What are the dimensions and specifications of the iPhone 16 Plus

? iPhone 16 Plus Unveiled: Measurements, Specifications, and Repair Guide for iLevante.com

For technology enthusiasts and iPhone users seeking detailed information, this comprehensive analysis of the iPhone 16 Plus is an essential resource. Whether you are interested in a future purchase, need a specific replacement part, or are simply curious to learn every detail about Apple devices, the information presented here will be very useful. This article serves as a reference guide, breaking down exact measurements, exploring relevant technical specifications, and crucially, providing vital information on common hardware issues and how to address them. At iLevante.com, the goal is not only to offer quality components but also the necessary knowledge for users to get the most out of their iPhones.

The iPhone 16 Plus arrives with exciting innovations aimed at improving the user experience, from its powerful chip to camera enhancements and an elegant design. Below, its features are explored in depth.

? Technical Specifications of the iPhone 16 Plus: Everything You Need to Know for Replacements and Repairs

To fully understand the iPhone 16 Plus, whether for future repairs or simply to appreciate its engineering, it's essential to know its specifications. Below are the details, with a focus on clarity and precision.

? Super Retina XDR Display iPhone 16 Plus: Features and Replacements

The iPhone 16 Plus features a Super Retina XDR OLED display of 6.7 inches. This technology offers true blacks and outstanding contrast, ideal for viewing photos and videos. Its resolution reaches 1290 x 2796 pixels, resulting in a density of approximately 460 pixels per inch (ppi), ensuring remarkable sharpness.

In terms of brightness, the display can reach 1000 nits (typical) and up to 2000 nits (HBM) under high ambient light conditions, facilitating visibility even under direct sunlight. It supports HDR10 and Dolby Vision formats. A noteworthy aspect, especially for users transitioning from Pro models or certain Android devices, is that the refresh rate remains at 60Hz. While the overall fluidity is good thanks to iOS optimization, this rate is not adaptive like in Pro models. This difference in refresh rate is one way Apple segments its product lines, which can have cost implications for replacement components; a 60Hz screen tends to be less expensive to manufacture and replace than a 120Hz ProMotion screen.

Screen protection is handled by the latest generation Ceramic Shield glass, designed to offer greater resistance to drops and scratches. Although this technology improves durability, screens remain a component susceptible to breakage, making their repair a common necessity. The quality of the replacement is crucial to maintain the original visual experience. The design also includes the Dynamic Island, the interactive interface that replaced the traditional notch.  

Complete Display iPhone 16 Plus

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? Beast's Heart: A18 Chip, RAM, and Performance of the iPhone 16 Plus

The engine of this device is the new Apple A18 chip, manufactured using a 3-nanometer (nm) process. This advanced manufacturing technology translates into increased processing power and greater energy efficiency. The CPU is Hexa-core (six cores), probably composed of 2 high-performance cores (mentioned with a frequency of 4.04 GHz in some sources) and 4 efficiency cores (at 2.20 GHz).

The GPU (graphics processing unit) is 5-core, designed by Apple, ensuring excellent performance in games and applications with high graphic demands. This setup is complemented by 8GB of RAM, an increase that allows smoother multitasking and better support for future iOS versions and advanced functionalities like Apple Intelligence. The combination of the A18 chip and 8GB of RAM positions the iPhone 16 Plus as a powerful and relevant device for several years. This longevity increases the likelihood that users will opt for component repairs such as the battery or screen, rather than prematurely replacing the device, as the base performance will remain solid. Additionally, the 3nm process of the A18 chip not only implies power but also greater energy efficiency, which, along with a high-capacity battery, contributes to the terminal's outstanding autonomy.

