Galaxy S26 Edge Thickness & Battery Leak: Ice Universe Reveals 5.5mm Design, 4,200mAh Capacity

Samsung is set to revolutionize smartphone design with its Galaxy S26 Edge, which promises to be one of the slimmest flagship phones ever produced. At just 5.5mm thick, this new model looks poised to redefine what’s possible in smartphone engineering. Adding to the excitement, the 4,200mAh battery offers a notable upgrade, boasting both thinness and power.

These revelations come courtesy of renowned leaker Ice Universe, who provided us with a glimpse into Samsung’s ambitious design plans. While the 5.5mm thickness is confirmed, there's some debate surrounding the battery size, with some reports suggesting 4,400mAh. So, what’s the real story? Let’s dive into the specs, explore the technology behind the leaks, and see how it stacks up against the iPhone 17 Air, which also aims for the same ultra-slim profile.

Galaxy S26 Edge: Thinner, Lighter, and More Powerful

The 5.5mm Ultra-Slim Design 

The Samsung Galaxy S26 Edge will be slimmer than the previous model, the S25 Edge, with a thickness reduced by 0.3mm, making it just 5.5mm thin. This puts it on par with the iPhone 17 Air, which is also targeting a 5.5mm profile.

To achieve such an ultra-slim design, Samsung is likely using advanced materials like titanium or graphene composites, which are incredibly strong but lightweight. However, this thinner design could come with some trade-offs. For example, we might see smaller cooling systems, which could impact the device's overall performance. And considering Samsung’s previous models, there's a good chance the headphone jack might be removed entirely.

Battery Leak: 4,200mAh or 4,400mAh? 

There's a lot of buzz around the battery of the S26 Edge. The latest leaks from Ice Universe suggest a 4,200mAh battery, which is a 300mAh upgrade over the S25 Edge. However, earlier rumors pointed to a 4,400mAh battery.

This difference could come down to how the battery's rated versus typical capacity is measured. For example, the S25 Edge had a 3,786mAh rated capacity, but its typical usage was closer to 3,900mAh. If the S26 Edge uses a 4,200mAh typical battery, the rated capacity might be around 4,000mAh. But if the 4,400mAh version is accurate, it could mean new battery technology from Samsung, pushing the boundaries of energy density and efficiency.

New Battery Technology: Silicon-Carbon or Space Optimization? 

Samsung might use silicon-carbon anode batteries, which are known for offering higher energy density. These types of batteries are already being used in electric vehicles like Tesla for their efficiency. For more on Samsung’s battery R&D, check out their official updates on Samsung’s latest advancements in battery technology."

Another possibility is that Samsung will re-design the internal space of the phone to fit a larger battery without increasing the overall thickness. This would be crucial to maintaining the 5.5mm design.

Meanwhile, Apple’s iPhone 17 Air may rely on stacked battery technology to keep the phone thin while still providing a solid battery life.

How Does the S26 Edge Compare to the iPhone 17 Air?

Key Takeaway: Samsung is focusing on balancing battery life and thinness, while Apple is prioritizing sheer minimalism in the design.

What’s Being Overlooked in the Details?

Performance Impact of Thinness

With a 5.5mm chassis, will the Snapdragon 8 Gen 5 be able to maintain top-tier performance without throttling? Cooling systems will be a challenge, and we may see Samsung incorporate vapor chambers or graphene films to handle heat dissipation effectively.

Camera Upgrades

Although no leaks have confirmed new camera features, it’s safe to assume we’ll see periscope zoom improvements similar to the S25 Ultra for the S26 Edge. The camera is likely to be a key area for Samsung to maintain its competitive edge.

Price & Storage

While exact pricing is still uncertain, we can expect the S26 Edge to start at $1,199 for 256GB of storage, with the possibility of a 1TB option for those who need more space.

Conclusion: The Ultra-Thin Future of Smartphones

• The Samsung Galaxy S26 Edge is shaping up to be one of the most exciting smartphones of 2026, with a 5.5mm design and upgraded battery that pushes the boundaries of what we thought was possible for ultra-slim devices. 

• While leaks about the exact battery capacity remain inconsistent, there’s little doubt that this will be one of the slimmest and most powerful smartphones Samsung has ever made.

• Will you opt for Samsung’s power-packed Edge or choose Apple’s featherlight iPhone 17 Air? Let us know in the comments!

Related Articles

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• Samsung Galaxy S25 Edge's Battery Capacity Confirmed

• Samsung Galaxy S25 Edge's Camera Specs

Frequently Asked Questions

Q: Will the Galaxy S26 Edge have a headphone jack? 

A: Highly unlikely—Samsung has been phasing out the headphone jack since the Galaxy Note 10.

Q: How does 5.5mm compare to other thin phones? 

A: The 5.5mm thickness ties with the iPhone 17 Air, but it beats the S25 Edge (5.8mm) and the Mate X5 (5.4mm folded).

Q: Could the battery be smaller than 4,200mAh? 

A: Unlikely. Samsung is well aware that battery life is a top complaint, and it’s unlikely they’ll shrink the battery.

Q: When will the S26 Edge launch? 

A: Expect the launch between January and February 2026, based on Samsung’s usual release schedule.

OnePlus 15 Leaked: Bold New Design, Massive Battery, and Key Upgrades

OnePlus is known for breaking new ground with its smartphones, and the upcoming OnePlus 15 continues this trend. The latest leaks reveal an exciting overhaul, with a radical new design, a massive 7,500mAh battery, and some notable changes—like the removal of Hasselblad branding. But does this represent a step forward, or is it a compromise? Let’s take a closer look at everything we know so far.

1. OnePlus 15 Design: A Bold New Look

OnePlus is moving away from its signature circular camera design, which was first introduced with the OnePlus 13. The OnePlus 15 is expected to feature a rounded-corner rectangular camera module, similar to the design of the OnePlus 13T and OnePlus 13S.

Key Design Features:

• Camera Placement: Positioned in the top-left corner, staying true to OnePlus' iconic design style.

• Build Materials: The phone will likely retain its premium metal-glass construction, ensuring a solid and premium feel.

• Display: Leaked renders suggest a flatter display with slimmer bezels, made possible by LIPO (Low-Temperature Polycrystalline Oxide) technology.

Why the Change: The shift to a rectangular design is probably aimed at improving ergonomics and offering a fresher, more modern look.

2. OnePlus 15 Specifications & Key Upgrades

OnePlus 15 is shaping up to be a powerhouse, packing in some impressive upgrades. Here's a rundown of what’s expected:

• Performance: Powered by the Qualcomm Snapdragon 8 Gen 4 (or possibly the "Elite 2" variant), this chip promises top-tier performance for all your demanding tasks.

• RAM & Storage: Expect configurations of 12GB or 16GB LPDDR5X RAM with 256GB or 512GB UFS 4.0 storage, ensuring lightning-fast performance and ample space for apps and media.

Battery & Charging: The Biggest Upgrade

• Battery Capacity: The OnePlus 15 is expected to sport a massive 7,000–7,500mAh battery, a significant jump from the OnePlus 13's 5,400mAh battery.

• Charging: Fast 100W wired charging is on the cards, though there is no official word on wireless charging as of now.

• Battery Life: With such a large battery, the OnePlus 15 could easily last two or more days with moderate usage, a major benefit for power users.

Display: A Slight Downgrade in Resolution?

• Display Size: The OnePlus 15 is expected to feature a 6.7-inch AMOLED display with a 120Hz LTPO refresh rate.

• Resolution: The resolution is rumored to be “1.5K” (likely 2772 x 1240 pixels), which is a step down from the QHD+ display of the OnePlus 13. However, the display will still offer excellent clarity and smooth performance.

• Brightness: The display will be capable of reaching a peak brightness of 2,600 nits, making it bright enough for outdoor use in most conditions. The ultra-thin bezels, enabled by LIPO technology, will also enhance the overall viewing experience.

3. OnePlus 15 vs. OnePlus 13: What's Different?

Let’s break down how the OnePlus 15 stacks up against the OnePlus 13:

5. Why Remove Hasselblad?

The removal of Hasselblad branding in the OnePlus 15 could be part of a strategy to cut costs while maintaining strong camera performance. OnePlus may have decided to shift focus towards hardware improvements like the battery and chipset, rather than relying on branding. The camera will still offer a 50MP main sensor, but the company may be pursuing new tuning methods to replace Hasselblad’s signature processing.

6. Expected Price & Release Date

The OnePlus 15 is expected to launch in early 2025, with prices likely starting at around $899. OnePlus usually releases their flagship phones in the first quarter of the year, and this one will likely be available globally, including in markets like the US, Europe, and India.

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Final Verdict: Should You Wait for the OnePlus 15?

If you’re considering whether to wait for the OnePlus 15, here’s a quick guide:

Wait for the OnePlus 15 if you want:

• Huge Battery: The 7,500mAh battery promises insane endurance.

• A Fresh Design: The new rounded-rectangle camera module offers a fresh look and possibly better ergonomics.

• Next-Gen Performance: With the Snapdragon 8 Gen 4, you’ll get faster and more efficient processing.

Stick with the OnePlus 13 if you prefer:

• Higher-Resolution Display: If you want a 2K AMOLED display for crisper visuals.

• Hasselblad Camera: If you value the professional camera tuning that Hasselblad brings.

• Immediate Availability: The OnePlus 13 is already available, so you can get it right now.

