In this guide, we’re going to walk you through the process of replacing the screen on your Samsung S20 FE 5G. With some patience and the right tools, you can save money and time by doing this repair yourself at home. Follow these step-by-step instructions carefully, and you’ll have your phone looking and functioning like new in no time. For more detailed guides, visit Gadget Kings, where we offer professional phone repair services and tips.
To begin the repair, place your phone face down on a heat mat set to 85°C for about five minutes. The heat softens the adhesive holding the back cover. If you don’t have a heat mat, a hairdryer or heat gun will work just as well. Once the phone is hot to the touch, apply some isopropyl alcohol around the edges to further soften the adhesive and make it easier to remove the back cover.
Use a single-sided razor blade to create a small gap between the back cover and the chassis, starting from the bottom. Insert a plastic guitar pick into the gap and gently run it along the edge to separate the cover. If you encounter resistance, apply more isopropyl alcohol and continue. Once three of the four edges are free, lift and carefully pry the cover away from the chassis.
With the back cover off, use a cross-head screwdriver to remove the nine screws holding down the plastic shield that protects the logic board. If the screws don’t stick to your screwdriver, use tweezers to pick them out. Next, move to the bottom of the phone and remove the seven screws securing the loudspeaker and subboard cover.
Lift the loudspeaker and subboard cover with tweezers. At the top of the phone, pry up the plastic cover protecting the motherboard, being careful with the NFC antenna. Disconnect the battery and pop out the SIM tray. Use a plastic spudger to disconnect the screen and tweezers to detach the fingerprint sensor and blue coaxial cable from the chassis.
Carefully detach the motherboard using tweezers, keeping everything attached. Remove the subboard in a similar manner. Apply isopropyl alcohol around the battery to soften its adhesive and let it soak for five minutes.
While waiting for the alcohol to soak in, check the new screen to ensure all necessary components are included. If not, transfer any missing parts, like small brackets or the antenna board, from the old chassis to the new one. Secure any loose parts with screws or adhesive.
Use a suction cup to wiggle the battery free from the chassis. Smooth out any ripples in the back of the battery with a plastic pick. Place the battery into the new chassis, ensuring it sits flush and secure.
Carefully reinsert the motherboard and subboard into the new chassis, ensuring they fit snugly. Reattach the fingerprint sensor and reconnect the screen flex cable. Thread the blue coaxial cable back into place, ensuring it clicks securely.
Reconnect the battery and reattach the wireless charging coil or NFC antenna. Replace the plastic cover over the motherboard and secure it with the nine screws removed earlier. Reinsert the SIM tray and move to the bottom of the phone to secure the subboard with seven screws.
Before sealing the phone, double-check all connections and screws. Replace the adhesive around the edges with Tesa tape for a secure seal. Peel back the backing sheet on the tape and press the back cover firmly in place. Finally, remove the plastic film from the front screen, turn on the device, and test it to ensure everything works correctly.
By following these steps, you should have successfully replaced the screen on your Samsung S20 FE 5G. For more detailed repair guides and professional services, visit Gadget Kings. We offer expert advice and a wide range of repair services to help you keep your devices in top condition.
For additional support or professional repair services, visit Gadget Kings. Our team of experts is always ready to assist with any phone repair needs you may have. Whether you need a screen replacement or any other repair, Gadget Kings is your go-to source for reliable and efficient phone repairs.
4o
Hey there! In this video, I will guide you through the entire process of performing a Samsung Galaxy S20 Ultra screen replacement. If you’ve damaged your device, whether it’s a cracked screen, unresponsive touch, or pixelated display, don’t worry—I’ll show you how to fix it right at home. With the right tools and a bit of patience, you can restore your phone to its former glory. Before we get started, make sure you have the necessary tools. There’s a link down below in the description to a premium toolkit that includes everything you’ll need to perform this repair yourself.
The first step in your Samsung Galaxy S20 Ultra screen replacement journey is to power off your device completely. This is crucial to prevent any electrical damage during the repair process. Once the device is off, you’ll need to heat the back glass cover to loosen the adhesive that holds it in place. For this, you can use a hairdryer, heat gun, or a hot plate. If you’re using a hairdryer or heat gun, be sure to move it around consistently and avoid staying in the same spot for too long to prevent overheating and potential damage to the phone’s internal components. Heat the back cover until it’s too hot to touch for more than a second.
After heating the back cover, you’ll need to remove it. To avoid burns, it’s a good idea to wear rubber gloves. Take the suction cup from your toolkit and place it near the charging port at the bottom of the back cover. Gently pull up on the suction cup until you see a slight opening between the back cover and the phone’s body. At this point, insert a plastic pry tool or a business card folded in half into the opening to start breaking the adhesive seal. Work your way around the edges of the back cover, being careful not to apply too much force. If the phone cools down, you may need to reheat it before continuing. Once the bottom part of the back cover begins to lift, you can gently pull it off completely, revealing the internal components of your Samsung Galaxy S20 Ultra.
With the back cover off, you’ll see the wireless charging pad, loudspeaker, and other internal components. The next step in the Samsung Galaxy S20 Ultra screen replacement process is to remove all screws holding down the internal covers. Start by unscrewing and disconnecting the cable for the wireless charging pad, then carefully peel it back to expose more components. Remove the loudspeaker and any other screws securing internal parts.
Before proceeding further, disconnect the battery flex cable to cut off power to the device, ensuring that no electricity flows through the phone while you work. This step is essential to avoid short circuits or accidental damage. Once the battery is disconnected, you can remove the screen cable and proceed to the next stage of disassembly.
Now, you have two main options when performing a Samsung Galaxy S20 Ultra screen replacement: replacing just the glass screen assembly or replacing the entire screen assembly with the frame. If you’ve opted for just the glass screen assembly, the process will involve heating the edges of the screen, carefully removing the damaged glass, and replacing it with the new one. This method is more cost-effective but also more challenging, as it requires precision and care to avoid damaging the LCD underneath.
However, if you’ve chosen to replace the entire screen assembly with the frame, you’ll need to take the phone apart completely. Start by disconnecting all flex cables connected to the motherboard. Remove the screws securing the motherboard and gently lift it out of the phone. Be sure to carefully remove smaller components like the front camera, ear speaker, and antennas, setting them aside in a safe place.
Next, use a plastic pry tool to lift the battery out of its compartment. The battery is secured with strong adhesive, so you may need to apply heat to loosen it. Once the battery is out, you can remove the old screen assembly and prepare to install the new one.
With the old screen assembly removed, it’s time to install the new one. Start by placing the new screen assembly into the phone’s frame. Make sure it’s aligned properly and that all components fit snugly into place. Begin reassembling the phone by first securing the antennas and then placing the volume and power button rockers into their respective positions.
Carefully reattach the motherboard, ensuring that all flex cables are properly connected. It’s important to be methodical during this stage to avoid missing any connections or improperly seating any components. Once the motherboard is in place, reconnect the flex cables, leaving the battery flex cable for last. This will help prevent any accidental electrical shorts during the reassembly process.
Once all components are securely in place, reattach the metal brackets and screws that hold everything together. Double-check that all connections are secure before proceeding to the final step.
Before reattaching the back cover, inspect both the back cover and the phone’s frame for any debris, leftover adhesive, or damage. Clean the surfaces if necessary to ensure a smooth reattachment. Carefully position the back cover over the phone’s frame, making sure it’s aligned correctly. Apply gentle, even pressure around the edges to secure the cover in place. The adhesive should bond well with the frame, creating a seal that protects the internal components.
If you notice that the adhesive isn’t sticking properly, you can reheat the edges and press down again to ensure a tight seal. This is especially important in maintaining the phone’s water resistance.
Congratulations! You’ve successfully completed your Samsung Galaxy S20 Ultra screen replacement. Now, it’s time to power on your device and check that everything is working as expected. If the screen lights up and responds to touch inputs, you’ve done a great job. Test all functions, including the camera, speakers, and charging port, to ensure the repair was successful.
If this video helped you, please give it a like and consider subscribing for more detailed guides. For professional phone repair services and tutorials, visit our website at Gadget Kings, where we specialize in high-quality repairs for a wide range of devices.
At Gadget Kings, we pride ourselves on providing expert phone repair services for a variety of devices, including the Samsung Galaxy S20 Ultra. Whether you need screen replacements, battery changes, or other types of repairs, our experienced technicians are ready to help. We serve numerous locations across the region, including but not limited to:
For more information, detailed guides, and to book a repair service, visit our website here. Whether you’re a DIY enthusiast looking to tackle repairs at home or need professional assistance, Gadget Kings has you covered with the best tools, tutorials, and services to keep your devices in top shape.
Welcome back to another Gadget Kings video! In this video, we’ll provide step-by-step instructions on how to replace the screen on a Samsung S20 Plus 5G. If you’re planning to undertake this job yourself, we recommend watching the video in full before trying it out. For a list of tools and equipment used in this video, please check out the description below. Now, let’s get started!
To start off, we need to remove the glass back cover from the back of the phone. We’ll be using a heat mat for this, but you can also use a hair dryer or a heat gun. However, the heat mat is recommended. Set the heat mat at 70 degrees Celsius and place the phone on it for about five minutes. Once the phone is warm to the touch, we’ll use a razor blade to create a very small gap between the back cover and the midframe chassis. Add a couple of drops of isopropyl alcohol into the gap to help loosen the adhesive.
Next, we’ll take an iFixit guitar pick and begin creating a larger gap in the back cover. If you meet any resistance while trying to remove the back cover, add another couple of drops of isopropyl alcohol. Work your way around the edges of the phone, carefully cutting away the adhesive. Once you’ve cut away three edges, you should be able to open the device like a book. Set the back cover aside and remove the phone from the heat mat.
Now that we’re inside the device, we need to remove all the cross-head screws securing the plastic shields, cameras, and other hardware. All the screws on the back cover are the same size, so don’t worry if you mix them up a little bit. Start by removing the 10 screws holding down the top shield area, then move down to the bottom of the phone and remove the five screws holding down the loudspeaker and charge port.
With all the screws removed, we’ll go back to the top of the device and begin lifting the metal shield as well as the plastic shield. There is a flex cable attached to the logic board for the wireless charging coil. Before disconnecting this, use a plastic spudger to disconnect the battery first to isolate power from the device. Then, disconnect the flex cable for the wireless charging coil and lift it out. Leave the sticker attached to the bottom shield and use tweezers to carefully pry the loudspeaker and plastic shield away from the phone.
Next, we need to remove the logic board from the chassis of the device. It’s held down by one screw in the bottom left area of the board. Use a plastic spudger to disconnect the front camera, followed by the display cable and the volume button cable. There’s no need to disconnect these two cables as we’ll take them out connected all together. Moving down to the bottom of the phone, there are two cross-head screws on either side of the USB-C port and one more just to the right. Remove these screws to release the sub-board.
Back up at the top of the phone, remove the SIM tray before lifting out the main board. Use a prying tool below the cameras to lift the board away from the chassis. Keep all components connected to facilitate the reinstallation process.
Apply isopropyl alcohol around the battery to help soften the adhesive holding it down. Set this aside for a minute. We now have our new screen and chassis, which comes with the front camera attached as well as the ear speaker, but no vibration motor. We’ll need to transfer the vibration motor from the old screen. Add a drop of isopropyl alcohol under the adhesive of the vibration motor and use tweezers to carefully pry it out.
Install the vibration motor into the new screen and chassis. While waiting for the adhesive on the battery to soften, remove all the plastic films from the back of the new display. The easiest way to remove the battery from the old phone is with a suction cup. Once the isopropyl alcohol has soaked in, use the suction cup to lift the battery out of the chassis. This method reduces the risk of damage compared to using a plastic or metal tool.
Start reassembling the phone by placing the original battery into the new chassis, followed by the main board. It’s easiest to get this in if you fold back the front camera cable and the volume button cable a little bit. Install the top of the logic board first, then apply pressure to the bottom. Re-secure the single cross-head screw in the bottom left of the board, followed by connecting the display connector to its right FPC and the front camera connector. Re-secure the volume and power button flex cable.
Move back down to the bottom of the phone and re-secure the sub-board into place, followed by the three cross-head screws. Next, reattach the plastic shields and the wireless charging coil. Fold over the metal and plastic shield and re-secure the 10 screws back into place. Re-secure the loudspeaker and support plastic shield by applying pressure to the edges and clipping it back into place, then secure the five screws that hold it in place.
Finally, reattach the glass back cover by aligning it on one edge first for proper alignment, then apply pressure to all four edges. Turn the phone on and test functionality before returning it to the customer. There may be a plastic film that looks a bit bubbly and dirty, but underneath, the phone is spotless and looking fresh.
If you find these steps daunting or lack the necessary tools, consider getting your phone repaired by professionals. Gadget Kings offers expert repair services for all types of phones, including the Samsung Galaxy S20+. They provide high-quality repairs and ensure your phone is restored to its optimal condition. Visit their website at Gadget Kings to learn more about their services.
And that’s how we replace the screen on the Samsung Galaxy S20 Plus 5G. Thanks for watching, and we’ll see you next time!
4o
Hi guys, welcome back to another Hugh Jeffries video. In this video, I’ll be restoring the Samsung Galaxy S20 Ultra, Samsung’s high-end Galaxy phone from 2020. This one has seen much better days—just about every centimeter of this phone is either cracked, dented, or scratched. It also has not one but three of those annoying magnetic car mounts glued to the back. Why would anyone need so many?
I purchased it online for 120 Australian dollars, or around 80 USD. When plugged in, it doesn’t light up, but it’s drawing around 500 milliamps. To fix it up, I’ll of course be needing a new display and rear glass, but I’ve also decided it’s worth replacing the original battery while I’m at it.
I’ll begin by first heating what’s left of the rear glass on a heat plate before prying it off. While I’d usually use a suction cup and plastic pick to avoid damaging the frame or glass if it were intact, for this phone, we’ll be replacing both, so it doesn’t matter. Additionally, given just how shattered the glass is, a suction cup won’t stick.
Lifting up the back panel, we get our first look inside the S20 Ultra. I won’t be throwing away the back panel just yet, as there’s still a microphone attached to it that we’ll need to salvage later on.
First to come out is the wireless charging coil, connected with one flex cable and five Phillips screws, one being hidden under the coil itself. Next is the upper antenna. Again, Samsung has been a bit sneaky and hidden a screw right next to the LED flash.
With a proper look inside the S20 Ultra, we can see that it resembles both the layout of Samsung’s before and after it. The most notable difference is the amount of space taken up by the many cameras, especially the ultra zoom lens. Once I’ve disconnected all the flex cables running to the motherboard and unfastened two Phillips screws, it can be pulled out of place.
Packed into this multi-layer, multi-section motherboard is an Exynos 990 with up to 16 gigs of RAM and 512 gigs of storage.
Proceeding with the repair, it’s time for the lower section of the phone to come apart. The speaker, which houses a liquid indicator, appears to show liquid has entered the phone, but I’m not able to find any signs of damage. It’s possible for these to be tripped by things like humid weather, so they’re not always accurate.
Just three screws are all it takes to get the USB-C charging board out of the phone. Then, using some alcohol, I can loosen up the vibration motor and break it free. Up top, we’ve still got the selfie camera, which is glued in place. Using an X-Acto knife, I’m able to cut through the adhesive and release the camera.
And with that, the S20 Ultra has been disassembled. Compared to some phones, this was a walk in the park. All the screws we removed are the same type and length, making this process almost foolproof.
Getting out the first of the new components, it’s time we begin getting this phone back in one piece. The display, like most modern phones, is the most expensive part to replace and is why many phones, once broken, never get repaired. Many just find it easier to replace the whole phone.
I’ll start by reinstalling the vibration motor and charging port. Once its screws are attached, it’s time for two flex cables, the speaker, and its appropriate screws.
Next, it’s time to get the front-facing camera reattached. I’ll then be sure to remove any plastic film before installing the motherboard into the phone.
Now comes time for the new battery. The original is in unknown condition, and while it would likely work, it’s several years old, and like all batteries with age and use, comes significant wear. If I’m working inside the phone, I might as well spend the twenty dollars to replace the battery. Once it’s in, I can reattach both charging port cables, the new display, and finally the battery.
Flipping over the phone, it’s time for a test. Sure enough, the phone is working, but it’s got a passcode on it. Don’t worry, we’ll wipe it later. I can now continue to assemble the phone, placing back the plastic antenna piece and the wireless charging coil.
With the phone’s insides back into position, the last thing we need to do is prep the new back glass. I’ll need to salvage the microphone from the one we removed earlier and place it onto our new back glass. There was also a little foam grounding piece which I decided to transfer as well.
Once the phone is free from any dust, I can remove the plastic protective film from the back panel and press it down into place, securing it to the frame of the phone.
To wipe the previous owner’s data from the phone, with the phone connected to a computer, I can hold both the power and volume up buttons. Once into recovery mode, I can factory reset the device. Now the last thing left to do is remove the plastic protective film.
And we’re done. This is it—a repaired Galaxy S20 Ultra. Once badly destroyed, it has been restored to an almost brand-new state. Like many of Samsung’s flagship phones, it was fairly easy to repair, with the only real downside being the two hidden screws and the high cost of replacement displays. Nevertheless, this S20 Ultra is ready to serve its next owner.
