ATM 3
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.
Read MoreRelease Date: September 30, 2021 Document Number: ATM32x1-ANEHM-0054
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Read MoreSummary: The Non Volatile Data Storage (NVDS) over UART feature, also referred to as “Flash over UART”, is mainly for Atmosic CSP package or RAM based applications. This is used when the Atmosic device is connected to an external MCU through a UART interface and the flash storage is on the external MCU side.
Read MoreSummary: This application note describes the settings, functionality, and code flow of the BLE_att_client example code running on an Atmosic-based Bluetooth LE system.
Read MoreSUMMARY: This document describes how to control the Atmosic Evaluation Kit (ATM2/ATM3 5×5 mm package or 6×6 mm package) using the AT commands.
Read MoreSUMMARY: This document provides information on the Atmosic RF Source Transmitter Board which is used to assist customers in evaluation of RF energy harvesting with the ATM3 and ATM33e Solution.
Read MoreSummary: BLE_adv is a flash based application demonstrating Bluetooth Low Energy advertiser capability. This application note offers a set of preconfigured beacon examples as well as allows customization of beacon configuration parameters and payload.
Read MoreSummary: This application note describes the system, software architecture, configurations and state transitions of the Wakeup Receiver (WURX) examples running on Atmosic M2/M3 platforms.
Read MoreSummary: This application note describes the settings, functionality, and code flow of the BLE_att_server example code running on an Atmosic-based Bluetooth LE system.
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