? iPhone 16 Plus Storage: Options and Spare Parts

The iPhone 16 Plus is offered in various internal storage options: 128GB, 256GB, and 512GB. It uses NVMe memory, known for its high speed, ensuring fast application openings and agile file transfers. It is important to remember that iPhones do not have a microSD card slot, so the choice of initial capacity is a crucial decision. This lack of storage expansion means users must carefully plan their long-term needs. If the motherboard fails and requires replacement, the storage is soldered to it, so the capacity of the replacement board will determine the capacity of the repaired device.

Market statistics suggest that the 128GB option is usually the most popular, probably for being the most economical. However, for users recording high-resolution video (like 4K) or installing numerous heavy games, 256GB or 512GB capacities may be more suitable to avoid future space issues.

? iPhone 16 Plus Camera System: Innovations and Repair Components

The iPhone 16 Plus features an improved dual camera system. One of the visual novelties is the vertical alignment of the lenses, a design change that, beyond aesthetics, enables spatial video capture, designed for viewing on devices like Apple Vision Pro. This shows how hardware design decisions are intrinsically linked to new software functionalities and the brand ecosystem.

The Main Camera (Fusion Wide) is equipped with a 48 Megapixel sensor, an aperture of f/1.6, 1.0µm pixels, sensor-shift optical image stabilization (OIS), and Dual Pixel PDAF. This configuration allows capturing super high-resolution photos (24MP and 48MP) and also enables a 2x Telephoto of optical quality (equivalent to 52mm) using the same sensor.

The Ultra-Wide Camera has a 12 Megapixel sensor with an aperture of f/2.2 (reported to be faster than the previous generation), a 120° field of view, and, as a standout novelty, now includes autofocus and Macro capability. This allows taking highly detailed photos of very close objects using this lens. The Front Camera (Selfie) is 12 Megapixels with an aperture of f/1.9 and also incorporates autofocus with Focus Pixels, improving the sharpness of selfies.

Regarding controls, the iPhone 16 Plus inherits the Action Button from Pro models, a customizable button that can be set for various functions, including quick access to the camera. Additionally, a new Camera Control Button is introduced, a physical button on the right side, pressure-sensitive, to open the camera app, adjust zoom or focus, and capture photos and videos. The inclusion of these features in a non-Pro model indicates a trend by Apple to bring premium functionalities to more accessible ranges, increasing photographic versatility.

Video features include recording in 4K Dolby Vision up to 60fps, Cinema Mode up to 4K at 30fps, Action Mode, and spatial video recording at 1080p 30fps. Other relevant features are Dual-LED dual-tone flash, HDR, Photonic Engine, Deep Fusion, Smart HDR 5, and improved Photographic Styles. Although some sources may suggest the camera system is "virtually the same," likely referring to the main sensor's resolution, functional improvements such as autofocus in the ultra-wide and the new control buttons represent significant evolution.

? iPhone 16 Plus Battery and Charging: Duration, Replacements, and Tips

The iPhone 16 Plus is equipped with a Li-Ion battery of approximately 4674 mAh. This generous capacity solidifies "Plus" models as the preferred choice for users prioritizing autonomy. Apple estimates a duration of up to 27 hours of video playback or up to 100 hours of audio playback. Independent tests confirm outstanding autonomy, with very high active usage scores. 

iPhone 16 Plus Battery 4674mAh

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As for charging, it supports fast wired charging (PD2.0), capable of reaching 50% charge in about 30 minutes using a 20W or higher charger. Some sources have suggested it might support up to 45W wired, although the effective charging speed could be limited by the phone itself, as Apple tends to be conservative with announced speeds to protect battery health. Clarifying this is important to avoid expectations of drastically faster charging just by using a higher-powered charger if the device doesn't fully utilize it.

Wireless charging is compatible with MagSafe up to 25W and the Qi2 standard up to 15W. Adopting Qi2 is relevant as this newer standard aims to offer similar benefits to MagSafe, like magnetic alignment and consistent speeds, to a broader ecosystem of chargers. Additionally, the device features reverse wired charging of 4.5W, useful for charging small accessories like AirPods.

