windowsxp club

  • Database service MySQL 9.3 Release: Enhanced support for JavaScript

    In terms of database backup, MySQL 9.3 has significantly optimized the mysqldump tool. Administrators can now easily create logical backups of user accounts through the newly added –users option, generating convenient SQL CREATE USER and GRANT statements.
    Furthermore, the –add-drop-user option enables the inclusion of user deletion commands in the backup script, facilitating the process of environment migration; administrators can also utilize the –include-user and –exclude-user flags to precisely control the backup or exclusion of specific accounts, resulting in more efficient operations.
    For developers, MySQL 9.3 has enhanced support for JavaScript stored procedures. In the MySQL Enterprise Edition, the Multi-Language Engine Component (MLE) has added strong support for the MySQL DECIMAL data type. By default, it stores the data in JavaScript string format to ensure accuracy, and also provides flexible options for numerical processing. Additionally, integrating the JavaScript Internationalization API makes localizing and internationalizing operations more smooth.
    In terms of library management, the await keyword is used to dynamically load JavaScript libraries, optimizing asynchronous operations. The newly introduced ALTER LIBRARY and SHOW LIBRARY STATUS statements also make library management and viewing more convenient.
    Meanwhile, the version has expanded the query optimization capabilities, supporting more complex comparison predicates in the WHERE and SELECT clauses, thereby enhancing the performance of complex queries.
    MySQL 9.3 also introduces the Group Replication feature. The newly introduced Primary Election component can precisely select the secondary server with the latest data during failover, reducing data inconsistency and downtime. This is crucial for enterprise deployments that prioritize high availability and reliability.
    Furthermore, the version has removed the deprecated Version Tokens plugin and adjusted the minimum value of the replica_parallel_workers setting to 1 to ensure stable and reliable replication efficiency.

  • Foreign media: iPhone 17 Air will become Apple’s “new mid-range premium product”

    Foreign media: iPhone 17 Air will become Apple’s “mid-range new star product”
    [t: Global News Network]
    [Global Times Technology News] April 28th: According to a report by foreign media Forbes, new information about this year’s iPhone 17 series has emerged. The iPhone 17 Air might become Apple’s “mid-range new flagship product”.
    Mark Gurman of Bloomberg pointed out that the upcoming iPhone 17 Air from Apple aims to attract consumers with a mid-range price and a thinner design. Gurman believes that although the iPhone 17 Air is unlikely to set a sales record, it will be more popular among consumers than the previous iPhone mini or Plus, and will be more beneficial to Apple’s profits.
    It is reported that Apple’s “Air” concept has achieved great success in the MacBook and iPad series. This time, it is applied to the iPhone. The Air not only provides consumers with thinner devices, but also lays the foundation for future iPhone Pro models and foldable devices.
    In terms of technical specifications, both iPhone 17 Pro and iPhone 17 Pro Max are equipped with SIM card slots. This indicates that eSIM may not become widespread globally this year. Additionally, there seems to be no sign of a SIM card slot on the iPhone 17 Air, which might suggest that it will be the first eSIM iPhone to be released outside of the United States.
    It is worth noting that the camera control feature introduced in the iPhone 16 series is also present in all four iPhone 17 series phones. Additionally, the perforated design at the bottom edge of the iPhone 17 Air is simple and symmetrical, but this might also suggest that its audio function is relatively weak.

  • Microsoft abandons’ one hit deal ‘, former employee reveals truth behind free Windows 10 upgrade