If you find these steps daunting or if you don’t have the necessary tools, consider getting your phone repaired by professionals. Gadget Kings offers expert repair services for all types of phones, including the Samsung Galaxy S20 Ultra. They provide high-quality repairs and ensure your phone is restored to its optimal condition. Visit their website at Gadget Kings to learn more about their services.
Restoring a Samsung Galaxy S20 Ultra can be a rewarding experience, especially when you see a once-damaged phone come back to life. With patience and the right tools, you can achieve great results. However, if you ever need professional help, Gadget Kings is there to assist you. Thank you for watching, and if you enjoyed this video, consider subscribing and checking out my phone restoration playlist for more videos just like this one. If you’re looking for any used devices, be sure to check out my online store linked in the description. That’s all for this video, and I’ll catch you guys next time.
If your Samsung Galaxy S23 or S24 series phone suddenly shows a black screen but remains powered on—you might feel it vibrate, receive calls, or hear notifications—you don’t need to panic. This common issue can often be resolved with some simple troubleshooting steps you can perform at home. This guide will walk you through multiple methods to fix the black screen on your Samsung Galaxy S23 or S24 series without the need to disassemble your phone or visit a repair shop.
Before diving into the solutions, it’s essential to understand what might cause a black screen issue on your Samsung Galaxy S23 or S24 series phone. Common causes include software glitches, firmware crashes, or internal hardware issues such as loose cables. In some cases, environmental factors like overheating or exposure to extreme cold can also lead to screen malfunction. The methods outlined below are designed to address these potential issues and get your phone’s display back to normal.
The first and simplest method to resolve the black screen issue on your Samsung Galaxy S23 or S24 series is a force restart. This action can help reboot the system and clear any temporary software glitches that might be causing the problem.
A force restart helps reset the phone’s software, clearing any minor glitches that may have caused the screen to go black. It is a safe and effective first step in troubleshooting your Samsung Galaxy S23 or S24 series.
If the force restart doesn’t resolve the issue, the next step involves charging your phone and trying a restart while it’s connected to a power source. This method can help if the black screen is due to battery-related issues or if the phone is stuck in a power loop.
Sometimes, charging the phone can help reset any power-related issues that may cause the black screen. The combination of charging and force restarting can jolt the phone out of a frozen state, particularly if the phone’s battery was critically low.
If your Samsung Galaxy S23 or S24 series phone is still showing a black screen, the issue might be related to a loose internal connection, such as a dislodged ribbon cable. The tapping method is a gentle way to attempt to re-seat any loose components.
Tapping the phone can help re-seat any internal components that may have become loose, especially if the phone was dropped or jarred recently. This method is non-invasive and worth trying before considering more advanced options.
The massage method is similar to the tapping method but involves applying more continuous pressure across the phone’s screen and back. This can be effective if the black screen is due to a slightly misaligned or loose connection inside the phone.
Massaging the phone applies continuous pressure that can help re-align any loose internal connections. It’s a safe and non-invasive method that might just get your display working again.
The smack method might sound a bit unconventional, but it has been known to work for some users. This method involves lightly smacking the phone against the palm of your hand to jolt any loose components back into place.
Sometimes, a gentle jolt is enough to fix a minor hardware issue. While this method should be used with caution, it can be surprisingly effective for resolving a black screen caused by a loose connection.
If the previous methods haven’t worked, the black screen issue on your Samsung Galaxy S23 or S24 series might be due to overheating. The freezer method is a last resort that involves cooling the phone down to see if this resolves the issue.
Overheating can cause a phone’s screen to malfunction. Cooling the phone down in the freezer might restore functionality if overheating is the culprit. However, this method should be used with caution and only as a last resort.
If none of the above methods work, it may be time to seek professional help. Gadget Kings, a reputable phone repair service, offers expert repair services for Samsung Galaxy S23 and S24 series phones. Whether the issue is due to a hardware fault or something more complex, they have the expertise to diagnose and fix the problem.
Dealing with a black screen on your Samsung Galaxy S23 or S24 series can be frustrating, but these methods can help you get your phone back to normal without needing to take it apart. Whether it’s a simple force restart or a more involved method like the freezer trick, you have several options to try at home. Remember, if all else fails, Gadget Kings is there to assist with any repair needs, ensuring your device is back in working order as quickly as possible.
In the world of covert operations and high-stakes espionage, few stories are as captivating as that of the Anom phone. Marketed to criminals as an encrypted and secure smartphone, the Anom phone was, unbeknownst to its users, a creation of the FBI as part of a massive undercover operation. This article delves into the intriguing details of the Anom phone, its custom operating system—Arcane OS—and the broader implications of its use in law enforcement. Through this detailed exploration, we unravel how the Anom phone became a groundbreaking tool in the battle between privacy and security.
The story of the Anom phone begins with a seemingly casual conversation between members of the Australian Federal Police (AFP) and the FBI. Over a couple of beers, these law enforcement officers brainstormed an idea that would ultimately lead to one of the most sophisticated sting operations in history. The goal was to create a device that could infiltrate criminal networks by posing as a secure communication tool, all while secretly gathering data for authorities.
The Anom phone was based on a regular Android device—in this case, a Google Pixel 4a. Between late 2018 and June 8, 2021, the Anom phones were sold to criminals worldwide, who believed they were using an untraceable, secure device. The phones were marketed and distributed as part of a legitimate business, complete with a professional website, social media presence, and even customer support. Prices for these devices ranged from $1,500 to $2,000, and approximately 11,800 units were sold globally. However, the criminals who bought these phones had no idea that every message they sent was being monitored by law enforcement.
At the heart of the Anom phone’s deceptive capabilities lies its custom operating system, Arcane OS. This system was designed to look and function like a secure platform, but with a critical difference: it had built-in backdoors that allowed authorities to monitor all communications. On the surface, the Anom phone appeared to be a standard Android device with some pre-installed apps. However, when users entered a specific decoy pin code, a different interface would be unlocked, revealing a set of apps that appeared to offer secure communication.
Arcane OS was crafted to serve two purposes. The first was to appear as a regular, albeit highly secure, operating system to the user. The second was to surreptitiously transmit all data to law enforcement agencies. The OS was built on an Android 10 update from December 2020, with several modifications made to suit the needs of the FBI and AFP.
Users could access two primary apps upon entering the main pin code. However, entering the decoy pin would unlock a more extensive array of apps, including a messaging application called Anom, which was disguised as a calculator. This app allowed users to send encrypted messages, store files, and manage contacts. The criminals using these phones believed their communications were safe from prying eyes, but in reality, the Anom app contained backdoors that allowed authorities to access, read, and decrypt every one of the 23 million messages sent during the operation.
The interface of Arcane OS was intentionally designed to be familiar yet subtly different from a standard Android experience. The settings menu, for instance, lacked many of the options one would expect on a regular Android device, such as location services and storage management. These omissions were intentional, as they helped to conceal the true purpose of the device. The operating system was also built to be tamper-proof, with features like secure boot enabled, preventing any unauthorized changes or attempts to flash new software onto the device.
In decoy mode, the phone’s interface would display various apps, including popular ones like TikTok and Subway Surfers. However, these apps were non-functional and merely served as a cover for the phone’s true purpose. The contacts app, for example, contained fake entries, some of which used public images from websites like TripAdvisor. The messages app also differed from the standard Google version, lacking the ability to send actual messages.
The Anom phone was central to Operation Ironside, an undercover sting operation described as the biggest in Australian history. The operation’s success was due in large part to the Anom phone’s ability to collect and transmit data to law enforcement without arousing suspicion. Criminals used these devices to coordinate illegal activities, unaware that every message they sent was being monitored in real-time.
Operation Ironside resulted in numerous arrests and the seizure of vast amounts of illegal goods, including drugs, weapons, and cash. The operation’s success hinged on the careful distribution of the Anom phones and the sophisticated software that kept authorities informed about criminal activities. The sheer scale of the operation—23 million messages intercepted—demonstrated the power of technology in modern law enforcement.
Despite its covert nature, the Anom phone included several security features that provided a false sense of security to its users. These features were designed to reassure criminals that their communications were secure while secretly feeding data to the authorities.
These features, while sophisticated, were ultimately ineffective because the FBI had built backdoors into the system from the start. Every action taken on the Anom phone was monitored, rendering these security measures meaningless.
After the operation concluded and the Anom service was shut down, many of the devices ended up being sold on sites like eBay and Gumtree. These phones, which are now considered collector’s items, are locked to Arcane OS with the bootloader secured, meaning they cannot run any other software. Despite numerous attempts by tech enthusiasts, there is currently no way to remove Arcane OS and restore the original Android functionality.
The Anom phone has become a symbol of the lengths to which law enforcement will go to infiltrate and disrupt criminal networks. Its sophisticated design and the massive undercover operation behind it highlight the ongoing battle between privacy and security. The Anom phone remains a fascinating piece of history, a reminder of the ever-evolving landscape of technology and law enforcement.
For those fascinated by the intricate world of smartphone technology and security, Gadget Kings offers unparalleled expertise in phone repairs. Whether you have a standard device or something as unique as the Anom phone, Gadget Kings provides comprehensive repair services. Their team of expert technicians is well-versed in the latest technologies and can handle a wide range of issues, from screen replacements to complex motherboard repairs.
The story of the Anom phone is a testament to the innovative and sometimes controversial methods law enforcement agencies use to combat crime in the digital age. Its sophisticated design, custom operating system Arcane OS, and the massive undercover operation that supported it highlight the delicate balance between privacy and security. While the Anom phone has become a piece of history, its legacy continues to influence discussions around technology, surveillance, and law enforcement.
As technology continues to evolve, so too will the methods used by both criminals and those who seek to stop them. The Anom phone serves as a reminder that in the world of espionage and covert operations, things are rarely as they seem. Whether you’re a tech enthusiast or simply someone who values the security of their device, understanding the story of the Anom phone provides valuable insights into the ongoing battle between privacy and security.
The Samsung Galaxy S23 Ultra is arguably one of the best smartphones on the market today, with a starting price of $1199. While the device boasts impressive features and cutting-edge technology, it has sparked debates about its similarities to Apple’s design philosophy. Adding to the conversation is the Galaxy S23 Ultra’s repairability score, which received a modest 4 out of 10 from iFixit. In this comprehensive review, we will unbox the device, delve into its internal components, and evaluate the repairability, all while addressing the question: Did Samsung Copy Apple?
When you first unbox the Samsung Galaxy S23 Ultra, one of the first things you’ll notice is the eco-friendly packaging. Samsung has made a conscious effort to reduce plastic usage, opting instead for sustainable materials. Inside the box, you’ll find the essentials: a USB-C to USB-C cable, a SIM ejector pin, and the usual instruction manuals. Unlike Apple, which has removed the charger from the box, Samsung continues to include this crucial accessory, although you’ll need to purchase a fast charger separately if you don’t already own one.
The phone itself is stunning, with a design that exudes luxury. However, during our initial inspection, we detected a slight lamination flaw at the bottom right corner of the screen. While minor, this imperfection could potentially worsen over time, raising questions about quality control in a device of this caliber.
Powering on the Samsung Galaxy S23 Ultra for the first time, the setup process is straightforward but slightly laggy—a minor hiccup that doesn’t detract much from the overall experience. Samsung’s Super AMOLED display continues to be a standout feature, offering vibrant colors and sharp resolution that arguably surpass even Apple’s renowned displays.
Samsung has long been the leader in display technology, and the S23 Ultra is no exception. The phone features a 6.8-inch Quad HD+ display with a 120Hz refresh rate, making it a joy to use whether you’re watching videos, playing games, or simply scrolling through apps. The colors are rich, the blacks are deep, and the brightness is exceptional, even in direct sunlight.
Despite its impressive display, some critics argue that Samsung has taken cues from Apple in terms of design. The squared-off edges and the flat display, for instance, are reminiscent of the iPhone’s recent design language. However, the Samsung Galaxy S23 Ultra retains enough of its unique identity, particularly with its integrated S Pen, which continues to set it apart from its competitors.
Before we dive into the internals of the Samsung Galaxy S23 Ultra, let’s take a moment to talk about Opera, our sponsor for this review. In an age where websites track your every move, protecting your privacy is more important than ever. The Opera web browser offers robust privacy features, including a built-in ad blocker, tracker blocker, and a free VPN that shields your location and search history.
Opera’s clean and highly customizable interface includes a unique feature called My Flow, which allows seamless sharing between your phone and computer. If you require higher speeds, Opera’s VPN Pro offers over 30 virtual locations and supports up to six devices. You can get the first three months free with a yearly plan by using the code “Guru.” Click the link in the description to start using Opera today and take control of your online privacy.
The Samsung Galaxy S23 Ultra features a camera system that is nothing short of impressive. Equipped with a 200-megapixel wide camera, the device is capable of capturing incredibly detailed photos.
In a head-to-head comparison with the iPhone 14 Pro, the Galaxy S23 Ultra often produces clearer, though more processed, images. The extra megapixels give Samsung an edge in detail, particularly in well-lit conditions. However, the images can sometimes appear overly sharp or saturated, which might not appeal to purists who prefer a more natural look. On the other hand, Apple’s iPhone excels in video recording, with smoother transitions and more accurate color reproduction.
When it comes to audio, the Samsung Galaxy S23 Ultra packs a punch. In a speaker test against the iPhone 14 Pro, the Galaxy S23 Ultra was noticeably louder, almost like a portable speaker. While the iPhone’s speakers might offer slightly clearer sound, Samsung’s speakers are more powerful, making them ideal for media consumption and hands-free calls.
Curiosity got the better of us, so we decided to open up the Samsung Galaxy S23 Ultra to explore its internals and verify its challenging repairability. The first thing that stands out is the massive camera modules, a testament to Samsung’s commitment to superior imaging technology.
The Galaxy S23 Ultra features a robust camera system, including a 12-megapixel ultra-wide camera, a 200-megapixel wide camera with Optical Image Stabilization (OIS), a 10-megapixel telephoto lens, and a 10-megapixel periscope camera. The periscope camera is particularly impressive, offering the ability to capture detailed images of distant objects, like the moon. Complementing this system is a laser autofocus sensor that ensures precise focus by emitting a laser beam to the object.
Upon removing the back panel, we found a standard Samsung layout, but with a few notable features. The most significant is the removable battery with pull tabs, which makes battery replacement much easier than in previous models. The loudspeaker is integrated with the vibration motor, a space-saving design choice that doesn’t compromise on performance. Additionally, a rubber gasket on the front earpiece speaker helps maintain the device’s water resistance, a critical feature for durability.
As we continued to disassemble the Samsung Galaxy S23 Ultra, we noted that while the battery is relatively easy to replace, the motherboard and front camera pose significant challenges. The board is tightly packed with components, and the front camera is intricately connected to the display, making repairs tricky without professional tools and expertise.
Despite the removable battery and the use of Phillips screws, the Samsung Galaxy S23 Ultra receives a repairability score of 7 out of 10. While it’s more repairable than some of its predecessors, the complexity of the motherboard and front camera repairs prevents it from scoring higher. In comparison to Apple devices, which often score lower due to proprietary screws and glued-in components, Samsung’s approach is more user-friendly but still has room for improvement.
The Samsung Galaxy S23 Ultra is a powerhouse of a smartphone, blending cutting-edge technology with a design that some might argue takes cues from Apple. However, Samsung has managed to retain its own identity with unique features like the S Pen, superior display technology, and an impressive camera system. While the repairability score is middling, it’s clear that Samsung is making strides toward more user-friendly designs, even if it hasn’t fully embraced the modularity seen in other devices.
If you find yourself in need of a repair for your Samsung Galaxy S23 Ultra or any other smartphone, Gadget Kings is your trusted partner. With locations across various areas including Murrumba Downs, Kallangur, Dakabin, Clontarf, Margate, Woody Point, Redcliffe, Kippa Ring, Scarborough, Rothwell, Newport, Deception Bay, North Lakes, Mango Hill, Narangba, Burpengary, Burpengary East, Morayfield, Caboolture, Caboolture South, Bribie Island, Bongaree, Petrie, Lawnton, Bray Park, Strathpine, Cashmere, Eatons Hill, Joyner, Warner, Clear Mountain, Brendale, Bracken Ridge, Carseldine, Fitzgibbon, Taigum, Boondall, Zillmere, Geebung, Virginia, Chermside, Wavell Heights, Nundah, Toombul, Stafford, Stafford Heights, Deagon, Sandgate, Shorncliffe, Brighton, Nudgee, Bridgeman Downs, Mcdowall, Everton Park, Mitchelton, Gaythorne, Ferny Grove, Ferny Hills, Enoggera, The Gap, New Market, Kelvin Grove, Red Hill, Grange, Gordon Park, Windsor, Bowen Hills, Newstead, Hendra, Eagle Farm, Northgate, and many more, Gadget Kings offers top-notch repair services.
Visit Gadget Kings today for more information and to schedule your repair. Our experienced technicians are ready to assist you with all your smartphone repair needs, ensuring your device is back to its optimal condition as quickly as possible.
Samsung Galaxy S23 FE Teardown Disassembly. What’s Changed Since the S23?