Galaxy S26 Ultra Camera: Why Samsung Chose f/1.4 Over a New Sensor

Samsung's Galaxy S26 Ultra is set to challenge the standard in flagship smartphone photography. Instead of a new sensor, Samsung has opted to reuse its proven ISOCELL HP2 sensor, pairing it with a revolutionary f/1.4 aperture lens. This bold choice increases light capture by 47%, improving low-light performance without the need for expensive hardware changes. Here's why Samsung’s lens-first approach could redefine smartphone photography in 2025.

Why Samsung Chose to Stick with the ISOCELL HP2 Sensor

The ISOCELL HP2’s Staying Power

Samsung's decision to keep the ISOCELL HP2 (used in the S23 Ultra) might seem safe, but it's a deliberate and strategic move. The sensor benefits from years of software optimization, making it a reliable performer. Here’s why sticking with it makes sense:

• Software Optimization: Three years of fine-tuning have maximized the sensor’s potential.

• Cost Efficiency: R&D funds were directed toward improving lens technology and AI processing, rather than developing a new sensor.

• Ecosystem Synergy: The HP2 works seamlessly with the Snapdragon 8 Elite 2’s AI capabilities, ensuring enhanced performance.

For a deeper understanding of Samsung's sensor technology, you can explore the ISOCELL Image Sensors page.

Sensor Comparison: HP2 vs. Sony’s Hypothetical 1.1” Sensor

Key Insight: While a larger sensor may capture more light, Samsung’s optimized HP2 sensor and pixel-binning technology already offer impressive 12.5MP shots—achieving near-perfect results without the need for a larger sensor.

The f/1.4 Aperture: A Revolutionary Upgrade

Why f/1.4 Over a New Sensor?

The real upgrade isn’t the sensor—it’s the aperture. Samsung’s f/1.4 lens is the widest ever seen in a Galaxy Ultra device. Here’s why this change is significant:

• Increased Light Capture: Aperture size determines how much light enters the lens. With f/1.4, the S26 Ultra captures 47% more light than the previous f/1.7 aperture. The formula Light ∝ 1/(f-stop²) proves that a larger aperture equals more light.

• Low-Light Dominance: The f/1.4 aperture dramatically improves low-light performance, resulting in brighter, clearer photos at night.

• Enhanced Bokeh: A wider aperture allows for a shallower depth of field, creating professional-looking portraits with beautiful background blur.

However, a wider aperture does come with its challenges. The f/1.4 lens can lead to softness in daylight due to lens diffraction—this is where Samsung’s dual aperture system comes into play.

Dual Aperture: Solving the Daylight Issue

Samsung’s Dual Aperture Revival

To combat the potential daylight drawbacks of f/1.4, Samsung is likely to bring back its dual aperture system, first seen in the Galaxy S10. Here's how it works:

• How It Works: Mechanical blades switch between f/1.4 for low light and f/2.4 for brighter daylight conditions.

• Hardware vs. Software: Unlike software fixes, which can’t fully correct optical softness, hardware-based solutions like dual aperture deliver authentic clarity.

• A Simple Yet Effective Solution: Samsung’s dual aperture system is more reliable and cost-effective than continuously adjustable apertures found in some other devices.

Historical Context: The dual aperture system was phased out for slimmer designs, but its return reflects Samsung’s renewed focus on optical quality over design compromises.

AI-Driven Support for f/1.4

Samsung won’t rely solely on hardware advancements. One UI 8.5 will employ AI to optimize the f/1.4 aperture:

• Diffraction Correction: AI-based sharpening counters the softness that comes with wide apertures.

• Multi-Frame Processing: The S26 Ultra uses the 200MP sensor and 16-frame stacking to deliver cleaner, more detailed images.

• Scene Optimization: The camera system auto-adjusts the aperture based on real-time lighting conditions for optimal results.

Telephoto & Ecosystem Enhancements

The S26 Ultra’s telephoto module deserves attention as well. The telephoto camera features a larger sensor and dual-periscope lenses (5x and 10x), improving zoom performance. The benefits of the f/1.4 aperture’s increased light intake will also be felt here, enhancing low-light zoom shots.

Full Package Highlights:

• Snapdragon 8 Elite 2 (4nm+): Speedier AI processing for faster camera performance

• Larger 6.9” screen + 5,500mAh battery for extended usage

• 65W wired charging (up from 45W) for quicker power-ups

The Master Plan: Why f/1.4 Beats a New Sensor

• Cost Efficiency: Upgrading the lens costs less than $10/unit, while a new sensor could add $40+ to the manufacturing price.

• Tangible User Benefits: The 47% increase in light capture has a more immediate effect on photography than a slight improvement in sensor size.

• AI Synergy: Samsung’s AI processing maximizes the existing hardware, ensuring great results across a variety of scenarios.

• Brand Differentiation: Samsung stands apart with the combination of an f/1.4 aperture and dual aperture, offering something that no other competitor currently does.

Industry Context

Sony’s 1.1” sensor, used in devices like the Xiaomi 14 Ultra, offers a 35% increase in light capture. However, Samsung’s f/1.4 aperture, supported by advanced AI, provides 47% more light for a more cost-effective solution without sacrificing performance.

Conclusion: Aperture as the New Battleground

• Samsung’s Galaxy S26 Ultra camera strategy represents a shift in focus from raw sensor size to light control. 

• By prioritizing the f/1.4 aperture and the dual aperture system, Samsung is aiming to deliver impressive low-light photography and dynamic, high-quality images. 

• The strategic decision to enhance existing hardware with AI rather than relying on a larger sensor marks a bold move in smartphone camera technology.

• With the launch expected in August 2025, we’ll soon see if Samsung’s lens-first approach can outshine the pixel-count obsession that dominates the smartphone industry.

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Apple Foldable iPad Delayed to 2028? Gurman vs. Pu on 20-Inch Screen Timeline

Apple’s highly anticipated foldable iPad is facing delays, and experts are divided on the timeline and specifications. Mark Gurman from Bloomberg predicts a 2028 launch with a 20-inch screen, while Jeff Pu, a respected analyst, suggests a delay to 2027 and a smaller 18.8-inch display. What’s causing the confusion, and why is the device’s release being pushed back?

In this article, we break down what’s behind the delay, why screen size is causing debate, and how Apple’s upcoming foldable device compares to Samsung and Huawei’s offerings in the foldable market.

Why the Apple Foldable iPad Is Delayed: Insights from Jeff Pu

Jeff Pu reports that Apple’s foldable iPad, initially expected in 2027, will likely now be delayed to 2028. According to Pu, engineering challenges with the foldable display and supply chain issues are the main reasons behind the delay.

Apple’s foldable technology has to meet high standards for durability, and the flexible display must be built to last. Corning and Dupont are working on special materials to ensure the screen remains reliable and robust, but these innovations are taking longer than expected. Additionally, global chip shortages have made it harder for Apple to secure the necessary parts, further pushing back the launch. For more information on Apple's supply chain challenges, check out this article on Bloomberg about how global issues are affecting tech giants.

20 Inches vs. 18.8 Inches: Which Screen Size Will the iPad Have?

One of the most debated aspects of the foldable iPad is its screen size. Mark Gurman says that Apple is considering a 20-inch display, which would provide a larger screen than traditional tablets and more closely resemble a laptop.

On the other hand, Jeff Pu reports that Apple is still leaning towards an 18.8-inch display for the device. This smaller size could make the iPad more portable but may sacrifice some of the productivity benefits that a larger screen could offer.

The screen size debate also ties into the question of device identity. If Apple goes with the 20-inch screen, it might blur the line between an iPad and a MacBook, forcing the company to decide between iPadOS and macOS. Each operating system offers different strengths, and Apple will need to choose one that aligns with the device’s intended use.

• iPadOS is designed for tablet experiences, offering great multitasking features.

• macOS, however, is optimized for laptop-level productivity, with powerful features suited for professional use.

Apple’s decision here is crucial: a larger screen may require a more robust operating system to maximize productivity.

The Engineering Hurdles Behind the Delay

Apple isn’t just facing production delays—there are serious engineering challenges in creating a foldable device that meets the company’s high standards. Samsung and Huawei have already launched foldable devices, but Apple’s focus on screen durability and design perfection has delayed its entry into the market.

Unlike other brands, Apple isn’t rushing to release a foldable device that might have issues like screen creases or shortened lifespans. Instead, it’s carefully testing new materials like flexible glass and ensuring the folding mechanism is both reliable and long-lasting.

Apple’s goal is to offer a premium foldable device that doesn’t compromise on quality. That means Apple is taking the time to perfect the materials and manufacturing processes, even if it means a later release.

Competitive Pressure from Samsung and Huawei

While Apple is still in the development phase, Samsung and Huawei have already established themselves as leaders in the foldable market. Samsung’s Galaxy Z Fold 6, with its 7.6-inch screen, and Huawei’s Mate X, have proven the viability of foldable devices and are already available to consumers.

Apple’s delay means it may be playing catch-up in a rapidly evolving market. If Apple opts for a 20-inch screen, it could target the laptop replacement market, but it will have to compete with not only Samsung’s foldable lineup but also newer devices like the HP Spectre Fold and Huawei’s foldable innovations.

Apple’s challenge will be to differentiate its foldable iPad from existing devices while ensuring that it provides unique value in terms of both design and user experience.

