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Seagate has achieved a significant milestone in hard drive technology, reaching 6.9TB of storage capacity per individual platter in laboratory conditions, according to Tom's Hardware. This breakthrough represents a substantial leap forward in storage density and opens the door to massive-capacity hard drives.
With this new platter density, hard drives with capacities ranging from 55TB to 69TB are now physically achievable. The exact capacity would depend on the number of platters used in the final drive design, with 8-platter configurations potentially reaching the upper end of that range.
This advancement has significant implications for both consumers and businesses:
It's important to note that this achievement was demonstrated in laboratory conditions. The timeline for when these ultra-high-capacity drives will reach commercial production and consumer availability has not been announced. Seagate will need to transition this technology from the lab to manufacturing before these drives become available for purchase.
Formula 1's Las Vegas Grand Prix served as the high-speed proving ground for three of the most anticipated flagship smartphone cameras: Apple's iPhone 17 Pro, Samsung's Galaxy S25 Ultra, and Google's Pixel 10 Pro XL.
The racing environment presented unique challenges for smartphone photography, including:
This real-world camera comparison goes beyond controlled lab tests, showing how these flagship devices perform in demanding photography scenarios. The results can help consumers decide which premium smartphone offers the best camera system for action photography, low-light shooting, and overall image quality.
While specific technical specifications weren't detailed in the initial coverage, the three phones represent the latest flagship offerings from the industry's leading manufacturers:
The Formula 1 setting provides a unique testing environment that mimics real-world conditions many consumers face when photographing sports events, concerts, or other fast-paced activities. The comparison aims to identify which phone camera system delivers superior performance when it matters most.
Poco, originally launched by Xiaomi in 2018 as a mid-range smartphone specialist, has made its most ambitious move yet with the introduction of two premium flagship devices: the Poco F8 Ultra and Poco F8 Pro. The announcement took place at a launch event in Bali, signaling the brand's intention to compete in the high-end smartphone market.
The standout feature of both devices is their integration of Sound by Bose technology, made possible through a partnership with the premium audio brand. Most notably, the F8 Ultra includes a Bose subwoofer, a rare feature in smartphones that promises enhanced audio quality for music, gaming, and media consumption. This audio-focused approach distinguishes the F8 series from competing flagship devices and appeals to consumers who prioritize sound quality.
According to HotHardware, the Poco F8 Ultra is powered by the Snapdragon 8 Elite Gen 5 processor, ensuring top-tier performance for demanding tasks and gaming. This positions the device competitively against other flagship smartphones in terms of processing power and capabilities.
In a distinctive design choice, Poco is offering the F8 Ultra in a 'denim' finish option, adding a tactile and aesthetic element that sets it apart from the typical glass and metal finishes common in the premium smartphone segment.
Poco's entry into the flagship market with Bose audio integration could disrupt pricing expectations in the premium segment, as the brand has historically offered strong value propositions. The partnership with Bose addresses a common consumer pain point—smartphone audio quality—while the powerful Snapdragon processor ensures the devices can handle intensive tasks. For audio enthusiasts and value-conscious consumers seeking flagship features, the F8 series presents a compelling alternative to established premium brands.
Google is rolling out Android 16 QPR2, a significant update that brings visual refinements to Pixel devices through an improved Dynamic Color implementation.
According to 9to5Google, the update includes an updated color palette specifically designed for the Pixel Launcher's recently redesigned search bar, making it more vibrant and visually appealing. The Dynamic Color system, which automatically adjusts interface colors based on your wallpaper, is getting more refined color options.
Android Authority reports that this massive color upgrade extends beyond just the launcher, with potential improvements coming to widgets as well. The enhanced color system could make third-party and system widgets better integrate with your device's overall aesthetic.
Dynamic Color has been a signature feature of Google's Material You design language since Android 12, allowing the operating system to create personalized color schemes from wallpapers. This QPR2 update represents Google's continued refinement of this visual system, making Pixel phones feel more cohesive and personalized.
The improvements to widget coloring are particularly significant, as widgets have become increasingly important for home screen customization and quick access to app functions. Better color integration means widgets will look less out of place and more harmonious with your chosen theme.
Android 16 QPR2 is described as a "sizable update" for Pixel devices. QPR (Quarterly Platform Release) updates typically roll out to Pixel phones first before potentially reaching other Android devices. Users can expect the update to arrive through standard system updates in the coming weeks.
Qualcomm has introduced the Snapdragon 8 Gen 5, a new mobile processor designed to bridge the gap between mid-range and premium flagship smartphones. The announcement comes just two months after the launch of the company's top-tier Snapdragon 8 Elite Gen 5, adding another option to Qualcomm's already complex product lineup.
The Snapdragon 8 Gen 5 is being marketed as a "flagship-killer" chip and a "near-Elite" processor, according to multiple sources. The chipset is specifically designed to power more affordable flagship devices, bringing high-end features to phones that don't carry ultra-premium price tags.
