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  • Apple’s plan to build its own tech: What’s Coming Next

    Apple’s plan to build its own tech: What’s Coming Next

    Back in 2020, Apple decided to switch from Intel chips to its own Apple Silicon for Macs. This big change worked out well. In less than three years, Apple created chips that were quicker and used less power than Intel’s, making their devices better. Now, Apple is taking on Qualcomm. They’ve started with the C1 modem in the new iPhone 16e. It’s the first step toward controlling all their networking tech themselves.

    What’s Next for Modems: C2 and C3

    The C1 modem, launched with the iPhone 16e, focuses on saving battery life. It doesn’t handle super-fast 5G mmWave or match Qualcomm’s full range yet. Still, it’s solid and works well. Apple calls it the “most energy-saving modem ever in an iPhone,” offering fast and steady 5G.

    The C1 won’t be in most iPhone 17 models but might show up in the iPhone 17 Air, where saving power matters for its slim design. Meanwhile, Apple is already planning to build better modems. The C2, nicknamed Ganymede, is set for the iPhone 18 in 2026 and iPads in 2027.

    It’ll match Qualcomm with faster downloads and stronger connections. Then, in 2027, the C3 (Prometheus) will roll out with the iPhone 19, aiming to beat Qualcomm with smarter features and satellite support. Apple’s also thinking about adding cellular to MacBooks by 2026, thanks to these homegrown modems.

    New Wi-Fi and Bluetooth Chip

    Apple isn’t stopping with modems. They’re also replacing Broadcom’s Wi-Fi and Bluetooth chips. A new chip, called Proxima, could launch this year in updated HomePod minis and Apple TVs. It’ll support speedy Wi-Fi 6E and might even act as a mini router. Analyst Ming-Chi Kuo predicts it’ll hit the whole iPhone 17 lineup, boosting how Apple devices connect and cutting costs. It’ll reach iPads and Macs by 2026, too.

    Combining Chips for the Future

    Down the road, Apple wants to blend its modems into the main Apple Silicon chip. Instead of separate pieces like the A18 and C1, it’d all be one unit. This could save money and power, but it’s not happening until at least 2028. Apple’s pushing hard to build more of its own tech, and these changes show they’re just getting started.

  • How quick is Apple’s first 5G Modem? the answers might surprise you

    How quick is Apple’s first 5G Modem? the answers might surprise you

    The iPhone 16e reviews are out, and Apple’s new C1 modem is stealing the spotlight. People thought it might lag behind Qualcomm modems, but the early results tell a different story—its speed is holding up pretty well! The C1 modem skips the super-fast mmWave 5G used in the U.S., but it still matches the 5G performance of Qualcomm’s Snapdragon X71 modem, which powers the iPhone 16, iPhone 16 Plus, iPhone 16 Pro, and iPhone 16 Pro Max. Here’s what some tech reviewers found.

    Allison Johnson from The Verge said she barely noticed a difference between the C1 and X71. She tested the iPhone 16e for FaceTime calls, uploading big video files in busy spots, and streaming YouTube on a bus. She compared it to a regular iPhone 16 with a Qualcomm modem on Verizon, and both worked about the same.

    John Velasco from Tom’s Guide agreed. He tested the iPhone 16e and iPhone 16 in New York City and found no big speed gaps. Only one test showed the 16e pulling ahead slightly. What about hard numbers? Andru Edwards, in a video review, clocked the iPhone 16e at 673 Mbps download speed in his suburban New York yard on AT&T. The iPhone 16 Pro Max hit 667 Mbps in the same spot—pretty close! In busy New York City, the 16e reached 127 Mbps, beating the Pro Max’s 75 Mbps, though the Pro Max uploaded faster (50 Mbps vs. 30 Mbps).

    YouTuber Dave Lee from Dave2D tested in Toronto on the Bell network. His iPhone 16e was 30-40 Mbps faster than the iPhone 16 Pro Max. Meanwhile, the Chinese channel Geekerwan ran lab tests with an artificial 5G network. The iPhone 16e matched the iPhone 16 and other phones in speed and reliability.

    Apple claims the C1 is their most energy-saving modem yet—up to 25% more efficient than Qualcomm’s. Geekerwan’s tests back this up, showing the 16e using 0.67W compared to 0.88W for the iPhone 16. Overall, the C1 modem surprises everyone by keeping up with the best, while sipping less power, in both real life and lab settings.

