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Search results for: “performance”

  • 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

  • iPhone 16e: New features without some expected ones

    iPhone 16e: New features without some expected ones

    The new iPhone 16e comes with some interesting features but also leaves out a few expected ones. One highlight is the Visual Intelligence feature, which you can now use on the iPhone 16e even without a special camera button. Instead, you can activate it through the Action button or in the Control Center. This means you can quickly snap photos or use other visual tools without needing a dedicated button.

    Apple has made it clear on their site that you can use the Action button for lots of things, like calling friends or opening apps. However, if you were hoping for MagSafe, you’ll be disappointed; the iPhone 16e doesn’t support it. This means no MagSafe chargers, cases, or wallets for this model. But don’t worry, you can still charge your phone wirelessly with standard Qi charging, just not as fast as with MagSafe.

    Price-wise, the iPhone 16e starts at $599 for the 128GB model, making it the cheapest iPhone you can buy right now. This is a bit more than what the old iPhone SE cost, but you get a more modern look, a powerful A18 chip, Face ID, and more storage to start with. Here’s how the pricing lines up:

    • iPhone 16e – $599
    • iPhone 15 – $699
    • iPhone 15 Plus – $799
    • iPhone 16 – $799
    • iPhone 16 Plus – $899
    • iPhone 16 Pro – $999
    • iPhone 16 Pro Max – $1,199

    You can pre-order the iPhone 16e starting Friday, and it will officially be available from February 28. Apple also shared a detailed 12-minute video on YouTube to introduce the iPhone 16e, giving everyone a good look at what to expect.

    The iPhone 16e features include a 6.1-inch OLED screen with a notch for Face ID, the new A18 chip, a single 48-megapixel camera, a USB-C port, and an Action button. It also comes with Apple’s new C1 modem for better 5G performance. So, while the iPhone 16e might not have everything you’d expect from an iPhone, it offers a balance of cost and modern features for those looking to upgrade without breaking the bank.

  • Apple introduces ‘C1’ – its first custom 5G modem for iPhones

    Apple introduces ‘C1’ – its first custom 5G modem for iPhones

    Apple has just revealed its debut custom 5G modem, named “C1”, which will first appear in the brand-new iPhone 16e. The C1 modem plays a key role in enhancing the iPhone 16e’s battery life, making it last longer than any other iPhone with a similar 6.1-inch screen, like the iPhone 15 or iPhone 16.

    By integrating the advantages of Apple’s own silicon technology, the C1 modem stands out as both the first modem Apple made itself and the most energy-saving modem ever used in an iPhone, providing swift and dependable 5G service. The combination of Apple’s silicon, including the C1, the iPhone’s new internal layout, and the smart energy management of iOS 18, leads to an impressive battery performance.

    It’s worth noting that the C1 modem is exclusive to the iPhone 16e; other iPhones still rely on modems from Qualcomm. This step is similar to when Apple switched from Intel processors to its own chips, showing Apple’s strategy to lessen its dependence on external suppliers like Qualcomm for crucial components.

  • Apple’s M5 Chip to fix unpopular M4 choice, report says

    Apple’s M5 Chip to fix unpopular M4 choice, report says

    Apple hasn’t finished rolling out the M4 chip yet, but there’s already buzz about the next big thing: the M5 chip. Expected to launch this autumn, the M5 chip will reportedly address a decision from the M4 rollout that didn’t sit well with many users.

    M5 Chip Coming to Macs First, Not iPads

    Over the weekend, tech journalist Mark Gurman shared insights on which devices will first get the M5 chip. This time, the strategy is different from what we saw with the M4.

    According to Gurman’s report on Bloomberg:

    • The M5 chip will start with new MacBook Pro models this fall.
    • An M5 iPad Pro won’t come until the first half of 2026.

    This switch means that, unlike the M4, which debuted in an iPad Pro, the M5 will first appear in Macs. Last year, Apple surprised everyone by introducing the M4 chip in the iPad Pro before any Mac got it, leading to a six-month wait for Mac users.

