AllYouCanTech

“Investigating Three Potential Hardware Paths for Upcoming Pixel Watches: Why the Most Probable Choice Might Not Be the Optimal One”

# Pixel Watch 5 Leak Indicates Google May Emulate Samsung Instead of Taking Risks with RISC-V or Reverting to Qualcomm

As the smartwatch industry undergoes transformation, Google confronts an important choice concerning the hardware for its forthcoming Pixel Watch 5, anticipated to debut in 2026. A recent leak implies that Google might decide to align with Samsung’s approach by utilizing Arm-based Tensor chips, rather than pursuing more experimental or high-stakes options such as RISC-V or returning to Qualcomm’s Snapdragon Wear lineup. This choice could significantly affect the trajectory of Wear OS and Google’s standing in the fiercely competitive wearable technology landscape.

## The Three Possible Directions for Pixel Watch Hardware

Google has three main avenues for the Pixel Watch 5’s hardware:

1. **Arm-powered Tensor chips**: This option entails employing similar Arm cores as those utilized in Samsung’s Galaxy Watch 7, which is driven by the Exynos W1000 SoC.

2. **RISC-V architecture**: Serving as an open-source substitute to Arm, RISC-V presents potential advantages in performance and efficiency but also comes with considerable technical and political challenges.

3. **Qualcomm’s Oryon-powered Snapdragon Wear**: Qualcomm’s next-generation wearable chips, expected to arrive in 2025 and potentially featuring custom Oryon cores, could provide a noteworthy alternative to Arm-based solutions.

While each alternative has its strengths and weaknesses, the leaked intel hints that Google is favoring the first option: following Samsung’s model with Arm-powered Tensor chips. Although this route may be safer, it might let down those who were anticipating more innovative developments in the smartwatch sector.

## The Case for RISC-V: Advantages and Challenges

RISC-V is an open-source instruction set architecture (ISA) that has gained recognition for its capacity to deliver improved performance and efficiency compared to conventional Arm cores. By assigning distinct instructions for each task, RISC-V can enhance local processing speeds, making it an appealing choice for niche platforms like wearables.

Should Google decide to develop a custom Tensor chip utilizing RISC-V, it could provide the Pixel Watch 5 with a distinctive advantage over rivals like Samsung, which depends on its own Exynos technology. The modularity and open-source attributes of RISC-V also liberate companies from Arm’s licensing costs, potentially leading to lower expenses.

Nevertheless, substantial difficulties accompany RISC-V. As Qualcomm’s VP of wearables, Dino Bekis, noted in a recent conversation, while the creation of RISC-V hardware can be relatively easy, crafting the specialized software instructions essential for optimizing functionality is a far more intricate endeavor. This might prolong the development timeline and complicate Google’s ability to launch a refined product.

Moreover, RISC-V’s open-source characteristics have sparked worries regarding its prospective usage by Chinese firms to bypass U.S. export restrictions. A U.S. House subcommittee has suggested that the Department of Commerce evaluate whether RISC-V poses a threat to national security. In light of the geopolitical tensions between the U.S. and China, Google may conclude that the dangers associated with RISC-V exceed its possible advantages.

## Qualcomm’s Oryon: A Promising Yet Uncertain Outlook

Qualcomm has been a significant contributor to the Wear OS ecosystem, with its Snapdragon W5 Gen 1 chip powering the Pixel Watch 2 and 3. The company is developing its next-gen wearable chips, which may include custom Oryon cores aimed at delivering enhanced performance and battery longevity.

Qualcomm’s Oryon cores, which were introduced in the Snapdragon 8 Elite for PCs, are anticipated to be made smaller for mobile devices and wearables. Qualcomm has high aspirations for its upcoming chips, targeting “a week’s worth of battery life” for Wear OS gadgets. If they succeed, Oryon-powered chips could emerge as strong contenders for future Pixel Watches.

However, Qualcomm is currently caught in a legal dispute with Arm regarding its use of Nuvia’s custom designs, which might jeopardize its Oryon plans. Should Arm prevail in the lawsuit, Qualcomm could be compelled to relinquish its custom cores, leaving Google with limited choices for its wearable hardware.

## The Secure Option: Arm-Powered Tensor Chips

Given the uncertainties surrounding both RISC-V and Qualcomm’s Oryon, it is reasonable for Google to consider taking a conservative approach by opting for Arm-powered Tensor chips for the Pixel Watch 5. The leak suggests that the 2026 Pixel Watch could incorporate a custom Tensor chip featuring one ARM Cortex-A78 core and two ARM Cortex-A55 cores, likely fabricated using a 3nm process.

This strategy would replicate Samsung’s approach with the Galaxy Watch 7, which utilizes a 3nm Exynos chip comprising one Cortex-A78 core and four Cortex-A55 cores. While this configuration would endow the Pixel Watch 5 with decent capabilities, it could already be regarded as outdated upon its release, especially since Samsung is expected to transition to more advanced chips by then.

Google has a history of ensuring that its software operates efficiently on

“OnePlus 13: Specifications for Ultrasonic Fingerprint Sensor and Display Unveiled”

# OnePlus 13: Embracing a New Chapter with Ultrasonic Fingerprint Sensors

For years, OnePlus has maintained its status as a significant contender in the smartphone industry, consistently offering flagship models that redefine innovation. With the soon-to-be-released **OnePlus 13**, the brand is making a noteworthy transition in a fundamental feature: the fingerprint sensor. After utilizing optical fingerprint sensors for multiple generations, OnePlus is now adopting **ultrasonic fingerprint technology** for the first time in its flagship series. This shift signifies a crucial development in the progression of OnePlus devices, as it brings the promise of improved security, speed, and dependability.

