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  • M3 Ultra chip shows small speed edge over M4 Max in early test

    M3 Ultra chip shows small speed edge over M4 Max in early test

    The first supposed test score for Apple’s new M3 Ultra chip popped up in the Geekbench 6 database tonight. This gives us a peek at how it stacks up against other chips. You can find this powerful chip in the new Mac Studio, which Apple unveiled earlier this week.

    M4 Max vs. M3 Ultra

    Apple called the M3 Ultra its “most powerful chip ever,” and this early test seems to back that up. The 32-core M3 Ultra scored 27,749 in multi-core CPU performance. That’s about 8% quicker than the 16-core M4 Max, which used to be the speed champ. The test also shows that the M3 Ultra is up to 30% faster than the 24-core M2 Ultra.

    On the flip side, the M4 Max beats the M3 Ultra by nearly 20% in single-core CPU performance, which isn’t a big surprise. We’re waiting for more test results to see if these numbers hold. They seem a bit low compared to what people expected. For instance, Apple claimed the M3 Ultra could be up to 1.5 times faster than the M2 Ultra.

    That 30% boost we saw should probably be closer to 50%. Apple didn’t say much about how the M3 Ultra compares to the M4 Max, though. Real-life speed can differ from these tests, but tools like Geekbench 6 give us a solid starting point to compare chips. Keep an eye out—more Geekbench 6 scores for the M3 Ultra might show up soon, and we wouldn’t be shocked if they turn out higher than this first result.

  • How fast is the new iPad Air with Apple’s M3 Chip? Here’s the Scoop

    How fast is the new iPad Air with Apple’s M3 Chip? Here’s the Scoop

    Everyone’s buzzing about Apple’s super-speedy M3 Ultra chip for the Mac Studio, but we’re still waiting on those test results. For now, let’s check out the first scores for the new iPad Air with the M3 chip.

    M3 iPad Air Performance

    The early Geekbench 6 scores for the iPad Air with the M3 chip aren’t shocking, but that’s okay—steady news can be great news! Since Macs already use the M3 chip, we know it’s about 20% quicker than the M2 chip when handling lots of tasks at once (that’s multi-core CPU speed, for the tech fans). The new iPad Air shows the same kind of boost, which is just what we hoped for.

    So far, there are three test results for the M3 iPad Air, giving it an average multi-core score of 11,605. Compare that to the last iPad Air with the M2 chip, which scored 9,817 on average. That means the M3 is roughly 18% faster than the M2 in the iPad Air, based on these first numbers. That’s a pretty solid improvement!

    This is nice to see, but it’s not the big headline we’re waiting for. The real excitement will come when we find out how the M3 Ultra stacks up against the M4 Max chip. Those test scores should pop up soon, so keep an eye out for that update. For now, the M3 iPad Air is proving it’s a step up—faster and ready for whatever you throw at it. More speed news is on the way!

  • M4 MacBook Air’s graphics power matches M4 iPad Pro, tests show

    M4 MacBook Air’s graphics power matches M4 iPad Pro, tests show

    New test results for Apple’s upcoming MacBook Air with the M4 chip have appeared on Geekbench, hinting at how much faster its graphics are compared to the current M3 models. These scores give us a sneak peek at the power of Apple’s latest 3-nanometer chip design.

    One test entry, labeled “Mac16,12,” was logged on February 23. It shows a device with a 10-core chip and 24GB of memory. This machine was running a unique version of macOS Sequoia 15.2, which Apple briefly released in December. That slip-up had already hinted at new 13-inch and 15-inch MacBook Airs, so this benchmark looks like the real deal.

    The MacBook Air scored 55,516 in the Metal graphics test. That’s very close to what the 13-inch M4 iPad Pro gets, which makes sense since both devices rely on the same chip and don’t use fans to stay cool. For comparison, the current M3 MacBook Air usually hits around 48,000 to 49,000 on the same test. Meanwhile, the M4 MacBook Pro, which has fans, scores a bit higher at about 57,000.

    Since neither the MacBook Air nor the iPad Pro has fans, their graphics performance stays pretty similar. The MacBook Pro’s cooling gives it a slight edge, but the gap isn’t huge. Bloomberg’s Mark Gurman recently shared that Apple is gearing up its sales, marketing, and store teams for a March release of the new 13-inch and 15-inch MacBook Airs.

    He’s said before that they’re just weeks away. Beyond the M4 chip upgrade, no big changes are expected for these models. This suggests Apple fans can look forward to a solid boost in graphics power soon, wrapped in the sleek, fan-free design MacBook Air users love.

  • iPhone 16e speed test, memory, and charging details unveiled

    iPhone 16e speed test, memory, and charging details unveiled

    The iPhone 16e comes with the A18 chip, but its graphics part is a bit different from the one in the iPhone 16. The iPhone 16 has a 5-core GPU, while the iPhone 16e has a 4-core GPU. This small change affects how fast it handles graphics.

    A new speed test from Geekbench, spotted by MySmartPrice, shows what this means for users. The iPhone 16e scored 24,188 points in graphics testing. That’s about 13-15% lower than the iPhone 16 and iPhone 16 Plus. Even so, most people upgrading from older iPhones won’t feel this difference. The phone still runs much better than older models.

