Category: Computers

  • Honor MagicBook Pro 14 Teardown: Dual M.2 SSDs & Big Battery

    Honor MagicBook Pro 14 Teardown: Dual M.2 SSDs & Big Battery

    Key Takeaways

    1. Honor is set to launch a smaller version of the MagicBook Pro 16, a 14-inch model.
    2. The design will likely feature a white chassis, and the numeric keypad has been removed for space.
    3. The laptop will have two M.2 SSD slots for expandable storage, but RAM is not upgradeable.
    4. It will include two fans and a large heatsink, suggesting efficient cooling without a dedicated GPU.
    5. No information is yet available on pricing and availability for the MagicBook Pro 14.


    After the impressive performance of the MagicBook Pro 16 (2024) in our detailed review, which highlighted its excellent battery life and bright PWM-free IPS display, it seems that Honor is getting ready to unveil a smaller version of the laptop. The vice president of Honor China shared some images on Weibo, a popular Chinese social media platform.

    Design Features

    One of the images reveals a glimpse of the chassis, indicating that the 14-inch model might come in white, just like the larger version. Interestingly, the numeric keypad has been entirely removed, probably due to limited space. On the right side, there are also two USB-A ports visible. Another image shows a look inside the laptop. Since this device is an older prototype from several months ago, some specifications may have changed since then. The battery appears to have a notably high capacity, but Honor has hidden additional details behind a “Dragon Ball” sticker.

    Storage and Memory

    It’s confirmed that the laptop will include two M.2 SSD slots, which will let users add extra storage after their purchase. On the other hand, the memory is not upgradeable since the RAM chips seem to be soldered directly to the motherboard. Honor has also outfitted the MagicBook Pro 14 with two fans and a large heatsink. The design implies that the laptop might not have a dedicated GPU, but it could still deliver decent gaming performance with a processor like the AMD Ryzen AI Max+ 395. However, based on the shape of the chip seen in the image, it is more likely that the laptop will use a modern Intel processor. As of now, there are no updates regarding the pricing and availability of the MagicBook Pro 14.

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  • Lenovo Yoga Slim 9i: Premium Laptop with Under-Panel Webcam Ships

    Lenovo Yoga Slim 9i: Premium Laptop with Under-Panel Webcam Ships

    Key Takeaways

    1. Lenovo has started global shipping of the Yoga Slim 9i, powered by Intel’s Lunar Lake platform.
    2. The device features a 32 MP under-panel webcam and boasts a 98% screen-to-body ratio with a nearly borderless 14-inch OLED display.
    3. The display has a 4K native resolution, a 120 Hz refresh rate, and peak brightness of 600 nits.
    4. It includes a 75 Wh battery, offering up to 17 hours of usage with Core Ultra 7 processors.
    5. The Yoga Slim 9i is lightweight at 1.25 kg and features Thunderbolt 4 ports.


    Lenovo has kicked off the global shipping of the Yoga Slim 9i, just a bit over a month after it was first showcased at CES 2025 in Las Vegas. To summarize, the Yoga Slim 9i is built on Intel’s Lunar Lake platform, similar to the Yoga Slim 7i Aura Edition (current price: $1,199.99 on Amazon). One of its standout features is the under-panel 32 MP webcam, which contributes to an impressive 98% screen-to-body ratio.

    Almost Borderless Display

    Because of this design, the Yoga Slim 9i delivers a nearly borderless visual experience on its 14-inch OLED screen. For context, this display has a 16:10 aspect ratio and can output at a native resolution of 4K, with a refresh rate of 120 Hz and peak brightness of 600 nits. Lenovo has also packed a 75 Wh battery into the Yoga Slim 9i, claiming it can provide up to 17 hours of use when paired with either the Core Ultra 7 256V or Core Ultra 7 258V processors.

