The leaked Amazon listings, which were subsequently deleted, indicate that Google is raising the starting prices for its Pixel 11 smartphone lineup in the United States by $100 across the board. This price increase coincides with Google’s decision to drop the 128GB storage option, making 256GB the new baseline for all Pixel 11 models, as confirmed by CNET and Android Authority.

The base Pixel 11 model with 256GB of storage is listed at $899, up from the Pixel 10’s $799 entry price, according to multiple sources including CNET, Android Authority, MobileSyrup, Tom’s Guide, and Mashable.

The Pixel 11 Pro series also reflects similar price adjustments. CNET reports the Pixel 11 Pro starts at $1,099 for the 256GB model, matching the previous 256GB Pro price but now serving as the entry-level tier. The Pixel 11 Pro XL and Pixel 11 Pro Fold show more pronounced increases, with starting prices at $1,299 and $1,899 respectively, each $100 higher than their Pixel 10 predecessors. Android Authority’s screenshots from the same Amazon listings provide detailed pricing for the Pro Fold model, listing the 256GB Obsidian variant at $1,899, and 512GB versions in Obsidian and Olive colors at $2,019. Additional leaked price tables compiled by Beebom align with these figures, showing the Pixel 11 Pro at $1,099 (256GB) and $1,219 (512GB), the Pro XL at $1,299 (256GB), $1,419 (512GB), and $1,649 (1TB), and the Pro Fold at $1,899 (256GB), $2,019 (512GB), and $2,249 (1TB). A Reddit leak corroborates these prices.

The removal of the 128GB storage tier across the Pixel 11 series is a key factor behind the higher starting prices. CNET and Tom’s Guide note that this shift structurally raises the entry price point since all base models now come with at least 256GB of storage. Android Authority confirms the Pixel 11 and Pixel 11 Pro variants appear only in 256GB and 512GB configurations, while the Pro XL and Pro Fold offer 256GB, 512GB, and 1TB options. This change reflects a broader trend in premium smartphones moving away from lower storage models.

International pricing leaks suggest similar upward adjustments. MobileSyrup cites a separate leak indicating the Pixel 11 could retail for €999 in Europe and £879 in the United Kingdom. Based on the U.S. $899 price, Canadian pricing is estimated to fall between C$1,200 and C$1,600, compared with the current Pixel 10 starting price of C$1,099. Beebom translates the U.S. prices to Indian rupees, estimating the Pixel 11 256GB model at approximately ₹85,000, and the 512GB variant at around ₹98,000. The Pixel 11 Pro Fold is projected at about ₹183,000 for 256GB, ₹194,200 for 512GB, and ₹217,000 for 1TB, placing it at the top of Google’s pricing hierarchy.

Leaked color options from the Amazon listings show a range of new finishes for the Pixel 11 series. Android Authority and CNET report the base Pixel 11 will be available in Frost, Pistachio, Hibiscus, and Obsidian colors. MobileSyrup notes some inconsistencies in the leaked data, with product titles mentioning Obsidian, Hibiscus, and Pistachio, while descriptions reference Midnight, Fuchsia, and Moss. Beebom and analyst Shane Craig describe the standard Pixel 11 colors as including Hibiscus (deep pink), Pistachio (moss green), Obsidian (black), Fuchsia, Moss, and Midnight, suggesting multiple naming schemes may be in play.

For the Pro models, CNET’s leaked listings indicate the Pixel 11 Pro and Pro XL will come in Canyon and Obsidian, while the Pixel 11 Pro Fold will be offered in Olive and Obsidian. Android Authority’s pricing data associates the Pro Fold with Obsidian (black) and Olive (green) colorways. MobileSyrup reports Pro models in Dune, Light Fog, Pine, and Sterling, with the Pro Fold available in Pine and Midnight. Beebom’s summary aligns with these findings, listing the Pro Fold colors as Midnight (Obsidian) and Pine (Olive). Shane Craig’s analysis also notes Pro and Pro XL colors include Dune, Pine, Sterling, and Light Fog, while the Pro Fold appears in Midnight and Pine.

Hardware details tied to the leaked Amazon listings provide further context for the pricing and color information. MobileSyrup reports the base Pixel 11 features a 6.3-inch display with a resolution of 1080×2424 pixels, 256GB of storage, and 12GB of RAM. Beebom adds that the display is a 120Hz LTPS OLED panel capable of up to 3,000 nits peak brightness. Android Authority confirms 12GB of RAM across the Pixel 11 lineup. Battery capacities listed in the leaks include 4,985mAh for the Pixel 11, 5,115mAh for the Pixel 11 Pro XL, and 4,750mAh for the Pixel 11 Pro Fold. Tom’s Guide encapsulates these specifications, noting the base Pixel 11’s 6.3-inch display, 256GB storage, 12GB RAM, 4,985mAh battery, and $899 price.

