | Show results with:placements
  15. [15]
    Use the Camera Control on iPhone - Apple Support
    Go to the Settings app on your iPhone. · Tap Camera, tap Camera Control, then turn on Lock Focus and Exposure. · Click the Camera Control to open Camera .
  16. [16]
    iPhone 11 - Technical Specifications - Apple Support
    When measured as a standard rectangular shape, the screen is 6.06 inches diagonally (actual viewable area is less).
  17. [17]
    iPhone 16 and iPhone 16 Plus - Technical Specifications - Apple
    Store nearby Free delivery Free 14-day returnsiPhone 16 Technical Specifications · Super Retina XDR display · 6.7‑inch (diagonal) all‑screen OLED display · 2796‑by‑1290-pixel resolution at 460 ppi.
  18. [18]
    Titanium iPhone 15 Pro Weighs 19 Grams Less Than iPhone 14 Pro
    Sep 12, 2023 · The ‌iPhone‌ 15 Pro weighs 187 grams, down from 206 grams for the ‌iPhone‌ 14 Pro. The ‌iPhone‌ 15 Pro Max weighs 221 grams, down from 240 grams ...
  19. [19]
    iPhone 17 Pro and 17 Pro Max - Technical Specifications - Apple
    Size and Weight. Width: 2.83 inches (71.9 mm). Height: 5.91 inches (150.0 mm). Depth: 0.34 inch (8.75 mm). iPhone 17 Pro Weight: ... No established final ...Iphone And The · Materials · Smarter Chemistry
  20. [20]
    These are all the screen resolutions that Apple's iPhones offered ...
    Sep 27, 2015 · Apple produced iPhones with 320 x 480 pixels screens until 2012. This was the screen resolution of the original iPhone (2007), as well as of the iPhone 3G ( ...
  21. [21]
    The future is here: iPhone X - Apple
    Sep 12, 2017 · The beautiful 5.8-inch Super Retina display2 is the first OLED panel that rises to the standards of iPhone, with stunning colors, true blacks, a ...Apple (NG) · iPhone X · Apple (AU) · Apple (CA)
  22. [22]
    iPhone 11 Pro and iPhone 11 Pro Max: the most powerful ... - Apple
    Sep 10, 2019 · The Super Retina XDR is the brightest and most advanced display in iPhone and the A13 Bionic chip sets a new bar for smartphone performance and ...Pro Design And Display · A Pro Camera System For... · Featuring Ios 13
  23. [23]
    Apple unveils iPhone 13 Pro and iPhone 13 Pro Max
    Sep 14, 2021 · ... ProMotion, with an adaptive refresh rate up to 120Hz. Redesigned Inside and Out, Durable Design, and a Huge Leap for Battery Life. The all-new ...Apple unveils iPhone 13 Pro... · Apple presenta el iPhone 13...
  24. [24]
    iPhone 14 Pro - Technical Specifications - Apple Support
    Display · Super Retina XDR display · 6.1‑inch (diagonal) all‑screen OLED display · 2556‑by‑1179-pixel resolution at 460 ppi · Dynamic Island · Always-On display.Missing: LTPO | Show results with:LTPO
  25. [25]
    iPhone 14 Pro Max OLED Display Technology Shoot-Out
    The iPhone 14 Pro Max display meets all of the criteria and requirements for a DisplayMate A+ Grade, earning DisplayMate's Highest Overall Display Assessment ...
  26. [26]
    iPhone 7 - Technical Specifications - Apple Support
    Wide color display (P3). 625 cd/m2 max brightness (typical). Dual-domain pixels for wide viewing angles. Fingerprint-resistant oleophobic coating. Support for ...
  27. [27]
    iPhone 8 - Technical Specifications - Apple Support
    True Tone display. Wide color display (P3). 3D Touch. 625 nits max brightness (typical). Dual-domain pixels for wide viewing angles. Fingerprint-resistant ...
  28. [28]
    Apple Reinvents the Phone with iPhone
    Jan 9, 2007 · iPhone introduces an entirely new user interface based on a large multi-touch display and pioneering new software, letting users control iPhone ...
