1. DA145xx

1.1. Tutorials

Specified for DA14531 & DA14530

This document presents an overview of supported Flash devices for the DA1453x and DA14585 Bluetooth IC’s.Complete tutorial for DA14531-DA14530 and DA1458x from unboxing to configuration and more

tutorial to provide a quick introduction to the Renesas SmartBond™ SDK6, while simultaneously demonstrating how to implement some basic functionality.

overview for the DA145xx System on Chip (SoC) family of integrated circuit (IC) devices

DSPS provides a simple substitute for RS-232 connections, which includes the familiar software flow control logic via Bluetooth® Low Energy (LE).

The goal of this tutorial is not to cover every detail related to advertising

This tutorial will give an overview on how to configure DA14531 SoC (System on Chip) in one of the three available sleep modes

describes the changes and the steps needed to port an application that has been developed with DA14585/DA14586 SDK 6.0.10 release, to the latest DA1453X SDK 6.0.18 release

The Dialog SmartBond™ Flash Programmer tool lets the user program a flash device for the DA1453x, DA14585/586 and DA1469x SoCs (System on Chip)

describes how to upgrade the firmware in the Renesas US159-DA14531EVZ pmod

The goal of this tutorial is not to cover every detail related to debugging

SDK6 Known Limitations

This tutorial will give a basic understanding of Bluetooth Low Energy (BLE) security

In this tutorial we will cover the following points

  • What is a server? What is a client in GATT protocol?

  • Basic understanding of Generic ATT profile

  • What is a Profile, a Custom Profile, a Custom Service and a Custom Characteristic definition

  • GATT custom profile application message flow

  • Basic understanding of custom database creation process

  • Add a characteristic in the custom service database

This tutorial aims to provide an introduction to using the DA145xx Peripheral Drivers that are provided as part of the Dialog Semiconductor SmartBond™ SDK6

SUOTA demonstration

shows how software updates over Bluetooth can be added to a microcontroller

Implementation of CodeLess examples to get an idea of its vast application capabilities and ease of use

  • Implementation of Binary mode

  • Use of SmartConsole Android application

  • Use of Dialog’s Codeless Host application

The examples that will be covered are:

  • Toggle LED on local board

  • Read ADC on local board

  • Write/Read I2C (using I2C Temperature sensor) on local board

  • Advertise/Scan/connect to the remote board

  • Toggle LED on remote board

  • Read ADC on remote board

  • Write/Read I2C on remote board

Design Examples files to help customers develop their PCB

1.2. Application Notes

This document serves as a guideline for preparing schematics and PCB layouts for your application using DA14585/DA14586.

This document presents an overview of supported Flash devices for the DA1453x and DA14585 Bluetooth IC’s

This Application Note describes how to use an external memory (I2C EEPROM or SPI Flash) with the DA14585/586. The main differences between the internal OTP and an external memory are also presented.

This tutorial shows the concept and provides guidelines step by step How to squeeze down the RAM size to 32KB and 48KB for the DA14585/586 product

Explains how to set up RF testing modes

provides the minimal reference schematic, circuit explanation, and design guidelines for BLE applications based on the DA1453x SoCs

presents an overview of supported Flash devices for the DA1453x and DA14585 Bluetooth IC’s

describes the hardware and software setup using the DA145xx-pro 376-18-B development kit for available booting options using serial interfaces such as I2C, UART, SPI and how to program a firmware into Flash, EEPROM or OTP memory

Guidelines for designing printed antennas for 2.4 GHz Bluetooth® low energy applications on singlelayer and multi-layer PCB stack-ups

contains guidelines for implementing a RFIO filter to reduce conducted and radiated spurious emissions in Bluetooth low energy applications using Dialog’s DA14531 System-on-Chip

The DA1458x Bluetooth Smart device in a WLCSP package shows sensitivity to direct sunlight and light from halogen lamps. Fluorescent tubes and UV lamps do not affect the chip’s operation. Infrared lamps have the same effect on the DA1458x WLCSP device as halogen lamps. Various methods for blocking light are discussed: coatings, molding compounds and light blocking tapes. This is applicable to the following devices in WLCSP: DA14580, DA14581, DA14585