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Impact of the China-U.S. Trade War on Device Purchases and Supply Chain Stability

A significant seizure of counterfeit Apple Lightning cables and chargers took place at the Port of Houston, worth over $7 million. U.S. Customs and Border Protection (CBP) officials intercepted this massive shipment, comprising 373,000 USB-A to Lightning cables. Despite their appearance, which included Apple’s markings, these items were confirmed to be fake by Apple representatives. The Houston Seaport Trade Enforcement Team, which investigates these counterfeit products, seized the shipment as part of their ongoing efforts.

Counterfeiters evade taxes and contribute to a growing black market, further complicating the economic landscape. This recent bust is not an isolated incident; there have been numerous examples of counterfeit operations being dismantled across the globe, including a case in Ireland where over 800 counterfeit devices were seized. The issue of counterfeit technology extends beyond Apple products. In 2022, CBP reported nearly 21,000 shipment seizures involving goods violating intellectual property rights, amounting to approximately $3 billion.

As trade tensions escalate, the uncertainty surrounding tariffs and regulations fuels the ongoing problem of counterfeiting. Purchasing counterfeit goods carries significant risks. Buyers may think they’re saving money, but these products are often poorly made and can pose serious safety hazards, such as fire risks or electrocution. For example, a counterfeit charger could damage your expensive devices or compromise sensitive personal data.

To safeguard yourself, always buy from reputable sources, such as Apple stores or authorized retailers like Best Buy or Walmart. Be cautious when shopping online, especially on platforms like eBay or Facebook Marketplace. Verify the authenticity of products by checking for spelling errors and ensuring devices function properly. Educating friends and family about these risks can prevent unfortunate purchases and enhance overall awareness.

Being proactive is crucial to avoiding the pitfalls of counterfeit technology.

Reports of Apple testing an M3 Ultra MacBook Pro emerge alongside iOS 18 leak details.

Recent information has emerged on Chinese social media regarding a potentially unreleased configuration of the MacBook Pro, indicating that Apple may have considered a variant featuring the M3 Ultra chip. Currently, the 14-inch and 16-inch MacBook Pro models are equipped with Apple’s M4 series chips, encompassing the M4, M4 Pro, and M4 Max variations.

Though the M3 series offers similar options, it appears there might have been plans for a fourth configuration. A post on the platform BiliBili has revealed several cancelled configurations for iPhones, iPads, and Macs.

The author of the post draws insights from the operating system of a pre-production prototype of the iPhone 16. It is not uncommon for these devices to include references to unreleased hardware.

The leak identifies two unreleased MacBook Pro variants — labeled J514d and J516d — within the early code for iOS 18. Notably, the existing M3 Pro and M3 Max models are designated as J514m and J516c, which supports the likelihood of an M3 Ultra variant existing.

The use of the “d” suffix in these identifiers suggests the presence of an “Ultra” chip, similar to how the M3 Ultra Mac Studio is referenced as J575d. The M3 Ultra is recognized as one of Apple’s most potent chips, capable of supporting 512GB of unified memory and configurations with a 32-core CPU and an impressive 80-core GPU.

However, packaging such powerful components in a MacBook Pro could pose thermal and power consumption challenges, reminiscent of issues faced by older Intel models. While the leak does mention some noteworthy details, authentication of the software strings remains unconfirmed.

There is also a possibility that these insights could be fabricated. Historically, unreleased hardware references have appeared in early operating system builds, adding a layer of complexity to the authenticity assessment of these claims.

Read Retro Mac Floppies on Your Modern Windows PC with MacDisk Software

Mac software was historically distributed on 3.5-inch floppy disks. Today, you can read these disks on modern Windows computers using the MacDisk utility.

When the Macintosh debuted in 1984, it lacked any form of mass storage, such as hard drives or SSDs, relying instead on a 3.5-inch floppy disk drive developed by Sony. Before the widespread availability of the Internet, software for personal computers was commonly sold through floppy disks, progressing from 8-inch floppies to 5.25-inch disks used with the Apple II and IBM PC, and finally to the 3.5-inch disks.

Steve Jobs made a special trip to Japan to negotiate with Sony for the rights to use the 3.5-inch drive in the Macintosh. Although Apple considered a dual 5.25-inch floppy model for the Mac, this idea was ultimately scrapped.

