Category: Phones

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  • Samsung Galaxy S26 Ultra: Major Display Upgrade with a Catch

    Samsung Galaxy S26 Ultra: Major Display Upgrade with a Catch

    Key Takeaways

    1. The Galaxy S25 Ultra and Galaxy S24 Ultra feature OLED displays with a brightness of up to 2,600 nits but are not energy-efficient.
    2. The upcoming Galaxy S26 Ultra will use new M14 material and CoE technology for enhanced brightness and power efficiency.
    3. CoE technology will allow for a thinner display by replacing polarizing plates with a color filter, reducing energy consumption.
    4. The Galaxy S26 Edge and Galaxy S26 Pro will not benefit from the new M14 material and will continue using the older M13 material.
    5. Samsung has experience with CoE technology from its foldable devices, but details about the Galaxy S26 Ultra’s new display technology are not officially confirmed.

    The Galaxy S25 Ultra and Galaxy S24 Ultra feature outstanding OLED displays that can reach a brightness of up to 2,600 nits. However, their underlying technology isn’t the most energy-efficient. The upcoming Galaxy S26 Ultra might change this, as Samsung reportedly plans to use improved technology and new materials to enhance brightness and energy savings. Unfortunately, the Galaxy S26 Pro and Edge variants will not benefit from these advancements.

    New Developments in OLED Technology

    As per a report by ET News (translated from Korean), Samsung Display has created a new material called M14, and will be employing Color-filter-on-thin-film-encapsulation (CoE) technology for the OLED screen in the Galaxy S26 Ultra. This upgrade means the display can be thinner while achieving greater brightness and improved power efficiency. There are guesses that Apple might utilize the M14 material in its iPhone 17 series, potentially putting the Galaxy S26 Ultra on equal footing, if not better.

    Comparison with Previous Models

    Currently, Samsung uses M13 material in its Galaxy S24 Ultra and Galaxy S25 Ultra, along with a polarizing layer. While these phones are already bright, the polarizing plates contribute to a thicker display and require more energy to achieve that brightness. The new CoE technology will replace the polarizing plates with a color filter, and the internal reflections will be minimized by a black Pixel Define Layer (PDL).

    Limitations for Other Models

    There have been previous reports about the CoE technology making its way into the next generation of Galaxy S flagships, but the introduction of M14 material is a fresh piece of news. It’s worth mentioning that Samsung has experience with CoE, as its foldable devices, starting from the Galaxy Z Fold 3, have already featured this OLED technology.

    Sadly, the Galaxy S26 Edge and Galaxy S26 Pro (which is believed to be the new base variant) will not receive this upgrade. According to the report, these models will continue using the older M13 material. It’s important to note that Samsung has not officially confirmed any details regarding the new display technology for the Galaxy S26 Ultra, so this information should be taken cautiously.

    ET News via Android Authority

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  • iQOO 15 Launches Color-Changing Edition with Snapdragon 8 Gen 5

    iQOO 15 Launches Color-Changing Edition with Snapdragon 8 Gen 5

    Key Takeaways

    1. iQOO is set to launch the iQOO 15 smartphone featuring the Snapdragon 8 Elite Gen 5 processor, with no specific release date announced yet.
    2. The iQOO 15 will have a unique color-changing version called the “Lingyun” edition, which shows a two-tone design depending on the viewing angle.
    3. The color-changing feature is more dynamic than similar models, like the Realme 14 Pro Plus, and includes RGB lighting on the camera area.
    4. Expected specifications include a battery exceeding 7,000 mAh, support for 100W fast charging, a 50 MP main camera, a 50 MP telephoto periscope, and an ultrawide sensor.
    5. The launch event for the iQOO 15 is anticipated around the end of October 2025, following Vivo’s X300 series release.

    iQOO is preparing to introduce one of the first smartphones equipped with the Snapdragon 8 Elite Gen 5, named the iQOO 15. Although the company has not disclosed the specific launch date for this flagship device, a recent teaser has highlighted the color-changing version of the smartphone.

    Color-Changing Edition

    This unique color-changing model was recently showcased in a leaked hands-on video. According to iQOO, it will be known as the “Lingyun” edition in China. If this variant makes its way outside of China, it will probably be marketed under a different name.

