AllYouCanTech

Google TV Broadens Content Selection with Additional Free Channels

# Google TV Elevates Your Entertainment Experience

Google TV is persistently transforming how we engage with entertainment by broadening its already remarkable selection of free channels. With the recent inclusion of 10 new channels, Google TV simplifies access to a diverse array of content, all without any need for extra subscriptions or complex arrangements. Whether you enjoy timeless game shows, true crime, or news, the latest update caters to every taste.

## Key Details

– **New Additions:** Google TV has introduced 10 new complimentary channels to its roster.
– **Featured Channels:** Among the new channels are *Family Feud Classic*, *Rig TV*, and *Court Legendary Trials*.
– **How to Access:** Locate these additions in the Live tab under the Free built-in channels section on Google TV.

## Expanding the Free Channel Offerings

Google TV has been progressively enhancing its free channel options, with the latest update being no exception. Recently, 10 new channels have been incorporated, adding even more variety to the service. This aligns with Google’s ongoing initiative to improve user experience by offering a wide spectrum of content that appeals to various interests and preferences.

### Overview of the New Channels

Here’s a brief summary of the newly added channels:

1. **Family Feud Classic** – Relive the thrill of one of the most loved game shows in America.
2. **Rig TV** – Immerse yourself in the realm of oil rigs and offshore drilling.
3. **Court Legendary Trials** – Witness some of the most notable court cases unfold.
4. **Cheaters** – Examine real-life investigations into infidelity.
5. **CBC News & Explore** – Keep updated with news and documentaries from CBC.
6. **Heartland** – Savor this cherished Canadian family drama.
7. **FilmRise Horror** – Satisfy your horror cravings with a selection of spine-tingling films.
8. **FilmRise True Crime** – Explore real-life crime narratives.
9. **Grit Xtra** – Enjoy action-filled movies and series.
10. **Laff More** – Receive your daily laugh fix with this humor-centric channel.

These channels are fantastic additions to the platform, offering a blend of classic entertainment, news, drama, and more. Whether you’re seeking humor, thrills, or some courtroom intrigue, Google TV has it all.

## A Flourishing Platform

The inclusion of these channels marks yet another advancement in a series of updates rolled out in recent months. In June, Google TV introduced 10 additional free channels, raising the total to 132 at that time. By August, that figure had increased to 136, and with this latest addition, the platform continues to grow.

However, it’s crucial to remember that these channels are currently exclusively available to Google TV users in the United States. For eligible users, accessing these new channels is straightforward. Simply navigate to the Live tab on your Google TV and select Google TV from the Free built-in channels section.

## Beyond Google’s Proprietary Channels

Alongside its proprietary channels, Google TV provides access to an extensive library of over 800 ad-supported channels. This includes a selection of at least 100 FAST (Free Ad-Supported Streaming Television) channels, which launched in 2023. These channels allow you to enjoy content from providers like Reuters Now, BBC Food, Top Gear, and Love Nature without the inconvenience of managing multiple apps or signing up for additional services.

Furthermore, Google TV integrates with sought-after free streaming platforms such as Pluto TV, Tubi, and Plex, broadening your entertainment choices. With such a vast selection of content available, you’ll always have something to watch.

## Conclusion

Google TV is genuinely enhancing your entertainment experience by consistently expanding its free channel offerings. With the recent launch of 10 new channels, the platform is now more varied and accessible than ever. Whether you’re a devotee of classic TV, true crime, or simply seeking fresh content, Google TV has it all. So, grab your remote, head to the Live tab, and dive into all the new offerings that Google TV presents.

“Instant Share Functionality Might Improve Android Tablet Experience”

### Google’s Quick Share: Drag-and-Drop Feature Set to Launch Soon for Android Tablets and Foldables

Google’s Quick Share, the Android counterpart to Apple’s AirDrop, is about to undergo a substantial upgrade that may transform file sharing for larger Android devices such as tablets and foldables. Recent insights from the latest beta version of Google Play services indicate a new drag-and-drop feature for Quick Share, potentially making file sharing on Android devices more fluid and user-friendly.

#### Key Details
– **Drag-and-Drop Capability:** The newest beta version of Google Play services hints at an upcoming drag-and-drop feature for Quick Share, akin to the functionality found on Windows.
– **Existing Constraints:** At present, Quick Share lacks drag-and-drop support on larger Android devices like tablets and foldables, compelling users to navigate through several steps to share files.
– **Feature Under Construction:** While a demo has presented the feature, it is still in the pipeline, and files are not yet being transferred.

#### The Progression of Quick Share

Quick Share has proven to be a revolutionary tool for Android users, providing a hassle-free way to transfer files wirelessly among devices. It operates across a variety of platforms, including Android phones, tablets, Chromebooks, and Windows PCs, making it a handy resource for those who favor non-Apple environments.