## Key Information to Consider

– **Display**: The OnePlus 13 will come equipped with a **BOE X2 display** featuring a **120Hz refresh rate**, **HDR10+**, and **Dolby Vision** support.
– **Fingerprint Sensor**: This model will incorporate an **ultrasonic fingerprint sensor**, a groundbreaking feature for OnePlus.
– **Launch Date**: The OnePlus 13 is anticipated to launch on **October 31** in China.
– **Processor**: It will be driven by Qualcomm’s cutting-edge **Snapdragon 8 Elite** processor.

## Transition to Ultrasonic Fingerprint Sensors

A standout enhancement in the OnePlus 13 is the upgrade from an optical fingerprint sensor to an **ultrasonic fingerprint sensor**. Optical sensors have been the norm in earlier OnePlus versions, capturing a 2D image of a fingerprint through light. While functional, optical sensors can face challenges with wet or dirty fingers and may lack the same level of security as alternative biometric methods.

On the other hand, ultrasonic fingerprint sensors utilize sound waves to map a 3D representation of your fingerprint. This technology comes with multiple benefits:

1. **Greater Precision**: Ultrasonic sensors deliver a more precise and detailed depiction of your fingerprint, making it more difficult for unauthorized individuals to deceive the sensor.
2. **Superior Performance in Difficult Conditions**: Unlike optical sensors, ultrasonic variants operate reliably even when your finger is wet, dirty, or oily. This capability is particularly advantageous in real-world situations where external factors may influence sensor efficacy.
3. **Enhanced Security**: The 3D mapping functionality of ultrasonic sensors increases security by capturing more detailed aspects of your fingerprint, thereby minimizing the chances of false positives.

By adopting this technology, OnePlus positions itself alongside other leading smartphone brands, such as Samsung, which has included ultrasonic fingerprint sensors in its Galaxy S lineup for several years.

## Display and Visual Appeal

The OnePlus 13 will showcase a **BOE X2 display**, representing an upgrade from the previous generation’s screen. This display is expected to offer a **120Hz refresh rate**, ensuring seamless scrolling and smooth animations. Furthermore, the device will support **HDR10+** and **Dolby Vision**, delivering an exceptional visual experience marked by vibrant colors and deep contrasts, perfect for both media viewing and gaming.

Additionally, the display will incorporate **TÜV Rheinland Intelligent Eye Protection 4.0**, aimed at minimizing eye strain during extended use. This certification guarantees that the screen emits lower blue light levels, making it more user-friendly for those who spend prolonged periods on their devices.

Another fascinating aspect of the OnePlus 13’s display is its **Rain Touch 2.0** technology, allowing the screen to maintain responsiveness even in wet conditions. This enhancement significantly benefits users who frequently utilize their phones in rainy or humid environments. The display will also offer **glove touch** functionality, facilitating usage in colder weather without the need to remove gloves.

## Design and Strength

The OnePlus 13 is anticipated to sport a **slightly curved display** on all edges, creating a nearly bezel-less look. This design decision not only elevates the device’s aesthetics but also enhances the user experience by maximizing visible screen space.

Regarding durability, the OnePlus 13 will carry an **IP68** rating, similar to its predecessor, the OnePlus 12. Nevertheless, the new model will also feature an **IP69** rating, providing extra protection against high-temperature water jets. This positions the OnePlus 13 as one of the most resilient smartphones available, capable of enduring more extreme conditions than most other devices.

## Performance and Haptic Feedback

Under the surface, the OnePlus 13 will harness Qualcomm’s latest **Snapdragon 8 Elite** processor, promising premier performance, especially in gaming and multitasking scenarios. This chipset is also present in other flagship models, such as the Xiaomi 15 series, and is expected to deliver remarkable speed and efficiency.

In addition to a powerful processor, the OnePlus 13 will incorporate a **bionic vibration motor Turbo**, engineered to enhance haptic feedback. Users can anticipate more precise and responsive vibrations, whether

Step-by-Step Manual for Storing Android Applications

# Free Up Storage Space by Archiving Inactive Apps Instead of Uninstalling

In the current smartphone environment, storage capacity is more crucial than ever. As flagship and mid-range devices increasingly do away with microSD card support, users must depend solely on the internal storage of their devices. Apps, games, photos, and videos can rapidly fill this space, compelling users to find ways to create room for new content. Although uninstalling apps is a standard approach, **archiving inactive apps** presents a more effective and user-friendly option.

## What Is App Archiving?

Launched as a feature in the Google Play Store in 2022 and now part of **Android 15**, app archiving permits users to offload about **60% of an app’s data** while preserving vital details such as the app icon, login information, and user data. This feature is especially advantageous for users with devices that have limited storage, such as **128GB smartphones** or budget Android devices.

By opting to archive apps instead of deleting them, users can recover substantial storage space without losing their app configurations or data. When an archived app is required again, it can be swiftly reinstated without the trouble of re-downloading and reconfiguring all settings anew.

## How to Manually Archive Unused Android Apps in Android 15

Manually archiving apps in Android 15 is an easy task. Here’s how to do it:

1. **Open the Settings app** on your device.
2. Go to the **Apps** section.
3. Choose the app you’d like to archive.
4. Alternatively, you can long-press the app’s icon on your home screen and select **App info**.
5. Tap the **Archive** option, which appears beneath the app’s logo.

To restore the app, just tap the **grayed-out icon** with a download symbol on your home screen, or utilize the **restore** option from the **Settings** app.