    Many people may have forgotten that before the “Windows as a Service” strategy was introduced, users had to pay for upgrading from Windows 7, Vista and XP to Windows 8. And this tradition was not completely broken until Windows 10 was launched.
    Many people may have forgotten that before the “Windows as a Service” strategy was introduced, users had to pay for upgrading from Windows 7, Vista and XP to Windows 8. And this tradition was not completely broken until Windows 10 was launched.
    So why did Microsoft suddenly change its attitude and turn the upgrade that was originally charged into free?
    Recently, Dave Plummer, a former senior engineer of Microsoft (who was involved in the development of MS-DOS and Windows 95), talked about the behind-the-scenes story of why Microsoft shifted from a “one-time deal” to “Windows as a Service” on his YouTube channel Dave’s Garage. His memories not only revealed the internal logic of that transformation period, but also gave us a clearer view of the turning points in the development path of Windows.
    After all, up to now, there are still many people who are reluctant to part with Windows 7. Looking at those old devices that cannot be upgraded to Windows 11, perhaps a hint of melancholy still lingers in their hearts.
    Original video: https://www.youtube.com/watch?v=9KNhHThIU84
    The story begins in the early 2010s.
    Microsoft’s Windows 7, launched in 2009, achieved great success. With its stable performance and excellent user experience, it received unanimous recognition from both individual users and enterprise users.
    However, the situation with Windows 8 released by Microsoft in 2012 was not good. At that time, Microsoft made bold changes to the interface of this operating system, such as removing the “Start” menu and adopting a design more inclined towards touch control. This caused a lot of users to be dissatisfied. Although these changes were intended to promote the application of Windows on touch devices, the fact is that Windows Touch did not become popular at all.
    As a result, many users simply ignored the existence of Windows 8 and continued to use their favorite Windows 7.
    During that period, Microsoft’s situation was not optimistic. On one hand, the user base was divided, the company’s image was affected, and the financial performance was not satisfactory. On the other hand, the PC market as a whole began to decline. With the popularity of smart phones and tablets, people were less likely to change their computers, PC shipments decreased year by year, and the industry entered what was called the “long-term downturn” stage.
    In the past, Microsoft mainly made money by collaborating with computer manufacturers to pre-install Windows on new machines, rather than by selling the system separately. However, the problem was that old users were reluctant to upgrade, and the new system was unable to effectively stimulate the sales of new computers. As a result, the entire ecosystem came to a standstill.
    Meanwhile, competitors are quietly changing people’s perception of the value of operating systems. As early as 2013, Apple announced that Mac OS X Mavericks would receive permanent free updates. The then CFO of Apple even publicly stated: “You no longer have to spend money on upgrading Mac OS.” Apple was able to do this because it mainly makes money by selling hardware, and the free system was merely to make users more willing to continue using its products.
    On the Linux side, the operating system has always been free. Versions like Ubuntu and Mint have long offered users the option to try out the new system without spending a penny.
    In this context, each time Microsoft upgrades its system, it still charges users $100. This seems rather outdated. To cope with this change, Microsoft began to rethink its strategic direction.
    In February 2014, Satya Nadella took over as CEO, bringing with him a new philosophy: no longer regarding Windows as the absolute core of the company, but shifting the focus to cloud services and continuous user interaction. Internally, the model gradually shifted to “Windows as a Service”, no longer being an end-to-end transaction where the sale of a system concludes the deal, but rather like providing a service, with continuous updates and long-term operation.
    This directly led to the free upgrade policy for Windows 10. Microsoft announced that all genuine users of Windows 7, 8, or 8.1 could upgrade to Windows 10 for free within the first year after its release. This was a major move at that time – you know, previously upgrading from Windows 7 to 8 often cost anywhere from $100 to $200. Microsoft even promised that future updates for Windows 10 would also be permanently free, officially saying goodbye to the era of “paid upgrades”.
    The purpose of this action is quite clear: to enable more people to use the latest version of Windows as soon as possible. Senior Microsoft officials have also publicly stated that they hope to have 1 billion devices worldwide running Windows 10 within a few years. A unified platform not only reduces system fragmentation and lowers support costs, but also enables the entire ecosystem to operate more smoothly. From a technical perspective, this free upgrade approach does indeed help promote the healthy development of the entire ecosystem.
    This strategy is actually in line with Microsoft’s overall transformation direction – from “selling software” to “selling services”. Windows 10 is no longer just an operating system; rather, it is more like the gateway of Microsoft’s ecosystem. Through this entry, Microsoft can promote a series of paid services such as OneDrive, Skype, and Office 365 to users. It is no longer the kind of product that is sold once and then forgotten; instead, it has become a platform that can continuously retain users.
