Poco F7 Officially Confirmed with Snapdragon 8s Gen 4 and 90W Charging

The highly anticipated Poco F7 is officially confirmed, and it's packed with impressive specs that are sure to make waves in the smartphone world. Featuring the cutting-edge Snapdragon 8s Gen 4 SoC and a massive 7,550 mAh battery, this powerhouse is engineered for performance. With a blazing 90W charging speed, the Poco F7 promises to redefine fast charging for smartphones. Officially launching on June 24, this phone is shaping up to be the ultimate choice for users seeking speed, power, and efficiency. Let’s dive deeper into what makes the Poco F7 an exciting new entrant in the smartphone market.

Poco F7 Processor: Snapdragon 8s Gen 4 SoC

At the heart of the Poco F7 is the Snapdragon 8s Gen 4 SoC, a chipset designed to handle even the most demanding tasks. This powerful processor is built to deliver superior performance, whether you’re gaming, streaming, or multitasking. In synthetic benchmarks, the Poco F7 scored an impressive 2,084,535 points on AnTuTu (v10.4.9), showcasing its ability to deliver exceptional performance under heavy loads. The Snapdragon 8s Gen 4’s AI-enhanced capabilities ensure seamless and efficient performance, even during extended gaming sessions.

Xiaomi also unveiled its self-developed smartphone chipset. If you want to know about the name and features click, here.

Battery and Charging: 7,550 mAh & 90W Fast Charging

The Poco F7 is equipped with a massive 7,550 mAh battery, which ensures that you’ll have more than enough juice to get through the day. Whether you're gaming, watching movies, or working on the go, the Poco F7’s battery will keep you powered up. The device supports 90W fast charging, which means it can be charged from 0 to 100% in a matter of minutes. This fast-charging capability is a game-changer for users who need their device ready quickly for long hours of use.

RAM and Storage: 12GB LPDDR5X RAM & UFS 4.1 Storage

Multitasking and gaming are no longer a challenge with the Poco F7’s 12GB LPDDR5X RAM. This next-gen memory technology ensures smooth multitasking, even with demanding apps and games. Additionally, the device comes with UFS 4.1 storage, providing lightning-fast read and write speeds. This means apps will launch faster, files will be transferred more quickly, and games will load without delay.

Cooling System: 3D IceLoop with AI Temperature Control

The Poco F7 is equipped with the innovative 3D IceLoop cooling system, designed to keep the device cool even during intense gaming sessions. This system features AI temperature control, which automatically adjusts cooling based on the device’s temperature, ensuring that your phone stays cool even when pushed to its limits. The combination of 3D IceLoop and AI temperature control offers a smooth and uninterrupted gaming experience, even in the most demanding conditions.

Limited Edition and Flipkart Collaboration

The Poco F7 will be available in a limited edition, offering exclusive features and finishes for early adopters. The device will also be available through Flipkart, ensuring easy access for Indian users. Flipkart's involvement adds a layer of reliability and convenience for customers who want to get their hands on the Poco F7 as soon as it’s available. For more updates directly from Poco, you can follow them on their official Twitter page.

Expected Performance and Real-World Usage

With the Snapdragon 8s Gen 4 chipset, 12GB of LPDDR5X RAM, and a 7,550 mAh battery, the Poco F7 is expected to provide exceptional real-world performance. Whether you're gaming, browsing, or multitasking, this device is designed to handle it all with ease. The 90W fast charging ensures that you'll never be caught off guard with a low battery, allowing you to stay connected throughout the day.

June 24: What to Expect During the Launch

The Poco F7 is set to be officially unveiled on June 24, and fans are eagerly awaiting the full reveal. Expect to learn more about the device’s specs, features, and pricing during the event. The Poco F7 is shaping up to be one of the most powerful smartphones of the year, and it’s poised to take the market by storm.

Frequently Asked Questions 

1. What is the Poco F7’s release date?

The Poco F7 will be officially unveiled on June 24.

2. What processor does the Poco F7 use?

The Poco F7 is powered by the Snapdragon 8s Gen 4 SoC.

3. How fast is the Poco F7’s charging speed?

The Poco F7 supports 90W fast charging, allowing it to be fully charged in a short amount of time.

Related Articles

• Poco F7 Series Launching Globally 

• Xiaomi Unveils Name and Release Date for Its Self-Developed Smartphone Chipset

• Poco X7 and Poco X7 Pro Camera Specs

• Upcoming Poco M7 Pro and C75 5G

Conclusion

• The Poco F7 is packed with top-tier specs that make it one of the most exciting devices of 2025.

• From the Snapdragon 8s Gen 4 chipset to the 7,550 mAh battery and 90W charging speed, this phone has everything you need for an outstanding performance experience. 

• the Poco F7 is designed to meet the needs of both casual users and hardcore gamers with its innovative cooling system, ample RAM, and storage.

•  Don't miss the official unveiling on June 24 — this is one phone you won't want to miss!

Google Mocks iOS 26 Features in Latest Campaign: Pixels Have Had Them for Years

In the battle of tech giants, Google and Apple are at it again. This time, it’s Google who’s throwing some playful shade at Apple’s new iOS 26 features. Apple recently unveiled iOS 26, which introduces several features that iPhone users are excited about, like Auto-translation of messages, Hold Assist, and Call Screening. But here’s the twist—these same features have already been available on Google’s Pixel phones for years. Google isn’t shy about pointing this out, launching a fun new campaign called #BestPhonesForever to poke fun at Apple for playing catch-up. But what do these features really mean for users, and how does this rivalry benefit us?

What’s New in iOS 26?

iOS 26, the latest update from Apple, brings several exciting features for iPhone users. Here's a quick overview of the new additions:

• Auto-Translation of Messages: This feature allows users to translate text messages from one language to another automatically, making it easier for iPhone users to communicate across language barriers.

• Hold Assist: iPhone users will now be able to manage call hold times better, a feature designed to improve call management.

• Call Screening: iOS 26 introduces the ability to screen incoming calls, helping users avoid spam or unwanted calls. This is a major addition for privacy-conscious users.

These features have received a lot of attention, but the reality is that they’ve been part of Google’s Pixel lineup for years now. Let’s take a closer look at how Google’s Pixel has led the way with these features long before iOS 26.

Google’s #BestPhonesForever Campaign: A Playful Mockery of iOS 26

Google’s #BestPhonesForever campaign takes a light-hearted approach to show just how far ahead Pixel devices have been. In the new ad, a Pixel phone and an iPhone have a conversation, with the Pixel pointing out that the features Apple is so proud of in iOS 26 have actually been part of Pixel phones for a while.

• Auto-Translation of Messages: The Pixel phone humorously claims to have had this feature for four years, well before it was introduced in iOS 26.

• Hold Assist: The Pixel proudly mentions that this feature has been available for five years, helping users manage call hold times effortlessly.

• Call Screening: The Pixel also points out that Call Screening has been around for seven years, giving users a powerful tool to filter out unwanted calls.

While the video may seem playful and full of cheeky humor, it’s a clever way for Google to remind consumers that their Pixel phones have been offering these features for years.

How Long Have These Features Been on Pixel Phones?

If you’ve been using a Pixel phone, you’re probably already familiar with these features. Here’s how they work on Pixel devices:

• Auto-Translation of Messages: This feature was first introduced in 2019, making it easier for users to communicate in different languages with a simple tap.

• Hold Assist: For five years now, Pixel users have enjoyed Hold Assist, making it easier to manage phone calls, especially in those situations where you’re put on hold for long periods.

• Call Screening: Call Screening has been around since 2016, helping users filter calls from unknown numbers automatically. It’s a privacy-focused feature that’s been praised for its effectiveness.

By the time iOS 26 comes around with these features, Pixel users have already been making the most of them. This adds an interesting dynamic to the ongoing competition between Google and Apple.

Samsung’s Role in the Competition

Google isn’t the only tech giant making fun of Apple for catching up with features that were already available on Android devices. Samsung has done the same in the past, often pointing out that certain features introduced by Apple were already staples in the Android world. This kind of rivalry keeps both companies on their toes and benefits consumers by pushing for constant innovation.

How Do These Features Benefit Users?

Whether you’re an iPhone or Pixel user, these features make your life a lot easier. Here’s a quick look at the benefits:

• Auto-Translation: This is especially useful when traveling or communicating with people who speak different languages. It removes the need for third-party translation apps and makes texting more seamless.

• Hold Assist: No more wondering if the person on the other end of the line has disconnected or if you’re stuck on hold forever. This feature ensures smoother phone call experiences.

• Call Screening: Avoiding spam and robocalls has never been easier. This feature automatically filters out unwanted calls, saving you time and frustration.

Both iPhone and Pixel users now have access to these features, but it’s clear that Google has been offering them for a while.

What’s Next for iPhone and Pixel?

Looking to the future, both Google and Apple are set to continue their innovation streaks. The upcoming Pixel 10 series could introduce even more advanced features that might inspire future iPhone models. Similarly, Apple’s iPhone 17 family could include features that are “inspired” by the Pixel, as the competition between these two tech giants continues to drive innovation.

Frequently Asked Questions

Q1: How long has the Auto-translation of messages been available on Pixel phones? 

A1: Pixel phones have had the Auto-translation feature for four years, long before it was introduced in iOS 26.

Q2: How long has Call Screening been available on Pixel devices? 

A3: Call Screening has been available on Pixel phones for seven years, giving users the ability to screen calls from unknown numbers automatically.

Q3: Why is Google mocking Apple's new features in their #BestPhonesForever campaign?