  • Apple launches Safari Technology Preview 214 with fixes and speed boosts

    Apple launches Safari Technology Preview 214 with fixes and speed boosts

    Apple rolled out a fresh update today for Safari Technology Preview, a special browser it first launched in March 2016. This version is built for people to try out new features Apple is working on for future Safari updates.

    What’s New in Safari Technology Preview 214

    The latest Safari Technology Preview 214 brings tweaks and upgrades to things like the browser itself, CSS, JavaScript, media playback, networking, how pages look, Web API, and the Web Inspector tool. This release works smoothly on devices running macOS Sonoma or the brand-new macOS Sequoia, Apple’s latest operating system.

    You can grab this update through the Software Update option in System Preferences or System Settings if you’ve already downloaded the browser from Apple’s site. Full details about what’s included are listed on the Safari Technology Preview webpage.

    Why Apple Made This Browser

    Apple created Safari Technology Preview to get input from developers and everyday users about how the browser is shaping up. It’s designed to run alongside the regular Safari browser, so you can use both at once. While it’s mainly for developers, anyone can download it—no special account needed.

  • iPhone 16e’s battery size uncovered in everyday use tests

    iPhone 16e’s battery size uncovered in everyday use tests

    When Apple introduced the iPhone 16e, they highlighted a fresh design inside that made room for a bigger battery. While Apple doesn’t share exact battery sizes, a popular YouTuber, Dave Lee from Dave2D, spilled the details in his latest review. He revealed the iPhone 16e has a 3,961 mAh battery—a solid jump of over 10% compared to the 3,561 mAh in the standard iPhone 16.

    Here’s how it stacks up:

    • iPhone 16 Pro Max: 4,685 mAh
    • iPhone 16 Pro: 3,582 mAh
    • iPhone 16 Plus: 4,674 mAh
    • iPhone 16: 3,561 mAh
    • iPhone 16e: 3,961 mAh

    Apple claims the iPhone 16e delivers the best battery life ever for a 6.1-inch iPhone, thanks partly to their new energy-saving C1 modem.

    How Does the iPhone 16e Hold Up in Real Life?

    Dave Lee tested the iPhone 16e by keeping the Reddit website running non-stop over Wi-Fi. The phone lasted an impressive 12 hours and 54 minutes. By comparison, the iPhone 16 managed 11 hours and 17 minutes in the same setup, making the 16e the champ here.

    Tom’s Guide ran their own test, mimicking regular web browsing on a cellular network. The iPhone 16e averaged 12 hours and 41 minutes—super close to the iPhone 16’s 12 hours and 43 minutes. The top scores? The 16e hit 12 hours and 49 minutes, while the iPhone 16 reached 13 hours and 19 minutes.

    CNET’s Patrick Holland shared his hands-on experience: “After six days with the 16e, I’ve charged it just three times. Using a 30-watt charger, it went from zero to 59% in half an hour. I’ve been pushing it hard—testing cameras, playing heavy games, and using smart features. It easily lasts a full day, and with lighter use, it can stretch to a day and a half.”

    In CNET’s video streaming test, the iPhone 16e stayed at 100% after an hour, while the iPhone 16 and 15 dipped to 97%. Holland noted more tests are coming, but the early signs are promising.
    Get Yours Soon Pre-orders for the iPhone 16e are open now, with the official launch this Friday. Curious for more? Check out our full iPhone 16e review summary!

  • Apple plans to blend modems into its main chip by 2028

    Apple plans to blend modems into its main chip by 2028

    Apple has a big idea: it wants to combine the modem—the part that connects devices to the internet—into its main processor. This move would make its gadgets use less power and cost less to build, according to Bloomberg’s Mark Gurman.

    In his Power On newsletter, Gurman predicts this change might happen by 2028 at the earliest. Interestingly, that’s also when Apple could start adding its own modem to MacBooks with cellular data, something he’s mentioned before. This time, though, he didn’t tie MacBooks into the modem talk.

    Years ago, Apple toyed with the idea of a MacBook Air that could connect to 3G networks. Back in 2008, Steve Jobs, the former CEO, nixed it because it would take up too much space. A combined chip design could fix that issue.

