Motorola DROID BIONIC XT875 Specs Pricing Pros & Cons Unveiled

Overview of Motorola DROID BIONIC XT875

The Motorola DROID BIONIC XT875 made its debut in 2011 as one of the anticipated dual-core smartphones offering high-speed 4G LTE connectivity. This was an era where smartphones were rapidly evolving, bringing new features and technologies. This device was targeted toward tech enthusiasts and users looking for a potent mix of productivity and entertainment features.

Design and Build

The Motorola DROID BIONIC comes with a robust build, measuring 127.5 x 66.9 x 11 mm and weighing 158.8 grams. Its sleek black finish resonates with the professional look that many users were fond of. The device is equipped with a Mini-SIM slot, which was the standard for smartphones during that period.

Display

The device features a 4.3-inch TFT display with a resolution of 540 x 960 pixels. This setup results in a pixel density of approximately 256 pixels per inch, providing clear and vibrant visuals. For its time, this screen size and resolution offered a good balance between portability and a satisfying viewing experience.

Performance

Under the hood, the DROID BIONIC is powered by the Texas Instruments OMAP 4430 chipset, featuring a dual-core 1.0 GHz Cortex-A9 CPU and a PowerVR SGX540 GPU. The combination of these components provided moderate performance suitable for daily tasks like web browsing, multimedia consumption, and basic gaming. While not comparable to modern smartphones, it was competitive in its era.

Software

Running on Android 2.3.4 Gingerbread, the DROID BIONIC offered users a user-friendly interface with access to a wide array of applications via the Android Market (now Google Play Store). Although it didn't have the advanced features of later Android versions, it still managed productivity tools, social media, and basic applications effectively.

Camera Capabilities

The device is equipped with an 8 MP primary camera featuring autofocus and an LED flash, capable of recording 1080p videos at 30 frames per second. This made it an attractive option for users keen on capturing high-resolution photos and videos. For selfies and video calls, a VGA front-facing camera was provided, which was quite standard at that time.

Battery Life

The Motorola DROID BIONIC is powered by a removable 1735 mAh Li-Ion battery, offering a standby time of up to 195 hours and a talk time of approximately 10 hours and 40 minutes. This was considered decent for a smartphone with such a hardware configuration and high-speed LTE capabilities, ensuring users could get through a typical day without needing a recharge.

Storage and Memory

The device comes with 16GB of internal storage and offers expandable memory via a microSDHC card slot, allowing more flexibility to store apps, photos, and media files. It also includes 1GB of RAM, providing adequate multitasking abilities, which was a strong feature during its release.

Connectivity

In terms of connectivity, the DROID BIONIC supports CDMA, EVDO, and LTE network technologies, which were part of the expanding network capabilities in the US and other markets. For local connectivity, it includes Wi-Fi 802.11 b/g/n, Bluetooth 2.1 with A2DP support, and GPS with A-GPS support, offering a comprehensive suite of communication options.

Audio and Multimedia

Multimedia experience is enhanced with a loudspeaker and a 3.5mm headphone jack, enabling users to enjoy music and video content comfortably. Although it does not include an FM radio, the device supports various audio formats, making it a versatile media player.

Sensors and Additional Features

The device is equipped with essential sensors like an accelerometer, proximity sensor, and compass, contributing to the functionality and usability of the smartphone. The browser supports HTML and Adobe Flash, allowing users to browse the web with access to richer media content, which was particularly useful before HTML5 became dominant.

Conclusion

The Motorola DROID BIONIC XT875 stands as a representation of the technological strides made in the early 2010s. With its combination of 4G LTE connectivity, a robust dual-core processor, and high-resolution camera, it catered to early adopters looking to experience new mobile innovations. While it seems outdated by today's standards with the rapid advancements in smartphone technology, it remains a notable entry in the history of mobile devices.