A4: Google is highlighting that many of the features Apple is introducing in iOS 26, like Auto-translation and Call Screening, have already been available on Pixel devices for years, with a playful touch.

Related Articles

•  Google Pixel 10’s GPU

•  iOS 19 Leak

Conclusion: 

• Google’s playful mockery of Apple in their #BestPhonesForever campaign serves as a reminder that tech companies are always looking for ways to outdo each other. 

• While iOS 26 brings exciting features to iPhone users, it’s important to remember that Google’s Pixel phones have been ahead of the curve with features like Auto-translation, Hold Assist, and Call Screening. 

• This ongoing competition benefits consumers by ensuring that both companies continue to innovate and improve the smartphone experience.

Huawei Pura 80 Ultra: Unveiling the Power of Its Dual-Zoom Camera System

Huawei is making waves in the smartphone world with the Pura 80 Ultra, especially for its dual-zoom camera system. This phone offers a unique combination of motorized zoom, a 50MP sensor, and cutting-edge lenses, making it a standout in mobile photography. Let’s dive into how this device is setting new standards for smartphone cameras and what you can expect from its advanced zoom technology.

Key Features of the Huawei Pura 80 Ultra Camera System

• Dual-Zoom Lens System: With 83mm f/2.4 (3.7x) and 212mm f/3.6 (9.4x) lenses, you can zoom in on distant objects without losing quality. This optical zoom system is a major leap forward in smartphone photography.

• 1/1.28-inch Sensor: This large sensor captures more light, ensuring sharp images even in low-light conditions, while maintaining rich detail.

• Motorized Mechanism: The camera features a motorized zoom system with over 140 components that allow smooth, accurate zooming for clear and steady shots at any zoom level.

How the Dual-Zoom Camera System Works

The dual-zoom camera system combines two lenses that work together to provide an optical zoom range from 3.7x to 9.4x, without any loss in image quality. The motorized zoom mechanism ensures smooth transitions as you zoom, keeping the image steady and focused, even at higher zoom levels.

Unlike traditional smartphones that rely on digital zoom (which can reduce image clarity), the Pura 80 Ultra uses optical zoom, preserving detail at all levels. For more information, you can visit the Huawei Official Page to explore the full features of the phone.

The Power of the 1/1.28-inch Sensor

The 1/1.28-inch sensor is key to the Huawei Pura 80 Ultra's exceptional photography performance. A larger sensor means better light capture, resulting in:

• Brighter images in low light

• Improved color accuracy and sharpness

• Better zoom performance, especially when capturing far-off subjects

With a 50MP main sensor and a 12.5MP telephoto sensor, you can take photos that maintain high resolution, even when zooming in.

Why the Moving Two-Lens System Matters

The two-lens design in the Huawei Pura 80 Ultra is a game-changer. These lenses can move along a motorized track, enabling precise zoom functionality without the distortion or blurriness often found in digital zoom systems.

The 140 components inside the motorized mechanism work together to ensure smooth zooming, quick focus, and image stabilization, giving users more control over their shots and making zooming a more seamless experience.

Real-World Photography Performance

When it comes to real-world use, the Huawei Pura 80 Ultra shines in several key areas:

• Optical Zoom Quality: The dual-lens system allows for sharp, detailed images, even at long zoom ranges.

• Low-Light Performance: Thanks to the large sensor, you get clear, bright photos even in challenging lighting conditions.

• Image Stabilization: The motorized zoom and image stabilization reduce blur, ensuring you get crisp, clear shots even when zoomed in.

Is the Huawei Pura 80 Ultra Worth It?

If you're serious about smartphone photography, the Huawei Pura 80 Ultra is definitely worth considering. Its dual-zoom system, large sensor, and motorized zoom mechanism make it one of the most advanced camera setups in any smartphone today. It’s perfect for anyone looking to take professional-quality photos with a mobile device.

Frequently Asked Questions

1. What’s special about the Huawei Pura 80 Ultra camera system? 

The dual-zoom camera system with optical zoom and a 1/1.28-inch sensor allows for detailed, high-quality shots, even at long zoom levels.

2. How does the motorized zoom mechanism work? 

It smoothly adjusts the two lenses, ensuring steady zooming and quick focusing without losing image quality.

3. Is the Huawei Pura 80 Ultra good in low-light conditions? 

Yes! The large sensor ensures bright, detailed photos even in dim environments.

4. How does the Pura 80 Ultra compare to other phones? 

The dual-zoom lenses and large sensor give it an edge over many smartphones, especially in terms of optical zoom and image quality.

5. Should photographers consider the Huawei Pura 80 Ultra? 

Absolutely. The Pura 80 Ultra is equipped with professional-level camera technology, making it a top choice for photography enthusiasts.

Related Articles

• Huawei Nova 13i Launched

• Huawei Announces HarmonyOS Next OS

• Huawei Mate 70 Series Launch

Conclusion

• The Huawei Pura 80 Ultra is leading the way in smartphone photography with its revolutionary dual-zoom camera system. 

• With the ability to zoom without losing quality, large sensor technology, and an advanced motorized mechanism, this device provides high-quality photos across a wide range of zoom levels. 

• Whether you're a photography enthusiast or just looking for a reliable camera phone, the Pura 80 Ultra has everything you need.

Introducing the OnePlus Pad Lite: A Budget-Friendly Tablet with Impressive Specs

The tablet market has seen a surge in budget-friendly options in recent years, and OnePlus is joining the race with its newest creation: the OnePlus Pad Lite. Aimed at users who are looking for an affordable device without sacrificing performance, this tablet promises a great deal. Packed with a Helio G100 SoC, a large 11" 90Hz FullHD+ LCD, and a 9,340 mAh battery, the OnePlus Pad Lite is set to turn heads. With 6GB of RAM and 128GB of storage, it's ready to handle your daily tasks while offering an enjoyable multimedia experience. Whether you're a student, a professional, or someone who enjoys casual tablet use, this affordable option is shaping up to be a top contender in its class. Let’s take a closer look at what the OnePlus Pad Lite has to offer.

OnePlus Pad Lite: Overview and Key Features

The OnePlus Pad Lite brings a lot to the table for an entry-level device. One of the standout features is its Helio G100 SoC, which promises solid performance without breaking the bank. Coupled with Android 15 and OxygenOS 15.0.1, users can expect a smooth and responsive user interface with optimized app performance. With 6GB of RAM and 128GB of internal storage, the device is well-equipped to handle multitasking and everyday tasks.

• Display: The tablet boasts an 11" 90Hz FullHD+ LCD, ensuring smooth visuals and vibrant colors. Whether you’re watching movies, browsing social media, or reading, the display will deliver crisp and clear visuals.

• Battery: Powered by a 9,340 mAh battery, the OnePlus Pad Lite promises excellent battery life, making it a perfect device for all-day usage. Though charging speed details remain unclear, the large battery should comfortably last throughout a day of typical usage.

Detailed Specifications and Design

The OnePlus Pad Lite has been designed with portability in mind. Weighing just 539g and measuring 254.9 x 166.5 x 7.4 mm, it's light enough to carry around with ease, making it an excellent option for those always on the go.

• Display: The 11" 90Hz FullHD+ LCD screen is designed to provide an immersive viewing experience. Its high refresh rate ensures smoother animations and gameplay, making it perfect for media consumption and light gaming.

• Build: The tablet is sleek and stylish, available in the distinctive Aero Blue color. The design features a minimalist approach, combining both aesthetics and functionality.

Battery Life and Performance

The OnePlus Pad Lite comes with a 9,340 mAh battery, a significant feature for users who need long-lasting performance. This sizeable battery will ensure that users can enjoy their content for hours without needing to recharge constantly. While the exact charging speed is still unknown, it is expected that the tablet will feature a standard charging speed for its category.

In terms of performance, the Helio G100 SoC provides more than enough processing power for everyday tasks, such as browsing, watching videos, and light gaming. When paired with Android 15 and OxygenOS 15.0.1, the tablet is expected to offer an optimized, lag-free experience.

Camera Quality and User Experience

Equipped with dual 5MP cameras one on the front and one on the rear the OnePlus Pad Lite is ready for video calls, selfies, and quick snapshots. While not designed to replace a flagship device, the camera setup is adequate for its price range. Expect decent quality photos and video calls with a focus on practicality.

The 5MP front camera is particularly useful for video calls and online meetings, while the rear camera can capture everyday moments with ease.

Pricing and Availability

Positioned as a budget tablet, the OnePlus Pad Lite offers great value for the features it provides. With 6GB of RAM and 128GB of storage, it’s expected to be priced competitively in the market, making it an attractive option for cost-conscious consumers. The tablet will also be available in a Wi-Fi and Cellular version, ensuring flexibility depending on your connectivity preferences.

Additionally, OnePlus will offer a matching folio cover, which doubles as a kickstand for hands-free viewing, adding an extra layer of functionality to the device.

Why Choose the OnePlus Pad Lite?

Compared to other budget tablets, the OnePlus Pad Lite stands out with its impressive display, long-lasting battery, and clean software experience. The Helio G100 SoC is a good match for everyday tasks, and the 90Hz display ensures that the user interface feels responsive. If you’re looking for a tablet that offers solid performance without breaking the bank, the OnePlus Pad Lite is a great choice. For more details about the OnePlus Pad and its specifications, you can visit the official OnePlus website.

Frequently Asked Questions

1. How long will the battery last on the OnePlus Pad Lite? 

The OnePlus Pad Lite comes with a 9,340 mAh battery, which should last through an entire day of typical usage, including media consumption and browsing.