The leaked Amazon listings provide an early look at Google’s pricing strategy, storage configurations, color options, and hardware specifications for the Pixel 11 series ahead of an official announcement. The removal of lower storage tiers and consistent $100 price increases suggest a repositioning of the Pixel lineup in the premium smartphone market.

Independent tests have confirmed that the 14-inch MacBook Pro with Apple’s M4 chip surpasses the company’s official battery life claims. While Apple advertises up to 24 hours of Apple TV app movie playback and 16 hours of wireless web browsing for the 2024 M4 model, Tom’s Guide and Laptop Mag both measured over 18 hours of web browsing at 150 nits brightness, closely matching or exceeding Apple’s 16-hour claim for wireless web use.

PCMag’s video playback benchmark recorded an unprecedented 28 hours and 33 minutes of continuous video, breaking their previous lab records.

Real-world usage tests also indicate strong endurance. An ITPro review ran a looped video at 170 cd/m² brightness in airplane mode, with the MacBook Pro lasting beyond 20 hours and retaining 4% battery at test end. A YouTube “day in the life” test reported continuous mixed-task use from around 11 a.m. to 9:45 p.m. with battery remaining, consistent with Apple’s 16 to 24-hour usage range. Another reviewer on YouTube estimated about 14 hours of practical mixed-use battery life, including creative workloads, while noting 9 to 10 hours of battery life during heavier tasks such as Adobe Premiere Pro and Photoshop. Comparisons with the prior M3 MacBook Pro showed the M4 model lasting several hours longer under load, indicating improved efficiency.

The base configuration of the 14-inch MacBook Pro M4 includes a 10-core CPU, 10-core GPU, and 16-core Neural Engine, paired with 16GB of unified memory and a 512GB solid-state drive, according to multiple reviews. PCMag states the entry-level model starts at $1,599 in the U.S., while Laptop Mag lists the starting price similarly and notes their review unit featured a 1TB SSD at $1,949. ITPro’s tested configuration also had 16GB RAM and 1TB SSD, reflecting a mid-tier option. The M4 chip is described as “industry-leading” for creators and power users, with PCMag highlighting its performance advantage over high-end Intel laptops and its “seemingly endless battery life.” Laptop Mag reported a Geekbench 6.3 multi-core score of 15,114 for the base M4 model, demonstrating strong performance in a thin-and-light chassis.

In terms of design and features, the 14-inch MacBook Pro retains the Liquid Retina XDR display with HDR support and 120 Hz ProMotion technology. Reviewers noted an increase in SDR brightness for improved indoor visibility. Tom’s Guide highlighted an optional nano-texture glass display that reduces glare, enhancing usability in bright environments during extended battery-powered use. PCMag pointed out that the M4 model now offers three Thunderbolt ports instead of two, improving connectivity options for peripherals and external displays. The device supports powering two external displays simultaneously, a feature welcomed by mobile professionals, according to Tom’s Guide. The overall design closely resembles the 2023 model but introduces a new Space Black finish.

Comparative testing shows that the M4 MacBook Pro offers modest battery life improvements over its M3 predecessor in light workloads such as repeated video playback at 200 nits, with gains ranging from one to over two hours, according to BestLaptop.deals. However, across mixed workloads, the two models are generally within the margin of error for battery life. ITPro noted that among all laptops tested in 2023 and 2024, none matched the M4 MacBook Pro 14’s battery endurance. PCMag’s lab results reinforce the M4 14-inch model’s status as a battery-life leader, citing the 28-hour-plus video playback test as a new benchmark.

The 14-inch MacBook Pro M4 serves as the entry point in Apple’s 2024 MacBook Pro lineup, positioned below the higher-end M4 Pro and M4 Max 14- and 16-inch variants, according to PCMag and Tom’s Guide. Reviews consistently describe the device as a portable content-creation powerhouse with class-leading battery life, rather than an entry-level consumer laptop. The device begins shipping July 20, with pricing starting at $1,999 for the U.S. base model, as Apple announced.

The refreshed Dell XPS 14 and XPS 16 laptops became available for purchase in the United States on January 6, 2026, with limited configurations offered initially, according to Dell’s official CES 2026 announcement and newsroom release. The starting price for the XPS 14 at launch was $2,049.99, as confirmed by Dell’s blog and TechRadar’s hands-on coverage. Contrary to some reports, there is no evidence from Dell or third-party sources that the XPS 14 was released at a $1,499 price point or that a July 25 launch date occurred.

The company claims the XPS 14 offers up to 57% faster artificial intelligence performance and more than 50% faster graphics performance compared to previous generations.

Both new models are powered by Intel Core Ultra Series 3 processors, featuring 12 Xe cores and integrated Intel Arc graphics, according to Dell. TechRadar’s review corroborates that the laptops use Intel Core Ultra 300 series chips and rely solely on integrated Intel Arc graphics, with no discrete GPU options available at launch. Notably, the sources do not support the presence of an Nvidia RTX 4060 GPU in the XPS 14 or XPS 16 models.