Welcome to Gadget Kings! Today, we are disassembling the Samsung Galaxy S23 FE and comparing it to its predecessor, the Samsung Galaxy S23. If you’re interested in more teardown videos, make sure you subscribe and click on the notification bell to be notified whenever we upload a new video. Additionally, if you need any tools for this process, check out the links in the description.
To start the disassembly, the SIM tray needs to be removed. This is the first step in accessing the phone’s internal components.
Apply heat to the back plate of the phone to loosen the adhesive underneath. This makes it easier to pry off the back plate using a plastic pry tool. Here’s a closer look at the glass back plate. The glass camera lens covers can be replaced by applying heat and gently prying them off, so you don’t need to take apart the entire phone for this specific repair.
Next, we need to remove 20 Phillips screws. This will give us access to the wireless charging coil and NFC antenna, which are important for the phone’s functionality. There’s also some graphite film to help with heat transfer.
At this point, the battery cable can be disconnected, followed by the rest of the cables. Here’s a side-by-side comparison between the S23 and the S23 FE. The top earpiece speaker is located behind a plastic cover.
Looking at the main board, we can see a 12-megapixel ultrawide lens, a 50-megapixel primary lens, and an 8-megapixel telephoto lens. The main and telephoto cameras are the only ones with optical image stabilization (OIS). There’s a secondary microphone on the top corner and the LED flash is located here. The SIM reader is located on the back, as well as a proximity sensor or ambient light sensor. The camera connectors can be disconnected by simply popping them off.
Once the graphite pad is peeled back, we can see thermal paste on top of the RAM, which is seated on top of the processor. Here’s a better look with the thermal paste cleaned off.
As for the 10-megapixel front-facing camera, it’s glued in place with a cure-in-place gasket. To remove it, you’ll need to use an X-Acto knife or a razor blade to gently and carefully cut the glue or gasket, then pry out the camera.
This is the bottom speaker assembly. On the S23 FE, the vibrator motor is not included in the speaker assembly. This flex cable connects the main board to the subboard, as well as the screen. If you need to replace the screen, you’d have to remove the back plate, the screws on the bottom speaker assembly, and the speaker assembly itself. Then, you can disconnect the flex cable connecting the screen to the main board and gently pry off the screen flex cable from the frame. Heat up the front of the phone where the screen is to loosen the adhesive, pry the old screen off, apply new adhesive, reapply the new screen, and reassemble the phone.
Moving on, the flex cable for the fingerprint reader also needs to be disconnected from the subboard. There are now two Phillips screws holding down the subboard. The primary microphone is located next to the charger port, which has a red rubber gasket.
Here’s a look at the other side. The vibrator or haptic feedback motor is located here, held in place with adhesive, and the same goes for the fingerprint sensor. Moving on to the battery, there’s an adhesive pull pouch to help pry it off. Compared to the S23, the pull tab on the pouch is located on the right side versus the left side. This is a 4,500 mAh battery. Now that the battery adhesive pull pouch has been peeled back, we have a look at the decently sized copper vapor chamber, which runs underneath the battery as well as the motherboard.
This is the flex cable for the power button and volume keys. If you need to replace those, you’d have to gently lift up and pull out this metal bracket, which is seated inside the frame. There’s also a rubber gasket and mesh filter over the speaker opening on the frame, as well as both of the microphone openings. So, on this phone, if you were ever worried about puncturing the microphone or damaging it by inserting your SIM ejector tool in the wrong hole, you won’t need to worry, since both the microphones and the filters are seated above the holes and won’t get damaged.
One thing I wanted to point out on this frame which stuck out to me is this cutout on the top corner. It looks like there was possibly originally a plan for a front-facing camera located on this side instead of the top center, or maybe two front-facing cameras. I’m really not sure, but from the looks of it, you can tell there was a camera cutout here in the frame that was later abandoned. For the repairability score on this phone, I give it an 8.5 out of 10.
Now it’s time to put the phone back together. Once everything’s back in place, apply new adhesive and reapply the back plate. Flip over the phone, power it on, and you’re done.
If you’re looking for professional phone repair services or want to start your own phone repair business, check out our website Gadget Kings. We offer detailed repair guides, high-quality tools, and a comprehensive phone repair course to help you get started. Thanks for watching, and I’ll see you in the next video!
The Samsung Galaxy S23 Ultra is making waves in the tech world, not just for its impressive hardware and software but also for its evolving approach to repairability. As Samsung continues to innovate, the company seems to be catching up with Apple in various aspects, from design aesthetics to repair-friendly features. While tech reviewers debate the merits of these advancements, our focus is on the Samsung Galaxy S23 Ultra‘s internal design and its implications for repair enthusiasts. This teardown and analysis will provide a deep dive into the S23 Ultra’s repairability, highlighting both its strengths and areas for improvement.
Before diving into the disassembly of the Samsung Galaxy S23 Ultra, we took a preliminary look at the x-rays of the device, courtesy of Creative Electron. Interestingly, we initially used x-rays of last year’s Samsung Galaxy S22 Ultra, but upon comparing the two models, we found them strikingly similar both inside and out. This discovery reinforced the idea that while the S23 Ultra might appear to be a mere hardware update, there are subtle yet significant changes that impact its repairability. Whispers of a significant change to the battery design hinted that this teardown might reveal some interesting developments, particularly in Samsung’s approach to making its devices more repair-friendly.
As with many modern Android smartphones, the entry point for disassembling the Samsung Galaxy S23 Ultra is through the back panel. Samsung’s decision to adhere the back panel firmly with adhesive means that the removal process requires patience and the right tools. This time, we opted to use the Anti-clamp tool, which proved to be effective in loosening the adhesive without the need for excessive force or heat. This method eliminates the cumbersome and potentially damaging use of traditional tools, allowing for a smoother and safer entry into the device’s internals.
Before proceeding with the full disassembly, we first removed the S-Pen, a hallmark of Samsung’s Ultra series, known for its utility and precision. Next, we carefully extracted the 17 Phillips screws that secure the NFC coil and the upper bracket. The screws were easy to remove, thanks to their standardized size, which is a welcome feature for repair enthusiasts. The NFC coil and upper bracket came away as a single piece, exposing the internal connectors and providing access to the heart of the Samsung Galaxy S23 Ultra.
One of the most notable and user-friendly changes in the Samsung Galaxy S23 Ultra‘s design is the inclusion of a battery pull-tab. In previous Galaxy models, battery removal was notoriously difficult due to the use of strong adhesives. However, the introduction of the pull-tab marks a significant shift towards more repairable designs. Unlike the stretch-release tabs found in some other devices, this pull-tab allows for easier battery removal, which is often one of the most common repairs needed over the life of a smartphone.
While the battery pull-tab is a step in the right direction, it’s not without its challenges. The tab can be tricky to use, especially if you have sweaty or dry hands, making it difficult to get a good grip. Additionally, the adhesive used to secure the battery is still quite strong, so some additional effort is required to fully remove the battery. However, the mere presence of the pull-tab signifies Samsung’s acknowledgment of the importance of repair-friendly designs and suggests that the company is listening to consumer demands for easier, more accessible repairs.
The evolution of battery replacement in the Samsung Galaxy S23 Ultra is emblematic of Samsung’s broader shift towards enhancing the repairability of its devices. In contrast to earlier models where battery replacements were a daunting task, the S23 Ultra’s design improvements, including the battery pull-tab, make this process significantly more user-friendly. This change is not just limited to the Ultra model; both the Samsung Galaxy S23 and S23+ models feature similar enhancements, indicating a company-wide commitment to improving repairability.
When compared to Apple’s approach, particularly with the iPhone 14, Samsung’s strategy appears more inclusive and consumer-friendly. While Apple has made strides in repairability, their devices often come with proprietary screws and software locks that complicate third-party repairs. In contrast, Samsung’s use of standardized screws and the addition of a battery pull-tab are clear indicators of a more open approach. However, it’s worth noting that the S23 Ultra’s design, while improved, still falls short of the ease of battery replacement seen in some of Apple’s recent models, particularly when considering the challenges posed by the strong adhesive used.
With the battery pull-tab making a positive impression, we proceeded to examine other key components of the Samsung Galaxy S23 Ultra, starting with the periscope camera. The 10x optical module, a standout feature of the S23 Ultra, appeared largely unchanged from the previous model. This module is particularly impressive, sliding smoothly on tiny plastic ball bearings and driven by electromagnetic coils, allowing for precise zoom capabilities without the bulk traditionally associated with high-zoom cameras.
One of the most challenging aspects of disassembling the Samsung Galaxy S23 Ultra is dealing with its curved screen. While Samsung’s curved displays are visually stunning and provide an immersive user experience, they pose significant challenges when it comes to repairability. The strong adhesive used to secure the screen makes removal difficult, and there’s always a risk of damaging the display during the disassembly process. Despite reports of under-screen bubbles on some units, our S23 Ultra displayed no such defects, but the process of screen removal remains a daunting task for even seasoned repair professionals.
Given the difficulties associated with screen replacement on the Samsung Galaxy S23 Ultra, there is a clear opportunity for Samsung to further enhance the repairability of its devices in future models. Simplifying the process of screen removal, perhaps through the use of less aggressive adhesives or providing more accessible repair manuals, could go a long way in improving the overall user experience and reducing repair costs.
While the Samsung Galaxy S23 Ultra might seem like a mere hardware update at first glance, its inclusion of repair-friendly features like the battery pull-tab marks a significant step forward in Samsung’s repairability journey. Since the release of the Galaxy S6 in 2015, Samsung has made considerable progress in making its devices more repairable, reflecting a growing awareness of consumer demands for sustainable and repair-friendly technology.
The Right to Repair movement, which advocates for consumers’ ability to repair and maintain their own devices, has gained significant traction in recent years. The Samsung Galaxy S23 Ultra’s design changes, especially the introduction of the battery pull-tab, can be seen as a direct response to this movement. Unlike some manufacturers who have resisted the Right to Repair, Samsung’s incremental changes suggest that the company is beginning to embrace the principles of this movement, which promotes sustainability and the reduction of electronic waste.
Despite these positive developments, Samsung still faces challenges in fully aligning with the Right to Repair ethos. The company’s recent crackdown on third-party OLED suppliers, for example, presents a barrier to the growing demand for repairable devices and a circular economy. Additionally, while the Samsung Galaxy S23 Ultra has made strides in repairability, it still falls short in areas such as screen replacement, where the strong adhesive used complicates the process.
However, the inclusion of a battery pull-tab, even with its initial challenges, is evidence of the positive impact of the Right to Repair movement. It suggests that Samsung is listening to consumer feedback and is willing to make design changes that prioritize repairability. As the movement continues to gain momentum, it’s likely that we will see further improvements in Samsung’s device designs, making them even more accessible for repairs.
For those who are looking to repair their Samsung Galaxy S23 Ultra or any other device, Gadget Kings offers expert repair services that you can trust. Based in Australia, Gadget Kings specializes in a wide range of phone repair services, from battery replacements to screen repairs. Their experienced technicians ensure high-quality service, using genuine parts to restore your device to its optimal condition. Gadget Kings is committed to supporting the Right to Repair movement, providing customers with reliable and accessible repair options across various locations.
Gadget Kings proudly serves multiple locations across Australia, including Murrumba Downs, Kallangur, Dakabin, Clontarf, Margate, Woody Point, Redcliffe, Kippa Ring, Scarborough, Rothwell, Newport, Deception Bay, North Lakes, Mango Hill, Narangba, Burpengary, Burpengary East, Morayfield, Caboolture, Caboolture South, Bribie Island, Bongaree, Petrie, Lawnton, Bray Park, Strathpine, Cashmere, Eatons Hill, Joyner, Warner, Clear Mountain, Brendale, Bracken Ridge, Carseldine, Fitzgibbon, Taigum, Boondall, Zillmere, Geebung, Virginia, Chermside, Wavell Heights, Nundah, Toombul, Stafford, Stafford Heights, Deagon, Sandgate, Shorncliffe, Brighton, Nudgee, Bridgeman Downs, McDowall, Everton Park, Mitchelton, Gaythorne, Ferny Grove, Ferny Hills, Enoggera, The Gap, New Market, Kelvin Grove, Red Hill, Grange, Gordon Park, Windsor, Bowen Hills, Newstead, Hendra, Eagle Farm, Northgate, and many more. Wherever you are located, Gadget Kings offers top-notch repair services to ensure your Samsung Galaxy S23 Ultra or other devices are restored to their best condition.
The Samsung Galaxy S23 Ultra represents a significant step in the right direction for repairability, particularly with the introduction of the battery pull-tab. While there is still room for improvement, especially in areas like screen replacement, the inclusion of repair-friendly features demonstrates progress. As the Right to Repair movement continues to influence the tech industry, we can look forward to a future where more devices are designed with repairability in mind.
Samsung’s evolving approach to repairability, as seen in the Samsung Galaxy S23 Ultra, is a promising sign of things to come. Whether it’s through improved design, better access to genuine parts, or supportive repair services like those offered by Gadget Kings, the path to a more sustainable and repair-friendly tech industry is becoming clearer.
Thank you for joining us in this comprehensive teardown and review. Stay tuned for more insights and updates on the latest in tech repair and innovation. If you ever need professional assistance with your Samsung Galaxy S23 Ultra or any other device, remember that Gadget Kings is here to help you every step of the way.
Welcome to the Samsung Galaxy S23 Ultra disassembly and repair review. In this detailed teardown, we’ll uncover the intricate design and innovative features of Samsung’s latest flagship phone. Whether you’re a tech enthusiast, a repair professional, or someone curious about what makes the S23 Ultra tick, this comprehensive guide will take you through the meticulous process of disassembling the S23 Ultra, revealing the secrets behind its impressive performance and repairability. Make sure to subscribe and follow for more in-depth videos, and check out the links in the description for the necessary tools.
To begin the disassembly process of the Samsung Galaxy S23 Ultra, we start with the basics—removing the SIM tray and the S Pen. The SIM tray, a crucial component for connectivity, is delicately extracted using a SIM ejector tool. This small but essential step ensures that all external components are safely removed before we delve into the more complex internals of the device. The S Pen, a signature feature of Samsung’s Ultra series, is also removed, giving us full access to the phone’s interior and allowing us to proceed with the teardown.
Next, we move on to one of the most critical steps in the teardown—the removal of the back plate. The back plate of the Samsung Galaxy S23 Ultra is secured with strong adhesive, which requires careful handling to avoid damaging the glass or internal components. We begin by applying heat to the back plate using a heat gun or a hairdryer, which softens the adhesive, making it easier to lift the back plate off.
With the adhesive sufficiently heated, we use a plastic pry tool to carefully lift the back plate. The process requires patience and precision to prevent cracks or breaks, as the back plate serves as a critical barrier, protecting the phone’s internals from dust and moisture. Once the back plate is removed, we gain our first glimpse of the inner workings of the S23 Ultra, revealing the components that contribute to its high performance and durability.
With the back plate successfully removed, we encounter 17 Phillips screws that secure the internal components. These screws are systematically removed using a Phillips screwdriver, with each screw carefully cataloged to ensure smooth reassembly later.
After removing the screws, we disconnect the flex cable for the wireless charging coil. The wireless charging coil, located centrally in the Samsung Galaxy S23 Ultra, is responsible for enabling the phone’s wireless charging capabilities. This component is crucial for users who rely on wireless charging stations and pads for convenient power-ups.
Next, we disconnect the NFC antenna, positioned near the top of the device. The NFC (Near Field Communication) antenna enables contactless transactions and data transfer, a feature increasingly important in today’s digital world. Disconnecting these components allows us to move forward with the teardown, exposing the main board and other critical elements of the phone.
Once the wireless charging coil and NFC antenna are out of the way, we can begin exploring the internal components of the Samsung Galaxy S23 Ultra. One of the first things we notice is the layer of graphite film that covers various parts of the phone. This film plays a vital role in heat dissipation, ensuring that the phone remains cool even during intensive tasks such as gaming or video recording.
The next step involves disconnecting the battery cable to prevent any potential short circuits during the disassembly process. The battery cable is carefully lifted off the motherboard using a plastic pry tool. We also proceed to disconnect other flex cables that link various components to the main board. These cables are essential for the phone’s functionality, and disconnecting them allows us to safely remove and examine each part of the device.
As we continue to explore the internals, we reveal the top earpiece speaker. This speaker is designed to enhance sound quality, containing small white foam balls that create the illusion of a larger speaker. This clever design trick improves the acoustic performance of the Samsung Galaxy S23 Ultra, providing users with a richer audio experience during calls and media playback.
The main board of the Samsung Galaxy S23 Ultra is a marvel of modern engineering, featuring a dual-layered sandwich design. This compact arrangement efficiently houses various critical components, including the powerful cameras that define the S23 Ultra’s photographic capabilities.
The Samsung Galaxy S23 Ultra boasts an impressive camera system that includes a 12-megapixel ultra-wide camera, a groundbreaking 200-megapixel wide camera, a 10-megapixel periscope telephoto lens, and a 10-megapixel telephoto lens. Each camera, except for the ultra-wide, is equipped with Optical Image Stabilization (OIS), which significantly improves photo and video quality by reducing the effects of hand shake and motion blur.
