Tag: redmi

  • Belkin UltraCharge Pro 25K 158W Power Bank Launch Deal

    Belkin UltraCharge Pro 25K 158W Power Bank Launch Deal

    Key Takeaway

    – 25,000mAh capacity with up to 158W total output, sufficient to charge a 14-inch MacBook Pro
    – Integrated 140W braided USB-C cable, plus an additional USB-C and USB-A port for multi-device charging
    – Features a digital display, 15W passthrough charging, and a 2-year warranty with $2,500 Connected Equipment Warranty
    – Priced at $84.99 after a limited-time $15 discount in the US (also available in China for ~$78)
    – A higher-capacity 27,000mAh version exists with 240W max output and a top-mounted display for $149.99

    New Power Bank From Belkin Hits Market

    Belkin has started selling a fresh power bank in the US and China which is capable of charging many devices including a 14-inch MacBook Pro at up to 158W. It also contains a quite sizable battery capacity and arives with a discount. The new power bank features an braided USB-C cable that is built-in and can charge at 140W, it also has a other USB-C port and a USB-A port, and when it is connected to three devices all at once, the power banks maximum power output is 158W.

    Battery and Display Features

    If you couldnt deduce from the name, the power bank holds a 25,000mAh battery capacity, and Belkin claims that it can give up to 17 extra hours for a MacBook Pro 14. The power bank includes a digital display on the side which shows remaining battery capacity and indicates when it is charging. Another feature of the power bank is its support for 15W pass-through charging.

    Dimensions and Warranty Details

    The Belkin UltraCharge Pro Laptop Power Bank 25K measures 164 × 89 × 26.2 mm and weighs 590g, and they describes it as TSA Carry-on compliant. It also says they offer a 2-year warranty and a $2500 Connected Equipment Warranty which means Belkin will repair or replace a users electronic device(s) if they get damaged by an electrical charge while properly connected to the power bank, up to $2500.

    • Price tag of $99.99 with a $15 discount bringing it down to $84.99
    • Available on Amazon for a limited time
    • Available to buy now in Black, but product images show Beige and White too
    • In China the power bank is cheaper at ¥529 ($78/€68)

    Alternative Version with Higher Capacity

    If 25,000mAh is to small, there is a version of the Belkin UltraCharge Pro Laptop Power Bank with a 27,000mAh capacity. It also has an integrated USB-C cable that can deliver up to 140W, but its maximum shared output is higher at 240W and its display is placed at the top. They say its available in Charcoal, and Belkin has put a $149.99 price tag on it.

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  • Xiaomi Releases Global OTA Update for HyperOS 3 Launcher

    Xiaomi Releases Global OTA Update for HyperOS 3 Launcher

    Key Takeaways

    1. Xiaomi is launching a global update for its HyperOS launcher, improving performance and stability for Xiaomi, Redmi, and Poco smartphones.
    2. The new launcher version (RELEASE-6.01.02.1321-10302137) enhances user experience with faster app transitions, animations, and memory management.
    3. The update is available via over-the-air (OTA) rollout and works well on both Global and China versions of HyperOS.
    4. Users can find the update through the System app updater in Settings, with availability varying by region and device model.
    5. Future enhancements for HyperOS 3 are in development, including a revamped control center, dynamic icons, and AI-driven app grouping, expected in early 2026.

    Xiaomi is currently launching a fresh global update for its HyperOS launcher, enhancing both performance and stability for its Xiaomi, Redmi, and Poco smartphones. The update, identified as RELEASE-6.01.02.1321-10302137, is now accessible through an over-the-air (OTA) rollout and is functioning well on both Global and China versions of HyperOS.

    Enhanced User Experience

    Early users have noted that the new launcher version is quicker and more responsive. Improvements can be seen in app transitions, animations, and memory management. Testers have also mentioned faster app switching, particularly on devices that utilize the Snapdragon 7 Gen 1 and MediaTek Helio chipsets.

    Recent Developments

    This update comes after the company’s recent advancements in broadening the support for HyperOS 3. As mentioned by Notebookcheck, Xiaomi began distributing its stable Android 16-based firmware to an additional 20 models earlier this month.

    To find the new launcher update, users can go to the System app updater or head to Settings → About phone → System apps updater. The update is being rolled out gradually, so its availability could differ depending on the region and the model of the device.

