en.Wedoany.com Reported - Mouser Electronics, Inc. has begun shipping the ATM34/e system-on-chip (SoC) from Atmosic Technologies. This SoC supports energy harvesting options and utilizes Bluetooth 6.0 technology, designed to extend the battery life of industrial IoT sensor devices used in asset tracking, tags, remote monitoring, and security applications.
The ATM34/e SoC integrates a Bluetooth 6.0-compliant radio, a 64 MHz Arm Cortex M33F application processor, RAM, ROM, NVM, Arm TrustZone security features, and an advanced power management system. It efficiently captures, uses, and stores energy from RF, thermal, light, and motion sources, employing an innovative wake-up mechanism to further reduce power consumption. This SoC series features a wide harvesting input range and supports multiple storage devices, enabling smart sensors and other low-power automation applications to achieve longer runtimes in battery-powered devices. Its radio consumes only 0.95 mA in receive mode and 2.5 mA in 0dB transmit mode, with a programmable output power range from -20 dBm to +10 dBm, supporting low-duty-cycle operation to extend battery replacement intervals.
Mouser also offers a variety of Atmosic Technologies ATM34/e evaluation kits for assessing the SoC's features, energy harvesting capabilities, and performance. The Atmosic firmware download board kit includes hardware and software designed to assist in programming the SoC during production, supporting firmware and NVDS programming, and enabling control of the device under test via the HCI interface.
The Atmosic ATMRPB reference design programming board is a connection interface adapter designed for development and debugging, allowing the host to access standard development and debugging interfaces on wireless SoC-based evaluation boards or other target hardware. The Atmosic ATM3405 tag reference design kit demonstrates the low-power characteristics of Bluetooth Low Energy devices and their suitability for various applications. Based on the ATM3405 SoC, this kit is powered by a CR2032 coin cell battery and features a compact form factor. Through an IoT expansion board, the kit can integrate external sensors or peripherals, serving as an IoT development platform.
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