? iPhone 16 Plus Connectivity and Sensors: Technical Details

The iPhone 16 Plus offers a wide range of connectivity options. It is compatible with 5G (sub-6 GHz) networks and Gigabit LTE with 4x4 MIMO. For Wi-Fi, it is expected to support Wi-Fi 6 (802.11ax), and some sources indicate the possible inclusion of the more advanced Wi-Fi 7 (802.11be). If confirmed, Wi-Fi 7 would be an important feature for the device's longevity in terms of network connectivity, although its infrastructure is not yet widely deployed. The device also features Bluetooth 5.3 with A2DP and LE, and NFC with reading mode and Express Cards with power reserve.

The connection port is USB Type-C 2.0, which also supports DisplayPort for video output. It's important to note that the data transfer speed of this port is limited to USB 2.0 (480 Mb/s), unlike Pro models that usually offer USB 3 speeds. For most users, this won't be an issue for charging but could be for transferring very large files. Regarding SIM, it offers configurations of Nano-SIM + eSIM (with support for multiple eSIMs, up to 2 active simultaneously internationally) or Dual Nano-SIM in regions like China.

The main sensors include Face ID, accelerometer, gyroscope, proximity sensor, compass, and barometer. The persistence of Face ID and other standard sensors means that known precautions and issues in repairs of previous models, especially those related to the screen assembly and TrueDepth sensors, will remain relevant. It also incorporates a second-generation Ultra Wideband (UWB) chip for precise location and emergency functions like Emergency SOS and Satellite Messages. The factory operating system will be iOS 18, with the possibility of future updates.

? iPhone 16 Plus Measurements and Design Table: Exact Dimensions and Materials

Knowing the exact dimensions of the iPhone 16 Plus is crucial for those seeking accessories like cases or screen protectors, or simply to compare its size. Below is a detailed table and a description of the construction materials.

Materials and Design:

The construction of the iPhone 16 Plus maintains Apple's design line, using a Ceramic Shield front, a color-infused glass back, and an aerospace-grade aluminum frame. The dimensions and weight are very similar, if not identical, to the iPhone 15 Plus, which could suggest compatibility with some cases from the previous model. However, it is always recommended to verify this due to potential minor changes in button placement (like the new Action Button or the Camera Control button) or the camera module (with its new vertical alignment) that could affect the fit.

The device has an IP68 certification against dust and water, theoretically allowing immersion up to 6 meters for a maximum of 30 minutes. It is essential to remember that this certification is not a guarantee against liquid damage, and Apple's warranty generally does not cover such damage. Additionally, any opening of the phone for repair compromises these factory seals unless properly replaced using specific adhesives.

The colors available for the iPhone 16 Plus are expected to include shades like Black, White, Pink, Teal (Bluish Green), and Ultramarine.

?? Common Issues and Repair Guide for the iPhone 16 Plus: Screen, Battery, and More

This section is vital for many users. An iPhone is a significant investment, and when something fails, knowing the repair possibilities and necessary precautions is essential. The focus will be on the most common hardware issues.

? iPhone 16 Plus Screen Repair: Avoid Surprises and Face ID Failures!

The screen is one of the most exposed components to damage. A drop or a hit can result in a broken screen, a common issue but one whose solution is not as simple as it might seem in modern iPhones.

Common Problems When Replacing the Screen:

• Face ID Failure: This is perhaps the most feared and critical issue. The TrueDepth system sensors (including the dot projector, infrared illuminator, etc.) are "paired" or serialized with the iPhone's motherboard for security reasons. If these components are not transferred with extreme precision from the original screen to the new one, or if they are damaged during the handling process, Face ID will stop working. Restoring this functionality can be very complex or require specialized services.
• Lines on the Screen or Distorted Image: These can indicate a poorly connected LCD cable, bent pins in the motherboard or screen connectors, or a defective replacement screen.
• Touch Not Responding (Totally or Partially): The appearance of "dead spots" or a total lack of touch response may be due to a damaged or poorly connected digitizer cable or a defect in the replacement screen itself.
• Incorrect Brightness or Dull Colors: Using low-quality replacement screens often results in a poor visual experience, with less vibrant colors or lower maximum brightness than the original.
• "Unknown Part" Messages: iOS has the ability to detect if the installed screen is not a part recognized as genuine by Apple. Even if the screen functions correctly, the system may display a persistent warning in Settings.
• Issues with Proximity/Light Sensors: These small sensors, often located near the earpiece, must also be transferred or ensure that the new screen is compatible. Poor alignment or damage can cause the screen not to turn off during calls or the automatic brightness not to function correctly.

Prevention Checklist for a Successful Screen Replacement on Your iPhone 16 Plus:

1. Use High-Quality Parts: Investing in a good replacement screen is crucial. Low-quality screens are prone to failures and a poorer user experience.
2. Always Disconnect the Battery!: Before handling any internal connector, especially those of the screen, it is imperative to disconnect the battery to avoid short circuits that could damage vital components.
3. Handle Flexible Cables with Care: These flat cables are extremely delicate. They should not be excessively bent, pinched, or handled roughly. A damaged cable can render the new screen or even other components unusable.
4. Precisely Transfer Sensors: The proximity sensor assembly, ambient light sensor, and Face ID components (such as the IR illuminator and dot projector, often integrated with the earpiece) must be transferred from the original screen to the new one with great care. Following detailed visual guides for this step is crucial.
5. Thoroughly Clean the Frame: It is essential to remove all fragments of broken glass and old adhesive residue from the phone frame before installing the new screen. This ensures a correct fit and avoids pressure points on the new panel.
6. Ensure Proper Alignment and Sealing: Using new screen adhesives is important not only for proper screen fixation but also to attempt to maintain some degree of dust and moisture resistance (although it will never be the same as factory sealing after opening).
7. Avoid Excessive Pressure on the LCD Screen: When installing the new screen, direct pressure on the back of the LCD panel should be avoided, as this could cause "stress marks," pressure spots, or internal damage.

Basic Guide for Replacing the iPhone 16 Plus Screen (General Outline):

Warning: This is a general guide. It is highly recommended to follow a detailed and specific visual tutorial for the iPhone 16 Plus from reputable sources. DIY repair carries risks.

• Preparation: Gather all necessary tools (see tools section below), a high-quality replacement screen. Work in a clean, well-lit, and organized space. Performing a full backup of the iPhone is essential.
• Opening: Turn off the iPhone. Remove the two pentalobe screws located on both sides of the charging port. Gently heat the lower edges of the screen (with a low-temperature heat gun or hairdryer) to soften the adhesive. Use a suction cup to create a small separation and a thin plastic pick to carefully cut the adhesive around the edges, without inserting the pick more than a few millimeters to avoid damaging internal components. The screen generally opens like a book (to the left or right, depending on the exact model and cable layout).
• Disconnection: Once opened, metal shields covering the battery, screen, and sensor connectors will be visible. Remove these shields (meticulously organizing the screws, as they are of different sizes and not interchangeable). Disconnect the battery FIRST. Then, carefully disconnect the screen and front sensor assembly flex cables.
• Component Transfer: This is the most delicate and crucial step, especially for Face ID. The earpiece assembly, proximity sensor, ambient light sensor, and Face ID components (dot projector, IR illuminator) must be transferred from the old screen to the new one. Sometimes, it is also necessary to transfer the rear metal plate of the screen. This requires a lot of patience and following a specific visual guide.
• Connection and Testing: Connect the new screen (with components already transferred) to the motherboard. Connect the battery. Turn on the iPhone and thoroughly test ALL functions: touch response across the entire surface, Face ID, brightness, colors, cameras (front and rear if their connection was affected), earpiece speaker, proximity and ambient light sensors, etc., BEFORE sealing the phone. This testing step is vital to identify any issues (poor connection, defective screen) before the closure complicates the solution.
• Sealing: If all tests are satisfactory, turn off the iPhone and disconnect the battery again for safety. Ensure all connectors are well seated and replace their metal shields. Apply new screen adhesive to the phone frame. Carefully close the phone, first fitting the top and then evenly pressing the edges until it snaps into place. Replace the two lower pentalobe screws.