### Important Notes:
– **Pre-installed apps** (like Google’s standard apps) cannot be archived. Only apps that you manually download can be archived.
– When restoring an archived app, it will be re-downloaded from the Play Store, which might take a few seconds depending on your internet speed.

## How to Prevent Apps from Archiving Automatically in Android 15

By default, Android 15 may automatically archive apps that haven’t been utilized in a while. If you want to manage this manually, follow these steps:

1. Navigate to the **App info** page for the specific app.
2. Scroll down to the **Unused app settings** section.
3. Turn off the toggle for **Managed app if unused**.

This action will stop the app from being archived automatically.

## How to Automatically Archive Apps on Any Android Version

If you’re not operating on Android 15, you can still set up automatic archiving through the Google Play Store:

1. Launch the **Play Store** app.
2. Scroll to the bottom and tap **Settings**.
3. Tap **General** to open the menu.
4. Enable the toggle for **Automatically archive apps**.

With this setting activated, infrequently used apps will be archived automatically when your device runs low on space.

## Why Archiving Is Better Than Uninstalling

When you uninstall an app, you erase all evidence of it from your device, including login details, personal information, and the app’s icon. If you wish to use the app again, you’ll need to re-download it and set everything up anew, which can be tedious.

Archiving, in contrast, only eliminates the non-essential components of the app, such as large files and resources, while preserving crucial data like your login credentials and app settings. The Play Store replaces the app’s original APK with a smaller **”Archived APK”**, taking up significantly less space.

When you restore the app, it fetches the necessary parts from the Play Store, ensuring that you’re using the most current version. Do note, however, that this will only function if the app remains available on the Play Store.

## Who Benefits from App Archiving?

Archiving is particularly beneficial for users with **budget Android devices** or those with limited storage. Many cheaper Android phones priced under $200 come with minimal internal storage; while some provide microSD card support, internal storage is typically faster and more dependable.

By activating app archiving, users can create storage space without forfeiting their app data or settings. This is especially useful for individuals who frequently download new apps but don’t want to lose their progress or configurations in apps that are used less frequently.

## Custom Android Skins and Archiving

Certain Android devices, like those from **Oppo** and **OnePlus**, have long featured options that “pause” or “freeze” inactive apps. Although these capabilities prevent apps from utilizing system resources such as RAM, they do not create storage space. Android’s archiving feature takes a step further by actually removing

Are Smartphones Focused on Photography a Smart Investment?

modes offer an intriguing enhancement for a select group of users, but the broader question looms: **Is it worth your attention?**

## The Comeback of the Physical Camera Button

In the past, physical camera shutter buttons were standard features on Android devices. As smartphones evolved toward sleeker designs, many brands eliminated these buttons, favoring minimalistic approaches. Despite the pushback from photography aficionados, most users adapted to software-based camera operations.

Today, the iPhone 16 has sparked renewed interest in the physical camera button by presenting a hybrid capacitive option. This button provides various functionalities, from launching the camera to modifying settings instantly. On the other hand, Android models like the Sony Xperia series continue to offer physical camera buttons, catering to a specific audience of photography fans.

However, before you get overly enthusiastic about these dedicated buttons, it’s essential to ponder: **Do they actually enhance the experience?**

## Is It Truly Quicker?

A primary point in favor of a dedicated camera button is that it purportedly enables faster photo capture. But is that genuinely the case?

To find out, I conducted an experiment involving several phones, including those from OnePlus, Honor, Samsung, Motorola, Google, and Apple. The aim was to time how long it took to retrieve the phone, launch the camera, and snap a photo.

Unexpectedly, the findings revealed that having a dedicated button does not always result in quicker picture-taking. The **Nubia Z60 Ultra Photographer Edition** led the pack with a time of 3.3 seconds due to its specific camera switch. Conversely, the **OnePlus 12**, which employs a double-tap of the power button to activate the camera, was only marginally slower, clocking in at 3.51 seconds. The **iPhone 14 Pro Max**, utilizing the lock screen method, took about 4.5 seconds.

The conclusion? **A physical button does not provide a substantial increase in speed** compared to alternatives like double-tapping the power button.

## Gestures and Alternatives

Although a dedicated camera button can offer ease of use, most contemporary smartphones present alternative methods to swiftly launch the camera and take pictures. For instance, nearly every Android device allows for camera access via a double-tap of the power button. Some models even enable the use of volume buttons as a shutter, which is particularly beneficial for selfies or underwater shots.

From my experience, these alternative options perform just as efficiently as a dedicated button. The double-tap power button approach proved reliable on devices like the OnePlus 12 and Google Pixel series. However, I experienced occasional failures with the Samsung Galaxy S24 Ultra, likely due to its button design.

In the end, **all phones typically provide some kind of physical button capability** for camera access or photo-taking, diminishing the necessity for a dedicated shutter button.

## The Drawbacks of Physical Buttons

Though physical buttons may offer ease, they also come with their disadvantages. For instance, **accidental activations** are a frequent issue. Reviews of the iPhone 16 Pro Max highlight that the positioning of the camera button may inadvertently launch the camera when reaching for the device. To address this, enabling double or triple-tap options is possible, but this adds an extra step that somewhat undermines the logic of having a dedicated button.

Moreover, using a physical button to capture a photo can lead to **camera shake**, particularly in low-light scenarios. A digital shutter button on-screen requires less force, thus minimizing the risk of blurry images.