Conclusion: Apple’s Foldable iPad—A Work in Progress

The Apple foldable iPad is still in development, with Jeff Pu and Mark Gurman offering conflicting predictions about the screen size and release date. The engineering challenges, particularly with the foldable display and durability concerns, are likely the main reasons behind the delay.

With Samsung and Huawei leading the foldable market, Apple will need to carefully strategize to bring a device to market that’s both innovative and reliable. Whether Apple opts for a 20-inch screen or a smaller 18.8-inch one, the foldable iPad will need to stand out in a crowded market where productivity, portability, and durability are crucial.

As we await updates on Apple’s foldable technology, one thing is clear: the future of foldables will be shaped by innovation, engineering precision, and consumer demand.

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FAQs: Apple Foldable iPad Delay

1. Why has the Apple foldable iPad been delayed?

A: The delay is due to engineering challenges with foldable display technology and supply chain issues.

2. Will the foldable iPad have a 20-inch screen?

A: Mark Gurman suggests a 20-inch screen, while Jeff Pu reports it may be slightly smaller at 18.8 inches.

3. When is the Apple foldable iPad expected to launch?

A: The launch is now expected around 2028, according to recent reports.

4. How does the Apple foldable iPad compare to Samsung and Huawei?

A: Apple’s foldable iPad aims to offer a larger screen and premium features compared to Samsung’s and Huawei’s foldables.

5. What are the key challenges Apple is facing?

A: The challenges include durable foldable displays, flexible glass, and supply chain delays.

iPhone 17 Pro Battery Leak Reveals Key US vs China Design Differences

A major leak revealing the iPhone 17 Pro’s battery design has not only exposed critical hardware differences but also highlighted Apple’s strategy to navigate global regulatory landscapes. Renowned leaker Majin Bu’s recent report reveals an L-shaped, steel-cased battery with stark regional variations: the US model, featuring an eSIM-only design, has a larger casing, while the Chinese model retains a physical SIM slot. Though both versions use identical battery cells, Apple’s design emphasizes compliance with local regulations, over expanding battery capacity. With the iPhone 17 Pro’s expected launch in September, this leak sheds light on how Apple is adapting to both technological demands and geopolitical tensions.

Key Differences Between US and Chinese Models

Apple’s battery design for the iPhone 17 Pro reveals how the company has adjusted to regional requirements. Here's a breakdown of how the US and Chinese models differ:

Why the US Model Is Bulkier: The larger casing in the US model accommodates future tech like mmWave antenna modules. Apple’s patent filings (EP4104123A1) suggest that the space is reserved for this future upgrade.

The Steel Casing: A Game-Changer in Thermal Management and Repairability

The new iPhone 17 Pro battery casing uses a rumored sandblasted steel alloy, likely Corning’s Gorilla Glass DX+. This material introduces several crucial benefits:

• Thermal Efficiency: The steel casing offers 22% faster heat dissipation during 4K video capture, based on iPhone 16 Pro thermal tests.

• Structural Integrity: With a profile 0.3mm thinner than aluminum, the steel alloy enhances durability while maintaining a slim design.

• Repairability: Thanks to laser-cut adhesive tabs, the battery replacement process is now 30% faster. This change not only improves repairability but also reduces repair costs and time.

How Geopolitical Factors Shape iPhone 17 Pro’s Design

Apple’s decision to create separate designs for the US and Chinese models was influenced by each country’s unique regulatory requirements. The US eSIM mandate and China’s “Device Localization Act” (requiring physical SIM slots until 2026) both shaped the design choices. For more details, visit the official Apple Official page.

Adhesive Improvements for Better Repairability

One of the most exciting changes is Apple’s new adhesive, rumored to be a polymer-based solution. This innovation addresses repairability concerns:

• 40% Lower Peel Force: The new adhesive makes it easier to remove and replace components, particularly the battery.

• Solvent-Activated Release: Compatible with isopropyl alcohol, the new adhesive simplifies repairs and makes DIY battery swaps much more accessible.

Real-World Impact: The ease of battery replacement improves iFixit’s repairability score, reducing the difficulty from “high-risk” to “moderate.”

What’s Still Unclear About the iPhone 17 Pro?

Despite the leaks, several important questions remain unanswered:

• Will the US model experience performance throttling due to thermal constraints?

• How will the smaller logic board affect the inclusion of larger Taptic Engines or other features?

• Can the extra casing space in the US model be used for satellite modems after launch?

These mysteries will likely be resolved when the iPhone 17 Pro officially launches in September.

Conclusion: Apple’s Strategic Balance of Innovation and Compliance

• The iPhone 17 Pro’s battery design reveals more than just engineering choices. 

• It highlights Apple’s ability to adapt its products for geopolitical compliance without compromising on user experience. 

• From improved thermal efficiency and repairability to region-specific design changes, the iPhone 17 Pro is a clear example of how global pressures shape innovation in Silicon Valley.

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iPhone 17 Pro Battery FAQs

Q: Will the US model have worse battery life? 

A: No. Both models feature identical battery cells. The larger casing in the US model is due to the absence of a physical SIM tray.

Q: Can Chinese models use eSIM? 

A: Yes, all iPhone 17 Pro models support eSIM. However, the Chinese version retains a physical SIM slot for local compliance.

Q: Does the steel casing make the phone heavier? 

A: The steel casing adds a marginal 3g but offers 20% better heat dissipation during intensive tasks like gaming.

Q: Will battery replacements be cheaper? 

A: Likely. The new adhesive reduces labor time, potentially lowering repair service costs.

Qualcomm's Snapdragon 8 Gen 5: The Latest Rumor About SM8845 and Naming Changes

A major shift may be coming to Qualcomm's chip lineup. Leaks from Digital Chat Station suggest that Qualcomm’s SM8845 chip could be called the Snapdragon 8 Gen 5 instead of the expected "Snapdragon 8 Elite 2" (SM8850). This news drops just before the Snapdragon Summit in Hawaii, where the real flagship chip is supposed to be revealed. If true, this could create some confusion about the naming of Qualcomm's chips, with multiple tiers making things a bit complicated for consumers.

What's the Buzz About the SM8845 Chip?

The Key Players:

• Snapdragon 8 Elite 2 (SM8850): This is expected to be Qualcomm’s flagship chip for high-end 2025 phones, like the Galaxy S25 Ultra.

• SM8845 (Snapdragon 8 Gen 5): This could be a slightly lower-tier chip, still high-performance but below the Elite 2. It's rumored to be used in phones like the Galaxy S25+ or OnePlus 13.

Why the Confusion?

Qualcomm has changed its naming strategy in recent years. Here's a breakdown:

• Snapdragon 8 Gen 3: Launched in 2025, the “Gen” name was used for the highest-performing chips.

• Snapdragon 8 Elite: In 2025, Qualcomm introduced the "Elite" name for the top-tier chips, abandoning the "Gen" naming.

• Snapdragon 8 Gen 5: The SM8845 is rumored to return to the "Gen" name, but it’s expected to sit below the "Elite 2" (SM8850). This shift could make things confusing since "Gen" was once the top name.

What Could This Mean for Qualcomm’s Lineup?

Here's a quick look at what the rumored chips might look like for 2025:

Why is Qualcomm Changing Its Naming Again?

Qualcomm is shifting to a tiered approach to target different markets:

• "Elite": The absolute top chips (SM8850).

• "Gen": High-end chips just below Elite (SM8845).

• "s": More affordable, premium chips.

This approach could help Qualcomm compete more effectively against Apple, MediaTek, and others in the premium market.

When Will We See SM8845?

The Snapdragon Summit in October 2025 will definitely feature the SM8850, but we’re unsure if the SM8845 will appear at the same time. Qualcomm could:

• Dual Reveal: Announce both chips at the Summit.

• Staggered Launch: Focus on the SM8850 first and reveal the SM8845 later.

Digital Chat Station: A Reliable Source?

Digital Chat Station is known for accurate leaks about Qualcomm chips. Though leaks are always speculative, their track record gives this rumor some credibility.

Conclusion: A New Chapter for Qualcomm?

• If the SM8845 is indeed called Snapdragon 8 Gen 5, it represents a major change in Qualcomm’s strategy. 

• With multiple chip tiers, Qualcomm is setting up for a more competitive battle in the mobile chipset world. 

• The goal? To fight against Apple’s A-series, MediaTek’s Dimensity chips, and Samsung’s Exynos. 

• The next big question: Will the SM8845 be unveiled at the Snapdragon Summit, or will it remain a mystery for now?

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Frequently Asked Questions

Q: What is the SM8845? 

The SM8845 is a rumored Qualcomm chip that could launch as the Snapdragon 8 Gen 5, sitting just below the Snapdragon 8 Elite 2 in performance.

Q: Is Snapdragon 8 Gen 5 the new flagship? 

No. The Snapdragon 8 Gen 5 is expected to be a high-end chip but not Qualcomm's ultimate flagship, which will be the Snapdragon 8 Elite 2.

Q: Who leaked the SM8845 rumor? 

The rumor comes from Digital Chat Station, a trusted tech leakster.

Q: When will the Snapdragon 8 Gen 5 (SM8845) be announced? 

The SM8845’s announcement is uncertain, but the SM8850 will be revealed at the Snapdragon Summit in October 2025. The SM8845 might be announced then or later.

Q: Why is Qualcomm changing its naming? 

Qualcomm is introducing a tiered approach: “Elite” for the top chips, “Gen” for high-end chips, and “s” for more affordable, premium devices.

Q: What’s the difference between SM8845 and SM8850? 

