Google Reveals Plan to Discontinue Google Assistant on Fitbit Devices

Google Assistant Is Being Phased Out of Fitbit Watches — Here’s What You Should Know

It will be gone very shortly.

Google Assistant on Fitbit: A Feature on the Chop Block

In an unexpected announcement, Google has revealed plans to discontinue support for Google Assistant on several Fitbit smartwatches. This affects well-known models including the Fitbit Sense, Sense 2, Versa 2, Versa 3, and Versa 4. If you are a user of these devices, you might have already noticed that Google Assistant is no longer available — and if that’s not the case, it will vanish in the near future.

Essential Information

• Google Assistant will be removed from Fitbit smartwatches in the next few weeks.
• This change was shared in a community post and communicated through email and notifications on the devices.
• Amazon Alexa will still be accessible as a voice assistant on certain Fitbit devices and in select regions.

Why Is Google Dropping Assistant from Fitbit?

At first glance, it may seem illogical for Google — the parent company of Fitbit — to take away its own voice assistant from these devices. Nonetheless, this choice is part of a larger strategy shift. Since the beginning of 2024, Google has been reducing Google Assistant capabilities across multiple platforms, including Android smartphones and Nest devices.

Google is slowly migrating from Google Assistant to its upcoming AI-driven assistant, Gemini. While Gemini is slated to take over for Assistant on mobile and Wear OS devices, Fitbit smartwatches operate on Fitbit OS, not Wear OS. Consequently, it remains unclear if Gemini will ever be introduced to Fitbit devices, particularly older models.

What Lies Ahead for Fitbit Users?

Users of Fitbit who depended on Google Assistant for voice commands, reminders, or smart home integration will need to make adjustments. Presently, the sole alternative voice assistant available on Fitbit smartwatches is Amazon Alexa — and this is restricted to specific regions and languages. You can verify the availability of Alexa in your area by checking Fitbit’s official support page.

Is a Substitute on the Horizon?

Currently, Google has not announced any intentions to bring Gemini or another voice assistant to Fitbit OS. This creates a functionality gap for users who value voice control on their wearable gadgets. The lack of a definitive replacement has resulted in dissatisfaction among certain Fitbit users, as reflected in online conversations.

What Actions Should You Take?

If you are a Fitbit user affected by this development, here are some steps you can consider:

• Transition to Alexa: If available in your area, activate Amazon Alexa on your Fitbit device via the Fitbit app.
• Stay Updated: Keep an eye on announcements from Google and Fitbit about future voice assistant support.
• Explore Alternatives: If voice control is vital to your smartwatch experience, you might want to look into Wear OS devices or other smartwatches that continue to support Google Assistant or Gemini.

The Wider Implication

This transition signals Google’s broader shift in its digital assistant approach. As Gemini begins to replace Google Assistant on mobile and Wear OS, legacy platforms like Fitbit OS could face neglect. Whether this will be a temporary lapse or a lasting absence is yet to be determined.

For the time being, Fitbit users will have to adjust to a future lacking Google Assistant — and potentially without any Google-powered voice assistant at all.

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Google Wallet Introduces Live Train Status Notifications for Android Users, Suggests Features on the Horizon for I/O 2025

Google Wallet and Pay: Fresh Features Launching Ahead of I/O 2025

Google is actively working to improve its digital payment and pass management solutions, Google Wallet and Google Pay, by introducing a range of new updates and features that are currently being deployed — with additional announcements anticipated during the upcoming Google I/O 2025 event. From live train notifications to broader support for loyalty cards and child accounts, here’s everything you need to catch up on regarding the latest developments and what’s on the horizon.

Live Train Status Notifications Now Offered

A standout enhancement to Google Wallet is the launch of real-time train status notifications. This feature is presently available for users in India and Canada, specifically for Indian Railways and Via Rail travelers. When users store their train tickets in Google Wallet, they will now get real-time updates about their train’s status, including whether it is “On Time,” “Delayed,” or undergoing other modifications.

These notifications are sent directly to the user’s mobile device and include projected departure and arrival times. This integration is geared towards optimizing travel arrangements and minimizing the need to check various apps or websites for information.

This feature represents Google’s wider effort to transform Wallet into more than just a storage space for digital cards — it’s becoming a real-time travel assistant.

Loyalty and Gift Cards More Convenient to Add

Another significant enhancement is the option to add loyalty and gift card passes straight from the Google Wallet homepage on the web. This improvement is part of Google’s ongoing integration of its Loyalty Program platform, simplifying the process for users to enroll in and manage reward programs.