    Lightweight with Great Features

    Incredibly, Lenovo has managed to fit all of this technology into a lightweight 1.25 kg chassis, which also includes Thunderbolt 4 ports. As of now, the Slim 7i is priced at $1,759.99, featuring 1 TB of storage and a Core Ultra 7 256V processor paired with 16 GB of LPDDR5X-8533 RAM. In comparison, this same configuration is available for £1,800 in the UK and €2,199 in the Eurozone. For more technical specifications and links to regional stores, refer to our original launch article.

    You can find Lenovo products at Lenovo Germany, Lenovo UK, and Lenovo US, as noted by Liliputing.

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  • Lenovo Launches Yoga Slim 9i: Thinnest 4K OLED Laptop Yet

    Lenovo Launches Yoga Slim 9i: Thinnest 4K OLED Laptop Yet

    Key Takeaways

    1. The Lenovo Yoga Slim 9i features a 14-inch 4K OLED display with a 98% screen-to-body ratio and a 120Hz refresh rate.
    2. It is powered by Intel’s Lunar Lake platform and offers options for Core Ultra 7 processors with AI enhancements.
    3. The laptop boasts a 32 MP under-display webcam and is TÜV Low Blue Light certified for eye comfort.
    4. Weighing only 1.25kg, it has a 75Wh battery that provides up to 17 hours of battery life.
    5. Pricing starts at $1,759.99 in the U.S., £1,800 in the UK, and €2,199 in Europe.


    Lenovo has begun shipping the Yoga Slim 9i around the globe after its introduction at CES 2025. This high-end 14-inch OLED laptop is built on Intel’s Lunar Lake platform and includes a 32 MP under-display webcam, providing an impressive 98% screen-to-body ratio for a nearly edge-to-edge viewing experience.

    Key Specs and Performance

    The Yoga Slim 9i features a stunning 4K OLED PureSight Pro screen with a refresh rate of 120Hz, peak brightness of 600 nits, and Delta E<1 for color precision. It covers 100% of sRGB, P3, and Adobe RGB color spaces and is TÜV Low Blue Light certified. The display is safeguarded by impact-resistant glass, which helps avoid scratches and damage from pressure.

    Equipped with Intel Core Ultra 7 256V or 258V processors, the Yoga Slim 9i comes with a 48 TOPS NPU for AI enhancements in creative tasks and optimizing battery life. Lenovo asserts that the device can last up to 17 hours on a single charge with its 75Wh battery. Remarkably, it only weighs 1.25kg. It also includes two Thunderbolt 4 ports, boosting connectivity for professionals.

    Pricing and Availability

    The starting price for the Yoga Slim 9i is $1,759.99 in the United States, while in the UK, the same model is priced at £1,800 and €2,199 in Europe.

    Asus has introduced the ZenBook 14 Air Snapdragon Edition, which is now available for pre-order on JD.com in China, with official sales kicking off on February 14th. Weighing in at just 960g, this exceptionally light laptop is driven by a Qualcomm Snapdragon X processor and boasts a robust ceramic aluminum construction.


  • SanDisk Plans 1-Petabyte SSD, Release Date Uncertain

    SanDisk Plans 1-Petabyte SSD, Release Date Uncertain

    Key Takeaways

    1. SanDisk plans to develop solid-state drives (SSDs) with capacities up to 1 petabyte (1PB) using UltraQLC technology.
    2. UltraQLC integrates Kioxia’s BICS 8 3D QLC NAND memory with a proprietary controller featuring 64 NAND channels for improved performance.
    3. The controller includes hardware accelerators that enhance storage functions, resulting in lower latency and higher reliability.
    4. Initial UltraQLC SSDs will use 2-terabit NAND memory chips, enabling capacities up to 128TB, with future plans for 256TB, 512TB, and 1PB.
    5. SanDisk emphasizes the design’s focus on density, performance, and power efficiency to meet modern data infrastructure needs.


    At a recent Investor Day, SanDisk shared its grand plans to create solid-state drives (SSDs) with astonishing capacities reaching up to 1 petabyte (1PB = 1,024TB). These innovative drives will utilize the company’s cutting-edge UltraQLC technology. Although they provided an exciting overview of these high-capacity drives, SanDisk didn’t mention when we can expect to see them on the market.