    Meanwhile, enterprise users are gradually accepting the subscription model. Microsoft has launched versions such as Windows 10 Enterprise E3 and E5, which are bundled together as part of Microsoft 365 and sold at a discounted price. These packages include not only Windows but also Office 365 and a complete set of enterprise-level security tools. Although upgrades for ordinary consumers are free, this step also helped Microsoft promote the “continuous updates” concept in the market, paving the way for the subscription model for enterprise users.
    There is another important reason why Microsoft does this: data. Windows 10 has incorporated a large amount of telemetry features from the very beginning, automatically transmitting some usage data, such as system performance, error information, usage habits, etc. These data can help Microsoft identify problems more quickly, optimize functions, and adjust designs. Previously, they had to rely on beta versions and user feedback; now, they make decisions based on actual usage, which is faster and more accurate in terms of direction.
    However, this approach has also sparked a lot of controversy. Especially when Windows 10 was first launched, it would automatically collect a large amount of user data, including location information, browsing history, used applications, and even voice search content. Although Microsoft claimed that these data were anonymous and were used to optimize user experience, for many people, the seemingly “free” operating system seemed to come with considerable privacy costs. Thus, some people began to question: “If you didn’t pay for this product, then could you be the product yourself?”
    Apart from data collection, Windows 10 also incorporates a lot of advertisements and promotional content. For instance, recommended applications in the Start menu, sudden prompts of Edge or OneDrive on the taskbar, and even full-screen pop-ups reminding you to subscribe to Office 365. This has made many users feel that Windows is turning into an “advertising operating system”, no longer being the simple tool it once was. After all, in previous versions of Windows, there were absolutely no such advertisements to disturb.
    However, Microsoft has indeed found ways to make money from other sources, such as taking a percentage from app stores, earning advertising fees through Bing search, guiding users to subscribe to Microsoft 365, and so on. Moreover, the update frequency of Windows 10 has significantly increased. Initially, there were even two major updates per year, and all of this is inseparable from the continuous support of those vast amounts of telemetry data. This continuous iterative approach has gradually transformed Windows from a traditional software into a “continuous operation service”.
    In fact, within the first year of its release, Windows 10 was installed on over 300 million devices, becoming the fastest-growing operating system in Microsoft’s history. Microsoft itself regards it as one of the world’s largest online services. All of this is based on that bold “free upgrade” initiative.
    From a broader perspective, this is actually Microsoft’s response to the changes in the entire PC industry. After all, the PC market is no longer growing at the rapid rate it used to. Consumers no longer replace their computers just because of a new system. More and more people choose to install Windows 10 directly on their old machines instead of spending money on new devices. Even some reports indicate that the free upgrade of Windows 10 has further slowed down the growth of PC shipments.
    Although this strategy will reduce the revenue from system sales in the short term and even slow down the growth of PC sales, what Microsoft cares more about is whether users will stay. After all, if users have to pay every time for an upgrade, many people might simply switch to using Mac or Chromebook. Microsoft wants to reduce the risk of user churn through “free upgrades” – even if it means earning less in terms of hardware sales, it still needs to hold onto the Windows ecosystem. For Microsoft, holding onto this ecosystem is much more important than a one-time upgrade revenue.
    On the other hand, Microsoft is indeed facing considerable competitive pressure. Apple has long made system upgrades free and bundled productivity tools like iWork, making them seem particularly cost-effective. The Linux world is already known for its “free + open source” approach, and it is particularly attractive to technical users. To cope with this situation, Microsoft is simultaneously lowering the usage threshold of Windows and actively embracing open source, such as allowing users to run Ubuntu on Windows or run Linux in Azure cloud services – the aim is to bring back the technical community and developer groups.
    Furthermore, Microsoft’s free upgrade initiative also has an underlying goal: combating piracy. In many emerging markets, Windows piracy was once very common. Microsoft attempted to incorporate some non-licensed users into the legal system in a “seemingly lenient” manner. As long as they upgraded to Windows 10, even if they didn’t pay, they might eventually spend money on apps, games, and subscription services, thereby recovering the losses from another perspective.
    Overall, the free upgrade of Windows 10 was a crucial step for Microsoft to shift from “selling software” to “selling services”. Although it sacrificed some short-term revenue, it gained a vast user base and a more stable ecosystem. This was both a defensive move to hold onto its position and a strategic offensive towards the future.
    Ultimately, Windows 10 became the fastest adopted system in Microsoft’s history, officially ushering in a new era.
    This article is from the WeChat public account “CSDN”, translated by Su Mi. It is authorized for release by 36Kr.