Previously, adding these cards often necessitated scanning a barcode or inputting details through the mobile app. Now, users can undertake this more conveniently from their desktop or laptop, streamlining the experience for both consumers and retailers.

Wallet for Children: Increasing Access for Families

To make digital wallets more family-oriented, Google has broadened Wallet access for kids with Android devices. Parents and guardians in select nations — including the U.S., U.K., Australia, Spain, and Poland — can now authorize their children to add event tickets, generic passes, and other items to their Wallet accounts.

This feature was initially announced in March 2025 and is part of Google’s broader Family Link initiative, enabling parents to oversee their children’s digital encounters. It mirrors a growing trend to allow younger users to engage in digital ecosystems in a secure and managed fashion.

What Lies Ahead: Google I/O 2025 Promises More Wallet and Pay Features

Google has indicated that further updates are forthcoming for Wallet and Pay, with announcements anticipated during its annual developer conference, Google I/O 2025. The event is set to commence on May 20 at 10 a.m. PT, with Wallet and Pay updates expected to be elaborated upon between May 21 and May 22.

While Google has not disclosed specific details, the company hinted that users can look forward to “hearing all about the changes” coming to its digital payment platforms. Given the trajectory of recent updates, speculation includes enhanced support for public transportation systems in additional countries, deeper integration with Android functionalities, and potentially new security or authentication features.

Google I/O 2025 is also likely to spotlight:

– Android 16 along with its new Live Updates feature
– Developments in Android XR (Extended Reality)
– Wear OS 6 for smartwatches
– Improvements in accessibility, including Auracast support for hearing aids
– Possible previews for next-generation Pixel devices

Concluding Thoughts

Google Wallet and Pay are swiftly transforming into all-encompassing platforms for managing not just transactions, but also travel, loyalty schemes, and family digital access. With real-time train updates, simpler card management, and broadened child account functionalities already being rolled out, users can anticipate even more capabilities to be revealed at Google I/O 2025.

As digital wallets increasingly become an integral part of our everyday lives, Google’s latest enhancements establish Wallet and Pay as vital tools for convenience, connectivity, and oversight — with more innovations just on the horizon.

Grasping the Reasons Behind Your Phone’s Overheating: Factors and Remedies

Why Is My Phone Hot? Understanding the Heat Generated by Your Portable Device

A weekly exploration of technology and its workings.

Welcome to Tech Talk, your weekly resource for understanding the technology we engage with daily. Whether you’re a tech enthusiast or simply curious about the workings of your smartphone, we aim to simplify it all for you.

Tech Talk

An explanation of how technology functions, accessible for all. Your weekly dive into what drives your devices.

What Causes My Phone to Overheat?

Have you ever felt your phone getting warm after extended gaming or watching videos? This is a frequent occurrence, and although it might be alarming, there’s often a reasonable explanation behind it. Let’s take a closer look at what happens within your device when it starts to feel like a mini oven.

Heat as a Byproduct of Energy Use

Your phone contains a compact yet powerful processor — similar to those found in computers but smaller and more efficient. These processors can operate at temperatures higher than 75°C (167°F) during intense usage. That heat has to be dissipated somehow.

When you’re gaming, streaming, or even running a poorly designed app, the processor is pushed to its limits. This increased workload produces heat, which explains why your phone might become warm or even hot.

The Importance of Managing Heat

Heat isn’t merely uncomfortable; it can also be detrimental. Excessive temperatures can:

• Shorten your battery’s lifespan
• Reduce performance (a phenomenon known as thermal throttling)
• Harm internal components if not properly regulated

How Devices Regulate Temperature

Manufacturers implement various strategies to control heat:

• Heat pipes and thermal paste: These elements help transfer heat away from the processor to other sections of the phone.
• Throttling: When temperatures become too high, the phone reduces the processor’s speed to cool down.
• Shutdown protocols: In serious situations, your device may shut down to avert damage.

Common Causes of Heating

Numerous everyday activities can lead to your phone overheating:

• Gaming or streaming videos: Such tasks place significant demands on your processor and graphics chip.
• Charging: Particularly during fast charging, your battery may heat up considerably.
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Honor Fortifies Google Cloud Alliance to Boost AI Integration for Users

Honor and Google Cloud Fortify Partnership: A New Era of AI-Driven Devices Approaches

At the recent Google Cloud Next 2025 event, the Chinese technology leader Honor announced a significant enhancement of its collaboration with Google Cloud, heralding an upcoming wave of innovations powered by artificial intelligence (AI) for consumers. This “intimate partnership” is poised to transform the way users engage with their devices, merging on-device expertise with robust cloud-based functionalities.

