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Sajal Manjhi
Sajal Manjhi

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The Best Smartwatches for Google Pixel 8, 7 Pro, 6

Best Smartwatch for Google Pixel 8, 8 Pro, 7, 7 Pro, 6, 6 Pro, 6A - As technology continues to advance, the integration of smart devices into our daily lives has become increasingly seamless. Smartwatches, in particular, have gained immense popularity for their ability to provide essential notifications, health tracking, and convenient features. For Google Pixel 7 and 7 Pro, 6, and 6A users, finding the perfect smartwatch to complement their devices is crucial. In this article, we will explore the top smartwatches that seamlessly pair with Google's flagship smartphones, offering a harmonious blend of functionality, style, and compatibility.

Best Smartwatch for Google Pixel 8, 8 Pro, 7, 7Pro, 6, 6 Pro, 6A

These are some best options for your Pixel 7, 7 Pro, 6, 6Pro, and 6A

1. Samsung Galaxy Watch 6 Classic

Samsung Galaxy Watch 6 classic


The Samsung Galaxy Watch 6 classic is one of the most versatile smartwatches available, and it's an excellent choice for Google Pixel 8, 8 Pro, and 7 Pro users. Powered by Google's Wear OS, it offers seamless integration with your Pixel device. Here are some key features:

  • Google Assistant: With Wear OS, you can easily access Google Assistant, allowing you to perform tasks, answer questions, and control smart home devices with voice commands.

  • Health and Fitness Tracking: The Galaxy Watch 4 boasts robust health and fitness tracking capabilities, including heart rate monitoring, sleep tracking, ECG, and more.

  • Stylish Design: It comes in two sizes and offers a sleek and modern design that can match any style.

  • Ample App Ecosystem: Access to the Google Play Store means you can download various apps and watch faces to customize your experience.

  • Battery Life: With efficient power management, you can expect a full day's use on a single charge.

2. Fossil Gen 6 Smartwatch

Fossil Gen 6 Smartwatch


Fossil has been known for its stylish and high-quality watches, and the Gen 6 Smartwatch is no exception. Compatible with Google Pixel 8, 7 and 7 Pro, it offers a blend of classic design and modern technology:

  • Customization: Fossil offers a wide range of watch faces and bands, allowing you to personalize your smartwatch to match your style.

  • Performance: Powered by Qualcomm's Snapdragon Wear 4100 platform, it delivers smooth performance and quick app launches.

  • Health Tracking: It includes heart rate monitoring, sleep tracking, and support for Google Fit for a comprehensive fitness experience.

  • Extended Battery Life: With extended battery modes, you can get up to two days of use, making it ideal for active users.

3. Fitbit Sense

Fitbit Sense


For those focused on health and wellness, the Fitbit Sense is an excellent choice. Although it doesn't run on Wear OS, it offers seamless integration with Google Pixel devices:

  • Advanced Health Monitoring: Fitbit Sense includes ECG, skin temperature, and stress tracking, making it one of the best options for health-conscious individuals.

  • Long Battery Life: With up to six days of battery life, you won't have to worry about frequent charging.

  • Google Assistant Integration: You can access Google Assistant through voice commands, providing quick access to information and tasks.

  • Durable Build: Fitbit Sense is built to withstand various conditions, making it suitable for both everyday wear and workouts.

4. TicWatch Pro 3 Ultra GPS

TicWatch Pro 3 Ultra GPS


The TicWatch Pro 3 Ultra GPS offers a unique combination of dual-layer display technology and Google's Wear OS, making it a strong contender for Google Pixel 7 and 7 Pro users:

  • Dual Display: It features a low-power FSTN LCD display for essential information, saving battery life, and a vibrant AMOLED display for interactive use.

  • Performance: Equipped with the Snapdragon Wear 4100 chipset, it ensures smooth performance and fast app loading.

  • Health and Fitness: The TicWatch offers comprehensive health and fitness tracking, including SpO2 monitoring, heart rate tracking, sleep analysis, and support for Google Fit.

  • Battery Life: With the dual-display technology and efficient power management, you can expect up to three days of battery life.