The XPS 14 display measures 14 inches with a 2.8K OLED InfinityEdge touch panel, delivering a resolution of 2880 by 1800 pixels, according to TechRadar. This screen supports 400 nits of typical brightness and peaks at 500 nits, covering 100% of the DCI-P3 color gamut and featuring VESA DisplayHDR True Black 500 certification. While some reports describe the display as “3K OLED,” the verified specification is 2.8K resolution, and Dell’s official materials do not market it as a 3K display.

Initial availability was limited to the U.S. market with the XPS 14 offered in a Graphite finish, with a Shimmer color option planned for release later in 2026, Dell officials said. Additional configurations were expected to arrive in February. Subsequent reports indicate the XPS 14 expanded to markets including the United Kingdom and Australia after the initial launch. The laptop weighs approximately three pounds, making it more than half a pound lighter than its predecessor, and is designed to occupy less desk space while providing a larger screen area than competing models such as the MacBook Air 13, according to Dell.

Dell’s CES 2026 newsroom release highlighted the XPS lineup’s battery life, noting up to 27 hours of Netflix streaming and more than 40 hours of local video playback. TechRadar reported the battery capacity at 70 watt-hours. The refreshed XPS models emphasize portability, battery endurance, and the integration of Intel’s Copilot+ PC experiences, with no indication of a focus on discrete graphics or gaming hardware.

Dell’s relaunch of the XPS brand at CES 2026 marks a strategic update featuring Intel’s latest processors and integrated graphics technology, aiming to enhance AI and graphics performance in a compact form factor. The company’s phased release approach, starting with limited configurations in January and expanding availability and options in the following months, reflects its positioning of the XPS series in the premium ultrabook market.

The WF-1000XM6 earbuds will be available in Europe starting February 2026, according to Sony’s official European press release. The company confirmed the earbuds will launch in Black and Platinum Silver color options with a suggested retail price of approximately €300. This pricing aligns with reports from German hi-fi outlets and technology news sites such as Notebookcheck, which cited a leaked price of €299.99. Sony’s pricing in North America is set at $329.99 USD and $429.99 CAD, with international media noting equivalent pricing around £249 GBP and €300 in Europe.

Sony’s third-generation HD Noise Cancelling Processor QN3e, which the company cites as a key factor in achieving a 25% improvement in noise cancellation compared to the previous WF-1000XM5 model.

Sony has positioned the WF-1000XM6 as the latest model in its 1000X series of truly wireless noise-cancelling earbuds, featuring Bluetooth 5.3 connectivity with support for SBC, AAC, and LDAC codecs. According to TechRadar and other reviews, the earbuds also support LE Audio, enabling higher bandwidth wireless audio transmission. While Sony markets the earbuds as supporting “high-resolution” audio through LDAC, sources including TechRadar and What Hi-Fi clarify that the earbuds do not deliver true bit-perfect lossless audio over Bluetooth. Instead, the emphasis is on enhanced audio quality and upscaling technologies such as Sony’s DSEE Extreme, which upscales compressed audio, and 360 Reality Audio for spatial sound effects.

The earbuds incorporate The WF-1000XM6 also uses an Integrated Processor V2 and features four microphones per earbud dedicated to noise cancellation and call quality enhancement. Independent reviewers have noted that while the noise cancelling performance is good, it may not be dramatically superior to the prior generation.

Battery life for the WF-1000XM6 is rated at up to eight hours of playback with active noise cancellation enabled, and up to 24 hours total including the charging case. The case supports USB-C and wireless charging, consistent with current premium wireless earbud standards. The earbuds carry an IPX4 rating for water resistance, making them suitable for workouts and light rain but not full immersion. Each earbud weighs approximately 6.2 to 6.5 grams, with the charging case weighing around 47 grams.

Sony has made design refinements to the WF-1000XM6, describing the shape as a subtle evolution aimed at improving comfort, stability, and visual appeal. The earbuds support multipoint Bluetooth connectivity, allowing simultaneous pairing with two devices. Voice assistant integration is included, with voice activation supported, though European documentation focuses on standard assistant compatibility. Some long-form reviews have described the fit as somewhat divisive, noting that the ergonomics may not suit every user despite Sony’s efforts to enhance comfort.

Contrary to some unverified reports, there is no official confirmation or credible source supporting an August 12, 2026, launch date for the WF-1000XM6 in Europe or a price of €329. Sony’s own European press materials and multiple independent reports consistently indicate availability beginning in February 2026 with pricing around €300. Preorders in Europe reportedly opened on February 12, 2026, with a global sales start date around February 23, 2026, according to a German hi-fi website.

Sony’s announcement and the corroborating reviews from major technology outlets such as TechRadar, What Hi-Fi, and Notebookcheck confirm the timeline and specifications for the WF-1000XM6 earbuds. The earbuds continue Sony’s focus on high-quality wireless audio with advanced noise cancellation, improved battery life, and modern connectivity features, fitting within the competitive premium true wireless earbud market.