    Why the Change?

    The decision to launch the M4 in the iPad Pro first was not popular among Mac users. The long wait for the M4 MacBooks was particularly frustrating. With the M5, Apple seems to be returning to its traditional approach, prioritizing Macs for new chip introductions.

    What to Expect with M5

    Since the MacBook Pro will be the first to get the M5, we can anticipate seeing not just the basic M5 chip, but also the M5 Pro and M5 Max versions. This mirrors the strategy used with the M3 series in 2023, ensuring a broad spectrum of performance options right from the start. In summary, Apple’s move to bring the M5 to Macs before iPads could be seen as a response to feedback from the M4 rollout, aiming to keep Mac users happy with timely upgrades.

  • Does low power mode make your iPhone slower?

    Does low power mode make your iPhone slower?

    Low Power Mode isn’t a new thing for iPhone users. It was first introduced with iOS 9 back in 2015. Now and then, I come across complaints online about new iPhones running slowly, and often, Low Power Mode is turned on. Let’s explore how this feature impacts your iPhone’s performance.

    How Does Low Power Mode Work?

    Low Power Mode is designed to help your iPhone last longer when you’re away from a charger. When you turn it on, it cuts down on power use by turning off or limiting various features.
    iOS will suggest turning on Low Power Mode when your battery hits 20%, but you can switch it on anytime you want.

    Here’s what Apple says about it:

    Low Power Mode helps your iPhone or iPad when the battery is low. It makes the battery last longer before you need to charge it, but some things might work slower or not update as quickly. Some tasks might not work until you turn off Low Power Mode or charge to 80% or more.

    You can see if Low Power Mode is active by checking if the battery icon in your Status Bar is yellow.

    What Changes When Low Power Mode is On?

    Apple has a list on its site detailing what changes:

    • Turns off or limits 5G use
    • Sets Auto-Lock to 30 seconds
    • Reduces screen brightness and limits refresh rate to 60Hz on ProMotion devices
    • Turns off Always-On Display for supported iPhones
    • Reduces visual effects
    • Stops background activities like downloads, iCloud syncing, backups, and email fetching

    Does It Slow Down Your iPhone?

    Yes, it does. Although not officially stated by Apple, Low Power Mode also reduces your iPhone’s speed. Your iPhone’s chip has performance and efficiency cores. Normally, it uses all cores, favoring performance cores for heavy tasks. But in Low Power Mode, it mostly uses the slower efficiency cores to save energy.

    For example, in a benchmark test with Low Power Mode off, the iPhone 16 Pro Max’s A18 Pro chip scored:

    • Single-core: 3341
    • Multi-core: 8270

    With Low Power Mode on, the scores drop significantly:

    • Single-core: 1384
    • Multi-core: 4093

    This shows that your iPhone might run at about half speed with this mode active.

    Conclusion

    While Low Power Mode can extend your battery life, especially when your phone is idle, it’s less effective during active use. It’s best to use Low Power Mode only when necessary. Remember, this feature is also available on iPads, Macs, and Apple Watches.

  • New rumors about the next Apple Pro Display

    New rumors about the next Apple Pro Display

    Apple launched the Pro Display XDR back in 2019 for a hefty $4,999, with no stand included and an optional stand priced at $999. Since then, despite advancements in screen tech, Apple hasn’t updated this model. But whispers and leaks suggest they’re preparing something new.

    Apple’s Own Chip

    In 2022, Apple introduced the Studio Display, which stood out because it was powered by the A13 Bionic chip. This chip allowed for features like Center Stage and spatial audio. The original Pro Display XDR, being older, doesn’t have this advantage. However, there’s talk from Bloomberg that Apple’s next high-end monitor might include its own silicon, reducing its dependency on the connected computer for performance.

    If these rumors from 2022 are still on track, the upcoming Pro Display XDR 2 might boast an Apple Silicon chip, potentially adding features like a built-in camera and speakers.