    As shown by iQOO, the “Lingyun” edition will generally appear grayish from standard viewing angles. However, when viewed from certain perspectives, the back exhibits a two-tone design with pinkish-red accents throughout.

    Unique Design Features

    While the iQOO 15 “Lingyun” edition’s color-shifting feature will make it visually distinctive, this idea is not entirely novel. For instance, Realme previously released the Realme 14 Pro Plus, which features a color-changing back that responds to the surrounding temperature.

    In contrast, iQOO’s version offers a more dynamic experience. Combined with the RGB lighting on the camera area, this color-changing model is expected to be more eye-catching than other upcoming flagship devices.

    Additional Specifications

    Besides showcasing the color-changing model, iQOO has not disclosed any further details in the teaser. However, based on earlier leaks, this Snapdragon 8 Elite Gen 5 flagship is expected to come with a substantial battery exceeding 7,000 mAh and support for 100W fast charging (140W Anker 737 power bank currently priced at $87.99 on Amazon).

    Rumors also suggest that the iQOO 15 will include a 50 MP main camera along with a 50 MP telephoto periscope on the rear, and there should be an ultrawide sensor available too. As for the launch event, it is anticipated to occur around the end of October 2025, following Vivo’s release of the X300 series.

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    iQOO 15 Launches Color-Changing Edition with Snapdragon 8 Gen 5

     

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  • Samsung Increases DRAM and Flash Memory Prices by Up to 30%

    Samsung Increases DRAM and Flash Memory Prices by Up to 30%

    Key Takeaways

    1. Price Increases: Samsung has raised prices for LPDDR4X, LPDDR5X chips, and UFS/eMMC storage, with increases up to 30% for LPDDR5X.

    2. Market Drivers: The price hikes are driven by the upcoming launch of new mobile devices and increased demand for data centers, particularly for AI applications.

    3. Shifts in Memory Usage: There is a growing demand for GPU memory chips as more companies are investing in AI, redirecting graphics DRAM from traditional uses.

    4. Anticipated Price Surge: The memory price rise was expected due to prior inventory drops and companies stockpiling chips to avoid tariffs.

    5. Future Trends: Analysts predict that the current demand will continue to outstrip supply, leading to higher prices for smartphones, laptops, and SSDs into next year.

    After SanDisk and Micron, Samsung, a major player in mobile device memory, has informed OEMs of a price hike for its LPDDR4X and LPDDR5X chips, along with UFS and eMMC flash storage products.

    Price Increases Across the Board

    SanDisk has announced a 10% increase in MSRP for its memory products, while Samsung’s price adjustments mimic this starting point and can escalate up to 30% for the LPDDR5X memory chips. These chips are integral to high-end flagship devices such as the Galaxy Z Fold 7, which is currently offered at a $300 discount on Amazon, as well as tablets and laptops.

    Reasons Behind the Move

    This bold decision is believed to be driven by the upcoming launch of sought-after mobile devices and the rising demand for data centers that support the AI boom. Furthermore, the demand for GPU memory chips is growing. Graphics DRAM, once primarily used in gaming consoles or graphics cards, is increasingly being redirected to server GPUs executing machine learning tasks, fueled by substantial investments in AI features from nearly all leading tech firms.

    Market Trends and Predictions

    The memory price surge from Samsung, SanDisk, Micron, and others has been anticipated since spring, despite a temporary price drop caused by excess inventory. In subsequent quarters, some companies began stockpiling chips to avoid potential tariffs during a 90-day grace period, while simultaneously depleting inventories due to a quicker rollout of new products. This has set the stage for the recent announcements regarding memory price increases.

    The decline in DDR4 memory inventory, combined with the fast-paced construction or upgrading of AI data centers—which require numerous enterprise-grade SSDs—has led to the current price hikes, as demand now surpasses supply, industry analysts say. This trend is expected to persist into next year, possibly leading to higher prices for smartphones, laptops, and SSDs to match the growing demand.