  • Microsoft advises Win10 users to ‘look to the future’: it’s time to purchase Copilot+PC to upgrade to Win11

    On April 28th, Kuaishi Technology reported that for users who are still using Windows 10, Microsoft stated that it is time to “look to the future” and upgrade to Windows 11. However, if the device cannot be upgraded, Microsoft suggests that it is best to purchase Copilot+PC.
    Microsoft introduced many AI features of Copilot+PC for Windows 11 in its official blog a few days ago. In addition to introducing new features, Microsoft is also “promoting” Copilot+PC to Windows 10 users.
    Microsoft points out that support for Windows 10 will end on October 14, 2025, so now is the best time to upgrade to a modern, more secure Windows 11 or purchase Copilot+PC. Microsoft advises Win10 users to ‘look to the future’: it’s time to purchase Copilot+PC to upgrade to Win11
    Microsoft advises Win10 users to ‘look to the future’: it’s time to purchase Copilot+PC to upgrade to Win11
    It also added: “Copilot+PC offers incredible value with its powerful performance, all day battery life, and next-generation AI capabilities, and now is the best time to buy a new PC. ”
    Not only that, Microsoft also provides direct links to purchase Copilot+PC from major stores and manufacturers around the world, making it convenient for users to make direct purchases. Microsoft advises Win10 users to ‘look to the future’: it’s time to purchase Copilot+PC to upgrade to Win11
    Microsoft advises Win10 users to ‘look to the future’: it’s time to purchase Copilot+PC to upgrade to Win11
    Not only in the blog, Microsoft has also recently used full screen pop-up ads to promote users upgrading to Windows 11. The pop-up mentions that Windows 11 can help users easily migrate their favorite files and applications, and provide long-lasting battery life, faster web browsing speed, and enhanced security.
    In addition, the pop-up also emphasized the high performance and intelligent AI capabilities of Copilot+PC, attempting to persuade users to upgrade.