According to PhoneArena, while the chip is slower than the top-tier Elite variant, it's "strong enough to handle intensive apps and gaming," making it an attractive option for manufacturers looking to offer compelling performance without breaking the bank.
One of the standout features highlighted by 9to5Google is the chipset's always-listening functionality, making it "flagship-ready" for devices that require constant voice assistant availability and ambient computing features.
Android Authority reports that while the Snapdragon 8 Gen 5 brings "major upgrades for affordable flagships," there is "one downgrade" compared to its Elite sibling, though specific details about this compromise weren't detailed in the available information.
The introduction of the Snapdragon 8 Gen 5 should lead to more powerful mid-range and affordable flagship smartphones in the coming months. Consumers can expect devices with strong gaming performance, AI capabilities, and premium features at lower price points than traditional flagship phones powered by Elite-tier processors.
Qualcomm has not yet announced specific device partners or launch timeline for phones featuring the Snapdragon 8 Gen 5.
Qualcomm has officially revealed its newest flagship processor, the Snapdragon 8 Gen 5, which serves as the true successor to 2023's Snapdragon 8 Gen 3. OnePlus has now confirmed that its upcoming OnePlus 15R will be the first smartphone to launch with the cutting-edge chipset.
In a surprising announcement, OnePlus stated that it played a significant role in co-developing the Snapdragon 8 Gen 5 alongside Qualcomm. This level of collaboration between a smartphone manufacturer and chipmaker is relatively uncommon in the Android ecosystem, suggesting OnePlus may have had input on specific features or optimizations tailored to its devices.
The Snapdragon 8 Gen 5 represents a major generational leap in mobile processing power, skipping the "Gen 4" designation entirely. As the first device to feature this chipset, the OnePlus 15R is positioned to deliver cutting-edge performance, improved power efficiency, and enhanced AI capabilities compared to current flagship smartphones.
For consumers considering a new Android flagship, the OnePlus 15R's early adoption of the Snapdragon 8 Gen 5 could mean significant advantages in:
The co-development claim also suggests the OnePlus 15R may be particularly well-optimized for the new chipset, potentially offering better performance than later devices using the same processor.
While specific launch dates and pricing for the OnePlus 15R have not been announced, the device is expected to arrive in the coming months as Qualcomm's latest chipset becomes available for commercial deployment.
Apple's latest accessory has made waves not for its functionality, but for its sheer peculiarity. The iPhone Pocket, introduced earlier this month in partnership with Japanese fashion brand ISSEY MIYAKE, has completely sold out around the world, leaving would-be buyers out of luck.
The iPhone Pocket is being called Apple's strangest accessory to date, even surpassing the infamous iPod sock in oddness. The limited edition product features 3D-knitted construction, though specific details about its exact function and design remain limited from the initial release.
The collaboration with ISSEY MIYAKE, known for innovative textile techniques and avant-garde fashion, marks an unusual partnership for Apple, which typically focuses on more conventional accessory offerings like cases, chargers, and AirTags.
For Apple collectors and fashion-tech enthusiasts who missed the initial release, the news is disappointing - the product's limited availability means it may no longer be obtainable through official channels. The rapid sellout demonstrates strong demand for unique Apple products, even unconventional ones.
The iPhone Pocket's popularity has spawned an immediate knockoff market. Fake versions of the accessory are already available online for approximately $6, a fraction of what the original likely cost. However, buyers should be cautious, as these counterfeit products may not match the quality or construction of the genuine ISSEY MIYAKE collaboration.
For those who missed out on the official release, the appearance of budget alternatives offers a tempting option, though authenticity and build quality remain questionable compared to Apple's original limited edition product.
Leica's latest M-series camera, the M EV1, is now available for purchase in the United States following a short delay after its initial announcement. The camera represents a notable shift in Leica's design philosophy for the M-series lineup.
The M EV1's most significant change is its departure from the rangefinder system that has defined Leica M cameras for decades. Instead, the new model features an electronic viewfinder (EVF), marking a major evolution in the iconic camera line's design approach.
This design decision brings the M EV1 more in line with modern mirrorless cameras while maintaining the M-series form factor and lens compatibility that Leica photographers have come to expect.
The introduction of an electronic viewfinder addresses several limitations of traditional rangefinder cameras. EVFs provide real-time exposure preview, focus peaking, and digital overlays that can assist with composition and settings adjustment—features that optical rangefinders cannot offer.
For photographers who love the Leica M system and lens ecosystem but prefer the convenience and information density of electronic viewfinders, the M EV1 provides a compelling new option. It bridges the gap between Leica's traditional rangefinder heritage and modern digital camera technology.
The Leica M EV1 can now be purchased through authorized Leica dealers and retailers across the United States. While the camera experienced a brief delay before reaching the US market, it is now fully available for customers interested in this new take on the classic M-series platform.
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