2. What is the display refresh rate of the OnePlus Pad Lite? 

The tablet features an 11" 90Hz FullHD+ LCD, providing a smooth and responsive visual experience.

3. Will there be any additional accessories available for the OnePlus Pad Lite?

Yes, OnePlus will offer a matching folio cover for the OnePlus Pad Lite, which doubles as a kickstand.

Conclusion

• The OnePlus Pad Lite is an excellent budget tablet that doesn’t compromise on essential features. 

• From its sleek design and vibrant display to its large battery and solid performance, it ticks all the boxes for users who need a reliable tablet without a premium price tag. 

• If you're looking for an affordable device that can handle your daily tasks with ease, the OnePlus Pad Lite should definitely be on your radar.

Samsung Galaxy Tab S11 Ultra Spotted on Geekbench with MediaTek's Dimensity 9400+ SoC

The Samsung Galaxy Tab S11 Ultra has made a splash in the tech world after being spotted on Geekbench, revealing key details about its performance. The upcoming flagship tablet will feature MediaTek’s Dimensity 9400+ SoC, a 3.73 GHz Prime core, 12GB of RAM, and run on Android 16. While these specifications are exciting, the device is still in its early prototype stage, and final performance may differ once it launches. Let’s break down what we know and what it could mean for Samsung’s next flagship tablet.

Key Specifications Leaked on Geekbench

• Chipset: MediaTek Dimensity 9400+ SoC

• Clock Speed: 3.73 GHz Prime Core

• RAM: 12GB

• Operating System: Android 16

These specs provide a glimpse into the performance capabilities of the Galaxy Tab S11 Ultra. However, since the prototype is still in development, the actual performance could differ by the time the tablet is released.

MediaTek Dimensity 9400+ SoC: Performance and Power

The Dimensity 9400+ chipset is a significant step up, featuring a 3.73 GHz Prime core, which will provide strong performance for both multitasking and high-demand applications. The 1+3+4 core configuration ensures that the chip efficiently handles both light tasks and intensive workloads.

However, with MediaTek's Dimensity 9500 set for release before the Tab S11 Ultra, Samsung might face challenges by using a chipset that will soon be outpaced by newer technology. For more details on the Dimensity 9400+ and its capabilities, check out MediaTek’s official page here.

Performance Analysis from Geekbench

The Geekbench results show promising potential, but given that this is an early prototype, the numbers should be taken with a grain of salt. The single-core and multi-core scores indicate solid performance, but as the device is fine-tuned, the scores are likely to rise, providing a clearer picture of the tablet's capabilities.

What Android 16 Brings to the Galaxy Tab S11 Ultra

The Galaxy Tab S11 Ultra will run on Android 16, bringing several new features to improve user experience:

• User Interface Improvements: Expect a more intuitive design and better multitasking capabilities.

• Battery Optimization: Enhancements will improve efficiency, ensuring longer usage times.

• Security Enhancements: New measures will improve device protection.

These features, combined with 12GB of RAM, will ensure smooth multitasking and enhanced productivity.

Launch Timeline and Potential Issues

The Galaxy Tab S11 Ultra is expected to launch in October, following the release schedule of its predecessor, the Tab S10 Ultra. However, the upcoming Dimensity 9500 might pose a challenge for Samsung, as it could overshadow the 9400+ chipset by the time the device is available. How Samsung navigates this potential issue will be crucial to its tablet’s success in the market.

How the Galaxy Tab S11 Ultra Competes in the Market

Samsung is entering a highly competitive tablet market with the Galaxy Tab S11 Ultra. Competing against high-end devices like the Apple iPad Pro and Microsoft Surface Pro, it will need to leverage its specs particularly the 12GB RAM and Dimensity 9400+ chipset to stand out. However, if MediaTek’s Dimensity 9500 proves to be a game-changer, Samsung may need to adjust its strategy to stay ahead.

Frequently Asked Questions

Q: When will the Samsung Galaxy Tab S11 Ultra be released?

A: The Galaxy Tab S11 Ultra is expected to launch in October.

Q: What is the MediaTek Dimensity 9400+ SoC?

A: The Dimensity 9400+ is a high-performance chipset featuring a 3.73 GHz Prime core and 12GB of RAM, designed to handle demanding tasks with ease.

Q: What’s new in Android 16?

A: Android 16 will bring improvements in user interface, battery management, and security.

Related Articles

• Samsung Galaxy Tab S10 Lite, S11, and S11 Ultra: The Next Big Releases in Samsung’s Tablet Lineup

• Samsung Galaxy Tab S10 FE Appears on Geekbench

• Samsung Galaxy Tab S10 FE Series Leak

Conclusion: A Powerful Tablet with a Few Challenges

• The Samsung Galaxy Tab S11 Ultra promises to be a powerhouse, boasting a MediaTek Dimensity 9400+ SoC, 12GB RAM, and Android 16. 

• While its early Geekbench results show strong potential, the device still faces a few challenges, including the release of the Dimensity 9500 before the tablet’s official launch. 

• As we approach the expected release in October, it will be interesting to see how Samsung positions the Galaxy Tab S11 Ultra to compete in the premium tablet market.

iPhone 17 Pro and Pro Max: A Deep Dive into the A19 Pro Chip and Geekbench Leaks

Apple is preparing to make a major statement with its iPhone 17 Pro and Pro Max models, expected to launch this September. Leaks from trusted sources have provided a glimpse into the A19 Pro chip, which will power the new devices. Early Geekbench 6 scores reveal significant improvements over the previous generation, making this one of the most anticipated smartphone launches of the year.

This article breaks down the key features of the iPhone 17 Pro series, focusing on the A19 Pro chip's performance, the technology powering the device, and what it means for the market.

1. The A19 Pro Chip: Powering the iPhone 17 Pro and Pro Max

The A19 Pro chip is expected to be built using TSMC's N3P process, marking a major step forward in smartphone processor technology. Here's a breakdown of the performance improvements:

1. Single-Core Score: Over 4,000

2. Multi-Core Score: Over 10,000

3. Performance Improvements:

• 15% increase in single-core performance
• 17% increase in multi-core performance

This marks a clear jump from the A18 Pro chip, which powered the iPhone 16 Pro models.

Why TSMC’s N3P Process Matters

Apple’s use of the N3P process allows for smaller, more efficient transistors. The result? Enhanced power efficiency, improved performance, and better heat management. This chip is not only fast but also more energy-efficient, which means better battery life without compromising on performance.

Learn more about TSMC here.

2. Comparison with Competitors

When the iPhone 17 Pro and Pro Max launch, they will face fierce competition from Qualcomm's Snapdragon 8 Elite 2 and MediaTek's Dimensity 9500, both of which are also expected to use TSMC's N3P process.

To better understand how the A19 Pro stacks up, take a look at the comparison table below:

3. iPhone 17 Pro and Pro Max: Display and Design Upgrades

While the A19 Pro chip is the heart of the iPhone 17 Pro and Pro Max, the devices themselves come with notable upgrades that will enhance your user experience.

High Refresh Rate Display

Both the iPhone 17 Pro and iPhone 17 Pro Max are expected to feature high refresh rate displays with LTPO OLED technology. This means users will experience smoother scrolling, gaming, and video playback, with a refresh rate that can adjust based on what you're doing up to 120Hz on the Pro models. The standard iPhone 17, however, will miss out on this feature.

4. The Market Impact of the A19 Pro’s Performance

Apple's A19 Pro chip is expected to give the iPhone 17 Pro and Pro Max a competitive edge, not just in terms of raw power but also energy efficiency. As the Snapdragon 8 Elite 2 and Dimensity 9500 also hit the market around the same time, it’s clear that Apple is aiming to set the bar high.

Why the A19 Pro Matters for the Market

The A19 Pro’s performance gains, combined with Apple's ecosystem, make the iPhone 17 Pro and Pro Max highly appealing to tech enthusiasts and professionals alike. As more users demand powerful smartphones for multitasking, gaming, and AI-driven applications, the iPhone 17 series will likely dominate in terms of performance, software optimization, and overall user experience.

5. Frequently Asked Questions

Q1: When will the iPhone 17 Pro and Pro Max be released?

A1: The iPhone 17 Pro and Pro Max are expected to be announced in September 2025.

Q2: What is the performance improvement in the A19 Pro chip compared to the A18 Pro?

A2: The A19 Pro chip offers a 15% improvement in single-core performance and a 17% improvement in multi-core performance compared to the A18 Pro.

Q3: Does the standard iPhone 17 have the same display as the Pro models?

A3: No, the iPhone 17 Pro and Pro Max will feature LTPO OLED displays with a high refresh rate, while the iPhone 17 will have a standard display.

Q4: How does the A19 Pro compare to the Snapdragon 8 Elite 2?

A4: While the Snapdragon 8 Elite 2 will also be a powerful chip, Apple’s A19 Pro is expected to have an edge in terms of power efficiency, sustained performance, and software optimization.

6. Related Articles

• iPhone 17 Pro Max Release Date, Features, Price, and What’s New for 2025

• iPhone 17 Pro Max: Unveiling the Ultimate Battery Boost for Unmatched Performance

• iPhone 17 Pro Max: A Game-Changing Flagship with Cutting-Edge Features

• iPhone 17 Pro and Pro Max Get Vapor Chamber

• iPhone 17 Display Upgrades Leaked

• When Is the iPhone 17 Coming Out?

7. Conclusion

• The iPhone 17 Pro and Pro Max are shaping up to be Apple’s most powerful smartphones yet, with the A19 Pro chip. 

• With a 15-17% performance improvement over its predecessor, the A19 Pro sets a new standard for smartphone processors.