    Details on UltraQLC

    UltraQLC isn’t exactly a new type of memory. Instead, it’s an integrated platform that merges Kioxia’s BICS 8 3D QLC NAND memory with a state-of-the-art proprietary controller that boasts an impressive 64 NAND channels and tailored firmware.

    The controller plays a crucial role in the system’s performance. It is equipped with domain-specific hardware accelerators that take over essential storage functions usually performed by firmware. This setup leads to lowered latency, heightened throughput, and enhanced reliability in hyperscale storage settings. Moreover, the controller smartly adapts the SSD’s power usage based on the demands of the workload, which helps in maintaining energy efficiency. An advanced bus multiplexer further aids the system by handling the large data flow from the dense 3D QLC NAND memory stacks, ensuring all channels are effectively used without any drop in performance.

    Insights from SanDisk’s Leadership

    UltraQLC is specially designed based on our years of experience and what we’ve learned lately to be effectively used in modern data infrastructures without sacrificing density, performance, and power efficiency. The design centers on three main aspects: BICS 8 NAND technology and future NAND advancements, customized controllers, and superior system design, explains Khurram Ismail, the new Chief of Engineering and Product Management at SanDisk.

    At first, SanDisk’s UltraQLC SSDs will use 2-terabit (2Tb) NAND memory chips, allowing for capacities up to 128TB. While the 64-channel controller is capable of supporting even larger capacities, pushing it too far might affect performance. Looking into the future, SanDisk expects to create higher-capacity NAND devices, paving the way for SSDs that can reach 256TB, 512TB, and ultimately the ambitious goal of 1PB in the upcoming years.

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  • New Leak Uncovers Lenovo’s Latest Foldable Screen Laptop

    New Leak Uncovers Lenovo’s Latest Foldable Screen Laptop

    Key Takeaways

    1. Innovative Design: The ThinkPad Flip features a foldable display, allowing for multiple use modes, such as a vertical display or a dual-screen setup.

    2. Connectivity Features: The laptop has limited I/O options, likely including USB-C/A ports, and a webcam positioned in a notch on the top display.

    3. No Visible Crease: Renders do not show a crease where the two screens meet, though a crease is expected in the final version.

    4. Specifications Unknown: Details about the laptop’s specifications are not yet available, but it may use Intel Arrow Lake-H or Lunar Lake processors, or AMD Ryzen AI 7 alternatives.

    5. Source of Information: The insights about the ThinkPad Flip were shared by Evan Blass on a private account on X.


    Evan Blass has unveiled a lot of what Lenovo plans to present at MWC 2025. However, an earlier leak missed an important piece of information about one of its most creative laptops: the ThinkPad Flip. As the name indicates, its display folds similarly to the popular Galaxy smartphones.

    Innovative Design

    This unique design creates various potential uses, though not all seem very practical. You could have a huge vertical display, or fold one side and use the other side like a tablet. Another option is to use one screen for yourself while showing content to coworkers or friends on the other screen.

    Connectivity Features

    According to the images, the ThinkPad Flip appears to have limited I/O options. There’s a pill-shaped cutout on each side, which will probably hold the USB-C/A port. Additionally, the webcam is located in a notch on the top display. While the renders don’t show a visible crease where the two screens meet, it’s highly likely that there will be one in the final version.

    Specifications Unknown

    Sadly, the specifications for the Lenovo ThinkPad Flip are still unclear. Considering its design, it seems reasonable to expect it to be equipped with either an Intel Arrow Lake-H or Lunar Lake processor. If there are AMD alternatives, it might feature a Strix Point-based Ryzen AI 7 variant.