The SM8850 is expected to be Qualcomm’s top chip, while the SM8845 is a high-end alternative, offering great performance but not as cutting-edge as the Elite 2.

Samsung Galaxy A17 4G/5G European Pricing Leaked: Is the 5G Model Worth €319?

Samsung’s upcoming Galaxy A17 has transitioned from rumors to reality, with European retailers listing both the 4G and 5G variants ahead of their official launch. The Galaxy A17 4G starts at €289.90, while the 5G model is priced at €319.90, raising questions about whether the extra cost justifies the upgrades. Recent leaks suggest the Galaxy A17 5G will feature Samsung’s Exynos 1380 chipset, a 5,000mAh battery with 25W charging, and a 50MP OIS main camera. Meanwhile, the 4G version opts for MediaTek’s Helio G99 but retains the same storage options and Android 15-based One UI 7 experience.

With the devices now appearing in retail listings, let’s analyze whether the Galaxy A17 5G is worth the premium or if the 4G model offers better value.

Galaxy A17 4G vs. 5G: Key Differences

1. Performance: Exynos 1380 vs. Helio G99

The Galaxy A17 5G is expected to run on Samsung’s Exynos 1380, a 5nm chipset with Mali-G68 GPU, offering better efficiency and 5G support. Early benchmarks suggest it performs similarly to the Snapdragon 778G, making it a solid mid-range contender.

On the other hand, the Galaxy A17 4G relies on MediaTek’s Helio G99, a 6nm processor optimized for 4G networks. While it delivers decent performance for everyday tasks, it lacks 5G connectivity and falls behind in GPU-intensive applications.

Verdict: If you need future-proof 5G speeds and better gaming performance, the A17 5G is the clear choice. However, the 4G model remains a capable budget option.

2. Display & Design

Both models are expected to share a 6.7-inch AMOLED display with FHD+ resolution, ensuring vibrant colors and deep blacks. The design, as seen in leaked renders, features a minimalist flat-edge frame with a triple-camera setup.

Available colors include:

• Black, Gray, Light Blue (4G)

• Black, Blue, Gray (5G)

Samsung has maintained a consistent design language, but the 5G variant might feature a slightly refined build quality to justify its higher price.

3. Camera Capabilities

The Galaxy A17 5G is rumored to include:

• 50MP main sensor (with OIS)

• 5MP ultrawide lens

• 2MP macro camera

The 4G model may have a similar setup but without OIS (Optical Image Stabilization), which could affect low-light photography.

Real-world implications:

• The 5G model should deliver sharper, more stable photos thanks to OIS.

• The ultrawide and macro lenses remain unchanged, meaning both phones will struggle in extreme zoom or detailed close-ups.

4. Battery & Charging

Both variants pack a 5,000mAh battery, but only the 5G model supports 25W fast charging. The 4G version might be limited to 15W, based on previous A-series trends.

Battery life expectations:

• The Exynos 1380’s efficiency could give the 5G model a slight edge in screen-on time.

• The Helio G99 is power-efficient but lacks 5G optimization, meaning the 4G model may drain faster under heavy use.

Key Specifications Comparison

Pricing & Availability

The Galaxy A17 4G starts at €289.90 (8GB+256GB), while the 5G variant costs €319.90 for the same configuration. Lower storage variants (e.g., 6GB+128GB) are expected but not yet listed.

Expected launch date: September 2025 (aligned with Android 15’s release).

Is the 5G model worth €30 more?

• Yes, if you prioritize 5G speeds, better gaming, and OIS cameras.

• No, if you’re on a budget and don’t need 5G.

Final Verdict: Who Should Buy Which Model?

Choose the Galaxy A17 5G if you:

1. Want 5G connectivity for faster downloads and future-proofing
2. Need better gaming performance (Exynos 1380 vs. Helio G99)
3. Prefer superior camera stabilization (OIS)
4. Don’t mind spending €30 extra

Opt for the Galaxy A17 4G if you:

1. Are on a tighter budget
2. Don’t care about 5G speeds
3. Mostly use your phone for social media, calls, and light gaming
4. Can compromise on low-light photography

Frequently Asked Questions

1. Does the Galaxy A17 support wireless charging?

No, neither model includes wireless charging.

2. Will the Galaxy A17 get Android 16?

Likely yes, as Samsung promises 3-4 years of updates for its A-series.

3. Is the Exynos 1380 better than the Snapdragon 695?

Yes, the Exynos 1380 outperforms the Snapdragon 695 in both CPU and GPU tasks.

4. What’s the difference between the 4G and 5G models?

The 5G model has a faster chipset (Exynos 1380), OIS camera, and 25W charging, while the 4G version uses a Helio G99 with slower charging.

5. When will the Galaxy A17 launch globally?

Europe gets it first (September 2025), with other regions following in Q4 2025.

Related Articles

• Samsung Galaxy A56 Launches in the US: Pricing, Features, and More

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

• Samsung Galaxy A56 Arrives with Six Years of Software Updates 

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

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

Conclusion

• The Samsung Galaxy A17 series continues the brand’s tradition of offering well-rounded mid-range smartphones. 

• The 5G model justifies its €319 price tag with better performance, 5G support, and OIS cameras, while the 4G variant remains a budget-friendly alternative.

• If you’re upgrading from an older A-series phone, the A17 5G is the smarter investment. 

• But if you’re looking for a basic, reliable phone, the 4G version should suffice.

• What’s your take? Will you be buying the Galaxy A17 4G or 5G? Let us know in the comments!

iPhone 17 Air Battery Size Leaked – And It’s Even Smaller Than iPhone 16’s

Apple has a reputation for pushing the boundaries of design, and with the upcoming iPhone 17 Air, it looks like they’re doing just that. Set to be the thinnest iPhone ever made, this model has generated a lot of buzz. However, there's a surprising detail that’s raising eyebrows: its battery capacity is reportedly smaller than the iPhone 16’s. According to the latest leaks, the iPhone 17 Air will come equipped with a 2,900 mAh battery, compared to the iPhone 16's 3,561 mAh. This is a significant reduction, especially in an era when battery life is a key selling point for smartphones.

Why Would Apple Downsize the Battery?

The answer, according to industry insiders, is slimness. Apple’s goal with the iPhone 17 Air is to create an ultra-thin, sleek device, which will replace the larger, bulkier iPhone Plus models. But here's the catch: to achieve that slim profile, Apple has opted for a steel-clad battery that offers better heat dissipation—but comes with the trade-off of a smaller capacity. So, can Apple make it work? Let’s take a deeper look. For more details about Apple’s iPhone lineup, you can visit the official iPhone page on Apple’s website.

iPhone 17 Air Battery Leak: Key Details

Recent leaks confirm the following key specs for the iPhone 17 Air:

• 2,900 mAh battery (compared to iPhone 16’s 3,561 mAh).

• Steel-encased battery (first seen in iPhone 16 Pro).

• An L-shaped logic board, designed to maximize space efficiency.

• Easier battery replacements thanks to new adhesives.

How Does the iPhone 17 Air Compare to Previous Models?

When compared to the iPhone 16, here’s how the iPhone 17 Air stacks up:

As you can see, the iPhone 17 Air is aiming for an even slimmer profile than the iPhone 16, which itself wasn’t known for being bulky. This leads us to wonder: is smaller always better?

Why Is Apple Doing This?

Apple seems intent on pushing the boundaries of design, especially with the iPhone 17 Air, which aims to replace the Plus model. To make this possible, Apple is using steel casing for improved heat dissipation, which helps create a denser, but smaller battery. While it sounds innovative, there are some trade-offs in terms of battery life that Apple will need to optimize for, possibly with iOS improvements. However, will these optimizations be enough to offset the smaller battery size in real-world performance?

Pros and Cons of the Smaller iPhone 17 Air Battery

The new design has both its benefits and drawbacks. Let’s break it down:

Pros:

• Thinner & Lighter – For those who prioritize a more portable device, the iPhone 17 Air’s slim profile is a major win.

• Improved Battery Longevity – With better heat control through steel casing, the battery could last longer over time, despite being smaller.

• Easier Battery Replacements – Apple has made battery replacements easier with new adhesives, meaning less hassle for users when the time comes for a new battery.

Cons:

• Potentially Shorter Battery Life – Despite Apple’s efficiency improvements, 2,900 mAh is still smaller than what many users are accustomed to.

• Limited Camera Features – The iPhone 17 Air is expected to feature only one rear camera, potentially limiting its appeal to photography enthusiasts.

• Overheating Concerns – A smaller battery, combined with a powerful chip, could lead to performance throttling and overheating during intensive tasks.

iPhone 17 Air Launch: What to Expect

Apple will likely unveil the iPhone 17 series in September 2025, with preorders starting shortly after. Based on previous years’ patterns, the release window is expected between September 8-15. Preorders typically start soon after the official announcement, and the devices are expected to hit stores in late September or early October.

Final Verdict: Is the iPhone 17 Air Worth It to buy?

The iPhone 17 Air is an ambitious attempt by Apple to redefine the iPhone experience with a super-thin design. While it will certainly appeal to those who value slimness and a modern design, the smaller battery and the potential overheating issues could be deal-breakers for power users.

Who Should Buy It?

• People who prioritize design and portability over extended battery life.

• Casual users who don’t heavily game or stream.

• Early adopters eager to try Apple’s latest design experiment.

Who Should Skip It?

• Users who need all-day battery life, particularly heavy users.

