Tag: Source: Androidcentral.com

**What’s Next is Approaching: Rumored Specifications and Speculations**

The technology sector is buzzing with speculations and purported details regarding future devices, giving insight into what lies ahead. Recent leaks imply that OnePlus is preparing to unveil the OnePlus Watch 4, which has supposedly cleared the EMVCo certification hurdle. This certification is a pivotal milestone prior to the formal launch, suggesting that the release could be forthcoming.

The OnePlus Watch 4 is said to boast a 1.5-inch LTPO AMOLED screen with a resolution of 466×466, encapsulated in a 47mm size variant. It is anticipated to be driven by Qualcomm’s Snapdragon W5 Gen 1 SoC, delivering strong performance for a smartwatch. Additionally, the device is rumored to carry a 646mAh battery, ensuring prolonged battery life, along with an IP69 rating for resistance to water and dust.

On the software front, the smartwatch may operate on Google’s Wear OS 5, which could spark debate among users, considering the prior iteration, the OnePlus Watch 3, also utilized OS 5. Users may look forward to an upgrade to OS 6, which is expected to launch in 2026.

The design of the OnePlus Watch 4 might draw inspiration from OPPO’s Watch S, as hinted by earlier teasers from OnePlus. This potential stylistic decision could lend a recognizable yet polished appearance to the new variant.

Although the precise launch date is still unverified, the EMVCo certification suggests that the OnePlus Watch 4 may make its debut shortly. As the tech community keenly anticipates formal announcements, these rumored specifications offer an exhilarating glimpse of what could be ahead in the wearable technology landscape.

This seems reminiscent of something that already exists.

Experiencing a digital wardrobe has received an AI enhancement.

Is there more to discover?

Do not @ me; or feel free to.

The OnePlus Watch 3 has emerged as a key player in the smartwatch arena, especially noted for its remarkable battery performance. In Power Saver mode, the device can endure for up to 16 days on a single charge, making it an excellent option for individuals who value longevity in their wearable technology. This characteristic is especially advantageous for users who may lack regular access to charging options or who prefer to avoid daily charging.

The Power Saver mode of the watch facilitates this prolonged battery life by restricting the device to its most fundamental functions, ensuring that users can still utilize essential features without quickly depleting the battery. This presents a notable advantage over several rival models, like the Samsung Galaxy Watch 8 series, which generally provides shorter battery durations.

Beyond its battery capabilities, the OnePlus Watch 3 is outfitted with an array of features that boost its performance as a smartwatch. It offers extensive health monitoring functions, including heart rate tracking, SpO2 assessment, and skin temperature monitoring. Additionally, the watch features 32GB of internal storage, allowing users to save music and other data directly on the device.

The OnePlus Watch 3’s design is both aesthetic and practical, showcasing a rotating titanium crown and a bright AMOLED display with a brightness of 2,200 nits. Such high-quality features are often surprising in a wearable priced below $300, rendering the watch an attractive choice for cost-sensitive buyers.

Nevertheless, potential purchasers should be mindful of a few limitations. The OnePlus Watch 3 is only assured to receive updates through Wear OS 7, and the North American version lacks ECG measurement functionalities. Despite these limitations, the watch has garnered favorable reviews, achieving a 4.5 out of 5-star rating.

Currently, the OnePlus Watch 3 is available at a promotional price of $249.99, decreased from its regular price of $299.99, presenting an ideal opportunity for interested consumers to secure this battery life champion. This promotion is part of Amazon’s Big Spring Sale, providing a unique chance to acquire the watch at a lower cost. With its blend of extended battery life, health monitoring capabilities, and upscale design features, the OnePlus Watch 3 stands as a robust contender in the smartwatch market.

Samsung has verified that its Galaxy S26 series will soon enable cross-platform file sharing with Apple’s AirDrop through Quick Share. This capability, which was not available at launch, will be rolled out in future software updates. Users will have the ability to effortlessly send and receive files between Galaxy devices and Apple’s ecosystem, which encompasses iPhones, iPads, and Macs, without requiring extra applications. The announcement comes on the heels of Google’s comparable integration for its Pixel series, representing a notable advancement towards better cross-platform compatibility. Although no exact timeline has been disclosed, the deployment is anticipated to commence shortly, improving the file-sharing experience for Samsung users.

