jokosun.solutions

Blog

  • NOMAD® Black Leather Mag Wallet with Find My Tracking – Crafted from Horween Leather

    Introducing the Leather Mag Wallet, available for $79. This innovative wallet securely attaches to your iPhone using MagSafe technology, providing a streamlined way to carry essential cards.

    Made from premium vegetable-tanned Horween® leather, it features integrated magnets that snap it onto your iPhone. With Apple’s Find My app functionality built-in, you’ll never lose track of it.

    The unique tracking feature means that if the wallet is misplaced, finding it is a breeze. Simply open the Find My app to locate the last known position.

    Additionally, the wallet can wirelessly charge using any Qi or MagSafe charger, ensuring it’s always ready for use. The Leather Mag Wallet is designed for convenience.

    It stays securely attached to your iPhone while allowing you to easily pop it on and off as needed. With daily use, your wallet will develop a unique patina, giving it a distinctive character over time.

    Pair it with a Modern Leather Case and Band for a complete Horween® leather aesthetic. Despite its advanced tracking capabilities, the Leather Mag Wallet maintains a slim profile.

    It is designed for everyday carry, holding between 1 to 4 standard credit cards without adding unnecessary bulk to your device. In terms of specifications, the wallet features vegetable-tanned Horween® leather, a polycarbonate frame, and a battery life of five months once charged.

    Measuring 96mm x 66mm x 9mm and weighing just 47 grams, it is both practical and stylish. For any inquiries regarding compatibility or care instructions, consult the product guide provided, or feel free to reach out for assistance.

  • Previewing the Potential Design of the iPhone 18 Pro Display for Next Year

    Recent reports about the upcoming iPhone 18 Pro highlight two differing rumors regarding how Apple plans to incorporate Face ID into the device’s display. These developments significantly impact not only the potential design of the iPhone 18 Pro but also the fate of the Dynamic Island feature. One perspective, presented by Wayne Ma, suggests that both the iPhone 18 Pro and iPhone 18 Pro Max will feature a small hole in the top-left corner specifically for the front-facing camera. This indicates a potential departure from the Dynamic Island that has been prominent in previous iPhone models.

    Based on Ma’s insights, developer Filip Vabroušek has visualized what this design could look like, showcasing the model with the suggested cutout. On the other hand, Ross Young from Counterpoint Research countered Ma’s claim, asserting that the iPhone 18 Pro will retain a visible Dynamic Island, albeit in a smaller size compared to current models. His assertion has further gained traction from Mark Gurman of Bloomberg, who also indicated that some iPhone models will see a reduction in Dynamic Island size next year. This perspective suggests that Apple is not entirely moving away from the associated design elements.

    These contrasting views on the iPhone 18 Pro’s display are crucial for consumers considering an upgrade. What remains evident is the ongoing evolution of technology, with speculation indicating that a truly all-screen iPhone may not arrive until 2030. The 20th anniversary iPhone, slated for release in 2027, may still feature some form of cutouts, according to Young’s roadmap. As anticipation builds for the upcoming models, the debate about the display design continues among tech enthusiasts.

  • 20th Anniversary iPhone Features All-Glass Design and Full-Screen Display – MacRumors

    Apple is preparing to celebrate the 20th anniversary of the iPhone with a new model set to launch in 2027. According to Mark Gurman from Bloomberg, this forthcoming iPhone will feature a design that is predominantly glass and curved, with a fully immersive all-screen display devoid of any cutouts. Gurman anticipates that this innovative model will be introduced in the fall of 2027, following the release of Apple’s first foldable iPhone. While he didn’t provide specific details on what a “mostly glass, curved iPhone” entails, it is notable that Apple has received a patent for a wraparound glass display.

    It remains uncertain if this design will be utilized in the upcoming model, as Gurman considers the 20th anniversary iPhone a “bold” new addition that leverages greater amounts of glass. In previous reports, indications have surfaced supporting the idea of an all-screen design, with no interruptions for essential features. The latest information suggests that at least one new iPhone model in 2027 will showcase a completely edge-to-edge display. This aligns with Apple’s development strategy, which has recently been corroborated by analyst Ming-Chi Kuo, regarding a split-cycle launch for the iPhone lineup.

    Before reaching the milestone of an all-screen design, the iPhone 18 Pro models, which are expected to launch in the fall of 2026, will integrate under-screen Face ID technology, leaving a minimal pinhole for the front camera. This development is viewed as a crucial step toward achieving the long-desired all-screen iPhone, bringing Apple closer to realizing its vision for an uninterrupted display. Overall, Apple is on a promising path to transforming its flagship smartphone model, combining cutting-edge technology with striking aesthetics in the years to come.

  • iPhone Set to Transition to All-Screen Design in Two Phases, According to MacRumors Report

    Apple has been striving for an iPhone with a completely screen-centric design, and it looks like that dream is nearing reality within the next few years. According to Mark Gurman in his Power On newsletter, Apple plans to reduce the size of the Dynamic Island on new models slated for release next year.