  29. [29]
    US7663607B2 - Multipoint touchscreen - Google Patents
    That is, the touch screen 36 allows for multiple contact points T1-T4 to be tracked simultaneously, i.e., if four objects are touching the touch screen, then ...<|control11|><|separator|>
  30. [30]
    3D Touch In iPhone 6S Isn't Just A Gimmick. Here's How It Works
    Sep 12, 2015 · 3D Touch senses pressure using microscopic sensors embedded in several layers of an iPhone screen. According to Apple, 'the technology ...
  31. [31]
    Apple Introduces iPhone 6s & iPhone 6s Plus
    The new iPhones introduce 3D Touch, which senses force to enable intuitive new ways to access features and interact with content. iPhone 6s and ...
  32. [32]
    Adjust how iPhone responds to your touch - Apple Support
    On an iPhone with 3D Touch, you can also choose the pressure needed—Light, Medium, or Firm. Test your new settings on the image at the bottom of the screen.Missing: Peek | Show results with:Peek
  33. [33]
    Apple Discontinues 3D Touch, Replaces With Haptic Touch in ...
    Sep 12, 2019 · The iPhone 11 and iPhone 11 Pro will ditch 3D Touch in favor of "Haptic Touch," according to Apple's website.
  34. [34]
    Apple introduces iPhone XR
    Sep 12, 2018 · ... haptic touch feature for pressing on the home screen to instantly launch the camera or flashlight. A12 Bionic Chip with Next-Generation ...Apple (CA) · Apple (AU) · Apple (IL) · Apple (NG)
  35. [35]
    Apple Plans to Expand Uses of Haptic Touch on iPhone XR Over Time
    Oct 23, 2018 · Haptic Touch is simply a marketing name for a long press combined with haptic feedback from the Taptic Engine. The feature is a substitute for ...
  36. [36]
    Type with the onscreen keyboard on iPhone - Apple Support
    Open the onscreen keyboard by tapping a text field. Tap individual keys to type, or use QuickPath to type a word by sliding from one letter to the next without ...
  37. [37]
    Learn gestures for iPhone models with Face ID - Apple Support
    Swipe up from the bottom edge, pause in the center of the screen, then lift your finger. To browse the open apps, swipe right, then tap the app you want to use.
  38. [38]
    iPhone X samples touch input at 120Hz for faster, smoother response
    Nov 1, 2017 · As you can see, while the iPhone 8 and 8 Plus sample touch input at the same rate as other modern iPhones, the iPhone X samples touch at 120Hz.<|control11|><|separator|>
  39. [39]
    Touch ID Coming Back to iPhone – But Not How You Think
    Jul 25, 2025 · Apple may be bringing Touch ID back to a flagship iPhone for the first time since iPhone X introduced Face ID in 2017. But this isn't the ...Missing: confirmed absence
  40. [40]
    The Sensors Used in an iPhone®
    Oct 18, 2012 · Since its release in 2007, the iPhone has evolved to become the most ... A typical ambient light sensor detects the intensity of light ...<|separator|>
  41. [41]
    4. Using the Accelerometer - Basic Sensors in iOS [Book] - O'Reilly
    The original iPhone, and first generation iPod touch, use the LIS302DL 3-axis MEMS based accelerometer produced by STMicroelectronics. Later iPhone and iPod ...
  42. [42]
    5. Using the Magnetometer - Basic Sensors in iOS [Book] - O'Reilly
    The magnetometer is a magnetoresistive permalloy sensor found in the iPhone 3GS, iPhone 4 and iPad 2, in addition to the accelerometer.
  43. [43]
    The iPhone 6 has a barometer! - Cliff Mass Weather Blog
    Sep 18, 2014 · The iPhone6 has a Bosch BMP280 sensor (see image), with fairly good numbers: absolute accuracy of +-1 hPa and relative accuracy for pressure changes of +-.1 ...Missing: altimetry 260-1260 1m
  44. [44]
    [PDF] BMP280 Digital, barometric pressure sensor - Bosch Sensortec
    The BMP280 is a compact, low-power absolute barometric pressure sensor for mobile use, with high accuracy, and is used for GPS and navigation.Missing: iPhone 260-1260 1m
  45. [45]
    iPhone 17 Pro: Everything We Know | MacRumors
    Oct 7, 2025 · The iPhone 17 Pro and Pro Max feature a unibody aluminum frame for the first time, with Apple ditching titanium to go back to aluminum. Aluminum ...