Instead, they released external floppy drives with capacities of 800K and 1.44MB that connected through a proprietary Apple connector. Users often faced the inconvenience of constantly swapping floppies to access both the operating system and applications.

The Macintosh SE was the first model to incorporate an internal SCSI hard drive along with an internal floppy drive, enhancing user accessibility. Although some later SE models offered dual floppy drives, the transition to modern storage formats began in the late 1990s when Apple ceased including floppy drives in their Macs.

Early Macs used a proprietary disk format, complicating file transfers between Macs and PCs. Although some third-party solutions emerged, such as AccessPC, and Apple released its own PC Exchange software, transferring files from Mac to PC remained challenging due to differences in file architecture.

Today, utilities like MacDisk allow users to access vintage Mac disks on modern Windows systems, although it primarily supports the later 1.44MB floppies. Apple stopped including floppy drives in the mid-to-late 1990s, leading to the introduction of external USB floppy drives, which can be used with contemporary Macs.

MacDisk is straightforward to install and use, enabling users to read, write, and format Mac-compatible 3.5-inch floppies. It offers additional features such as the ability to create new Mac disks from existing content, making it a versatile tool for accessing vintage Mac software.

macOS 26 Might Exclude Support for 2018 MacBook Pros and 2019 iMac Models

Apple’s macOS 26 is set to be launched on June 9 at the annual Worldwide Developers’ Conference. However, owners of older MacBook Pro and iMac models will miss out on experiencing this next-generation operating system. The new version, which follows macOS Sequoia, is expected to be introduced alongside iOS 26, previously labeled as iOS 19. Both systems are anticipated to showcase user interface updates similar to visionOS, according to sources familiar with the developments.

Unfortunately, not all Mac users will benefit from the enhancements in macOS 26, codenamed “Cheer.” Reports indicate that Apple might discontinue support for several older Intel-based Macs. Pre-release versions of macOS 26 appear to be compatible only with specific configurations, including:

– MacBook Pro (2019 or later)
– MacBook Air (M1 or later)
– iMac (2020 or later)
– Mac Pro (2019 or later)
– Mac mini (M1 or later)
– Mac Studio (all models)

Models from 2018, such as the MacBook Pro and MacBook Air, as well as the 2017 iMac Pro and 2018 Mac mini, are notably absent from this list and are likely to lose support. However, the 2019 MacBook Pro and the 2020 5K iMac are expected to remain compatible.

Sources have accurately forecasted details regarding previous macOS and iOS versions, and they mention that the first developer beta of macOS 26 will likely be around 17 GB in size, slightly larger than macOS Sequoia. The naming of the new operating system continues to be uncertain, as some internal builds still show “macOS 16” in certain areas. Apple usually announces an official name during the WWDC keynote, traditionally opting for California-themed names. While current information suggests “macOS 26” branding exists, changes in nomenclature during development are not uncommon for the company.

The anticipated keynote on June 9, 2025, will unveil the next-generation operating systems to the public.

WWDC Rumors: Enhanced AirPods Features Including New Gestures and Camera Integration

As Apple’s Worldwide Developers Conference (WWDC) approaches, excitement is building around potential new features for AirPods. Recent discussions suggest that users may see the introduction of new head gestures as well as the return of a camera feature. These rumors have gained traction, particularly with the keynote just days away.

According to a report from 9to5Mac, several enhancements are set to arrive for AirPods, aimed at improving user experience beyond mere audio quality. Among the anticipated features is the ability for AirPods to respond to volume adjustments through head gestures, similar to how they currently answer Siri inquiries with a nod or shake. This enhancement would allow users to control audio without needing to physically touch the device.

In addition, AirPods may gain sleep detection capabilities. This feature would enable the earphones to determine if the user has fallen asleep and subsequently pause media playback automatically. It is possible that this functionality will work in conjunction with the existing sleep tracking features of the Apple Watch.

Another interesting development could be the revival of features previously available for wired earphones. Users might regain the ability to trigger the iPhone or iPad camera shutter using a tap on the AirPods stem. This feature may not be limited to when the AirPods are being worn, but could also work when held discreetly in a hand.

Furthermore, Apple appears to be streamlining the connection process for AirPods with iPads to facilitate easier use in shared environments like classrooms. Lastly, a “studio quality” microphone mode is reportedly in the works to enhance video recording capabilities for the upcoming iPhone 16. While some announcements regarding these features are expected during WWDC, there’s uncertainty about the timing of their release.