Here’s an overview of what consumers can look forward to from this strategic collaboration in the months ahead.

A Preview of the Future: AI Capabilities Launching in May 2025

Honor’s Senior Director of Product Planning, Eric Fang, hinted at a range of features co-created with Google Cloud that will debut in a new product set to launch in May 2025. These capabilities aim to boost both creativity and productivity, utilizing Google’s state-of-the-art AI technologies, including Veo and Gemini.

– Veo Video Creation: Honor is incorporating Google’s Veo video creation technology to allow users to generate more lifelike and smooth motion in AI-produced video content. This development is set to elevate mobile video editing and content production to unprecedented heights.

– Gemini-Enhanced Office Applications: Gemini, Google’s AI model tailored for productivity, will be integrated into Honor’s upcoming devices to deliver sophisticated office applications. These applications focus on optimizing workflows, automating routine activities, and offering intelligent support for daily productivity.

Reimagining Photography with AI

Honor is also introducing AI-driven photography solutions for its users, some of which have already been featured in the Honor 400 Lite in Europe:

– AI Outpainting: Leveraging Google’s Imagen technology, this feature permits users to enlarge their photos up to twice their original dimensions. It intelligently fills in the expanded areas with realistic imagery, even in intricate scenes like urban landscapes and natural vistas.

– AI Eraser: Analogous to Google Pixel’s Magic Eraser, this tool eradicates unwanted elements from images and replaces them with contextually relevant content utilizing on-device AI.

– AiMAGE Suite: This suite comprises tools for reframing and rotating images after capture, granting users greater freedom to perfect their photos subsequently.

These functionalities are part of Honor’s overarching mission to “democratize AI,” making advanced technologies available even on mid-range devices.

Honor’s Alpha Plan and the Journey Towards AGI

Earlier this year at Mobile World Congress (MWC) 2025, Honor unveiled its bold Alpha Plan — a three-phase strategy dedicated to incorporating user-centered AI into its devices. The plan encompasses:

1. Intelligent Phones: Devices that adjust to user habits and offer contextual help.
2. AI Ecosystem: An interconnected environment where Honor devices harmoniously interact with third-party services and platforms.
3. Artificial General Intelligence (AGI): Long-term research and development aimed at creating AI capable of performing any cognitive task a human can do.

The Alpha Plan is supported by a $10 billion investment and seeks to “expand human potential frontiers and collaboratively create a new paradigm for civilization.”

Practical Applications and Future Possibilities

Honor’s AI roadmap is not merely conceptual. The company is already collaborating with Google Cloud and Qualcomm Technologies to implement practical AI features. For example, Honor devices may soon have the ability to book restaurant tables or organize appointments through third-party integrations.

Moreover, Honor’s DeepFake Detection software — intended to fight misinformation and bolster digital trust — is anticipated to be available on flagship and foldable devices in international markets.

Conclusion: A More Intelligent, Connected Future

Honor’s fortified alliance with Google Cloud indicates a daring new path for the brand. By combining Google’s AI expertise with Honor’s hardware advancements, the companies are set to introduce a new generation of intelligent, user-focused devices.

From sophisticated photo editing and video creation to productivity applications and ethical AI functionalities, consumers can anticipate a richer, more intuitive mobile experience beginning in May 2025. As Honor progresses with its Alpha Plan, the future of AI-enabled smartphones appears ever more promising — and intelligent.

Samsung Launches April Update for Galaxy S25 Series Including Enhancements to Now Bar

Samsung Galaxy S25 Series Set to Receive April Update Featuring Improved Camera, Charging, and Media Controls

Samsung has commenced the rollout of a major software update for its flagship Galaxy S25 series this April 2025, introducing a variety of enhancements for camera functionality, charging performance, and media control features. The update was first launched in South Korea, with expectations for it to expand to global markets shortly.

April Update Key Features

• Camera Upgrades: Enhanced image processing and stability for superior photo and video outcomes.
• Charging Enhancements: Quicker and more efficient charging with improved thermal management.
• New Media Widget: A pill-style media control widget in the notification area for swift access to playback features.
• System Stability: General performance enhancements and bug resolutions throughout the system.

Improved Camera and Charging Features

A key highlight of the update is the enhancement of the Galaxy S25 series’ remarkable camera system. Users can anticipate better image clarity, enhanced low-light performance, and improved video stabilization. These updates are especially advantageous for the Galaxy S25 Ultra, equipped with a high-resolution sensor and sophisticated zoom capabilities.