  46. [46]
    The trouble with Apple's Touch ID fingerprint reader | CNN Business
    Dec 4, 2013 · This is used to capture a 500-pixel-per-inch (ppi) resolution image of your fingerprint. The sensor can read pores, ridges, and valleys. It can ...
  47. [47]
    Apple files patent for Touch ID sensor found in iPhone 5s
    Nov 21, 2013 · An Apple patent application covering the electronic packaging and sapphire lens of the company's new Touch ID fingerprint sensors.
  48. [48]
    Apple unveils 64-bit iPhone 5S with fingerprint scanner, $199 for 16GB
    Sep 10, 2013 · A fingerprint is read at 500 PPI resolution and can scan sub-epidermal skin layers. The sensor is encircled by stainless steel and has a ...
  49. [49]
    Secure Enclave - Apple Support
    Dec 19, 2024 · The Secure Enclave is isolated from the main processor to provide an extra layer of security and is designed to keep sensitive user data secure ...
  50. [50]
    What Is Apple's New Secure Enclave And Why Is It Important? - Forbes
    Sep 18, 2013 · The data from this device will be encrypted, stored, and secured. Apple calls this the Secure Enclave, and it is a relatively new concept.
  51. [51]
    [PDF] Protecting Against Fingerprint Spoofing in Mobile Devices | Synaptics
    This white paper discusses ways to protect against fingerprint spoofing in mobile devices and provides an overview of different ways biometric authentication ...Missing: Touch method
  52. [52]
    About Face ID advanced technology - Apple Support
    The TrueDepth camera captures accurate face data by projecting and analyzing thousands of invisible dots to create a depth map of your face and also captures ...Missing: 30000 | Show results with:30000
  53. [53]
    https://structure.io/blog/the-power-of-pocket-3d-scanning-how-apples-truedepth-transformed-mobile-tech/
  54. [54]
    Biometric security - Apple Support
    Dec 19, 2024 · Face ID uses neural networks for determining attention, matching, and antispoofing, so a user can unlock their phone with a glance, even with a ...
  55. [55]
    https://appleinsider.com/articles/25/11/10/under-display-face-id-pushed-back-to-2027
  56. [56]
    iPad - Technical Specifications - Apple Support
    Recyclable aluminum and glass enclosure. Capacity3. 16GB, 32GB, or 64GB flash drive. Processor. 1GHz Apple A4 custom-designed, high-performance, low-power ...Missing: SoC | Show results with:SoC<|separator|>
  57. [57]
    https://www.notebookcheck.net/Apple-A19-Pro-Processor-Benchmarks-and-Specs.1126974.0.html
  58. [58]
    Apple's A17 Pro Is a 3nm Chip Powering iPhone 15 Pro, Pro Max
    Sep 12, 2023 · The A17 Pro boasts 19 billion transistors and a 6-core CPU, with two high-performance cores (which Apple calls the "fastest mobile CPU"), up to ...
  59. [59]
    Apple A17 Pro: Detailed Specifications and Benchmark Ratings
    - 2 High-Performance Avalanche Cores (3.78 GHz) for resource-intensive tasks like 4K video rendering, gaming, and AI processing. - 4 Energy-Efficient Blizzard ...
  60. [60]
    Charting the path of the A19 Pro - Six Colors
    Sep 24, 2025 · The A19 Pro generates Geekbench GPU Compute scores 65 percent faster than the A17 Pro of just two years ago, with the same core count. It's been ...Missing: transistor speed TOPS<|separator|>
  61. [61]
    A19 Pro, A19 Comprehensive Differences Show Major Contrast In ...
    Sep 15, 2025 · As for the GPU clock speeds, the 1,620MHz is consistent between all three models. Coming to the memory frequency and bandwidth, the faster A19 ...
  62. [62]
    Why iPhone 17 Pro doesn't have Apple's new C1X modem - 9to5Mac
    Sep 24, 2025 · Apple's new C1X modem for 5G connectivity is only included in iPhone Air, not the iPhone 17 or 17 Pro. Here's Apple's answer as to why.