Users may have to wait longer than usual for these updates, potentially extending beyond the fall launch window of Apple’s operating systems.

Apple Reduces Push Data Approvals in 2024 Amid Rising Federal Requests

In 2024, there was a noticeable increase in the number of government requests for iPhone push notification data, but Apple has become more selective in granting these requests. According to Apple’s transparency report, global requests for push notification data surged from 119 in early 2023 to 277 by mid-2024. However, the approval rate dropped significantly from 76% to 59% during the same period, indicating a shift in Apple’s response to such inquiries.

The report highlighted that while more authorities are looking to push tokens for insights into account-level information, Apple has begun to exhibit greater restraint. As part of its annual transparency data, the company disclosed that some nations received access to metadata, and in certain instances, unencrypted content was shared through Apple’s Push Notification service. When users permit an app to send notifications, Apple generates a push token that connects the app with the device and Apple ID.

This information can include personal data, such as names and addresses. Significantly, if an app does not encrypt its notifications, requests may also seek the actual content of users’ messages. Apple’s notification delivery system does not decrypt messages but merely serves as the conveying channel.

This situation was spotlighted by Senator Ron Wyden in 2023, when he revealed that Apple and Google had been compelled to share notification data with law enforcement. Between mid-2023 and mid-2024, the number of global requests nearly doubled, yet Apple granted fewer of those requests, highlighting a shift in its policies. The U.S. and the U.K. made several requests, with the U.K. continuing to secure data more frequently while overall approval rates decreased sharply.

As of December 2023, Apple now mandates a judge’s order for push notification data requests, a move aimed at enhancing user privacy. Nonetheless, users should take proactive measures to protect themselves, such as reviewing notification permissions and adjusting privacy settings to limit data exposure.

Qualcomm CEO downplays significance of Apple partnership following launch of C1 modem

Qualcomm’s CEO, Cristiano Amon, appears unfazed by Apple transitioning to its in-house modem, the C1, for future iPhones. For over 15 years, Qualcomm’s modem chips have been crucial in enabling iPhones to connect to cellular networks.

It is estimated that in 2024 alone, Apple spent more than $2.5 billion on Qualcomm’s patent licenses, with Qualcomm’s annual revenue from Apple’s modems ranging between $5.7 billion and $5.9 billion. In a recent appearance on Yahoo Finance, Amon discussed Qualcomm’s strategy amid Apple’s shift to internal modem designs.

He explained that the company is preparing to diversify beyond its reliance on the iPhone, as they expect Apple to continue using its own modems in the future. Amon downplayed concerns surrounding their relationship with Apple, stating, “That’s our contract, and if we don’t get a new contract, that’s what it is.”

Interestingly, Amon’s dismissal of any drama suggests a level of irony, considering a Qualcomm-funded study released in May 2025 that claimed Snapdragon modems outperformed Apple’s C1 modem. However, it is noteworthy that this comparison was tailored to favor Qualcomm.

Apple unveiled its C1 modem alongside the iPhone 16e in February 2025, promoting improvements in power efficiency, albeit without support for mmWave technology. The C1 is set to feature in the upcoming iPhone 17 Air as well, while other models will still utilize Qualcomm modems, as their contract is effective until March 2027.

Despite the impending expiration of the contract, Amon highlighted that Qualcomm’s business with Android devices is thriving. He noted the company is exploring new markets, including potential chip development for Nvidia’s AI processors, while continuing to acknowledge their diminishing reliance on Apple as a core customer.

Creating Memory Movies: With or Without Apple’s Intelligence

As of iOS 18.1 or later, there are two methods for creating Memories movies in Photos: the traditional method and a new option that utilizes Apple Intelligence. To access the latter, you need an iPhone capable of supporting Apple Intelligence, such as the iPhone 15 Pro, iPhone 15 Pro Max, or any iPhone 16 model.

For users with older devices, let’s start with the traditional method to create Memories movies. This approach is similar to previous iOS versions and automates much of the process through the Photos app.

The steps for creating a Memory movie are the same on both iOS 18 and iPadOS 18. Begin by selecting an album that you have already created.

If you don’t have an album, create one by tapping the plus sign, naming it, and then selecting photos and videos to include. To select multiple items, simply tap the “Select” button and pick as many as you like.