    The test also reveals that the iPhone 16e has 8GB of memory. This is great news because it means the phone will stay fast and work well with Apple’s smart features for years to come. Another detail comes from a filing in China. It shows the iPhone 16e can charge quickly using a USB-C cable, up to 29W. This is close to the 30W speed of the iPhone 16. We’ll need more tests to be sure it hits that 29W mark, but it looks promising. For wireless charging, it supports Qi at 7.5W. However, it doesn’t work with MagSafe.

    The iPhone 16e starts at $599, and you can pre-order it today. The first shipments will arrive on Friday, February 28. This phone uses a slightly toned-down A18 chip compared to the iPhone 16. Companies sometimes do this—taking chips with a small flaw and using them in cheaper models. Here, the GPU has one less core, but the main power (a 6-core CPU) stays the same.

    For its price, the iPhone 16e still offers strong performance. More tests will show how it handles daily tasks and games, but it’s a solid choice for the cost. Pre-orders begin today at 5 a.m. Pacific Time, and it’ll be available in 59 countries by the end of February. Running on iOS 18.3.1, this phone is ready to impress budget-friendly buyers.

    Source/Via

  • What to expect from Apple’s revamped MacBook Air in 2025

    What to expect from Apple’s revamped MacBook Air in 2025

    The tech world is abuzz with anticipation for Apple’s first product releases of 2025, and among the most eagerly awaited are the updated 13-inch and 15-inch MacBook Air models. While official announcements remain shrouded in Apple’s characteristic secrecy, a flurry of rumors and leaks paints a compelling picture of what we can expect from these ultraportable powerhouses.

    Under the Hood: The M4 Powerhouse

    At the heart of these new MacBook Airs is expected to be Apple’s already-released M4 chip. This silicon marvel, boasting a 10-core CPU and a 10-core GPU, has already proven its mettle in recent updates to the MacBook Pro, iMac, and Mac mini. Benchmark tests, like those conducted on Geekbench 6, suggest the M4 delivers a substantial performance boost, offering up to a 25% increase in multi-core CPU performance compared to its predecessor, the M3. This translates to smoother multitasking, snappier application launches, and an overall more responsive user experience.

    Beyond raw power, the M4 also promises significant improvements in power efficiency. This is crucial for the MacBook Air, a device renowned for its all-day battery life. With the M4’s enhanced efficiency, users can anticipate even longer periods of unplugged productivity, making it the perfect companion for on-the-go professionals and students.  

    Memory and Design: Refining the Formula

    Apple’s recent decision to increase the base RAM in all MacBook Air models to 16GB is a welcome change. This trend is expected to continue with the 2025 models, ensuring smooth performance even with demanding applications and workflows. This eliminates the bottleneck that 8GB RAM sometimes presented, particularly for users juggling multiple applications or working with large files.

    In terms of design, no radical changes are anticipated. The MacBook Air underwent a significant redesign in 2022, and it’s likely Apple will stick with this sleek and modern aesthetic. This means we can expect the same thin and light form factor, the iconic wedge shape, and the vibrant Liquid Retina display. This focus on internal upgrades rather than a complete overhaul allows Apple to focus on refining the user experience.

    Enhanced Features: Borrowing from the Pro Line

    Drawing inspiration from the recent MacBook Pro updates, the new MacBook Air models are likely to inherit some key features. One of the most anticipated additions is an upgraded 12-megapixel camera with support for Center Stage. This intelligent feature automatically adjusts the frame during video calls, keeping the user perfectly centered even as they move around. This is a significant improvement for video conferencing and online collaboration.  

    Furthermore, the new camera is also expected to support Desk View, a clever feature that provides an overhead view of the user’s desk. This can be incredibly useful for showcasing physical objects or documents during presentations or online tutorials.

    Connectivity is also expected to receive a boost. The new MacBook Air models are rumored to feature three Thunderbolt 4 ports, an upgrade from the two Thunderbolt 3 ports found on current models. This increase in bandwidth and connectivity options will allow users to connect more peripherals and external displays with greater ease. The ability to support up to two external displays, even with the laptop lid open, will be a boon for multitasking and productivity.

    A Touch of Luxury: The Nano-Texture Display

    A more speculative, yet exciting possibility, is the inclusion of a nano-texture display option. This special coating, currently available on the MacBook Pro and iMac, minimizes glare and reflections, making the display easier to view in bright environments. While it’s uncertain whether Apple will extend this feature to the MacBook Air, its inclusion would undoubtedly elevate the user experience, especially for those who work in challenging lighting conditions.  

    Timing and Release: Early 2025 Launch Expected

    Recent hints within macOS Sequoia 15.2, coupled with insights from reliable sources like Bloomberg’s Mark Gurman, suggest a relatively early launch for the new MacBook Air models. Gurman has indicated these devices will be announced “earlier” than other rumored spring releases, such as a new iPhone SE. This points towards a potential announcement via press release on the Apple Newsroom website sometime between January and March. This strategy would allow Apple to clear the way for a larger spring event later in the year.

    A Compelling Upgrade:

    The anticipated updates to the MacBook Air in 2025 represent a significant step forward for Apple’s ultraportable lineup. With the powerful M4 chip, enhanced features borrowed from the Pro line, and refinements to connectivity and display technology, these new models are poised to offer a compelling blend of performance, portability, and user experience. While we await official confirmation from Apple, the whispers of the wind suggest a bright future for the MacBook Air.

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