    Following this, a redesigned 20th-anniversary iPhone is anticipated to debut in 2025. This 20th-anniversary model is expected to come with features such as curved glass edges, ultra-slim bezels, and a genuine edge-to-edge display without any cutouts.

    If these predictions materialize, it will mark the first iPhone to sport a seamless all-screen design. In another related report, Wayne Ma from The Information has suggested that the forthcoming iPhone 18 Pro models will include under-screen Face ID technology, accompanied by just a small hole in the upper-left corner for the front camera.

    This development raises some questions regarding Gurman’s assertion about the Dynamic Island remaining in a smaller form. Regardless, it appears that the first truly all-screen iPhone, complete with under-screen Face ID and front camera capabilities, is set to arrive in 2027.

    The progression toward an all-screen design has been steady. Apple’s journey began with the iPhone X in 2017, which transitioned from Touch ID and bulky bezels to Face ID and a noticeable notch.

    This evolution continued with the iPhone 14 Pro in 2022, where the notch was replaced by the Dynamic Island. As Apple continues to innovate, the excitement surrounding the potential all-screen iPhone underscores its commitment to pushing the boundaries of smartphone design.

  • M5 iPad Pro OLED Displays Begin Mass Production Ahead of October Launch

    Apple is poised to announce new iPad Pro models featuring the advanced M5 chip later this year. To support this release, both Samsung Display and LG Display have reportedly begun mass production of OLED panels for the devices. In the previous generation of iPad Pro models, which were the first to utilize OLED displays, Samsung was responsible for supplying the 11-inch panels, while LG managed the 13-inch versions. According to ZDNet Korea, this year both manufacturers will share the supply responsibilities for these panel sizes.

    This adjustment is believed to stem from Apple’s initiative to diversify its supply chain and enhance OLED adoption among its suppliers. Looking ahead, Apple has plans to introduce OLED panels for other models, including the iPad mini in 2026 and the iPad Air in 2027. This expansion shows Apple’s commitment to integrating OLED technology across its product line. The prior generation of iPad Pro, equipped with the M4 chip, saw significant design changes, including a sleeker and lighter build, while also supporting the new Apple Pencil Pro.

    However, this year’s updates for the iPad Pro are anticipated to be less extensive, primarily focusing on the new M5 chip, which will leverage TSMC’s advanced 3-nanometer process technology. This change is expected to improve both performance and energy efficiency. Another subtle change being considered is a shift in the orientation of the Apple logo on the device’s back from portrait to landscape. This modification would position the logo upright when the iPad is used in landscape mode, often the case when connected to a keyboard.

    Mark Gurman from Bloomberg indicated that the new iPad Pro models could be expected to launch around October, following the release of the M4 models back in May 2024.

  • Foldable iPad Pro and OLED iPad Air Set for 2027; OLED iPad Mini Launching in 2026

    Apple is set to introduce new OLED display technology across several iPad models in the coming years. According to Display Supply Chain Consultants (DSCC), an 8.5-inch OLED iPad Mini is expected to debut in 2026, followed by 11-inch and 13-inch OLED iPad Air models anticipated for release in 2027.

    By that time, it is projected that most of Apple’s iPad lineup, excluding the budget model, will feature OLED displays. In addition to these developments, DSCC has forecasted the arrival of an 18.8-inch foldable iPad Pro with an OLED screen in 2027.

    Speculation around foldable devices has been circulating for some time, with reports suggesting that Apple’s first foldable product might either be an iPad or a MacBook. A recent Wall Street Journal article mentioned that Apple is working on a significantly larger foldable device designed to function as a laptop, unfolding to approximately 19 inches.

    Mark Gurman from Bloomberg has also indicated that a foldable iPad could be introduced by 2028, emphasizing Apple’s desire for the device to have a seamless appearance without any visible crease. While the precise details about whether the upcoming foldable device will be categorized as an iPad or a Mac remain ambiguous, either option could be viable depending on the operating system Apple chooses to implement.

    Although Apple has incorporated OLED technology into its iPhones and Apple Watches for several years, the transition to larger OLED displays for iPads and Macs has taken longer due to cost factors. Earlier this year, Apple launched its first OLED iPads, specifically the 11-inch and 13-inch iPad Pro models, marking a significant advancement in its tablet offerings.

  • Introducing Apple’s CarPlay Ultra: A First Look at Its Real-World Capabilities – MacRumors

    Apple’s CarPlay Ultra experience has made its debut with the release of its first videos, offering insights into the highly anticipated iPhone-connected infotainment software. Aston Martin showcased the initial video of CarPlay Ultra, which was succeeded by a comprehensive walkthrough on Top Gear’s YouTube channel, providing an in-depth look at how the system operates in real-life scenarios.

    The video depicts various features of CarPlay Ultra, including the setup process, navigation capabilities, customization of the instrument cluster, control of vehicle functions, widget options, and themes that users can personalize. Earlier today, Apple confirmed that CarPlay Ultra is now available for new Aston Martin vehicle orders in North America, with plans to roll out globally over the next year.

