Thermal throttling is a built-in protection mechanism that helps prevent your device from overheating by reducing processor performance when temperatures become too high.

In this guide, you’ll learn what thermal throttling is, why it happens, how it affects performance, and how to monitor and reduce it on Android devices.

What Is Thermal Throttling?

Thermal throttling is a process where your phone automatically reduces CPU and GPU performance when internal temperatures reach certain limits.

This helps protect sensitive components such as:

• CPU (Processor)
• GPU (Graphics Processor)
• Battery
• Storage chips
• Display components

Without thermal throttling, excessive heat could cause hardware damage, battery degradation, or system instability.

Why Does Thermal Throttling Happen?

Modern smartphones contain powerful processors that generate heat during demanding workloads.

Common causes include:

• Mobile gaming
• Video recording in high resolutions
• Video editing
• Fast charging
• Running multiple apps simultaneously
• Using the phone in direct sunlight
• Benchmark applications

When temperatures exceed safe operating limits, Android reduces processor speed to lower heat generation.

How Does Thermal Throttling Affect Performance?

Thermal throttling can impact your device in several ways:

• Reduced gaming frame rates
• Slower app performance
• Longer loading times
• Lower benchmark scores
• Reduced responsiveness

In extreme situations, your phone may temporarily disable certain features until temperatures return to normal.

How to Check if Your Phone Is Thermal Throttling

Some common signs include:

• Your phone becomes unusually hot
• Games start smoothly but become slower over time
• Performance drops while charging
• Frame rates fluctuate significantly during gaming
• Battery drains faster than usual

How to Monitor CPU Temperature on Android

Monitoring CPU temperature can help identify whether thermal throttling is occurring.

Using Device Info: System & CPU Info, you can view:

• CPU temperature
• Battery temperature
• CPU usage
• Memory usage
• Thermal sensor information

By observing temperature changes during gaming or charging, you can better understand when your device is approaching thermal limits.

What Temperatures Cause Thermal Throttling?

The exact temperature varies depending on the device manufacturer and processor.

Actual thresholds vary between devices and chipsets.

How to Reduce Thermal Throttling

Lower Graphics Settings

Reducing graphics quality decreases CPU and GPU workload.

Remove Thick Phone Cases

Some protective cases trap heat and reduce cooling efficiency.

Avoid Direct Sunlight

High ambient temperatures significantly increase device heat.

Close Background Apps

Unused applications consume resources and generate additional heat.

Allow Cooling Breaks During Gaming

Taking short breaks during extended gaming sessions helps maintain lower temperatures.

Does Thermal Throttling Damage Your Phone?

No. Thermal throttling is designed to protect your phone from damage.

In fact, thermal throttling helps extend hardware lifespan by preventing excessive heat exposure.

Frequently Asked Questions

Is Thermal Throttling Bad?

Thermal throttling is not bad. It is a safety feature designed to protect your device.

Can Thermal Throttling Be Disabled?

Most Android devices do not allow thermal throttling to be disabled, and doing so is not recommended.

Why Does My Phone Throttle While Charging?

Charging generates heat, especially when using fast charging. Combined with heavy workloads, this can trigger thermal throttling.

Do Gaming Phones Experience Thermal Throttling?

Yes. Even gaming phones can throttle under extreme workloads, although advanced cooling systems may delay it.

Final Thoughts

Thermal throttling is a normal and necessary feature that protects Android devices from overheating. Understanding how it works can help you maintain better performance and reduce excessive heat.

Monitoring CPU temperature and thermal sensors with Device Info: System & CPU Info can help you identify potential overheating issues and keep your device running smoothly.

The post What is Thermal Throttling on Android & how to Prevent it appeared first on Device Info Blog.

In this guide, you’ll learn what battery cycle count means, why it matters, and how to check it on Android devices.

What Is Battery Cycle Count?

A battery cycle represents one complete charge and discharge of a battery.

For example, using 50% of your battery one day and another 50% the next day equals one full battery cycle.

Battery cycle count tracks how many charge cycles your battery has completed since it was manufactured.

Why Battery Cycle Count Matters

Lithium-ion batteries naturally degrade over time. As cycle count increases, the battery gradually loses its ability to hold the same amount of charge.

A higher cycle count may result in:

• Reduced battery life
• Faster battery drain
• Increased heat generation
• Longer charging times
• Reduced battery capacity

Monitoring battery cycles can help you understand the overall health and age of your battery.