The main board also includes a range of additional sensors, such as a secondary microphone, an LED flash, a laser autofocus sensor, and a proximity sensor. These sensors contribute to the S23 Ultra’s advanced functionality, from precise focus adjustments to ambient light detection.
Underneath the graphite film, we find thermal paste applied to the RAM, which is strategically placed atop the processor. This thermal paste is essential for efficient heat management, ensuring that the Samsung Galaxy S23 Ultra can handle demanding tasks without overheating.
At the bottom of the phone, we examine the speaker assembly, which houses the bottom speaker and the linear haptic feedback motor, also known as the vibrator motor. The bottom speaker, like its counterpart at the top, is designed with white foam balls to enhance sound quality, providing a full, rich audio experience.
The vibrator motor plays a crucial role in delivering haptic feedback, giving users a tactile response when interacting with the phone. This feature is particularly important in enhancing the overall user experience, making touch interactions more intuitive and satisfying.
One of the most common repairs for smartphones is screen replacement. The Samsung Galaxy S23 Ultra is no exception, and the process, while intricate, is manageable with the right tools and approach.
To replace the screen, we first remove the back plate, as previously described. Afterward, we remove the bottom speaker assembly, which provides access to the flex cable that connects the screen to the main board.
Once the screen cable is disconnected, we apply heat to the front of the phone to soften the adhesive holding the screen in place. Using a plastic pry tool, we carefully pry off the screen, taking care to avoid damaging the underlying components. With the old screen removed, we apply new adhesive and reconnect the replacement screen, ensuring it is securely in place before reassembling the phone.
One of the most significant improvements in the Samsung Galaxy S23 Ultra is the introduction of a removable battery. Samsung has listened to consumer feedback and incorporated pull tabs, or pull pouches, into the design. These tabs make it easier to remove the 5000 mAh battery without the need for specialized tools, simplifying one of the most common smartphone repairs.
Beneath the battery lies the copper vapor chamber, a crucial component for heat dissipation. The vapor chamber in the S23 Ultra is nearly double the size of the one found in the S22 Ultra, reflecting Samsung’s commitment to enhancing thermal management. This larger vapor chamber allows the phone to maintain optimal performance, even during resource-intensive tasks, by effectively dissipating heat.
The sub board of the Samsung Galaxy S23 Ultra is another area of interest in our teardown. Secured by three Phillips screws, the sub board houses the primary microphone and features a red rubber gasket around the charger port to protect against dust and moisture.
On the opposite side of the sub board, we find the SIM reader, a critical component for maintaining network connectivity. Additionally, the cover for the S Pen enclosure, held down by adhesive, can be pried off to access the S Pen compartment. This part of the teardown highlights the thoughtful design considerations that allow for easy access and replacement of essential components.
The front-facing camera of the Samsung Galaxy S23 Ultra is a 12-megapixel sensor, secured with a cure-in-place gasket. Replacing this camera requires precision and care, as the adhesive used is strong and must be carefully cut using an X-Acto knife or razor.
The flex cable for the volume key and power button is also accessible during the teardown. This cable can be replaced by gently peeling it off and removing the metal bracket that holds it in place. The ability to easily replace these components is another testament to the S23 Ultra’s improved repairability.
With all components thoroughly examined, it’s time to reassemble the Samsung Galaxy S23 Ultra. The reassembly process involves reconnecting all flex cables, securing the screws, and reapplying the back plate with new adhesive. Once everything is in place, the phone can be powered on to ensure that all components are functioning correctly.
Although the back glass may be cracked during the teardown, the step-by-step guide provided here ensures a smooth disassembly and reassembly process. After reassembly, it’s crucial to test the phone to confirm that the screen, battery, speakers, cameras, and all other components are working as expected.
The Samsung Galaxy S23 Ultra earns a commendable repairability score of 9 out of 10. This high score reflects Samsung’s significant design improvements, such as the removable battery, enhanced internal layout, and the thoughtful placement of components for easier access. These changes make the S23 Ultra significantly easier to repair compared to previous models, positioning it as one of the most repair-friendly flagship smartphones on the market today.
If you’re in need of professional phone repair services, consider visiting Gadget Kings. Gadget Kings offers expert repair services for a wide range of smartphones, ensuring your device remains in optimal condition. Whether it’s a battery replacement, screen repair, or other services, Gadget Kings has you covered across numerous locations.
Gadget Kings proudly serves multiple locations across Australia, including Murrumba Downs, Kallangur, Dakabin, Clontarf, Margate, Woody Point, Redcliffe, Kippa Ring, Scarborough, Rothwell, Newport, Deception Bay, North Lakes, Mango Hill, Narangba, Burpengary, Burpengary East, Morayfield, Caboolture, Caboolture South, Bribie Island, Bongaree, Petrie, Lawnton, Bray Park, Strathpine, Cashmere, Eatons Hill, Joyner, Warner, Clear Mountain, Brendale, Bracken Ridge, Carseldine, Fitzgibbon, Taigum, Boondall, Zillmere, Geebung, Virginia, Chermside, Wavell Heights, Nundah, Toombul, Stafford, Stafford Heights, Deagon, Sandgate, Shorncliffe, Brighton, Nudgee, Bridgeman Downs, McDowall, Everton Park, Mitchelton, Gaythorne, Ferny Grove, Ferny Hills, Enoggera, The Gap, New Market, Kelvin Grove, Red Hill, Grange, Gordon Park, Windsor, Bowen Hills, Newstead, Hendra, Eagle Farm, Northgate, and many more. No matter where you are located, Gadget Kings ensures that high-quality repair services are always within reach.
The Samsung Galaxy S23 Ultra represents a significant advancement in smartphone design, particularly in its commitment to repairability. With features like a removable battery, improved thermal management, and a thoughtful internal layout, the S23 Ultra sets a new standard for what consumers can expect from a flagship device. While there are still areas that could be improved, such as screen replacement complexity, the S23 Ultra’s overall design reflects Samsung’s dedication to creating more user-friendly, repairable products.
As the tech industry continues to evolve, the Samsung Galaxy S23 Ultra stands out as a prime example of how manufacturers can balance cutting-edge technology with practical repairability. Whether you are a DIY enthusiast or prefer to leave repairs to the professionals, the S23 Ultra offers a level of accessibility that was previously lacking in many high-end smartphones.
Thank you for joining us in this detailed teardown and repair review of the Samsung Galaxy S23 Ultra. Stay tuned for more insightful videos and guides, and remember, if you ever need professional assistance, Gadget Kings is here to help you keep your devices in top condition.
—
My trusty iPhone 7 is on its last legs. I bought it a year or two ago at the Apple Store in Hong Kong, but now, by noon, the battery is down to 10%. It’s clear I need a replacement. Sure, I could take it back to the Apple Store and get it replaced for around $49, which is less than it used to be. However, being in Shenzhen, China, the cell phone repair capital of the world, I knew I could find a better deal.
Shenzhen’s markets are legendary for their abundance of electronics and replacement parts, especially iPhone batteries. As I embarked on this adventure, I had two main questions: How can I tell if a battery is any good? And how can I distinguish a genuine battery from a fake one? I didn’t have the answers, but I was determined to find out.
The vibrant, bustling markets of Shenzhen are a tech enthusiast’s dream, with countless stalls offering everything from phone cases to intricate electronics. But today, my focus was solely on finding a reliable iPhone battery replacement. As I wandered through the aisles, I was greeted with an overwhelming array of battery booths, each promising to have the best product on the market. But how could I be sure?
Almost every vendor had some sort of battery tester to check the battery’s condition before selling it. These testers are essential in determining whether a battery is as good as claimed. Seeing the importance of these devices, I decided to purchase a battery tester for myself to better understand the batteries’ quality. Armed with this tool, I felt more confident in navigating the maze of options available in Shenzhen.
After some browsing, I found a battery tester and a handful of batteries from different booths. Each battery was labeled with its booth of origin, whether it was claimed to be original or not, and its price. Additionally, I purchased two NOHON batteries from Taobao, a Chinese online shopping website, based on a recommendation from someone on Twitter. One was a standard capacity battery, while the other was a MAX battery, boasting higher capacity than the original iPhone batteries.
Using the battery tester, I began evaluating each battery. The tester could measure the cycle count, designed capacity, and actual capacity in mAh. It could also reset the cycle count to make a battery appear new—a feature that highlighted how tricky it can be to determine a battery’s true condition in these markets. Here’s a summary of my findings:
The NOHON batteries from Taobao were also put to the test. The MAX battery showed an impressive capacity, but the tester flagged it as non-original. The standard NOHON battery performed similarly to original batteries, offering a good balance between price and performance. These findings highlighted the variability in aftermarket batteries, with some offering genuine improvements in capacity while others were more dubious in their claims.
After evaluating these options, I decided to replace my iPhone’s battery. Opening the iPhone was challenging due to the well-sealed gasket around the screen, and extracting the battery without breaking the adhesive strips required patience and care. Apple has designed its phones to be robust, but this robustness can make self-repairs tricky, especially without the right tools.
To my surprise, my old battery had 725 cycles but still maintained 85% capacity, suggesting it was in better shape than I expected. Despite this, I opted to install the NOHON MAX battery due to its higher capacity. The installation process involved carefully placing the new battery, ensuring it fit within the designated area, and reconnecting all the necessary components. After ensuring it fit and functioned correctly, I sealed the phone back up, albeit with some compromise on waterproofing. While this might not be a concern for everyone, it’s something to keep in mind if you’re planning on doing a DIY battery replacement.
With the new battery installed, I was eager to see how it performed. The NOHON MAX battery lived up to its promise, offering a longer battery life than the original. The increased capacity meant that my iPhone 7 could now last through the day without needing a recharge by noon. However, I remained cautious about its long-term performance, knowing that aftermarket batteries can sometimes degrade faster than official ones.
Reflecting on this experience, it’s clear that Shenzhen’s markets offer a wide range of battery qualities and prices. You can find anything from branded aftermarket batteries like NOHON and DORAYMI to original Apple batteries, each with varying states of use and authenticity. This aligns with the broader perception of Chinese manufacturing: you get the quality you pay for, and it’s up to the consumer to discern what they’re buying.
For those looking to replace their iPhone batteries, the key takeaway is to buy from reputable sellers who test their products properly. Shenzhen’s markets can be a goldmine for tech enthusiasts, but they’re also filled with products of varying quality. Avoid random sellers with unknown histories unless you’re willing to take the risk. The battery tester I purchased was invaluable in helping me navigate these choices, but it’s not something the average consumer might have on hand.
The process of replacing an iPhone battery is quite straightforward and can be done at home with the right tools. If you’re technically inclined and have the patience, there’s little reason to visit the Apple Store for an out-of-warranty battery replacement. However, for those who prefer peace of mind and guaranteed results, professional services like those offered by Gadget Kings or iFixit might be a better option.
For those seeking a reliable option, I recommend iFixit’s battery replacement kits. They offer a comprehensive kit with all necessary tools and a battery tested for quality. Their batteries are aftermarket but claimed to match Apple’s quality. iFixit’s customer support and repair guides are invaluable resources for DIY repairs. Until the end of 2019, they committed to keeping their battery kits priced at $29, even though Apple raised their replacement price to $49. iFixit’s transparent business model and dedication to customer satisfaction make it a trustworthy alternative to navigating the complexities of Shenzhen’s markets.
If you’re based in Australia or prefer professional assistance, Gadget Kings is another excellent option. They offer expert repair services for a wide range of smartphones, including iPhones. Gadget Kings is known for using high-quality parts and providing top-notch service, ensuring your device is repaired to the highest standards. Their commitment to the Right to Repair movement also means they support consumer choice and the ability to maintain your devices without being locked into manufacturer constraints.
In conclusion, whether you opt for a market adventure in Shenzhen or a trusted kit from iFixit or Gadget Kings, replacing your iPhone battery is easier than you might think, and it can significantly improve your phone’s performance. Shenzhen offers a unique opportunity to explore a wide range of products, but it’s essential to approach these markets with a critical eye. Testing tools, like the battery tester I used, can make a significant difference in ensuring you get what you pay for.
For more information about phone repairs and battery replacements, check out Gadget Kings, a site dedicated to providing top-notch repair services and advice on the latest gadgets. Whether you’re in need of a quick fix or exploring your DIY options, Gadget Kings is here to help you make informed decisions and keep your devices running smoothly.
With a budget of $3,000, I set out on a mission to find the cheapest yet wildest tech gadgets available on the internet. My goal was to discover and showcase items you’ve never seen before, including some of the quirkiest and most innovative tech out there. From personalized chocolate smartphones to anti-gravity magnets, this journey led me to explore a variety of online marketplaces, uncovering both hidden gems and bizarre oddities that defy conventional expectations.
My adventure started with a hunt for tech gadgets that break the mold. I wanted to find items that were not only affordable but also pushed the boundaries of creativity and functionality. One of the first items that caught my eye was a pair of anti-gravity physics magnets. These tiny devices were designed to turn your fingers into drumsticks, making them perfect for impromptu air drumming sessions. The concept was simple yet captivating—using the magnetic force to create a fun and interactive experience that you can carry in your pocket.
Another fascinating find was a pen-shaped mouse with incredibly high ratings. At first glance, it seemed like a novelty item, but upon closer inspection, it was clear that this gadget was highly functional. The pen mouse allowed for precision control, making it a versatile tool for both artists and professionals who need to work on the go. The combination of its unique design and practicality made it a standout item in my collection.
Next, I ventured onto Etsy, a platform renowned for its unique, handmade items. Etsy is a treasure trove for those seeking personalized and custom-made tech gadgets. One of the most intriguing items I found was a personalized chocolate smartphone. This edible phone comes in a real smartphone box, and you can even send a screenshot of your home screen to have it printed on edible paper. It was too good to pass up, so I quickly added it to my cart. The idea of eating a chocolate phone with my actual home screen on it was both quirky and delightful, embodying the essence of what I was searching for.
Etsy also offered a range of other fascinating products, such as PlayStation and smartphone bath bombs, mouth-controlled styluses for people with disabilities, and cufflinks with a circuit board design. The creativity and craftsmanship on Etsy were truly impressive. For instance, the mouth-controlled stylus is a remarkable innovation designed for individuals who are paralyzed and cannot use their hands. This thoughtful invention allows them to control their phones with their mouths, highlighting how tech can be used to improve lives in meaningful ways.
The PlayStation bath bombs were another unique find. These bath bombs were shaped like PlayStation controllers and dissolved to reveal a small toy inside. They turned the bathwater into a gaming-themed experience, complete with a pleasant aroma. The circuit board cufflinks added a geeky flair to any outfit, making them a perfect gift for tech enthusiasts or a fun addition to my wardrobe.
Taking a wilder turn, I decided to explore wish.com, known for its bizarre and often cheap tech products. Wish is a platform that’s notorious for offering products at incredibly low prices, often with a catch. Here, I found a single AirPod—yes, just one earbud—along with mini earphones that were so small they disappeared into your ear. The single AirPod was a humorous take on Apple’s popular product, and while it wasn’t practical, it was certainly an entertaining find.
One of the most curious items was a pen mouse, which could be used on any surface. Surprisingly, this pen-shaped mouse was highly responsive and versatile, making it a handy tool for presentations or creative work. Its unusual form factor didn’t compromise its functionality, earning it a solid 9 out of 10 in my book.
Wish.com also offered a variety of PS5 gadgets, including overpriced consoles and custom skins. I decided to order a gold shell and strip for my PS5, expecting a luxurious upgrade. However, when it arrived, the “gold” color was more akin to a tortilla shade than actual gold. The customization options were fun to explore, but they often resulted in questionable aesthetics. For example, my “gold” PS5 controller ended up looking like it had been repeatedly washed, turning it into a dusty, off-white color. Despite the aesthetic mishap, the process of customizing my tech was enjoyable and added a personal touch to my gaming setup.
Another bizarre find was a head-mounted magnifier with adjustable magnification for each eye, which looked straight out of a James Bond film. This gadget, while strange, had practical applications for hobbyists or professionals who need to work with small details. It was both quirky and useful, fitting perfectly into the theme of my search.
One of the strangest yet intriguing items was a waist-mounted cooler, designed to keep you cool on hot summer days. While the concept was practical, the execution left something to be desired—the cooler was too loud for serious work environments. However, for outdoor activities, it might just be the perfect gadget to stay comfortable in the heat.
Among the more peculiar finds on Wish was glow-in-the-dark tape and a lightsaber that required assembly. The lightsaber, surprisingly, could slice through a banana, fulfilling its purpose humorously. It wasn’t exactly the weapon of a Jedi, but it was a fun and interactive toy that added a bit of novelty to my collection.
I was particularly curious about Wish’s reputation for selling oversized mats and rugs at ridiculously low prices. I ordered the biggest one available, hoping for an optical illusion effect. When it arrived, the quality was subpar, as expected, but the illusion worked, providing a fascinating visual experience that was more amusing than functional.
The true surprise came from a subwoofer that exceeded expectations. Despite being from Wish, it delivered proper mechanical keys and impressive lighting modes. The sound quality was shockingly good, defying my usual disappointment with budget tech. It was one of the few items from Wish that lived up to its promise, proving that even on a platform known for its oddities, you can occasionally find a hidden gem.