The teaser confirms that Pixel Glow is a hardware lighting element rather than a software effect, designed to provide ambient notification alerts when the phone is placed face down. Google is positioning the feature as a distinctive visual cue to differentiate the Pixel 11 from competitors such as Nothing’s Glyph system and Apple’s iPhone 17 Pro Max, according to coverage from multiple technology analysts and reports.

The Pixel Glow feature is a continuous light strip integrated into the redesigned rear camera bar of the Pixel 11 series, according to Google’s official teaser released on July 15, 2026.

The teaser showcases a Pixel 11 Pro model with a gold or beige-like finish, where the camera bar frame matches the phone’s color but the bar itself is blacked out to emphasize the Pixel Glow lighting effect. This design choice aligns with previous leaks and Android 17 beta references that described a notification-focused light strip embedded around or within the rear camera bar. Earlier reports indicated that the all-black camera bar seen in event invitations and leaks was intended to house the Pixel Glow lighting, a detail confirmed by the new teaser. The Pixel 11 Pro retains a similar display size to its predecessor but features slimmer overall dimensions and a centrally placed punch-hole selfie camera, with the Pixel Glow lighting serving as the primary visual differentiator on the back.

Functionally, Android 17 beta strings describe Pixel Glow as a hardware capability that uses subtle light and color on the back of the device to inform users of important activity when the phone is face down. The feature reportedly supports different animations and patterns for incoming calls, messages, app alerts, charging status, battery warnings, and assistant interactions, turning the rear camera bar into a multi-state visual indicator. Up to eight LED colors are supported, allowing customizable or context-specific color schemes for various notification types. The same code references indicate that Pixel Glow is active during interactions with Gemini, Google’s AI assistant, providing status feedback such as listening, processing, or responding without requiring users to look at the front display.

Pixel Glow first appeared publicly through Android 17 Beta 4 strings and an early May 2026 leak describing an RGB strip integrated into the Pixel 11 camera bar. It was also indirectly visible during the Gemini Omni demo at Google I/O 2026 on May 19, when a Pixel-like device was shown face down with a thin band of colored light across the rear camera bar. However, Google did not mention Pixel Glow by name during the event or in official press materials, so it was characterized as a prototype or concept at that time. The new teaser marks a transition of Pixel Glow from a rumored, code-only feature and background easter egg into an officially marketed hardware capability for the Pixel 11 series.

The Pixel Glow system is widely seen as Google’s answer to Nothing’s Glyph, a rear LED matrix used for notifications and charging indicators on Nothing phones. Both systems provide visual notification cues when the phone is face down, reducing reliance on the front display for basic status information. However, Pixel Glow uses a single light strip along the camera bar, whereas Glyph employs a multi-segment pattern across the back. Analysts note that Pixel Glow integrates tightly with Gemini assistant status and Android 17’s AI features, while Nothing’s Glyph focuses more on call patterns, charging progress, and timers. Google is reportedly banking on Pixel Glow to help the Pixel 11 Pro stand out against rivals like the iPhone 17 Pro Max, which rely more on front-screen indicators such as always-on displays and Dynamic Island.

Android Canary builds and Android 17 Beta 4 findings suggest that Pixel Glow is defined at the operating system level, with device-type checks that differentiate phones from desktops or laptops. This indicates potential multi-form-factor support, with Pixel Glow referenced for both Pixel phones and a future Pixel laptop, according to sources familiar with the code. Coverage states that Pixel Glow is expected across the entire Pixel 11 lineup, not limited to the Pro variant. The OS-level implementation also suggests that third-party apps and system services will be able to trigger Pixel Glow patterns for standardized events like notifications and assistant interactions.

Google has scheduled a Pixel 11 launch event in New York City on August 12, 2026, where the Pixel 11 series and Pixel Glow are expected to be fully detailed. Event invitations include a teaser image of the Pixel 11 showing an all-black camera bar consistent with the Pixel Glow integration revealed in the official Pixel 11 Pro teaser. The Pixel 11 family is anticipated to run on the Tensor G6 chip, reportedly built on TSMC’s 2-nanometer process, which will support advanced AI features tied to Pixel Glow and Gemini. Camera leaks mention a possible return to a 50-megapixel main camera, AI zoom up to 100x hybrid zoom, and ultra-low-light video capabilities powered by on-device AI. Pricing reports suggest an increase of approximately €100 (around $114) compared to the previous generation, with Pixel Glow and other hardware upgrades contributing to the higher cost.

The AirPods Pro 3 upgrade features a newly engineered multiport acoustic architecture, a custom 10.7 mm low-distortion driver, and a redesigned venting system that Apple says deliver deeper bass, a wider soundstage, and clearer vocals, creating what the company calls a “dramatically more immersive listening experience.” Reviewers have confirmed that the sound is noticeably clearer and more detailed than the previous generation, with a more dynamic and spacious presentation that aligns with Apple’s positioning of the product as a high-fidelity audio device, according to multiple independent tests cited by sources including The Verge and SoundGuys.