    Future Enhancements

    Xiaomi is said to be working on more improvements for HyperOS 3, such as a revamped control center, dynamic icons, and AI-driven app grouping. Internal testing suggests that these features are under development and might be released in early 2026.

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  • Innovative E-Paper Achieves Human-Eye Resolution Without Backlight

    Innovative E-Paper Achieves Human-Eye Resolution Without Backlight

    Key Takeaways

    1. Innovative Display Technology: Retina E-Paper uses reflective nanostructures and does not require a backlight, enhancing image sharpness and energy efficiency.

    2. Unique Mechanism: Instead of generating light like OLED and micro-LED displays, Retina E-Paper utilizes surrounding light, employing electrochromic nanopixels to control color.

    3. High Pixel Density: Each pixel measures only 560 nanometers, resulting in a pixel density of over 25,000 PPI, exceeding the visual sharpness of the human eye.

    4. Efficient Color Management: The display utilizes Mie scattering and grid modes for color mixing, achieving a contrast ratio of about 50% and reflecting up to 80% of ambient light.

    5. Low Power Consumption: The Retina E-Paper operates at only 1.7 mW/cm² for video playback and 0.5 mW/cm² for still images, with a switching speed of 40 milliseconds for video at over 25 frames per second.

    A research group from Chalmers University of Technology and Uppsala University in Sweden has created a revolutionary display that meets the visual limits of human eyesight – all without using a backlight. This innovation, known as Retina E-Paper, is detailed in the journal Nature. It employs reflective nanostructures to bypass the limitations of traditional displays, providing outstanding image sharpness and energy efficiency.

    Unique Approach

    Unlike OLED and micro-LED displays that encounter physical challenges when miniaturizing too much – such as diminished brightness, unstable colors, and increased power use – Retina E-Paper opts for a different method. Rather than generating light, it makes use of surrounding light. Its electrochromic nanopixels, composed of tungsten trioxide (WO₃) layered on a platinum-aluminum base, effectively reflect incoming light. By carefully inserting ions, the material alternates between insulating and metallic states, allowing for precise electrical control of color.

    Incredible Pixel Density

    Each pixel in the Retina E-Paper is only 560 nanometers in size – smaller than many viruses – which results in an astonishing pixel density of over 25,000 PPI. This surpasses the visual sharpness of the human eye, making images appear as detailed as they can be. For reference, typical OLED monitors like the ASUS ROG Strix OLED XG27AQDMG, which is priced around $690 on Amazon, have a pixel density of just 110 PPI at a resolution of 2560 × 1440 on a 27-inch display.

    Efficient Color Mixing

    Color management in the Retina E-Paper is accomplished through Mie scattering and grid modes, allowing for both additive (RGB) and subtractive (CMY) color blending. The display maintains a contrast ratio of about 50% and can reflect as much as 80% of ambient light. During tests, it achieved a switching speed of 40 milliseconds, enabling video playback at over 25 frames per second. Its power usage is remarkably low – roughly 1.7 mW/cm² while playing videos and just 0.5 mW/cm² for still images.

    Currently, images of a demonstration unit or a working prototype with the Retina E-Paper as a full display have not been shared. The visuals published in Nature until now are limited to microscopic images of the nanopixel setup and sample images from lab testing environments.

     

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    Innovative E-Paper Achieves Human-Eye Resolution Without Backlight

     

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  • Xiaomi Confirms HyperOS 3 Won’t Launch on These 6 Smartphones

    Xiaomi Confirms HyperOS 3 Won’t Launch on These 6 Smartphones

    Key Takeaways

    1. Xiaomi has launched HyperOS 3 in China, currently available in beta for eight devices.
    2. The Pad 7 Pro is priced at $679 on Amazon and is one of the devices receiving the update.
    3. More than twelve additional devices are expected to get HyperOS 3 Beta later this month.
    4. Some recent smartphones from Redmi, Poco, and Xiaomi will not receive the update, with their support ending this month.
    5. Xiaomi has not provided a global list of devices eligible for the stable version of HyperOS 3.

    Xiaomi has officially introduced HyperOS 3 in China as its latest significant update for mobile software. To summarize, the company has made this new version available in beta to eight devices so far, including the Pad 7 Pro, currently priced at $679 on Amazon. At this moment, the devices set to receive the HyperOS 3 Beta updates in China include:

    Upcoming Devices

    In addition, more than twelve other devices are expected to get access to HyperOS 3 Beta later this month. Nevertheless, Xiaomi Adictos has found out that many current smartphones will probably not receive the next OS update when it becomes stable. Currently, Xiaomi has not released a global list of eligible devices.