  • Aim for Apple and Huawei! Google I/O’s most comprehensive spoiler: Android 16 explosion upgrade, Gemini hidden tricks?

    Time is approaching May soon, and Google I/O 2025 has quietly entered the countdown. One of the most influential developer conferences in the tech industry, this one will be held offline in Mountain View, California on May 20th, and will simultaneously start global live streaming. Whether you are an Android developer, AI enthusiast, or XR industry observer, this year’s conference is worth paying attention to.
    Without a doubt, this year’s I/O will continue the shift from ‘mobile first’ to ‘AI native’, and then move towards’ device integration ‘. It is no longer a single platform functional upgrade, but an ecological linkage between multiple platforms and terminals. Android 16 will officially debut and integrate Gemini’s big model capabilities on a larger scale.
    At the same time, the new independent operating system Android XR, released at the end of last year, will also make its debut on the Google I/O stage. Lei Technology has reported that Google AI Glasses and the Project Moohan MR device jointly developed with Samsung will also make their debut.
    In the past, Google I/O was mostly the home of Android, but now, AI and multi device collaboration are becoming the main theme. What Google wants to talk about is not just what the next Android is, but also how the next ‘operating system’ should grow. And this conference is the moment when it plays its cards.
    Android 16 will have more ‘native’ AI
    If Android 15 is Google’s first step in trying to bring Gemini into the system, then Android 16 is truly a leap forward in making AI a native capability of Android.
    05muK8fu3YywTG1pSDoAkbI-3.fit_lim.v1732286224.jpg
    Image/Google
    According to current known information, the biggest keyword for Android 16 is still “Gemini”. This is not just about building a conversational assistant, but turning the Gemini model into the core infrastructure of Android: from suggestion replies in the notification bar, understanding content between applications, to proactive recommendations in the settings interface, AI is penetrating every interaction node that you can see or not see.
    More importantly, Gemini will also open up more system level APIs for developers to call. This means that you are not using an app that “connects to the big model”, but every app can naturally have the ability to “understand you”. For example, booking applications can recognize your current itinerary and directly recommend the most suitable flight; Health apps can remind you to adjust your schedule based on your recent steps and sleep.
    In addition to AI, this time Android 16 continues to polish the system experience in two directions:
    One is the innovation of visual language. The new Material 3 Expressive design language will officially debut, and Google is no longer satisfied with “uniform beauty”, but encourages “more emotion”. More rich animations, softer colors, and more perceptual details make UI not just about appearance design.
    Material 3 Expressive Announcement.jpg
    Image/Google
    Another is multi device integration. Android 16 is clearly prepared for a ‘more distributed’ future: it further enhances its adaptability to tablets, wearable devices, and even XR devices. XR is particularly noteworthy, as Google’s Android XR is poised to take off, and Android 16 is likely to be the bridge between reality and virtuality.
    Of course, there are also some minor upgrades worth mentioning, such as stronger HEIC image encoding, more precise camera white balance adjustment, more flexible audio sharing mechanism, and smarter permission pop-up design – these may not be dazzling, but each one is improving Android’s stability and user experience.
    In short, Android 16 is not a superficial UI update or a single point of feature enhancement, but a comprehensive systematic evolution centered around “AI native”. It attempts to answer a question: If the operating system were born to understand you, what would be the way your phone is used? At this year’s Google I/O, we may be able to get a sneak peek.
    Android XR , Redefining ‘reality’
    If Android 16 is an upgrade by Google to deeply embed AI into the mobile system, then Android XR is a deep-water bomb it has dropped on future computing platforms.
    This is not another “extended version” of Android, but a standalone operating system tailored for XR (Extended Reality) devices. From the technology stack to the interaction logic, its construction logic is completely different from traditional mobile phone systems. At the end of last year, Google publicly announced the existence of Android XR for the first time, and this year’s I/O will be its true debut in the public eye.
    The background color of Android XR is still Gemini. This large model that combines multimodal, contextual understanding, and reasoning capabilities is no longer just a “cheat assistant” in the system, but the core interaction engine of the XR system. From voice control to visual recognition, from environmental perception to real-time translation, Gemini enables devices to not only respond to what you say, but also understand what you see and want to do.
    Screenshot 2022-04-23 PM 7.09.46.Png
    Google AI Glasses for Demonstration, Image/TED
    The most representative of this vision is the AI glasses that Google just showcased earlier. It looks like a pair of regular glasses, but the glasses are embedded with a camera, speaker, and microphone, as well as a micro display and Gemini system support. For example, with just one glance at the menu, glasses can help you identify dish names and recommend healthier options; Or you can walk on the streets of a strange city and whisper ‘What kind of building is this?’ to get real-time voice commentary.
    This pair of glasses is not meant to show off skills, but represents Google’s real bet on the form of “AI glasses” – it doesn’t require immersion or emphasize entertainment, but wants to become the AI assistant that is always by your side, able to listen, see, and respond in your life.
    Of course, XR’s main equipment will not only be glasses. The Project Moohan, a collaboration between Google and Samsung, will also make its debut at this I/O event. This is the first MR device equipped with Android XR, and its hardware specifications are considered flagship. More importantly, it emphasizes ecological compatibility – users can run apps in the Play Store through the Android XR system.
    Google-material-design-featured-1420x829_ copy.jpg
    Application interface under Android XR, image/Google
    Compared to the closed strategy of Apple Vision Pro, Google clearly wants to take a different path. Android XR is open, modular, and deeply integrated with the existing Android development system. You can use Jetpack Compose to write XR apps, or integrate ARCore with Unity without having to rebuild the toolchain.
    What Google wants to create is not just an XR system, but also a new platform that continues the spirit of Android. It is not about “remaking a mobile phone system” for headsets, but about enabling all future terminals – glasses, headsets, and even hybrid devices – to have native AI capabilities and cross platform collaboration capabilities.
    2025 may be the turning point when Android truly begins to ‘detach from screens’. Google I/O, It is the first act of this story.
    Gemini is not only a big model, but also the soul of Google
    In the past year, if there is any technology that can truly run through Google’s entire product line and reshape user interaction logic, it is none other than Gemini. It is not an app or a service, but rather a pivot of Google’s top-down AI strategy.
    From Android to Search, from Workspace to Chrome, and to the upcoming XR operating system, Gemini is no longer an optional feature, but is becoming a new kernel for Google’s operating system. This year’s Google I/O, Gemini will usher in its most significant public evolution.
    Firstly, the evolution of the model itself. Gemini 2.5 will be one of the main characters of this conference, with the main keywords being “speed” and “flexibility”. Especially Gemini 2.5 Flash – a lightweight model optimized for practical application scenarios, users can even set a “thinking budget” for it to use computing power on demand.
    2.5_keyword_social_share_text.width-1300.png
    Image/Google
    Secondly, there is a comprehensive integration at the system level. If Android 16’s Gemini is more like “embedded intelligence”, then in the XR field of Android XR, Gemini has become the main interaction mode of the entire system. It can not only listen to you speak, but also see where your gaze falls and understand what you want to do next. What Google expects is a computing environment with “zero learning cost” and “fully aware response”, and Gemini is the key to achieving all of this.
    Thirdly, Gemini’s development interface is becoming increasingly open. Google’s I/O will officially launch a new version of Gemini API and Gemini Nano (Edge Side Model) toolchain – a complete system for AI native application developers. From text generation to image understanding, from data summarization to multiple rounds of dialogue, developers can call model capabilities like calling network interfaces, truly entering the era of “AI as a platform”.
    Screenshot 2022-04-24 18.19.38.png
    Image/Google
    Especially for edge terminals such as mobile phones, glasses, and wearable devices, this means that AI is no longer just a cloud privilege, but can enter the local environment and stay with users in their daily lives.
    In short, for ordinary users, the changes in Gemini itself may not appear as drastic, but the impact is everywhere. As the core of Google’s AI strategy, Gemini is undoubtedly Google’s first trump card for the next generation platform – AI native, multi device collaboration, and spatial computing.
    It is not just a model architecture, but a capability distribution mechanism, a reconstruction of interaction paradigms, and an excellent opportunity for Google to redefine ecological dominance. And Google I/O 2025 will be the stage for its comprehensive explosion.
    Write at the end
    In the past two years, the entire technology world and Google I/O have undergone tremendous changes, and AI is undoubtedly the core driving force behind these changes. This year’s trend is even more evident, and the protagonist of Google I/O 2025 is obviously not just a certain phone or function, but the bigger problem:
    How should AI be integrated into operating systems, and even into our real world?
    Android 16 will tell us that AI operating systems can be more “native”; Android XR will tell us that the operating system can detach from the screen; And Gemini will provide an answer about future human-computer interaction. All of this may be officially revealed at Google I/O 2025.

  • Apple will release a 20th anniversary edition iPhone: See you in 2022!