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  • Asus ROG Flow Z13: AMD Strix Halo 2-in-1 Release and Pricing Info

    Asus ROG Flow Z13: AMD Strix Halo 2-in-1 Release and Pricing Info

    Key Takeaways

    1. The AMD Strix Halo APUs, including Ryzen AI Max 390 and Ryzen AI Max+ 395, are expected to be released soon, with initial reviews on February 18.
    2. Asus will hold a launch event for the ROG Flow Z13 (2025) on February 25 in China.
    3. The highest-priced ROG Flow Z13 (2025) model will cost $2,699.99, featuring Ryzen AI Max+ 395 APU, 128 GB LPDDR5X RAM, and a 1 TB SSD.
    4. This model is $500 more expensive than the earlier price mentioned at CES 2025.
    5. AMD has reportedly restricted independent benchmark tests for the new APUs.


    It appears that the release of the AMD Strix Halo APUs is just around the corner. Although the Ryzen AI Max 390 and Ryzen AI Max+ 395 were highlighted at CES 2025, many reviewers claim that AMD has prohibited the sharing of independent benchmark tests.

    Upcoming Reviews and Launch Dates

    As reported by @9550pro, the initial reviews for Strix Halo are expected to be available on February 18. The actual launch of Strix Halo devices is likely to occur shortly after that. A recent post from Republic of Gamers (ROG) on Weibo indicates that Asus will hold a launch event for the ROG Flow Z13 (2025) in China on February 25 at 11:00 UTC (19:00 CST). This will replace the previous model that was powered by Raptor Lake and Nvidia Ada Lovelace, currently selling for $1,749.99 on Amazon.

    Pricing and Specifications

    Sadly, Asus has yet to reveal any additional information. However, the company has confirmed the details of all launch SKUs, with the most expensive option priced at $2,699.99. This model features AMD’s Ryzen AI Max+ 395 APU, 128 GB LPDDR5X RAM, and a 1 TB M.2 2230 SSD. To put it another way, the top-of-the-line ROG Flow Z13 (2025) will be $500 more than what Asus initially stated during CES 2025. For further hardware specifics, check out our ROG Flow Z13 (2025) launch article.

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  • Apple M4 MacBook Air Release Soon; M5 MacBook Pro Timeline Leaked

    Apple M4 MacBook Air Release Soon; M5 MacBook Pro Timeline Leaked

    Key Takeaways

    1. The iPhone SE 4 will be revealed this Wednesday.
    2. The new MacBook Air with the M4 chip is expected to launch by March, possibly as early as February.
    3. After the MacBook Air, Apple will focus on the M4 Mac Studio and M4 Mac Pro, set to launch in the summer.
    4. The Apple M5 chip will debut in a MacBook Pro in the fall, with the M5 iPad Pro coming in the first half of 2026.
    5. Other anticipated products include a new AirTag, iPad Air, smart home hub, and updates to Apple Watch and Apple TV 4K.


    Apple has announced that the iPhone SE 4 will be revealed this Wednesday. A recent report from Bloomberg has shared some insights about what we can expect moving forward. One of the main highlights is the upcoming 2024 MacBook Air (around $1,099 on Amazon), which is not expected to have many enhancements apart from the new Apple M4 chip. New units of the MacBook Air have been on their way from factories to Apple’s warehouse for several weeks now.

    Release Timeline

    The M4 MacBook Air is expected to be available by March at the latest, and there’s even a chance it could arrive as early as February. After that, Apple will shift its attention to the M4 Mac Studio and M4 Mac Pro, both of which are anticipated to launch in the summer. Following this, the Apple M5 chip will make its debut in the fall. Interestingly, the report mentions that the M5 chip will first be introduced in a MacBook Pro, while the M5 iPad Pro won’t be released until the first half of 2026. This represents a significant change in Apple’s strategy for launching its M-series chips, as the current ARM chip first appeared in an iPad Pro.