Returning to my handmade selections from Etsy, I eagerly anticipated the arrival of my chocolate smartphone. The gold chocolate, while not visually appealing, tasted surprisingly good. The edible paper home screen, complete with my 58,60 unread emails, added a unique and humorous touch to the experience. It was one of those products that combined the novelty of a custom gift with the deliciousness of high-quality chocolate.
I also tried out the microscopic earphones from Wish, which were as small as advertised. Though they came as a single earphone, the sound quality was decent, similar to Apple’s EarPods. The size made them easy to lose, but they were a fun experiment in miniaturized tech.
The mouth stick stylus, designed for people with disabilities, worked effectively, allowing me to control my phone hands-free. It was a reminder of how innovative tech can be when it focuses on accessibility and inclusion. This stylus was not just a gadget—it was a tool that could significantly enhance the quality of life for those who need it.
The PlayStation bath bombs from Etsy provided a fun bath experience, turning the water gray but releasing a pleasant aroma. Additionally, the circuit board cufflinks added a geeky touch to my suits, and I found myself donning them for special occasions. These small, thoughtful items from Etsy proved that tech-inspired products don’t always have to be purely functional—they can also be fun, stylish, and creative.
As I ventured further into the depths of the internet, I stumbled upon some truly innovative and unusual tech gadgets. One of the most exciting gadgets was a virtual drum kit. As a former drummer, this modern equivalent allowed me to program sounds to different colors and create music by tapping on a pad. The experience was both nostalgic and innovative, merging the physical act of drumming with digital technology in a way that felt fresh and exciting.
Another fascinating gadget was a Fel Flux skill set, which involved dropping a magnetic ball through an aluminum tube to observe magnetic field effects. This scientific toy provided an educational and entertaining experience, making it a perfect addition to my collection of quirky tech.
The most expensive item in this haul was a £549 massage gun, which came in sleek, Apple-like packaging. The product delivered powerful massages, simulating the feeling of being punched a thousand times per second. It was therapeutic and justified its high price with a build quality and performance that exceeded expectations. It was a reminder that sometimes, investing in high-end tech can be worth every penny.
In conclusion, my journey to find the cheapest and wildest tech on the internet was a thrilling adventure. From personalized chocolate smartphones to mouth-controlled styluses, the diversity and innovation in tech products are astounding. Whether you’re exploring platforms like Etsy or diving into the bizarre world of Wish, there are countless gadgets out there waiting to be discovered.
The experience taught me that the internet is a vast marketplace filled with surprises—some delightful, some disappointing, but all part of the fun. Whether you’re looking for something functional, quirky, or just plain weird, there’s a gadget out there for you. If you’re curious about exploring unique tech products, I highly recommend checking out these platforms and sites like Gadget Kings, where you’ll find an array of intriguing gadgets that cater to every taste and budget.
Whether you’re a tech enthusiast, a collector, or simply someone who loves discovering new and unusual items, the world of online shopping has something to offer. So why not take a chance and see what wild and wonderful gadgets you can find? You might just stumble upon your next favorite tech toy.
Hi guys, welcome back to another Huge Jefferies video! In this episode, we’re diving into an exciting project: transforming a smashed and broken iPhone XS Max into an iPhone 12 Pro Max using a custom housing. This is not just a regular repair; we’re upgrading the look and feel of an older model to match one of Apple’s latest and greatest designs. Not only will this phone be restored to its former glory, but it will also boast the sleek look of a newer model, giving it a fresh lease on life.
Our journey starts with a custom housing in the iPhone 12 Pro’s Pacific Blue color. At first glance, this housing looks indistinguishable from the original iPhone 12 Pro Max. Inside, however, it’s designed to fit the older iPhone XS Max, complete with all the correct screw placements for the components. The housing also includes a custom flash flex cable, allowing us to reposition the flash. The iPhone XS Max originally has only two cameras, but this new casing has a fake third camera and a LiDAR sensor. Simply installing a regular iPhone 12 housing wouldn’t work, as its internal components differ significantly from the XS Max.
This custom housing presents an interesting challenge: will the final product truly look and feel like a real iPhone 12 Pro Max? Along the way, we’ll also replace the damaged display and the battery for good measure, ensuring the phone not only looks good but functions well too.
To begin, we remove the two pentalobe screws from the bottom of our iPhone XS Max. Using a suction cup, we lift up the display panel and insert a plastic pick. Surprisingly, we didn’t even need to use heat for this phone as it separated easily. Initially, we thought someone had tampered with it, but it looks like it’s never been opened. This is a great start, as it means we won’t have to deal with any previous repair issues.
We use the iHold tool to keep the display in place while we unscrew the brackets and disconnect the display flex cables. After removing the brackets, we start unplugging the flex cables. The first one is glued and forms part of the Face ID sensor. If damaged, it can’t be replaced unless done by Apple. After unplugging it, only two more display flex cables need to be detached before removing the entire display assembly. With the display removed, we get a clear look at the inside of the iPhone XS Max in its stock configuration.
Now, it’s time to tear this phone down to its smallest components, even the tiny mesh grilles in the speaker ports, and transfer them into our iPhone 12 Pro Max-style casing. We start at the lower portion of the phone, removing the Taptic Engine and speaker, along with a few other components and screws. This gives us access to the battery, which we remove next.
The bottom section of the phone doesn’t take up much space, but there are numerous screws of different types. Keeping track of these screws is crucial for reassembly. After disconnecting the flex cable underneath, we remove the Taptic Engine and speaker. With these out of the way, we access the battery removal strips. These strips are tricky as they hold the battery in place very securely and are easy to break. If pulled horizontally, there’s a smaller chance of breaking them.
With the battery out, we disconnect the front-facing camera and Face ID module. These cables are adhered into place, so we must be extra careful. After removing the logic board, we proceed to the charging port and antenna. Various screw types, including tri-wing, Phillips, and a special standoff bit, are used here, making screw organization vital.
We then move on to the microscopic level, removing the plastic retaining brackets and mesh grilles from the speaker and microphone ports. These aren’t included in our new casing, so they need to be transferred. This tedious process is often skipped by many repair technicians but is crucial for a thorough repair. The attention to detail in this step ensures that our final product will look and function as close to a real iPhone 12 Pro Max as possible.
Next, we remove the remaining antennas and the wireless charging module. The volume and power buttons are also taken out, requiring a precise pair of tweezers and a metal prying tool to handle the tiny retaining clips. These components are delicate and essential for the phone’s functionality, so this step requires careful handling.
With the iPhone XS Max fully disassembled, we now spread all the parts across two magnetic mats. It’s time to crack out our new replacement housing and start reassembling everything. We begin with the volume and power buttons, transferring the rubber o-rings to the new buttons. These o-rings help prevent debris and water from entering the phone, maintaining its durability and longevity.
Next, we install the retaining clips and springs for the buttons. We face some difficulty with defects on the replacement buttons but manage to fix them. We also switch the mute switch to match our new casing and reinstall the button assembly and wireless charging module. These small but significant steps contribute to the overall integrity of the phone.
After securing all the screws, we glue the wireless charging module into place using e8000 glue, suitable for small components like the wireless charging module or LED flash. Our modified LED flash, specific to this modified frame, is installed next. It also contains the power button and rear camera microphone, which are crucial for maintaining the phone’s functionality and appearance.
As we reassemble, we encounter a crooked new flex cable for the LED flash and power button. We manage to connect it by slightly bending the cable. However, the logic board isn’t sitting flat due to the microphone on the flex cable. We reposition the microphone, but it now sits inside the phone, muffling the sound. This is a significant challenge as it could affect the phone’s audio quality.
Despite reaching out to the seller for advice and referencing other conversion videos, we find no clear solution for the microphone placement. We continue with the build, hoping the audio quality remains decent. This part of the project highlights the unpredictability and challenges that come with DIY phone upgrades, especially when using custom components.
We reinstall the logic board and face more challenges with the microphone blocking the camera flex cable. Eventually, we connect everything and turn our attention to the new display panel. Apple pairs the display to the phone by serial number, so we transfer these numbers from the old display to retain the True Tone function. The Face ID module and earpiece flex cable are also carefully transferred to the new display.
With the new adhesive installed, we connect the new battery and test the phone. Initially, it doesn’t power on due to a completely dead battery. After charging, we proceed with final assembly, reconnecting all components and closing up the phone. This final step is crucial in ensuring that all parts are securely in place and that the phone will function as expected.
Our project concludes with a successfully converted iPhone XS Max that looks like an iPhone 12 Pro Max. Although it lacks the iPhone 12’s hardware, the visual upgrade is impressive. The fake third camera looks realistic, though the curved display gives it away. We triggered an “unable to verify battery” message due to the battery change, similar to the anti-repair mechanisms in the real iPhone 12. This is a common issue with newer iPhones when using non-genuine parts, but it doesn’t affect the phone’s overall functionality.
All buttons work perfectly, and despite the microphone being inside the phone, it still functions, albeit muffled. The modified flash works inconsistently, but overall, the housing modification is a success. This project demonstrates the potential and challenges of DIY phone upgrades, showing that with patience and attention to detail, you can achieve impressive results even with older models.
For more exciting projects and to check out used devices, visit my website at Gadget Kings PRS. If you enjoyed this video, hit the subscribe button and explore my custom tech playlist for similar content. Thanks for watching, and I’ll catch you guys next time!
In a bustling street of London, nestled just 100 meters from the most famous Apple store in the country, an audacious new establishment opened its doors. This wasn’t just any store—it was the ‘Not Apple’ store, an inventive creation with a mission: to give away free Apple products and make a statement about rising prices and stagnant innovation.
The mastermind behind this bold venture had a clear motive. “Apple prices have skyrocketed over the years, yet their products hardly change,” he declared. Even Steve Wozniak, Apple’s co-founder, had voiced similar concerns. Determined to take a stand, he decided to take on his former employer, Apple, in a unique way—by purchasing Apple products in bulk and giving them away for free.
To avoid legal troubles, he cleverly branded his store ‘Not Apple.’ The store’s design was a playful jab at its neighbor, with prominent signs and cheeky messages. Customers were greeted by Steve Jobless, a humorous homage to Apple’s late founder, and the genius bar was managed by ‘Tim Cook.’
The store quickly became a spectacle. Inside, customers found an array of ‘Not iPhones’ and other cleverly branded products. The main attraction was a large wheel that visitors could spin for a chance to win these coveted items. With enthusiasm and a touch of humor, Steve Jobless and his team welcomed the first customers.
“Excuse me, sir, would you like to come into our shop? We’re giving away free phones!” The passerby hesitated but eventually stepped inside, drawn by the prospect of a free iPhone. The wheel spun, and with a bit of luck, he walked away with a shiny new device.
However, the initial rush was slow, and the store’s unique concept left some Londoners confused. Determined to draw a crowd, the team took to the streets, even venturing into the nearby Apple store to lure potential customers. “Why pay £1,000 for a phone when you can get it for free at Not Apple?” they argued, much to the amusement and occasional irritation of Apple staff.
Their efforts paid off. Social media buzzed with posts about the free giveaways, drawing larger crowds. Excitement peaked when a customer, skeptical at first, spun the wheel and won an iPhone, promptly canceling his order at the Apple store next door.
As the day progressed, the store’s popularity soared. Families, teenagers, and even celebrities flocked to see what the fuss was about. At the ‘genius bar,’ customers competed in fun challenges to win additional prizes. The energy was infectious, and the line outside grew longer.
Among the visitors was a former Apple employee, now intrigued by the ‘Not Apple’ concept. “I never got a free product while working at Apple,” he remarked. At the wheel, he won a ‘Not iPhone,’ a moment that highlighted the disparity between the two stores’ customer relations.
Despite the store’s success, some passersby remained skeptical. “What kind of fruit is that?” one asked, eyeing the ‘Not Apple’ logo. But the overwhelming majority were thrilled with their free products, spreading the word and boosting the store’s popularity.
By the end of the day, tens of thousands of pounds worth of products had been given away. The final customer spun the wheel and landed on the last remaining iPhone, marking the end of the giveaway. The store’s mission had been accomplished: not only had it challenged Apple’s pricing but it also brought a community together through an unforgettable experience.
As the doors closed for the final time, Steve Jobless reflected on the day’s success. The ‘Not Apple’ store may have emptied his bank account, but it left an indelible mark on London. He hoped Apple would take note and reconsider their pricing strategy, but more importantly, he hoped the joy and unity his store brought would be remembered.
With a final plea to Apple, he signed off: “Please don’t sue me, Apple. My bank account has suffered enough. And to everyone else, stay tuned—there might be more surprises in the future.”
The ‘Not Apple’ store’s legacy was cemented, not just as a playful jab at a tech giant, but as a bold statement of innovation, community, and the power of a good laugh.
Choosing the perfect smartphone can be a daunting task, as it often feels like searching for a life partner. When making this decision, many consider factors like build quality, operating systems, camera capabilities, performance, battery life, data privacy, durability, user experience, customization options, ecosystem integration, and market share. In 2024, the competition between Apple’s iPhone and Samsung’s Galaxy series remains fierce, each offering distinct advantages that cater to different types of users.
Apple’s iPhone is renowned for its minimalist design and premium build quality. Each new model showcases elegant aesthetics and durability, using high-quality glass and aluminum materials. This combination provides a sleek, premium feel that is hard to match. Apple’s commitment to design excellence is evident in the seamless integration of hardware and software, creating a device that feels luxurious in hand while maintaining a robust build that stands up to daily use. The smooth edges, precision-engineered buttons, and minimalist design language have made the iPhone a symbol of sophistication.
In contrast, Samsung’s Galaxy series has made significant strides in design and quality, offering diverse designs with curved edges, glass, and glossy finishes that appeal to those who prefer a more futuristic look. Samsung’s design philosophy embraces innovation and variety, offering users multiple design options, from sleek and compact models to larger, more futuristic devices with edge-to-edge displays. While Samsung devices may not exude the same premium feel as iPhones, they provide a wider variety of designs to suit different tastes, from the bold and flashy to the understated and elegant.
One of the most significant differences between iPhones and Samsung devices lies in their operating systems. iPhones run on Apple’s iOS, known for its fluidity, simplicity, and strict app development guidelines that create a seamless ecosystem. iOS is celebrated for its intuitive user interface, consistent updates, and a vast selection of high-quality apps optimized for the platform. The user experience is designed to be straightforward, making it easy for users of all tech levels to navigate the device without a steep learning curve. Apple’s closed ecosystem ensures that all apps and features work harmoniously, reducing the likelihood of bugs and performance issues.
In contrast, Samsung uses Google’s Android operating system, specifically a custom skin called One UI. Although One UI has improved significantly in design and functionality, offering a clean and modern interface, it can be more complex to use than iOS. However, Android users benefit from greater customization options, allowing them to tailor their devices to their preferences. Whether it’s changing the home screen layout, installing custom widgets, or using third-party apps, Android provides a level of flexibility that iOS does not. For tech enthusiasts who enjoy tweaking and personalizing their devices, Samsung’s Galaxy series offers an unparalleled level of control over the user experience.
Both Apple and Samsung have heavily invested in camera technology, producing some of the best smartphone cameras on the market. iPhones are famous for their photo quality, color balance, and impressive features like portrait and night modes, enabling users to take professional-grade photos even in low light. The consistency of iPhone cameras across different models and lighting conditions makes them a favorite among photographers and casual users alike. Apple’s camera software is optimized to deliver true-to-life colors and sharpness, with minimal post-processing required.
Older iPhone models, such as the iPhone 11 and iPhone 12, can still capture stunning images, proving that Apple’s cameras age gracefully. The addition of features like Deep Fusion and Smart HDR ensures that photos are rich in detail and dynamic range, making even the most challenging shots look impressive.
Meanwhile, Samsung Galaxy devices offer a versatile camera setup with multiple lenses and AI enhancements, providing users with diverse shooting options and the ability to experiment with different photography styles. Samsung’s cameras are known for their vibrant colors, extensive zoom capabilities, and innovative features like Single Take and Super Steady mode, which allow users to capture a variety of photos and videos in different formats simultaneously. The inclusion of high-resolution sensors and powerful zoom lenses in models like the Galaxy S23 Ultra allows users to capture breathtaking details, even from a distance. For those who love to push the boundaries of mobile photography, Samsung’s Galaxy series offers a playground of creative possibilities.
Performance-wise, the iPhone’s A14 Bionic chip delivers lightning-fast speeds, excellent multitasking capabilities, and efficient performance. Apple’s chips are custom-designed for iOS, ensuring that every process is optimized for speed and efficiency. This level of integration allows for smoother performance, faster app launches, and seamless transitions between tasks. The A14 Bionic chip is also incredibly power-efficient, meaning that users can enjoy top-tier performance without sacrificing battery life.
On the other hand, Samsung’s Galaxy series features the Exynos processor (in international models) and Qualcomm’s Snapdragon processors (in U.S. models), both of which offer reliable performance and fast processing. Samsung’s processors are designed to handle the demands of modern mobile computing, from intensive gaming to multitasking between multiple apps. While the Exynos chips have occasionally lagged behind in benchmarks compared to Apple’s A-series chips, the Snapdragon processors in Samsung’s devices deliver comparable performance to the A14, ensuring that users can enjoy a smooth and responsive experience whether they’re browsing the web, playing games, or editing photos.