    On April 28th, according to Mark Gurman’s latest report, Apple is developing two 20th anniversary commemorative versions of the iPhone, which will be released in 2027.
    Based on the route of the 10th anniversary iPhone X back then, the 20th anniversary version may once again change the form of the phone.
    Gurman revealed that the first one is the long-awaited Apple foldable iPhone, and the second one is said to be the Pro version centered around glass.
    According to the timeline, Apple’s first foldable screen is steadily advancing and has entered the trial production stage. It is expected to start mass production in the second half of 2026 and may be released alongside the iPhone 18 series in September 2026.
    The 20th anniversary edition should be the second generation foldable iPhone, which will be released in September 2027. At that time, some adjustments and improvements should be made based on user feedback from the first generation.
    According to reports, the current foldable iPhone has a full screen display with a size of 7.76 inches and a resolution of 2713 × 1920.
    First release of Apple’s under screen camera technology, this will be the first true full screen iPhone in Apple’s history.
    The external screen is still in a perforated shape, with a size of 5.49 inches and a resolution of 2088 × 1422.
    As for the Pro version centered on glass, there is currently no news. It is speculated that it may adopt the Unibody scheme, which integrates the middle frame and the back shell, just like the effect of the Xiaomi MIX ceramic integrated back shell back then.

  • Apple 17 vs Apple 16: Comprehensive Upgrade or Minor Improvement?

    The new phones launched by Apple every year always attract the attention of technology enthusiasts around the world. In 2025, the Apple 17 was officially released, and as the successor to the Apple 16, it underwent upgrades in multiple aspects. So, what are the significant improvements of Apple 17 compared to Apple 16? Is it worth upgrading for users? This article will comprehensively compare the Apple 17 and Apple 16 in terms of design, performance, imaging, battery life, and functionality.
    silvanita.com
    1、 Exterior Design: Detail Optimization and Material Upgrade
    Apple 16: The Apple 16 features aluminum alloy bezels and ceramic shield panels, with a design language that continues the style of the Apple 15. The screen bezels are relatively narrow, but there are still some “black borders” present. The physical button design is still retained, and the overall feel is excellent.
    Apple 17: The Apple 17 goes further in design by using titanium alloy material, making the body lighter and more durable. At the same time, the screen borders are further narrowed, almost achieving a “borderless” effect. In addition, the Apple 17 has removed physical buttons and replaced them with tactile feedback buttons, enhancing the aesthetic appeal of the integrated design.
    Comparative summary: The Apple 17 has a more futuristic feel in terms of materials and design details, especially the design without physical buttons makes it appear more avant-garde.
    2、 Performance: The powerful performance of A19 biomimetic chip
    Apple 16: Equipped with A18 biomimetic chip, manufactured based on 4-nanometer technology, it has strong performance and can smoothly run various large-scale applications and games.
    Apple 17: Upgraded to A19 biomimetic chip, using a 3-nanometer process, with a performance improvement of about 20% and energy efficiency improvement of about 30%. It performs better in multitasking, AI computing, and graphics rendering.
    Comparative summary: Although the A18 is already powerful enough, the performance and energy efficiency of the A19 have been further improved, especially in high-intensity tasks and battery life, with the Apple 17 outperforming.
    3、 Imaging System: From Excellence to Excellence
    Apple 16: Rear triple camera system, including a 48 megapixel main camera, a 12 megapixel ultra wide angle lens, and a 3x optical zoom telephoto lens, supporting 4K video recording and night mode.
    Apple 17: The rear triple camera system has been fully upgraded, with the main camera increased to 50 million pixels, the ultra wide angle lens upgraded to 48 million pixels, and the addition of a 120x periscope zoom function. In addition, Apple 17 has introduced light field photography technology to support the adjustment of focus and depth of field after shooting.
    Comparative summary: The imaging system of Apple 17 surpasses Apple 16 in terms of pixels, zoom capability, and innovative features, especially in light field photography technology, providing users with more creative possibilities.
    4、 Battery life and charging: faster and longer lasting
    Apple 16: Equipped with approximately 3200mAh battery, supporting 27W wired fast charging and 15W MagSafe wireless charging, the battery life performance is average.
    Apple 17: The battery capacity has been further improved, and thanks to the energy efficiency optimization of the A19 chip, the battery life has been extended by about 20% compared to the Apple 16. The charging speed has also been greatly improved, supporting 100W wired fast charging and 50W wireless fast charging, and can be charged to 80% in 20 minutes.
    Comparative summary: The Apple 17 has achieved significant improvements in battery life and charging speed, especially with the upgrade of fast charging technology, making daily use more convenient for users.
    5、 Function and System: Integration of Intelligence and Ecology
    Apple 16: Running on iOS 18 system, supporting dynamic island, real-time activities and other functions, the ecological experience is still excellent.
    Apple 17: Pre installed with the brand new iOS 19 system, adding more AI driven intelligent features such as a more precise voice assistant and smarter photo editing capabilities. In addition, the Apple 17 supports seamless connection with Vision Pro devices, and through the VisionOS Lite feature, users can directly control AR/VR devices with their phones.
    Comparative summary: The Apple 17 has gone further in terms of intelligence and ecological integration, especially the linkage function with Vision Pro, which brings users a brand new interactive experience.
    6、 Price Comparison: The Cost of Upgrading
    Apple 16: The starting price is 7999 yuan (128GB version), and the highest price is 11999 yuan (1TB version).
    Apple 17: The starting price is 8999 yuan (128GB version), and the highest price is 13999 yuan (2TB version).
    Comparative summary: The starting price of Apple 17 is 1000 yuan higher than that of Apple 16, but considering the comprehensive upgrades in materials, performance, imaging, and functionality, this price difference is acceptable.
    7、 Is it worth upgrading?
    Suitable for users upgrading to Apple 17:
    There are higher requirements for mobile photography, especially for stronger zoom capabilities and light field photography functions.
    I hope to experience faster charging speed and longer battery life.
    I am interested in cutting-edge design and enjoy non physical buttons and titanium alloy materials.
    More powerful performance is needed to support high-intensity tasks or future application scenarios.
    Users who can continue to use Apple 16:
    The demand for mobile phone performance and imaging system is not high, and the performance of Apple 16 is already sufficient for daily use.
    There is no strong demand for new features such as light field photography and VisionoS Lite.
    I hope to save the budget and temporarily do not consider replacing the equipment.
    Summary: The Comprehensive Evolution of Apple 17
    Compared to the Apple 16, the Apple 17 has achieved significant upgrades in design, performance, imaging, battery life, and functionality, especially in breakthroughs in imaging systems and fast charging technology, which is impressive. However, the Apple 16 remains a flagship phone with powerful performance and excellent user experience. If you pursue the ultimate technological experience, the Apple 17 is undoubtedly a choice worth upgrading to; But if you don’t have a high demand for new features, the Apple 16 can still accompany you through a pleasant period of use.