Charging has also received a significant boost. Samsung has fine-tuned the charging algorithm to minimize heat output and enhance power efficiency. This reform translates to quicker charging times without jeopardizing battery health—a highly appreciated change for users who depend on quick top-ups throughout their day.

Introduction of the Media Widget Notification

Arguably the most noticeable addition in this update is the launch of a new media widget notification. This pill-shaped widget appears in both the status bar and notification shade, providing users with immediate access to media playback controls. By tapping the widget, it expands into a full control panel, allowing users to pause, play, or skip tracks directly from their home or lock screens.

This feature was previously available on older Galaxy devices that underwent the One UI 7 update, yet it was notably missing from the Galaxy S25 lineup until this point. With this update, Samsung aims to maintain consistency across its device ecosystem.

Now Bar and One UI 7 Integration

Samsung’s One UI 7 introduced the “Now Bar,” a pill-shaped interface element that showcases ongoing activities like music playback or active calls. The latest update seamlessly integrates the new media widget with the Now Bar, enhancing the overall user experience by making media controls more accessible and visually unified.

This update further improves the lock screen experience, permitting users to view and interact with the Now Bar and media widget without needing to unlock their devices, simplifying everyday tasks like changing songs or pausing playback.

Installation and Availability

Currently, the update—designated by build number S938NKSU2AYD9—is accessible in South Korea. A wider rollout is anticipated soon, extending to markets in North America, Europe, and Asia. Users of the Galaxy S25, S25 Plus, and S25 Ultra can verify the update by navigating to:

Settings > Software update > Download and install

What About Other Galaxy Devices?

While the Galaxy S25 series is enjoying this timely update, older models like the Galaxy S24 series are experiencing delays in the rollout of the One UI 7 update due to a significant bug identified in the firmware. Samsung has temporarily withdrawn the update from its servers in certain regions, including India, to rectify the issue before resuming the rollout.

Conclusion

The April 2025 update for the Galaxy S25 series signifies a substantial advancement in enhancing the user experience. With upgraded camera functionalities, smarter charging options, and user-friendly media controls, Samsung reaffirms its dedication to providing top-tier software support for its leading devices.

As the update becomes available globally, Galaxy S25 users can anticipate a more refined and responsive smartphone experience—one that aligns with their daily necessities and multimedia preferences.

Image credits: Nicholas Sutrich / Android Central, SamMobile, Apoorva Bhardwaj / Android Central

Tags: One UI 7, Samsung Galaxy S25, Samsung Galaxy S25 Ultra

Are Consumer Habits Propelling Increases in Google’s Smartphone Prices?

Consumer Trends and Increased Financing Options Are Shifting Smartphone Price Dynamics

In the rapidly changing smartphone industry, price-setting methods are not solely influenced by hardware enhancements or production expenses anymore. Instead, a mix of evolving consumer trends and the emergence of adaptable financing solutions is transforming how major tech companies like Google strategize their flagship releases. The anticipated pricing adjustments for the forthcoming Google Pixel 10 series underscore this shift, with possible increases and decreases across various models mirroring wider market movements.

Shifting Consumer Payment Preferences and Financing Growth

One of the most notable transformations in recent times is the way consumers opt to finance their smartphones. The old-school approach of paying the total amount upfront is increasingly giving way to financing alternatives such as trade-in options, carrier subsidies, and “Buy Now, Pay Later” (BNPL) plans. These strategies have made high-end devices more attainable, despite rising retail prices.

Jitesh Ubrani, research manager for IDC’s Worldwide Mobile Device Trackers, emphasizes that these financing solutions have mitigated the effect of escalating prices on buyers. “In recent years, we have observed a surge in buy now, pay later initiatives or trade-in programs, which have eased the adjustment for consumers facing rising phone costs,” he elaborates.

Google’s Shifting Pricing Approach

The historical pricing of Google’s Pixel line reveals a brand testing its market stance. The inaugural Pixel was launched at $649, but following models have experienced both price increases and decreases. For example, the Pixel 3 saw an uptick to $799, while the Pixel 5 was lowered to $699 during the pandemic to resonate with cautious spending habits.

More recently, the Pixel 9 series adopted a tri-tier model assortment, featuring the Pixel 9 Pro and Pixel 9 Pro XL, with the base model positioned at $799. This diversification aims to appeal to a wider segment of consumers while sustaining premium attributes throughout the lineup.

Speculated Pricing for Pixel 10: A Strategic Shift?