Selecting the best smartwatch for your Google Pixel 8, 8 Pro, 7,6, and 6 Pro involves considering factors such as design, compatibility, performance, and health-tracking features. The Samsung Galaxy Watch 4, Fossil Gen 6 Smartwatch, Fitbit Sense, and TicWatch Pro 3 Ultra GPS are all strong contenders, each catering to different preferences and priorities.

Ultimately, the choice comes down to your specific needs and style preferences. Whether you prioritize health tracking, customization options, or a balance of all features, you can find a smartwatch that seamlessly complements your Google Pixel 8,8 Pro, 7, or 7 Pro, enhancing your overall digital experience.

Why Smartwatch Is Must Needed

Smartwatches have become increasingly important in our lives due to their versatility, convenience, and the wide range of functions they offer. Here are some key reasons why smartwatches are considered important for many people:

  1. Notifications at a Glance: Smartwatches allow you to receive and view notifications from your smartphone directly on your wrist. This means you can stay connected without constantly checking your phone. Whether it's emails, texts, social media updates, or app alerts, you can see them all instantly.

  2. Health and Fitness Tracking: Many smartwatches are equipped with sensors to monitor your health and fitness. They can track your heart rate, sleep patterns, steps taken, calories burned, and more. This data helps you make informed decisions about your health and can motivate you to stay active.

  3. Convenience: Smartwatches provide quick access to information and services. You can check the weather, set reminders, control music playback, and even make payments using contactless payment systems like Apple Pay or Google Pay, all from your wrist.

  4. Navigation: Smartwatches often have GPS capabilities, making them useful for navigation. They can provide turn-by-turn directions, helping you find your way without needing to consult a smartphone.

  5. Communication: Many smartwatches have built-in microphones and speakers, enabling voice calls or voice assistants like Siri or Google Assistant. This is especially handy when you can't or don't want to use your phone.

  6. Customization: You can personalize your smartwatch with various watch faces and bands to match your style and mood. This level of customization allows you to express yourself in a unique way.

  7. Productivity: Smartwatches can help boost productivity by allowing you to check your calendar, set reminders, and manage your tasks and emails without needing to pull out your phone or open a laptop.

  8. Safety and Emergency Features: Some smartwatches have safety features like fall detection, SOS calls, or the ability to share your location with trusted contacts in case of an emergency. These features can provide peace of mind for both users and their loved ones.

  9. Entertainment: You can control music playback on your phone or even store music directly on some smartwatches. They also often support streaming services, allowing you to listen to your favorite songs or podcasts while on the go.

  10. Fashion and Style: Beyond their functionality, smartwatches have evolved to become fashionable accessories. Many models offer a wide range of designs and materials to cater to various tastes.

  11. Environmental Awareness: Some smartwatches include environmental sensors that can measure air quality, temperature, and more. This information can help users make choices that contribute to their well-being and the environment.

In summary, smartwatches have become important because they enhance convenience, productivity, and health monitoring while also serving as fashion accessories. They offer a seamless way to stay connected, informed, and entertained in today's fast-paced, technology-driven world.

How Smartwatch Works?

Smartwatches are multifunctional wearable devices that work through a combination of hardware components and software applications. Here's a breakdown of how a typical smartwatch works:

1. Hardware Components:

  • Processor (CPU): Smartwatches are equipped with a central processing unit (CPU) that functions as the brain of the device. The CPU executes instructions and manages various tasks.

  • Display: Smartwatches have a screen, usually an LCD or AMOLED display, to show information and interact with the user.

  • Battery: A built-in battery provides power to the smartwatch. Battery life varies depending on the model and usage.

  • Sensors: Smartwatches feature a range of sensors, including heart rate monitors, accelerometers, gyroscopes, GPS, ambient light sensors, and sometimes environmental sensors. These sensors collect data to provide various functionalities like health tracking, activity monitoring, and location services.

  • Connectivity: Smartwatches connect to other devices, primarily smartphones, via Bluetooth. This connectivity allows them to receive notifications, stream data, and sync information.

  • Buttons/Touchscreen: Smartwatches typically have buttons or a touchscreen interface for user interaction. Touchscreens are more common as they allow for a more intuitive user experience.