  • Why doesn’t Apple make cars? Decisively disbanding the car making team, Cook seems to have discovered something

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    When Tesla’s super factory rises up in the Texas desert, traditional car giants are betting on electrification transformation, and technology giants such as Huawei and Xiaomi enter the intelligent car race with high profile, a confusing phenomenon continues to spark discussion: as the world’s most valuable technology giant, why did Apple decisively dissolve its car making team and abandon its car making plan? Cook seems to have discovered something.
    In the past decade, rumors about Apple cars have never stopped, but apart from the continuous iteration of the CarPlay in car system, consumers have never been able to wait for that smart car with the glowing Apple logo. This decade long car making puzzle reflects the deep game between the technology industry and the automotive industry in the era of deep integration.
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    strategic focus
    Apple’s business empire has always adhered to the product philosophy of “extreme simplicity”. Unlike other tech giants who like to tinker around, Apple during the Tim Cook era maintained astonishing strategic determination: launching only a few core products each year, yet accounting for over 85% of the global consumer electronics industry’s profits. This strategic focus on car manufacturing is reflected in rigorous cost-benefit calculations.
    The marginal effect of product matrix: iPhone, as a cash cow, contributed over $200 billion in revenue last year, while the ecosystem formed by Mac, iPad, AirPods, and others has built a deep enough moat. As a heavy asset, long-term, and low gross profit industry, the cost-effectiveness of automobiles poses a challenge to Apple’s existing business model.
    Cannot accept imperfect products
    Apple’s car making ambition has never stopped at producing an ordinary electric vehicle. Its initial goal is to build a fully autonomous vehicle “without steering wheel and brake pedal”, and even envisage “zero intervention driving” through Siri voice control. However, this vision is impossible to achieve in the short term. In addition, the perfectionist Apple company cannot accept imperfect products being launched into the market.
    In the game between tech giants and traditional car companies, time dimension becomes a key variable. The mature “vertical integration+global OEM” model in the consumer electronics field has completely failed in the automotive industry. The automotive supply chain involves over 20000 components, with a certification period of 3-5 years. While Apple is still struggling with whether to invest billions of dollars in building a factory, the automotive industry is evolving at an unimaginable speed.
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    Apple’s retreat is essentially a precise business calculation: when investing over $10 billion in ten years but still seeing no hope of mass production, timely stop loss is more important than idealism. Currently, Apple is focusing on AI and AR, transforming its advantages in consumer electronics into an enabler of the automotive industry, and still holds a significant number of automotive related patents. Since the launch of CarPlay, Apple has been trying to expand the iOS ecosystem into the automotive industry. By holding patents for in car interaction and AR navigation, Apple can further enhance the functionality of CarPlay and even potentially develop the next generation of in car operating systems.
    External comments: In the century long transformation of smart cars, Apple’s caution and patience are in stark contrast to its radical innovation in the field of consumer electronics. Behind this strategic choice is not only a clear understanding of the particularity of the automotive industry, but also a precise grasp of its own advantages. While the industry is still debating when Apple cars will be born, this tech giant may be reshaping the future of the automotive industry in another way. Some Silicon Valley analysts say that Apple never really wanted to make cars, they were just looking for the next iPhone.