## Specialized Modes and Features

Dedicated buttons and modes can excel in certain **specialized photography functions**. For example, the Nubia Z60 Ultra Photographer Edition features a distinctive light painting mode, enabling creative long-exposure photography. Likewise, Sony’s Xperia phones appeal to photography enthusiasts with a two-step camera button that mimics DSLR operation, allowing for precise focusing and capturing.

Apple’s new Camera Control button on the iPhone 16 also presents intriguing functionalities, like capacitive sliding for adjustments or zooming. However, these features can often be cumbersome, as noted in user feedback. The button’s layout and usability don’t always ensure a fluid experience.

While these specialized modes and buttons can be enjoyable for photography lovers, **the majority of users will find that software-based controls suffice** for average photography needs. Devices like the Google Pixel 9 series boast intuitive camera software that delivers outstanding outcomes without needing dedicated buttons or intricate modes.

## Conclusion: Is It Worth Your Attention?

Ultimately, dedicated buttons and modes bring an appealing enhancement for certain users, yet the crucial question remains: **Is it worth your time?**

Comparison of Google Pixel Buds Pro 2 and Samsung Galaxy Buds 3 Pro: Which Option is Best for You?

# Google Pixel Buds Pro 2 vs. Samsung Galaxy Buds 3 Pro: Which One Shines on Its Own?

In the constantly changing landscape of wireless earbuds, 2024 has introduced two exceptional options: the **Google Pixel Buds Pro 2** and the **Samsung Galaxy Buds 3 Pro**. Both models are equipped with state-of-the-art features, tailored to enhance their corresponding smartphone and smartwatch ecosystems. Yet, the pivotal question persists: which of these earbuds excels as a standalone device?

This article will examine the main distinctions between these two premier earbuds, focusing on aspects such as design, audio performance, AI functionality, and battery longevity, aiding you in determining the best fit for your needs.

—

## Notable Design Updates: Pixel Buds Pro 2 vs. Galaxy Buds 3 Pro

In terms of design, both sets of earbuds have undergone substantial revisions from their predecessors. The **Google Pixel Buds Pro 2** feature a sleek, oval-shaped case resembling a “flat egg” when held. Offered in vibrant hues, the Pixel Buds Pro 2 are lightweight and designed with twist-to-fit fins for a snug and comfortable fit, particularly during exercise.

Conversely, the **Samsung Galaxy Buds 3 Pro** present a more avant-garde appearance with a transparent lid and a “blade” design. The futuristic lights along the stems create a distinctive visual appeal. Although stem-style earbuds can vary in their fit, the Galaxy Buds 3 Pro generally remain secure during casual use, though they might need readjustment during more strenuous activities.

### Conclusion:
– **Pixel Buds Pro 2** excel with a secure fit and lively design.
– **Galaxy Buds 3 Pro** provide a more modern look but may not remain as secure while exercising.

—

## Specifications Compared: Pixel Buds Pro 2 vs. Galaxy Buds 3 Pro

| **Category** | **Pixel Buds Pro 2** | **Galaxy Buds 3 Pro** |
|——————–|———————————————————-|—————————————————–|
| **Connectivity** | Bluetooth 5.4; LE Audio, Super Wideband | Bluetooth 5.4, Auto Switch |
| **Speakers** | 11mm dynamic driver | 10.5mm Dynamic + 6.1mm Planar |
| **Codec Support** | SBC, AAC, Opus | SSC, SSC UHQ (24bit/96kHz), AAC, SBC |
| **Battery Life** | 8hrs (ANC on), 48hrs with case | 6hrs (ANC on), 26hrs with case |
| **Charging** | USB-C, Qi wireless | USB-C, Qi wireless |
| **Durability** | Earbuds: IP54, Case: IPX4 | Earbuds: IP57, Case: No rating |
| **App Support** | Pixel Buds app (Android only) | Samsung Wearable app (Android only) |

### Essential Insights:
– **Pixel Buds Pro 2** provide greater battery longevity (8 hours with ANC on compared to 6 hours for Galaxy Buds 3 Pro).
– **Galaxy Buds 3 Pro** boast a more sophisticated dual-driver configuration (dynamic + planar) and support Samsung’s SSC codec, which can yield superior audio quality on compatible Samsung devices.
– **Pixel Buds Pro 2** excel in durability, featuring water resistance for both the earbuds and the case.

—

## Audio Performance: Is Hi-Res Sound Important?

Both earbuds offer impressive sound quality, yet they cater to slightly distinct listener preferences. The **Galaxy Buds 3 Pro** provide a broader soundstage and more dynamic audio, due to the SSC codec allowing streaming at 24bit/48kHz. This aspect gives the Galaxy Buds a distinct benefit regarding audio richness, especially when used with a Samsung device.

However, the **Pixel Buds Pro 2** also perform admirably, particularly regarding bass response. Even though they utilize the more bandwidth-restrictive AAC codec, the Pixel Buds Pro 2 deliver deeper, more resonant sub-bass, making them an excellent option for bass-centric genres such as EDM and hip-hop.

### Conclusion:
– **Galaxy Buds 3 Pro** shine in clarity and dynamic range, especially when paired with Samsung devices.
– **Pixel Buds Pro 2** provide enhanced bass response, appealing to bass enthusiasts.

—

## AI and Smart Features: The AI Conversation

Both earbud sets incorporate AI in compelling ways, albeit with differing methodologies. The **Pixel Buds Pro 2** incorporate **Google Gemini**, offering advanced AI functionalities like real-time language translation and multimodal interactions.