? iPhone 16 Plus Battery: Diagnosis, Safe Replacement, and Battery Health

With its considerable capacity, the iPhone 16 Plus battery is designed to offer excellent autonomy. However, all rechargeable batteries are consumable components that degrade over time and charging cycles, losing capacity and performance.

Symptoms of a Faulty or Degraded Battery in iPhone 16 Plus:

• Rapid Battery Drain: The iPhone does not last as long as before on a full charge, requiring frequent recharges.
• Unexpected Shutdowns: The device shuts down suddenly, especially when the charge level is low or in cold environments. iOS may apply "performance management" to prevent these shutdowns, which can be perceived as a slowdown of the iPhone.
• Inaccurate Battery Percentage: The battery indicator shows erratic jumps in percentage, or the phone shuts down even though it shows remaining charge.
• Battery Swelling: ?? DANGER! If the screen is observed lifting or there is deformation in the phone case, the battery may be swollen. This is a dangerous condition requiring immediate attention and extremely careful handling, as a swollen battery may leak or catch fire.
• Excessive Overheating: The phone heats up abnormally during charging or normal use without an apparent cause.
• Low Battery Health in Settings: In Settings > Battery > Battery Health and Charging, if the "Maximum Capacity" shown by the system is below 80%, Apple considers the battery significantly degraded and recommends its replacement.

Tips for a Safe Battery Replacement in iPhone 16 Plus:

1. Discharge the Battery: Before starting any internal manipulation, it is recommended to discharge the battery below 25%. A low-charge lithium-ion battery has less stored energy, which reduces the risk of fire or explosion if accidentally punctured during removal.
2. Appropriate Tools: Specific screwdrivers will be needed (Pentalobe, Phillips, Tri-point), plastic picks, a suction cup, and, crucially, new adhesive strips to secure the new battery. It is essential not to use metal tools to pry directly on the battery.
3. Careful Handling of the Lithium Battery: Do not puncture, bend, crush, or expose the battery to extreme heat! If damaged, it can catch fire or explode. Handle with extreme caution.
4. Remove Original Adhesives with Technique: Apple uses very strong adhesive strips to secure the battery. There are specific techniques to remove them, which involve pulling them slowly at a low angle. If these strips break (a common occurrence), it may be necessary to apply a small amount of isopropyl alcohol carefully to the edges of the adhesive to soften it, making removal easier with a plastic pick.
5. Use Quality Batteries: A poor-quality replacement battery may not offer the expected performance, degrade quickly, not fit properly, or even be dangerous. Investing in a high-quality battery is crucial for the device's longevity and safety.
6. Considerations about "Non-Genuine Part" Messages or Battery Health: In newer iPhones, replacing the battery outside Apple's official channels (or without using specific calibration tools) may result in an "unknown part" message in Settings and the inability to view "Battery Health" information, even if the installed battery is new and of excellent quality. This is due to microcontrollers in the battery that are paired with the iPhone's logic board. Although the battery may function perfectly, this software limitation may be a concern for some users. It's important to be transparent about this possibility.
7. Calibrate the New Battery: After installing a new battery, it is good practice to perform a complete charge and discharge cycle. This involves charging the battery to 100%, leaving it charging for an additional 1-2 hours, then using the iPhone until it shuts down due to low battery, and finally charging it again to 100% without interruption. This process can help the system calibrate and correctly recognize the new battery capacity.