After selecting, tap the ellipses button to add these items to your album. It’s essential to note that photos can belong to multiple albums, ensuring they remain in your main Photos Library.

Once your album is ready, tap and hold it to access a menu where you can select “Play Memory Video.” An auto-generated movie will start, accompanied by music from your Apple Music library. For those with devices supporting Apple Intelligence, you can generate a Memory movie through a more streamlined process.

Scroll to the “Memories” section in Photos and click “Create.” Here, you can type a description, like “family and friends in New York” or “our trip to Geneva,” which Apple Intelligence will use to create your movie. Upon completion, the movie will play automatically, featuring a title created from your keywords.

To customize your Memory movie, pause it while playing and access options like the Memory Mixes button, which lets you reorder images. You can change the background music from your music library and apply filters to your Memory.

If you wish to edit the title or manage the content further, use the ellipses menu at the top right of the movie. Memory movies are saved under the “For You” tab in Photos, making them easy to access.

You can revisit them anytime to make further changes or simply enjoy the memories captured in your movies. If you decide to delete a Memory movie, you can do so at any time.

iPhone 17 Leak: Enhanced Wireless Charging Expected with Qi 2.2 Technology

Recent regulatory filings reveal that Apple has developed two new MagSafe charging pucks, both compatible with the Qi 2.2 standard. This advancement suggests that the upcoming iPhone 17 may have the capability to charge wirelessly at nearly double the speed previously available. These new chargers represent an update to the existing 25W MagSafe charger introduced with the iPhone 16 series.

The Qi 2.2 standard allows for a maximum charging speed of 50W, while Apple’s new models are rated at 45W. Initially identified by 91mobiles in the Taiwanese regulatory authority’s NCC database, these chargers share a similar round design with the earlier 25W model, measuring about 100mm or just under four inches. The primary distinction between the two versions, identified by model numbers A3502 and A3503, lies in the length of their braided cables; the A3502 features a 1-meter cable, while the A3503 offers a 2-meter option.

Included in the regulatory filing were images and essential paperwork confirming that the chargers have undergone testing with two iPhone models: the iPhone 11 and the iPhone 16. Apple’s introduction of MagSafe wireless charging began with the iPhone 12 lineup in 2020, suggesting compatibility for the new chargers across all models released since then. Additionally, it appears that the iPhone 11 may support the new chargers, but it will utilize the Qi standard only, lacking the MagSafe feature that magnetically connects the charger to the phone.

While the new chargers are designed to support up to 45W charging, the actual speeds will depend on the specific iPhone model, as older devices will charge more slowly. Notably, the iPhone 16e model does not support MagSafe but can still work with wireless Qi chargers.

Color-Matching Vintage Macintosh: Enhance Your 3D Prints with Precision and Style

A collector of classic computers has developed a specialized 3D printer filament that closely matches the colors of classic Macintosh casings, which will aid in restoration projects for vintage hardware. The 3D printer has proven to be an essential tool in the realm of classic computing, enabling enthusiasts to replicate parts that are no longer manufactured. This capability allows restorers to produce unique replacement parts, but achieving an exact color match has often been a challenge.

One significant difficulty is the natural aging and discoloration of the original Macintosh casings, making it hard to determine the precise shade of gray needed for new parts. Joe Strosnider, an avid computer collector, took it upon himself to solve this issue by commissioning the creation of a specific color of 3D filament. This innovative filament is designed to replicate the platinum color used in Macintosh designs from the 1980s and 1990s, specifically those that fall under the “Snow White” aesthetic.

Strosnider has invested years into this project, contributing $900 to fund the development of the color along with an initial order of 25 kilograms of filament. Rather than keeping this innovative filament exclusive, he collaborated with supplier Polar Filament to make it accessible to everyone. Now sold under the name “Retro Platinum,” it is available in PLA at a 1.75mm thickness, compatible with most 3D printers.

Priced at $21.99 per kilogram, the Retro Platinum filament falls in line with other premium options offered by Polar Filament, which is slightly higher than their standard colors but competitive with other high-quality filaments. Strosnider believes that this advancement will encourage more restoration projects, as having the right color eliminates the need for additional touch-ups. This development may also appeal to enthusiasts looking to create nostalgic non-Apple items with the same unique color.