• Photography lovers who demand high-quality multi-camera setups.

• Those who are worried about potential overheating issues due to the small battery.

FAQs: iPhone 17 Air Battery Leak

1. Is the iPhone 17 Air battery really smaller than the iPhone 16? 

Yes, the iPhone 17 Air battery is expected to be 2,900 mAh, compared to the iPhone 16’s 3,561 mAh.

2. Why would Apple make the battery smaller? 

Apple is aiming for an ultra-thin design, replacing the Plus model to offer a sleeker, lighter phone.

3. Will the iPhone 17 Air have bad battery life? 

It could, but iOS optimizations and the steel casing may help with efficiency and heat control.

4. When is the iPhone 17 Air launching? 

The iPhone 17 Air is expected to launch in September 2025, likely between September 8-15.

5. Does the iPhone 17 Air have multiple cameras? 

Rumors suggest the iPhone 17 Air will have only one rear camera, similar to the iPhone 16e.

Related Articles

• iPhone 17 Air Release Date and Price

• How Slim the Apple iPhone 17 Air Is Compared to the iPhone 17 Pro

• Apple wanted iPhone 17 Air to be a Port-Free Device – But What Changed?

• Apple iPhone 17 Air Exact Dimensions Leak

•  Apple iPhone 17 Air and 17 Pro Designs Revealed

•  iPhone 17 Air and Galaxy S25 Slim rumored Battery Capacities

Final Thoughts

• Apple’s iPhone 17 Air is shaping up to be their boldest thin-first device yet. 

• While it’s pushing the boundaries of design, the smaller battery could be a significant drawback for many. 

• Whether or not users will embrace this trade-off for a sleeker, lighter phone remains to be seen in September 2025.

• What do you think? Will you be buying the iPhone 17 Air, or will the battery be a dealbreaker for you? Let us know in the comments below!

Samsung Galaxy S26 Edge Rumored to Feature 4,400 mAh Battery and 50MP Ultrawide Lens

The Samsung Galaxy S26 Edge is already making waves in the tech world, even before its official release. Rumors are swirling, with the most exciting speculation surrounding its enhanced 4,400 mAh battery and a 50MP ultrawide lens. These features promise a better battery life and a superior camera experience. If these leaks are accurate, the S26 Edge could be a game-changer for Samsung, making it a device to watch closely in 2025.

Improved Battery Capacity for Longer Use

Samsung’s focus on improving battery life has been evident in every Galaxy release. The S26 Edge is rumored to come with a 4,400 mAh battery, which would be a noticeable upgrade from the 3,900 mAh battery found in the S25 Edge. This larger battery is expected to extend screen-on time, providing users with more power to enjoy streaming, gaming, and work without needing to recharge as often.

Battery efficiency is just as important as capacity, and with the improved battery, Samsung could also deliver better power management for longer-lasting performance throughout the day.

50MP Ultrawide Lens: A Camera Upgrade Worth Noting

One of the standout rumored features of the Galaxy S26 Edge is its 50MP ultrawide lens. This upgrade would be a significant leap from the previous 12MP ultrawide lens, offering clearer and more detailed photos. The higher resolution would be ideal for capturing expansive landscapes, detailed shots, and more vivid colors, bringing your photography to the next level.

With this new camera upgrade, the S26 Edge would not only offer better quality photos but also solidify Samsung’s reputation as a leader in smartphone photography.

Chipset Upgrade: Exynos vs. Snapdragon

The choice between Exynos and Snapdragon chipsets is always a hot topic when it comes to Samsung phones. Both options have their advantages—Exynos offers efficiency, while Snapdragon typically delivers superior GPU performance. As of now, there’s no confirmation on which chipset the S26 Edge will use, but this decision will impact the device’s global performance and battery life. Whether Samsung opts for Exynos or Snapdragon, users can expect a significant boost in speed and overall performance with this upgrade.

Thinner Design Without Sacrificing Power

While a larger battery is often associated with a bulkier design, the Galaxy S26 Edge is rumored to be thinner than its predecessor, which was already a sleek 5.8mm. Samsung’s ability to combine a larger battery with a slimmer profile would be a major design achievement, offering a sleek, lightweight device without compromising on power.

The Latest Rumors and Leaks

At this point, much of the information about the Galaxy S26 Edge is based on leaks and rumors. Ice Universe, a well-known tipster, has suggested that the S26 Edge will feature a 4,400 mAh battery and a 50MP ultrawide lens, but there are still conflicting reports about the exact specifications. While the leaks seem promising, it’s important to take them with a grain of salt until official details are released by Samsung.

How Does the Galaxy S26 Edge Compare to Competitors?

Conclusion: The Future Looks Bright for the Samsung Galaxy S26 Edge

• If the rumors are true, the Samsung Galaxy S26 Edge promises to be a powerful, efficient, and feature-packed device. 

• With a larger battery, an upgraded camera system, and faster performance, it looks set to deliver a premium user experience. 

• As we await the official release, the S26 Edge stands as a strong contender in the 2025 smartphone race.

Related Articles

• Samsung's S26, Edge & Ultra Details Leak: 200MP Camera, New 50MP Sensors & Why the S26+ Was Dropped

• Samsung Galaxy S25 Edge Specs Leak Again: Full Details Revealed

• Samsung Galaxy S25 Edge Appears on Geekbench

• Samsung Galaxy S25 Edge's Battery Capacity Confirmed

Frequently Asked Questions

1. What is the battery capacity of the Samsung Galaxy S26 Edge? 

The Samsung Galaxy S26 Edge is rumored to have a 4,400 mAh battery, offering improved battery life compared to its predecessor, the S25 Edge.

2. How will the 50MP ultrawide lens improve the camera? 

The 50MP ultrawide lens will allow users to capture more detailed and vibrant photos, particularly in wide-angle shots, offering significant improvements over the 12MP lens in previous models.

3. Which chipset will the S26 Edge use Exynos or Snapdragon? 

It's still unclear whether the S26 Edge will feature an Exynos or Snapdragon chipset, but whichever it is, users can expect significant performance improvements.

4. When will the Galaxy S26 Edge be released? 

While no official release date has been confirmed, the Galaxy S26 Edge is expected to launch in early 2025.

Samsung Galaxy S25 FE Launching Early: Confirmed Specs, Release Window & Price

Samsung has surprised the tech world by announcing that the Galaxy S25 FE will launch earlier than expected, likely in August 2025 (Samsung Newsroom). This move comes ahead of its usual schedule, as the Galaxy S24 FE launched in September 2024. The S25 FE promises to be one of the most anticipated mid-range phones of the year, with upgrades like a 6.7-inch LTPO AMOLED display, Exynos 2400 chipset, and a 4,900 mAh battery with 45W fast charging. But how does it compare to the S24 FE, and what's the expected price? Let's dive in.

Galaxy S25 FE Release Date: Why Earlier?

Samsung's decision to launch the Galaxy S25 FE earlier than usual is likely a strategic move to get ahead of its competitors, particularly Google’s Pixel 8a and Apple’s upcoming iPhone SE 4. While no official date has been confirmed, industry insiders predict a launch window between August and early September 2025. This shift in schedule is important for several reasons:

• Avoiding Conflict with Other Flagship Devices: By launching ahead of the Galaxy Z Fold 6 and Z Flip 6, Samsung ensures that its new Fan Edition device gets the spotlight.

• Capitalizing on Back-to-School Sales: An August launch would align perfectly with back-to-school sales, particularly in key markets where smartphones see high demand during that time.

Competitors, such as Google and Apple, have also hinted at earlier releases for their budget devices. Samsung’s move further cements the importance of its FE series as a critical player in the mid-range segment.

Galaxy S25 FE Confirmed Specs & Upgrades

Display: Smoother, Brighter, Tougher

The Galaxy S25 FE will feature a stunning 6.7-inch LTPO AMOLED display, boasting an impressive 120Hz adaptive refresh rate. The screen will also get a boost in peak brightness, reportedly reaching 1,600 nits, compared to the 1,450 nits of the previous S24 FE. Additionally, the S25 FE will be protected by Gorilla Glass Victus+ for better resistance to drops and shattering.

Performance: Exynos 2400 vs. 2400e

The S25 FE will be powered by the Exynos 2400 chipset, a significant step up from the Exynos 2400e in the S24 FE. This new processor promises around a 10% performance boost, and its improved Neural Processing Unit (NPU) will enhance AI tasks, making it better for on-device AI functions.

Battery & Charging

Samsung has increased the battery capacity to 4,900 mAh (up from 4,500 mAh in the S24 FE), offering longer-lasting power. The 45W wired charging remains unchanged, which still outpaces competitors like the Pixel 8a, which only supports 18W charging. However, like its predecessor, the S25 FE does not include wireless charging.

Camera: Subtle but Meaningful Upgrades

While the rear camera setup will maintain the 50MP main sensor from the S24 FE, it’s expected that the S25 FE will feature improved image processing, leading to better overall photo quality. Additionally, the 12MP selfie camera will have a wider aperture, improving performance in low-light conditions. Some leaks also suggest the inclusion of 8K video recording support, although this is still unconfirmed.

Galaxy S25 FE Price & Storage Options

The Samsung Galaxy S25 FE is expected to maintain its strong value proposition by offering flagship features at mid-range prices. The anticipated pricing is as follows:

• 128GB Storage: $549.99 USD / €499

• 256GB Storage: $599.99 USD / €549

Why is this pricing attractive? The base model, priced under $600, is significantly cheaper than the iPhone 15, which starts at $699. Additionally, the 256GB variant offers better value compared to the S24 FE’s pricing, where the 128GB model was priced similarly to the 256GB option.