However, in benchmark tests, the iPhone’s A14 Bionic chip often edges out the competition, showcasing Apple’s continued dominance in mobile processor performance. This advantage is particularly noticeable in tasks that require intense processing power, such as video editing, gaming, and augmented reality applications.
Battery life is a crucial factor for many smartphone users, and both Apple and Samsung have made strides in this area. iPhones have improved their battery life over the years, with newer models typically lasting a whole day on a single charge. The iPhone 12 Pro Max, for example, can easily get through a day of heavy use, and when it comes time to recharge, it takes about two and a half hours to fully recharge using a standard charger. Apple’s introduction of MagSafe wireless charging has also added a layer of convenience, allowing for easy, snap-on charging that integrates seamlessly with other MagSafe accessories.
Samsung Galaxy devices, however, excel in fast charging capabilities. With the right charger, a Samsung phone can take just 90 minutes to charge from 0% with a fast charger and about 120 minutes with a wireless charger. Samsung’s batteries, especially in models like the Galaxy S23 Ultra, are known for their impressive endurance, often lasting between 8 to 9 hours of screen-on time before needing a recharge. Additionally, Samsung’s reverse wireless charging feature allows users to charge other devices, such as earbuds or smartwatches, directly from their phone, adding a level of versatility that iPhones currently lack.
Data privacy is a major concern for smartphone users, and this is where Apple stands out. iPhones are known for their stringent data privacy policies, ensuring user data remains secure. Apple’s commitment to privacy is evident in features like App Tracking Transparency, which gives users control over which apps can track their activity across other companies’ apps and websites. Additionally, Apple’s end-to-end encryption ensures that messages, photos, and other sensitive data are protected from unauthorized access.
In contrast, Samsung’s use of Google’s Android system can raise privacy concerns, as Android systems can access user data through various apps and services. While Samsung has made efforts to improve security with features like Knox and Secure Folder, the open nature of the Android ecosystem inherently poses more risks compared to iOS. Consequently, for users who prioritize data security, iPhones generally offer stronger protection compared to Samsung devices, making them the preferred choice for privacy-conscious consumers.
When it comes to durability, Samsung devices have an edge. While iPhones are built with elegance, they can be prone to damage from drops, often resulting in cracked screens. The use of Ceramic Shield in newer iPhones has improved durability, but they still require careful handling. Samsung phones, on the other hand, are designed to withstand more pressure and minor falls without significant damage. Models like the Galaxy S23 Ultra feature Gorilla Glass Victus on both the front and back, offering enhanced protection against drops and scratches. Additionally, Samsung’s use of durable materials and reinforced frames makes their devices more resilient in everyday use.
For users who need a phone that can handle the rigors of daily life—whether it’s frequent drops, exposure to the elements, or general wear and tear—Samsung’s Galaxy series may offer the durability advantage.
Samsung Galaxy series offers extensive customization options, allowing users to personalize their devices according to their preferences. From custom themes and widgets to advanced settings tweaks, Android users can tailor their experience to suit their needs. This level of customization extends to the home screen layout, app icons, and even the way notifications are handled. For users who enjoy the freedom to make their device truly their own, Samsung’s flexibility is unmatched.
In contrast, iPhones have strict guidelines that limit customization but ensure a cohesive user experience. Apple’s approach prioritizes consistency and ease of use, with a uniform design language that spans across all of its devices. While this means less freedom to customize the look and feel of the interface, it also means that users enjoy a stable and predictable experience, with all apps and features working seamlessly together.
Apple’s ecosystem is a significant advantage, with seamless integration between iPhones, MacBooks, iPads, Apple Watches, and other Apple products. Features like Handoff, AirDrop, Continuity Camera, and Universal Clipboard allow users to move effortlessly between devices, whether they’re working on a document, answering a phone call, or sharing files. This level of integration enhances productivity and convenience, making the iPhone an integral part of a broader ecosystem that just works.
Samsung is working on its ecosystem, offering products like Galaxy Watches, Buds, and Tablets that integrate well with Galaxy phones, but it still lags behind Apple in this area. While Samsung’s ecosystem is growing, with features like Samsung DeX and SmartThings, it doesn’t yet offer the same seamless experience that Apple’s ecosystem provides. However, for users who prefer to mix and match devices from different brands, Samsung’s more open ecosystem might be preferable.
Both Apple and Samsung dominate the smartphone market, each with a loyal customer base. As of 2024, Android devices, including Samsung, hold a global market share of 70.6%, while iPhones hold 28.58%. This dominance reflects Android’s appeal in regions where budget-friendly devices are in demand, as well as its broad range of device options across various price points.
In the United States, however, iPhones are more popular, with a market share of 60.77%, compared to Android’s 38.81%. This popularity is driven by Apple’s strong brand loyalty, premium positioning, and the deep integration of its ecosystem in American consumers’ lives. Globally, 56% of the population uses Android devices, while 37% use iPhones, showcasing the widespread appeal of both platforms.
The difference in market share also highlights the distinct approaches of the two brands: Apple focuses on premium devices and a unified ecosystem, while Samsung offers a wide range of products catering to various segments of the market, from budget devices to high-end flagship models.
In conclusion, the choice between an iPhone and a Samsung Galaxy device in 2024 depends on individual preferences and priorities. Whether you value design, performance, camera capabilities, data privacy, or customization, both brands offer compelling options that cater to different needs and tastes. Apple’s iPhone provides a refined, cohesive experience with top-notch privacy and ecosystem integration, making it ideal for users who want a seamless and secure device that works flawlessly with other Apple products. On the other hand, Samsung’s Galaxy series offers more customization, durability, and fast-charging capabilities, appealing to users who value flexibility and cutting-edge features.
As the smartphone landscape continues to evolve, both iPhone and Samsung Galaxy devices remain at the forefront of innovation, offering something for everyone. Whether you’re team Apple or team Samsung, the future of smartphones looks brighter than ever.
For more insights into the latest smartphone trends, and to explore a wide range of tech gadgets, check out Gadget Kings PRS for expert advice and reviews on the best devices in the market.
And make the links which are included in the “Custom Message” Clickable on All devices.
My fascination with electronics led me to an ambitious question: could I build my own iPhone? This curiosity sparked an extraordinary nine-month journey to Shenzhen, China, the world’s epicenter for electronics and innovation. My goal was to assemble an iPhone 6s entirely from parts sourced directly from Shenzhen’s bustling markets. This story captures the highs and lows of my adventure, highlighting the intricate process of assembling one of the most sophisticated pieces of technology ever created.
The idea took root during a casual conversation in a dimly lit barbecue joint with fellow tech enthusiasts. We were intrigued by the sheer array of cell phone parts available in Shenzhen’s markets. Could a regular person—especially a foreigner like me, with limited Chinese language skills—really navigate these markets and build a working iPhone from scratch? Determined to find out, I dove headfirst into the challenge, ready to experience firsthand the complexities of smartphone assembly.
Shenzhen felt like a futuristic city straight out of Blade Runner, with its vibrant, chaotic markets teeming with every imaginable electronic component. My first mission was to gather the four essential components for an iPhone: the metal back, screen, battery, and logic board. These parts form the backbone of any smartphone, and finding them in the right condition and at the right price was going to be the first big test of my patience and perseverance.
I began by exploring both back alleys and main markets to find a metal back for the iPhone 6s. My first purchase was a used and dinged-up metal back, which taught me an important lesson about quality. Determined to do better, I scoured the markets until I found a pristine one that met my standards. But simply having the metal back wasn’t enough—I also needed precise laser markings for aligning cables and antennas, critical for the phone’s functionality. After much searching, I discovered a laser engraving booth that could add these markings, transforming a simple piece of metal into the foundation of a smartphone.
The screen was one of the most complex parts to assemble. It required sourcing several individual components: glass, digitizer, LCD, backlight, and OCA (optically clear adhesive). I teamed up with Frank, a knowledgeable buyer who knew the markets well. Together, we visited a repair shop where skilled technicians meticulously assembled the screen in a dust-free environment, using specialized tools like hot soldering irons and vacuum bubble removers. Watching the process unfold was mesmerizing—the precision required to bond these components without a single dust particle under the glass was a testament to the technicians’ expertise. The final product was flawless, a perfect screen ready to be integrated into my DIY iPhone.
The logic board, or the brain of the phone, was by far the most intimidating component. My initial attempt to solder chips onto a blank logic board was a complete disaster. Realizing I was in over my head, I sought help from a local cell phone repair school. The head teacher confirmed what I had suspected: building a logic board from scratch was possible, but it was incredibly difficult, requiring not just skill but also experience and specialized equipment.
Undeterred, I shifted my focus to finding a working logic board in the markets. This task was not without its challenges—logic boards are delicate and often counterfeit. With the help of Helen, another local friend, I navigated through chaotic stalls and relentless haggling until I finally secured a refurbished logic board that passed all necessary tests. This piece was the most crucial, containing the phone’s processor, memory, and essential circuits that make the iPhone what it is.
With the major components in hand, the next step was to gather the various smaller parts: brackets, screws, cables, and speakers. These tiny components are often overlooked, but they are essential for the iPhone’s functionality. I was fortunate to find a vendor who provided everything I needed in one go, saving me from the hassle of tracking down each part individually.
Excitedly, I began assembling the phone. However, it wasn’t without its challenges. Some parts didn’t fit perfectly, and I had to seek advice from market vendors to resolve these issues. For instance, the volume buttons felt off until a vendor pointed out that I needed tiny metal shims to make them click correctly. Each problem required a creative solution, and each solution brought me closer to my goal.
After weeks of meticulous effort, I finally had a fully assembled iPhone 6s. The sense of accomplishment was immense. I carefully tested the phone, and to my delight, it worked perfectly. From making calls to running apps, every feature functioned as it should. To top it off, I purchased a box with all the accessories—charger, earphones, and even the familiar iPhone packaging—making it look just like a brand-new iPhone straight out of the Apple Store.
This project was a deep dive into the electronics ecosystem in Shenzhen. I learned how the city’s markets play a crucial role in recycling and refurbishing old phones, turning discarded parts into functional devices. Apple’s engineering marvels were evident throughout the process, but so was the ingenuity and resourcefulness of the countless technicians in Shenzhen who make these markets thrive.
Building my own iPhone taught me that with access to the right parts, tools, and a bit of guidance, even a novice like me could assemble a complex device. It’s not rocket science—just a smaller, more intricate version of building a desktop computer. The experience also gave me a newfound appreciation for the devices we often take for granted. Every iPhone is the result of an intricate web of technology, labor, and human effort.
This journey was not without its difficulties. The language barrier was a constant challenge, making negotiations and technical discussions more complex. The markets themselves, while rich in resources, could be overwhelming and chaotic, especially for someone unfamiliar with their layout and customs. But these obstacles made the success of the project all the more rewarding. The satisfaction of turning a pile of parts into a fully functioning iPhone was incomparable.
My adventure also underscored the importance of Shenzhen’s markets in the global tech ecosystem. These markets are not just places where you can buy cheap electronics; they are hubs of innovation and resourcefulness. The ability to source and refurbish parts, coupled with the expertise of local technicians, makes Shenzhen a critical player in the lifecycle of electronic devices. It’s a place where technology is not just consumed but also created and reimagined.
In the end, this journey was more than just about building a phone; it was about understanding and appreciating the intricate web of technology and human effort that makes our devices possible. Building my own iPhone was a thrilling and educational experience that deepened my respect for the craftsmanship involved in every device we use. It also showed me that with curiosity, determination, and the right resources, you can accomplish even the most ambitious of tech projects.
This adventure was made possible by the help and advice of many friends and market vendors in China. Their expertise and generosity were invaluable. If you’re interested in more tech adventures or want to learn more about the fascinating world of DIY electronics, feel free to subscribe to my YouTube channel or follow me on social media.
Whether you’re a seasoned tech enthusiast or just someone curious about the inner workings of your smartphone, there’s a world of knowledge waiting to be explored. Shenzhen’s markets are a testament to what’s possible when innovation meets opportunity, and my journey to build my own iPhone is just one story among many that show the incredible potential of these bustling hubs of creativity.
Google’s latest flagship, the Pixel 6 Pro, has brought one of the most significant hardware improvements ever seen in a smartphone camera. But can it dethrone the iPhone 13 Pro, the reigning joint camera champion? THrough 12 categories, we’ll discover if Google’s enhancements are enough to surpass Apple’s best.
**1. Audio Quality**
The Pixel 6 Pro’s audio recording capabilities slightly edge out the iPhone 13 Pro, thanks thanks to effective noise cancellation nad clearer sound capture.
**2. Zoom**
The Pixel 6 Pro boasts a four-times optical zoom, outclassing the iPhone’s three-times optical zoom. The Pixel’s higher-resolution sensor delivers more detailed zoomed-in shots, making it superior in this category.
**3. POrtrait Mode**
Portrait mode yields interesting results. The iPhone’s approach is safer with softer tones and gradual blur, while the Pixel is more aggressive with higher contrast and dramatic background separation. Although the iPhone handles human subjects better, teh Pixel excels with inanimate objects, making this category a draw.
**4. Macro**
Apple’s inclusion of a macro mode for close-up shots is absent in the Pixel 6 Pro. This feature, found in many flagship phones, allows the iPhone to capture intricate details up close, giving it an advantage here.
**5. Software Features**
The Pixel 6 Pro shines with innovative features like Magic Eraser, Face Unblur, and Action Pan. While the iPhone 13 Pro offers cinematic mode and macro video, teh Pixel’s unique software tools and advanced editing suite give it the edge.
**6. STabilization**
Both phones are comparable in theyre default stabilization, but the Pixel struggles with ultra-wide shots and heavy movement, creating artifacts. The The iPhone’s stabilization is more consistent, even if the Pixel’s cinematic pan mode is impressive.
**7. Daytime Photos**
In well-lit conditions, the Pixel 6 Pro often produces better photos with excellent dynamic range and natural background blur, thanks to its larger sensor and 50-megapixel resolution. However, the iPhone offers a more consistent nad user-friendly experience, particularly when switching between lenses.
**8. Night Night Mode**
Night photography is a strength for the Pixel 6 Pro. its long exposure times and aggressive processing create brighter, smoother night shots, albeit sometimes at the cost of accuracy. The iPhone, while grittier, produces more reliable results without the need for extended capture times. For astrophotography, the Pixel’s dedicated mode blows the iPhone out of the water.
**9. Video Quality**
Here lies the Pixel’s major flaw. Despite Google’s Google’s efforts, teh Pixel’s video quality lags behind the iPhone’s, suffering form graininess, inconsistent colors, and poor performance in low light. The iPhone 13 Pro excels with its real-time HDR processing and smooth, detailed video capture.
**10. Slow Motion**
The iPhone’s slow-motion capabilities outperform the Pixel’s, providing clearer, more dynamic footage. The Pixel’s slow motion is noticeably less detailed and darker, especially in low light.
**11. Selfies**
The Pixel 6 Pro’s front camera is surprisingly underwhelming. DEspite its touted upgrades, it delivers grainier and less detailed selfies compared to the iPhone 13 Pro, which produces higher-definition and less noisy images, particularly in low light.
**12. Selfie Video**
The iPhone 13 Pro also excels in selfie video, maintaining clarity and reducing noise better than the Pixel. The Pixel’s front camera struggles to match the iPhone’s quality, making it less reliable for video content.
**Conclusion**
The Pixel 6 Pro represents a significant leap in Google’s camera hardware, particularly in photography. Its innovative software features and impressive zoom capabilities make it a strong contender. However, the iPhone 13 Pro remains the overall winner due to its superior video performance, better stabilization, and more reliable front camera. While the Pixel is a a fantastic choice for photography enthusiasts, the iPhone 13 Pro provides a more rounded and consistent camera experience.
The iPhone 14 may look similar to its predecessor, the iPhone 13, but under the hood, Apple has made significant changes. Last week, I explored the iPhone 14 Pro and discovered its resistance to third-party repairs. This week, I decided to tear down the standard iPhone 14 to assess its repairability and understand the new design changes Apple has introduced. This teardown not only reveals the intricacies of Apple’s latest hardware but also highlights the ongoing challenges faced by those attempting third-party repairs on Apple devices.
I began by unboxing two international models of the iPhone 14 in vibrant purple and red. Both came without a charger or headphones, a trend Apple has maintained to reduce electronic waste, but they did include a SIM reader—something the U.S. models notably lack. This inclusion reflects the variations in hardware based on regional market needs. After setting up the phones and ensuring they were functioning correctly, I heated one of them on a heat plate for five minutes to soften the adhesive before removing the pentalobe security screws and prying off the display.
Opening the phone revealed an unexpected sight. Unlike previous models, the iPhone 14’s internals were covered by a large section of aluminum, hiding most of the components. This shielding is likely intended to protect delicate components and enhance the phone’s durability, but it also adds a layer of complexity for anyone attempting repairs. To get a closer look, I removed the display entirely, which was simpler than on previous iPhones, requiring only two screws and brackets. This simplicity is a welcome change for those familiar with the often cumbersome process of removing iPhone displays.