  63. [63]
    Faster mmWave 5G Still Limited to U.S. iPhone 17 Models
    Sep 10, 2025 · In fact, the M4 iPad Pro models eliminated mmWave 5G support entirely, and Apple opted for 5G modems that only support sub-6GHz spectrum.
  64. [64]
    How much RAM does the iPhone have?
    Sep 8, 2025 · How much RAM memory does the iPhone have? · iPhone (2007) RAM: 128 MB (LPDDR) · iPhone 3G RAM: 128 MB (LPDDR) · iPhone 3GS RAM: 256 MB (LPDDR) ...
  65. [65]
    iPhone RAM list: How much every model has - 9to5Mac
    Nov 18, 2023 · This guide covers how much memory every iPhone model has. We'll cover from the original iPhone to today's models in our iPhone RAM list.
  66. [66]
    iPhone 17, Air, and iPhone 17 Pro: Here's How Much RAM in Each ...
    Sep 9, 2025 · iPhone 17: 8GB; iPhone Air: 12GB; iPhone 17 Pro: 12GB; iPhone 17 Pro Max: 12GB. This confirms the rumored RAM amounts for these devices.
  67. [67]
    All Apple iPhone Specs (2007-Current): EveryiPhone.com
    Sep 25, 2025 · Every Apple iPhone, regardless of release date, display size, processor, or other attribute, is listed below.iPhone X (AT&T/T-Mobile... · iPhone 8 (AT&T/T-Mobile... · iPhone 3G
  68. [68]
    Apple iPhone 17 Pro Max - Full phone specifications - GSMArena.com
    Apple will bump up the iPhone 18 to 12GB of LPDDR5X RAM. 27 Oct 2025 Apple ... Side-by-Side Reviews. iPhone 17 ...
  69. [69]
    iPhone 6S Uses NVMe Storage - Performance Determined By ...
    Oct 4, 2015 · The implementation of NVMe would be a definite performance booster, as would the implementation once again of TLC NAND flash memory to control ...
  70. [70]
    All About The Internal Storage of SmartPhones - MyPhonTech
    Does iPhone support a microSD card for external storage and Why? No, The iPhone only uses internal NAND Flash memory (NVMe), for several reasons (Security ...
  71. [71]
    iPhone 17 Pro Big increase in Storage Speed - MacRumors Forums
    Sep 20, 2025 · It looks like Apple finally added faster storage to this year's lineup. Here's my 17 Pro 512GB compared to my 16 Pro 512GB. 17 Pro: 16 Pro:iPhone 8/8 Plus/X SSD storage speed test 64/256GBiPhone 16 Pro/ProMax - Storage Speeds | MacRumors ForumsMore results from forums.macrumors.com
  72. [72]
    iOS 10.3 Will Upgrade Your Device to Apple File System (APFS)
    Jan 25, 2017 · But now, all devices that are upgraded to iOS 10.3 will automatically have their HFS+ file systems converted to APFS.
  73. [73]
    Role of Apple File System - Apple Support (CA)
    Dec 19, 2024 · Apple File System (APFS) is a proprietary file system that was designed with encryption in mind. APFS works across all Apple's platforms.Missing: 10 wear leveling<|separator|>
  74. [74]
    Batteries - Why Lithium-ion? - Apple
    Compared with traditional battery technology, lithium-ion batteries charge faster, last longer, and have a higher power density for more battery life in a ...
  75. [75]
    iPhone battery mAh list: Here's the capacity for every model - 9to5Mac
    Nov 21, 2023 · One of the main reasons Apple doesn't share iPhone battery capacity is iPhone ... Original iPhone battery mAh capacity? 1400 mAh – 5.18 watt-hour.
  76. [76]
    Apple Lists iPhone 17, iPhone Air, and iPhone 17 Pro Battery ...
    Sep 9, 2025 · iPhone 17 Pro Max: 5,088 mAh (+8.6% over iPhone 16 Pro Max). All of the above capacities are likely for eSIM-only models. Apple says eSIM-only ...