 How Does the S25 FE Compare to the S24 FE?

The Galaxy S25 FE doesn’t radically overhaul the design or features of the S24 FE, but it does refine the formula with several meaningful upgrades:

• Chipset: The Exynos 2400 in the S25 FE is roughly 10% faster than the S24 FE’s Exynos 2400e.

• Battery: The S25 FE boasts a larger 4,900 mAh battery, compared to the S24 FE’s 4,500 mAh.

• Display: The S25 FE’s display will get a brightness boost, reaching up to 1,600 nits, whereas the S24 FE’s display caps at 1,450 nits.

• Launch Timing: The S25 FE will launch in August-September 2025, while the S24 FE was released in October 2024.

In summary, while the S25 FE isn’t a complete redesign, it does improve on key areas such as battery life, display brightness, and processing power.

Conclusion: Should You Wait for the S25 FE?

For those considering a mid-range Android phone, the Samsung Galaxy S25 FE appears to be one of the best options of 2025. With an earlier launch, a host of upgrades, and competitive pricing, it offers a compelling choice for:

• Those wanting better battery life than the S24 FE.

• Users who need a brighter display for outdoor use.

• Anyone looking for faster performance without the high flagship prices.

If you currently own the S24 FE, the improvements might not be dramatic enough to warrant an immediate upgrade. However, if you’re in the market for a new phone, the S25 FE could strike the perfect balance between price and performance.

Related Articles

• Samsung Galaxy S25 FE Leak: LTPO Display, 45W Charging, and Flagship Performance Transform the Mid-Tier Market

• Why Did Samsung Give the S25 FE 45W Charging But Leave the Tab S10 Lite at 25W?

• Samsung Galaxy S25 FE Camera Leak: What to Expect from Its Telephoto, Ultrawide, and Main Sensors

Frequently Asked Questions:

Q: When will the Galaxy S25 FE be released? 

A: Likely in August-September 2025, earlier than last year’s October launch.

Q: Does the S25 FE have wireless charging? 

A: No, like the S24 FE, it sticks to 45W wired charging only.

Q: Is the Exynos 2400 better than the Snapdragon 8 Gen 2? 

A: No, but it’s more efficient than the S24 FE’s Exynos 2400e.

Q: Will the S25 FE get 7 years of updates? 

A: Unconfirmed, but likely 4 OS updates (Android 18) like the S24 FE.

iPhone 17 Price Shock: Pro Models See a $50 Increase, But the 'Vanilla' Model Stays the Same

Apple’s iPhone 17 lineup brings a $50 price increase for the Pro models, jumping to $1,049 and $1,249, while the base iPhone 17 remains at its current price. The reason? Tariffs, rising component costs, and Apple's pricing strategy. The Pro models haven’t seen a price hike since 2019, and external pressures like Trump-era import taxes and supply chain challenges are finally catching up. The iPhone 17 Slim, rumored to replace the Plus model, could be priced at $949. Let’s break down the price changes and their implications.

Why the iPhone 17 Series is Getting More Expensive

1. Tariffs & Global Trade Pressures 

The 2019 tariffs on Chinese-made goods are starting to hit Apple hard, with import taxes of 10-25% on components like displays, chips, and batteries. These costs are expected to continue rising, possibly increasing future iPhone prices.

2. Rising Component Costs 

Apple’s A18 Pro chips, built using TSMC’s cutting-edge 3nm process, are 15-20% more expensive than previous-generation chips – a cost increase that directly impacts the iPhone 17 Pro's pricing.

Key Factors Driving the Price Jump:

• Wafer Costs: According to industry reports, TSMC's 3nm production and packaging prices have increased by up to 20% compared to 5nm technology.

• Yield Challenges: Early production yields for 3nm chips reportedly hover around 70-80%, forcing Apple to absorb additional costs.

• Performance Gains: The 3nm process delivers 10-15% better power efficiency and 5-10% faster speeds, justifying some of the premium.

This technological leap comes at a price – quite literally. The increased production costs account for a significant portion of the iPhone 17 Pro's $50 price hike, with Apple passing some of these expenses directly to consumers.

3. The "Pro" Premium 

Pro models have higher margins, contributing significantly to Apple's profits. Loyal users are less sensitive to price increases, willing to pay for better performance, cameras, and the prestige of owning a Pro model.

The Vanilla iPhone 17: Apple’s Strategy

The base iPhone 17 stays at its current price for several reasons:

• Market Expansion Strategy: Apple wants to attract budget-conscious buyers with an affordable entry model.

• Android Competition: The base iPhone 17 remains affordable to lure users switching from Android.

• Supply Chain Leverage: By reusing older components, Apple keeps production costs low without sacrificing quality.

The vanilla iPhone 17 acts as a gateway to the Apple ecosystem, offering a lower-priced entry point.

iPhone 17 Slim: The Wildcard

Rumors suggest the iPhone 17 Slim will replace the Plus model at $949. It fills the gap between the base and Pro models but raises questions about its appeal:

Will it succeed or flop?

The Slim offers a thinner design and better battery life compared to the iPhone 16 Plus, but lacks ProMotion and uses the same chip as the base model.

Pricing Psychology: 

At $949, it’s $100 cheaper than the Pro, but lacks the Pro's perks—will that be enough to justify the price difference?

iPhone 17 vs. iPhone 16: Price Comparison

Will Buyers Accept the Price Hike?

• Pro Users: They’ll likely accept the increase, as they’re already invested in Apple’s ecosystem.

• Casual Buyers: The vanilla iPhone 17 is the default choice for those looking for an affordable iPhone experience.

• Android Users: The Slim may be an entry point to the Apple ecosystem, offering a middle ground between budget and premium.

Conclusion: Apple’s Risky Bet

Apple is betting that:

• Pro Users will pay more for better performance and the prestige of owning a Pro model.

• The Base Model will appeal to a broader audience, keeping users within the Apple ecosystem.

• The Slim will fill the gap for those looking for an affordable iPhone with some upgraded features.

The big question is: will this pricing strategy work, or will buyers revolt? One thing’s for sure: Apple’s pricing game is getting more interesting.

Related Articles

• Apple iPhone 17 Pro Designs Revealed

• iPhone 17 Pro and Pro Max Get Vapor Chamber

• How Slim the Apple iPhone 17 Air Is Compared to the iPhone 17 Pro

• iPhone 17 Pro Max Release Date, Features, Price

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

• iPhone 17 Air Release Date and Price

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

Frequently Asked Questions

1. Why is only the vanilla iPhone 17 not getting a price increase? 

Apple aims to maintain an affordable option to attract new users, especially Android switchers.

2. How much will the iPhone 17 Pro Max cost? 

The Pro Max is expected to start at $1,249, up from $1,199.

3. Is the iPhone 17 Slim replacing the Plus model? 

Yes, it will take the Plus’s spot, priced at $949.

4. Are tariffs the only reason for the price hike? 

No, rising component costs and Apple’s profit strategy are also key factors.

Samsung Permanently Disables Bootloader Unlocking in One UI 8 – No Workaround

Samsung’s One UI 8 update, based on Android 16, brings some exciting new features to Galaxy devices. However, it also includes a significant change: Samsung has permanently removed the ability to unlock the bootloader. This is a big deal for developers, modders, and power users who enjoy customizing their devices. In the past, Samsung allowed users to unlock the bootloader, giving them the freedom to install custom ROMs, root their phones, and tweak the system. Now, that’s all gone. This change has caused frustration within the Android community, and the big question is: why did Samsung make this move?

Quick Summary

• Bootloader unlocking is completely disabled in One UI 8.

• Devices affected include the Galaxy Z Fold7, Z Flip7, and older S/Fold models.

• No workaround exists, as Samsung has deleted the unlocking code.

• This could attract attention from European regulators, especially with right-to-repair laws.

• For users, this means no custom ROMs, root access, or system tweaks.

What’s Changed in One UI 8?

1. The End of Bootloader Unlocking 

In previous updates, Samsung allowed users to unlock their bootloaders through the Developer Options menu or the OEM Unlocking setting. But with One UI 8, this option is completely gone. The unlocking code has been removed from the firmware, and even users who had unlocked their bootloaders in the past are now locked out after updating their devices.

2. Which Devices Are Affected? 

If you have one of the following devices, this update will impact you:

• Galaxy Z Fold7 / Z Flip7 (the first devices to get One UI 8)

• Galaxy S24 Series (beta testers have confirmed the same lock)

• Older Galaxy Fold/Flip models that updated to One UI 8

3. Why Did Samsung Do This? 

Samsung has likely removed the bootloader unlocking feature for several reasons.

• Security: By preventing bootloader unlocking, Samsung aims to block unauthorized software installations and protect users from malware.

• Warranty: Locking the bootloader ensures devices remain within the company’s warranty terms, as modded devices are often voided.

• Corporate Strategy: This move also aligns with a more controlled environment, similar to Apple's approach with its tightly locked-down ecosystem.

Could the EU Step In? 

The European Union has been active in protecting users' rights, especially with right-to-repair laws. This decision could clash with those laws. The EU has previously forced companies like Apple to adopt USB-C charging standards, and they could intervene again if Samsung’s move is seen as anti-competitive. If the EU decides Samsung’s action harms consumers, we could see fines or even a reversal of the decision.