• Couple that with the LTPO OLED display on the Pro models and Apple’s seamless hardware-software integration, and the iPhone 17 series is poised to offer an unparalleled experience. 

• The competition is fierce, but Apple's dominance in the mobile tech market is set to continue.

Samsung Trolls Apple at WWDC 2025: Mocking Features Already Found on Galaxy Devices

Apple’s WWDC 2025 introduced some cool updates to iOS 26 and watchOS 26, including customizable apps, sleek UI bars, and AI-powered smartwatch features. But, before Apple could even celebrate, Samsung had a little fun at its expense. Samsung took to social media to point out that many of these “new” features were already part of Galaxy devices.

So, why does it matter? In the battle of tech titans, Samsung’s witty remarks not only made fans laugh, but they also highlighted how the Galaxy has been ahead of the game in certain areas. Let’s dive into what went down at WWDC and why Samsung’s trolling is more than just fun and games it’s all about the competition.

Samsung vs. Apple: A Battle of Features

Here’s a look at what got Samsung's attention at WWDC 2025 and why they were quick to point out: "We’ve been doing this for years."

Customizable Apps and Floating UI Bars

Apple’s new iOS 26 is finally offering customizable apps and floating UI bars. Sounds fresh, right? Well, Samsung users have had these features for a while now. Samsung’s One UI already lets users customize everything from app icons to home screens. Floating bars for multitasking? Check. Samsung’s been there, done that.

Samsung’s Tweet: “Customizable apps? Floating bars? That sleek glass UI? Looks… familiar ”

Samsung’s social media jab pointed out the uncanny resemblance between Apple’s new UI features and those found in Galaxy devices. While Apple fans may be excited by these changes, Samsung users can’t help but feel a bit smug these features are old news for Galaxy users.

In fact, this sentiment ties in with Samsung’s broader approach of encouraging users to follow their own paths rather than simply following trends. For example, Samsung has repeatedly urged consumers to "do your own thing" rather than join the "iSheep" herd, reinforcing its message of independence in innovation. You can read more on Samsung’s approach in this article: Samsung Urges You to Do Your Own Thing Instead of Following the iSheep Herd.

Real-Time Live Translations: Apple Joins the Party

Apple is now introducing real-time live translations with iOS 26—something Samsung Galaxy owners have enjoyed for years. Whether you’re traveling or need to translate conversations, Galaxy devices have had this feature for a while, thanks to Bixby and Galaxy AI.

Samsung’s Tweet: “New to live translations? Welcome aboard! We’ve been translating text and speech in real-time for a while now… #GalaxyAI”

AI Features in Apple Watches: Samsung’s Been There

Apple introduced some AI features for the Apple Watch, aimed at improving health tracking. But guess what? Samsung’s Galaxy Watch has been ahead with AI-powered health insights, mood tracking, and even fatigue detection.

Samsung’s Tweet: “AI is coming to your watch? Cute. Ours already knows when you’re too tired to care 😴 #GalaxyAI”

Samsung’s tweet humorously welcomed Apple to the live translation club, pointing out that Galaxy devices were already equipped with this functionality. While Apple’s version may be exciting for new users, Galaxy owners have long enjoyed the convenience of real-time translations.

This feature is just another example of how Samsung’s Galaxy devices have been stepping ahead of the curve in smartphone tech. While Apple plays catch-up, Samsung continues to lead with features that feel truly futuristic. And speaking of tech innovation, Honor has recently teased some of its own AI features for the Galaxy S25, highlighting how the competition continues to heat up in areas like real-time translations. Check out more about this competition in our detailed breakdown: Honor Teases Galaxy S25 Over Slow Charging and AI Features.

Why This Friendly Competition Matters

Samsung’s trolling isn’t just about making fun of Apple it’s a reminder that competition pushes tech forward. Both companies are constantly striving to outdo each other, which means more innovation for consumers. Whether it's Apple catching up or Samsung continuing to innovate, this back-and-forth is a win for the tech world.

Samsung: Always a Step Ahead?

Apple’s new features are exciting, but Samsung’s been leading in several areas for years. Whether it’s customizing apps, real-time translations, or AI-powered wearables, Samsung has been quick to integrate cutting-edge tech. While Apple’s catching up, Samsung continues to roll out the next big thing. For more information on Samsung’s latest features and updates, visit their official Samsung Galaxy page.

The Power of Playful Rivalry

Samsung’s witty response at WWDC demonstrates the power of playful rivalry in the tech world. These jabs do more than just entertain they draw attention to the companies’ differing approaches to innovation. Apple’s approach is more gradual and controlled, while Samsung is often more daring and quick to adopt emerging technologies. This competition results in better products and a more vibrant market for consumers.

In the end, who wins? It’s hard to say. But with Samsung’s cheeky social media presence and constant push for innovation, it’s clear the rivalry benefits everyone. For consumers, it’s a win-win. More features, better devices, and a little humor along the way never hurt anyone.

Frequently Asked Questions

1. What did Samsung troll Apple about at WWDC 2025?

Samsung mocked Apple’s new customizable apps, floating UI bars, live translation features, and AI-powered smartwatches—all of which were already part of Galaxy devices.

2. How do Samsung’s Galaxy devices compare to Apple’s in terms of live translations?

Samsung has had real-time live translation capabilities for years through Bixby and Galaxy AI, while Apple just introduced this feature in iOS 26.

3. What makes Samsung’s Galaxy AI superior to Apple’s AI features for smartwatches?

Samsung’s Galaxy AI in its smartwatches offers advanced features like mood tracking and fatigue detection, going beyond Apple’s fitness-focused AI.

Related Articles

• Samsung Urges You to Do Your Own Thing Instead of Following the iSheep Herd

• Honor Teases Galaxy S25 Over Slow Charging and AI Features: The Battle of Innovation

• Samsung Tri-Fold Phone Leaks: 25W Charging Disappointment Ahead of Launch

Conclusion: A Friendly Tech Rivalry

• Samsung’s playful trolling at WWDC 2025 shows that in the world of smartphones, competition keeps things interesting. 

• While Apple made some exciting announcements, Samsung reminded everyone that they’ve been offering those same features for years. 

• It’s all part of the fun and it keeps the industry moving forward.

 Samsung Tri-Fold Phone Leaks: 25W Charging Disappointment Ahead of Launch

Samsung is poised to shake up the foldables market with its first tri-fold smartphone, but there’s already a hitch that’s grabbing headlines: 25W wired charging. As leaks roll in ahead of a likely debut at Samsung’s Unpacked event in New York this July, enthusiasts are buzzing not only about the futuristic 9.96" folding screen but also questioning the company's decision to limit charging speeds.

Is Samsung playing it too safe with its next big foldable? Here's a full breakdown of what’s been revealed so far including specs, model numbers, and launch context and why the charging speed is sparking early criticism.

A New Form Factor: Samsung’s First Tri-Fold Smartphone

The rumored device is expected to be a true engineering marvel. Drawing inspiration from the Huawei Mate XT, Samsung’s tri-fold aims to push foldable boundaries further by offering a tablet-sized experience that still fits in your pocket. The phone under the model number SM-F9680 (Chinese market variant) has surfaced in China’s 3C certification listings, offering crucial insights.

Core Display Specs:

• Main Display: 9.96-inch foldable screen for immersive media and multitasking

• Cover Display: 6.54-inch secondary screen for calls, quick tasks, and notifications

• Weight: A substantial 298g, balancing utility with portability

This tri-fold form factor is expected to redefine productivity on mobile, offering a triple-panel layout that folds into a compact slab. However, pushing hardware limits comes with trade-offs especially in power management.

Charging Letdown: Only 25W Wired Support

While Samsung typically reserves fast charging advancements for its flagships, the 25W charging limit on the tri-fold has sparked disappointment. Despite being a first-of-its-kind device, Samsung appears to have chosen thermal safety and battery longevity over peak charging speeds.

Why It’s Controversial:

• Competing foldables like Xiaomi Mix Fold 3 and Oppo Find N3 support 67W to 80W charging

• 25W feels underwhelming for a premium experimental product in 2025

• No charger in the box, continuing Samsung's eco-friendly but unpopular trend

For power users and early adopters, slower charging could become a practical drawback especially for a device that might require more juice to power its large screen.

Certification Confirms Launch Trajectory

The phone's appearance in global certifications, particularly the 3C database in China, is a clear indicator that launch is imminent. The device bears the model number SM-F9680, with the final digit expected to vary by region (e.g., SM-F968U for the U.S.).

Key Certification Takeaways:

• Launch in Chinese market is confirmed

• Global release likely, though with limited regional availability

• Model number pattern aligns with Galaxy Z Fold series, suggesting it may debut alongside the Galaxy Z Fold7 and Galaxy Z Flip7

Although its initial rollout might be geographically limited, the tri-fold is expected to be Samsung’s headline product at the Unpacked event in early July. For official details as they emerge, you can also keep tabs on Samsung’s Newsroom for direct updates.

Design Language: Durable but Hefty

The tri-fold phone is expected to be heavier and bulkier than current foldables. At 298g, it weighs more than the Galaxy Z Fold5 and will require refined hinge engineering to keep it usable.

What We Expect:

• Multiple hinge points with reinforced durability

• Possibly Gorilla Glass Victus 2 on the cover and reinforced polymer inside

• Samsung’s latest Flex Mode UI optimizations for tri-fold multitasking

Despite the heft, the phone will likely feature flagship-tier materials and a book-like folding mechanism that allows three panels to unfold into one.