“Netflix Unveils New Functionality for Effortlessly Revisiting and Sharing Beloved Moments”

# Netflix Unveils ‘Moments’ Feature: Capture and Share Your Favorite Episode Snippets

Netflix has rolled out an innovative feature for its mobile application, named **’Moments’**, enabling users to capture, save, and share their cherished scenes from shows and films. This latest addition aims to simplify the process for fans to revisit and share memorable moments from their beloved content with friends, family, and followers on social media platforms.

## Essential Information

– **Moments** allows users to capture and preserve snippets from their favorite series and films.
– Stored clips can be found in the **”My Netflix”** tab for convenient viewing and rewatching.
– Users are able to share these clips on social media, providing a link that directs viewers to the specific scene within the Netflix app.
– The feature is currently available worldwide on **iOS**, with an **Android** version anticipated to launch shortly.

## A Fresh Way to Revisit Your Favorite Moments

For years, Netflix users have resorted to screenshots or screen recordings to share their preferred moments from shows and films. However, these methods were often inconvenient and constrained by Netflix’s limitations on screen capturing. The **Moments** feature serves as Netflix’s official remedy, presenting a smooth and lawful approach to save and share clips directly from the app.

### How It Operates

Using **Moments** is straightforward and user-friendly. While watching a show or film on Netflix, users can tap the screen and choose the **Moments** option. From there, they can:

1. **Save the precise moment** they wish to keep.
2. **Access previously saved clips** from the same show or film.
3. **Share or copy a link** to the clip for effortless sharing on platforms like Facebook, Instagram, and more.

One of the notable aspects of **Moments** is that although the clip itself won’t play directly on social media, the shared post will include a link that directs viewers straight to the corresponding scene within the Netflix app. This guarantees that the moment is experienced in full context, enhancing the viewing experience for both the sharer and the audience.

## Finding Your Saved Clips

All saved clips are conveniently located in the **”My Netflix”** tab, making it easy to revisit your favorite moments anytime. Whether it’s a funny scene from a comedy or a gripping moment from a thriller, your saved clips are just a tap away.

## Enhancing the Sharing Experience

Netflix’s **Moments** feature is not merely about saving clips for personal enjoyment; it also enhances social sharing. By enabling users to share their favorite scenes with friends and followers, Netflix is capitalizing on the rising trend of social media-driven content exploration. When users share a **Moment**, they are not only sharing a clip—they are inviting others to experience that exact scene within the Netflix app, possibly attracting new viewers to the show or film.

### A Legal and Convenient Solution

For a significant time, Netflix users have maneuvered through the complexities of sharing content without breaching the platform’s guidelines. Many streaming services, including Netflix, impose strict restrictions on screen recording and capturing, complicating the sharing of favorite moments. **Moments** addresses this concern by offering an official, user-friendly, and legal method for sharing clips.

## Clip Limits and Future Developments

According to Netflix spokesperson Dorian Rosenberg, the number of clips users can save is contingent on the content’s duration. Nonetheless, most users will have ample capacity to save numerous **Moments** from various shows and films without reaching any limitations.

Netflix has also suggested that the **Moments** feature might evolve in the future, providing even more ways for users to interact with and enjoy their favorite content. While specifics about these potential enhancements remain undisclosed, it’s evident that Netflix is dedicated to improving the user experience and facilitating fans’ engagement with their favorite shows and films.

## Availability and Future Launch

Currently, **Moments** is accessible globally on **iOS**, with an **Android** version expected to be available in the upcoming weeks. This rollout forms part of Netflix’s ongoing mission to enhance its mobile app experience and cater to the increasing number of users consuming content on smartphones and tablets.

## Conclusion

Netflix’s innovative **Moments** feature is a valuable addition for fans who enjoy sharing their favorite scenes with others. By simplifying the process of capturing, saving, and sharing clips, Netflix is enriching the social aspect of its platform and providing users with more avenues to engage with their preferred content. Whether you’re reminiscing about an emotional moment from a drama or sharing a surprising turn from a thriller, **Moments** facilitates a stronger connection with others over the shows and films you cherish.

With its global launch on iOS and an Android version on the horizon, **Moments** is poised to become a widely embraced feature.

“Meta’s ‘Avalanche’ Tool Leak Could Bring Oculus Rift Games Back, But Anticipations Are Elevated”

# Meta May Provide Oculus Rift Classics on Quest 3, Yet Cloud Gaming Could Expand Much Further

Reports suggest that Meta is developing a cloud gaming service for its Meta Quest headsets, which might enable classic Oculus Rift games such as *Lone Echo* and *Asgard’s Wrath* to be accessed on the Quest 3. Nevertheless, the prospects of cloud gaming on Quest might reach well beyond these legacy titles, particularly if Meta collaborates with significant entities like Microsoft to introduce AAA games into the virtual reality (VR) space. This article delves into the potential of Meta’s cloud gaming ambitions and their implications for the future of VR gaming.

## The Rise of Meta’s Cloud Gaming Service

Meta’s cloud gaming service, also known as “Avalanche” or “Project Razor,” has been in the works for a while. The service made a brief appearance on the Quest Store in October 2023, highlighting older Oculus Rift titles before being swiftly taken down. This incident, along with earlier references to the service in code and experimental environments, indicates that Meta is diligently pursuing cloud gaming for its Quest platform.

The core concept of Meta’s cloud gaming service is straightforward: stream high-quality VR games to the Quest headset, enabling users to enjoy graphically intensive titles that the Quest’s native hardware might find challenging. This would be especially beneficial for games demanding more processing capability than the Snapdragon XR2 chip in the Quest 3 can offer.