    Devices Missing Out

    Interestingly, Xiaomi Adictos has noted that six recent smartphones from Redmi, Poco, and Xiaomi will cease to receive updates at the end of this month. Since even security updates will stop after this point, it seems unlikely that these devices will transition from HyperOS 2 to HyperOS 3.

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  • Future Redmi Phone Expected to Feature 9000 mAh Battery

    Future Redmi Phone Expected to Feature 9000 mAh Battery

    Key Takeaways

    1. Redmi is developing a smartphone with a battery capacity between 8,500 to 9,000 mAh, potentially the largest in any smartphone to date.
    2. This new battery will outperform competitors like the Samsung Galaxy F62 and Tecno Pova Neo 3, which have 7,000 mAh batteries.
    3. The battery technology is developed in-house and focuses on maximizing capacity while ensuring durability and longevity.
    4. Silicon-carbon battery technology enables higher energy density (400-500 Wh/kg), improving efficiency and safety compared to traditional graphite batteries.
    5. Redmi aims to keep the phone’s thickness to 8.5 mm despite the large battery size, maintaining a sleek design.

    Redmi is said to be working on a new smartphone that features a huge battery ranging from 8,500 to 9,000 mAh, according to Digital Chat Station. This would make the battery size comparable to that of many power banks that were popular just a few years ago. If this phone is released, it will likely be the first smartphone to have a battery of this size. Recently, Redmi introduced the Redmi Turbo 4 Pro, which includes a substantial 7,550 mAh battery, making it the largest battery currently available in any consumer smartphone.

    Competing with Other Models

    This new battery surpasses competitors like the Samsung Galaxy F62, Galaxy M63, Galaxy F63, and Tecno Pova Neo 3, all of which have 7,000 mAh battery capacities. These models are among the largest battery options available in mainstream smartphones for everyday use. As per the information from Digital Chat Station, Redmi has already finished internal testing for the upcoming phone, which is anticipated to feature a battery rated between 8,500 and 9,000 mAh.

    Innovative Battery Development

    The source also shared that the battery has been created using technology developed in-house. The goal is to maximize capacity without sacrificing the battery’s cycle life. Although the project is still in progress, initial findings indicate that the experiment has been quite successful. Engineers are currently fine-tuning the technology to ensure that the battery can be as large as possible while still guaranteeing durability over time.

    Advancements in Battery Technology

    The ability to create larger batteries is becoming a reality thanks to the use of silicon-carbon battery technology. This innovative approach has shown to provide much higher energy density and improved efficiency when compared to conventional graphite batteries. For example, as noted by Croma.com, Lithium-Ion batteries typically have an energy density between 250-300 Wh/kg, whereas Silicon Carbon batteries can achieve an impressive 400-500 Wh/kg.

    Safety and Efficiency

    The enhanced energy density of silicon-carbon batteries can be linked to their superior ability to store lithium. They are also deemed safer, as their design helps prevent the accumulation of lithium deposits, which is a frequent cause of short-circuits. Additionally, silicon-carbon batteries are regarded as safe during charging. This new technology has already led to the development of smartphones with batteries as large as 7,000 mAh, and efforts are ongoing to further increase battery capacity in the near future.

    Maintaining a Sleek Design

    At the same time, Redmi is eager to ensure that the new phone does not become excessively thick due to the larger battery. The tipster noted that the thickness of the phone will be limited to 8.5 mm, even with an 8,500 mAh or larger battery. For reference, the Redmi Turbo 4 Pro has a thickness of 7.98 mm, while the Galaxy S25 Ultra measures 8.2 mm but only contains a smaller 5,000 mAh battery.

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  • EcoFlow Launches 170W Rapid Power Banks with Special Discount

    EcoFlow Launches 170W Rapid Power Banks with Special Discount

    Key Takeaways

    1. Charging Capabilities: The EcoFlow Rapid Power Bank with built-in cables can charge four devices simultaneously, including two USB-C cables with 100W output each and an 18W USB-A port, totaling 170W power output.

    2. Basic Model Features: The simpler version can charge three devices at once, with two USB-C ports at 140W each and a 33W USB-A port, also maintaining a total output of 170W but with a higher maximum input of 140W.

