UNISOC recently released the high-performance 4G platform W377E. W377E is designed for different using scenarios with a wide variety of features and ultra-low power consumption, further expanding UNISOC's smart wearable portfolios. Targeting the huge mid-to-high-end and smart wearable market, UNISOC continues to provide technologically advanced, efficient and secure solutions with high quality and reliability.

With its quad-core A53 architecture, the UNISOC W377E supports 13M camera pixels resolution,enabling 1080P 30fps video shooting, Wi-Fi, Bluetooth and GPS.

W377E features the Android 8.1 system, providing a fuller, more diversified APP using experience, supporting online communication, mobile payment and other functions. It also supports APP for 64-bit systems. Relying on its 64-bit computing performance, the embedded terminal will support more applications and run more complex tasks, with system stability and reliability further enhanced.

Comfort is a key indicator for measuring the user experience of wearable devices, requiring a better balance between performance and power consumption. The UNISOC W377E pursues maximum performance on an even smaller area of the chip, with a package size of only 9.4mm * 9.4mm.

The UNISOC W377E shares the same board with the W377 platform hardware and uses the same set of software, saving customers from investing resources when upgrading the platform. It is exciting that the W377E has been in mass production since May 2024.

Up to now, UNISOC has formed two product series based on the Android OS system and UNISOC RTOS system based on the needs of different markets and user groups (see the figure below). Devices equipped with UNISOC's wearable chips have been widely used by all ages of people.

Note: The data in this article comes from UNISOC Labs, this may vary slightly due to differences in pre-set scenarios.