SHARGE officially unveiled its new AI smart glasses, the SHARGE A1.
This marks the debut of China’s first mass-produced AI camera glasses, which boast an array of features including a head-mounted camera, ear-side speakers, a smart assistant, and a recording pen.
Powered by the Unisoc W517 chip, touted as “China’s most powerful low-power ARM processor,” the device integrates multiple modules such as CPU, GPU, Bluetooth, and Wi-Fi, and is equipped with 2GB of RAM and 32GB of ROM. It also features a heat dissipation system redesigned based on ergonomics.
In terms of software, it comes with the world’s first AI memory system, “Lumou OS,” supporting functions like AI cloud storage, AI flash memory, and the Al Agent Store. The cloud AI center connects to dozens of large models and supports the integration of private AI models. Its key features include shooting, memory, and cloud storage.
AI glasses serve as the optimal carrier for edge-side AI. In the current era of AI+, smart glasses represent the fastest-commercializing hardware product in the AI+ domain.
Ray-Ban Meta smart glasses are projected to surpass 1.5 million units in sales throughout 2024. According to IDC data, smart glasses have emerged as the fastest-growing intelligent hardware in recent years, with a 128.2% increase in shipments in 2023. It is anticipated that shipments will also exceed 100% in 2024.
What are ESD components, and what is their importance in mobile phones? The significance of built-in ESD components.
ESD components are specialized electronic components designed to protect electronic devices from the effects of electrostatic discharge (ESD). Electrostatic discharge is a sudden release of electrical charge that can potentially damage electronic devices, leading to device malfunctions or a shortened lifespan. ESD components are designed to absorb, conduct, or dissipate electrostatic discharges to prevent damage caused by static electricity.
In mobile phones, the primary role of ESD components is to protect the internal electronic components from the harm caused by electrostatic discharge. Various circuits and components inside the phone are highly sensitive to ESD, which is why multiple ESD components are typically used in the phone’s design to provide protection. These components may include diodes, ESD diode, MOSFET and more.
Specifically, ESD components in a mobile phone may serve the following purposes:
Interface Protection: Various interfaces of the phone, such as the charging port and headphone jack, may require ESD components to prevent damage from electrostatic discharge.
RF Circuit Protection: RF circuits in mobile phones are highly sensitive to ESD and require ESD components to safeguard these critical circuits.
Processor and Memory Protection: Processors, memory, and other crucial components in the phone also require ESD protection to ensure the device’s normal operation.
Touchscreen and Display Protection: The touchscreen and display are integral parts of a mobile phone that also require ESD components to prevent static electricity damage.
In summary, ESD components play a crucial role in protecting the internal electronic components of a mobile phone from damage caused by electrostatic discharge, ensuring the phone’s proper operation and longevity.