  77. [77]
    About the battery and performance of iPhone 11 and later
    Sep 18, 2025 · Batteries of iPhone 14 models and earlier are designed to retain 80 percent of their original capacity at 500 complete charge cycles under ideal ...
  78. [78]
    iPhone battery and performance - Apple Support
    Sep 17, 2025 · Batteries of iPhone 15 models are designed to retain 80 percent of their original capacity at 1000 complete charge cycles under ideal conditions ...
  79. [79]
    Last-Minute iPhone 17 Air Leak Offers Hope For A Long ... - BGR
    Sep 5, 2025 · The analysts at TrendForce claim the iPhone 17 Air will feature a silicon anode battery, which is a type of smartphone battery that appeared in ...
  80. [80]
    iPhone 17 Air Battery Life Revealed: Better Than Expected - Apple
    Sep 8, 2025 · The Air model itself is showing up with a 3,036 mAh battery in its standard configuration, which is not the battery disaster many feared it ...
  81. [81]
    About Apple USB power adapters
    Jul 11, 2024 · iPhone models now include in the box a newer USB‑C to Lightning cable that supports fast charging and is compatible with USB‑C power adapters ...
  82. [82]
    Fast charge your iPhone - Apple Support
    You can fast charge your iPhone 8 or later up to 50 percent battery in around 30 minutes. Find testing information for various iPhone models.Missing: PMIC | Show results with:PMIC
  83. [83]
    How to use your MagSafe Charger with iPhone - Apple Support
    *The MagSafe Charger will also function with power adapters that provide a minimum 12W (5V/2.4A) of power, but this will result in slower charging. Learn more.
  84. [84]
    MagSafe Charger (1 m) - Apple
    In stock Free next-day deliveryThe MagSafe Charger provides faster wireless charging up to 25W when paired with a 30W power adapter. The MagSafe Charger is certified for Qi2 25W and Qi ...
  85. [85]
    35W Dual USB-C Port Compact Power Adapter - Apple
    In stock Free deliveryThe 35W Dual USB-C Port Compact Power Adapter allows you to charge two devices at the same time, whether you're at home, in the office, or on the go.
  86. [86]
    About iPhone charge speeds - Apple Support
    With a USB-A charger, iPhone 15 models and later will charge at a maximum of 7.5W . · MagSafe Battery Pack will show a Slow Charger message.Missing: PMIC | Show results with:PMIC
  87. [87]
    Apple iPhone 17 Pro Camera test - DxOMark
    Sep 20, 2025 · The dedicated tele module now comes with a 48MP sensor. After the ultra-wide camera was previously upgraded to the same resolution with the ...
  88. [88]
    iPhone 11 Pro - Technical Specifications - Apple Support
    Camera · Triple 12MP Ultra Wide, Wide, and Telephoto cameras · Ultra Wide: ƒ/2.4 aperture and 120° field of view · Wide: ƒ/1.8 aperture · Telephoto: ƒ/2.0 aperture.
  89. [89]
    iPhone 6 - Technical Specifications - Apple Support
    8-megapixel iSight camera with 1.5µ pixels · Autofocus with Focus Pixels · ƒ/2.2 aperture · Optical image stabilization (iPhone 6 Plus only) · True Tone flash · Five ...Cellular And Wireless · Built-In Apps · Languages
  90. [90]
    iPhone 12 Pro - Technical Specifications - Apple Support
    Sensor-shift optical image stabilization for video (Wide). Optical image stabilization for video (Wide). 2x optical zoom in, 2x optical zoom out; 4x optical ...
  91. [91]
    The Evolution Of The iPhone's Camera From 2007 To 2025
    Mar 2, 2025 · It had a 12 MP rear camera and a 7 MP front camera. The rear camera used the same sensor as the iPhone 8's. It also featured Portrait Mode ...
  92. [92]
    Apple's iPhone X suppliers 'still struggling' with dot projectors for ...
    Oct 12, 2017 · The dot projector casts over 30,000 dots on a person's face, using it to create a depth map for the Face ID authentication system, as well as ...
  93. [93]
    TrueDepth Camera System is Primary Reason for Slow iPhone X ...
    Sep 25, 2017 · The 3D sensing (TrueDepth camera) on iPhone X is composed of a structured-light system, time-of-flight system and a front-facing camera, which ...