Recent leaks suggest that Google may raise the price of the Pixel 10 Pro XL by $100 while possibly slashing the cost of the Pixel 10 Pro Fold by $300. This dual strategy indicates a sophisticated pricing approach: recovering R&D and manufacturing expenses on specialized models like the XL, while reducing entry barriers for foldable devices to encourage uptake.

Ubrani speculates that the price increase for the XL variant could be linked to its limited production numbers. “The company might be aiming to offset higher production expenses with the price hike,” he observes. Conversely, a price reduction for the foldable could prove revolutionary. “By lowering the price on the foldable device, Google may be able to stimulate adoption,” he concludes.

Foldables: The Future Frontier?

Foldable smartphones have not yet penetrated mainstream markets, mainly due to their steep costs. Devices like the Pixel 9 Pro Fold, priced at $1,799, occupy the premium end of the spectrum. However, rumors indicate a $1,600 price point for the Pixel 10 Pro Fold, suggesting a strategic effort to enhance foldable accessibility.

If confirmed, this could compel competitors such as Samsung, OnePlus, and Huawei to reconsider their pricing strategies, possibly revamping a segment that has encountered slow growth in recent quarters. Lowered pricing could also assist Google in raising its average selling price (ASP) across the Pixel series while sustaining consumer engagement.

External Influences: Tariffs and Economic Instability

While tariffs have historically affected pricing, recent exemptions on electronics under former President Donald Trump have temporarily relieved some pressure. Nevertheless, geopolitical uncertainties remain prevalent. Ubrani notes that businesses might leverage these external factors to rationalize price adjustments, diverting focus from corporate choices to broader economic influences.

Consumer Reactions: Valuing Quality over Cost

Ultimately, consumers are becoming increasingly selective. A $100 increase may not dissuade buyers if the perceived value—derived from features, performance, and ecosystem integration—warrants the expense. However, if the primary distinction between models is merely screen size, as seen with the Pro and Pro XL, consumers may hesitate at the premium unless additional advantages are evident.

Nonetheless, with financing options lessening the immediate economic burden, many users might overlook the price hike. This trend allows companies like Google to test new pricing without drastically affecting sales volume.

Conclusion: A Market in Transition

The smartphone sector stands at a pivotal juncture where traditional pricing frameworks are being disrupted by consumer financing tendencies and strategic product diversification.

Why This Concealed Galaxy S24 FE Functionality Ought to Be Standard on Every Samsung Device

The Samsung Galaxy S24 FE has subtly unveiled a display capability that distinguishes it from the rest of the Galaxy series — and it’s more than just another specification upgrade. The device’s High Brightness Mode (HBM) operates differently compared to any other Samsung smartphone, and while that may sound beneficial, it carries a frustrating limitation: you cannot manually activate it.

Let’s delve into what makes the S24 FE’s HBM unique, why it is significant, and why Samsung ought to provide users with greater control over this powerful asset.

What Is High Brightness Mode?

High Brightness Mode is a functionality present in most contemporary smartphones that temporarily enhances screen brightness to improve visibility in bright surroundings, such as direct sunlight. It is typically initiated automatically when the ambient light sensor of the phone detects intense light.

On the majority of Samsung devices, this mode is linked to the phone’s auto-brightness feature and is not accessible to the user. This implies that you cannot manually switch it on — it only engages when the phone deems it necessary.

What Makes the S24 FE’s HBM Unique?

The Galaxy S24 FE’s High Brightness Mode does not merely elevate the nits — it fundamentally alters how the display functions. Unlike other Samsung AMOLED devices that depend on Pulse Width Modulation (PWM) dimming across all brightness levels, the S24 FE transitions to DC-like dimming when HBM is activated.

This is significant.

PWM dimming rapidly turns the display on and off to emulate lower brightness levels. While effective, it can lead to eye strain, headaches, and discomfort for users sensitive to screen flicker. Conversely, DC dimming adjusts brightness by reducing the voltage directly, resulting in a more stable and eye-comfortable display.

The S24 FE’s shift to DC-like dimming in HBM not only renders the screen easier on the eyes but also taps into its maximum brightness potential — up to twice the brightness above what’s labeled “100%” in the settings.

Why Can’t We Force It On?

Despite the obvious advantages, Samsung hasn’t provided an option to manually switch on High Brightness Mode on the S24 FE — or any of its devices. This constraint has prompted tech enthusiasts and display testers to seek alternatives.

Some have attempted to utilize a flashlight to deceive the ambient light sensor into activating HBM. Others have investigated apps and ADB (Android Debug Bridge) commands to adjust brightness settings. Unfortunately, these approaches either fail or necessitate root access, which voids warranties and disables critical security features like Samsung Knox.