How It Compares to Galaxy Z Fold7 and Huawei Mate XT

Samsung’s tri-fold is expected to be a premium offering above the Galaxy Z Fold7, serving as a technological showcase. Compared to the Huawei Mate XT, Samsung’s iteration appears to offer more software maturity but lacks competitiveness in battery charging.

While Samsung leads in software integration and UI refinement, the charging disappointment could give rivals like Huawei an edge in niche appeal.

Limited Availability: Not for Everyone

Sources suggest the device’s release will be highly localized, with priority given to markets like China and South Korea, and possibly a limited U.S. or European launch. The tri-fold may serve more as a concept-to-commercial device than a global mass-market rollout. This aligns with Samsung's past strategy of testing bleeding-edge designs in select regions before wider adoption.

Frequently Asked Questions

Q1: When will the Samsung tri-fold phone launch? 

A: It’s expected to debut at the Unpacked event in New York in early July 2025.

Q2: What is the model number of Samsung's tri-fold phone? 

A: The Chinese version is listed as SM-F9680, with SM-F968x variants globally.

Q3: What are the screen sizes of the Samsung tri-fold? 

A: The device will feature a 9.96-inch foldable display and a 6.54-inch cover display.

Q4: How fast does the Samsung tri-fold phone charge? 

A: Leaks confirm 25W wired charging, with no charger included in the box.

Q5: Will the tri-fold phone be available worldwide? 

A: The release will likely be geographically limited, focusing on China and select markets.

Related Articles

• Samsung Tri-Fold Phone

• Samsung Galaxy Fold 7 Ultra Launch Confirmed: Specs, Design, and Event Details

• Samsung Galaxy Z Fold 7 and Z Flip 7 to Launch with One UI 8 

Conclusion: Charging Disappointment Can’t Overshadow Innovation

• Samsung's tri-fold phone pushes design boundaries but stumbles on charging technology.

• The confirmed 25W wired charging feels outdated for a device of this caliber.

• Despite its flaws, it could still reshape the foldable market if priced and positioned well.

Samsung Galaxy Z Fold7 Ultra: Teased by Samsung, But Is It Actually Coming This Summer?

Samsung has stirred excitement by dropping the word “Ultra” multiple times in its latest teaser for the upcoming foldable lineup. This naturally sparked speculation that a Samsung Galaxy Z Fold7 Ultra was on the way. However, insider reports now suggest that no such Ultra foldable will be launching this summer. So, is Samsung actually releasing a Fold7 Ultra, or is this just clever marketing? Here's everything we know so far.

What Samsung Actually Teased

In a recent official press release, Samsung stated that an "Ultra-experience that goes beyond a simple list of upgraded features" is on the way. The brand followed up with the phrase "Ultra experience is ready to unfold," immediately sparking speculation that a new variant, possibly the Galaxy Z Fold7 Ultra, was being prepped for launch.

The key phrase here is "Ultra experience" not "Ultra device"

Key Highlights from the Teaser:

• Samsung did not directly name a "Z Fold7 Ultra."

• The company emphasized the evolution of its foldable experience.

• The teaser seemed designed to stir buzz ahead of the Galaxy Unpacked event, rumored to take place in New York in early July.

Max Jambor's Leak: What It Actually Means

Well-known industry insider Max Jambor was quick to temper expectations. He emphasized that:

"Samsung was clearly meant to stir hype"

and firmly stated that:

"The Fold7 itself will bring the 'Ultra' experience"

According to Jambor, the strategy isn’t to release a new Ultra model, but rather to pack the existing Galaxy Z Fold7 with premium features that would qualify it as an "Ultra" experience by branding, not by name.

What Devices Are Actually Expected

At the upcoming Galaxy Unpacked event, the following foldables are anticipated:

While rumors have previously floated the idea of a Fold Ultra variant, no credible leak currently supports a summer launch of such a device.

The Strategy Behind Samsung's 'Ultra' Messaging

This wouldn’t be the first time Samsung used loaded language to generate anticipation. By weaving the word "Ultra" into teaser materials, the company captures interest from both tech media and consumers without overcommitting to a specific device name.

Here’s why that matters:

• Marketing Psychology: The word "Ultra" signals high-end innovation, encouraging consumers to associate the Galaxy Z Fold7 with flagship capabilities.

• Brand Cohesion: Samsung already uses the "Ultra" label for top-tier models in the Galaxy S lineup, and this narrative continuity adds perceived value.

• Product Simplicity: Launching too many SKUs at once could dilute attention and cannibalize sales. A single "Ultra-powered" Fold7 keeps the lineup tight and focused.

Gaps in the Official Announcement: What's Still Unknown?

While Samsung teased the experience, it left several critical details out:

• No mention of hardware specs like chipset, camera, or display.

• No confirmation of battery improvements or software enhancements.

• No clarification on regional availability or pricing.

Expect more leaks to fill these gaps as the early July launch rumors take shape.

Will We Ever See a Galaxy Z Fold Ultra?

Though the Galaxy Z Fold7 Ultra might not appear this summer, that doesn't mean it's off the roadmap entirely. Samsung could be using this hype cycle as a litmus test to measure market demand.

If a true "Ultra" foldable ever emerges, expect it to include:

• Superior camera array akin to the Galaxy S24 Ultra

• S-Pen integration within the chassis

• Titanium frame with enhanced durability

• Even larger display real estate and advanced multitasking

But for now, all signs point to a single Galaxy Z Fold7 flagship carrying the Ultra mantle in spirit.

Frequently Asked Questions

1. Is the Samsung Galaxy Z Fold7 Ultra launching in 2025? 

No, there is currently no credible confirmation of a Galaxy Z Fold7 Ultra launching this summer or in 2025. Samsung's recent teaser likely refers to the Galaxy Z Fold7 itself.

2. Which devices will launch at the Galaxy Unpacked event? 

Based on leaks, we expect to see the Galaxy Z Fold7, Galaxy Z Flip7, and Galaxy Z Flip7 FE. No Galaxy Z Fold7 Ultra is expected.

3. When is the Galaxy Unpacked event scheduled? 

Rumors suggest the event will take place in early July, likely in New York.

4. Will there ever be a Galaxy Z Fold Ultra in the future? 

It’s possible, but not confirmed. Samsung may consider it based on market response and technological advancements.

Related Articles

• Samsung Galaxy Fold 7 Ultra Launch Confirmed: Specs, Design, and Event Details

• Samsung Galaxy Z Fold 7 and Z Flip 7 to Launch with One UI 8 

• Samsung’s Galaxy Z Fold7 to Feature a Redesigned S Pen

• Samsung Galaxy Z Fold SE

Conclusion

• The Samsung Galaxy Z Fold7 Ultra is not launching this summer despite teaser language suggesting otherwise.

• Samsung is likely integrating “Ultra” features into the standard Galaxy Z Fold7.

• Expect three devices at Galaxy Unpacked in July: Fold7, Flip7, and Flip7 FE.

Samsung Galaxy Fold 7 Ultra Launch Confirmed: Specs, Design, and Event Details

Samsung has officially confirmed the arrival of the much-anticipated Galaxy Fold 7 Ultra, set to debut in early July alongside the Galaxy Z Fold 7, Galaxy Z Flip 7, and Flip 7 FE. A first teaser has already set the tone, showcasing a sleeker, more refined foldable than its predecessor. The Galaxy Fold 7 Ultra is expected to bring cutting-edge design, flagship-grade specs, and a major leap in camera performance. Positioned as the pinnacle of Samsung's foldable lineup, this Ultra variant is built to rival heavyweights like the vivo X Fold3 Pro. Here's everything you need to know ahead of the in-person launch event in New York.

Confirmed Launch Timeline and Event Details

Samsung has locked in an early July reveal for its next-gen foldables at a live event in New York. The Galaxy Fold 7 Ultra will make its debut alongside:

• Galaxy Z Fold 7

• Galaxy Z Flip 7

• Galaxy Z Flip 7 FE

This upcoming event will mark Samsung's most ambitious foldable showcase yet, signaling a shift toward premium innovation and global competition.

Learn more about Samsung Begins Testing One UI 8 Based on Android 16, here.

Design Evolution: Slimmer, Sleeker, Stronger

Samsung’s teaser confirms the Galaxy Fold 7 Ultra will boast an ultra-slim profile. Although official thickness remains under wraps, it's expected to be thinner than the 5.6mm unfolded Galaxy Z Fold 6. Comparisons can be drawn to the Z Fold Special Edition, also known as the Samsung W25, which stunned users with a 4.9mm unfolded profile.

Design improvements likely include:

• Improved hinge durability

• Thinner foldable form factor

• Refined cover display bezels

Fold 7 Ultra Display and Build

While the teaser doesn't show full specifications, credible leaks suggest the Fold 7 Ultra may incorporate design cues from the W25, featuring:

• 8-inch main AMOLED display

• 6.5-inch outer cover screen

• Ultra-thin glass for added durability

• Enhanced water and dust resistance

Camera: Raising the Bar with "Best-in-Class"

Samsung has hinted at a “best-in-class camera” for the Fold 7 Ultra—a bold claim, especially when compared to the vivo X Fold3 Pro, known for its top-tier image processing.

Expected camera specs:

• 200MP primary sensor

• Advanced AI image optimization

• Improved low-light photography

• Periscope-style telephoto lens

This would not only surpass the Galaxy Z Fold 6 but also challenge standalone camera phones in 2025.