  • IPhone 16e disassembly shows internal structure, Apple C1 chip power consumption and signal test results

    The latest iPhone 16e launched by Apple has been released, and due to its very similar appearance to the iPhone 14, many consumers believe that this is Apple’s “clearance of inventory” product. However, disassembly shows that although the iPhone 16e retains the shadow of the old model in terms of appearance, its internal structure has been specially designed, rather than simply stacking inventory components.
    The YouTube channel REWA Technology shared a disassembly video of the iPhone 16e. From this, it can be seen that the iPhone 16e adopts many technologies from the iPhone 15 and iPhone 16, and has been optimized accordingly.
    Firstly, the disassembly method of iPhone 16e is similar to that of iPhone 15, requiring it to be disassembled from the back panel instead of the front screen as in the past. This design facilitates maintenance and backplate replacement, enhancing the repairability of the equipment.
    Compared to its predecessor, the iPhone 16e is equipped with a 48 megapixel single camera lens, which frees up internal space and allows for a larger capacity battery.
    Disassembly shows that the capacity of this battery is 4005mAh, which is about 10% higher than the 3561mAh of iPhone 16. The increase in battery capacity is actually the main reason why the iPhone 16e has become Apple’s current 6.1-inch longest lasting model.
    It is worth noting that the battery removal method of iPhone 16e has also been upgraded, using electrically induced adhesive release technology to improve the convenience of battery replacement.
    The disassembly also revealed the A18 chip on the iPhone 16e, but this chip uses a 4-core GPU.
    At the same time, the motherboard is designed with a double-layer structure, which integrates Apple’s first self-developed modem chip – Apple C1.
    The Apple C1 chip adopts 4nm baseband technology and 7nm RF technology, and Apple claims that it has lower power consumption performance. However, many users are more concerned about whether this chip can significantly improve the signal performance of the iPhone.
    At present, domestic and foreign media have tested the signal performance of iPhone 16e, including Tom’s Guide, The Verge, as well as domestic reviews such as Phoenix Home and Geek Bay. From the test results, the cellular network speed of iPhone 16e is basically equivalent to that of iPhone 16, but the signal performance is slightly inferior and has not brought significant improvement.
    However, tests conducted by Geek Bay have shown that the power consumption of the Apple C1 is indeed lower in different signal environments, which is in line with Apple’s promotion of low power consumption. This optimization is undoubtedly one of the factors that enable the iPhone 16e to achieve longer battery life.
    From the disassembly, it can be seen that the internal design of iPhone 16e integrates some technologies of iPhone 15 and iPhone 16, and is not simply a “clearance” product. But in order to control costs, Apple still has some reuse of certain components, such as the screen being completely identical to the iPhone 14.
    However, if some users expect significant improvement in signal performance for the Apple C1, they may feel disappointed. As Apple’s first generation self-developed modem chip, the biggest highlight of the Apple C1 is its low power consumption, laying the foundation for future improvements.
    Perhaps we can expect that the next generation of Apple C2 chips, combined with optimized antenna design, can truly achieve breakthroughs in signal on future iPhones

  • Apple stops signing iOS 18.4, upgraded iPhone users can no longer downgrade

    IT Home reported on April 24th that Apple has stopped signing up for iOS 18.4 one week after releasing the iOS 18.4.1 update, and iPhone users who upgrade to iOS 18.4.1 cannot downgrade back to iOS 18.4.
    IT Home has learned that the iOS 18.4.1 update provides important bug fixes and security updates, and resolves rare issues that cause wireless CarPlay in some vehicles to fail to connect.
    IOS 18.4 was released on April 1st, and this update includes the Apple Vision Pro app, new Apple Intelligence features and language support for notifications, recipe functionality for Apple News+subscribers, and feature optimizations for multiple photo apps.
    Apple will periodically stop signing older versions of iOS, usually within one or two weeks after the release of a new version. When Apple stops signing updates, due to server-side software verification checks, the update will no longer be able to be installed on iPhone, so users who have already updated to the latest version of iOS cannot downgrade.