  • Memory and Storage: Smartwatches have a certain amount of memory (RAM) and storage space to run apps and store data.

  • Microphone and Speaker: Many smartwatches have built-in microphones and speakers for voice commands, phone calls, and audio playback.

  • Charging Port/Wireless Charging: Smartwatches come with a charging port or support wireless charging to replenish their battery.

2. Operating System (OS):

  • Smartwatches run on specialized operating systems designed for wearables. Popular smartwatch operating systems include Wear OS (by Google), watchOS (by Apple), Tizen (by Samsung), and others. These operating systems manage the hardware, run apps, and provide the user interface.

3. Connectivity:

  • Smartwatches connect to a smartphone or other devices using Bluetooth. This connection allows for features like receiving notifications, syncing data, and using the smartwatch as a remote control for the paired device.

4. Apps:

  • Smartwatches have an ecosystem of apps that can be installed from an app store. These apps expand the functionality of the smartwatch. For example, fitness apps enable tracking workouts, weather apps provide forecasts, and messaging apps allow you to send and receive messages.

5. Notifications:

  • When you receive a notification on your paired smartphone (such as a text message or email), the smartwatch relays it to your wrist. You can often interact with these notifications directly on the watch, including responding to messages or dismissing alerts.

6. Health and Fitness Tracking:

  • Many smartwatches are equipped with sensors for health and fitness tracking. They can monitor your heart rate, count your steps, track your sleep, and provide insights into your overall health and fitness.

7. Voice Assistants:

  • Smartwatches often support voice assistants like Siri (Apple), Google Assistant (Google), or Bixby (Samsung). Users can issue voice commands and receive voice responses.

8. GPS and Location Services:

  • Smartwatches with GPS capabilities can track your location, which is useful for fitness tracking, navigation, and location-based apps.

9. Customization:

  • Users can customize their smartwatch with various watch faces, allowing them to personalize the look and style of the device.

In summary, smartwatches are complex devices that combine hardware components, operating systems, connectivity, and apps to provide a wide range of features and functionalities. They are designed to make daily tasks more convenient, keep users connected, and offer health and fitness insights, all from the convenience of a wearable device on their wrist.

Why smartwatch OS different than Android or iOS OS

Smartwatch operating systems (OS) are different from Android and iOS for several reasons, including the unique form factor and use cases of smartwatches. Here are some key distinctions:

  1. Form Factor and Screen Size: Smartwatches have significantly smaller screens than smartphones and tablets. This limited-screen real estate necessitates a different user interface and interaction model. Smartwatch OSs are designed to optimize user interactions on these smaller displays, often relying on touch gestures, voice commands, or rotating bezels/buttons.

  2. Use Cases: Smartwatches are primarily designed for quick, on-the-go interactions. Users typically use them for tasks like checking notifications, monitoring health and fitness, controlling music playback, and quickly accessing relevant information. In contrast, smartphones and tablets serve a wider range of functions, including content creation, extended web browsing, and gaming.

  3. Battery Life: Smartwatches have much smaller batteries compared to smartphones, which means power efficiency is paramount. Smartwatch OSs are optimized to conserve battery life, using techniques like low-power modes, background process restrictions, and efficient screen management.

  4. Connectivity: While smartphones rely on various connectivity options such as Wi-Fi, cellular networks, and Bluetooth, smartwatches are usually tethered to smartphones via Bluetooth. They depend on the paired smartphone for internet connectivity and access to certain features. This reliance on a companion device influences how smartwatch OSs are designed to work seamlessly with their corresponding smartphone OSs.

  5. Health and Fitness: Health and fitness tracking are integral to many smartwatches. Smartwatch OSs often include specialized features and apps for monitoring heart rate, sleep patterns, step counting, and other health-related data. These features are typically not as prominent or integrated into smartphone OSs.

  6. Navigation and Input Methods: Given their smaller screens, smartwatches rely on simplified navigation and input methods. For example, swiping, tapping, voice input, and gestures are commonly used for interaction. Smartphone OSs, on the other hand, offer more complex input methods like touch typing and support for external keyboards.