Even efforts to manipulate system files — such as modifying /sys/class/backlight/panel/max_brightness — are denied access without root privileges. In summary, unless you’re prepared to take risky measures, you’ll have to wait for direct sunlight to illuminate your phone to experience its optimal display.

Why This Matters

The inability to manually activate HBM is more than a mere inconvenience — it represents a lost opportunity for Samsung to spearhead user-driven display customization.

Here’s why it is important:

1. Eye Health: PWM dimming can cause discomfort for sensitive individuals. DC dimming, as showcased in the S24 FE’s HBM, serves as a safer alternative.
2. True Brightness: Samsung’s “100% brightness” setting does not accurately represent the screen’s actual peak output. HBM unveils the display’s complete potential, which can be critical for outdoor usage.
3. User Control: Samsung is recognized for offering extensive customization through features like Good Lock. Yet, in terms of display dimming and brightness, users are left in the dark — quite literally.
4. Consistency: If the S24 FE can transition to DC dimming in HBM, why can’t other premier models like the Galaxy S24 Ultra or Fold series do likewise?

Samsung’s Arbitrary Limits

Samsung’s choice to confine HBM to automatic triggers seems arbitrary, particularly when the company promotes its devices as being suitable for everyone. Display quality is a fundamental aspect of the Galaxy brand, and yet, users are denied access to the full capabilities of their screens.

Even the “Extra Brightness” toggle in settings fails to enable HBM — it merely elevates the PWM-dimmed brightness threshold. This means users are still contending with flickering displays and not experiencing the full brightness the hardware can deliver.

What Needs to Change

Samsung should emulate its own model and provide users with increased control over their devices. Here’s what would make a difference:

• Manual HBM Toggle: Introduce an option that allows users to manually activate High Brightness Mode, regardless of ambient light conditions.
• Dimming Method Options: Allow users to select between PWM and DC dimming modes, particularly for those sensitive to flicker.
• Transparency: Clearly label brightness settings and clarify what “100%” truly signifies in the context of the …
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Evaluating the AirPods Max against a $3,000 Premium Audio System

The Lossless Audio Update Unleashes the Complete Capabilities of the AirPods Max

Apple’s AirPods Max have been highly regarded for their luxurious design, outstanding noise cancellation, and effortless integration within the Apple ecosystem. Yet, one of the most sought-after features—lossless audio playback—was conspicuously missing from the original launch. This has now been addressed. With the introduction of the latest firmware update (build 7E101), Apple has at last enabled 24-bit/48 kHz lossless audio support through USB-C, enhancing the AirPods Max into a more diverse and high-fidelity audio device.

A Revolutionary Update

The AirPods Max have historically been a formidable player in the premium headphone sector, offering a rich sound profile and active noise cancellation (ANC) that rival the best available. However, for audiophiles and industry professionals, the absence of lossless audio support—particularly in a wired context—was a limiting drawback.

Thanks to the new update, users can now connect their AirPods Max via a USB-C to USB-C cable to enjoy authentic lossless audio. This represents a considerable advancement, especially for individuals utilizing high-resolution audio sources or involved in music production, gaming, or critical listening.

Performance That Competes with the Best

To assess the effects of the update, comparisons were made between the AirPods Max and premium audio systems, including the Audeze MM-500 headphones connected to a Fiio K19 DAC—a combination priced over six times higher than the AirPods Max. While the MM-500s maintain a slight advantage in terms of pure audio fidelity, particularly concerning mid clarity and soundstage breadth, the AirPods Max performed unexpectedly well.

The AirPods Max produced a robust low-end, respectable treble, and an overall pleasurable listening experience. The recessed mids were evident, notably in tracks rich with vocals, but did not significantly undermine the overall performance. For the majority of users, the difference would be slight without a direct A/B comparison.

Cross-Platform Compatibility

One of the most thrilling elements of the update is the newfound compatibility with Windows systems. Previously, the AirPods Max were restricted to Bluetooth connectivity on non-Apple devices, resulting in compressed audio and restricted fidelity. Now, with USB-C enabled, Windows 11 users can experience 24-bit/48 kHz audio, transforming the AirPods Max into a viable choice for PC gamers, content creators, and music enthusiasts outside the Apple environment.

This update also bolsters the AirPods Max’s value proposition. Priced at $479, they now provide features that were earlier exclusive to far more expensive audiophile equipment. The ability to connect to a Windows PC, iPad Pro, or Mac for high-resolution audio is a significant advantage for versatility.