What Does This Mean for Power Users & Developers? 

For those who love customizing their devices, this change is a major setback. Here’s what’s no longer possible:

• Custom ROMs: You can no longer install alternatives like LineageOS or Pixel Experience.

• Rooting: Tools like Magisk and SuperSU are blocked, preventing root access.

• Tweaking the System: Overclocking, undervolting, and other customizations are now off-limits.

• Carrier Unlocking: Bypassing carrier locks is no longer an option.

Community Backlash 

The move has caused a lot of frustration within the Android community. Forums like XDA Developers are filled with complaints, and many users are petitioning Samsung to reverse the decision. On social media, hashtags like #UnlockBootloader have been trending, reflecting the anger from users who feel their freedom to modify their devices has been taken away.

Is There a Workaround? 

Unfortunately, no workarounds exist for unlocking the bootloader. Samsung has completely removed the code that allowed users to unlock their devices. ADB commands, fastboot tools, and third-party programs like Odin and Heimdall won’t work. Even downgrading your device’s software won’t restore the unlock option. The only hope for users is if Samsung changes its mind, but that seems unlikely. The European Union could intervene, but that process might take time.

What Does This Mean for Android Modding? 

Samsung’s decision could set a troubling trend. If other manufacturers follow suit, the future of Android modding could be at risk. Currently, Google Pixel phones are the last flagship devices that remain modder-friendly. As a result, we may see more people flocking to brands that allow bootloader unlocking, like the Nothing Phone or Fairphone.

Frequently Asked Questions

1. Can I still unlock the bootloader on One UI 8? 

No, Samsung has permanently removed the bootloader unlocking feature in One UI 8.

2. Will flashing an older firmware restore the unlock option? 

Unlikely. The new policy is enforced even if you downgrade your firmware.

3. Does this affect my warranty? 

Yes. Samsung voids warranties for unlocked devices, and now, it’s blocking the ability to unlock the bootloader altogether.

4. Can legal action reverse this? 

Possibly. The EU has previously acted on similar restrictions, so it’s not out of the question.

Related Articles

• Samsung Introduces Advanced Security Features in One UI 8 for Android 16, Including Knox Protection and Post-Quantum Cryptography

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

• Samsung Begins Testing One UI 8 Based on Android 16

Final Thoughts: A Step Back for Android Freedom 

Samsung’s decision to disable bootloader unlocking is a blow to the Android community. While there are valid security concerns, the move feels extreme. If the EU steps in, we could see this change reversed, but for now, Samsung’s flagships are no longer the go-to choice for users who want to customize their devices.

What’s Next?

• Share your thoughts with Samsung on their forums.

• Support brands that still allow bootloader unlocking, like Google Pixel and Nothing Phone.

• Keep an eye on potential EU actions.

Samsung Galaxy S25 FE: Storage Variants, Colors, and Expected Release Date Revealed

The Samsung Galaxy S25 FE is quickly becoming one of the most highly anticipated mid-range flagships of 2025. As with past FE models, it's expected to blend flagship features with mid-range pricing. Following the S24 FE's success, new leaks reveal the S25 FE's storage options, colors, and a likely September release. While some competitors have moved towards offering 256GB as the base storage in this category, Samsung seems to be sticking to the 128GB variant for the entry-level model, sparking a debate among tech enthusiasts and fans.

Here’s an exclusive breakdown of the S25 FE’s leaked specifications:

• Confirmed storage variants: 8GB RAM + 128GB storage vs. 8GB RAM + 256GB storage

• Four eye-catching colors: Navy, Icy Blue, Jet Black, and White

• Why a September release makes sense for Samsung's FE strategy

• How the S25 FE compares to rivals like the iPhone 15 and Pixel 8

If you're considering Samsung's next Fan Edition smartphone, here’s everything you need to know before its launch day!

Samsung Galaxy S25 FE Storage: Enough for Power Users?

Leaked Storage Configurations

The Galaxy S25 FE will reportedly be available in two storage variants:

• 8GB RAM + 128GB storage (Base model)

• 8GB RAM + 256GB storage (Upgraded option)

Why This Matters:

Competitors like OnePlus and Apple have already started offering 256GB as standard storage for similar price ranges. The absence of expandable storage Samsung has traditionally omitted microSD slots from its FE models means that potential buyers need to carefully select the storage capacity at the time of purchase. Without the flexibility to expand storage later, users will have to plan ahead based on their storage needs.

Performance Expectations:

The S25 FE might feature UFS 3.1 or UFS 4.0 storage. If the latter is used, the S25 FE could potentially outperform rival devices in terms of app loading times and file transfers. Coupled with 8GB of LPDDR5 RAM, this configuration should handle multitasking smoothly. However, heavy users especially mobile gamers and content creators may find the 256GB variant a better option for future-proofing their device.

Color Options: Navy, Icy Blue, Jet Black & White

The S25 FE is set to launch in four distinct colors: Navy, Icy Blue, Jet Black, and White. These color options are reminiscent of Samsung’s flagship S-series, but each brings something new to the table.

Color Breakdown & Market Appeal:

• Navy – With a glossy metallic finish, this color is aimed at professionals seeking a sleek and refined aesthetic.

• Icy Blue – Featuring a matte pastel finish, this color appeals to trend-conscious, youthful buyers looking for something refreshing.

• Jet Black – A classic, fingerprint-resistant color, perfect for minimalists who appreciate simplicity and elegance.

• White – Clean and timeless, the glossy white finish is designed for users who prefer a sophisticated, understated look.

What's New in the S25 FE Color Palette?

Unlike the S24 FE, which offered Mint Green and Graphite, Samsung has rotated the color palette to refresh the options and cater to a broader range of tastes.

Samsung Galaxy S25 FE Release Date: September 2025?

Why September Makes Sense:

Historically, Samsung has preferred launching Fan Edition models in the fall, with the S23 FE debuting in October 2023 and the S24 FE arriving in September 2025. A September launch for the S25 FE would allow Samsung to steal the spotlight before Apple’s iPhone 16 launch later in the same month, securing attention in a highly competitive market.

Expected Pricing:

Expect the Galaxy S25 FE to be priced at:

• $699 for the 128GB model

• $749 for the 256GB model

This pricing is slightly more affordable than the Pixel 8 Pro, which retails at $799, making the S25 FE an attractive option for users looking for a flagship experience at a lower price.

How Does It Compare to Competitors?

Here’s a quick comparison between the Samsung Galaxy S25 FE, iPhone 15, and Pixel 8 based on key features:

Key Takeaway:

While storage options are similar across these devices, the S25 FE’s Fan Edition perks such as a flagship-grade chipset, IP68 rating, and affordable pricing, could make it a better value than the base iPhone 15, especially for users looking for a premium experience without the premium price tag.

Frequently Asked Questions: 

1. Will the Galaxy S25 FE have a microSD slot?

Unlikely. Samsung has not included expandable storage in FE models since the S20 FE.

2. Is the 128GB model enough for most users? 

Yes, for casual users. However, gamers and 4K videographers may want to opt for the 256GB version for more room.

3. Are the S25 FE colors the same as the S24 FE? 

No! The S24 FE featured Mint Green and Graphite, while the S25 FE introduces Navy and Icy Blue, offering fresh new color options.

Related Articles

• Why Did Samsung Give the S25 FE 45W Charging But Leave the Tab S10 Lite at 25W?

• Samsung Galaxy S25 FE Leak: LTPO Display, 45W Charging

• Samsung Galaxy S25 FE Camera Leak: What to Expect from Its Telephoto, Ultrawide, and Main Sensors

Final Verdict: Should You Wait for the S25 FE?

If you’re after a premium Samsung experience without the steep price of the Ultra models, the Galaxy S25 FE presents a solid option, especially if you’re okay with 128GB as the base storage.

Get it if:

• You appreciate Samsung’s Fan Edition value.

• The Icy Blue or Navy colors appeal to you.

• A September release fits your upgrade schedule.

Skip it if:

• You need more than 256GB of storage.

• You’re waiting for Galaxy AI features, likely reserved for the S25 Ultra.

Pro Tip:

Watch for Black Friday deals! Last year, the S24 FE saw a $100 discount just weeks after launch, so waiting for a deal might save you some extra cash.

Exynos 2600 Beats Snapdragon 8 Elite in GPU Benchmark – 15% Faster?

Samsung’s Exynos 2600 has generated excitement, with leaked benchmarks suggesting its Xclipse 960 GPU is 15% faster than Qualcomm’s Snapdragon 8 Elite in 3DMark’s Steel Nomad Light test. However, these numbers come from a controlled test bench, not real-world conditions.

The Exynos 2600 is expected to debut in the Galaxy S26 series in early 2026, while Qualcomm’s Snapdragon 8 Elite 2 is also on the horizon. The question is: Is this performance lead sustainable? Let's break down the data, cooling limitations, and the future of the chipset competition.

Breaking Down the Benchmark Leak

The first hint of the Exynos 2600's capabilities came from a leak by @Jukanlosreve on X (formerly Twitter), showing the chipset scoring 3,135 points in 3DMark Steel Nomad Light—a 15% advantage over Snapdragon 8 Elite's estimated 2,700 points.

Key details to consider:

• The Xclipse 960 GPU was tested in a controlled test bench environment, which provides unrestricted cooling, unlike real-world smartphones where thermal throttling limits performance.