    3. Design and Battery: Both models feature a 25,000 mAh ternary lithium battery, a TFT display for monitoring battery levels, and are compact in size (157 x 53.8 x 48.8 mm) and lightweight (580 g).

    4. Pre-Order Pricing: The EcoFlow Rapid Power Bank with built-in cables is available for pre-order at a discounted price of £99.99/€99.99, while the basic model can be pre-ordered for £89.99/€89.99.

    5. Durability of Cables: The retractable USB-C cable in the advanced model is designed for durability, tested for 20,000 extensions and 125,000 swings, enhancing its usability for travelers.

    The EcoFlow Rapid Power Bank (25,000mAh, 170W, 100W Built-In and Retractable Cables) and another variant, the EcoFlow Rapid Power Bank (25,000mAh, 170W), are now ready for pre-order in Europe. These portable power solutions are made for people who work while traveling, allowing you to charge your laptop and phone easily.

    Charging Capabilities

    The Rapid Power Bank with built-in cables can charge four devices at once. It features a USB-C port along with two USB-C cables that can deliver up to 100W each. One of the cables is a fixed-length USB-C cable that is 26 cm long (around 10.2 inches) and can also be used as a lanyard. Additionally, there’s a retractable USB-C cable that can extend to 65 cm (approximately 2.13 feet) and has been tested for 20,000 extensions and 125,000 swings. The final output includes an 18W USB-A port, bringing the total power output to 170W. For recharging, it uses a 100W input.

    Basic Model Features

    The simpler version of the Rapid Power Bank allows you to charge three devices at the same time. It has two USB-C ports that provide 140W each and a USB-A port with 33W. Like the more advanced model, it also has a total output of 170W, but interestingly, its maximum input is higher at 140W.

    Design and Pricing

    Both versions of the Rapid Power Banks include a 25,000 mAh ternary lithium battery and come with a TFT display that indicates battery level, charging power, and how much time is left to charge. Their dimensions are 157 x 53.8 x 48.8 mm (roughly 6.2 x 2.1 x 1.9 inches), weighing about 580 g (around 1.3 lbs), and they are available in black or silver gray finishes.

    You can now pre-order the EcoFlow Rapid Power Bank (25,000mAh, 170W, 100W Built-In and Retractable Cables) at a special price of £99.99/€99.99. This is a £10/€10 discount from its regular price of £109.99/€109.99. Meanwhile, the EcoFlow Rapid Power Bank (25,000mAh, 170W) is priced at £99.99/€99.99, but it can be pre-ordered for only £89.99/€89.99. These promotions are anticipated to last until the official launch on July 15th.

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    EcoFlow Launches 170W Rapid Power Banks with Special DiscountEcoFlow Launches 170W Rapid Power Banks with Special Discount

     

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  • Redmi K80 Ultra Teardown Reveals Pros and Cons Before Launch

    Redmi K80 Ultra Teardown Reveals Pros and Cons Before Launch

    Key Takeaways

    1. The Redmi K80 Ultra features a 144Hz 1.5K display with TCL’s M9 technology and DC dimming.
    2. It includes advanced cooling solutions, such as a dual-layer vapor chamber and significant thermal management materials.
    3. The smartphone is powered by a MediaTek Dimensity 9400+ SoC, with LPDDR5X RAM and UFS 4.1 storage, supporting gaming up to 120fps.
    4. The K80 Ultra boasts a high-quality dual speaker system and a large haptics motor for enhanced audio and tactile feedback.
    5. It has a 7,410mAh battery with 100W charging capabilities, but lacks support for wireless charging and uses an older USB-C 2.0 standard.

    Redmi has not yet disclosed the price or release date for the K80 Ultra, also known as the K80 Extreme Edition. However, a unit of this upcoming high-end smartphone has made an appearance in a recent video by WekiHome.

    Detailed Specs Uncovered

    In the video, the vlogger disassembled the device, revealing several of its premium features. Among these is a 144Hz 1.5K display, which appears to be sourced from TCL, utilizing the OEM’s M9 technology that includes DC dimming capabilities.

    Impressive Cooling Solutions

    Upon removing the screen, the teardown exposed a substantial 11,400mm² of thermal film, complementing an array of advanced cooling solutions. These include a sophisticated dual-layer vapor chamber made of stainless steel, a 6,800mm² graphite pad, and an ample amount of thermal paste.