Design and Comfort Remain Exceptional

In addition to audio enhancements, the AirPods Max continue to impress with their build quality and comfort. The mesh headband evenly distributes weight, minimizing fatigue during extended listening sessions. The ear cups are soft and breathable, and the clamping force strikes an ideal balance between security and comfort.

The stylish design, particularly in the blue variant, adds a layer of sophistication, making them appropriate for both casual and professional environments. Though they are heavier than standard Bluetooth headphones, they remain much lighter than studio-quality models like the MM-500s.

Noise Cancellation That Leads the Industry

Apple’s ANC technology continues to be among the finest available. The AirPods Max efficiently block out ambient noise, making them perfect for traveling, working, and noisy environments. Their noise isolation even surpasses competitors like the Sony WH-1000XM5, making them a top choice for frequent travelers and commuters.

A Few Limitations

No product is flawless, and the AirPods Max are no exception. The primary grievance revolves around the included case, which provides minimal protection—especially for the mesh headband. Users concerned about durability may wish to acquire a third-party hard shell case.

Moreover, while the lossless update is a significant enhancement, it still does not support higher resolutions like 24-bit/96 kHz or 192 kHz, which some audiophiles may find restrictive. However, for most users, 24-bit/48 kHz strikes a suitable balance between quality and practicality.

Final Verdict: A New Chapter for AirPods Max

The lossless audio update is a groundbreaking enhancement that ultimately reveals the full potential of the AirPods Max. It elevates the headphones from being a premium consumer offering to a serious contender in the high-fidelity audio market. Whether you are a music producer, a gamer, or simply someone who enjoys exceptional sound, the AirPods Max now deliver a compelling combination of performance, comfort, and versatility.

At a price point below $500, they offer value that exceeds expectations—especially now that they can be utilized across various platforms with lossless audio. If you already possess a pair, this

Honor 400 Lite 5G Revealed with iPhone-Inspired Aesthetics: When Does Similarity Become Too Much?

Title: Honor 400 Lite 5G: All the Way Down to the “Distinct AI Camera Button”

In the continuously transforming landscape of smartphones, innovation often occupies a fine line between originality and imitation. The freshly unveiled Honor 400 Lite 5G exemplifies this intricate balance. Set to launch in the U.K. and Europe, the device has already attracted attention due to its striking similarity to Apple’s iPhone 16 Pro — from the rear camera arrangement to the frequently highlighted “distinct AI Camera Button.”

But how distinct is this button, truly? And what insights does the Honor 400 Lite 5G provide about smartphone design trends in 2024?

A Recognizable Design with a Fresh Identity

At first sight, the Honor 400 Lite 5G might easily be confused for an iPhone 16 Pro. The resemblances are remarkable: a nearly identical rear camera setup, a Dynamic Island-style front camera cutout, and a specific camera button situated in the same place as Apple’s recent Camera Control feature.

While Android manufacturers have historically taken design inspiration from Apple, the Honor 400 Lite 5G elevates this trend to a new height. The rear camera assembly closely resembles the iPhone’s triple-lens configuration, but a closer look shows that the third “lens” is cleverly merely the flash — artfully disguised to create the illusion of a more sophisticated arrangement.

The “Distinct” AI Camera Button

Possibly the most discussed feature is Honor’s so-called “distinct AI Camera Button.” Advertised as an innovative enhancement, this button mirrors both functionally and visually Apple’s Camera Control button unveiled on the iPhone 16 Pro. Like its iOS equivalent, Honor’s button is set back and located on the lower right side of the device, enabling users to quickly initiate the camera or activate AI-driven functionalities like Google Lens.

While the idea of a dedicated camera button is far from new — Sony Xperia phones have included them for years — Honor’s approach feels more like a straightforward imitation than a respectful homage. Moreover, Apple’s variant has received mixed feedback regarding its ergonomics, rendering Honor’s choice to replicate it directly a questionable decision.

Imitation Isn’t Always Negative

To be fair, drawing from rivals’ successful concepts is not inherently detrimental. The smartphone market has a long-standing history of mutual influence. Apple’s Live Voicemail is an evident reference to Google Pixel’s Call Screen, and iOS only recently added Offline Maps — a feature Android users have relished since 2012.

In the same vein, Android brands like Samsung and OnePlus have embraced Apple’s titanium frame design, and many companies have extended software support to align with Google’s seven-year commitment. These advancements ultimately benefit consumers by elevating standards industry-wide.

However, the crucial distinction lies in the execution. When approached mindfully, borrowing features can result in meaningful enhancements. When poorly executed, it can resemble a cheap copy.

A Step Backward for Honor?