Safety should be the absolute priority in battery replacement. The risk of incidents with lithium batteries is real and should be the primary warning message. If you lack experience or confidence, it's better to seek a professional.

? Other Key Components of the iPhone 16 Plus: Charging Port and Cameras - Issues and Repair

In addition to the screen and battery, other components of the iPhone 16 Plus may require attention or repair at some point.

Repairing the USB-C Charging Port of the iPhone 16 Plus

The USB-C charging port is essential for the device's functionality. The most common issues include:

• Accumulation of Dirt and Lint: This is the most frequent cause of charging problems. Over time, pocket dust and lint can compact inside the port, preventing a solid connection with the charging cable.
• Physical Damage: Sudden cable pulls, forced connector insertion, or drops can damage the internal pins of the port or the structure of the connector itself.
• Liquid Damage: Exposure to liquids can cause corrosion on the port's contacts, interrupting charging or data transfer.

Maintenance and Solutions for the Charging Port:

• Careful Cleaning: With the iPhone turned off, you can try cleaning the port using a thin wooden or plastic stick (never metal, to avoid short circuits) or a can of compressed air to dislodge the dirt. This simple step often resolves charging issues.
• Check Cable and Charger: Before assuming the port is damaged, it is important to test with different original or certified cables and charging adapters, as the issue might lie with these accessories.
• Charging Port Replacement: If the port is physically damaged or cleaning does not resolve the issue, the charging port flex might need to be replaced. This component often includes other elements like microphones or antennas, and its replacement is a more complex repair that usually involves significant opening of the device and handling multiple delicate connections.

Issues and Repair of Camera Modules (Rear and Front) of the iPhone 16 Plus

The cameras are a standout feature of any iPhone. Issues can vary:

• Blurry Photos or Focus Problems: This can be caused by dirt or fingerprints on the external lens, a failure in the autofocus mechanism (if the lens has one), or problems with the image sensor.
• Spots or Black Dots on Photos: This could indicate the presence of dust trapped inside the lens module (between the lens and the sensor) or, in more severe cases, a damaged sensor.
• The Camera App Freezes or Won't Open: Although it can sometimes be a software issue, it may also be a symptom of hardware failure if the camera module is disconnected, poorly connected, or defective.
• Camera Not Recognized or Error Messages: Similar to other components, iOS may display warnings if a camera module is replaced with a part not recognized as genuine by Apple, or if the installation is incorrect. Apple warns that using non-genuine cameras can lead to focus problems, portrait mode functionality issues, or incompatibility with third-party apps that use the camera.

Considerations for Camera Replacement:

• Genuine or High-Quality Parts: To maintain the original image quality and full functionality of all camera features, it is crucial to use genuine or very high-quality replacement modules.
• Precision in Installation: Camera modules are high-precision electronic and optical components. They must be handled with extreme care to avoid damage to the lenses, sensors, or their delicate connectors.
• Possible Component Pairing: As with Face ID and batteries, Apple may implement pairing measures for camera modules. A replacement, even with an original part, could generate informational messages in iOS if not done through authorized channels or with specific calibration tools.

It is important to consider that a failure in one component may sometimes be interconnected with others or be a symptom of a deeper problem, such as a motherboard failure. Therefore, accurate diagnostics are essential before proceeding with any replacement.

?? Essential Tools and Precautions for Your DIY iPhone 16 Plus Repairs

Venturing into the world of DIY (Do It Yourself) repairs for a sophisticated device like the iPhone 16 Plus requires not only courage but also the right tools and strict adherence to safety precautions. These elements are crucial for success and to avoid greater damage.