How to Check Battery Cycle Count on Android

Method 1: Use Device Info: System & CPU Info

On supported devices, Device Info can display battery cycle count along with other battery statistics.

The app can also show:

• Battery temperature
• Charging status
• Battery voltage
• Battery technology
• Battery capacity information
• Charging source

Steps

1. Install Device Info: System & CPU Info.
2. Open the application.
3. Navigate to the Battery section.
4. Locate the Battery Cycle Count field.

Note: Battery cycle count availability depends on Android version and device manufacturer support.

Battery Cycle Count on Android 15 and Android 16

Android 15 introduced improved battery diagnostics APIs that allow supported devices to expose battery cycle count information.

As a result, many newer Android devices can now provide battery cycle data directly through system APIs.

Availability may still vary depending on the manufacturer and device model.

Battery Cycle Count on Samsung Galaxy Devices

Many recent Samsung Galaxy devices running Android 15 or later can provide battery cycle count information through supported applications and system diagnostics.

If your device supports cycle count reporting, Device Info can display the value directly within the Battery section.

Battery Cycle Count on Google Pixel Devices

Recent Google Pixel devices increasingly provide battery diagnostics information, including cycle count data on supported Android versions.

The availability of battery cycle information may depend on the specific Pixel model and software version.

What Is a Good Battery Cycle Count?

These values are general guidelines. Actual battery performance depends on usage patterns, charging habits, and temperature exposure.

How Many Battery Cycles Can a Phone Battery Last?

Most modern smartphone batteries are designed to retain a significant portion of their original capacity after several hundred charge cycles.

Many devices can continue functioning well beyond 800 cycles, although battery life may gradually decrease over time.

Tips to Reduce Battery Wear

• Avoid excessive heat
• Use high-quality chargers
• Avoid frequent deep discharges
• Keep software updated
• Reduce unnecessary background activity
• Avoid leaving the device in hot environments

Frequently Asked Questions

Does Battery Cycle Count Affect Battery Life?

Yes. As cycle count increases, battery capacity gradually decreases, resulting in shorter battery life.

Can Battery Cycle Count Be Reset?

Battery cycle count is stored by the device and typically cannot be reset without replacing the battery.

Why Can’t I See Battery Cycle Count on My Device?

Not all Android devices expose battery cycle information. Availability depends on the Android version, manufacturer, and hardware support.

Is a High Battery Cycle Count Bad?

A high cycle count simply indicates that the battery has been used extensively. It does not necessarily mean the battery is defective, but some capacity loss is expected over time.

Final Thoughts

Battery cycle count provides valuable insight into your battery’s age and usage history. Monitoring this information can help you evaluate battery condition, identify aging batteries, and make informed decisions when buying or selling a device.

Device Info: System & CPU Info makes it easy to view battery cycle count and other important battery statistics on supported Android devices.

The post How to Check Battery Cycle Count on Android (2026 Guide) appeared first on Device Info Blog.

If your Android phone feels hot, lags during gaming, or drains battery quickly, high CPU temperatures may be the cause.

In this guide, you’ll learn how to check CPU temperature on Android, what temperatures are considered normal, and how to prevent overheating.

Why CPU Temperature Matters

Modern Android devices contain powerful processors that generate heat during demanding tasks such as:

• Gaming
• Video editing
• Camera recording
• GPS navigation
• AI-powered features
• Fast charging

When temperatures become too high, Android automatically reduces performance to protect the hardware. This process is called thermal throttling.

Can Android Show CPU Temperature?

Most Android phones do not display CPU temperature in the default Settings app.

Some manufacturers provide limited thermal information, but detailed CPU temperature monitoring typically requires a hardware monitoring application.

How to Check CPU Temperature on Android

Method 1: Use Device Info: System & CPU Info

The easiest way to monitor CPU temperature is with Device Info: System & CPU Info.

The app provides real-time hardware information, including:

• CPU temperature
• Battery temperature
• CPU usage
• RAM usage
• Storage information
• Device specifications
• Thermal sensors

Steps

1. Install Device Info: System & CPU Info from Google Play.
2. Open the application.
3. Navigate to the Thermal or CPU section.
4. View real-time temperature readings.

The information updates continuously, allowing you to monitor temperatures while gaming, charging, or using demanding applications.

