On May 17, 2024, IMOO released its pinnacle product of the decade—IMOO Flagship Z10 smartwatch (debuted in China). Powered by BIWIN ePOP storage chip, the Z10 smartwatch provides a robust storage foundation for critical functions such as high-precision all-scenario positioning, growth status monitoring, and global communication. This advancement makes IMOO an ideal smart device for parents to thoroughly safeguard their children’s physical and mental well-being.

Image Source: The official website of IMOO

The Z10, as the flagship model in the IMOO smartwatch series, sets new benchmarks for both hardware and software performance. Seamlessly integrated with LPDDR4X and eMMC5.1, BIWIN ePOP storage chip features high performance that meets the demand of multi-threaded data transmission and scheduling and that ensures swift and precise algorithmic responses. The chip’s compact packaging and tiny size contribute to the lightweight and portable design of the device. Furthermore, its advantage of low-power supports long-lasting battery life, enabling the IMOO Z10 to integrate more advanced interactive applications. These developments come together to deliver transformative experiences for users and establish the gold standard for children’s smartwatches.

High Performance: Supporting Real-time Positioning and Comprehensive Health Monitoring

In an effort to enhance communication between parents and children, IMOO Z10 launches with the first-ever application of the big data model for positioning, which aids to support real-time and high-precision positioning across all scenarios. With a transmission speed of up to 4266Mbps provided by the BIWIN ePOP storage chip, the IMOO Z10 smartwatch is capable of high-speed reading, writing, and processing of massive amounts of data. From heart rate monitoring and sleep analysis to footprint tracking, Z10 delivers rapid responses in all scenarios and excels in securing the accuracy and real-time functionality of health monitoring and location tracking. This allows parents to stay informed about their child’s health and whereabouts, providing true around-the-clock protection.

Low Power Consumption: Enabling Extended Battery Life and Optimized Heat Dissipation

Functions like real-time location tracking and biometric monitoring necessitate that the watch’s applications remain active in the background to transmit instant data to the server via mobile networks, which places a considerable load on the system. The low-power characteristics of the hardware are crucial for the IMOO Z10 smartwatch to achieve longer battery life. Considered as the leading and high-end intelligent wearable storage chip, BIWIN ePOP chip integrates low-power LPDRAM and further enhances energy management through firmware optimization, helping to extend Z10’s battery life per charge and to be free from the hassle of frequent recharging. In this case, children can enjoy the outdoor adventures without the concern of sudden power loss, and are clear of the risk of overheating that can endanger their safety.

Compact Size: Enabling Lightweight Design and Application Upgrades

Thanks to its advanced packaging and testing capabilities, the BIWIN ePOP chip is as small as 8.0mm × 9.5mm × 0.8mm. This not only favors to maintain Z10’s slim body and offer comfortable wearing experience but also create room for integrating more functional components in the limited space. For instance, more space are provided for a larger battery capacity and more advanced sensors. With these improvements, the IMOO Z10 smartwatch is enabled to support more application developments and upgrades compared to previous models, specifically, including enhanced night-time imaging, diverse exercise modes and comprehensive data recording. In addition, multiple sensors that are closely attached to the wrist can report data such as body temperature and blood oxygen levels to parents in real-time as well.

The ePOP storage chip is a prime example of the extensive integration of BIWIN’s innovative storage technology and advanced packaging and testing capabilities. Underpinned by strengths in IC design and in-house firmware development, BIWIN joins forces with downstream terminal manufacturers to achieve optimized compatibility with terminal platform systems through joint product development and tuning. BIWIN’s IC packaging and testing not only serve as the technological cornerstone for the high reliability and stability of storage chips but also ensure the efficient delivery of large-scale production. Up to date, BIWIN’s embedded storage chips have garnered widespread recognition and acceptance in markets such as smartphones, wearable devices and more. Looking ahead, BIWIN is committed to partnering with more smart terminal companies to create a more convenient, secure, and personalized smart living experience for consumers worldwide.