### The Appeal of Cloud Gaming

Cloud gaming allows players to enjoy games without needing a high-powered local device. Instead, the game operates on a distant server, and the video output is streamed to the user’s device. This method has already been successfully implemented in traditional gaming, with platforms like Xbox Cloud Gaming and NVIDIA GeForce Now enabling players to stream titles to devices that would otherwise be unable to run them.

In the context of VR, cloud gaming could revolutionize the experience. The Quest 3 functions as a standalone headset, meaning it doesn’t need a PC or console to operate games. However, this also implies that its hardware is not on par with high-end gaming systems. By utilizing cloud gaming, Meta could provide Quest users access to more graphically advanced VR adventures without necessitating significant investments in costly gaming setups.

## The Opportunity for Oculus Rift Classics

A particularly thrilling element of Meta’s cloud gaming service is the opportunity to offer classic Oculus Rift titles on the Quest 3. Anticipated games like *Lone Echo* and *Asgard’s Wrath* were groundbreaking at their launch, delivering immersive VR encounters that tested the boundaries of technology at the time. However, these games were optimized for the more robust Rift hardware, presenting challenges for porting them to the standalone Quest headsets.

With cloud gaming, Meta could circumvent the hardware restrictions of the Quest and let users stream these classic games directly to their headsets. This would not only provide newer VR enthusiasts with a chance to engage with these iconic titles but also assist in preserving the rich history of early VR gaming.

## The True Power of Cloud Gaming: AAA VR Ports

While the prospect of bringing Oculus Rift classics to the Quest 3 is exhilarating, the genuine potential of Meta’s cloud gaming service resides in its capacity to offer AAA games for VR. Meta has already teamed up with Microsoft to make flat-screen Xbox titles available on the Quest via cloud streaming, but this partnership might extend even further.

Envision the ability to stream VR adaptations of favored AAA games like *Minecraft*, *Elder Scrolls*, *Fallout*, or *Halo* to your Quest headset. These beloved titles, cherished by millions, could be innovatively transformed for VR, providing experiences that surpass the conventional gaming landscape.

### The PSVR 2 Benchmark

The aspiration of AAA VR gaming is something that initially the PlayStation VR 2 (PSVR 2) set out to achieve. From the start, the PSVR 2 showcased VR adaptations of titles like *Resident Evil 8* and *Gran Turismo 7*, offering players a glimpse into what AAA VR gaming might entail. However, Sony has since redirected its focus away from VR, creating a market gap for top-tier, high-budget VR experiences.

Meta could seize this opportunity with its cloud gaming service. By collaborating with Microsoft or other prominent game creators, Meta could introduce AAA games to the Quest platform, fulfilling the commitments that the PSVR 2 was unable to fulfill. This would attract dedicated gamers to the Quest while also broadening the reach of VR gaming.

## How Meta Quest Cloud Streaming Would Function

The technical hurdles of implementing cloud gaming in VR are substantial. Streaming a standard game presents one challenge, but stream a VR game, where even minimal latency between the player’s actions and the game’s response can lead to discomfort, creates a different level of difficulty. For cloud VR gaming to be practical, Meta will have to address issues like latency and high ping rates.

Meta’s cloud gaming service is likely to depend on a blend of traditional internet streaming along with 5G connectivity. The Quest 3 supports Wi-Fi 6E, which offers quicker speeds.

Samsung Broadens Physical Repair Service Offerings Across the United States

# Samsung Partners with CPR to Launch 300+ New Repair Centers

Samsung is taking a bold step to improve its customer service offerings by deepening its alliance with **CPR (Cell Phone Repair)**, a top independent repair provider in the U.S. Through this partnership, Samsung plans to introduce **300+ new repair centers** by year-end, raising the number of CPR locations to over **400 nationwide**. This growth initiative is a part of Samsung’s extensive strategy to deliver quicker, more accessible, and high-quality repair solutions for its Galaxy device users.

## Key Information

– **Samsung is strengthening its collaboration** with Assurant, the parent entity of CPR, to facilitate certified Galaxy repairs at additional sites across the U.S.
– More than **300 new repair locations** are set to be opened by year-end, increasing the total number of CPR centers to over 400.
– These repair facilities will offer **same-day service** for prevalent issues like broken screens and battery swaps, including out-of-warranty devices.

## Enhancing the Repair Network

Samsung’s collaboration with **CPR by Assurant** has been vital to its repair initiatives in recent years. CPR has been a reliable independent repair associate for Samsung, managing over **100 authorized repair centers** throughout the U.S. The forthcoming expansion will introduce more than **300 new repair hubs**, greatly enhancing the availability of certified repair services for Galaxy customers.

This initiative is part of Samsung’s **Independent Service Provider (ISP) program**, which empowers third-party repair establishments like CPR and **uBreakiFix** with tools, authentic parts, and training essential for adhering to Samsung’s high repair criteria. The program guarantees that clients receive top-quality repairs utilizing **genuine Galaxy components**, with many services completed in under an hour.

## Credentialed Technicians and Authentic Parts

Customers visiting CPR facilities can look forward to **Wireless Industry Service Excellence (WISE)-certified technicians** trained to manage a diverse array of repairs. Whether dealing with a cracked display, a failing battery, or water damage, these experts utilize **genuine Samsung components** to ensure that repairs conform to the company’s high standards.

A significant advantage of utilizing a CPR repair facility is the **limited warranty** linked to certified repairs. This warranty offers reassurance, confirming that the repairs are durable and dependable. However, it’s crucial to remember that these certified services are presently available exclusively for **Galaxy S9 and newer models**.