Check this: Samsung’s Galaxy Z Fold7 to Feature a Redesigned S Pen

Performance and RAM: Ultra-Premium Internals

Under the hood, the Galaxy Fold 7 Ultra is expected to deliver nothing short of flagship performance:

• 16GB RAM

• Snapdragon 8 Gen 3 chipset

• 1TB storage option

• Optimized for multitasking and gaming

This level of spec pushes it firmly into Ultra territory, giving it a considerable edge over previous models.

Z Fold 7 Ultra vs. Z Fold 6: What’s New?

Why the Ultra Now? A Strategic Leap

Samsung originally planned the Ultra variant for the Z Fold 6 lineup but pivoted to launch the Galaxy Z Fold SE instead. The Ultra branding now signifies a fully-realized premium foldable vision, aligned with Samsung’s Ultra strategy seen in the Galaxy S series.

For a broader perspective on foldable innovation, check out this detailed article.

Frequently Asked Questions

1. When will the Galaxy Fold 7 Ultra launch? 

Samsung has confirmed an early July launch at an in-person event in New York.

2. How thin is the Fold 7 Ultra? 

Exact numbers aren’t revealed, but it's expected to be thinner than the 5.6mm Z Fold 6.

3. Will it have a better camera than the Fold 6? 

Yes, the Ultra is rumored to feature a 200MP main sensor, surpassing previous models.

4. Will the Fold 7 Ultra support a stylus? 

Yes, with a redesigned S Pen for better usability on the foldable screen.

Related Articles

• Samsung Galaxy Z Fold 7 and Z Flip 7 to Launch with One UI 8 

• Samsung’s Galaxy Z Fold7 to Feature a Redesigned S Pen

• Samsung Galaxy Z Fold SE

• Samsung Tri-Fold Phone

• Samsung Begins Testing One UI 8 Based on Android 16

Conclusion

• The Galaxy Fold 7 Ultra is shaping up to be Samsung’s boldest foldable yet ultra-thin, ultra-powerful, and ultra-premium. 

• With a confirmed launch in early July at an in-person New York event, all eyes are on Samsung to deliver a truly next-generation device. 

• For those tracking the evolution of foldables, the Fold 7 Ultra may be the benchmark for 2025.

One UI 8 Beta Release: Galaxy S24 & S23 to Get Android 16 in July

Wondering when your Galaxy S24 or S23 will get the One UI 8 beta based on Android 16? You’re not alone. Samsung has already kicked off the One UI 8 beta rollout for its latest Galaxy S25 series, and if the leaks are accurate, the S24 and S23 lines are next in line—sooner than you might expect. The beta for the Galaxy S24 series is expected in late June or early July, while the Galaxy S23 lineup could join by early to mid-July. With Android 16 on the horizon and One UI 8 said to be a lighter, more refined upgrade than its predecessor, the stage is set for a faster, smoother rollout this year.

A Fresh Start After One UI 7’s Delays

Samsung’s rollout of One UI 7 based on Android 15 was sluggish, drawing criticism from users and reviewers alike. Learning from those mistakes, the company appears committed to improving with One UI 8. The beta release for the Galaxy S25 series has already started, signaling a renewed focus on timely software updates.

This pivot may be because One UI 8 is expected to be a smaller, more polished upgrade than One UI 7. It focuses less on sweeping redesigns and more on under-the-hood refinements, improving performance and reliability. You can also check how Samsung previously handled updates by reading Samsung Announces One UI 7 Beta.

Expected Timeline: When Will One UI 8 Beta Arrive?

According to fresh leaks:

• Galaxy S24 Series: Late June or early July

• Galaxy S23 Series: Early to mid-July

This means Galaxy S24 users may get the beta within weeks, with Galaxy S23 owners following shortly. If Samsung keeps to this schedule, the official version could arrive well before the end of the year.

Android 16 is expected to be finalized by Google around the end of June, giving Samsung just enough time to polish its custom UI overlay for compatible devices. If you want to Samsung Phones Eligible for the One UI 7 Update, click here.

Why One UI 8 Could Be a Game Changer

Unlike One UI 7, which brought substantial changes that slowed development, One UI 8 is believed to be more incremental. Here’s what that means for users:

• Faster rollout across devices

• Fewer bugs and smoother performance

• Increased focus on stability and battery optimization

In short, a smaller upgrade may lead to a better overall experience for early adopters.

Samsung’s Rollout Strategy: A New Playbook?

This time around, Samsung seems to be rethinking its beta and public release strategy:

• Priority to newer models: Galaxy S25 already running One UI 8 beta

• Swift follow-up for flagship predecessors: S24 in late June/early July, S23 in early/mid-July

• Streamlined feedback loops from Galaxy S25 users to fine-tune One UI 8 for broader distribution

The decision to roll out early to the Galaxy S24 series is part of a growing trend toward timely beta distribution, even if it doesn’t always guarantee quick final release. You can track beta software updates and registration details on Samsung’s official page.

How One UI 8 Compares to One UI 7

One UI 8 isn’t about flashy new tools it’s about refinement, a theme we’ve seen across Android 16 itself.

Devices Expected to Get One UI 8 Beta

The following Samsung models are likely to receive the One UI 8 beta based on insider leaks:

• Galaxy S25 Series – Already running the beta

• Galaxy S24 Series – Beta expected late June or early July

• Galaxy S23 Series – Beta expected early to mid-July

Other devices like the Galaxy Z Fold and Flip models could join the beta later this summer, depending on the success of the initial rollout.

What Should Users Expect from Android 16 + One UI 8?

While Samsung hasn’t confirmed detailed changelogs, expected upgrades include:

• Enhanced privacy controls

• Battery usage insights with AI-driven analytics

• Lock screen customization enhancements

• Improved widget interactions

• More consistent Material You theming

Paired with One UI’s design ethos, Android 16’s clean architecture could offer a notable leap in daily usability.

Frequently Asked Questions

Q1: When will One UI 8 beta arrive for Galaxy S24? 

A: The beta is expected to land in late June or early July 2025.

Q2: What about Galaxy S23 users? 

A: The Galaxy S23 series is likely to receive the beta in early to mid-July 2025.

Q3: What’s new in One UI 8? 

A: Expect a smaller, more stable upgrade focused on performance, battery life, and interface polish.

Related Articles

• Samsung Begins Testing One UI 8 Based on Android 16

• Samsung Announces One UI 7 Beta

• Samsung Phones Eligible for the One UI 7 Update 

• Samsung Galaxy S25 Edge Now Available in South Korea

• Samsung Galaxy S24 Ultra vs. S22 Ultra

Conclusion

• Samsung is aiming for a much faster One UI 8 beta rollout compared to One UI 7.

• Galaxy S24 series will likely get the update in late June or early July.

• Galaxy S23 series users should expect the beta by mid-July.

• One UI 8 is a refinement update, focusing on stability, speed, and smoother performance.

• This could be the most seamless Samsung beta experience yet, thanks to a smarter, staggered strategy.

Apple Rumored to Be Developing Haptic Buttons for iPhones, iPads, and Apple Watches

Apple is reportedly reigniting development of haptic buttons—solid-state alternatives to traditional physical keys for upcoming iPhones, iPads, and Apple Watches. These non-moving, touch-sensitive buttons offer enhanced durability, customizable interactions, and a sleeker design. With previous plans shelved, new reports suggest the tech giant is now fully committed to this innovation across its core product line, possibly targeting the iPhone 18 family for launch.

A Brief History of Apple’s Haptic Innovations

Apple’s journey with haptic feedback began with the Taptic Engine, introduced in the Apple Watch and later iPhones. It evolved with Force Touch and 3D Touch, offering users subtle vibration feedback and pressure sensitivity. While Force Touch was eventually phased out, the underlying Taptic Engine remains central to Apple’s user experience, setting the stage for haptic buttons.

What Are Haptic Buttons?

Haptic buttons are solid-state buttons, they don’t physically move but simulate tactile response using vibrations. This design significantly reduces mechanical wear, enhances durability, and allows for pressure-sensitive customization such as:

• Light vs. firm press functionality

• Short vs. long press recognition

Apple's renewed investment suggests these benefits outweigh previous concerns about mistouch challenges.

From Shelved Plans to Project Revival

Haptic buttons were once expected to debut in the iPhone 16 Pro and Pro Max, but were shelved reportedly due to unresolved issues like mistouches. Now, according to industry chatter, Apple has restarted the haptic button project, extending its scope beyond iPhones to include iPads and Apple Watches.

This strategic shift implies not just a component upgrade, but a broader reimagining of Apple’s hardware interface philosophy. Meanwhile, Apple continues upgrading its product lineup in other areas as well. The upcoming iPhone 17 display upgrades reportedly include top-tier Samsung OLED panels across all models. This visual enhancement aligns with the company's tactile innovation goals.

Devices Expected to Adopt Haptic Buttons

According to recent reports:

• iPhone 18 family is the most likely first adopter

• Future iPads may benefit from improved durability and waterproofing

• Apple Watch haptic buttons could enhance accessibility for differently-abled users

Though no development timeline has been officially announced, Apple's supply chain patterns suggest a reveal may happen in 2025 or beyond. The integration may coincide with new product launches like the iPad (2025), which debuts with the A16 chip, and the iPhone 17 Air, rumored to be a lightweight premium variant with a new form factor.

Technical Hurdles and Solutions

Implementing solid-state haptic buttons isn’t without its difficulties:

• Mistouch sensitivity remains a core challenge

• Ensuring feedback accuracy across different devices and use cases

• Balancing battery efficiency with haptic intensity

Apple’s internal R&D may have found new ways to address these concerns through advanced pressure-mapping and adaptive feedback technologies. As outlined by Patently Apple, several patents suggest methods for layered haptic actuation and contextual feedback control.

