ATM33/e Wakeup Receiver White Paper
SUMMARY: This document describes the functionality of the Wakeup Receiver and supported wake-up patterns.
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White Papers
Atmosic Energy Harvesting Advantage White Paper
SUMMARY: 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.
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Understanding Low Power Modes for ATM33/e Series and ATM34/e Series White Paper
SUMMARY: This document describes the functional and power consumption differences among the low-power modes and provides an in-depth analysis of specific use cases for ATM33/e Wireless SoC Series. This document also describes the possible locations where the user application could reside and how that choice impacts the low power mode selection and operation.
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ATM2/ATM3 Bluetooth LE Coded PHY White Paper
Summary: This white paper describes the LE Coded PHY aspect of the Bluetooth Low Energy 5 specification and its advantages. It also lists the features of Coded PHY that are supported in Atmosic’s ATMxxxx series system-on-a-chip (SoC) solutions, how to enable those features as well as point to a few common use-cases of LE Coded PHY such as beacons.
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ATM3 Energy Harvesting White Paper
Release Date: June 23, 2021 Document Number: ATM3xxxx-WPEH-0052
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ATM2/ATM3 Sensor Hub White Paper
Summary: This white paper first describes how to program the sensor hub. It then does an average power comparison between the two methods using a realistic set of parameters. Actual customer use cases may differ but this white paper outlines a methodology that should be useful in all use cases.
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ATM2/ATM3 Pin Assignment and Pinmux Programming White Paper
Summary: ATM2/3 Series has up to 34 pins labelled P<N> where <N> is an integer. Throughout the remainder of this document, this collection of pins will be referred to as the P pins.
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ATM2/ATM3 Wakeup Receiver White Paper
Summary: The Atmosic ATM2/ATM3 series extreme low power Bluetooth 5.0 system-on-a-chip (SoC) incorporates an RF wakeup receiver, which is designed to decode an incoming RF paging signal to wake up the system. This document describes the functionality of the wakeup receiver, supported wakeup patterns, and reference applications.
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Understanding ATM2/ATM3 Low Power Modes White Paper
Summary: This document describes the functional and power consumption differences among the three modes and provides an in depth analysis of specific use cases.
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