  7. App Ecosystem: Smartwatch OSs have a more limited app ecosystem compared to Android and iOS. The apps available for smartwatches are typically designed to be lightweight and focused on quick interactions. Smartphone OSs support a much wider range of applications, including resource-intensive ones.

  8. Customization: Smartwatches often allow for customization of watch faces and quick-access widgets, catering to personal style and preferences. Smartphone OSs offer customization options, but they are typically centered around wallpapers, app layouts, and widgets.

  9. Updates: Smartwatch OS updates are typically more focused on performance improvements, battery life enhancements, and adding specific smartwatch features. Smartphone OS updates, on the other hand, have a broader scope, often introducing new features and interface changes.

  10. Security: Smartwatch OSs prioritize security but are designed with the assumption that the device is more personal and physically secure than a smartphone. Consequently, they may not have the same level of security features and data protection measures found on smartphone OSs.

The differences between smartwatch operating systems and smartphone operating systems stem from the distinct form factor, use cases, and constraints of smartwatches. Smartwatch OSs are optimized to provide a tailored user experience that aligns with the wearable nature of these devices and the specific tasks they are designed to perform.

What are some smartwatch OS

There are several smartwatch operating systems (OS) available in the market, each designed to power different brands and models of smartwatches. Here are some of the prominent smartwatch operating systems:

  1. Wear OS (formerly Android Wear):

    • Developed by Google, Wear OS is one of the most well-known smartwatch operating systems. It is designed to work seamlessly with Android smartphones. It offers a range of features, including Google Assistant integration, app support from the Google Play Store, and compatibility with various watch manufacturers, including Fossil, Samsung, and others.
  2. watchOS:

    • Developed by Apple, watchOS is exclusive to the Apple Watch series. It is tightly integrated with iOS and offers features like fitness tracking, health monitoring, Siri integration, and a wide array of third-party apps available through the App Store.
  3. Tizen OS:

    • Developed by Samsung, Tizen OS is used in Samsung's Galaxy Watch series and other Samsung wearables. It features a user-friendly interface, fitness-tracking capabilities, and support for a variety of Samsung and third-party apps.
  4. Fitbit OS:

    • Fitbit OS powers Fitbit's line of smartwatches, including the Versa and Sense. It is focused on health and fitness tracking, offering features such as heart rate monitoring, sleep tracking, and guided workouts.
  5. Garmin Connect IQ:

    • Garmin's smartwatches, such as those in the Forerunner and Fenix series, run on the Garmin Connect IQ platform. This OS is tailored for outdoor and fitness enthusiasts, offering features like GPS tracking, extensive health metrics, and specialized sports and activity apps.
  6. Huawei Lite OS (formerly LiteOS):

    • Developed by Huawei, Lite OS powers Huawei's smartwatches, including the Huawei Watch GT series. It emphasizes long battery life and includes fitness tracking and health monitoring features.
  7. Amazfit OS:

    • Used in Amazfit smartwatches, Amazfit OS offers fitness tracking, health monitoring, and integration with Xiaomi's ecosystem. It's known for its affordability and long battery life.
  8. RTOS (Real-Time Operating System):

    • Some simpler smartwatches and fitness trackers use real-time operating systems that are not as feature-rich as the above-mentioned OSs. They focus primarily on essential functions like tracking steps, heart rate, and sleep.
  9. FitOS (Fossil's custom OS):

    • Fossil Group, which includes brands like Fossil, Skagen, and Michael Kors, uses its custom operating system called FitOS for its smartwatches. It integrates with smartphones and offers customizable watch faces and fitness-tracking features.
  10. Others:

    • There are several other niche and custom smartwatch operating systems used by smaller manufacturers or specific industries. These OSs cater to specialized requirements and use cases.

The choice of a smartwatch OS often depends on factors like compatibility with your smartphone, desired features (e.g., fitness tracking, app support), and personal preferences. It's important to consider these factors when selecting a smartwatch to ensure it meets your specific needs and integrates well with your devices and lifestyle.

Are smartwatch sensors are accurate?