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  • TSMC Raises N3P Node Prices by Up to 24% for Qualcomm, MediaTek

    TSMC Raises N3P Node Prices by Up to 24% for Qualcomm, MediaTek

    Key Takeaways

    1. Apple’s A19 and A19 Pro SoCs show significant performance improvements, especially in GPU capabilities, compared to previous generations.
    2. Qualcomm and MediaTek are set to release their high-end SoCs, Snapdragon 8 Elite Gen 5 and Dimensity 9500, which may challenge Apple’s A19 Pro.
    3. TSMC’s new N3P process has increased prices by 20%, impacting costs for MediaTek and Qualcomm, while Apple may benefit from better pricing due to its status as TSMC’s largest client.
    4. A projected 50% price hike for TSMC’s 2 nm process could lead to higher costs for flagship smartphone SoCs, affecting future device pricing.
    5. Upcoming flagship devices, including those from Vivo, Xiaomi, Oppo, and the Galaxy S26 series, may be priced higher due to increased manufacturing costs.

    With the unveiling of the A19 and A19 Pro SoCs, Apple has demonstrated a remarkable improvement in performance compared to previous generations, particularly in the GPU sector. Not wanting to fall behind, Android chip makers Qualcomm and MediaTek are preparing to launch their top-tier SoCs, the Snapdragon 8 Elite Gen 5 and the Dimensity 9500.

    Performance Comparison

    If the leaks regarding performance are accurate, the Apple A19 Pro may face stiff competition as both the Dimensity 9500 and Snapdragon 8 Elite Gen 5 seem to be exceptionally powerful. Nonetheless, Apple might have a significant edge in one key area: pricing.

    Cost Increases

    A recent report from China Times indicates that TSMC’s new N3P “3 nm” process node has seen a 20% price hike compared to the previous generation. Because of this increase, TSMC is reportedly charging MediaTek 24% more for the N3P than the last-gen, and Qualcomm is facing a 16% increase as well.

    The report doesn’t mention Apple, which leads us to think that either TSMC is not overcharging Apple or that Cupertino has negotiated a discount on the price hike and is paying significantly less than MediaTek and Qualcomm. Allegedly, Apple is TSMC’s largest client and, according to Taiwanese sources, is expected to account for 22-25% of TSMC’s total revenue by 2026. Thus, it seems reasonable that TSMC would offer Apple a more favorable deal than other chip manufacturers.

    Future Impacts

    In addition, TSMC is reportedly increasing the price of the 2 nm process node by “at least” 50% due to high research and development costs and yield issues. This will impact flagship smartphone SoCs next year, with unit costs potentially reaching up to $280. TSMC is also said to be offering no discounts or bargaining options.

    Smartphone manufacturers like Vivo, Xiaomi, and Oppo are gearing up to launch their latest flagship devices. These upcoming models, powered by the Qualcomm Snapdragon 8 Elite Gen 5 and MediaTek Dimensity 9500, might be priced higher than their predecessors.

    Outlook for Upcoming Flagships

    A similar trend could be expected for the Galaxy S26 series, which is anticipated to utilize both the Exynos 2600 and Snapdragon 8 Elite Gen 5 in the upcoming year.

    Lastly, if TSMC’s rumored 50% price increase for the 2 nm process node is accurate, then flagship devices launched in the latter half of 2026, like the Apple iPhone 18, are likely to carry a significant price premium over their last-gen versions. Therefore, if you’re considering an upgrade, now could be an excellent time, as many Android flagships are currently available at substantial discounts.

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  • iPhone 17 Pro Max Durability Test: Scratchgate Blame on Apple

    iPhone 17 Pro Max Durability Test: Scratchgate Blame on Apple

    Key Takeaways

    1. JerryRigEverything’s latest durability test criticized Apple’s design choices for the iPhone 17 Pro and Pro Max, particularly regarding scratch issues.
    2. The anodisation process creates a protective oxide layer on the aluminum body, but it is ineffective on sharp edges, leading to vulnerability to scratches.
    3. Apple did not round the edges of the camera area for aesthetic reasons, which compromises scratch resistance compared to the rest of the device.
    4. Common items like keys and coins can easily damage the protective layer on the camera edges, unlike the rest of the phone which might only require wiping to remove scratches.
    5. The new Ceramic Shield 2 display glass shows visible scratches at Mohs level 8, indicating an improvement in durability compared to older iPhone models.

    The latest durability assessment on JerryRigEverything’s YouTube channel has been somewhat atypical. The host, Zack Nelson, known as JerryRigEverything, used a crane scale to test the iPhone Air and didn’t hold back in his critique of Apple regarding the iPhone 17 Pro and Pro Max, which were examined in Orange and Blue, respectively. Zack pointed out that the many claims about scratched iPhones are valid and stem from issues that could have been avoided, implying that Apple is solely responsible for the situation dubbed “Scratchgate.”