    Apple recently showed off its first homemade modem, called the C1, in the new iPhone 16e. Unveiled last week, this modem is the most energy-saving one ever in an iPhone. The iPhone 16e, with its 6.1-inch screen, boasts the longest battery life yet—up to 26 hours of video playback. Apple says the C1 is just the beginning.

    Gurman also revealed that Apple is already testing a C2 modem and even a C3, which could launch in 2027. By then, Apple hopes its tech will beat Qualcomm’s modems, a company it’s relied on for years. Word has it the C2 might appear in the iPhone 18 Pro next year.

    Since 2018, Apple has been crafting its own modem to ditch Qualcomm’s parts. The two companies have had a rocky past, but they’ve agreed to keep working together until March 2027. This gives Apple plenty of time to polish its own design. Moving away from Qualcomm makes sense as Apple pushes to control more of its tech and boost efficiency in its devices.

  • Find My feature now works in South Korea with iOS 18.4 Beta

    Find My feature now works in South Korea with iOS 18.4 Beta

    Back in July, people in South Korea started a petition begging Apple to turn on the Find My feature in their country. Many thought it wasn’t available because of strict government rules, but the petition said that wasn’t true. Apple promised to bring Find My to South Korea by spring 2025, and they’re starting to make it happen now.

    Aaron Perris shared on X that the Find My network is up and running in South Korea with the iOS 18.4 beta 1 release. This is great news for folks there—they can now track down their missing gadgets. Plus, it might stop thieves in their tracks since the activation lock, which depends on Find My, was a big point in the petition.

    We’re expecting the full iOS 18.4 update to drop for everyone in April. It comes with some cool extras like Priority Notifications, a fresh Food section in the Apple News app, and more. Want the full scoop? Check out our guide on what’s new in iOS 18.4 beta. If you’re in South Korea and don’t mind trying the beta version, you can finally use this feature that’s been missing from your iPhone for so long.

  • Apple’s new C1 modem shows iPhone 17 Air won’t have super-fast 5G

    Apple’s new C1 modem shows iPhone 17 Air won’t have super-fast 5G

    Apple has unveiled its first self-made modem chip, called the C1, in the iPhone 16e, which was revealed on Wednesday. This is a big step for Apple as it tries to depend less on companies like Qualcomm for parts. But there’s a catch: the C1 doesn’t support the super-speedy mmWave 5G tech. This limitation will likely carry over to the super-slim iPhone 17 Air coming soon.

    What Makes the iPhone 17 Air Special?

    Apple says the C1 is their most energy-saving modem yet. However, it only works with sub-6GHz 5G networks. That means it can’t tap into the lightning-fast speeds mmWave offers in places like stadiums, airports, or busy city spots. While sub-6GHz gives wider coverage and decent speeds, it’s not as quick as mmWave.

    Reports from Bloomberg’s Mark Gurman and expert Ming-Chi Kuo say the iPhone 17 Air will stick with the C1 modem, skipping mmWave. On the other hand, the iPhone 17, iPhone 17 Pro, and iPhone 17 Pro Max will keep using Qualcomm modems. Those models will enjoy all 5G features, including mmWave’s top speeds.

    Why Does This Matter?

    Here’s the difference: mmWave delivers blazing-fast internet over short distances, perfect for packed areas. Sub-6GHz, though slower, reaches farther and is more common in many places. So, iPhone 17 Air users might miss out on the fastest 5G in certain spots.

    What’s Next for Apple?

    Good news: Apple’s already working on a better modem. The next version, expected in the iPhone 18 in 2026, will include mmWave and could hit download speeds of 6 Gbps—way faster than the C1’s 4 Gbps. By 2027, Apple plans a third modem that might even outshine Qualcomm’s, adding smarter AI features too.

    Apple’s deal with Qualcomm lasts until 2026, so they’ve got time to polish their tech. For now, premium iPhones will still use Qualcomm modems, while Apple perfects its designs. The C1 is just the start of this journey!

    Source

  • Apple updates Safari test browser with fixes and better performance

    Apple updates Safari test browser with fixes and better performance

    Apple has just released an update for its experimental browser, known as Safari Technology Preview, which first came out in March 2016. The purpose of this browser is to let people try out new features that might be added to regular Safari in the future.