What Is a Normal CPU Temperature?

The following temperature ranges are generally considered normal:

Note: Short temperature spikes are normal during intensive workloads.

Signs Your Phone Is Overheating

Common symptoms include:

• Phone feels unusually hot
• Reduced performance
• Lower gaming frame rates
• Faster battery drain
• Camera app crashes
• Slower charging speeds
• Unexpected app closures

How to Reduce CPU Temperature

Close Background Apps

Running multiple applications simultaneously increases CPU load and heat generation.

Lower Screen Brightness

High display brightness can significantly increase overall device temperature.

Remove Thick Protective Cases

Some phone cases trap heat and prevent efficient cooling.

Avoid Direct Sunlight

External heat sources make it harder for your device to cool itself.

Reduce Graphics Settings in Games

Lower graphics settings reduce CPU and GPU workload.

Keep Apps Updated

Software updates often include thermal management and performance improvements.

Does Fast Charging Increase Temperature?

Yes.

Fast charging delivers more power to the battery in a shorter period of time, which naturally generates additional heat.

Moderate temperature increases during charging are completely normal.

Frequently Asked Questions

Is 50°C CPU temperature normal?

Yes. Temperatures around 50°C are common during gaming, video recording, and other demanding tasks.

Is 80°C dangerous for a smartphone?

Modern smartphones include built-in protection mechanisms that prevent hardware damage. However, sustained temperatures above 80°C may trigger thermal throttling and reduce performance.

Can overheating damage my phone?

Occasional temperature spikes are usually harmless. Long-term exposure to excessive heat can accelerate battery aging and reduce component lifespan.

Why does my phone get hot while charging?

Charging generates heat naturally, especially when using fast chargers. Heat may also increase if background applications are consuming CPU resources during charging.

Does CPU temperature affect battery life?

Yes. Higher temperatures can reduce battery efficiency and accelerate battery wear over time.

Final Thoughts

Monitoring CPU temperature can help identify overheating issues before they affect performance, battery life, or overall device health.

Using Device Info: System & CPU Info makes it easy to track CPU temperature, battery temperature, processor usage, and thermal information in real time, helping you keep your Android device running smoothly.

The post How to Check CPU Temperature on Android (2026 Guide) appeared first on Device Info Blog.

Key Features of Android 15

1. Enhanced Privacy and Security

• Private Space: Create a separate, password-protected space to store sensitive apps and data.
• Improved Privacy Settings: Gain finer control over app permissions and data sharing.
• Enhanced Security: Benefit from advanced security measures to safeguard your device and personal information.

2. Refined User Interface

• Dynamic Themes: Customize your device’s appearance with dynamic themes that adapt to your wallpaper and preferences with Android 15.
• Adaptive Icons: Enjoy a more consistent and visually appealing app icon experience.
• Redesigned Notifications: Receive clearer and more organized notifications.

3. Enhanced Multitasking

• App Pairs: Quickly launch frequently used app combinations in split-screen mode.
• Improved Multi-Window Support: Seamlessly switch between multiple apps and windows on larger screens.
• Enhanced Task Switcher: Manage your open apps more efficiently.

4. Advanced Camera Capabilities

• In-App Camera Controls: Gain more control over camera settings within third-party apps.
• Low Light Boost: Capture stunning photos in low-light conditions.
• HDR Headroom Control: Fine-tune the dynamic range of your photos.

5. Innovative Accessibility Features

• Improved Text-to-Speech: Experience more natural and expressive text-to-speech capabilities.
• Enhanced Magnification: Customize magnification settings to suit your needs.
• New Accessibility Settings: Tailor your device to your unique accessibility requirements.

6. Other Notable Features of Android 15

• Satellite Connectivity: Stay connected even in remote areas with satellite messaging support.
• Predictive Back Gesture: Navigate more efficiently with a smarter back gesture.
• Enhanced Foldable Device Support: Experience a more seamless experience on foldable devices.

Conclusion

This latest Android release represents a significant step forward in mobile technology, offering a wide range of features that cater to the diverse needs of users. furthermore from enhanced privacy and security to innovative accessibility features, Android 15 aims to empower users and elevate their mobile experience to new heights.

Source

The post What’s New in Android 15? Latest Features and Improvements appeared first on Device Info Blog.