## Swift Service and Convenience

Samsung’s enhanced repair network aims to deliver **quicker, same-day service** for typical issues. Numerous repairs, like display replacements or battery changes, can be finalized in as little as **one hour**. This is a notable benefit for consumers who depend on their smartphones and require speedy, effective service.

Alongside in-store repairs, Samsung provides a range of other repair solutions, including **on-site service** through its mobile repair vans. These vans can come directly to a customer’s premises, offering added convenience for those unable to visit a repair center.

## Locating Your Nearest Repair Center

With over 400 CPR centers anticipated by the end of the year, finding a nearby repair outlet will be simpler than ever. Customers can utilize the **CPR website** to pinpoint their nearest repair hub or access Samsung’s **official service locator** to find both authorized and independent service providers.

For those who prefer not to visit a repair facility physically, Samsung also presents **mail-in repair options** and **doorstep repairs** through its mobile repair vans, catering to a variety of customer preferences.

## An Expanding Repair Ecosystem

Samsung’s collaboration with CPR forms part of a broader repair network, which encompasses over **2,000 Authorized Care centers** across the U.S. This vast network ensures that Galaxy users can access certified repair services no matter their location.

Nonetheless, opportunities for expansion remain. Recent events, such as **Best Buy** halting authorized Samsung repairs and the conclusion of Samsung’s alliance with **iFixit**, have raised concerns regarding the repairability of Galaxy devices. Regardless of these challenges, Samsung’s ongoing investment in its ISP network reflects a commitment to enhancing the repair experience for its clientele.

## Summary

Samsung’s strategy to broaden its partnership with CPR by establishing **300+ new repair centers** represents a significant advancement toward offering quicker, more accessible repair services for Galaxy users across the U.S. With certified technicians, authentic parts, and same-day service, customers can anticipate high-quality repairs that adhere to Samsung’s exacting standards.

As the repair network expands, Galaxy users will have more alternatives than ever to maintain their devices in optimal condition, whether requiring a swift screen repair or a more intricate service. With over **400 CPR locations** on track to be available by year-end, Samsung is facilitating easier access for

“Alphabet’s Q3 2024 Earnings Showcase Robust Gains from AI Investments”

# Alphabet’s Revenue Expansion and Google Cloud’s Reshaping: An Emphasis on AI

Alphabet, Google’s parent corporation, has showcased its capability to adjust and flourish within the continuously changing tech sector once again. In the Q3 2024 earnings report, Alphabet disclosed notable revenue growth, propelled by its cloud services alongside a revitalized focus on artificial intelligence (AI). This surge occurs amidst yet another internal realignment, underscoring the company’s dedication to leading in technological advancement.

## Major Insights from Alphabet’s Q3 2024 Earnings

– **Revenue Expansion**: Alphabet announced a revenue increase of 15%, hitting $88.2 billion for Q3 2024 compared to the equivalent timeframe last year.
– **Performance of Google Cloud**: Google Cloud experienced substantial revenue growth of 35%, reaching $11.4 billion, even with ongoing losses in the sector.
– **AI Emphasis**: Alphabet is persistently pivoting toward AI, as AI-driven products and services are vital to its expansion.
– **Hardware and Platforms**: Demand for Google’s hardware segment, particularly the Pixel 9 series, remains robust, further promoting AI integration.
– **Internal Realignment**: Alphabet has initiated another phase of internal restructuring, merging teams to enhance its AI and hardware initiatives.

## Robust Performance of Google Cloud

Emerging as a significant entity in Alphabet’s portfolio, Google Cloud has greatly contributed to the company’s overall revenue growth. During Q3 2024, Google Cloud’s revenue saw a 35% escalation, reaching $11.4 billion. This advancement is especially significant given the fierce competition in the cloud services arena, where Google contends with major players such as Amazon Web Services (AWS) and Microsoft Azure.

Even with commendable revenue growth, Google Cloud grapples with profitability challenges. The segment has reported increased losses; however, Alphabet is optimistic about its future prospects. CEO Sundar Pichai underscored the importance of AI in enhancing product adoption, drawing in new clients, and securing more substantial agreements for Google Cloud.

## AI Central to Alphabet’s Approach

AI has evolved into a fundamental element of Alphabet’s approach, affecting nearly all facets of the company’s operations. Pichai noted the influence of AI on both Google Search and Google Cloud during the earnings call. In Search, the introduction of new AI features is broadening the scope of user queries and interactions with the search platform. Concurrently, in Google Cloud, AI solutions are assisting enterprises in optimizing their processes and making data-informed choices.

Pichai’s comments highlight Alphabet’s enduring commitment to AI innovation. “Our dedication to innovation, along with our long-term focus and investments in AI, is yielding benefits for consumers and partners through our AI offerings,” he stated.

## Restructuring to Enhance AI and Hardware Collaboration

Alphabet’s internal reorganization initiatives have been a consistent theme throughout 2024. The company has implemented substantial shifts to its organizational framework to better synchronize its teams with its AI-centered strategy. In the latest restructuring, the Gemini app team was transitioned under Google DeepMind, Alphabet’s AI research branch. Meanwhile, the Google Assistant team was assimilated into the newly created Platforms & Devices (P&D) team, established earlier this year.

The P&D team merges Google’s Android and hardware divisions, a strategic move aimed at expediting innovation and simplifying product development. Through this consolidation, Alphabet intends to foster a more integrated ecosystem where AI, hardware, and software function cohesively together.