However, despite its advantages, Quick Share has not fully optimized its capabilities across all devices. While Windows users can already utilize drag-and-drop with Quick Share, this option is notably lacking on larger Android devices such as tablets and foldables. Users of these devices must currently follow a more complicated procedure: selecting files, hitting the Share button, and then navigating through the sharesheet, which features Quick Share among other options.

#### The Upcoming Drag-and-Drop Functionality

The soon-to-be-launched drag-and-drop feature is intended to fill this void, enhancing file sharing on larger Android screens to be far more straightforward and instinctive. An APK teardown of the most recent Google Play Services beta (version 24.34.32) reveals that Google is diligently working on this feature. The drag-and-drop functionality would enable users to simply drag files towards the recipient’s name, greatly simplifying the process.

This feature isn’t solely focused on convenience; it also brings Android users closer to the streamlined experience that Windows users currently benefit from. For those who frequently juggle between Android and Windows devices, this could be a significant advancement, providing a more uniform and user-friendly experience throughout various platforms.

#### Current Progress and Future Expectations

Although the drag-and-drop feature has been demonstrated in a video by Android Authority, it has not yet achieved full functionality. The demonstration displays users dragging multiple files to the recipient’s name, but at this point, the files are not transferring. This suggests the feature is still under development and may need additional refinement before its public release.

Nevertheless, the introduction of drag-and-drop capability in Quick Share represents an encouraging development. It highlights Google’s dedication to improving the user experience on Android devices, especially for those utilizing tablets and foldables.

#### Conclusion

The forthcoming drag-and-drop feature for Quick Share is set to enhance file sharing on Android tablets and foldables, making it significantly more effective and user-centric. While the feature remains in development, its eventual launch could greatly transform how users engage with their devices, bringing Android closer to the effortless experience offered to Windows users. As Google continues to fine-tune this feature, Android users can anticipate a more efficient and intuitive file-sharing experience on the horizon.

Pixel 9 Unveils Upgraded Display Functionality for Better Usability with Moist Hands

# Adaptive Touch Launches with Google Pixel 9 Series: Revolutionizing Touch Sensitivity

The Google Pixel 9 series has discreetly rolled out a new feature known as “Adaptive Touch,” which greatly improves touch sensitivity, particularly in tough situations such as when fingers are wet or when a screen protector is in use. Although this feature wasn’t emphasized during the official launch event, its effect on user experience is already becoming evident.

## What is Adaptive Touch?

Adaptive Touch is an innovative feature that modifies the touch sensitivity of your Pixel 9 device on the fly, depending on your surroundings and usage scenarios. Whether you’re using your phone in the rain, have just cleaned your hands, or have a screen protector applied, Adaptive Touch keeps your device responsive and precise.

### Key Highlights:
– **Improved Responsiveness:** Adaptive Touch boosts the phone’s capability to accurately detect touch inputs, even when your fingers are wet or a screen protector is installed.
– **Automatic Modifications:** The feature adjusts touch sensitivity automatically, based on immediate conditions, providing a smooth experience.
– **Default Activation:** Adaptive Touch is pre-enabled on the Pixel 9, Pixel 9 Pro, and Pixel 9 Pro XL, allowing users to take advantage of it right from the start.

## How Does It Work?

You can find Adaptive Touch in the Display settings on your Pixel 9 device. Once it’s turned on, the feature constantly analyzes your environment and usage habits to modify the touch sensitivity as needed. This means that whether you’re using your phone in a humid atmosphere, with fingers that are wet, or with a screen protector, the device will adapt accordingly for optimal performance.

Interestingly, the Pixel 9 series also keeps the “Screen Protector Mode” toggle, giving users who prefer manual adjustment the option to refine their device’s touch sensitivity while using such protectors.

## Real-World Performance

In comparative tests, the contrast between a Pixel 9 with Adaptive Touch and an older Pixel 8 Pro lacking this feature is remarkable. A video by Android Authority showcases that the Pixel 9 reliably registers touch inputs accurately, even with wet fingers. In comparison, the Pixel 8 Pro encounters inconsistent screen jumps and zoom challenges under similar circumstances.

This enhancement is particularly advantageous for users who often utilize their phones in outdoor or wet settings, where conventional touchscreens can falter.

## Why Wasn’t It Announced?

The absence of Adaptive Touch from the official Pixel 9 launch event may come as a surprise, but it’s likely due to the event’s strong emphasis on AI progressions. The Pixel 9 series is filled with state-of-the-art AI features, which might have eclipsed other innovations like Adaptive Touch.

Nevertheless, the addition of Adaptive Touch further cements the Pixel 9 series as one of the most user-friendly and adaptable smartphones available. It’s a feature that, while not as attention-grabbing as AI advancements, greatly enhances the everyday usability of the device.