A Refined Design Language

One of the most noticeable changes in One UI 7 is the refined design language. Samsung has adopted a more minimalist approach, focusing on clean lines, subtle gradients, and a more intuitive user interface. The icons have been redesigned to offer a more consistent and visually appealing look. The overall aesthetic is more modern and aligns with the latest design trends in the industry.

Enhanced Features of One UI 7

One UI brings a host of new features and improvements to the table. Here are some of the highlights:

• Dark Mode: The Dark Mode has been further enhanced with improved readability and reduced eye strain in low-light conditions. Furthermore it now extends to more system apps and third-party apps, offering a more consistent experience.
• Improved Camera: The camera app has received several upgrades, including a new Pro mode with manual controls for advanced photography enthusiasts. The Night Mode has been improved to capture stunning low-light photos.
• Enhanced Performance: One UI 7 optimizes system performance, resulting in smoother animations, faster app launches, and improved overall responsiveness.
• Advanced AI Features: Samsung has integrated advanced AI features into One UI 7. Basically these features include intelligent scene optimization, real-time object detection, and enhanced voice assistant capabilities.
• Enhanced Privacy and Security: One UI 7 prioritizes user privacy and security with robust security features and enhanced privacy controls.

Improved User Experience of One UI 7

One UI focuses on improving the overall user experience. Furthermore the interface is more intuitive, with easier navigation and access to frequently used features. The one-handed mode has been enhanced to make it easier to use the phone with one hand. Additionally, the accessibility features have been improved to cater to users with diverse needs.

Conclusion

One UI is a significant step forward for Samsung’s mobile experience. It offers a refined design language, enhanced features, improved performance, and a focus on user experience. If you’re a Samsung user, try updating it once you receive it in the future. It will elevate your mobile experience and make your device more enjoyable to use.

Beta Release Time Frames

OneUI 7 beta for S24 series will start in December (first week)

S23 series is still atleast 2~3 weeks away

S22 series idk if it’ll even get beta this year or not

S21 series definitely won’t get any beta

Beta program will be 2 months long and stable is expected in February — NMPS (@FamilyTaes) November 21, 2024

The post One UI 7: A Fresh Look at Samsung’s Mobile Experience appeared first on Device Info Blog.

What is Jetpack Compose?

Jetpack Compose is a toolkit designed by Google to simplify and accelerate UI development on Android. Instead of relying on XML for UI definition, Compose uses Kotlin code, adopting a declarative programming paradigm. In this paradigm, developers describe what the UI should look like, and Compose takes care of rendering and updating it based on state changes.

The shift from XML to a Kotlin-based declarative syntax has implications for how developers design, manage, and maintain UI components. Let’s explore the pros and cons of this approach in depth.

Advantages of Jetpack Compose

1. Declarative UI Programming

One of the most significant advantages of Jetpack Compose is its declarative nature. Unlike the imperative approach used in traditional Android development, where developers manipulate views directly, Compose allows developers to focus on what the UI should do rather than how it does it.

For example, creating a button in Jetpack Compose looks like this:

Button(onClick = { /* Handle click */ }) {
    Text("Click Me")
}

This simplicity and readability make code easier to understand and maintain.

2. Kotlin Integration

Jetpack Compose is written in Kotlin and tightly integrated with it. Kotlin’s features like lambdas, extension functions, and type inference make it an ideal language for Compose. For developers already familiar with Kotlin, the learning curve for Compose is minimal.

3. Elimination of XML

Compose eliminates the need for XML files, which were previously used to define UIs. This results in:

• Fewer files to manage: No separate layout files; UI and logic are in one place.
• Dynamic UIs: Building complex UIs with dynamic behavior becomes easier since everything is written in Kotlin.

4. Improved State Management

Jetpack Compose introduces better tools for managing UI state. With Compose, the UI is reactive, meaning it automatically updates whenever the state changes. This approach reduces boilerplate code and minimizes errors caused by inconsistent UI updates.

For instance:

var count by remember { mutableStateOf(0) }

Column {
    Text("Count: $count")
    Button(onClick = { count++ }) {
        Text("Increment")
    }
}

5. Enhanced Development Speed

Compose comes with powerful tools to accelerate the development process:

• Hot Reload and Hot Restart: Developers can see changes instantly without restarting the app.
• Composable Previews: Enables developers to preview UI components directly in the IDE without running the app.