Apple claims the new Active Noise Cancellation (ANC) system removes up to twice as much noise as the AirPods Pro 2 and four times more than the original AirPods Pro.

Apple officials emphasized that while the H2 chip continues to power the AirPods Pro 3, the improved sound quality is primarily due to the new acoustic design, updated microphones, and foam-infused ear tips that enhance passive noise isolation. The company claims the new Active Noise Cancellation (ANC) system removes up to twice as much noise as the AirPods Pro 2 and four times more than the original AirPods Pro. This improvement is attributed to ultra-low noise microphones and advanced computational audio processing, which reviewers have corroborated, noting better suppression of higher-frequency sounds such as voices. Transparency mode has also been enhanced with upgraded microphones and processing, resulting in more natural ambient sound and clearer speech, according to reports from TechRadar and CNET.

Battery life has improved significantly with the new models. Apple states that the AirPods Pro 3 offer up to eight hours of music playback with ANC enabled, a 33% increase over the previous generation. In Transparency mode combined with the Hearing Aid feature, battery life extends up to 10 hours, a 67% increase compared with the prior model. Reviewers have highlighted this as a major practical upgrade, confirming the move from about six hours to eight hours of playback per charge with ANC active. Apple’s official newsroom release frames these gains as part of an overall audio experience that supports longer high-quality listening sessions with powerful ANC and advanced hearing features.

Spatial Audio remains a core feature of the AirPods Pro 3, with personalized head tracking and Dolby Atmos support. Apple describes an updated Adaptive EQ system that uses an inward-facing microphone to dynamically tune sound to the user’s ear canal in real time, optimizing clarity and balance. The combination of computational audio powered by the H2 chip, Adaptive EQ, and the revamped acoustic architecture is presented as the foundation for the improved fidelity and more precise sound imaging. Reviewers have described the result as more spacious and dynamic with better separation and placement of instruments, characteristics typical of high-fidelity performance in compact in-ear devices.

Apple introduced the AirPods Pro 3 in September 2025, with pre-orders opening immediately and general availability beginning on Sept. 19, according to the company’s newsroom announcement. Apple continues to market the AirPods Pro 3 as “the ultimate audio experience” with “unbelievable sound quality” and the “world’s best in-ear ANC.” The new feature set also includes heart-rate tracking and live translation capabilities, with the latter powered by computational audio and Apple Intelligence to support hands-free, in-person multilingual conversations. At launch, Live Translation supports English, French, German, Portuguese, and Spanish, with additional languages such as Italian, Japanese, Korean, and simplified Chinese expected by the end of the year. Apple describes Live Translation as a beta feature aimed at natural face-to-face communication.

The AirPods Pro 3 also incorporate enhanced hearing features, including a Hearing Aid mode with improved voice clarity, automatic Conversation Boost, and active Hearing Protection that reduces exposure to loud environmental noise. These hearing features rely on the same improved microphones, ANC, and transparency processing that underpin the high-fidelity audio upgrade, integrating communication and health functions with high-quality sound reproduction.

Regarding the AirPods Max 2, official Apple sources do not provide detailed specifications or a separate announcement of a hi-fi audio upgrade comparable to that of the AirPods Pro 3. Apple’s existing guidance for maximizing high-fidelity playback on over-ear headphones, including the AirPods Max line, emphasizes enabling Dolby Atmos and lossless audio in Apple Music. However, no verified data on driver size, ANC improvements, or battery metrics specific to the AirPods Max 2 have been published in the company’s newsroom or official materials, according to available records. As a result, any claims of a parallel hi-fi upgrade rollout for the AirPods Max 2 remain unconfirmed by Apple.

Apple confirms that the AirPods Pro 3 perform best when paired with Apple devices running iOS 26 or later, which enable features such as live translation and enhanced hearing tools. The company highlights that the audio and noise cancellation improvements stem from engineering advances in acoustics and software rather than changes to the H2 chip itself. This release marks the first major update to the AirPods Pro line in three years, reflecting Apple’s continued investment in integrating advanced audio technology with health and communication features within its ecosystem.

The beta firmware update, released on June 23, 2026, delivers version 9.0.304 with build number 9A5304b to all supported AirPods models, including the AirPods Pro 2, AirPods Pro 3, AirPods (4th generation) with and without active noise cancellation, and the AirPods Max 2, according to Apple’s developer documentation. This marks the first time the AirPods Max 2, Apple’s over-ear flagship model, has been included in the beta firmware program alongside the H2 chip-equipped earbud lineup, expanding the scope of testing beyond the in-ear devices that were previously the exclusive focus during the iOS 26 beta cycle. Earlier beta releases, such as build 8B5034f distributed on February 12, 2026, targeted the AirPods Pro 2, Pro 3, and AirPods 4, with a public beta rollout following on February 16, 2026, illustrating Apple’s staged approach to firmware testing.

