Android Lollipop Vs Marshmallow

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What is Android?

Android, the widely popular operating system, is the beating heart behind millions of smartphones and tablets globally. Developed by Google, Android is an open-source platform that powers a diverse range of devices, offering users an intuitive and customizable experience. With its user-friendly interface, Android provides easy access to a plethora of applications through the Google Play Store, catering to every need imaginable. From social media and gaming to productivity and entertainment, Android seamlessly integrates into our daily lives, ensuring that the world is at our fingertips. Whether you're a tech enthusiast or a casual user, Android's versatility and accessibility make it a cornerstone of modern mobile technology.

Android Lollipop vs Marshmallow: What's the Difference?

When it comes to Android, each new version typically brings significant changes that improve the overall experience, add new features, and optimize system performance. Two important milestones in the history of Android were Android Lollipop (version 5.0) and Android Marshmallow (version 6.0). These versions introduced several innovations that are still relevant in the modern Android ecosystem.

In this article, we'll compare Android Lollipop and Android Marshmallow, focusing on the differences in their features, performance, security, and usability to help you understand what each version brought to the table.

Introduction: Android Lollipop and Marshmallow
Key Features of Android Lollipop
Key Features of Android Marshmallow
Android Lollipop vs Marshmallow: Key Differences
Performance and Battery Life
Security Enhancements
User Interface and Usability
Conclusion: Which One Should You Choose?

1. Introduction: Android Lollipop and Marshmallow

Android Lollipop (5.0), released in November 2014, introduced a fresh design philosophy with Material Design and overhauled the way Android looked and interacted. It focused heavily on visual aesthetics and smoother user experience, bringing a more cohesive and polished UI to Android devices.
Android Marshmallow (6.0), released in October 2015, built on the solid foundation of Lollipop and focused more on improving performance, battery life, and security. Marshmallow introduced several new features that refined the user experience, focusing on practicality and efficiency rather than just visual design.

While Lollipop set the stage for a new look and feel in Android, Marshmallow refined the system with a better user experience in mind.

2. Key Features of Android Lollipop

Material Design

One of the biggest changes in Lollipop was the introduction of Material Design, a visual language developed by Google that emphasized clean lines, smooth transitions, and a more intuitive and consistent user interface.
It included a new color palette, animations, and shadow effects to create a 3D-like feel that was visually appealing and intuitive.

Improved Notifications

Android Lollipop brought a more interactive notification system. Notifications were now shown on the lock screen, and users could respond directly from the notification itself without opening the app.
Heads-Up notifications allowed quick access to incoming alerts, messages, and calls, making multitasking easier.

Enhanced Performance

ART (Android Runtime) replaced the old Dalvik runtime, improving app performance and reducing app load times. ART introduced Ahead of Time (AOT) compilation, which meant that apps were precompiled for faster execution.

Multi-Device Compatibility

Lollipop introduced features that allowed apps to work seamlessly across different Android devices like phones, tablets, and wearables, providing a more unified experience.

Battery and Power Savings

Project Volta was introduced in Lollipop, offering Battery Saver mode, which extended battery life by limiting background processes and reducing power consumption.

Smart Lock

Lollipop introduced Smart Lock, which automatically unlocked your device when connected to trusted devices (like a Bluetooth speaker or a smartwatch) or when the device was in a trusted location.

3. Key Features of Android Marshmallow

Doze Mode

One of the standout features of Android Marshmallow was Doze Mode, which helped save battery life by automatically putting the phone into a deep sleep mode when it was not in use. This drastically improved battery efficiency for idle devices.

App Permissions

Granular App Permissions was a major change in Marshmallow. Unlike Lollipop, which required users to accept all permissions when installing an app, Marshmallow allowed users to grant or deny individual app permissions as needed (e.g., access to location, camera, or microphone). This added an extra layer of privacy and security.

Google Now on Tap

Marshmallow introduced Google Now on Tap, which allowed users to access relevant information by long-pressing the home button and using Google Now. It could pull context-specific data directly from the screen, such as information on a movie, restaurant, or event.

USB Type-C Support

Marshmallow added native support for the USB Type-C connector, enabling faster charging speeds and easier plug-in orientation, marking the beginning of the widespread adoption of this connector on Android devices.

Native Fingerprint Support

Android Marshmallow introduced native fingerprint scanner support, allowing manufacturers to integrate fingerprint recognition directly into their devices for security and unlocking features.

Volume Control Changes

Marshmallow revamped the volume control system, separating it into different channels, so users could control media volume, ringer volume, and alarm volume independently. This gave more flexibility for managing notifications and media.

4. Android Lollipop vs Marshmallow: Key Differences

Feature	Android Lollipop	Android Marshmallow
Design	Introduced Material Design, with clean lines and animations	Continued with Material Design but with a more refined UI
Battery Management	Project Volta introduced basic battery saver mode	Doze Mode introduced advanced battery saving techniques
App Permissions	No fine-grained permission control; accepts all permissions at install	Introduced granular permissions, allowing users to approve or deny specific app permissions
Fingerprint Support	Not natively supported	Native fingerprint support for unlocking and security
USB Support	Standard USB connectors	Introduced support for USB Type-C, allowing faster charging
User Experience	Focus on visual design and performance	Focus on performance, battery life, and user security
Google Now	Basic Google Now integration	Introduced Google Now on Tap for contextual information

5. Performance and Battery Life

Android Lollipop: With the introduction of the ART runtime and Project Volta, Lollipop improved overall performance and optimized power consumption. However, battery life could still be a concern for heavy users, especially with the constant usage of GPS or background processes.
Android Marshmallow: Marshmallow made significant improvements in battery management with Doze Mode, which put devices into an ultra-low-power state when they were not being actively used. This change led to significant battery life improvements, especially for users who didn’t frequently interact with their devices.

6. Security Enhancements

Android Lollipop introduced encryption by default on newer devices, making it harder for unauthorized parties to access data if the device was lost or stolen. It also included SELinux enforcing mode for improved security.
Android Marshmallow took security to the next level with granular app permissions. Users could now control the individual permissions each app required, such as access to the camera, location, and contacts. Marshmallow also introduced native fingerprint support for more secure device unlocking and app authentication.

7. User Interface and Usability

Android Lollipop introduced Material Design, which greatly enhanced the user interface by using rich animations, transitions, and visual elements. It was a major shift in Android's visual appeal and set the tone for future Android UI updates.
Android Marshmallow refined these elements with slight tweaks to the interface, such as improved app drawer performance and better system interactions. The user experience remained consistent with Lollipop but was more focused on functionality and usability, especially with features like Google Now on Tap and Doze Mode.

8. Conclusion: Which One Should You Choose?

Android Lollipop was a significant upgrade, focusing heavily on visual appeal, performance improvements, and setting the groundwork for Android’s modern design philosophy. However, it didn’t focus as much on practical features like battery optimization and user control.

On the other hand, Android Marshmallow refined the Lollipop experience by enhancing battery life, adding granular permissions, and improving overall performance. If you are looking for better security, battery efficiency, and a more user-friendly experience, Android Marshmallow is the better choice. However, Lollipop was a transformative release in its own right, setting Android on the path to modern, sleek design and better performance.

For most users today, Android Marshmallow remains the better version, especially in terms of battery life and security. But if you are using older devices or legacy systems, Lollipop still offers a robust and stable experience.