6. Flexibility and Customization

Jetpack Compose provides complete flexibility to design custom components. Since it’s not tied to Android View classes, developers can implement UI elements that break away from traditional Android patterns.

7. Cross-Platform Potential

Compose Multiplatform, an extension of Jetpack Compose, allows developers to write shared UI code for Android, desktop, and even web applications. This makes it a potential tool for cross-platform development.

Disadvantages of Jetpack Compose

1. Learning Curve for New Developers

While Kotlin developers may find Compose intuitive, it can be challenging for those new to Android development or those transitioning from XML-based approaches. The declarative paradigm, though simpler in the long run, requires a mindset shift.

2. Performance Considerations

Although Jetpack Compose is designed for performance, improper use of recompositions and state management can lead to inefficiencies. Developers need to understand how Compose handles state and recomposition to avoid pitfalls such as over-rendering.

3. Limited Community Resources

As a relatively new technology (compared to the View system), Jetpack Compose has fewer resources, tutorials, and third-party libraries. While this is improving, developers may find it challenging to troubleshoot unique issues.

4. Compatibility Issues

Jetpack Compose is compatible with existing View-based UIs, but integrating both systems can be tricky. For example, embedding a ComposeView in an XML layout or using Views in a Compose project requires extra effort, which might complicate hybrid projects.

5. Tooling Maturity

Although Compose tooling in Android Studio is rapidly evolving, it is still not as mature as the traditional XML-based tools. Features like previews or code completion may occasionally be buggy or unreliable.

6. Larger APK Size

Apps built with Jetpack Compose may have larger APK sizes compared to their View-based counterparts. This is due to additional libraries and dependencies included in the project.

7. Lifecycle Management Complexity

Managing lifecycles in Compose differs from the traditional View system. Some developers find it confusing to adapt to the new lifecycle-aware APIs provided by Compose, especially when dealing with complex apps.

Jetpack Compose: Good or Bad?

Whether Jetpack Compose is good or bad depends largely on the context in which it is used. Let’s evaluate its suitability for different scenarios:

When it is a Good Choice

1. New Projects: For greenfield projects, Compose allows developers to start fresh with a modern, efficient toolkit.
2. Dynamic UI Requirements: If the app involves dynamic UI updates, Compose’s reactive state handling is a game-changer.
3. Kotlin-Centric Development: Teams already familiar with Kotlin can leverage Compose to its fullest potential.
4. Cross-Platform Development: Compose Multiplatform opens doors to shared UI code across platforms.

When it May Not Be Ideal

1. Legacy Apps: For projects with extensive View-based UIs, migrating to Compose can be time-consuming and costly.
2. Resource Constraints: Smaller teams with limited experience in Kotlin or Compose might struggle to adopt it effectively.
3. Performance-Critical Applications: Until developers fully understand its performance nuances, Compose might not always deliver the best results in highly demanding apps.

The Future of Jetpack Compose

Google has been heavily investing in Jetpack Compose, signaling its intent to make it the de facto standard for Android UI development. With regular updates and growing adoption, the ecosystem around Compose is expanding rapidly.

Conclusion

Jetpack Compose represents a significant evolution in Android UI development, offering a modern, declarative approach that simplifies and accelerates the creation of dynamic and complex UIs. Its tight integration with Kotlin, streamlined state management, and cross-platform potential make it a compelling choice for developers.

However, it is not without its challenges. The learning curve, performance nuances, and tooling immaturity can pose hurdles for teams transitioning from the traditional View system. Developers should weigh these factors against their project requirements, team expertise, and long-term goals before adopting Compose.

In the end, Jetpack Compose is neither entirely good nor bad—it is a tool. How effective it is depends on how well it aligns with the needs of the project and the skillset of the developers using it. With its growing community and active support from Google, Compose is poised to become an essential tool in the Android developer’s toolkit.

The post Jetpack Compose: Dive in to Strengths and Weaknesses appeared first on Device Info Blog.

Google’s Material You is a cutting-edge design language that reimagines how users interact with technology. First introduced at Google I/O 2021, it is an evolution of Google’s Material Design, offering a more dynamic, personalized, and visually cohesive user experience. By adapting interface elements to reflect individual user preferences and environmental factors, Material You represents a leap forward in creating intuitive and aesthetically pleasing digital environments.

What is Material You?

Material You is not just a design system but a design philosophy focused on customization and adaptability. While Material Design emphasized consistency across apps and platforms, it takes a user-first approach by allowing personalization at the heart of the design.