Access to the beta firmware requires users to pair their AirPods with devices running macOS 27 beta or iOS 27 beta or later, as the “AirPods Beta Updates” toggle only appears on these operating systems, officials said.

On Mac computers with macOS 27 beta, users must navigate to System Settings, select Bluetooth, tap the information icon next to the AirPods, and enable the beta updates option. Similarly, on iPhones and iPads running iOS 27 beta, the toggle is accessed via Settings under Bluetooth. Once enabled, the AirPods receive beta firmware automatically when connected to power, within Bluetooth range of the host device, and left idle for approximately 30 minutes, according to Apple support guidelines. The update process for AirPods Pro 2, Pro 3, and AirPods 4 involves placing the earbuds in their charging case and connecting the case to power, while the AirPods Max 2 requires connection via Bluetooth and charging through the bottom-right ear cup.

The new beta firmware introduces several features aligned with iOS 27, including a personalized equalizer (EQ) that allows users to fine-tune audio profiles beyond preset options, according to sources familiar with the update. The AirPods settings interface on iPhone has been redesigned to provide more distinct menus and per-model configuration options, encompassing EQ adjustments, Siri behavior, and device-specific controls. For the AirPods Pro 3, the update enhances Precision Finding capabilities for the charging case, enabling more accurate location tracking through compatible Apple devices, including the Apple Watch. Additionally, the beta tests GymKit synchronization, which allows compatible gym equipment to access heart-rate data collected by AirPods Pro 3, expanding the accessory’s role in fitness and health tracking.

Apple’s beta program continues to refine features that depend heavily on the H2 chip architecture, which powers the latest AirPods models. Voice isolation improvements, camera control integration, and enhanced CarPlay hand-off are among the capabilities tied to this chip and are part of the broader ecosystem updates enabled by the firmware, according to internal Apple documentation and developer reports. The inclusion of AirPods Max 2 in the iOS 27 beta firmware cycle, after its exclusion from earlier iOS 26 betas, reflects a deliberate expansion of the testing matrix to cover new hardware generations with their own firmware lineages. Official records show that AirPods Max 2 production firmware currently sits at version 8E258, distinct from earlier AirPods Max models, while AirPods Pro 3 and Pro 2 stable firmware versions are listed as 8B41.

Apple’s controlled rollout strategy for AirPods beta firmware involves initial developer-only releases followed by public beta availability, as evidenced by the February 2026 release pattern. The standardized “AirPods Beta Updates” setting introduced with iOS 26 and macOS Tahoe simplifies access for both developers and public beta testers, eliminating the need for specialized tools or profiles. This approach allows Apple to validate and optimize accessory features in parallel with the host operating systems, ensuring seamless integration upon public release. Users encountering firmware update issues with AirPods Max are advised to reset the device and retry the process, as per Apple’s support instructions.

The ongoing beta firmware development for AirPods aligns with Apple’s broader strategy of co-developing hardware firmware and system software to deliver a unified accessory experience. By synchronizing AirPods firmware updates with major OS betas such as iOS 27 and macOS 27, Apple ensures that new features tied to the H2 chip and next-generation AirPods hardware are fully supported at launch. This coordinated development effort supports the rollout of advanced audio, health, and connectivity features across Apple’s wireless headphone lineup.

Samsung’s Galaxy Unpacked event began at 2 p.m. British Summer Time on July 22, 2026, in London, U.K., and was livestreamed globally via Samsung.com and the company’s YouTube channel, according to Samsung UK’s event page. The event, themed “A New Shape Unfolds,” highlighted Samsung’s continued focus on foldable technology, with officials emphasizing the unveiling of the next generation of Galaxy devices and features.

The Galaxy Z Fold 8 is rumored to feature a wider aspect ratio than its predecessor, potentially adopting a 4:3 format, according to several reports including one from a technology news outlet that detailed this change.

Although Samsung’s official materials did not specify product names ahead of the event, multiple reports leading up to the announcement consistently expected the debut of the Galaxy Z Fold 8 and Galaxy Z Flip 8. Industry sources also anticipated the possible introduction of a Galaxy Z Fold 8 Ultra variant, alongside at least two new Galaxy Watch models and a preview of Samsung’s first smart glasses product.

Other sources indicated that the standard Fold 8 might retain proportions similar to the Galaxy Z Fold 7. Specifications circulating before the event suggested a dual rear camera setup and a 4,800mAh battery capacity for the Fold 8. Analysts also noted that Samsung could split its foldable lineup into multiple Fold variants, offering both a conventional and a wider model.