The design of the Honor 400 Lite 5G represents a shift away from the brand’s previously distinctive visual appeal. Earlier iterations in the Honor 200 and 300 series showcased unique designs that allowed the brand to establish a distinct presence in a saturated midrange market. In contrast, the 400 Lite 5G feels like a decline — a gadget that compromises originality in favor of an appearance of premium quality.

This is particularly disappointing considering Honor’s track record of bold design decisions and innovative functionalities. The company had a chance to take the lead in the Android domain by launching a camera button that improved upon Apple’s problematic execution. Instead, it opted for replication.

The Conclusion: Innovation or Imitation?

Ultimately, the Honor 400 Lite 5G is a mixture of positives and negatives. On one hand, it presents high-end aesthetics and features like a 108MP AI-driven camera at a more budget-friendly price. On the other, it achieves this by substantially borrowing from Apple’s playbook, right down to the “distinct” AI Camera Button that’s far from original.

For consumers, the phone might still deliver considerable value — particularly for those who admire the iPhone’s design yet prefer the flexibility of Android. However, for tech aficionados and brand loyalists, the 400 Lite 5G might feel like a lost chance for Honor to distinguish itself instead of blending into the crowd.

As the distinctions between Android and iOS continue to fade, one thing remains evident: true innovation lies not in mimicking what has worked, but in daring to chart a different course. Let’s hope Honor keeps this in mind for its upcoming releases.

Android 16 Could Broaden Identity Verification Capability to Additional Smartphones

Android 16 Expands Identity Check to Additional Devices, Beginning with OnePlus 13

A fresh layer of mobile security is on the way for Android users, termed Identity Check. Initially restricted to a few Google Pixel and Samsung Galaxy devices, this robust anti-theft capability has recently been detected on a OnePlus 13 operating on the Android 16 beta — indicating a wider distribution with the forthcoming Android 16 release.

What Is Identity Check?

Identity Check is a safety feature aimed at safeguarding sensitive information and settings on your Android device, particularly when it’s outside familiar locations. When activated, it mandates biometric authentication — like fingerprint or facial recognition — to execute specific high-risk tasks. Unlike conventional authentication methods, Identity Check does not permit fallback measures such as PINs, patterns, or passwords in these instances, rendering it notably more difficult for unauthorized users to gain entry.

Key Features of Identity Check:

– Necessitates biometric authentication (no fallback with PIN/pattern) for:
– Accessing stored passkeys and app passwords
– Modifying screen lock methods (PIN, pattern, password)
– Turning off Find My Device

– Engages when the phone is outside of recognized locations (e.g., your home or office)

– Operates alongside other anti-theft functionalities like Theft Detection Lock and Offline Device Lock

Why It Matters

The rise in smartphone theft is a pressing issue, and Identity Check is part of Android’s extensive effort to address it. Even if a thief knows your password, they won’t be able to access vital security settings or your Google account without biometric confirmation. This introduces a vital layer of defense, particularly in scenarios where a stolen device could otherwise be swiftly compromised.

Availability and Rollout

Until recently, Identity Check was limited to Pixel devices (starting with Android 15 QPR1) and Samsung phones utilizing One UI 7. However, the recent emergence of the feature on a OnePlus 13 with the Android 16 beta implies that it will soon be accessible to a broader array of Android devices.

As per Android specialist Mishaal Rahman, the cause for the delayed rollout is that Identity Check necessitates modifications to Android’s biometric prompt code — something achievable only through a complete OS upgrade. This indicates that most Android phones will incorporate the feature as part of the Android 16 update, rather than through a minor security patch or Play Services upgrade.

What Devices Will Support It?

Identity Check will be available on any Android phone fulfilling the following criteria:

– Operates on Android 16 (or Android 15 QPR1 with OEM backing)
– Equipped with Class 3 biometric hardware (the highest biometric security classification on Android)

It’s essential to understand that the feature will not be enabled by default. Users will need to manually turn it on by going to:

Settings > Google > Theft Protection > Identity Check

What’s Next?

As Android 16 progresses through its beta testing stage and nears full release later this year, it is anticipated that more manufacturers will integrate Identity Check into their custom Android interfaces. For instance, Samsung included it with One UI 7, and other OEMs like OnePlus, Xiaomi, and Motorola are likely to follow suit.

For users wary of smartphone theft or unauthorized access to sensitive data, Identity Check is a valuable new addition to Android’s expanding suite of security features. And with Android 16 on the horizon, it’s only a matter of time until more users can utilize this powerful functionality.

Stay tuned for further updates as Android 16 becomes available on supported devices in the upcoming months.