## Conclusion

Adaptive Touch is a subtle yet robust enhancement to the Google Pixel 9 series, making it essential for anyone who prioritizes a responsive and dependable touchscreen experience. Whether facing wet conditions, using a screen protector, or simply seeking a phone that adapts to your specific needs, Adaptive Touch guarantees that your Pixel 9 is always up to the challenge.

With this feature enabled by default, users can experience a more fluid and hassle-free interaction from the moment they begin using their new Pixel 9 device. While it might not have taken center stage during the launch event, Adaptive Touch is undeniably one of the most practical and user-friendly innovations in the Pixel 9 series.

Why I’ve Stopped Using Heart Rate Monitor Chest Straps

## Why I’m Transitioning from the Polar H10 Chest Strap to an Arm Strap for Evaluating Smartwatch OHR Precision

### Introduction

For several years, the Polar H10 chest strap has served as my primary tool for assessing the precision of optical heart rate (OHR) sensors in smartwatches. The H10 is widely acknowledged as the pinnacle of heart rate measurement, delivering accurate and rapidly adapting data that has proven to be crucial in my assessments. However, after thorough evaluation and personal insights, I’ve opted to transition to an OHR arm strap. Here’s the rationale behind my decision.

### The Argument for Chest Straps

Chest straps such as the Polar H10 are frequently viewed as the most precise approach for heart rate measurement during workouts. They utilize an electrocardiograph (ECG) to directly gauge the heart’s electrical activity, producing real-time information that is difficult to surpass. This renders them the preferred option for athletes and fitness aficionados who prioritize precision above anything else.

When functioning correctly, a chest strap provides nearly immediate readings that swiftly adjust to heart rate changes. This is especially beneficial for high-intensity exercises where heart rates can vary drastically. In my experience, the Polar H10 has proven to be an essential device for comparing the accuracy of different smartwatches, assisting me in evaluating how well their optical sensors perform against a reliable benchmark.

### The Limitations of Chest Straps

Despite their precision, chest straps bring along a range of challenges. For starters, they can be uncomfortable, particularly during extended workouts. The snug fit necessary to maintain a solid connection may feel constraining, which can impede achieving the right mindset during a jog or exercise session. Furthermore, chest straps demand a bit of preparation before they can be utilized—electrodes need to be moistened with water, gels, or saliva to guarantee a solid connection, which can be both inconvenient and somewhat off-putting.

Additionally, chest straps aren’t immune to inaccuracies. Aspects like chest hair, static from synthetic materials, and the tightness of the strap can disrupt the signal. In my own evaluations, I’ve observed that the Polar H10 occasionally faces challenges during the initial 10–15 minutes of a workout, yielding erratic readings before stabilizing. This variability can complicate reliance on the data, particularly when testing the precision of other devices.

### Reasons for Switching to an OHR Arm Strap

In light of the shortcomings associated with chest straps, I began looking into alternatives and discovered that OHR arm straps present a compelling option. In contrast to wrist-based sensors, which can falter in accuracy due to movement and light interference, arm straps offer a more stable and comfortable fit. The larger surface area on the biceps ensures better contact with the skin, decreasing the likelihood of gaps that can allow light in and distort results.

Recently, I evaluated the COROS Heart Rate Monitor, an OHR arm strap, and was struck by its accuracy and comfort. The device produced results nearly indistinguishable from those of the Polar H10, but without the discomfort and preparatory steps associated with a chest strap. Additionally, my partner, who has experienced challenges with wrist-based OHR sensors due to skin tone, also found the arm strap to be more dependable.

### The Accuracy Discussion: Chest Straps vs. Arm Straps

It’s crucial to recognize that chest straps generally deliver higher accuracy than OHR sensors, whether worn on the wrist or arm. However, the accuracy gap between chest straps and high-quality OHR arm straps is minimal, particularly when contrasted with wrist-based sensors. In my trials, the COROS arm strap consistently yielded results within 1 bpm of the Polar H10, even during high-intensity workouts.

For the majority of users, this level of accuracy suffices for monitoring fitness metrics and making informed training decisions. The comfort and practicality of an arm strap render it a more viable option for everyday use, especially given the minimal difference in accuracy.

### The Bigger Picture: Smartwatch Accuracy Assessment

A key motivator behind my decision is to align my testing methods with how most individuals utilize smartwatches. While chest straps provide the pinnacle of accuracy, they are not practical for daily use, and most smartwatch users depend on the device’s internal OHR sensor. By employing an OHR arm strap as a reference point, I can offer a more realistic comparison of how effectively a smartwatch’s optical sensor performs in everyday scenarios.

Smartwatches may never achieve the accuracy of a chest-based ECG, but that doesn’t imply they lack utility. The objective is to identify devices that are “sufficiently good” for the average user, balancing precision, comfort, and convenience. By evaluating smartwatches against an OHR arm strap, I can more effectively assess how they measure up to this ideal.

### Conclusion

While chest straps like the Polar H10 continue to epitomize the standard for heart rate monitoring, they are not without their disadvantages.