For the Galaxy Z Flip 8, reports indicated improvements in design, including a thinner and lighter form factor compared to the previous generation. One report cited the use of Samsung’s Exynos 2600 processor in the Flip 8, with camera hardware, display sizes, and battery capacity expected to remain largely unchanged. Additional rumors pointed to faster charging capabilities and a reduced-crease hinge, with the device weighing approximately 180 grams.

Beyond foldable smartphones, the event was expected to showcase new wearable technology. Several sources predicted the launch of two new Galaxy Watch models, with one report naming a possible Galaxy Watch Ultra 2. Coverage also suggested that Samsung might preview its first smart glasses, described as Galaxy Glasses, potentially running on Android XR with Google’s Gemini AI. However, some reports indicated that the smart glasses reveal would be a preview rather than a full product launch.

Samsung’s choice of London for the summer hardware showcase marked a departure from its usual venues, as noted by industry observers. The event’s timing aligned with regional viewing windows of 9 a.m. Eastern Time and 6 a.m. Pacific Time, facilitating global access to the announcements. Media outlets also reported that pre-orders for the newly unveiled devices could begin on the day of the event, with retail availability possibly following in August, though these details had not been confirmed by Samsung at the time.

Samsung’s Galaxy Unpacked events have historically served as the platform for introducing its latest foldable devices, reinforcing the company’s leadership in this segment. The July 22 event continued this trend, focusing on new innovations in foldable screens and device form factors while expanding the Galaxy ecosystem with wearables and augmented reality products.

Meta executives provided additional details on the company’s next-generation virtual reality headsets during the Q4 2025 earnings call and in subsequent interviews. Chief Technology Officer Andrew Bosworth confirmed that Meta is “building multiple next-generation headsets” and emphasized the company’s ongoing investment in VR technology. Chief Financial Officer Susan Li echoed this sentiment, telling investors Meta is “building future headsets,” explicitly using the plural form to indicate more than one device is in development.

Meta has at least two devices on its roadmap, including a gaming-focused Quest successor and an ultralight mixed-reality headset, both positioned as next-generation hardware beyond the current Quest 3 model.

According to Bosworth, Meta has at least two devices on its roadmap, which he linked to internal leaks circulating in 2025 and 2026. These include a gaming-focused Quest successor and an ultralight mixed-reality headset, both positioned as next-generation hardware beyond the current Quest 3 model. UploadVR reported that Meta plans to share more information at the upcoming Meta Connect event, scheduled for October 2026, where further details are expected to be announced.

Internal memos and executive comments reviewed by Business Insider, Tom’s Guide, and UploadVR describe the gaming-focused headset as a “large upgrade” over Quest 3. Meta executives Gabriel Aul and Ryan Cairns reportedly characterized this device as designed for immersive gaming experiences. The headset, often referred to as a Quest 4-class device, is expected to launch no sooner than late 2027. Meta sources indicate that the company will no longer heavily subsidize this model, suggesting a higher retail price compared to previous Quest headsets. This shift aims to improve unit economics, according to CFO Susan Li.

Earlier prototype designs codenamed “Pismo Low” and “Pismo High,” which represented a Quest 3S-like model and a high-end Quest 3 successor, were reportedly canceled as Meta regrouped around a new next-generation design. Reporting suggests that this gaming-focused Quest 4-class headset will coexist alongside a separate premium mixed-reality device, indicating a dual-product VR lineup rather than a single flagship product in the 2027 timeframe.

The second major device in development is an ultralight mixed-reality headset codenamed “Phoenix.” Multiple leaks and reports from Forbes, TechTimes, and UploadVR describe Phoenix as a premium VR/AR headset designed around a tethered compute and battery puck, rather than on-headset processing. This architecture allows for a significantly slimmer and lighter form factor. The headset is expected to feature eye-tracking, high-quality passthrough capabilities, and modular battery options, targeting advanced mixed-reality use cases rather than purely gaming.

Internal memos cited by UploadVR and Tom’s Guide indicate that Phoenix’s launch has been delayed to the first half of 2027. Meta Vice President Maher Saba is noted as acknowledging this schedule shift. Pricing leaks suggest Phoenix will be positioned above the gaming-focused Quest 4, with a price range estimated between $599 and $799. The companion Quest 4 headset is projected to target a lower price band, around $499 to $599, aimed at mainstream gamers.

Meta’s leadership has publicly rejected the notion that the company is scaling back VR investment. Bosworth stated that while Meta’s VR business has been put into a “more sustainable shape,” the company continues to “invest quite a bit” in future headsets. CFO Susan Li reiterated the company’s optimism about VR’s future and highlighted the strategic move away from aggressive hardware subsidies toward more sustainable unit economics.

Broader context from a 2023 internal AR/VR roadmap presentation, reported by The Verge, shows Meta planning three new Quest headsets alongside full-fledged AR glasses for a 2027 public launch. The AR glasses, developed under the codename “Orion,” are part of an “Innovation” hardware line aimed at early adopters. The roadmap also includes a “Scale” line of less advanced smart glasses and a second-generation neural interface smartwatch expected to launch in 2027. These developments illustrate Meta’s intention to build a comprehensive spatial computing ecosystem encompassing VR headsets, AR glasses, and companion wearables.