    Quantum-Dot Tech

    Display expert Ross Young has hinted that Apple could shift to quantum-dot technology for the next Pro Display XDR, similar to what’s seen in the new MacBook Pro. Quantum-dot films could replace older tech in Apple products, enhancing color and brightness. It’s not confirmed if this means a switch to mini-LED, but it’s expected to improve the display’s quality.

    Other Expectations

    Analyst Ming-Chi Kuo in 2023 suggested Apple might launch a 27-inch mini LED display in 2025. While this might not directly relate to the Pro Display XDR due to size differences, it shows Apple’s interest in high-end displays. Additionally, there’s talk of a 7K resolution display, which could be a future option for the Pro Display.

    When Will It Come Out?

    Ross Young has speculated that the Pro Display XDR 2 could see the light of day towards the end of 2025 or early 2026. However, according to Mark Gurman’s newsletter, this isn’t a top priority for Apple, given the niche market for such a costly monitor.

    In conclusion, while the Pro Display XDR has been static for years, the future looks bright with potential upgrades in technology and features, though exact details and timelines remain under wraps.

    Source

  • Linux developer for Apple Silicon Macs steps down

    Linux developer for Apple Silicon Macs steps down

    Yesterday, Hector Martin announced his resignation as the leader of the Asahi Linux project, which began shortly after Apple introduced its Silicon chips in early 2021. The team had successfully released an alpha version for M1 and M2 Macs in 2022, making significant strides in the project.

    Background

    Bringing Linux to Apple Silicon was a challenging task, but with overwhelming community support, Martin achieved what many thought was impossible. For the first couple of years, the project turned the platform from zero to one of the best Linux experiences on any laptop. Despite some hardware features still missing, the overall performance was impressive, especially considering there was no direct support or documentation from Apple.

    However, the journey wasn’t all smooth. Martin faced burnout due to constant complaints from some users and opposition from parts of the Linux community. He particularly criticized Linus Torvalds, the creator of the Linux kernel, for not being actively involved enough in supporting the integration of new technologies like Rust into Linux. This lack of leadership, according to Martin, was detrimental to the project’s progress.

    What’s Next?

    Despite stepping down, Martin is optimistic about the project’s future. He plans to hand over leadership to the existing Asahi Linux team, who aim to continue the project with several goals for 2025. These include merging all necessary drivers for M1 and M2 Macs into the main Linux kernel, known as upstream.

    The team also plans to enhance testing processes and introduce new features like DisplayPort alt mode, DirectX 12 support, and support for internal microphones, which might be available in just a few days. However, support for newer hardware like M3 and M4 Macs won’t be a priority for now, as the focus is on strengthening the current foundation.

    Martin’s departure raises questions, but the team’s dedication suggests that Asahi Linux will persist, though perhaps not immediately on the newest Apple hardware. Here’s hoping for continued advancements and success for the Asahi Linux project.

  • New AirPods Pro 3: Exciting updates coming soon

    New AirPods Pro 3: Exciting updates coming soon

    The wait is almost over for the next generation of Apple’s popular earbuds, the AirPods Pro 3, expected to hit the market this September with the iPhone 17. Here’s what we’re excited about.

    A Fresh H3 Chip

    The AirPods Pro 3 will feature a new H3 chip, which promises significant enhancements over its predecessor. The H2 chip in the AirPods Pro 2 brought notable improvements in sound quality and noise cancellation. With the H3, we can expect even better audio performance, possibly with longer battery life. The H2 chip’s success in providing rich bass and clear sound suggests the H3 could take these aspects to new heights.

    A New Look

    Rumors suggest that the AirPods Pro 3 will sport a new design, although details are sparse. The current design has been well-received, so any changes might be subtle, perhaps involving smaller stems or a better fit for comfort. These tweaks could make the earbuds even more appealing to users who prioritize style and comfort.

    Better Noise Cancellation

    The Active Noise Cancellation (ANC) in the AirPods Pro 2 was a game-changer, and the upcoming model aims to improve this even further. Powered by the new H3 chip, the ANC in AirPods Pro 3 is expected to be significantly better, offering a quieter listening experience in noisy environments.