    Other Product Launches

    In addition to new Macs, the iPhone 17 series and updated Apple Watches, Apple is also rumored to have several other products lined up for this year. These include a new AirTag with better Bluetooth range, a new iPad Air, and an iPad 11 expected in the first half of 2025. Later in the year, we might also see a new HomePod mini and an updated Apple TV 4K. Another intriguing product that might launch this year is Apple’s smart home hub, which is said to include a powerful Apple A18 ARM chip, a nearly square 6-inch display, and a unique smart home user interface. Additionally, an upgraded 27-inch Studio Display with mini-LED backlighting is reportedly planned for release by 2026, but a successor to the Pro Display XDR seems to be off the table for now.

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  • ASUS Zenbook A14 and Vivobook 16 Launching in India with Snapdragon

    ASUS Zenbook A14 and Vivobook 16 Launching in India with Snapdragon

    Key Takeaways

    1. ASUS is launching AI-enhanced Zenbook A14 and Vivobook 16 laptops in India, available for pre-order on Amazon India from February 24, 2025.
    2. Both laptops feature Snapdragon X series processors, specialized AI chips, and ASUS AI software, emphasizing portability with a thickness of 1.34 cm and a weight of 0.89 kg.
    3. The Zenbook A14 model includes a 14-inch OLED display, Qualcomm Snapdragon X1 processor, 32GB RAM, and 1TB SSD, along with advanced cooling and connectivity options.
    4. ASUS claims impressive battery life of up to 32 hours on a single charge for both laptop models.
    5. The Zenbook A14 is made with a Ceraluminum chassis, which is lighter and stronger than aluminum, and offers a variety of I/O ports for enhanced usability.


    ASUS is preparing to introduce its AI-enhanced Zenbook A14 and Vivobook 16 laptops in India. These new devices, powered by Snapdragon X series processors, will be available for pre-order on Amazon India beginning February 24, 2025, at 1 PM IST. The product page on Amazon is already up, showcasing the main specifications.

    AI-Powered Features and Design

    Both laptops come with specialized AI chips and ASUS AI software. They utilize Snapdragon X processors, which include the Snapdragon X Elite with up to 12 cores and threads, alongside an NPU that can achieve 47 TOPS. The focus on portability is evident, with these laptops measuring just 1.34 cm in thickness and weighing only 0.89 kg. Customers can choose between Silver and Grey color variants.

    Impressive Battery and Security Measures

    Battery performance is another standout aspect, with ASUS boasting a remarkable battery life of up to 32 hours on a single charge.

    Zenbook A14: Key Features

    Recently, ASUS launched the Zenbook A14 (UX3407QA-PS76) in the U.S., and it is expected to be the same model that will be released in India. This model includes:

    – Asus Zenbook A14 (UX3407QA-PS76)
    – 14-inch OLED NanoEdge display (1920×1200 resolution, 100% DCI-P3, 60Hz refresh rate)
    – 2.18 lbs (998 grams) weight, made with a Ceraluminum chassis (30% lighter and three times stronger than aluminum)
    – Qualcomm Snapdragon X1 processor with Hexagon NPU for AI-related tasks (up to 45 TOPS)
    – 32GB LPDDR5X RAM and 1TB PCIe 4.0 SSD
    – Dual-fan cooling system for consistent performance
    – Wi-Fi 6E, Bluetooth 5.3, and Snapdragon Seamless technology for enhanced connectivity
    – Snapdragon Sound technology for superior audio and voice calls
    – Complete I/O ports: 1x USB 3.2 Gen 2 Type-A, 2x USB 4.0 Gen 3 Type-C, 1x HDMI 2.1, and 1x 3.5mm combo jack
    – 65W Type-C charger that supports 100-240V AC input

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  • Sneak Peek: Upcoming Honor MagicBook Pro 14 Features and Specs

    Sneak Peek: Upcoming Honor MagicBook Pro 14 Features and Specs

    Key Takeaways

    1. The MagicBook Pro 14 features a D12 heat pipe and dual fans for improved cooling efficiency, supporting demanding tasks.
    2. It includes dual 2280 hard disk slots, allowing users to easily expand their storage.
    3. The laptop will have a 14.6-inch OLED display with a resolution of 3120×2080, a 120Hz refresh rate, and a maximum brightness of 700 nits.
    4. It incorporates Honor’s Oasis Eye Protection technology, beneficial for users spending long hours on the screen.
    5. Details about the launch date and pricing are not yet available, but the laptop is positioned as a premium market contender.