  94. [94]
    iPhone 14 - Tech Specs - Apple Support
    Size and Weight2. Width: 2.82 inches (71.5 mm). Height: 5.78 inches (146.7 mm). Depth: 0.31 inch (7.80 mm). Weight: 6.07 ounces (172 grams). Display. Super ...
  95. [95]
    Apple iPhone 14 to bring huge front camera update with autofocus
    Jun 13, 2022 · The new phones will have the biggest front camera upgrade since the iPhone 11. The selfie shooter will have auto-focus, moving away from the FF solution.
  96. [96]
    FYI: The “iPhone Air” only has one speaker. That's something to ...
    Sep 10, 2025 · The original iPhone up to the iPhone 6S had a singular speaker. The iPhone 7 was the first to introduce stereo speakers. surferfb.
  97. [97]
    Several iPhone X Owners Experiencing 'Crackling' or ... - MacRumors
    Nov 12, 2017 · For those unaware, the iPhone X's earpiece doubles as a speaker that combines with the traditional speaker at the bottom of the device to ...Missing: introduction | Show results with:introduction
  98. [98]
    Play music in Spatial Audio with Dolby Atmos on iPhone
    You can play available tracks in Dolby Atmos, which creates an immersive, three-dimensional (spatial) audio experience on stereo headphones and speakers.
  99. [99]
    Technical Q&A QA1799: AVAudioSession - Microphone Selection
    Jan 21, 2014 · ... microphones will be used to provide directional noise reduction through beam forming processing. ... Using APIs introduced in iOS 7 ...Missing: cancellation | Show results with:cancellation
  100. [100]
    About Apple Watch water resistance
    Feb 5, 2024 · Apple Watch Ultra and later have a water-resistance rating of 100 meters under ISO standard 22810:2010 and is EN13319-compliant. Apple Watch ...Can I Go Scuba Diving... · What Should I Avoid While... · Apple Watch Series 2 And...Missing: IP67 | Show results with:IP67
  101. [101]
    iPhone 17 Pro - Tech Specs - Apple Support
    48MP Fusion Ultra Wide: 13 mm, ƒ/2.2 aperture and 120° field of view, Hybrid Focus Pixels, super‑high‑resolution photos (48MP). 48MP Fusion Telephoto: 100 mm ...<|separator|>
  102. [102]
    Inside the iPhone 7: Apple's Taptic Engine, explained - AppleInsider
    Sep 27, 2016 · Using a linear actuator, devices like the iPhone 7 can reproduce the sensation of motion or generate new and distinct tactile experiences. In ...
  103. [103]
    Good Vibrations: How Apple Dominates the Touch Feedback Game
    May 20, 2019 · Modern smartphone vibration motors are designed to operate within their resonant frequencies—hence the name Linear Resonant Actuator—but just ...
  104. [104]
    An Evaluation of Relative Actuator Sizes in Apple iOS and Android ...
    Feb 12, 2021 · We previously found that the Taptic Engine's resonant frequency is typically in the 110–130 Hz range; Android actuators do not typically go ...Missing: peak | Show results with:peak
  105. [105]
    Apple redefines movie teasers with a Haptic Trailer for F1 The Movie
    Jun 11, 2025 · The magic behind this is Apple's Linear Resonant Actuator (LRA) in the Taptic Engine. It works like a tiny speaker, using magnets and voice ...
  106. [106]
    Last Decade Haptics in Mobile: ERM to LRA and the Taptic Engine
    Jan 15, 2020 · Linear Resonant Actuators (LRA) offer better haptic performance than ERMs. They create stronger and crispier tactile effects, while consuming less power.
  107. [107]
    Apple Patents Next-Generation Taptic Engine - MacRumors
    Sep 3, 2025 · Apple has been granted a patent for a shock-resistant haptic engine design that aims to significantly improve the durability of future iPhones, ...Missing: enhancements | Show results with:enhancements
  108. [108]
    iPhone 16e - Technical Specifications - Apple
    Size and Weight. Width: 2.82 inches (71.5 mm). Height: 5.78 inches (146.7 mm) ... No established final assembly sites generate waste sent to landfill as part of ...
