The First Fully 64 Bit Compatible Version of Android is

    Which version of Android marked the full compatibility with 64-bit architecture? Delving into this query, this blog article presents insights and details on the evolution of Android operating systems.

    In the initial stages, Android OS was exclusively a 32-bit operating system, requiring substantial updates to integrate support for 64-bit CPUs. Even as Android has progressed, traces of 32-bit support linger. Explore further in this article to uncover details about the first Android version that achieved full compatibility with 64-bit architecture.

    What makes you (and should not) need 64-bit Android phone

    Over the next few months, a wave of new phones equipped with 64-bit processors is set to hit the market. Are you contemplating a purchase? Is the purported twofold efficiency of 64-bit silicon a substantial leap from the familiar 32-bit technology? The straightforward answer is no. While transitioning to a modern ARM architecture brings notable improvements, the mere shift to 64-bit does not inherently confer significant advantages.

    Before diving into your wallet for the early adoption of the HTC Desire 510, the pioneer of 64-bit Android smartphones, or getting excited about upcoming 64-bit devices, it’s crucial to explore the essence of 64-bit, understand its implications, and weigh the reasons for both enthusiasm and caution.

    Which was the initial version of Android that supported 64-bit processors?

    The inaugural release of Android capable of running on 64-bit processors was Android 5.0 Lollipop. Prior to this milestone, Android devices were restricted to 32-bit CPUs, imposing limitations on performance and hardware specifications. Subsequent to the introduction of Lollipop, there was a surge in core count and RAM, a trend that continues to the present day.

    The HTC Dream, released in 2008, marked the inception of Android devices, featuring a single-core 528MHz Qualcomm MSM7201A ARM11 CPU and 192 MB RAM. Despite its modest specifications, this device played a pivotal role in popularizing the Android OS and smartphones. While the 32-bit CPU was a fraction of the power seen in contemporary Android phones, it sufficed for supporting Android 1.0.

    HTC further made history with the release of a less prominent Android device, the HTC Desire 510, as one of the first 64-bit Android devices. Positioned as a mid-range phone, it housed the Qualcomm Snapdragon 400 with a quad-core 1.2 Cortex-A7 processor at 1.2 GHz. However, its specifications were not groundbreaking, and the absence of 64-bit apps and slow developer adoption hindered the full utilization of the processor’s capabilities, given the prevalence of 32-bit Android phones.

    Upon receiving updates, users can selectively choose the ones they wish to install. However, the second option, creating a bootable AOSP ROM, is a time-consuming process after installing the software update and unlocking the device.

    Leave a Reply

    Your email address will not be published. Required fields are marked:

    • Name
    • Email
    • Website
    • Comment

    About Tech Client

    TechClient is an autonomous web magazine based in the United States, committed to curating premium content from across the internet, spanning subjects ranging from technology to design.

    Join Telegram Channel

    Join Our Telegram Group

    Get Every App and Game Update In Your Phone

    Join Our Community Over Social Media Platforms!

    Email: [email protected]