Next, I turned my attention to the back glass, which in earlier models required a laser to remove—a process fraught with difficulty and risk. This time, after heating the back glass, it came off easily, revealing a modular and removable design. This was a significant improvement over the iPhone 14 Pro and earlier models, making the back glass easier to replace. The modularity of the back glass is a step in the right direction for repairability, as it reduces the likelihood of damaging other components during the removal process.
With the back glass off, I could see a layout that was both familiar and different. The rear camera was now positioned to face us from the other side, reminiscent of the design seen in the first-generation iPhone 4 and 4S. This design choice, while nostalgic, also serves a functional purpose, likely aiding in the alignment of internal components. However, despite the apparent modularity, I wanted to test if the rumored software pairing of the back glass to the device was true. To do this, I needed to swap the logic boards between the two phones.
Removing the logic board was trickier than expected. One screw was hidden beneath the earpiece, requiring me to disassemble additional components. The camera cable was held down with adhesive, which, once freed, allowed me to remove the dual cameras and finally extract the logic board. The process was meticulous, demanding patience and precision—qualities essential for anyone attempting to repair or modify modern smartphones.
Interestingly, the iPhone 14 uses the A15 Bionic processor from the previous year’s model, the iPhone 13, but its internal design has undergone significant changes. The logic board now features connections on the back, designed for easier display removal. This alteration simplifies the process of screen replacement but also introduces new challenges, particularly when it comes to reassembling the device.
I performed the logic board swap between the two phones, taking care to install the display before reconnecting the battery to avoid any potential risks. Upon booting, both phones displayed error messages indicating that some parts might not be genuine. These messages were similar to those I encountered with the iPhone 14 Pro, which disabled functionalities like True Tone, auto-brightness, battery health, and Face ID when certain parts were replaced. These software restrictions are part of Apple’s broader strategy to maintain control over repairs, effectively penalizing third-party or DIY repairs.
To test the rumor about the back glass being software-linked to each phone, I found that wireless charging and the flash worked fine without triggering any anti-third-party repair messages. This was a relief, as it indicated that at least some components could be replaced without software penalties. However, replacing the front cameras resulted in errors similar to those on the iPhone 14 Pro. Interestingly, reinstalling iOS 16.0 fixed the front camera issue, but portrait mode and cinematic mode remained non-functional. This suggests that while some issues can be resolved through software, others remain persistently tied to Apple’s repair restrictions.
Despite these software hurdles, the iPhone 14’s design made it more modular than its predecessors. Components like the back glass and display are easier to remove and replace, which theoretically enhances repairability. However, this modularity did not translate into actual repairability, as Apple’s software still penalizes third-party repairs. For example, replacing the display disables True Tone and auto-brightness, a new battery disables battery health, and a new front camera breaks Face ID, portrait mode, and cinematic mode. Additionally, replacing the logic board triggers all these penalties, making it clear that Apple’s software is designed to discourage unauthorized repairs.
In terms of repairability, iFixit rated the iPhone 14 a 7 out of 10, praising its modular design. However, I disagree with this assessment. While it’s the most modular iPhone to date, the software restrictions make it less repairable in practice. Comparatively, Samsung phones, which iFixit rates lower, are easier to work on and don’t suffer from the same software issues. This discrepancy highlights the ongoing debate over what truly constitutes “repairability” in modern smartphones—hardware accessibility or software freedom.
Finally, I reassembled both phones, using modified adhesive strips to secure the battery and reattaching all components. Despite the modular design, the software penalties remain a significant barrier to third-party repairs, emphasizing the need for the Right to Repair. This journey through the iPhone 14 teardown highlights Apple’s continued efforts to control repairs and maintain their ecosystem, impacting consumers’ choices and repair options. As consumers, we must be aware of these challenges and advocate for more accessible repair options, not just for iPhones but for all electronic devices.
The iPhone 14 is a testament to Apple’s engineering prowess, combining modularity with a sleek design. However, this modularity is undermined by software that penalizes those who dare to repair their devices outside of Apple’s authorized network. As the Right to Repair movement gains momentum, the conversation around repairability will continue to evolve, pushing manufacturers like Apple to reconsider their approach.
In conclusion, while the iPhone 14 represents a step forward in terms of hardware design, it falls short in terms of true repairability. The device may be easier to disassemble and reassemble, but the software restrictions imposed by Apple negate much of the progress made. As consumers, we should demand better—devices that are not only beautifully designed but also fully repairable, without fear of software penalties. For those interested in the future of repairability and technology, this teardown serves as both a cautionary tale and a call to action.
In an ambitious and painstaking endeavor, I acquired and unboxed every flagship iPhone ever made. This journey through technological evolution, spanning 14 iPhones and two months of meticulous preparation, was both the most expensive and time-consuming video project I’ve ever undertaken. Each unboxing revealed the innovation and progression that Apple has achieved over the years, offering a fascinating insight into how the iPhone has evolved from a groundbreaking device into the world’s most iconic smartphone.
The journey began with the original iPhone, also known as the iPhone 2G. Given its rarity and the exorbitant cost of a brand-new model, I had to settle for a next-to-new device. Despite this, the unboxing experience was nostalgic and almost magical. The original iPhone package was elaborate, including a sizable 5-watt charger, a 30-pin cable, a charging dock, and an iPhone stereo headset. Holding the dense, solid phone, I was reminded of a time when smartphones were truly revolutionary—when the idea of a touch screen, internet-connected phone was still fresh and awe-inspiring.
The iPhone 2G was a marvel of engineering and design. It introduced a multi-touch screen and a simple, yet elegant, design language that set the standard for all future smartphones. Its 3.5-inch display, aluminum back, and rounded edges were groundbreaking at the time, making the device feel both futuristic and sophisticated. The unboxing experience, with its high-quality materials and careful attention to detail, reflected the premium nature of the iPhone—a theme that would continue throughout the evolution of Apple’s flagship device.
Following the original iPhone was the iPhone 3G, released just a year later. This model was revolutionary in its own right, introducing GPS functionality and 3G capabilities that brought the promise of mobile internet to life. More importantly, it marked the debut of the App Store, which transformed the smartphone landscape by allowing third-party developers to create and distribute apps. This opened up a new world of possibilities for iPhone users and established the App Store as a cornerstone of Apple’s ecosystem.
The packaging of the iPhone 3G remained consistent with the previous model, featuring the same charger, cable, and earphones. However, the switch from an aluminum to a plastic back made the phone lighter and less premium in feel, although this change also allowed for better reception. The iPhone 3G was a critical step in making the iPhone more accessible to a broader audience, and it laid the foundation for the App Store to become the massive success it is today.
Next in line was the iPhone 3GS, which, while visually similar to the iPhone 3G, was a powerhouse internally. It boasted faster processing speeds, improved battery life, and an enhanced camera with video recording capabilities—features that were significant upgrades at the time. The iPhone 3GS also introduced a remote and microphone to the earphones, improving the overall user experience. This model was a testament to Apple’s commitment to incremental, yet meaningful, improvements, ensuring that each new iPhone was better than the last.
The iPhone 3GS set a precedent for the “S” series of iPhones, which would focus on refining and enhancing the features of their predecessors. The introduction of video recording on the iPhone 3GS was particularly notable, as it expanded the iPhone’s capabilities beyond just photography and communication, turning it into a multimedia device. This evolution marked the beginning of the iPhone‘s journey to becoming an all-in-one digital tool.
The iPhone 4 brought a significant redesign, featuring a stainless steel frame that Steve Jobs himself insisted on for its durability and aesthetic appeal. It was the thinnest smartphone at the time and introduced the Retina display, offering unprecedented clarity with its 960×640 resolution. The iPhone 4‘s packaging still included the same charger and cable but with a more refined look that matched the phone’s sleek design.
The iPhone 4 was a design marvel, with its glass front and back panels sandwiching the stainless steel antenna band—a design that remains iconic to this day. However, this design also led to the infamous “antennagate” controversy, where users experienced signal issues when holding the phone in certain ways. Despite this, the iPhone 4 was a massive success, with its Retina display setting a new standard for screen quality in smartphones. It was also the first iPhone to feature a front-facing camera, paving the way for the selfie era.
The iPhone 4S, while maintaining the iPhone 4’s design, introduced Siri, the voice-activated assistant that captivated users with its ability to understand and respond to natural language queries. Siri was a game-changer, bringing a new level of interactivity to the smartphone experience. The iPhone 4S also featured a significant upgrade in its camera, with an 8-megapixel sensor that took stunning photos for its time.
Poignantly, the iPhone 4S was the last iPhone announced during Steve Jobs’ lifetime, adding a sense of legacy and significance to this model. The iPhone 4S was not just a technical upgrade; it was also a tribute to Jobs’ vision for the future of technology. The device’s success further solidified Apple’s dominance in the smartphone market and demonstrated that the iPhone was more than just a product—it was a cultural phenomenon.
With the iPhone 5, Apple introduced a taller 4-inch screen and a new Lightning connector, replacing the long-standing 30-pin connector. This move was controversial at the time, as it rendered many existing accessories obsolete. However, the Lightning connector was more durable and versatile, quickly becoming a standard feature in Apple products. The iPhone 5 was also lighter and thinner, thanks to its aluminum body, and it introduced EarPods, which significantly improved the audio experience for users.
The iPhone 5 represented a major step forward in terms of design and functionality. Its taller screen allowed for a better viewing experience without making the phone too large to handle comfortably. The switch to the Lightning connector was a bold move by Apple, reflecting the company’s willingness to disrupt the status quo in pursuit of innovation. The iPhone 5 also supported LTE networks, providing faster internet speeds and making it one of the most advanced smartphones of its time.
The iPhone 5S brought Touch ID to the world, introducing fingerprint recognition as a secure way to unlock the phone and authenticate purchases. This feature was not only innovative but also laid the groundwork for future advancements in biometric security on smartphones. The iPhone 5S also featured a 64-bit processor, a first for smartphones, which significantly improved performance and efficiency.
Alongside the iPhone 5S, Apple released the iPhone 5C, a more affordable version with a plastic back that came in a variety of bright colors. While the iPhone 5C did not match the premium feel of the 5S, it catered to a different segment of the market, offering a more accessible entry point into the iPhone ecosystem. The introduction of the 5C demonstrated Apple’s strategy of diversifying its product lineup to reach a broader audience.
The iPhone 6 marked the introduction of the plus-sized iPhones, catering to the growing demand for larger screens. The iPhone 6 Plus featured a 5.5-inch display, making it the largest iPhone at the time and appealing to users who preferred larger devices for media consumption and gaming. However, the aluminum body of the iPhone 6 led to the infamous “bendgate” controversy, where the phones would bend under pressure.
Despite the bendgate issue, the iPhone 6 series was a commercial success, selling millions of units worldwide. The larger screen size, improved battery life, and enhanced camera capabilities made the iPhone 6 a popular choice for both new and existing iPhone users. The iPhone 6 also introduced Apple Pay, which revolutionized mobile payments by allowing users to make secure transactions with just a tap of their phone.
The iPhone 6S addressed the structural issues of its predecessor with stronger aluminum and introduced 3D Touch, a feature that allowed the screen to detect different pressure levels, enabling new ways to interact with the device. The 6S also brought significant upgrades to the camera, with a 12-megapixel sensor that improved photo quality and added the ability to shoot 4K video.
The iPhone 6S and 6S Plus were iterative updates, but they introduced features that would become staples in future iPhone models. 3D Touch was particularly innovative, allowing users to perform different actions based on how hard they pressed on the screen. This feature added a new layer of functionality and customization to the iPhone experience, though it was eventually phased out in later models.
The iPhone 7 was notable for removing the headphone jack, a controversial move that pushed users towards wireless audio solutions like AirPods. This decision sparked widespread debate, but it also marked the beginning of the end for wired headphones in the mobile industry. The iPhone 7 Plus introduced the dual-camera system, allowing for better zoom and portrait mode photography, which quickly became a favorite feature among users.
The iPhone 7 also introduced water and dust resistance, making it the first iPhone that could withstand exposure to the elements. The removal of the headphone jack allowed Apple to make the iPhone 7 slimmer and more water-resistant, though it required users to adapt to the new Lightning-only or wireless audio options. Despite the controversy, the iPhone 7 was another commercial success for Apple, proving that the company could make bold decisions without losing consumer trust.
The iPhone 8 reintroduced glass backs, allowing for wireless charging, and was released alongside the groundbreaking iPhone X (ten) to celebrate the iPhone’s 10th anniversary. The iPhone X was a leap forward in design and technology, featuring an OLED display, Face ID, and gesture-based navigation, marking Apple’s push towards a more futuristic, bezel-less design. The iPhone X set the standard for modern smartphones, with its edge-to-edge display and the removal of the home button.
The iPhone 8, while more traditional in design, offered significant upgrades, including improved cameras and processors, as well as the introduction of True Tone technology, which adjusted the display’s color balance based on the surrounding light. The iPhone 8 was a solid choice for users who preferred the classic iPhone design, while the iPhone X represented the future of smartphones, with its innovative features and sleek design.
The iPhone XS and XS Max followed, with incremental improvements in performance, camera quality, and battery life. The XS Max featured the largest display ever on an iPhone at 6.5 inches, catering to users who wanted a big screen experience. These models continued to build on the success of the iPhone X, offering the same OLED display and Face ID technology, but with refinements that made them even more powerful and efficient.
The iPhone XS series was all about perfecting the formula introduced by the iPhone X. With better water resistance, faster processors, and improved cameras, the XS and XS Max were the ultimate expression of Apple’s vision for the iPhone at the time. These models also introduced Smart HDR, which significantly enhanced photo quality by capturing more detail in both the highlights and shadows.
The iPhone 11 Pro and Pro Max solidified Apple’s position in the market with exceptional battery life and a new triple-camera system, catering to both professional and casual users. The three lenses—wide, ultra-wide, and telephoto—offered unprecedented flexibility in photography, allowing users to capture everything from vast landscapes to detailed close-ups with ease.
The iPhone 11 Pro series was praised for its impressive battery life, which allowed users to go longer between charges. The introduction of Night Mode in the camera was another highlight, enabling users to take stunning photos in low-light conditions without the need for a flash. The iPhone 11 Pro and Pro Max were the culmination of years of innovation, offering a perfect balance of power, performance, and camera capabilities.
Throughout this unboxing journey, it was fascinating to witness the technological advancements and design changes that Apple has implemented over the years. Each model represented a step forward, contributing to the iPhone’s status as a revolutionary and iconic device. From the original iPhone’s groundbreaking touch screen to the iPhone 11 Pro’s triple-camera system, Apple has consistently pushed the boundaries of what a smartphone can do.
This project not only showcased Apple’s innovation but also highlighted the enduring appeal and significance of the iPhone in the tech world. The iPhone has become more than just a device; it is a cultural icon, shaping the way we communicate, work, and play. As we look to the future, it will be exciting to see how Apple continues to evolve the iPhone, building on its legacy while introducing new features and technologies that will define the next generation of smartphones.
For those who have followed this journey, I hope it has provided a deeper understanding of the iPhone’s evolution and the incredible engineering that goes into each new model. Whether you’re a longtime iPhone user or someone curious about Apple’s flagship device, this journey through the history of the iPhone serves as a testament to the power of innovation and the relentless pursuit of excellence.
For more insights into the world of technology and to explore a wide range of gadgets, visit Gadget Kings PRS for expert advice, reviews, and the latest in tech news.
Apple’s iOS 18 is packed with exciting new features that elevate the iPhone experience to new heights. While the headline updates have captured much of the attention, there are also plenty of hidden gems that significantly enhance the user experience. From advanced privacy settings to intuitive customizations, iOS 18 introduces features that many users have been eagerly awaiting. Here are ten of the best-hidden features in iOS 18 that you might have missed.
One of the most anticipated features in iOS 18 is the ability to lock individual apps using Face ID. Previously, users had to rely on shortcuts or third-party apps to secure their personal data. Now, Apple has integrated this feature directly into the operating system, making it more convenient and secure. To lock an app, simply long-press the app icon, select “Require Face ID,” and from that point on, every time you open the app, it will prompt for Face ID. This feature is perfect for adding an extra layer of security to sensitive apps like banking, social media, or messaging.
This new capability empowers users with greater control over their privacy. Whether you want to keep your emails, photos, or financial information secure, the ability to lock any app with Face ID ensures that your data remains protected even if someone else gains access to your unlocked phone. iOS 18’s Face ID integration represents a significant step forward in personal privacy, reflecting Apple’s commitment to safeguarding user data.
iOS 18 introduces the ability to hide any app so thoroughly that it won’t show up in searches, notifications, or even the App Library. This feature is ideal for those who want to keep certain apps out of sight, whether for privacy reasons or simply to declutter the home screen. To hide an app, long-press it, select “Require Face ID,” and then enable “Hide.” The app will disappear from all regular views, ensuring maximum privacy.
The hidden apps can only be accessed through a special section in the App Library, making them virtually invisible unless you know exactly where to look. This feature is especially useful for hiding apps that you don’t want others to stumble upon, such as personal finance apps, private notes, or even those guilty-pleasure games you’d rather keep to yourself.