Competitive Landscape

Other manufacturers have flirted with similar tech:

• Android makers like Vivo and Meizu have used pressure-sensitive sides and virtual buttons

• None have achieved Apple’s ecosystem-level integration or long-term stability

Apple’s vertically integrated control over hardware and software could give it the edge in making haptic buttons not just a gimmick, but a standard.

Accessibility and UX Implications

Solid-state buttons can greatly enhance accessibility by:

• Allowing customization for users with limited mobility

• Supporting audio-haptic cues for the visually impaired

• Reducing physical strain by removing mechanical resistance

Combined with Apple’s focus on universal design, haptic buttons may redefine mobile interaction.

What This Means for Developers

App developers may soon have access to new APIs for haptic interactions:

• Customizable button feedback per app

• Accessibility-specific haptic behaviors

• Contextual haptics for games and creative apps

This evolution could spark new design paradigms in iOS and watchOS ecosystems.

Frequently Asked Questions (FAQs)

Q1: What are haptic buttons? 

A: Haptic buttons are solid-state inputs that simulate the feeling of a button press using vibrations, without any physical movement.

Q2: Which Apple devices will get haptic buttons? 

A: Rumors point to future iPhones (likely starting with the iPhone 18), iPads, and Apple Watches.

Q3: Why did Apple delay haptic buttons initially? 

A: Technical issues, particularly around mistouches and pressure accuracy, reportedly led to shelved plans for iPhone 16 Pro models.

Q4: What are the benefits of haptic buttons? 

A: They reduce mechanical wear, allow customizable press functionality, improve water resistance, and offer accessibility enhancements.

iPhone 17 Display Upgrades Leaked: Bigger 6.3-inch Screen and New Slim Model Coming in 2025

In the world of smartphones, display real estate is power. With the upcoming iPhone 17 series, Apple is making subtle yet significant strides in that direction. The move to larger displays, fine-tuned screen technology, and a more unified hardware philosophy across models hints at Apple's refined strategy for the next wave of mobile dominance.

In this comprehensive analysis, we break down the confirmed display specifications of the iPhone 17 lineup, contextualize them with historical trends, compare them against the competition, and explain what these changes mean for users, developers, and Apple's broader ecosystem.

Confirmed iPhone 17 Display Sizes (Lineup Breakdown)

Ross Young has a near-flawless track record when it comes to Apple display leaks. You can read more from DSCC's industry insights, and Apple displays roadmaps on displaysupplychain.com.

iPhone Display Evolution: From 4 Inches to 6.9 Inches

Apple's screen evolution is a textbook case of gradual adaptation to user behavior. Here's a snapshot of how far we've come:

• iPhone 6 (2014): 4.7"

• iPhone X (2017): 5.8"

• iPhone 12 (2020): 6.1"

• iPhone 14 Pro Max: 6.7"

• iPhone 17 Pro Max (2025): 6.9"

The base model's upgrade from 6.1 to 6.3 inches marks the first diagonal change since the iPhone 12, positioning the base iPhone 17 alongside the Pro variant in screen real estate for the first time since the iPhone 15 series. This symmetry offers users a larger canvas without requiring an upgrade to the Pro.

Display Technologies: LTPO, ProMotion & Peak Brightness

Let's unpack the technological differences between the standard and Pro models:

● OLED vs LTPO OLED

While the base models will likely stick with standard OLED, the Pro and Pro Max are expected to use LTPO (Low-Temperature Polycrystalline Oxide) OLED, enabling:

• Adaptive refresh rates (10–120Hz) for better battery efficiency.

• Always-on Display (a Pro exclusive feature).

• Power savings during static usage.

● ProMotion: Not Just a Buzzword

Introduced in the iPhone 13 Pro, ProMotion technology boosts refresh rate to 120Hz, dramatically enhancing:

• Scrolling fluidity

• Gaming response times

• Overall UI responsiveness

This remains exclusive to the Pro lineup, giving the iPhone 17 Pro a notable edge for creatives, gamers, and professionals.

● Peak Brightness

While Apple hasn't confirmed exact brightness levels, Pro models are expected to surpass 2,000 nits (as seen in the iPhone 15 Pro Max), making them top-tier for outdoor readability and HDR content.

Strategic Implications: Why Apple is Upsizing Displays

Apple's decision to enlarge the iPhone 17 base model's screen to 6.3 inches and introduce a new 6.6-inch Slim model is no accident. It's a response to:

• Market demand for larger screens: More users are streaming, gaming, and editing on their phones than ever before.
• Segment unification: Apple may aim to blur the gap between the base and Pro models in terms of screen size, focusing upgrades on technology rather than form factor.
• Design shifts: Rumors suggest the Slim model will be thinner and lighter, likely a nod to the growing female user base, which prefers more ergonomic devices.

Pixel Density, Resolution & PPI: What to Expect

Apple has historically maintained a high pixel density across the board (~460ppi). Here's a projection based on current display trends:

Apple has mastered visual consistency, ensuring sharp, color-accurate displays across all models without overwhelming users with technical specifications.

Supply Chain & Manufacturing: Who's Building the iPhone 17 Screens?

Apple typically splits its display sourcing between:

• Samsung Display (Pro models, LTPO OLED)

• LG Display

• BOE (increasing role in base models)

With rising tensions in global supply chains, Apple has been diversifying its operations away from China, and the iPhone 17 display orders could reflect this shift. Expect higher LTPO yields from Samsung and new fabrication techniques (such as hybrid OLED) entering Apple's roadmap.

How iPhone 17 Displays Compare to Android Rivals

Let's benchmark Apple's new screens against top-tier Androids:

Apple's advantage remains in calibration, power efficiency, and system-wide integration, even if raw numbers sometimes favor Android.

What This Means for Users

Whether you're a casual user or a tech enthusiast, here's how the iPhone 17's display changes affect you:

• More immersive media experiences (especially for base users now at 6.3").

• Better visual clarity outdoors (thanks to brighter Pro models).

• Greater choice across sizes (from 6.3" to 6.9") for personal preference.

• Potentially better battery life with LTPO in Pros.

For Developers & Designers: What to Prepare For

With display sizes shifting, developers should begin testing UI scalability for:

• 6.3-inch base devices with Pro-like width

• 6.6-inch Air model, which may have a different aspect ratio

• 6.9-inch canvas for immersive experiences

Expect updates to Xcode's device preview and potential changes in safe area insets.

Frequently Asked Questions

Q: Will all iPhone 17 models support ProMotion? 

A: No, only the Pro and Pro Max will support ProMotion with 120Hz refresh rates.

Q: Is the iPhone 17 Slim a replacement for the Plus model? 

A: Yes, the 6.6-inch Slim (also rumored as iPhone 17 Air) will likely replace the 6.7-inch Plus.

Q: What display type will the iPhone 17 base model use? 

A: Most likely standard OLED, not LTPO.

Q: How does the iPhone 17 compare to the iPhone 16 in screen size? 

A: The base model increases from 6.1 to 6.3 inches, while the Pro Max stays at 6.9 inches.

Related Articles

•  All iPhone 17 Models to Have Top-Tier Samsung OLED Screens

• iPhone 17 Pro Max Rumored to Feature Smaller Dynamic Island 

• When Is the iPhone 17 Coming Out? Release Date, Pricing

• iPhone 17 Air Release Date and Price

• Apple Wanted iPhone 17 Air to Be a Port-Free Device

Conclusion: A Display-Driven Redesign for the Next Era

• The iPhone 17's display updates aren't just about bigger screens. They focus on strategic alignment, user-centric design, and preparing for the AI-first mobile future. 

• As Apple inches closer to convergence between its base and Pro devices in terms of size, it continues to differentiate them through sophistication, including ProMotion, LTPO, and higher brightness ceilings.

• Whether you're planning your next upgrade or watching Apple's strategic moves unfold, one thing is clear: the iPhone 17's display is more than just a number. It's a statement.

Samsung Galaxy S26 Camera to Get Thinner with Inkjet Technology

Samsung is once again leading smartphone innovation, this time by targeting one of the last bulky holdouts in modern phone design: the camera bump. In the upcoming Galaxy S26 series, the company is expected to introduce a cutting-edge solution utilizing inkjet printing with matte ink to replace traditional anti-reflective films within the camera lens modules. The result? Thinner camera stacks and a sleeker device profile. While the physical difference may seem minimal, it represents a strategic shift that could significantly reshape how future phones are engineered for both performance and design. Let's break down what this means for the Galaxy S26 camera system and why it matters.

What's New in the Samsung Galaxy S26 Camera System?

Samsung is reportedly revamping its camera construction strategy with the S26 series by implementing inkjet printing, which applies matte ink directly to the camera lenses. Traditionally, manufacturers use films inside the lens modules to prevent light reflection and overlap. However, the film has a physical thickness and limits how much space can be saved.

Key Innovations:

• Inkjet Printing Technology: Allows precise application of anti-reflective matte ink.

• Matte Ink Application: Replaces conventional film, offering the same optical benefit in a thinner format.

• Thinner Camera Modules: Multiple stacked lenses benefit from accumulated space savings.

• Camera Bump Reduction: The overall profile of the camera array is expected to shrink slightly.

While the difference in individual lenses might be slight, when multiplied across stacked lens layers, the cumulative gain could be significant enough to visibly reduce camera bump thickness, a persistent pain point in modern smartphone design.

Why Ink Matters: Engineering Meets Aesthetics

Samsung's pivot to ink over film isn't just an optical adjustment; it's a calculated move in industrial design. As flagship models become thinner, even tiny components like lens films can disrupt design harmony.