    Explanation of the Issue

    JerryRigEverything provided a reasonable theory for this problem: During the anodisation process, the aluminium unibody of the phone gets a hard oxide layer, which is meant to shield the metal underneath from damage due to the environment. Even though this layer is rated at 9 on the Mohs hardness scale, it cannot be applied to sharp edges. Following the required DIN standard, Apple should have slightly rounded the edges of the camera area to enhance scratch resistance, akin to the rest of the device. However, it seems the company chose not to do this for aesthetic reasons.

    Consequences of Design Choices

    This choice has significant effects on the look of the large camera module. JRE effectively illustrated this using a microscope, showing that common items like keys and coins can easily scrape away the thin protective layer on the edges. While scratch residues from other objects can be wiped off the rest of the iPhone, the edges of the camera plateau are different; the delicate oxide layer actually comes off if the phone is not safeguarded by a case from the start.

    The durability test provides some confirmation of the many reports about scratched iPhone 17 demo units. Still, it’s worth noting that some scratches on the display glass or flat aluminium surfaces might be removable with a simple wipe, which has been seen in earlier iPhone models. The remaining parts of the durability test did not highlight any other serious issues: The new Ceramic Shield 2 display glass began to show visible scratches at Mohs level 8 (similar to the iPhone Air), indicating a clear improvement compared to older iPhone versions.

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  • Xiaomi 17 Series: New Official Photos Before Launch

    Xiaomi 17 Series: New Official Photos Before Launch

    Key Takeaways

    1. Xiaomi is launching Snapdragon 8 Elite Gen 5 flagship smartphones in China, including standard and Pro models.
    2. The non-Pro Xiaomi 17 features a new camera island design and is available in white and sky blue, lacking a secondary display.
    3. The phone has a 6.3-inch flat screen, 1.18 mm bezels, and weighs 191 grams, with “ultra-elliptical R-angle corners” for a smoother feel.
    4. The Xiaomi 17 Pro comes in “Cold Smoke Purple,” while the Pro Max is available in “Forest Green,” both maintaining similar display features.
    5. Future teasers are expected to reveal display sizes for the Pro models, with the Pro likely at 6.3 inches and Pro Max possibly at 6.73 inches.

    Xiaomi is about to launch its Snapdragon 8 Elite Gen 5 flagship smartphones in China. The company has shared the designs for both the standard and Pro models, and they have now revealed the Xiaomi 17 series phones in various colors.

    Design Highlights

    Among the three models, the non-Pro Xiaomi 17 is available in white and sky blue. It’s the only flagship model that lacks a secondary display on the rear. On the back, as mentioned in our previous updates, the standard phone displays some design changes.

    When compared to its predecessor, the Xiaomi 15, the new non-Pro Snapdragon 8 Elite Gen 5 flagship features a newly designed camera island. This time, it has a rounder square shape, differing from the relatively square look of the earlier model. This redesign allows the camera island to blend seamlessly with the phone’s body, contrasting with the dual-tone design of the previous non-Pro flagship.

    Specifications and Features

    With this announcement, Xiaomi has confirmed the phone will come with a 6.3-inch flat screen with 1.18 mm bezels. The display has a 19.6:9 aspect ratio, and the device is said to weigh just 191 grams, about 0.42 lbs. Xiaomi also highlights the “ultra-elliptical R-angle corners,” giving the smartphone a rounder feel compared to its predecessor.

    As for the other two models, the Xiaomi 17 Pro appears in a “Cold Smoke Purple” color, while the “Forest Green” variant of the Pro Max is featured in the new images. The company mentions that the Pro models also include flat screens, 1.18 mm bezels, and a “super-elliptical R corner design.”

    Future Teasers

    While Xiaomi has not disclosed the display sizes for the higher-end models, it’s anticipated that the Xiaomi 17 Pro will have a 6.3-inch screen, and the Pro Max might include a larger 6.73-inch display. More details about the Snapdragon 8 Elite Gen 5 phones are likely to be unveiled in upcoming official teasers.