I recently had the chance to demonstrate xMEMS’ groundbreaking all-silicon active cooling solution, which shows considerable potential for boosting the performance of XR glasses. Effective thermal management is a vital hurdle for wearables, particularly with the rising demand for additional features and on-device AI capabilities. Conventional cooling techniques are impractical for the compact structures of smart glasses and similar devices.

xMEMS, recognized for its trailblazing solid-state audio drivers, has now stepped into the realm of thermal management solutions with the XMC-2400. This active cooling solution is tailored specifically for wearables, providing notable benefits over traditional systems. The XMC-2400 is exceptionally thin, measuring only 1mm, and operates with high efficiency, consuming merely 30mW of power. It is also rated IP58 for dust and water resistance, making it a perfect fit for integration into wearable tech.

During the demonstration, xMEMS illustrated the XMC-2400’s capability to lower the temperature of a set of 3D-printed smart glasses by more than 20 degrees Celsius in just one minute. This was accomplished by attaching the cooling solution to one side of the glasses, showcasing its potential to greatly enhance thermal management without sacrificing battery size or other internal elements.

The implications for XR glasses are significant. As these devices progress to incorporate more features such as custom waveguides, built-in navigation, and AR functionalities, effective cooling solutions like the XMC-2400 will be essential. xMEMS’ VP & GM of Thermal Management, Mike Housholder, noted that the firm has secured design victories, and a consumer product utilizing the XMC-2400 is anticipated to launch by the end of 2026.

This advancement is thrilling for the future of XR glasses, and I eagerly await witnessing how active cooling technology will amplify this swiftly evolving category.

Google Messages has at last rolled out live location sharing, a capability that numerous users have eagerly awaited. This enhancement enables users to transmit their real-time location straight within a chat, removing the hassle of toggling to Google Maps or copying links. The map refreshes continuously, giving friends a real-time perspective of your movements. Users can select from four different sharing durations: one hour, today only, indefinite, or a personalized cutoff. This feature is part of Google’s initiative to improve the Messages app, transforming it into more than just a messaging tool.

The addition of real-time location sharing aligns Google Messages with other leading messaging platforms such as WhatsApp and Telegram, which have provided similar capabilities for quite some time. The feature can be accessed via the “+” menu in a conversation, permitting users to choose real-time location sharing and determine the duration. The recipient will view an updating map as the sender progresses.

This capability is incorporated into Rich Communication Services (RCS), which Google intends to present as a contemporary substitute for SMS. RCS already provides functionalities such as read receipts, typing indicators, and high-quality media sharing. Nevertheless, real-time location sharing is exclusively available in RCS chats, not within standard SMS exchanges.

Privacy controls are a crucial component of this feature, allowing users complete authority over who can access their location, how long it is shared, and when to cease sharing. While beneficial for meetups or commutes, users must stay vigilant regarding privacy settings to avoid unintentional tracking.

In summary, the inclusion of real-time location sharing enriches Google Messages, making it more effective for coordinating with friends, organizing rides, or ensuring safety while traveling.

**Google Pixel Users Report Discontent with March Update Causing Freezing of Always-On Display**

Google Pixel users are encountering a vexing issue after the March software update, which has allegedly caused the always-on display (AOD) to become unresponsive. This matter has been extensively discussed on the Google Pixel subreddit, where users have voiced their frustration over the recurring freezing problems that compel them to restart their devices numerous times throughout the day.

The problem appears to mainly impact the Pixel 10 series, although some users from earlier generations have also reported comparable issues. The AOD freezing often leads to notifications being shown against a black background lock screen, significantly disrupting the user experience.

This is not the first occasion Pixel users have faced display-related troubles. The Pixel 10 series has suffered from AOD and screen flickering problems since its introduction. In December, users highlighted a flickering issue during wireless charging and clock refreshes, which was also associated with the AOD feature.

The current predicament has left many users dissatisfied, with some turning to factory resets as a short-term fix. However, there is a general agreement that a solution from Google is essential to address these ongoing display complications.

In addition to the AOD issue, the March update has reportedly made some Pixel devices slower when launching apps. This adds to the expanding list of issues that Pixel users have been encountering, including connectivity problems and application crashes.

As Google strives to tackle these challenges, users are hopeful for enhanced quality control in forthcoming updates to avert such issues from happening again. Meanwhile, a few users have discovered temporary relief by engaging in Google’s beta environment, although this does not guarantee a solution for all.

The persistent display challenges underscore the need for Google to improve its patch testing procedures to ensure a better experience for Pixel users.