Sharge Technology recently unveiled its first AI glasses—SHARGE AI Glasses, featuring “all-day battery life” and enhanced observation, memory, and retrieval capabilities through edge-cloud integration. These AI glasses come equipped with BIWIN’s ePOP4x storage chips, which integrate eMMC and LPDDR4X, offering data transfer rates up to 4266Mbps and storage capacity of “32GB+2GB”. With its optimized low-power design, this chip not only provides robust storage support for efficient device operation but also effectively extends battery life, comprehensively improving the user’s continuous smooth experience.
Image Source: Tmall Flagship Store of Sharge
01 Transfer Rates up to 4266Mbps, Helping AI Glasses Capture Every Cherished Moment
BIWIN ePOP4x achieves data transfer rates of up to 4266Mbps, a 128.6% improvement over the previous generation, with high-speed read-write performance ensuring efficient data processing for high-resolution photography and video recording, allowing AI glasses to save high-quality content instantly. Whether it’s quickly capturing life’s beautiful moments or conducting extended professional video recording, ePOP4x provides a smooth and responsive experience. Additionally, ePOP4x features global wear leveling management, LDPC error correction algorithms, and FFU upgrade support, and supports operation in environments from -25°C to 85°C, ensuring stable device operation under prolonged intensive use and providing consistent high-performance support.
02 Low-Power Design, Supporting “All-Day Battery Life” for AI Glasses
The adoption of advanced low-power design and optimized power management technology grants ePOP4x from BIWIN the capability to intelligently and flexibly adjust its operating voltage and frequency under different load conditions, as well as functioning to achieve efficient power management while collaborating with long-lasting AI glasses platform architecture. All these efforts are focused on maximizing power savings in AI glasses while maintaining high performance, with the goal of extending their operating time. The ePOP4x also supports Deep-Sleep Mode, which reduces power consumption to a minimum when the device is idle, helping to decrease heat generation and extend battery life. This allows users to fully enjoy the Hi-Fi audio, voice recorder, and other features provided by the AI glasses.
03 Large Capacity: Supporting Unlimited Memory and Creativity
The ePOP4x installed in Sharge AI glasses has a capacity of 32GB+2GB and offers capacity options of 32/64GB+2/3/4GB, helping to enhance the information carrying capability of AI glasses. The large capacity feature of ePOP4x not only provides users with more storage space for photos and videos but also enables powerful multimodal information processing, specifically the development of functionalities such as AI cloud and AI-powered note-taking, making it easier and more convenient for users to manage and share massive multimedia files. Meanwhile, through AI algorithms, more smart capabilities including automatic organization, summary generation, and personalized recommendations are accessible, contributing to profoundly enriching users’ digital lives. With future capacity upgrades, even larger storage will allow users to preserve more precious memories, while also providing storage support for AI memory training and intelligent personal data management.
04 Future Outlook: Enhancing Product Core Competitiveness to Accelerate Edge AI Applications
Characterized by high performance, low power consumption, and large capacity, BIWIN ePOP4x offers excellent operational experience for smart wearable devices while helping achieve longer battery life and better overall performance. To date, the ePOP series products from BIWIN have been widely used in high-end wearable devices such as smartwatches and AI glasses from well-known companies such as Google, Meta, IMOO, and Sharge Technology.
With the increased computing power of terminal chips and the enhanced capabilities of edge models, along with the growing demand for real-time response and privacy protection in edge applications, the wave of edge AI applications is rapidly emerging, raising higher requirements for the efficiency and reliability of data storage. Through the layout of integrated R&D and packaging and testing, BIWIN has built complete capabilities across the industrial chain from storage chip design to storage solution development and manufacturing and packaging/testing. The company has successfully self-developed eMMC controller chips, and scaled up efforts to build up a technical platform for core controller technologies to improve storage solution competitiveness. Bolstered by comprehensive technical capabilities, BIWIN is capable of deeply understanding and precisely matching storage requirements for different industries and application scenarios to provide customized storage solutions. In the future, BIWIN will remain steadfast in its commitment to giving full play to its technical advantages, extensive market experience, and rigorous quality control capabilities to deepen cooperation with terminal customers and platform manufacturers and actively promote product interoperability and compatibility, in a bid to better meet various terminal device storage needs and accelerate the expansion of edge AI applications.