    For existing Aston Martin vehicles equipped with the next-generation infotainment system, owners in the U.S. and Canada can expect a software update at local dealers that will enable CarPlay Ultra support in the coming weeks. Meanwhile, other automakers such as Hyundai, Kia, and Genesis are in the works of integrating CarPlay Ultra into their vehicles.

    The system is compatible with the iPhone 12 or later running iOS 18.5 or newer. In related news, rumors surrounding the upcoming iPhone 17 Pro and iPhone 17 Pro Max are surfacing, with expectations for an aluminum frame unlike the titanium used in their predecessors.

    Moreover, iOS 26 is expected to introduce an Adaptive Power Mode aimed at prolonging battery life alongside the existing Low Power Mode. As Apple pushes forward with its innovations, the upcoming devices and updates are generating considerable anticipation among consumers.

  • Xiaomi’s Trademark Plans Suggest Development of Custom Chips Similar to Apple Silicon

    Xiaomi has taken a significant step in its technological development by filing a trademark for its second-generation custom chip, the “XRING 02.” This move indicates that Xiaomi is advancing its in-house silicon strategy, similar to Apple’s transition to proprietary chipsets. According to reports confirmed by China’s TianYanCha trademark database, the XRING 02, which is categorized as a system-on-a-chip (SoC), is currently in development. This trademark filing follows the company’s earlier announcement of the XRING O1 chip, its first custom processor produced using a 3-nanometer process.

    The XRING O1 made its debut in the Xiaomi Tablet 7 Ultra earlier this year. Xiaomi has been vocal about its aspiration to match Apple’s hardware achievements and vertical integration across its device ecosystem. The company has explicitly stated its ambition to become a leading chipmaker, aiming for its mobile devices to rival the iPhone. In pursuit of this goal, Xiaomi poses the question of whether their chips can stand up to Apple’s renowned silicon.

    In addition to the XRING 02, Xiaomi has filed several other trademarks recently, including the XRING T1 and XRING 0. This suggests that the company is looking to develop a comprehensive family of custom processors that can be utilized across various device categories. Such a strategy mirrors Apple’s approach with its A-series, M-series, and S-series chips, which are employed in iPhones, Macs, and Apple Watches, respectively. As Xiaomi continues down this path, it aims to carve out its space in the competitive tech landscape.

  • iPad Screen Constantly Appears Dirty: Discussion on MacRumors Forums

    Yes, phones tend to get smudged, and so do iPads. I personally don’t use a screen protector on my iPad Air, and I notice that the screen often appears a bit dirty from fingerprints during use.

    It’s commonly understood that iPads are equipped with an oleophobic layer on their screens, designed to resist oils and reduce fingerprint smudges. If this layer is functioning properly, it should help keep the display cleaner for longer periods.

    However, if the screens I’ve owned with oleophobic coatings still attract fingerprints excessively, it raises questions about their effectiveness. Despite the intended benefits of this technology, I find myself constantly wiping the screen to maintain its clarity.

    It seems that the oleophobic layer isn’t performing as expected, as every iPad I’ve owned with this feature has exhibited similar issues. In conclusion, while the oleophobic coating is meant to minimize smudges and make cleaning easier, my experience suggests that it might not always deliver on its promises.

    The persistent appearance of fingerprints on the screen can be quite frustrating, making me reconsider the use of a screen protector in the future.

  • Is the redesigned battery section in iOS 26 settings completely worthless?

    In my view, the most important battery statistic is solely the screen-on time since the last full charge. This is what most users genuinely care about.

    There have been two notable changes in the battery section of Settings. The first change occurred in iOS 12, which transitioned from “usage time since last full charge” to “screen-on time in the last 24 hours.”

    Prior to this update, the usage time metric included everything: screen-on time, screen-off time such as music playback, and system activations during standby. As a result, the displayed usage time was often inflated.

    For example, an iPhone 6s user might show 8 hours of usage time with 50% battery remaining, even though achieving 8 hours of screen-on time is practically impossible. While iOS 12 addressed some of these issues by adding screen-on time, it introduced a significant flaw.

    To find the relevant screen-on time, users must manually sum the individual bars after unplugging their device, as the “screen-on” figure only displays the last 24 hours’ statistics. This can be problematic, especially if a user’s charging cycle exceeds 24 hours, making it necessary to manually track screen-on time before it disappears.

    With iOS 26, the situation becomes even more complicated. It retains the issues of iOS 12 while obscuring the statistics further.

    Now, the upper section indicates battery consumption since midnight, while the lower part shows battery percentage per hour. Unfortunately, there is no indication of partial screen-on time anymore.

    Consequently, users cannot determine screen-on time since the last full charge. For instance, if I use my phone until 2 AM, unplug it at 7 AM, and then use it again later that day before recharging, the SOT shown would aggregate data from three separate cycles, offering no way to assess usage per cycle.

    This change seems counterproductive as it undermines the clarity of battery statistics without any apparent benefit.