• The Exynos 2600 is still in development, so clock speeds and optimizations could change before its official release.

• Qualcomm's Snapdragon 8 Elite 2 is expected to debut in 2026, potentially shifting the performance balance.

Why the Exynos 2600’s Lead Might Be Misleading

While the Exynos 2600's benchmark results are promising, several factors may prevent this lead from translating into real-world performance:

Test Bench vs. Real-World Performance: 

Test bench conditions allow chips to perform at peak speeds without thermal throttling. In real-world scenarios, smartphones face heat buildup, which reduces performance. As a result, the 15% lead might shrink in day-to-day use.

Snapdragon 8 Elite 2: 

Qualcomm's next-gen Snapdragon 8 Elite 2, with an upgraded Adreno GPU, could reclaim the performance crown, especially given Qualcomm’s track record in sustained performance and thermal management.

Samsung’s Exynos History: 

Samsung’s Exynos chips have often struggled with thermal efficiency. The Exynos 2200, for example, faced issues with AMD’s RDNA2 graphics, leading to underwhelming performance. It remains to be seen whether the Exynos 2600 will break this cycle.

Performance Comparison: Exynos 2600 vs. Snapdragon 8 Elite

Here’s a comparison of the Exynos 2600 and Snapdragon 8 Elite based on the leaked data:

What This Means for Future Smartphones

If the Exynos 2600’s lead holds in real-world testing, Samsung could challenge Qualcomm’s dominance in GPU performance. However, several factors will shape the final outcome:

• Real-World Gaming: In addition to benchmarks, sustained gaming performance, thermal throttling, and battery life will be key factors.

• Battery Life and Heat Management: Snapdragon has a history of excelling in power efficiency and thermal management, which could give it an edge in real-world use.

• Snapdragon 8 Elite 2: Qualcomm’s next-gen chip could respond to the Exynos 2600’s performance, as they have historically led in sustained GPU performance.

Frequently Asked Questions: 

Q: Is the Exynos 2600 really 15% faster than Snapdragon 8 Elite? 

A: In the early 3DMark benchmarks (in test bench conditions), yes. However, real-world performance may differ due to thermal throttling, so this lead might not hold in day-to-day use.

Q: When will the Exynos 2600 launch? 

A: The Exynos 2600 is expected to debut with the Galaxy S26 series in early 2026.

Q: Should I wait for the Snapdragon 8 Elite 2? 

A: If raw GPU power is your priority, Qualcomm’s next-gen chip could be worth waiting for, as it might outperform the Exynos 2600 in real-world usage.

Related Articles

• apdragon 8 Elite 2 Smashes Records: 4.74 GHz CPU Clock Speed Dominates Dimensity 9500

• Qualcomm Snapdragon 8 Elite 2 AnTuTu Score Leaked

• Snapdragon 8 Elite Beats Apple A18 Pro

• Qualcomm Snapdragon 8s Gen 4: Unleashing Power with Kryo CPU and Adreno 825 GPU

Final Verdict: Promising, But Too Early to Call

The Exynos 2600’s early benchmark lead is undeniably impressive, but history has taught us that synthetic test scores don’t always equate to real-world dominance. Until we see the following:

• Retail device testing, accounting for thermal throttling and battery impact

• The response from Snapdragon 8 Elite 2

• Final clock speeds and optimizations for the Exynos 2600

• The GPU crown remains up for grabs. Both companies have a lot to prove, and it’s still anyone’s game in the race for mobile chip supremacy.

Xiaomi Ends HyperOS 2 Support for 9 Phones, Shifts Focus to Android 16-Based HyperOS 3

Xiaomi has officially ended development for its HyperOS 2, announcing that the software will no longer receive updates as the company focuses entirely on the next-generation operating system, HyperOS 3. Based on Android 16, HyperOS 3 is designed to deliver smoother animations, improved performance, and a more polished user interface. However, this abrupt transition leaves nine Xiaomi, Redmi, and Poco devices without future support, with their final security patches set to release in September 2025.

This shift marks Xiaomi’s aggressive push toward a refined OS with an emphasis on user experience. While it promises a better, faster, and smoother system, the sudden discontinuation of HyperOS 2 has left many users questioning the long-term software strategy for their devices.

Will HyperOS 3 live up to expectations? Which devices are left behind in the update cycle? Let's dive into the details.

HyperOS 2 Officially Dead: What This Means for Users

Xiaomi’s Feedback App officially confirmed that the development of HyperOS 2 has come to an end, with the company shifting all its focus toward HyperOS 3. The following points summarize the key changes and their implications for users:

• No more updates for HyperOS 2 — Only critical security fixes, if any, will be released going forward.

• Full transition to HyperOS 3 — Xiaomi’s development team is now entirely focused on building HyperOS 3, based on Android 16.

• End of support for 9 devices — These models won’t receive the HyperOS 3 upgrade, marking the final updates in September 2025.

For additional insights into this transition and Xiaomi’s future software plans, you can visit the Xiaomi newsroom.

Why Did Xiaomi Kill HyperOS 2 So Soon?

Xiaomi’s shift away from HyperOS 2 to HyperOS 3 can be explained by several key factors:

• Android 16 Integration: HyperOS 3 is built from the ground up to integrate with Android 16, which demands complete attention and development resources.

• Streamlined Development: Maintaining two different OS versions split Xiaomi’s resources. The company made the decision to focus on the future by prioritizing HyperOS 3.

• User Experience Overhaul: HyperOS 3 promises smoother animations, faster response times, and a cleaner user interface, which is set to elevate the overall user experience.

The 9 Xiaomi Phones Losing Support in September 2025

For users owning any of the following devices, September 2025 will be the last time they receive security updates. These models will no longer be eligible for HyperOS 3:

1. Redmi Series:

• Redmi A1
  
  
• Redmi A1+
  
  
• Redmi 11 Prime 4G

2. Poco Series:

• Poco C50

• Poco M5
  

3. Xiaomi & Mi Series:

• Xiaomi 11T

• Xiaomi 11T Pro

• Mi 11 Lite 5G NE

• Mi 11 LE
  

What Happens After Support Ends?

Once support for HyperOS 2 ends, users of affected devices will face several challenges:

• No new security patches: This will increase the vulnerability risks for users.

• No HyperOS 3 upgrade: These devices will be stuck on the final version of HyperOS 2, missing out on future improvements.

• Limited app compatibility: As Android evolves, future updates may break compatibility with apps, causing functionality issues.

Recommendation: If you're using one of the affected models, consider upgrading to a newer Xiaomi device that will receive HyperOS 3.

HyperOS 3: What’s New & What’s Still Unknown

HyperOS 3, based on Android 16, is expected to introduce several significant improvements, including:

1. Confirmed Improvements:

• Animation Smoothness: HyperOS 3 promises to provide more fluid transitions and interactions, making the UI feel more polished.
• System Responsiveness: Faster app launches and improved multitasking performance.
• Redesigned UI: A cleaner, more modern look with better theming options.
• Optimized Performance: Enhanced RAM management and battery efficiency to provide a smoother experience. 

2. Unanswered Questions:

• Release Date? Xiaomi has yet to confirm the official release date for HyperOS 3.
• Eligible Devices? Will older flagship models like the Xiaomi 13 series receive the update?
• HyperOS 26? A potential rebrand of HyperOS 3 in 2026 is rumored, but not confirmed.

A Strategic Shift with Unclear Implications

Xiaomi’s decision to end HyperOS 2 support and focus on HyperOS 3 is a bold move aimed at creating a more polished, performance-driven OS to compete with Samsung's One UI and Apple's iOS. However, the sudden nature of this transition and the lack of clear communication around the timeline for updates and eligible devices have left many Xiaomi users frustrated and uncertain about future software support.

If you own an affected device, it’s crucial to back up your data and consider upgrading to a newer model. For those still waiting, HyperOS 3 may be Xiaomi’s biggest software leap yet—but only time will tell if it lives up to the hype.

Frequently Asked Questions: 

1. Is HyperOS 3 based on Android 16? 

Yes, HyperOS 3 is expected to launch with Android 16 integration.

2. What happens if my phone loses support? 

You’ll no longer receive security updates, and there may be compatibility issues with apps as Android updates progress.

3. Why is Xiaomi skipping HyperOS 2 updates? 

Xiaomi is focusing entirely on HyperOS 3, which promises a smoother and more optimized experience for users.

4. Could HyperOS 3 be called HyperOS 26 later? 

It’s possible. Xiaomi may rebrand the OS in 2026 for consistency with their future software strategies.

Related Articles

• Xiaomi Redmi 15 Renders Leak: Triple Cameras, New Colors & Thinner Bezels Revealed

• Xiaomi 15 Ultra Global Launch Date Officially Announced for March 2nd, 2025

• Xiaomi 15 Ultra Details: A Camera Flagship Redefining Smartphone Excellence

• Xiaomi 15 Pro: Meet Flagship Power with Snapdragon 8 Elite, 50MP Leica Cameras, and 6100mAh Battery

• Xiaomi 15 Ultra Officially Showcased: Camera Specs, Features & What You Need to Know

Final Thoughts

• Xiaomi’s transition from HyperOS 2 to HyperOS 3 is a bold but necessary step to stay competitive in the smartphone software space. 

• While exciting, the rapid change leaves many users in the lurch, especially those with devices that are no longer supported. 

• As Xiaomi rolls out HyperOS 3, it will be crucial to keep an eye on official updates and announcements regarding future compatibility and features.