    Health Features Might Be Included

    While not confirmed, there’s buzz about new health features possibly coming with the AirPods Pro 3. Heart rate monitoring, similar to that in the Apple Watch, could be one of them. There’s also talk about temperature sensors and other health metrics, which would turn these earbuds into a wellness tool as well as an audio device.

    In summary, the AirPods Pro 3 are shaping up to be an exciting update with potentially better sound, a refined design, superior noise cancellation, and new health functionalities. Even if you’re happy with your current AirPods Pro 2, the advancements in the next generation might make them an irresistible upgrade.

    Source

  • New Apple screen with Mini-LEDs coming soon

    New Apple screen with Mini-LEDs coming soon

    Apple is reportedly developing a new 27-inch screen with mini-LED technology, which might hit the market by late 2025. This could be an upgrade from the Studio Display that Apple launched back in 2022. The existing model uses a 5K LED screen, but this new one would switch to mini-LED for better performance.

    According to display expert Ross Young, this screen will use mini-LEDs made by Epistar, with LG Display providing the panels. There was talk back in 2023 about Apple working on something called the Studio Display Pro, which would have had ProMotion technology, but that project seems to have been dropped. While Young once said Apple wasn’t planning another 27-inch screen, another well-known Apple analyst, Ming-Chi Kuo, insists that Apple is indeed planning to release a new display in 2025.

    Apple has already embraced mini-LED technology in its MacBook Pro, where it significantly improves the screen’s brightness, contrast, and color accuracy. The MacBook Pro’s display uses over 10,000 mini-LEDs, which help in displaying darker blacks, more detailed shadows, and brighter highlights.

    Adding to the buzz, Mark Gurman from Bloomberg has also heard about this new 27-inch mini-LED display, though he thinks it might not arrive until 2026. This new screen could be a big step up for Apple’s display tech, offering users a much richer viewing experience.

    Source

  • Samsung Galaxy S25 Ultra outspeeds iPhone 16 Pro Max in app loading

    Samsung Galaxy S25 Ultra outspeeds iPhone 16 Pro Max in app loading

    In a recent speed test by PhoneBuff, the Samsung Galaxy S25 Ultra has shown it’s faster than the iPhone 16 Pro Max when opening apps. This test looked at how quickly each phone could handle tasks across different programs, from social media to games.

    The Galaxy S25 Ultra, powered by the Snapdragon 8 Elite chip and equipped with 12GB of RAM, took the lead right from the start. It was quicker in opening work apps and even faster in processing photos in Snapseed, an editing app. When it came to video editing with LumaFusion, the Samsung phone was 25% faster than the iPhone, which is surprising since Apple phones usually do well in this area.

    Even in games, where iPhones have often led, the S25 Ultra kept ahead. It did better or just as well as the iPhone in games like Subway Surfers and Flip Diving. The iPhone only slightly won in some games, but overall, Samsung was ahead.

    The first round of app openings took the Galaxy S25 Ultra just 2 minutes and 18 seconds, beating the iPhone by 15 seconds. In the second round, which checks how well the phones keep apps running in the background, the iPhone narrowed the gap a bit, but Samsung still won by a clear margin, which PhoneBuff described as one of the biggest victories in recent speed tests.

    Samsung’s advantage seems to come from its powerful chip, more RAM, and a larger cooling system. This setup, along with Android 15 and One UI 7, gives the Galaxy a performance boost. Although Apple has had time to fine-tune iOS 18 for its hardware, Samsung has seemingly taken the lead in speed.

    Looking ahead, Apple might catch up with the iPhone 17 series expected in September. The new models could feature an A19 Pro chip made with an advanced manufacturing process, potentially offering better speed and efficiency. Also, all iPhone 17 models are rumored to have better cooling to manage heat during heavy use.

    This speed test shows that while both phones are top performers, Samsung currently holds the lead in how quickly apps can be loaded and processed.

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