    Performance Under the Hood

    Beneath these cooling systems lies a Dimensity 9400+ SoC from MediaTek, along with LPDDR5X RAM from Micron and UFS 4.1 internal storage from Samsung. This combination is designed to support gaming at up to 120fps while maintaining a comfortable temperature of “just 40.8°C” and achieving better power efficiency with an average consumption of “4.3W.”

    Sound and Haptics

    WekiHome also discovered the K80 Ultra’s dual speaker system, which is expected to be among the best in its class. Additionally, the device features an unusually large and high-quality haptics motor (601.47mm³) from AAC Technologies.

    Notable Omissions

    Despite its high-end features, the K80 Ultra does have some shortcomings. The teardown revealed that its USB-C port adheres to the older 2.0 standard, allowing file transfers at a maximum rate of 480 megabits per second (Mb/s), which is less than the 3.2 standard found in the Xiaomi 15 Pro.

    Battery and Design

    On a positive note, the Ultra’s 7,410mAh battery is reportedly capable of charging at 100W, thanks to the 120W Xiaomi HyperCharge power brick included in the retail package. However, it’s important to note that it does not support wireless charging. Furthermore, the K80 Ultra showcases a new flat-edged aluminum frame that is CNC-machined, which appeared to be moderately thin during its pre-launch reveal.

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  • Redmi K80 Extreme Edition Launching with Master Level Dual Speakers

    Redmi K80 Extreme Edition Launching with Master Level Dual Speakers

    Key Takeaways

    1. The Redmi K80-series flagship aims for extreme performance in all aspects, including audio quality.
    2. The K80 “Ultra” will utilize advanced 1115 coaxial common magnetic circuit technology, previously used in high-end smartphones.
    3. It will feature a “coaxial symmetrical dual speaker” system with two advanced components for enhanced audio.
    4. The audio system is designed to provide a steady sound pressure level (SPL) across a wide frequency range of 8,000-20,000 Hz.
    5. The K80 Ultra’s audio improvements are expected to deliver superior treble and bass, surpassing previous offerings from Redmi and Xiaomi.

    Redmi is saying that its upcoming K80-series flagship will be as “Extreme” as possible in every way, including its built-in audio system.

    Exciting Upgrades

    The potential upgrade for the K80 “Ultra” comes from the use of 1115 coaxial common magnetic circuit technology, which was previously only found in the Huawei Mate 70 RS Ultimate Design. This smartphone was priced at 9,999 yuan (around $1,391) when it first launched, as noted by well-known leaker Digital Chat Station.

    Innovative Audio System

    The K80 Ultra is reported to feature not just one, but two of these advanced components, set up in a “coaxial symmetrical dual speaker” system. This setup is said to offer a more steady sound pressure level (SPL) across a wide frequency range of 8,000-20,000 hertz (Hz), thanks to an average SPL boost of 16 decibels (dB), according to another reliable source, Fixed Focus Digital.

    The improvements might really help in providing the outstanding treble and bass that Redmi has already teased ahead of the K80 Ultra’s soon-to-come launch. This level of audio quality hasn’t been seen from the brand or its parent company Xiaomi since the Harman Kardon-branded Mi 10S was released back in 2021.

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  • Maximize Your Phone Battery Life with These Simple Tips

    Maximize Your Phone Battery Life with These Simple Tips

    Key Takeaways

    1. Identify Battery Drainers: Background apps and auto-sync settings can significantly drain your battery; manage them to save power.

    2. Manage Display Settings: Use adaptive brightness, lower refresh rates, and dark mode to reduce display power consumption.

    3. Adopt Better Charging Practices: Activate battery health management features, use wired charging when possible, and avoid frequent fast charging.

    4. Balance AI Features and Battery Life: Utilize AI battery management settings that optimize power usage based on your app habits.

    5. Future of Battery Technology: Silicon-carbon batteries are set to improve energy density and charging efficiency in upcoming devices, while mindful usage remains crucial.

    It’s 2025, and our perspective on smartphone batteries is rapidly transforming. The demand for AI-driven applications, constant displays, and energy-hungry processors means that even the most power-efficient devices can drain their batteries by dinner time. However, battery technology is progressing too. We are starting to see the use of silicon-carbon batteries, smarter energy management software, and faster charging methods that are gentler on battery lifespan. Nevertheless, if you don’t pay attention to your phone usage, all these advancements won’t prevent a battery scare in the afternoon.