The accuracy of smartwatch sensors can vary depending on the quality of the sensors themselves, the design of the smartwatch, and how well the sensors are calibrated and integrated into the device's software. Here's a breakdown of some common types of sensors found in smartwatches and their typical accuracy:

  1. Heart Rate Sensors:

    • Most modern smartwatches feature heart rate sensors, typically using photoplethysmography (PPG) technology to measure heart rate from the wrist.
    • The accuracy of heart rate sensors can be quite good during rest and moderate physical activity. However, accuracy may decrease during high-intensity workouts or if the watch is not properly positioned on the wrist.
    • High-end smartwatches tend to have more accurate heart rate sensors, with better algorithms for noise reduction and calibration.
  2. GPS Sensors:

    • GPS sensors in smartwatches are generally accurate for tracking outdoor activities, such as running and cycling, where they can provide precise location and distance data.
    • However, in urban environments with tall buildings or in areas with poor satellite visibility, GPS accuracy may decrease.
    • Some smartwatches use assisted GPS (AGPS) or GLONASS for improved accuracy.
  3. Accelerometers and Gyroscopes:

    • These sensors are used for detecting motion and orientation. They play a crucial role in tracking steps, detecting falls, and enabling gesture controls.
    • In general, accelerometers and gyroscopes are accurate for these purposes when well-calibrated.
  4. Environmental Sensors:

    • Some smartwatches include environmental sensors like ambient light sensors, barometers, and thermometers.
    • These sensors are generally accurate for their specific purposes, such as adjusting screen brightness based on ambient light or providing elevation data during hikes.
  5. Sleep Tracking Sensors:

    • Smartwatches with sleep tracking capabilities often use a combination of sensors, including accelerometers and heart rate sensors, to monitor sleep patterns.
    • The accuracy of sleep tracking can vary, with some watches providing more detailed insights than others.
  6. SpO2 Sensors:

    • These sensors measure blood oxygen saturation levels and have gained importance in health monitoring.
    • The accuracy of SpO2 measurements can vary among different smartwatches. High-quality sensors and accurate algorithms are essential for reliable SpO2 readings.
  7. Electrocardiogram (ECG) Sensors:

    • ECG sensors measure the electrical activity of the heart and can detect irregular rhythms.
    • The accuracy of ECG measurements depends on the quality of the sensor and the watch's software. Watches with medical-grade ECG sensors tend to provide more accurate results.

It's important to note that while smartwatches offer valuable health and fitness data, they are not medical devices. Their measurements are generally intended for personal use and general health and fitness tracking. If you have specific medical concerns or need highly accurate health data, it's advisable to consult a medical professional and use dedicated medical-grade devices.

In summary, the accuracy of smartwatch sensors can vary, and it's essential to consider the intended use case when evaluating their reliability. High-quality smartwatches with well-calibrated sensors tend to provide more accurate data, especially for common tasks like heart rate monitoring and GPS tracking.

Is there any difference between proper medical equipment and a smartwatch sensor?

Yes, there are significant differences between the heart rate monitoring capabilities of proper medical equipment and the sensors found in smartwatches. Here are some key distinctions:

  1. Accuracy and Precision:

    • Medical-grade equipment used in hospitals and clinical settings is designed and rigorously tested to provide highly accurate and precise heart rate measurements. They are calibrated to meet strict medical standards.
    • Smartwatches, while capable of providing reasonably accurate heart rate data for general fitness tracking, may not be as precise as medical-grade devices. Their accuracy can be affected by factors such as motion, sweat, and sensor limitations.
  2. Regulatory Approval:

    • Medical devices, including those used for heart rate monitoring, must go through rigorous regulatory processes and receive certifications (e.g., FDA approval in the United States) to ensure they meet specific performance and safety standards.
    • Smartwatches are not classified as medical devices and do not undergo the same level of regulatory scrutiny. They are primarily intended for general wellness and fitness tracking rather than medical diagnosis or treatment.
  3. Data Validation and Calibration:

    • Medical devices are subjected to extensive testing, validation, and calibration procedures to ensure accurate and consistent results across a wide range of users and conditions.
    • Smartwatches may use algorithms to compensate for sensor limitations, but they may not be as rigorously validated or calibrated for medical accuracy.
  4. Clinical Use:

    • Medical equipment is used by healthcare professionals in clinical settings to make critical medical decisions. It must meet the highest standards of accuracy and reliability.
    • Smartwatches are consumer devices designed for personal health and fitness tracking. While they can provide valuable insights into heart rate trends, they are not intended for clinical diagnosis or medical treatment.
  5. Continuous Monitoring:

    • Some medical devices are designed for continuous or ambulatory monitoring, allowing for long-term tracking of heart rate and other vital signs.
    • Smartwatches typically offer intermittent heart rate monitoring, with readings taken at regular intervals or on-demand. They may not be suitable for continuous monitoring in medical settings.
  6. Advanced Cardiac Monitoring:

    • Medical-grade equipment can provide additional cardiac data, such as ECG (electrocardiogram) and Holter monitoring, which are essential for diagnosing specific heart conditions.
    • Smartwatches with ECG capabilities are available, but their accuracy and capabilities may not match those of dedicated medical ECG machines.

While smartwatches with heart rate sensors can provide useful information for general health and fitness tracking, they are not substitutes for proper medical equipment when it comes to clinical diagnosis, treatment, or monitoring of serious heart conditions. Medical-grade devices are specifically designed, validated, and regulated to ensure the highest level of accuracy and safety in medical settings. If you have concerns about your heart health, it is advisable to consult a healthcare professional and rely on medical equipment for accurate assessments.

How to clean a Smartwatch

Cleaning your smartwatch is important to maintain its appearance and hygiene, especially if you wear it regularly. Here are steps on how to clean your smartwatch properly:

Note: Before cleaning your smartwatch, check the manufacturer's instructions and guidelines for cleaning and maintenance. Some watches may have specific recommendations.

Materials You'll Need:

  1. Soft, lint-free microfiber cloth
  2. Mild soap or a screen cleaning solution (avoid using harsh chemicals)
  3. Water
  4. Cotton swabs (optional)

Cleaning Steps:

  1. Turn Off and Disconnect: Before you begin cleaning, turn off your smartwatch and disconnect it from any chargers or accessories.

  2. Remove the Band: If your smartwatch has a removable band, take it off. You can usually clean the band separately. If the band is not removable, be careful not to wet it excessively.

  3. Wipe the Screen and Casing:

    • Dampen a corner of the microfiber cloth with a small amount of water. Make sure the cloth is not soaking wet.
    • Gently wipe the screen and the entire watch casing (front and sides) to remove fingerprints, smudges, and dirt. Use a circular motion for stubborn spots.
    • For more stubborn stains or grime, you can dampen the cloth with a mild soap solution (a few drops of mild dish soap diluted in water). Make sure not to use excessive moisture.
  4. Clean the Bands (if removable):

    • If your bands are removable, you can wash them separately with mild soap and water. Follow the manufacturer's instructions for band care.
    • Rinse thoroughly and pat dry with a clean, dry cloth.
  5. Dry Thoroughly:

    • After cleaning, use the dry part of the microfiber cloth to wipe the watch and bands thoroughly. Ensure that no moisture remains on the device.
  6. Detail Cleaning (Optional):

    • For small crevices, ports, or around buttons, you can use a cotton swab lightly dampened with water or a cleaning solution to carefully clean hard-to-reach areas.
  7. Reassemble and Power On: Once you're satisfied that the watch is dry and clean, reattach the bands (if removable), and power on the device.

  8. Regular Maintenance: To keep your smartwatch clean on a day-to-day basis, consider wiping it with a dry microfiber cloth regularly to prevent the buildup of dirt and oils from your skin.

Additional Tips:

  • Avoid using abrasive materials, rough cloths, or paper towels that can scratch the screen or casing.
  • Do not submerge your smartwatch in water unless it is rated as waterproof or water-resistant. Check the manufacturer's specifications for water resistance.
  • Be cautious with cleaning solutions. Harsh chemicals or alcohol-based solutions may damage the screen's coatings or seals, so it's best to use a mild soap solution or a screen cleaning solution designed for electronic devices.
  • If you're uncertain about how to clean your specific smartwatch, consult the manufacturer's guidelines or contact their customer support for recommendations.

Proper cleaning and maintenance can help prolong the life of your smartwatch and keep it looking and functioning at its best.

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