The new ATM34/e system-on-chip (SoC) from Atmosic Technologies are in stock at authorised distributor Mouser Electronics.
These SoCs offer extremely low-power Bluetooth 6.0 SoCs with an energy-harvesting option, designed to extend battery life for industrial IoT sensor devices found in asset tracking and tags, remote monitors, and security applications.
The Atmosic Technologies ATM34/e SoCs integrate Bluetooth 6.0-compliant radios with a 64MHz Arm Cortex M33F application processor, RAM, ROM, NVM, Arm TrustZone security, and state-of-the-art power management.
They enable efficient capture, use, and storage of energy from RF, heat, light, and motion sources with innovative wake-up mechanisms to further reduce power consumption. The ATM34/e series also features a wide harvesting input range and supports an array of storage devices, enabling smart sensors and other low-power automation applications to deliver the maximum lifespan in battery-operated devices.
The SoC’s radio consumes only 0.95 mA in receive and 2.5 mA in transmit at 0dB, with a programmable output power range of -20dBm to +10dBm, supporting low-duty-cycle operation and longer battery replacement intervals.
Mouser also offers a suite of Atmosic Technologies ATM34/e Evaluation Kits to support evaluation of the ATM34/e SoC features, energy-harvesting functionality, and performance. Atmosic’s Firmware Download Board (FDL) Kit is part of a hardware and software package designed to assist in programming SoCs in production. This kit provides functionality that includes firmware, NVDS programming, and control of the Device Under Test (DUT) via the HCI interface.
The Atmosic ATMRPB reference design programming board is a connection interface adapter designed for development and debugging. This board provides a host computer access to standard development and debug interfaces on a wireless SoC-based evaluation board, or other target hardware.
The Atmosic ATM3405 tag reference design kits demonstrate the low power consumption of the Bluetooth LE device and its suitability for many applications. These design kits are based on the ATM3405 SoC, powered by a CR2032 coin cell battery and offered in a compact form factor.
These design kits can be used as an IoT development platform by integrating external sensors or peripherals through the IoT expansion board.
