ATM 34
The ATMEVK-3405 is the primary development/evaluation kit (EVK) for ATM3405 SoC. The kit is designed to provide developers with the hardware and software to evaluate the performance of and develop applications for the non-Energy Harvesting ATM3405. The ATM3405 also removes the WuRX feature found in other ATM34 series devices but offers additional GPIO.
Read MoreThe ATMEVK-3405 is the primary development/evaluation kit (EVK) for ATM3405 SoC. The kit is designed to provide developers with the hardware and software to evaluate the performance of and develop applications for the non-Energy Harvesting ATM3405. The ATM3405 also removes the WuRX feature found in other ATM34 series devices but offers additional GPIO.
Read MoreSUMMARY: This application note describes the settings, functionality, and code flow of the (Human Interface Device) HID_remote example code running on an Atmosic ATM2, ATM3, or ATM33/e Wireless SoCs using RCU Reference platforms.
Read MoreSUMMARY: This document describes the Secure Journal operation of the ATM33/ATM33e Wireless SoC Series.
Read MoreSUMMARY: This document describes the Secure Debug operation of the ATM33/ATM33e Wireless SoC Series.
Read MoreSUMMARY: This guide explains how to connect a PV cell or RF source to power up the ATM33e Wireless SoC Series Evaluation Board (EVB), and evaluate the harvesting performance.
Read MoreSUMMARY: This document describes the functionality of the ATM33e Wireless SoC Series harvester and performance of PV and RF harvesting. This document also includes a programming example to demonstrate how to enable harvesting settings using the Atmosic Software Development Kit (SDK).
Read MoreSUMMARY: Atmosic SoC devices combine extremely low power consumption with direct use of harvested energy to create superior energy harvesting solutions. Using the example of an energy-harvested photovoltaic remote control, this white paper shows how an Atmosic-based solution modeled over 24-hour daily usage period stores excess harvested energy compared with a net daily energy deficient for our competitor’s solution under the same lighting conditions and remote usage.
Read MoreSUMMARY: This document describes the MCUboot bootloader operation of the ATM33/ATM33e Wireless SoC Series.
Read MoreSummary: This application note describes the settings, functionality, and code flow of the HID_keyboard example code running on an Atmosic ATM2/ATM3/ATM33/e.
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