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  • MediaTek Dimensity 9500 Launches: Major Upgrades vs. 9400

    MediaTek Dimensity 9500 Launches: Major Upgrades vs. 9400

    Key Takeaways

    1. MediaTek launched the Dimensity 9400 Plus, competing with Apple A19 Pro and Snapdragon 8 Gen 5 Elite.
    2. The Dimensity 9400 Plus features new Lumex CPU cores and the Mali-G1 Ultra GPU, enhancing performance.
    3. It boasts a 32% improvement in single-threaded tasks and a 16% boost in multi-threaded tasks compared to its predecessor.
    4. The Mali G1-Ultra GPU shows a 33% increase in performance and a 119% rise in ray tracing speed.
    5. The chipset supports UFS 4.1 storage and will be used in upcoming smartphones like Oppo Find X9 and Vivo X300, launching mid-October.

    MediaTek has introduced a competitor to the Apple A19 Pro and the soon-to-come Snapdragon 8 Gen 5 Elite with the launch of the Dimensity 9400 Plus this spring. The Dimensity 9400 Plus expands upon the original Dimensity 9400, which can be found in devices like the Galaxy Tab S11 (currently priced at $859.99 on Amazon) and other premium gadgets. Notably, the Dimensity 9500 is the inaugural chipset from MediaTek that utilizes ARM’s v9.3 architecture combined with TSMC’s N3P nodes.

    New CPU and GPU Features

    This marks the debut of the Lumex CPU cores and the Mali-G1 Ultra GPU, which ARM announced just this month. MediaTek has enhanced ARM’s new 12-core GPU with a single C1-Ultra CPU core running at 4.21 GHz, three C1-Premium cores operating at 3.5 GHz, and four C1-Pro cores capped at 2.7 GHz.

    Performance Improvements

    According to official statements, the Dimensity 9500 is expected to outperform its predecessor by 32% in tasks that require single-threading and around 16% in tasks that utilize multiple threads. Furthermore, the Mali G1-Ultra is reported to provide a 33% enhancement in GPU performance, along with a significant 119% increase in ray tracing speed. MediaTek also asserts that the Dimensity 9500 operates with 37% greater efficiency under CPU strain and 42% better in GPU-intensive applications.

    Additional Upgrades and Launch Plans

    The Dimensity 9500 includes several other improvements over the Dimensity 9400, such as support for UFS 4.1 storage, an NPU 990, and MediaTek’s Imagiq 1190 imaging engine. This chipset will be featured in the soon-to-be-released Oppo Find X9 and Vivo X300, including their Pro variants. At the moment, these four smartphones are anticipated to launch in mid-October, with global availability confirmed for the Find X9 series as well.

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    MediaTek Dimensity 9500 Launches: Major Upgrades vs. 9400

     

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  • iPhone 17 Pro Max Camera Beats Samsung Galaxy S25 Ultra in Reviews

    iPhone 17 Pro Max Camera Beats Samsung Galaxy S25 Ultra in Reviews

    Key Takeaways

    1. The iPhone 17 Pro and Pro Max feature a 48MP 4x telephoto lens, enhancing camera performance significantly compared to the regular iPhone 17.
    2. Early comparisons between the iPhone 17 Pro and Samsung Galaxy S25 Ultra highlight the iPhone’s superior low-light and nighttime photography capabilities.
    3. The new 18MP Center Stage front camera on the iPhone 17 series offers better versatility and performance, especially for nighttime selfies and video stabilization.
    4. Both iPhones and Galaxy S25 Ultra struggle with macro photography, but the Galaxy performs slightly better in this area, while dedicated telemacro options exist in other brands.
    5. The iPhone 17 Pro outperforms the Galaxy S25 Ultra in DxOMark rankings, but Samsung offers unique features like 8K video and advanced AI capabilities.

    One of the key reasons to choose an iPhone 17 Pro or iPhone 17 Pro Max instead of the regular iPhone 17 is the enhanced camera, which now features a 48MP 4x telephoto lens. It’s not surprising that many early evaluations are concentrating on the camera’s performance, especially since we’ve already witnessed drop tests and initial teardown clips this past weekend after the phone’s official launch.

    YouTube Comparisons

    In their first videos regarding the new Pro iPhone, two prominent YouTubers have drawn comparisons to the Samsung Galaxy S25 Ultra, which is also rather expected. This phone is the most commonly available Android flagship, even though some people argue that it struggles to compete with premium smartphone cameras from Chinese brands, like the Vivo X200 Ultra.