    Maximizing Your Battery Life

    So, how can you make the most of your phone’s battery life, be it a high-end Galaxy or a mid-range Redmi? Turns out, a few small changes can make a significant difference.

    Identify Battery Drainers: Background Apps & Sync Settings

    The biggest threats to your battery are often apps that run silently in the background. Social networks, fitness apps, and even your keyboard can be quietly consuming battery power. Check your battery usage statistics (accessible under Settings > Battery) to find out which apps are using the most energy. Turn off background activities for non-essential apps.

    Also, scrutinize auto-syncing options like Gmail, calendar apps, and cloud storage. If your phone buzzes every few minutes for updates, it’s likely using extra power in the background. Decrease the sync frequency or disable it entirely for less important applications.

    Manage Your Display Settings

    The display is usually the largest battery drain on your phone. For devices with AMOLED screens, display usage can represent over 50% of total battery consumption. Opt for adaptive brightness instead of manual settings, allowing the system to adjust based on current lighting. While 120Hz refresh rates offer smooth visuals, setting it to 60Hz when you’re not gaming or viewing high-frame-rate content can prolong your battery life significantly.

    Using dark mode is not just about looks. On OLED screens, it can save power by turning off individual pixels. Choosing a true black wallpaper and activating dark themes throughout the system can help you save a little more energy.

    Adopt Better Charging Practices

    Most modern smartphones come equipped with battery health management features, such as “Optimized Charging” on iPhones or “Battery Protection” on Samsung and Pixel devices. These settings hold charging at 80–85% until you truly need a full charge, aiding in long-term battery health. Ensure this feature is activated.

    If your device allows it, utilizing wireless charging or reverse wireless power sharing can be convenient, though slightly less efficient. Whenever possible, use wired charging when at home or at your desk. Avoid using fast charging all the time unless you’re in a hurry, as it generates more heat and can wear out the battery faster over time.

    Balancing AI Features and Battery Life

    With an increase in AI features operating locally, such as voice assistants and real-time transcription, today’s phones must balance between performance and endurance. Many new Android interfaces now offer “AI battery” or “adaptive battery” modes that learn your app usage patterns and limit power to less frequently used applications. Don’t overlook these settings; they are actively working to extend your battery life without any extra effort on your part.

    Looking Ahead

    The transition to silicon-carbon battery technology promises to deliver 10–15% higher energy density and improved tolerance for fast charging. Since 2024, brands like Xiaomi, Honor, and Vivo have started using these batteries in their flagship models, and by 2025, they will also be included in mid-range devices. This upgrade is happening quickly and is becoming standard across many Android devices.

    Until that time arrives, being mindful of your habits is still your strongest weapon. Thoughtfully managing settings, monitoring background activities, and charging wisely will enhance your battery life more effectively than any technical specification could.

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  • POCO M6 Plus 5G Leak: Rebranded Redmi with Snapdragon 4 Gen 2

    POCO M6 Plus 5G Leak: Rebranded Redmi with Snapdragon 4 Gen 2

    Xiaomi’s sub-brands, Redmi and POCO, are gearing up to release new smartphones powered by the latest Qualcomm Snapdragon 4 Gen 2 processor, aimed at international markets. Recent leaks from the Google Play Console database have provided insights into these forthcoming models. Notably, the Redmi 13 5G and POCO M6 Plus 5G are both expected to feature the Snapdragon 4 Gen 2 chipset.

    Leaked Specifications

    The POCO M6 Plus 5G listing unveils additional details, such as 8GB of RAM, an Adreno 613 GPU, the Android 14 operating system, and a Full HD+ (1080×2460) display boasting a 440 dpi pixel density. While specific information about the Redmi 13 5G remains scarce, the Google Play Console listing indicates it might share the same processor, GPU, and OS, but potentially with a different RAM configuration, possibly 6GB.

    Possible Rebranding

    Speculation suggests that the POCO M6 Plus 5G could be a rebranded version of the Redmi Note 13R, which was recently launched in China. The leaked specs for both devices show many similarities.

    It seems Xiaomi is preparing to launch very similar 5G smartphones under both the Redmi and POCO brands, both powered by the Snapdragon 4 Gen 2 processor. While we can expect some regional variations in specific features or RAM configurations, these phones are likely to deliver similar performance at an affordable price. How Xiaomi distinguishes these phones and the markets they target for each brand will be intriguing to observe in the upcoming months.

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