Allview Allwatch Comprehensive Specs Pricing and Performance Review

Overview

The Allview Allwatch represents an intriguing piece of technology that fits into the category of smart wearables. Launched in November 2016, this device, although now discontinued, provides insight into the evolution of smartwatches with its unique design and functions. As a wearable technology developed under the brand Allview, the Allwatch offers foundational features that accommodate basic health and fitness tracking needs rather than advanced smartphone functionalities.

Design and Build

With dimensions of 39 x 31 x 8.4 mm and a weight of just 40 grams, the Allwatch is designed to be lightweight and comfortable for regular use. The construction of the device does not include a SIM card slot, which emphasizes its role as an accessory to a mobile device rather than a standalone communication tool. The physical appearance of the watch is sleek, highlighted by its minimalist, monochrome display. This design choice makes the watch energy-efficient, crucial given the compact 100mAh Li-Po battery. The fact that it's available only in black adds to its understated elegance, easily blending with various personal styles.

Display and Interface

The Allwatch features a 1.28-inch monochrome display with a resolution of 128 x 128 pixels, which results in a pixel density of approximately 141 pixels per inch. The simplicity of the monochrome display is both a constraint and an advantage, offering efficient performance and readability under various lighting conditions. This type of display is not suitable for media-rich applications but serves well for displaying basic information such as time, notifications, and fitness data with less strain on battery consumption.

Hardware and Performance

Powered by a proprietary operating system, the Allwatch foregoes the need for higher processing power, targeting a market of users who prioritize battery life and essential features. The lack of an external card slot for memory expansion supports its utilitarian design, focusing on executing core functions rather than acting as a multimedia powerhouse.

Connectivity

The Allwatch supports Bluetooth 4.0 with A2DP protocol, which facilitates connection to smartphones and other devices for synchronized data access. However, the absence of WLAN, NFC, and USB connectivity marks a clear distinction in its capabilities compared to more advanced smartwatches available. It's intentionally designed without cellular connectivity options like 2G or higher, clearly positioning the watch as a companion rather than a replacement for the smartphone.

Health and Fitness Features

The Allwatch is equipped with an accelerometer and a heart rate sensor, enabling basic activity tracking functionalities. These sensors allow users to monitor their fitness activities, track steps, and measure heart rate, offering valuable data for those looking to integrate technology into their health and wellness routines. Despite its limited feature set, these tools are fundamental for users focusing on maintaining a healthy lifestyle while leveraging wearable technology.

Battery Life

One of the Allwatch's main appeals is its efficient battery usage. The non-removable 100mAh Li-Po battery powers the device, and thanks to the low power demands of its monochrome display and minimalist features, users can expect long-lasting performance between charges. This is particularly beneficial for users who prefer not to charge their devices daily, making the Allwatch a convenient option for those seeking a no-frills smartwatch experience.

Conclusion

In summary, the Allview Allwatch stands as a testament to a specific era of smartwatch development where simplicity and efficiency took precedence over extensive features and connectivity. Designed for users who value fitness tracking and basic notifications, it serves its purpose well without the distractions of a full-fledged smartwatch. Despite being discontinued, the Allwatch paved the way for the evolution of smartwatches that cater to diverse user needs, balancing between essential functionality and technological innovation.