    Camera Innovations

    For both MrWhosetheboss and SuperSaf, the new 18MP Center Stage front-facing camera on the iPhone 17 series is a notable advancement. It not only surpasses Samsung’s equivalent in terms of dynamism but also offers more versatility with its flexible formats. The iPhone 17 excels in taking selfies at night, and its video stabilization shows improvement too. However, SuperSaf does favor selfies taken with a flash in very dark settings on the Galaxy S25 Ultra.

    Nighttime Performance

    When directly compared, the new iPhone outshines its predecessor, particularly in low-light conditions. For instance, there’s a reduction in jitter artifacts in dim videos. Numerous examples shared by these two YouTubers demonstrate that the iPhone 17 Pro Max is superior in illuminating challenging scenes. Even in telephoto comparisons, where Samsung typically excels during the day, Apple takes the lead as lighting conditions worsen. For example, text captured at 20x zoom appears clearer on the iPhones, even with Samsung’s optical advantages.

    Macro Photography

    Neither device handles macro shots flawlessly. While both Apple and Samsung can take macro pictures using their ultrawide cameras, both YouTubers agree that the Galaxy S25 Ultra does slightly better. For those looking to capture macro images with a telephoto lens, options like Vivo, Xiaomi, or Oppo flagships are preferable, as they can shoot telemacro from mere inches away. With the iPhone 17 Pro Max’s 4x telephoto, you need to be about 3 feet from the subject to achieve a clear image, while the Galaxy S25 Ultra performs in between and takes this category.

    Zoom Capabilities

    Regarding zoom, both smartphones showcase their strengths when the optical telephoto focal length is perfectly aligned. Samsung generally excels at 3x and 5x zoom, while the iPhone 17 Pro Max tends to render superior pictures at 4x and 8x. As previously mentioned, the advantage often shifts in Apple’s favor at night; however, Ice Universe has noted artifacts appearing on the Galaxy S25’s telephoto camera during daylight. In the X post linked above, images taken at approximately 9x-10x zoom reveal odd artifacts on the Galaxy S25 Ultra, attributed to Samsung’s zoom algorithms. This issue becomes even more noticeable when closely examining 30x zoom shots from both devices. Those who are willing to take the risk seem to discover more natural details on the iPhone 17 Pro, while the Galaxy S25 Ultra presents overly sharpened and distorted images.

    Overall Rankings

    The iPhone 17 Pro also significantly outperforms the Galaxy S25 Ultra in DxOMark’s assessment of top smartphone cameras. Nonetheless, both devices have their strengths and weaknesses beyond just camera capabilities. For instance, Samsung is the only brand offering 8K video, and its Galaxy AI features often operate more effectively than Apple’s Intelligence counterpart. A Pro mode is also only present on Android flagships, at least with standard software. Conversely, only Apple permits users to customize the photo style using Photographic Styles, which is somewhat achievable on Vivo and Xiaomi devices.

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  • OnePlus 15 Leaked Images Ahead of Official Release

    OnePlus 15 Leaked Images Ahead of Official Release

    Key Takeaways

    1. The OnePlus 15 is expected to feature a Snapdragon 8 Elite Gen 5 chip for high performance.
    2. A leaked photo suggests the phone will have a square camera setup with a triple camera arrangement on the back.
    3. The device will not include Hasselblad branding and will introduce OnePlus’s own DetailMax Engine.
    4. The OnePlus 15 may have a 165Hz refresh rate display and a larger battery with faster charging capabilities.
    5. The smartphone is set to launch in China first before expanding to global markets.

    Many new smartphones from China are set to be unveiled in October. Among them is the OnePlus 15, which has previously appeared on Geekbench with a Snapdragon 8 Elite Gen 5 chip. Recently, a new photo has been shared on Weibo, a social media platform in China, showing what is thought to be the OnePlus 15.

    Leaks and Features

    A professional esports league named PEL posted a picture on Weibo of a new OnePlus device. According to Digital Chat Station, a well-known leaker, this device is likely the OnePlus 15. This aligns with earlier leaks, which indicated that the phone will come with a square camera setup. It also bears some resemblance to the OnePlus 13s, which was released earlier this year as a compact flagship device. The rumored OnePlus 15 appears to have a triple camera arrangement on the back, in contrast to the dual camera arrangement of the 13s. Furthermore, it’s important to mention that there’s no Hasselblad branding on this model, as the collaboration has concluded, and OnePlus will introduce its own DetailMax Engine.

