GlobalScale, a leading IoT solutions provider, has collaborated with Atmosic Technologies to introduce a new Bluetooth 5.3 module with integrated energy harvesting capabilities, enabling IoT developers to create battery-free applications. This collaboration between GlobalScale and Atmosic Technologies offers IoT developers new energy-efficient options for creating wireless IoT devices.
The new module, GTI-ATM3330e, is based on Atmosic's ATM3330e SoC and supports energy harvesting from photovoltaic (light), motion, thermal, and radio frequency sources. It incorporates a power management unit that prioritizes harvested energy, extending the life of standard batteries or enabling battery-free operation with capacitor storage.
Director of Product Marketing at Atmosic Technologies, Dylan Ko, stated,
With the introduction of fully certified modules based on the ATM33 series SoC, sustainability is a viable and real option for IoT developers of all applications and project volumes. Partners such as GlobalScale bring fantastic value-add and time-to-market through their custom design service capabilities, which in turn help reduce the ever-increasing toxic side effects of battery use in the IoT.
[Source: Business Wire]
Key features of the ATM3330e module include Bluetooth Low-Energy 5.3 compliance, a powerful Arm Cortex-M33F MCU, support for various energy harvesting methods, and extensive peripheral support for IoT applications. This collaboration aims to provide IoT developers with sustainable and energy-efficient solutions, reducing the environmental impact of battery usage and offering new possibilities for IoT applications.
About Atmosic
Atmosic Technologies stands as an inventive semiconductor firm specializing in the creation of ultra-low power wireless and energy harvesting solutions. Its primary objective is to significantly diminish the reliance of devices on batteries, ultimately striving to achieve the lengthiest battery life for interconnected devices. By harnessing their products, Atmosic Technologies paves the way for the development of an IoT device ecosystem, empowering designers and manufacturers to notably curtail the costs and efforts linked to maintaining the expanding IoT infrastructure across various domains.