    Honor has offered a glimpse into the internal workings of its soon-to-be-released MagicBook Pro 14 laptop. Lin Lin, the Vice President of Honor China and the Director of the Smart Life Business Department, posted an image showcasing an early model of the laptop, emphasizing its cooling system and dual storage slots.

    Internal Design Highlights

    The MagicBook Pro 14 prototype is equipped with a D12 heat pipe along with two fans. This setup is anticipated to provide better cooling efficiency, allowing the laptop to handle demanding tasks more effectively. Additionally, it comes with dual 2280 hard disk slots, giving users the option to expand their storage easily.

    The exact battery capacity is still unknown, but it is believed to be a key feature for the laptop. Lin Lin also responded to several inquiries in the comments, confirming that the device will come with an OLED Oasis eye protection screen. There will also be a U9 version available, though it will likely be on the pricier side.

    Display Specifications

    Earlier this month, the executive teased some details about the laptop’s display through a mysterious Weibo post. The MagicBook Pro 14 is set to boast a 14.6-inch OLED display with a 3:2 aspect ratio. Reportedly, the screen will have a resolution of 3120×2080, support a 120Hz refresh rate, and reach a maximum brightness of 700 nits, making it suitable for indoor use.

    In terms of software features, the display includes Honor’s Oasis Eye Protection technology, which is particularly beneficial for students and professionals who spend long hours in front of screens.

    Launch and Market Positioning

    Sadly, details regarding the launch date and pricing are still not available. Given its sophisticated cooling system, dual storage options, and high-resolution display, it appears that Honor aims to position this laptop as a formidable player in the premium market.

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  • Arm Creates In-House Chip, Meta May Be First Customer

    Arm Creates In-House Chip, Meta May Be First Customer

    Key Takeaways

    1. Arm is reportedly developing its own customizable CPU for data centers, potentially launching it this summer.
    2. The company will collaborate with TSMC for the production of these new chips as a fabless chipmaker.
    3. Softbank, which owns Arm, recently partnered with OpenAI to create extensive AI infrastructure, with Arm as a key player.
    4. Arm’s chip designs are widely used in smartphones, mobile devices, and the latest Apple Macs, known for their power efficiency.
    5. The new processors may support AI applications, increasing Arm’s relevance in the evolving tech landscape.


    Arm could be set to reveal its own processor this year, according to new rumors. The well-known chipmaker might be developing in-house chips, potentially making Meta their first client. Here’s what we’ve learned so far.

    Arm’s New Chip Venture

    A report from The Financial Times suggests that Arm is creating a CPU aimed at data centers, which will be customizable to meet the needs of various clients. As a fabless chipmaker, Arm plans to collaborate with TSMC (Taiwan Semiconductor Manufacturing Company), the largest contract chip manufacturer globally, to produce these new chips. Industry insiders believe these in-house processors might be launched as soon as this summer.

    Partnership with OpenAI

    This development comes just a month after Softbank, which owns Arm, partnered with OpenAI to create up to $500 billion in AI infrastructure. This large-scale initiative will include Arm along with Microsoft and Nvidia as key tech partners. Arm could play a significant role in this project, possibly connecting with AI-driven personal devices being developed by John Ive (a former Apple designer) and Sam Altman from OpenAI.

    Arm’s Ubiquity in Technology

    For those who might not know, Arm’s designs power almost every smartphone available today. They’re also found in most mobile devices and even run the latest Apple Macs and Qualcomm-powered Windows PCs. CPUs that utilize the ARM architecture offer impressive power efficiency without sacrificing performance, rivaling Intel and AMD chipsets. This is a key factor in their growing popularity in data centers that support AI applications.