  109. [109]
    iPhone 17 Pro Max Teardown Reveals Qualcomm's Snapdragon ...
    Sep 19, 2025 · In addition, the Snapdragon X80 modem supports mmWave 5G, which is available on iPhone 17, iPhone 17 Pro, and iPhone 17 Pro Max models sold in ...
  110. [110]
    iPhone 5 Confirmed to Use New Nano-SIM Standard - MacRumors
    Sep 12, 2012 · The iPhone 5 appears to be the first device to use the new nano-SIM standard, and carriers had reportedly begun stockpiling the new cards as ...
  111. [111]
    Dual-SIM and eSIM on Apple's 2018 iPhones: Everything you need ...
    Dec 7, 2018 · The 2018 iPhones will let you have have two different phone numbers on the same phone. You'll be able to make and receive calls and send and receive texts on ...
  112. [112]
    What is eSIM? Guide to eSIM Technology & Use Cases - GSMA
    The GSMA's Embedded SIM Specification provides a single, de-facto standard mechanism for the remote provisioning and management of machine to machine (M2M) ...IoT eSIM specification · eSIM Compliance · eSIM for M2M · eSIM CertificatesMissing: iPhone chips
  113. [113]
    https://www.apple.com/newsroom/2023/09/apple-debuts-iphone-15-and-iphone-15-plus/
  114. [114]
    Apple debuts iPhone 15 and iPhone 15 Plus
    Sep 12, 2023 · iPhone 15 and iPhone 15 Plus feature a gorgeous new and durable design, the Dynamic Island, a powerful 48MP Main camera, and A16 Bionic.Apple debuts iPhone 15 and... · Apple (UK) · Apple (CA) · Apple (MY)
  115. [115]
    Apple unveils iPhone 15 Pro and iPhone 15 Pro Max
    up to 20x faster than USB 2 — and together with new video formats, enables ...
  116. [116]
    Apple's new Lightning to USB-C iPhone cables and dongles are here
    Sep 12, 2023 · It's a meter long, and it supports data transfer up to 40Gbps, which is about 20x as fast as USB 2.
  117. [117]
    Seven years later, Apple was right to kill off the 3.5mm headphone jack
    Aug 17, 2022 · Apple killed the headphone jack on the iPhone in 2016 when it launched the iPhone 7. As is the case with most tech that Apple kills off, the move was initially ...
  118. [118]
    Antenna Design for Modern Mobile Phones: A Review
    The cellular antenna working in the LB band is a single LB antenna, which has two open ends at points E&A and one short end at point C. To realize the ...
  119. [119]
    Apple Pay component security
    May 13, 2022 · The Secure Element IC and the Java Card platform are certified in accordance with the EMVCo Security Evaluation process. After the successful ...
  120. [120]
    HCE-based contactless NFC transactions for apps in the European ...
    iOS 17.4 or later includes APIs for developers to support contactless transactions from within compatible iOS apps using host card emulation (HCE).サポート · Assistance · 지원 · Supporto
  121. [121]
    Use Express Mode with transit cards, passes, and keys in Apple Wallet
    Oct 10, 2024 · With Express Mode, you can use some of your cards, keys, and passes in Apple Wallet without waking or unlocking your device, or authenticating with Face ID, ...About Apple Wallet on iPhone · Add a transit card to Apple Wallet · Student IDs
  122. [122]
    Payment authorization with Apple Pay
    Dec 19, 2024 · Apple Pay uses the Secure Enclave and Secure Element to secure payment authorization when Apple Pay is used for a purchase.
  123. [123]
    https://support.apple.com/en-us/101554
  124. [124]
    Water and other liquid damage to iPhone or iPod isn't covered by ...
    Sep 29, 2025 · An LCI will activate when it contacts water or a liquid containing water. The indicator's color is normally white or silver, but when it ...
  125. [125]
    How to Read Liquid Contact Indicators - iFixit
    The type you will find most often on electronic devices is a white sticker that turns bright red or pink when it has contacted liquid. Some will have purple ...