The primary innovation of Material You lies in its ability to derive color schemes from users’ chosen wallpapers. This means the system dynamically adapts its entire color palette, including app interfaces, widgets, and settings, to complement the wallpaper’s hues. It creates a harmonious, personalized experience that aligns with each user’s taste.

Core Features

1. Dynamic Color Extraction

Material You uses advanced algorithms to extract color palettes from the user’s wallpaper. Moreover these palettes are then applied system-wide, influencing buttons, toggles, app themes, and widgets. The result is a unified look that feels unique to every individual.

2. Typography and Shape Customization

Beyond colors, users can adjust shapes (e.g., rounded corners, sharp edges) and font styles, ensuring every detail reflects their preferences. This flexibility enhances accessibility and aesthetics.

3. Adaptive Themes Across Apps

Google has encouraged third-party developers to adopt Material You, extending its benefits beyond the core Android interface. Apps like Google Drive, Gmail, and even popular third-party apps now seamlessly integrate with Material You themes.

4. Emphasis on Accessibility

Material You incorporates advanced accessibility features, such as high-contrast themes and adaptive font scaling, to ensure inclusivity. This makes it easier for users with visual impairments to navigate and interact with devices.

5. Context Awareness

Material You adapts to environmental factors, such as the time of day or system state (e.g., low battery). For example, darker themes may activate during the evening to reduce eye strain.

The Impact of Material You

Personalized Experience

Material Design 3 empowers users to feel more connected to their devices. By enabling deep customization, it breaks the one-size-fits-all design mold, giving users a sense of ownership over their devices.

Enhanced Visual Appeal

The seamless blending of colors, shapes, and typography creates a modern, clean, and visually consistent user interface. Apps and widgets appear more integrated with the system, reducing visual noise.

Consistency Across Ecosystems

Material You isn’t limited to Android phones; it’s expanding across the Google ecosystem, including smartwatches (Wear OS), tablets, and ChromeOS. This ensures a cohesive experience for users who rely on multiple Google devices.

Material You in Action: Android 12 and Beyond

Material You debuted with Android 12, becoming a hallmark feature of the operating system. Its influence has since expanded in subsequent versions of Android, with refinements like better third-party app support and extended dynamic color options. Android 14, for instance, introduced additional customization tools, giving users even greater control.

How Developers Benefit

Material You is a boon for developers looking to align their apps with modern design standards. Moreover By integrating it (MDC), developers can leverage pre-built tools to ensure their apps adapt to user-chosen themes effortlessly.

Conclusion

Google’s Material You has redefined user interface design by prioritizing personalization, accessibility, and adaptability. By enabling a device to reflect its user’s personality, it bridges the gap between technology and individuality. As it continues to evolve, it’s set to influence how we think about design in an increasingly connected world. Whether you’re a casual user or a developer, it offers a glimpse into the future of intuitive, user-centered design.

The post What is Material You? Deep dive in to Material Design 3 appeared first on Device Info Blog.

To determine the age of your Android device, download the Device Info app from the Google Play Store. The app will display your device’s age in years, months, and days. You can download Device Info from the below link

Once you download the Device Info app, head over to the Device tab of the app and then you can see the age of your Samsung phone right there. Check the screenshot for more clarification.

Knowing your device’s age goes beyond mere curiosity. It can help you determine its software update eligibility, understand its performance capabilities, and even make informed decisions about future upgrades. Additionally, if you encounter any technical issues, knowing the age can assist technicians in accurately diagnosing and resolving them.

So, embark on this exciting journey of discovery and uncover the age of your Samsung Android device. With the knowledge you gain, you’ll appreciate your phone even more and unlock its full potential.

If you do like to find the manufactured date of you Samsung device, we got you covered.

The post How to discover the Age of Your Samsung Android Phone appeared first on Device Info Blog.

In the Device tab of the app, you can see the manufactured date of the device. With the help of this date, you could even find the age of the device. Also, we can come to the conclusion that if the device is a legitimate device, then only the manufactured date is shown here.

As of the time of the writing, the above method is the best so far. But there are other methods too.

One is by decoding the serial number of the device. There were some apps that could do this but, Samsung restricted the ability to get the serial number from the device. So the apps because useless. Also, we couldn’t decode the exact date. It was limited to the manufactured year and the month.

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