Technical details emerging from leaks and internal documents describe a focus on reducing headset weight and improving comfort by relocating processing and battery components to external pucks. This design approach is evident in both the Phoenix headset and candidate Quest 4-class devices. Phoenix prototypes reportedly integrate eye-tracking and advanced mixed-reality passthrough to support features like foveated rendering and more seamless blending of virtual and real environments. Internal presentations also mention a future high-end headset codenamed “La Jolla,” which aims to deliver photorealistic codec avatars, underscoring Meta’s long-term commitment to enhancing visual fidelity and social presence in VR.

Meta’s next-generation VR headsets are expected to deliver significant upgrades over Quest 3 in display quality, form factor, and mixed-reality capabilities. The company plans to announce more information at Meta Connect in October 2026, with shipments anticipated in 2027. This timeline supports the characterization of multiple next-generation headsets launching within the same year, reflecting Meta’s multi-tiered VR strategy.

The new MacBook Pro models will be available for pre-order starting March 4 on Apple’s website and through the Apple Store app, with shipments and in-store availability beginning March 11 in 33 countries, including the United States, according to Apple’s official Newsroom release. The 14-inch and 16-inch laptops continue Apple’s tradition of offering professional-grade notebooks, now powered by the latest M5 Pro and M5 Max chips, which succeed the M4 Pro and M4 Max processors introduced in late 2024.

The new chips incorporate next-generation GPUs and a Neural Accelerator in each core, delivering up to four times the artificial intelligence performance compared to the previous generation and up to eight times compared to the original M1-based models, according to Apple’s announcement.

Apple highlighted a range of performance improvements with the M5 series, including a new CPU architecture that the company claims features “the world’s fastest CPU core.” Tom’s Guide reported that the M5 Pro can be configured with an 18-core CPU and up to a 20-core GPU, while the M5 Max supports up to a 40-core GPU, with the new processors offering roughly a 30% boost in CPU performance over the M4 generation.

Memory and storage configurations have also been expanded. The M5 Max supports unified memory bandwidth of up to 614 gigabytes per second and can be configured with up to 128 gigabytes of unified memory, according to Tom’s Guide. Storage options start at 1 terabyte of solid-state drive (SSD) capacity for M5 Pro models and 2 terabytes for M5 Max configurations. Apple claims the SSDs deliver up to twice the speed of the previous generation’s drives. Pricing for the new MacBook Pros begins at $2,199 for the 14-inch model and $2,699 for the 16-inch, with higher-end configurations, such as an 18-core CPU, 20-core GPU, 24 GB of RAM, and 1 TB SSD, priced at $2,999, while a top-tier M5 Max model with 18-core CPU, 32-core GPU, 36 GB RAM, and 2 TB SSD can reach $4,399, according to MacRumors.

The laptops retain the Liquid Retina XDR display with mini-LED backlighting and an optional nano-texture finish, maintaining brightness levels consistent with prior models. Color options remain space black and silver. The chassis continues to feature a large trackpad and a full-sized keyboard. Apple also emphasized battery life, stating the new MacBook Pro offers up to 24 hours of use, which the company describes as the longest ever in a MacBook Pro, a claim reiterated by multiple sources including Tom’s Guide and Apple’s Newsroom.

Connectivity has been upgraded with the inclusion of Thunderbolt 5 ports, which triple data transfer speeds compared to Thunderbolt 4, enabling faster connections to high-bandwidth peripherals, according to Tom’s Guide. Apple introduced a new wireless chip, dubbed N1, which supports Wi-Fi 7 and Bluetooth 6, designed to improve wireless performance and reliability. The laptops continue to feature a 12-megapixel Center Stage camera, studio-quality microphones, and a six-speaker sound system, as detailed in Apple’s official release.

The new MacBook Pros ship with macOS Tahoe, Apple’s latest operating system optimized for the M5 architecture and Apple’s AI capabilities, collectively branded as Apple Intelligence. This integration leverages the enhanced neural processing and memory bandwidth of the M5 chips to support on-device AI tasks, according to Apple’s Newsroom.

Industry analysts and media outlets note that Apple is postponing the next generation of MacBook Pro models based on the anticipated M6 chip due to global memory chip shortages. Sources including MacRumors and 9to5Mac report that the M5 Pro and M5 Max models will serve as Apple’s flagship professional notebooks into late 2026 or early 2027. A more significant redesign featuring OLED displays, touchscreens, Dynamic Island, and M6 processors is expected but may not arrive until early next year, according to 9to5Mac. This delay aligns with Apple’s recent pattern of annual MacBook Pro updates focused on advancing Apple Silicon performance and features, following the M4-based models released in late 2024.