The Control Center in iOS 18 has received a major overhaul, making it more organized and user-friendly. By swiping from the top right corner, you now access a redesigned interface with more streamlined menus. Swiping down reveals separate menus for audio controls, Wi-Fi, cellular data, Bluetooth, and other frequently used settings, allowing for quicker and more intuitive navigation.
This redesign not only improves accessibility but also reduces the clutter that often plagued previous versions of Control Center. Whether you’re adjusting brightness, toggling Airplane Mode, or managing your connections, the new Control Center makes it easier than ever to access the features you use most, all while maintaining a clean and organized interface.
iOS 18 introduces a new level of customization to the lock screen, allowing users to change the default camera and flashlight icons. Previously fixed in place, these icons can now be swapped out for any shortcut or app of your choosing. To customize your lock screen, simply hold and press the icon, choose your desired app or shortcut, and place it on the lock screen for quick access.
This feature is a game-changer for users who want instant access to their most-used apps without unlocking their phone. Whether you frequently use the calculator, notes, or a specific messaging app, being able to customize your lock screen icons ensures that the tools you need are always at your fingertips.
A new customization menu in iOS 18 allows users to extensively modify their home screen and app icons. You can now change the entire look of your iPhone by selecting different themes, setting icons to larger sizes (removing text labels for a cleaner look), and freely arranging icons to better showcase your wallpapers. This feature gives users unprecedented control over the aesthetics of their iPhone, making it easier to create a personalized and visually pleasing interface.
For those who love to express their personality through their devices, this feature is a welcome addition. You can match your home screen layout to your mood, the season, or any theme that suits your style. The ability to enlarge icons and remove text labels also enhances the minimalist design, allowing your wallpapers to shine through without being obscured by cluttered icons.
The flashlight feature in iOS 18 now includes two new settings: brightness and beam width. This allows you to adjust the flashlight to be brighter or dimmer and to modify the beam width to cover a larger area or focus on a smaller spot. These enhancements add versatility to an already essential tool, making the flashlight more useful in a variety of situations, whether you’re searching for something in a dark room or needing a precise beam of light.
This new level of control is especially handy for outdoor activities, emergencies, or any situation where lighting conditions are less than ideal. The adjustable flashlight ensures that you always have the right amount of light for any task, enhancing safety and convenience in your daily life.
The calculator app in iOS 18 has been revamped to provide access to past calculations and a full scientific calculator. By rotating your device, you can switch to a more advanced interface that includes graphing capabilities and mathematical conversions. Additionally, the Notes app integrates with the calculator, allowing you to input handwritten equations that the app can solve and format automatically.
This feature is a significant upgrade for students, professionals, and anyone who frequently uses their iPhone for calculations. The ability to recall past calculations and perform complex mathematical functions directly from your iPhone makes the calculator a powerful tool for everyday use. The integration with the Notes app adds another layer of functionality, turning your iPhone into a versatile tool for both work and study.
Smart Script is a groundbreaking feature in iOS 18 for those who take handwritten notes. This feature not only corrects spelling mistakes in your handwriting but can also convert typed text into your handwriting style. Over time, Smart Script learns your handwriting, ensuring that your notes are always legible and personalized.
This feature is a game-changer for students, professionals, and creatives who prefer taking handwritten notes but still want the benefits of digital text. Smart Script makes it easier to keep your notes organized and readable, and the ability to convert typed text into your handwriting style adds a personal touch to digital communication.
One of the most requested features has finally arrived in iOS 18—the ability to place app icons anywhere on the home screen. This freedom lets you arrange icons in a way that reveals more of your wallpaper, particularly useful if you have a personalized or aesthetically pleasing background image. Whether you prefer a more minimalist look or want to highlight specific parts of your wallpaper, iOS 18 gives you the flexibility to customize your layout exactly how you like it.
This feature allows for greater creativity in how you design your home screen. You can now break away from the traditional grid layout and create a more dynamic and visually appealing interface. For users who value customization and aesthetics, this update is a dream come true.
A subtle yet delightful addition in iOS 18 is the new animation for the side buttons. The volume and lock buttons now feature a smooth animation when pressed, adding a touch of elegance to everyday interactions. While this might seem like a minor detail, it contributes to the overall user experience, making the iPhone feel even more polished and responsive.
These button animations are part of Apple’s ongoing effort to refine the user experience down to the smallest details. By making every interaction with your iPhone more engaging and visually pleasing, iOS 18 continues Apple’s tradition of combining functionality with beauty.
These hidden features in iOS 18 significantly enhance the user experience, offering more customization, privacy, and functionality than ever before. Whether it’s securing apps with Face ID, hiding apps completely, or enjoying the new button animations, iOS 18 is packed with useful updates that make using your iPhone more enjoyable and intuitive. With its blend of powerful tools and subtle refinements, iOS 18 reaffirms Apple’s commitment to delivering a user experience that is not only efficient but also delightful.
For those eager to explore all that iOS 18 has to offer, these hidden features are just the beginning. As you delve deeper into the new operating system, you’ll discover even more ways to make your iPhone uniquely yours. Whether you’re a long-time iPhone user or new to the platform, iOS 18 is designed to meet your needs with innovation and style.
For more insights into the latest iOS updates and to explore a wide range of tech gadgets, visit Gadget Kings PRS for expert advice, reviews, and the latest in technology.
In a recent battery life showdown, we put the new iPhone 15 lineup through its paces, comparing them to previous models to determine which one truly excels in endurance. Apple has made bold claims about the power efficiency of their latest devices, but how does this translate to real-world battery performance? This comprehensive test aimed to reveal the true battery kings and identify where each model stands in terms of longevity, efficiency, and value for users who prioritize battery life.
We tested the following iPhones in this battery life showdown:
The iPhone 13 Pro Max holds the current record on our battery test leaderboard, making it a crucial benchmark in this comparison. With its stellar reputation for endurance, the iPhone 13 Pro Max was the model to beat. However, with Apple’s recent advancements, the iPhone 15 series had the potential to redefine expectations.
The test began with a typical morning routine involving breakfast and scrolling through TikTok. Right from the start, the iPhone 15 Pro Max took the lead, closely followed by the reigning champion, the iPhone 13 Pro Max. This promising result indicated that the iPhone 15 Pro Max might have the endurance needed to dethrone its predecessor. However, the smaller iPhone 15 Pro lagged behind, raising early concerns about its battery life.
The iPhone 15 Plus and iPhone 15 also performed admirably during this initial phase, suggesting that Apple’s improvements in power efficiency were not limited to its flagship models. The iPhone 14 models, while respectable, were clearly being outpaced by the newer generation.
Throughout the day, we engaged in various activities including streaming music on Spotify, video conferencing, and using apps like ChatGPT-4. This diverse range of tasks was designed to mimic a typical day in the life of an iPhone user, providing a realistic measure of battery performance.
Despite Apple’s claims about the efficiency of the A17 Pro chip in the iPhone 15 Pro models, the 15 Pro struggled to keep up, hinting at a potential drawback: its smaller battery capacity compared to the base iPhone 15. The A17 Pro chip is designed to deliver high performance with improved efficiency, but it appears that the gains in processing power may come at the expense of battery life, especially in the smaller Pro model.
Meanwhile, the iPhone 15 Pro Max continued to show strong performance, though it did not create a significant lead over the iPhone 13 Pro Max. The iPhone 15 Plus, however, began to emerge as a dark horse, maintaining a steady battery level and even surpassing some of the more expensive models in terms of longevity.
One theory for the iPhone 15 Pro’s underperformance is the Dynamic Island feature, which may contribute to additional battery drain. The Dynamic Island is a new interactive area that integrates with apps and notifications, providing a more engaging user experience. However, the additional processing power required to manage this feature could be taxing the battery more than anticipated.
Additionally, while the A17 Pro chip boasts impressive power efficiency, it seems that the increased performance demands—especially in a smaller device like the iPhone 15 Pro—might offset these efficiency gains. This suggests that users seeking both high performance and long battery life might find the iPhone 15 Pro to be somewhat lacking compared to its larger counterpart, the Pro Max.
Recording videos and using the camera extensively are some of the most battery-intensive tasks for any smartphone. During this phase of the test, the iPhone 15 Pro Max continued to impress, surpassing both the iPhone 14 Pro Max and the iPhone 13 Pro Max. This result highlights the improvements Apple has made in optimizing camera-related processes, allowing the iPhone 15 Pro Max to maintain its battery advantage even under heavy use.
The base iPhone 15 also showed significant improvement over the iPhone 14, highlighting Apple’s strides in making their base models more efficient. The iPhone 15’s ability to handle camera tasks without rapidly depleting its battery is a testament to the power of the A16 chip and the efficiency of the latest iOS optimizations.
Gaming is typically a battery-draining activity, and this part of the test was no exception. Surprisingly, the iPhone 15 Plus emerged as the unexpected leader. Its larger battery and efficient performance allowed it to outlast even the Pro Max models, despite being marketed as a mid-range option. This result was particularly impressive given that the iPhone 15 Plus is not positioned as a flagship device, yet it managed to outperform the more expensive models in this rigorous test.
The iPhone 15 Pro Max held strong, coming in just behind the 15 Plus, but still ahead of the iPhone 13 Pro Max. This confirmed that while the Pro Max is a powerhouse, the 15 Plus offers the best battery life for users who prioritize longevity above all else.
After an exhaustive day of testing, here are the final battery life results:
The iPhone 15 Plus, with its exceptional battery life, proves to be an outstanding choice for users prioritizing endurance. It outperforms even the flagship iPhone 15 Pro Max in terms of longevity, making it the clear winner of this battery life showdown. For users who need their phone to last all day and then some, the iPhone 15 Plus is the best option available.
The iPhone 15 Pro Max offers a balanced mix of performance and battery life, making it ideal for power users who need top-tier capabilities but can manage slightly shorter battery life. The smaller iPhone 15 Pro, however, may not meet the expectations of those looking for both high performance and long battery life, as its smaller size and the demands of the Dynamic Island feature appear to compromise its endurance.
Apple’s advancements in battery technology and efficiency are evident, particularly in the base and Plus models. The introduction of the USB-C port, allowing for power sharing, adds a new dimension to how iPhones can be used throughout the day, further enhancing their versatility.
If you value battery life above all, the iPhone 15 Plus is the clear winner. However, if you need top-tier performance and can manage slightly shorter battery life, the iPhone 15 Pro Max remains a solid choice. Meanwhile, the iPhone 13 Pro Max still holds its ground as a formidable contender, offering an excellent balance of performance and battery life even in comparison to newer models.
For more insights into the latest iPhone features and to explore a wide range of tech gadgets, visit Gadget Kings PRS for expert advice, reviews, and the latest in technology.
I’ve never been much of an iPad person, but today, I’m hovering over the buy button for Apple’s latest iPad Pro, a device that costs an eye-watering $3,600 once fully specced out. Despite my initial skepticism about tablets, the new iPad Pro’s features and capabilities have me reconsidering my stance. With Apple’s latest advancements, the iPad Pro promises not just to be a tablet, but potentially to replace multiple devices in my tech arsenal. Let’s break down what makes this new iPad Pro so compelling and whether it’s truly worth the investment.
The 2024 iPad Pro lineup boasts a major redesign that immediately grabs attention. These tablets are astonishingly thin, with the 11-inch model measuring just 5.3 mm and the 13-inch model even slimmer at 5.1 mm. Holding one feels surreal, like wielding a full-fledged computer in an incredibly light package. The 13-inch model, for instance, weighs just 579 grams. For comparison, my black and white 10-inch writing tablet, which does little more than facilitate note-taking, weighs over 400 grams. The iPad Pro’s thinness and lightness make it practical for on-the-go use without sacrificing performance.
Apple has managed to cram an immense amount of power into these incredibly slim devices. The materials and design contribute not only to a premium feel but also to practical portability. For someone like me who travels frequently or works from various locations, the iPad Pro offers the kind of flexibility that is hard to find in other devices.
What truly sets the new iPad Pro apart is its potential to replace not just my writing tablet but also my laptop. The new M4 chip inside these iPads promises performance comparable to high-end laptops. This is the first time since 2013 that a tablet feels like it could replace multiple devices in my tech arsenal. The M4 chip is a game-changer, bringing desktop-class power to a tablet. Whether you’re editing 4K videos, managing large databases, or running complex software, the iPad Pro handles it with ease.
The accompanying accessories, like the new Pro Pencil and Magic Keyboard, enhance the iPad’s versatility. The Magic Keyboard, though it looks like a standard folio case from the outside, transforms the iPad into a device that feels remarkably similar to a MacBook. The keyboard is solid, the trackpad is larger, and it even has a charging port and another USB port for added functionality. The second you snap the iPad into the case, it behaves just like a Mac, with all the swiping gestures and shortcuts instantly familiar to any Mac user.
This integration of hardware and software makes the iPad Pro a formidable competitor to traditional laptops. The transition from tablet mode to a laptop-like setup is seamless, providing the flexibility to switch between different modes of productivity without missing a beat. For users who demand versatility and power in a compact form, the iPad Pro offers an all-in-one solution.
The new Pro Pencil has several upgrades, including a barrel roll feature and a squeeze function to bring up menus, making it more intuitive and efficient to use. A vibration motor adds tactile feedback, and you can now locate the pencil using the Find My app, which is a lifesaver for someone as forgetful as me. This attention to detail and user convenience is what makes Apple products stand out in a crowded market.
Under the hood, the iPad Pro’s M4 chip offers significant performance improvements. While Apple’s performance metrics can be frustratingly vague, the leap from the previous M2 chip to the M4 is substantial, particularly with better thermal design allowing for sustained performance. This makes the iPad Pro a formidable competitor to current high-end tablets from other brands, many of which still use phone chips.
The M4 chip isn’t just about raw power; it’s also about efficiency. The improved thermal design means that the iPad Pro can maintain high performance levels without overheating, which is crucial for intensive tasks like video editing or gaming. This level of performance in such a slim device is unprecedented, and it’s one of the reasons I’m seriously considering making the switch.
Using the new iPad Pro with the Magic Keyboard and Pro Pencil has made me rethink my tech setup. This iPad is powerful enough to handle tasks I typically reserve for my MacBook, such as video editing with Final Cut Pro, photo editing with Pixelmator, and managing my smart home setup. Mobile apps on the iPad often surpass their desktop counterparts in usability and design, particularly for tasks like photo and video editing, gaming, and even productivity apps like Google Docs.
The iPad Pro’s OLED screen, touted by Apple as the best they’ve ever made, enhances the viewing experience with deep blacks and high brightness, perfect for HDR content. This screen is a dual-layer OLED, offering both contrast and brightness, making it ideal for watching movies or editing photos and videos. The visual quality is so good that it rivals dedicated monitors, making it a viable option for creative professionals who need color accuracy and sharpness.
This level of versatility means that the iPad Pro can seamlessly integrate into both my personal and professional life. Whether I’m working on a project, watching a movie, or managing my schedule, the iPad Pro is capable of handling it all. The ability to switch between different roles—laptop, tablet, and creative tool—makes it an incredibly valuable addition to my tech collection.
There are a few concerns, though. Battery life is an unknown factor, especially with the new dual-layer OLED display. The storage options, while going up to 2 TB, might not suffice for someone like me who relies on an 8 TB MacBook. iPadOS, based on iOS, is simpler and might not offer the same file management capabilities as a full-fledged computer. Also, Apple doesn’t want the iPad to cannibalize MacBook sales, so there might be artificial limitations on the iPad’s capabilities.
Battery life is a critical consideration, especially when you’re using the iPad Pro as a laptop replacement. The dual-layer OLED display, while stunning, could potentially drain the battery faster than expected. If the battery life doesn’t hold up under heavy use, it could undermine the iPad Pro’s viability as a primary device.
Another potential drawback is storage. For users like me who work with large files, the 2 TB limit might not be enough, especially if you’re dealing with high-resolution video or extensive photo libraries. This could necessitate the use of external storage, which adds complexity to the workflow.
Finally, while iPadOS has come a long way, it still doesn’t match the full desktop experience of macOS. File management, multitasking, and certain professional software may not be as robust or flexible on the iPad. This could be a deal-breaker for users who need a desktop-like experience.
Despite these concerns, the new iPad Pro feels like it could simplify and enhance my tech setup by replacing multiple devices. If it performs as well as it promises, this could be one of the most freeing tech decisions I’ve ever made. The combination of power, portability, and versatility makes the iPad Pro a compelling option for anyone looking to streamline their tech setup.
The iPad Pro represents a significant leap forward in tablet technology, and it’s clear that Apple is positioning it as more than just a tablet—it’s a potential laptop replacement, a creative tool, and a mobile powerhouse all in one. If you’re someone who values flexibility and power in a portable device, the iPad Pro is definitely worth considering.
If you’re interested in seeing how this plays out, subscribe to my channel for updates. I’ll be putting the iPad Pro through its paces in the coming weeks, testing its capabilities and seeing if it truly can replace my laptop. And yes, I realize my iPad puns are getting worse, but I’m genuinely excited about the potential of this device. Stay tuned for more updates!
Shop no. 20 A kensington village shopping center, 8 sovereigns ave,Bray Park QLD 4500
gadget.kings.prs@gmail.com