Basic Tools List (many included in repair kits):

• Precision Screwdriver Set: Indispensable. You will need Pentalobe tips (P2 or similar, for the exterior screws near the charging port), Phillips #000 or #00 (for most internal screws), and often Tri-point (Y000) tips for certain shields and internal components.
• Plastic Spudgers: Non-conductive tools essential for safely disconnecting flex cables, gently prying components, and helping separate adhesives. Metal tools should be avoided near the motherboard or energized connectors.
• Suction Cup: To help lift the screen and create an initial opening.
• Plastic Opening Picks: Thin and flexible, used to slide between the screen and the frame and cut the perimeter adhesive when opening the iPhone.
• Tweezers: For handling tiny screws, small brackets, and delicate components. Anti-static and fine-tipped tweezers are recommended.
• Anti-Static Wrist Strap (ESD Wrist Strap): Highly recommended to protect the iPhone's sensitive electronic components from damage caused by electrostatic discharges from the technician's body.
• Heat Gun or Hair Dryer: To apply moderate heat and soften the adhesives holding the screen or battery, facilitating their removal. Use with caution to avoid overheating and damaging other components.
• Magnetic Screw Mat (Optional but Highly Recommended): To keep the numerous tiny screws organized and avoid losing them or, worse, mixing them up. iPhone screws have different lengths and specific locations; placing one incorrectly can cause serious damage, such as "long screw damage" to the motherboard.
• Gloves and Safety Glasses: Especially important when working with broken screens, to protect hands from cuts and eyes from small glass shards.
• Isopropyl Alcohol (90% or higher) and Lint-Free Microfiber Cloths: To clean adhesive residue from frames, the battery, or the motherboard, and to clean components before reassembly.

CRUCIAL Safety Tips and Best Practices for Repairing Your iPhone 16 Plus:

1. BACK UP YOUR DATA!: Before starting any type of repair, it is absolutely essential to perform a full backup of the iPhone (via iCloud or a computer). An error during repair could lead to data loss.
2. Work in a Clean, Well-Lit, and Organized Area: An appropriate workspace minimizes the risk of losing small parts, dust entering the device, and facilitates concentration.
3. TURN OFF THE IPHONE AND DISCONNECT THE BATTERY AS SOON AS POSSIBLE: This is the number one golden rule. Before disconnecting any other flex cable or handling internal components, the battery must be disconnected to avoid short circuits and damage to the logic board.
4. Organize Screws Meticulously: iPhones use screws of multiple sizes, lengths, and types. It is vital to keep an exact record of where each screw goes. Using a magnetic mat with a diagram or taking photos during disassembly is an excellent practice. Placing a screw incorrectly in the wrong spot CAN PERMANENTLY DAMAGE THE MOTHERBOARD.
5. Don't Force Anything: If a component doesn't come out easily or a part doesn't fit properly, do not apply excessive force. There may be a forgotten screw, a misplaced cable, or some other obstacle. Forcing components is a recipe for disaster.
6. Handle Flex Cables with Extreme Care: The flat cables (flex) that connect the screen, battery, cameras, and other peripherals are extremely fragile. They should not be sharply bent, pinched, or stretched. A damaged flex cable can render the associated component useless or cause intermittent problems.
7. Use the Right Tools for Each Task: Improvising with tools not designed for precision electronics repair can damage screws, connectors, or the components themselves.
8. Discharge the Battery Below 25% if Handling or Removing It: As mentioned earlier, this reduces the risk of a thermal event in case of accidental puncture of the lithium battery.
9. Beware of Static Electricity (ESD): The iPhone's internal components are very sensitive to electrostatic discharges. Using a grounded anti-static wrist strap is the best protection. If one is not available, at least touch a large grounded metal surface before starting and periodically during the work.
10. Follow Detailed and Reliable Visual Guides: Look for specific tutorials for the exact iPhone model (in this case, the iPhone 16 Plus) from reputable sources like iFixit or other specialized channels. This article provides an overview and tips, but for a detailed step-by-step procedure, a visual guide is indispensable. Preparation and precaution are often more important than brute technical skill; many problems in DIY repairs arise from skipping preparation steps, using incorrect tools, or lack of patience and organization.