## Hardware Triumph: Pixel 9 and Beyond

Google’s hardware division has also been instrumental in Alphabet’s recent achievements. The Pixel 9 series, introduced earlier this year, has experienced robust demand, further propelling the company’s revenue increase. Pichai remarked that the Pixel 9 series is influencing the adoption of Google’s Gemini AI models and features, including Circle to Search, which is now available on 150 million Android devices.

Beyond the Pixel 9, Google has been closely collaborating with other Android manufacturers such as Samsung, Motorola, and OnePlus to embed its AI innovations into their products. This cooperation has allowed Google to extend the reach of its AI tools and services, reinforcing its leadership in the AI domain.

## Project Astra: A Preview of What’s Ahead

During the earnings call, Pichai also provided hints regarding **Project Astra**, a real-time multimodal AI initiative that was initially showcased at Google I/O 2024. Project Astra employs cameras to assess a user’s environment and deliver contextually relevant responses, a capability that could be especially beneficial for augmented reality (AR) applications.

While Pichai did not disclose plans for AR glasses, he suggested that Google is exploring experiences where AI can “perceive and interpret the world around you.” He also indicated that Google aims to launch experiences like Project Astra as soon as 2025, with intentions to provide these innovations to both consumers and enterprises.

## The Path

“Google Ought to Focus on Boosting Sales of Refurbished Pixel Smartphones”

## These Prices Are Ridiculous, Right?

When Google revealed its plans to sell refurbished Pixel phones directly via its online store, many tech fans were thrilled. After all, purchasing refurbished gadgets is an excellent way to minimize e-waste, save some cash, and still acquire a quality product. However, upon closer inspection, it becomes clear that Google’s strategy may not be as beneficial for consumers as it appears. In fact, some of the prices for these refurbished phones are so steep that you might find yourself thinking, “These prices are ridiculous, right?”

### The Attraction of Refurbished Phones

Refurbished phones have risen in popularity among consumers seeking to cut costs while securing a dependable device. Unlike pre-owned phones, which lack guarantees, refurbished phones are generally restored to near-new condition by either the manufacturer or a certified technician. This means any hardware problems are resolved, and the device undergoes testing to ensure it functions correctly. Additionally, refurbished phones often come with a warranty, offering reassurance that you won’t end up with a faulty product.

For those invested in sustainability, opting for refurbished is also a fantastic approach to decreasing e-waste. Instead of discarding a perfectly usable phone, refurbishing grants it a new life, preventing it from cluttering landfills while lessening the need for new devices.

### Google’s Refurbished Pixel Initiative: A Missed Chance?

At first glance, Google’s refurbished Pixel initiative appears to be a win-win situation. Consumers obtain a quality phone at a lower price, and Google promotes sustainability by lessening e-waste. Nonetheless, a quick examination of the phones currently available through this initiative uncovers some significant drawbacks.

To begin with, Google is offering refurbished models such as the Pixel 6a, Pixel 6, Pixel 6 Pro, Pixel 7, and Pixel 7 Pro. While these are all decent phones, there is a major drawback: three of these models—the Pixel 6 series—will not receive updates to Android 16. In fact, the Pixel 6 series is set to halt platform updates in October 2024, just shortly after this article’s publication. Although these phones will continue to receive security updates until 2026, many consumers prioritize obtaining the latest Android features and updates.

This presents a dilemma for potential buyers. Why pay a premium for a refurbished phone that won’t receive the latest software updates? For tech aficionados, who are likely Google’s target demographic for the refurbished program, this could be a dealbreaker.

### The Greater Concern: Pricing

While the absence of future Android updates is troubling, the more significant issue with Google’s refurbished Pixel initiative lies in its pricing. Simply put, the prices are excessively high. In some instances, you can purchase a brand-new Pixel phone for a lower price than what Google is asking for a refurbished version.

For instance, Google is selling refurbished Pixel 6 Pro models for approximately $539. Yet, you can discover a brand-new Pixel 7 Pro for as little as $399 on various other platforms. Not only is the Pixel 7 Pro a newer model, but it will also receive updates to Android 16 and further. Why would anyone pay more for an older, refurbished phone when they can obtain a brand-new one for less?

This pricing approach is perplexing and undermines the very purpose of buying refurbished. Consumers anticipate that refurbished devices will be significantly lower in cost compared to new ones, particularly when the refurbished models are older and won’t receive the latest software updates. By pricing these phones so highly, Google is essentially dissuading people from purchasing them, which contradicts the goal of the program.

### The Environmental Consequence

A primary reason to purchase refurbished devices is to curb e-waste. When a phone is refurbished and resold, it avoids landfills and diminishes the need for new devices, which require energy and resources for production. However, if Google’s refurbished phones are set at excessively high prices, consumers won’t buy them, leading the phones to eventually end up in landfills regardless.

This presents a serious concern. If Google is genuinely dedicated to reducing e-waste, it needs to make its refurbished phones more accessible to consumers. Setting competitive prices would not only encourage increased purchases of refurbished devices but also assist Google in achieving its sustainability objectives.

### What Should Google Consider?

So, what’s the answer? To start, Google should reduce the prices of its refurbished phones. The company can afford to offer these devices at lower price points, and doing so would enhance the program’s attractiveness to consumers. After all, Google generates most of its revenue from services and ads, not hardware sales. By placing more refurbished phones into the hands of consumers, Google could boost the number of users engaging with its services, ultimately benefiting the company in the long term.

Another alternative would be for Google to donate these refurbished phones to individuals in need. Millions worldwide could gain from having access to a smartphone, and donating refurbished devices would be a wonderful way