  126. [126]
    How to Tell if Your iPhone Has Water Damage | Gophermods
    Sep 16, 2023 · The LCI is located in the SIM card slot. To access it, you'll need to eject the SIM card tray on the right-hand side of your iPhone. Note: ...Missing: placement | Show results with:placement
  127. [127]
    Here's how Apple tells if you've dropped your iPhone into water
    Jun 24, 2022 · Called Liquid Contact Indicators (LCI), these are tiny color-changing stickers that are placed in various places inside a device -- usually near ports, SIM ...Missing: hygroscopic materials
  128. [128]
    Unboxing: iPhone 1st Generation 8GB - YouTube
    Jun 29, 2012 · To celebrate the 5th anniversary of the original iPhone's launch, I ... * In the box: iPhone Documentation Dock USB sync/charger cable ...
  129. [129]
    Package Deal: How Apple made unpacking the iPhone a ritual ...
    Mar 16, 2023 · The iPhone 12, released in 2020, the first without earbuds and a wall adapter, reduced packaging by half. The iPhone 14, released in September, ...
  130. [130]
    https://www.apple.com/environment/pdf/products/iphone/iPhone_12_PER_Oct2020.pdf
  131. [131]
    https://forums.macrumors.com/threads/iphone-5-did-not-come-with-a-sim-card-removal-tool.1456851/
  132. [132]
    iPhone 5 did not come with a sim card removal tool
    Sep 27, 2012 · Liquidmetal has also notably been used for making the SIM ejector tool of some iPhone 3Gs made by Apple Inc., shipped in the US.
  133. [133]
    Apple confirms iPhone to get USB-C charging to comply with EU law
    Oct 26, 2022 · Apple will “comply” with European Union regulation that requires electronic devices to be equipped with USB-C charging, said Greg Joswiak.
  134. [134]
    Apple unveils its first carbon neutral products
    Sep 12, 2023 · Apple is also accelerating progress toward plastic-free packaging by 2025. In addition to achieving the first 100 percent fiber-based packaging ...Apple (CA) · Apple (AU) · Apple (UK) · Apple (SG)
  135. [135]
    Apple cuts greenhouse gas emissions in half
    Apr 18, 2024 · Apple has reduced its overall greenhouse gas emissions by more than 55 percent since 2015, the company shared today in its 2024 Environmental Progress Report.Paving The Way For Recycled... · Designing To Remove Plastic · Partnering With Communities...<|separator|>
  136. [136]
    iPhone 15 - Tech Specs - Apple Support
    iPhone 15 - Tech Specs. Year introduced: 2023. Identify your iPhone model. Finish. Black. Blue. Green.
  137. [137]
    60W USB-C Charge Cable (1 m) - Apple
    In stock Rating 4.6 2,660 It supports charging of up to 60 watts and transfers data at USB 2 rates. Pair the USB-C Charge Cable with a compatible USB-C power adapter to conveniently ...
  138. [138]
    iPhone User Guide - Apple Support
    Here's everything you need to know about iPhone, straight from Apple. This definitive guide helps you get started using iPhone and discover all the amazing ...Setup basics · iPhone models compatible... · Shortcuts User Guide
  139. [139]
    Setup basics - Apple Support
    The Quick Start screen, with options to set up your iPhone by bringing it close to another iPhone or iPad, or setting it up without another device.
  140. [140]
    Remove or switch the SIM card in your iPhone - Apple Support
    Sep 18, 2025 · To pop open the SIM tray, insert a paper clip or a SIM-eject tool into the hole beside the tray. Push in, towards your iPhone, but don't force it.
  141. [141]
    do i need a special tool to open the SIM Card tray on Apple iPhone ...
    Mar 13, 2023 · To pop open the SIM tray, insert a paper clip or a SIM-eject tool into the hole beside the tray. Push in, towards your iPhone, but don't force it.No SIM ejector tool with my new iphone, why? - Apple CommunitiesI cannot get the SIM card tray to eject - Apple Support CommunitiesMore results from discussions.apple.comMissing: details | Show results with:details
  142. [142]
    iPhones No Longer Come With a Charger or Headphones. Here's ...
    Sep 12, 2023 · Starting with the 2020 iPhone 12 lineup, Apple phones no longer come with a charger or headphones in the box. This is a good move for the ...