Using ink instead of film offers several benefits:

• Improved thermal efficiency (film can act as insulation, ink layers are thinner)

• Greater design flexibility

• Consistency in camera module fabrication

• Enhanced light reflection control with customizable ink formulations

This approach is reminiscent of semiconductor miniaturization, where every layer and component must be optimized to the micron. For Samsung, it's not just about aesthetic refinement. It's about leadership in smartphone engineering.

Context: A Thinner Future for Flagships

The Galaxy S26 series follows closely on the heels of the Galaxy S25 Edge, which already emphasized ultra-thin design as a core feature. Samsung priced the S25 Edge starting at:

Variant Price

256GB + 12GB RAM $1,099.99 / £1,099.00

512GB + 12GB RAM $1,099.99 / €1,249.00

With the S25 Edge, Samsung proved that slimming devices doesn't mean sacrificing performance. The Galaxy S26 camera redesign builds on this philosophy by tackling the one area that still resists flatness: camera bumps.

Apple's rumored iPhone 17 Air is also aiming to minimize camera protrusion, showing that thinness is no longer just a design trend. It's an industry-wide mandate.

How Does It Compare to Previous Generations?

Samsung's evolution from the Galaxy S24 to S25 and now S26 has been marked by subtle but meaningful engineering tweaks. Where the S24 prioritized raw power and the S25 Edge pushed device thinness, the S26 focuses on optical compactness.

Camera modules have traditionally been bulky due to the need for multiple elements:

• Sensor layer

• Optical film layer

• Anti-reflective coating

• Protective glass

Replacing one of these with a printed ink solution can decrease the stack's height without compromising quality. This, in turn, allows for a sleeker phone body without requiring a redesign of the entire camera system.

Samsung vs. Apple: The Race to Sleek

As Samsung transitions to an ink-based camera structure, Apple is reportedly preparing to enter the ultra-thin race with its iPhone 17 Air. While both companies are known for using proprietary optical technologies, Samsung's inkjet approach may give it a competitive edge in terms of manufacturing scalability and design precision.

This also signals a broader industry shift: thinner, smarter optical stacks that don't sacrifice image quality. The S26 may not have the largest sensor or the most megapixels, but its camera engineering story will likely be its most significant differentiator.

Expert Insights: Why This Matters

Camera bumps are a frequently criticized compromise in flagship phones. While bigger sensors improve image quality, they also lead to protrusions that disrupt usability and case compatibility. Reducing this without downsizing the sensor is a technical feat.

According to industry insiders, inkjet solutions are:

• Easier to scale in mass production

• Cost-effective over traditional films

• More customizable for multi-camera setups

Frequently Asked Questions

1. What is new about the Samsung Galaxy S26 camera?

Samsung is introducing inkjet-printed matte ink inside the lens modules to reduce the thickness of the camera bump without affecting performance.

2. How does inkjet technology help reduce the size of a camera?

It replaces the traditional anti-reflective film, allowing for a thinner optical stack while maintaining image quality.

3. How does the S26 compare to the S25 Edge?

The S26 builds on the S25 Edge's focus on thin design by further refining the camera system's thickness.

Related Articles

• Samsung Galaxy S25 Edge Official: Pre-order Details, Pricing

• Samsung Galaxy S26 Ultra

• Samsung Galaxy S26 Series Return to Exynos

• Samsung Galaxy A56, A36, and A26 Mega Leak Outs

Conclusion: 

• The Samsung Galaxy S26 camera update may not grab headlines with megapixel counts or AI tricks, but it quietly introduces a fundamental change in how smartphone cameras are built. 

• By replacing film layers with inkjet-printed matte ink, Samsung is refining not just its cameras but its design ethos.

• This micro-level engineering could have macro-level impacts on smartphone aesthetics and ergonomics in the years ahead. 

• In a world where flat is the new frontier, Samsung is ready to lead.

Samsung Galaxy A57 to Use New Exynos 1680 Chipset: What to Expect

The Samsung Galaxy A57 is already stirring interest not because it's here (yet) but because of what's under its hood. The upcoming mid-range marvel is tipped to feature Samsung's new Exynos 1680 SoC, a chipset expected to push performance, AI handling, and power efficiency to new heights. Following the Galaxy A56's respectable Exynos 1580 debut earlier this year, the A57 is shaping to be more than a routine refresh. If you're wondering whether it's worth the wait or just another numbered upgrade,  the answer lies in silicon. Let's break it down.

A Legacy of Performance: From A56 to A57

Samsung's Galaxy A-series has long catered to users who want reliable performance without flagship prices. The Galaxy A56, launched in March, brought the Exynos 1580 into the spotlight, a noticeable step up from the 1480. It offered better power management and smoother multitasking and introduced an Xclipse GPU that elevated gaming on a budget.

The Galaxy A56 has also earned attention for its long-term support promise, offering six years of software updates, as seen in the Galaxy A56's official update plan. But performance gaps remained. While the 1580 delivered, it still lagged behind mid-tier rivals powered by Qualcomm's Snapdragon lineup, especially in GPU-intensive tasks. Samsung seems to be listening, and the A57 could be the response.

What We Know About the Samsung Galaxy A57 So Far

Though the Galaxy A57 is expected to launch in 2026, early leaks have already sparked discussion. Here's what's floating around the tech sphere:

• Chipset: Exynos 1680 SoC

• Model Number: S5E8865

• Codename: Terra

• GPU (Expected): Xclipse series, continuing from the 1580

• Platform: Android 15 with One UI 8 (expected)

The codename "Terra" hints at grounding this chipset in energy-efficient architecture. While official specifications remain under wraps, Samsung will likely leverage 4nm or 5nm process technology to compete with Snapdragon's mid-tier offerings.

For a broader comparison of Exynos vs Snapdragon chipsets, check out this detailed breakdown, which explores performance, power efficiency, and GPU capability.

The Exynos 1680 SoC: What to Expect

Although there has been no official deep dive into the Exynos 1680 yet, we're connecting the dots based on Samsung's previous chipset iterations and industry direction.

Expected Improvements

• CPU Architecture: Upgraded ARM Cortex cores with a focus on efficiency

• GPU: Likely a next-gen Xclipse GPU, optimized for smoother gaming at mid-range pricing

• AI Capabilities: Better NPU integration for on-device AI tasks, camera enhancement, and more intelligent battery management

• Connectivity: Enhanced 5G modem, likely matching Snapdragon's latest X-series alternatives

Performance Evolution: A Snapshot

Samsung's focus is clear: close the experience gap with Snapdragon while maintaining complete in-house control.

Samsung Galaxy A57: Features Beyond the Chip

While the chipset is grabbing headlines, expect a full suite of upgrades across hardware and software.

Memory & Storage

Given the A56 launched with:

• 128GB + 8GB RAM at $354.67 / €345.00

• 256GB + 12GB RAM at $396.43 / ₹44,999

The A57 will likely follow suit, possibly upgrading to LPDDR5 RAM and UFS 3.1 storage for snappier performance.

Display & Design

Samsung may refine its AMOLED display with subtle enhancements such as higher brightness, a more balanced refresh rate, and thinner bezels that can make a real difference.

Software Experience

Expected to ship with Android 15 and One UI 8, the A57 should offer refined animations, on-device AI enhancements, and improved security features. 

Pricing & Market Strategy

Price is crucial in the A-series strategy. Based on the A56's pricing, here's a likely range for the A57:

• USD 360 for the base variant

• ₹45,000 INR for the top-tier model

• EUR 350 in European markets

This would position the A57 competitively in the $300–$500 bracket, directly targeting rivals from Xiaomi, OnePlus, and Motorola. Given the attention around the A56's launch and mega leaks involving its siblings, including the Galaxy A36 and A26, Samsung clearly sees the A-series as its strategic frontline.

Why This Chipset Upgrade Matters

The Exynos 1680 isn't just another refresh. Here's why it matters:

• Enhanced Gaming: Smoother frame rates and lower thermal throttling

• AI Smarts: Faster scene recognition, noise reduction, and on-device processing

• Battery Life: Improved power efficiency via architectural refinements

• Samsung Ecosystem: Greater integration with Galaxy AI, SmartThings, and wearable sync

Frequently Asked Questions

1. Is the Samsung Galaxy A57 launching in 2026?

It's expected to be officially unveiled in 2026 as a successor to the A56, which debuted in March 2024.

2. What chipset will the Galaxy A57 use?

The A57 will likely be powered by the Exynos 1680 SoC, which has the model number S5E8865 and the codename Terra.

3. How does the Exynos 1680 compare to Exynos 1580?

While details are limited, the 1680 is expected to offer significant performance, GPU, and efficiency improvements over the 1580.

4. What's the expected price of the Galaxy A57?

Pricing is expected to start around USD 360, ₹45,000 INR, or EUR 350, continuing the A-series's value-first trend.

Related Articles

• Samsung Galaxy A56 Arrives with Six Years of Software Updates 

• Samsung Galaxy A56, A36, and A26 Mega Leak Outs

• Samsung Galaxy S25 Edge Official: Pre-order Details, Pricing

• Samsung Galaxy S25 Edge Appears on Geekbench

Conclusion

• The Samsung Galaxy A57 promises more than a numerical upgrade; it aims to bridge the performance gap with a smarter, more efficient chipset. 

• Powered by the upcoming Exynos 1680 and built around refined hardware-software synergy, the A57 might set the new benchmark for what mid-range can mean in 2026. 

• if Samsung plays it right, this won't just be a budget-friendly device but a game-changer.