    Design and Specifications

    The rumored device seems to sport a white color. A prior leak has suggested that the phone will also be available in a new color inspired by earthy shades. There were earlier rumors indicating that the OnePlus 15 would be geared towards performance, which is now more apparent since it has been highlighted by an esports league. Speculation points to a potential BOE X3 oriental display with a 165Hz refresh rate. Additionally, it might come with a larger battery that supports faster charging compared to the OnePlus 13. It is anticipated that the smartphone will first launch in China before making its way to global markets.

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  • Foldable iPhone Design: Two iPhone Airs Stuck Together?

    Foldable iPhone Design: Two iPhone Airs Stuck Together?

    Key Takeaways

    1. The foldable iPhone design is expected to resemble two iPhone Airs connected, focusing on a slim profile with flat edges and a titanium frame for durability.

    2. The device’s thickness will be around 9 to 9.5mm when closed and 4.5mm when opened, placing it between competitors like Samsung and Google in terms of thickness.

    3. The inner display is projected to be 7.8 inches with a nearly square aspect ratio, while the outer screen may be about 5.5 inches; Apple is working on reducing the crease with innovative hinge materials.

    4. Features will include four cameras, with a potential shift from Face ID to Touch ID, and the price is expected to start at around $2,000, reaching up to $2,300.

    5. Pilot production is set to begin in Taiwan, with plans to expand to India, targeting a release around September 2026, though slight delays may occur.

    Apple’s first foldable iPhone has been a topic of much discussion for a few months, and new reports are giving us a better idea of its potential design. According to Bloomberg’s Mark Gurman, the device is expected to look like two iPhone Airs connected together. While this might seem like a simple description, it indicates a design focus on being thin, having flat edges, and utilizing a recognizable titanium frame.

    Durability and Design

    Recently, Apple has made extensive use of titanium in its newer iPhone Air models, and durability tests from iFixit and JerryRigEverything have shown that this material performs well when under pressure. Incorporating this same strength into a foldable phone could help alleviate long-standing worries about the fragility of foldable devices. The thickness being mentioned suggests that Apple aims to create a device that is quite slim by foldable standards. When closed, the phone might be around 9 to 9.5mm thick, while when opened, it could have a thickness of only 4.5mm. For comparison, Samsung’s Galaxy Z Fold7 measures 8.9mm and Google’s Pixel Fold at 10.8mm, positioning Apple somewhere in the middle of these two.

    Screen and Hinge Innovations

    The inner display is rumored to be about 7.8 inches with a nearly square aspect ratio, while the outer screen may come in at around 5.5 inches. Additionally, Apple is reportedly exploring methods to reduce the crease in the center of the screen, possibly by using a metal support plate in the hinge that would help distribute stress evenly. Sources suggest that the hinge may involve a mix of titanium and stainless steel, with liquid metal components potentially included in the design.

    If these claims hold true, it could provide the device with a level of structural strength that sets it apart from its competitors. There’s even talk that Apple might aim to retain some of the iPhone Air’s repairability, which scored a seven out of ten on iFixit. That would be quite rare for a foldable phone, as the Pixel Fold and Galaxy Z Fold7 only received scores of three, so achieving something close to that benchmark would be notable.

    Features and Pricing

    On the features front, Apple appears to be opting for a setup that is both practical and luxurious. Users can expect four cameras: two on the back, one on the outer display, and another on the inside. Face ID might be omitted to simplify the design, potentially replaced by a side button featuring Touch ID. While this would represent a departure from Apple’s recent approach, it would help minimize the space needed within the device’s frame. That said, the price is anticipated to be quite high.

    Current projections estimate the cost at not less than 2,000 US dollars, potentially reaching as much as $2,300. This would place it well above the already high-priced foldables from Samsung and Google, raising the challenge for Apple to justify the premium. Production plans appear to be coming together as supply chain reports indicate that pilot production runs will commence in Taiwan before expanding to India and other locations. The anticipated release timeframe is late 2026, with September being the most frequently mentioned target, though there is a chance of a slight delay into the last quarter of the year.

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