    The latest version, Safari Technology Preview 213, brings several updates and fixes for different parts of the browser like CSS, editing tools, forms, HTML, JavaScript, media handling, networking, PDF viewing, rendering, storage, SVG images, tables, text, web animations, web APIs, extensions, the inspector tool, and WebRTC communication.

    This update works on computers with macOS Sonoma or macOS Sequoia, which is the latest macOS version.

    You can get this update through the Software Update in your System Preferences or System Settings if you’ve already downloaded the browser from Apple’s site. For more details on what’s new, check out the release notes on the Safari Technology Preview page.

    Apple’s goal with this preview browser is to get feedback from both developers and everyday users to help improve the Safari browser. You can use this test version alongside the standard Safari without needing a developer account, making it accessible for anyone interested in trying out new web technologies.

    Source

  • Try free Starlink service on your iPhone until summer

    Try free Starlink service on your iPhone until summer

    T-Mobile has launched a public beta for its Starlink satellite service, inviting everyone in the U.S. with a compatible iPhone or Android phone to join. This is great news even if you’re not with T-Mobile, as you can test this new way to stay connected without traditional cell service.

    How to Get Involved:

    • Free Beta Access: You can sign up to use Starlink for free until July, but there are only a few spots.

    Pricing After July:

    • T-Mobile’s Go5G Next plan users and those with other eligible plans will keep using it for free.
    • If you have another T-Mobile plan, you can add Starlink for $15 a month, per phone line.
    • Users on other carriers will pay $20 a month, per line.
    • Early Bird Discount: Sign up before February ends, and you’ll get the service for just $10 per month starting in July.

    Where It Works:

    • In areas outside the usual cell service range in the U.S., your phone will link up with one of Starlink’s many satellites to send and receive texts when you’re off the grid.

    Future Features:

    • While it currently supports messaging, T-Mobile plans to add voice calls and internet data soon.

    iPhone Users, Take Note:

    • Your iPhone will show “SAT” when using this satellite service.
    • To stop using it, go to Settings, find Cellular, select your carrier, and switch off Satellite.

    What You Need:

    • An iPhone 14, 15, or 16 model.
    • The newest iOS update.
    • A compatible carrier plan.

    This isn’t the first time iPhones have used satellites; Apple already has a deal with Globalstar for emergency messaging. However, Starlink’s network is much bigger, offering smoother, automatic connections without aiming your phone.

    Remember:

    • Apple’s satellite features are currently free, but this might change.
    • The service is available in the U.S., with varying availability elsewhere.

    Starlink’s wide reach could change how we think about staying connected, making it an exciting time for smartphone users looking to stay in touch no matter where they are.

  • Security issues in DeepSeek app for iPhones

    Security issues in DeepSeek app for iPhones

    The DeepSeek app, which quickly became one of the top downloads on the Apple App Store, has been found to have several serious security issues.

    Past Concerns with DeepSeek

    DeepSeek caught everyone’s attention when it suddenly became the most downloaded app for iPhones. AI experts were amazed because it worked well even on phones with less powerful hardware. This led to a drop in stock prices for some big AI companies in the U.S.

    However, soon after, questions about privacy and security started to come up. Privacy regulators in Italy and Ireland began to question if the app followed European privacy laws, while U.S. officials looked into possible security risks. A major slip-up was when DeepSeek left a database unprotected, spilling over a million lines of user data, including private chats and secret codes.

    New Security Flaws in DeepSeek App

    NowSecure, a company that checks mobile app security, found that DeepSeek has turned off a key security feature on iPhones. This feature, called App Transport Security (ATS), makes sure that private information is sent safely. With ATS off, the app sends data without protection, which could be seen by anyone.

    The data might not look dangerous by itself, but when you put a lot of these pieces together, you can figure out who people are. This was shown in another case with Gravy Analytics where similar data was used to identify millions of people.

    Also, the app uses an old and weak method of hiding data, known as 3DES, which isn’t good enough to keep information secret anymore.

    Espionage Risks

    The app collects lots of little bits of information which, if combined with data from other apps, can be used to pinpoint specific users. For example, if someone is using DeepSeek on an iPad connected to a special network used by emergency services, they might become a target for spying.

    The report from NowSecure strongly suggests that the DeepSeek app for iPhones isn’t safe to use, and it warns that the version for Android phones might be even worse.

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