DFR0489

DFR0489 Datasheet

FireBeetle ESP8266 IOT Microcontroller SKU DFR0489

Part	Datasheet
DFR0489	DFR0489 (pdf)

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FireBeetle ESP8266 IOT Microcontroller SKU DFR0489 Introduction DFRobot FireBeetle is a series of low-power-consumption development hardware designed for Internet of Things IoT . Firebeetle ESP8266 is a development board integrated with IoT WiFi, TCP/IP, 32-bit MCU, 10-bit ADC and multiple interfaces such as HSPI, UART, PWM, I2C and I2S. In DTIM10, the full power consumption to maintain WiFi connection reached to 1.2mW. Equipped with 16MB outer SPI flash memory, ESP8266 is available for programs and firmware storage. Compatible with Arduino programming enables Firebeetle ESP8266 to lower the barrier of programming. Operator can implement Arduino programming codes directly onto ESP8266 to reduce the difficulty of operating and increase the stability of board. NOTE There still remains some bugs to be detected and fixed by developers. In some cases some peripherals may not work perfectly by embedding Arduino sample codes in ESP8266. Much more functions implemented in Arduino are still under development and improvement. An alternative way is to change development tool such as RTOS and MicroPython towards a more operating-friendly experience in some conditions. Specification • Operating Voltage 3.3V • Input Voltage limits 3.3~5V Lithium Battery:3.7V & USB:5V • Microcontroller Tensilica L106 32-bit MCU • Clock Speed 80MHz Maximum 160MHz • • External Flash Memory 16MB • DC Current in the Low-Power-Consumption 46uA • Average Operating Current 80mA • Maximum Discharging Current 600mA LDO-3.3 Output • Maximum Charging Current 500mA • Digital Pin x10 • Analog Pin x1 • SPI interface x1 • I2C interface x1 • IR interface x1 • I2S interface x1 • Interface XH2.54mm Pin No soldering default • In Combination of Wi-Fi MAC/ BB/RF/PA/LNA • WiFi IEEE802.11 b/g/n GHz~2.5 GHz , not support 5GHz WiFi • Operating Temperature -10 ~+55 • Dimension 58 x 29 mm • Weight 24g Board Overview FireBeetle Board - ESP8266 is not only compatible with ESP8266 PinMap, but also make a special compatible with Arduino IDE PinMap. Dx x=0,1,2,3...9 Fig1 FireBeetle Board-ESP8266 PinOUT • CHG Blink = not connect battery Light on = Charging Light off = Charge complete Note NC = Empty VCC = VCC 5V under USB power supply, Around 3.7V under 3.7V lipo battery.power supply Tutorial In this tutorial, we'll show you some basic operation with FireBeetle-ESP8266 Microcontroller. Requirements • Hardware FireBeetle ESP8266 IOT Microcontroller x 1 Micro USB Cable x1 • Software Arduino IDE newest , Click to Download Arduino IDE from Download CH340 FireBeetle ESP8266 Window Driver Note CH340 driver is free to install for most of Windows OS, if you find there is no COM Port in Device Manager, please download the driver and install it. Setup Arduino IDE Development Environment • Plug FireBeetle to your computer, install the driver manually. • Add FireBeetle Board URL to Arduino IDE • Open Arduino IDE, File->Preferences, find Additional Boards Manager URLs, copy the below link, and paste in the blank. File->Preferences • paste url here • Click OK • Open Tools->Board->Boards Manager, waiting automatic update. You'll find FireBeetle-ESP8266 Now, the development environment has been installed, you can use it like a normal Arduino board. Sample Code Blink The default LED for FireBeetle Board-ESP8266 is D5 IO2 , input following code: // GPIO 2 D5 has a LED_BLINK attached to it. Give it a name int LED_BLINK = 2 // the setup function runs once when you press reset or power the board void setup // initialize digital pin LED_BUILTIN as an output. pinMode LED_BLINK, OUTPUT ; // the loop function runs over and over again forever void loop digitalWrite LED_BLINK, HIGH // turn the LED on HIGH is the voltage le vel delay 1000 ; // wait for a second digitalWrite LED_BLINK, LOW // turn the LED off by making the voltage delay 1000 ; // wait for a second Note ESP8266 has different pinmap in different development environment, For example the LED connects IO2, which maps D5 in Arduino IDE It is totally different mean with 2 and D2 ! Sample Code Scan WiFi After you have installed the FireBeetle ESP8266 development environment, it will comes with a lot of sample code in Arduino IDE, you can find them in File > Examples. The follow sample code scans the around WiFi: /* * This sketch demonstrates how to scan WiFi networks. * The API is almost the same as with the WiFi Shield library, * the most obvious difference being the different file you need to include */ #include "ESP8266WiFi.h"

PDF Datasheet Preview

FireBeetle ESP8266 IOT Microcontroller SKU DFR0489

Introduction

DFRobot FireBeetle is a series of low-power-consumption development hardware designed for Internet of Things IoT . Firebeetle ESP8266 is a development board integrated with IoT WiFi, TCP/IP, 32-bit MCU, 10-bit ADC and multiple interfaces such as HSPI, UART, PWM, I2C and I2S. In DTIM10, the full power consumption to maintain WiFi connection reached to 1.2mW. Equipped with 16MB outer SPI flash memory, ESP8266 is available for programs and firmware storage. Compatible with Arduino programming enables Firebeetle ESP8266 to lower the barrier of programming. Operator can implement Arduino programming codes directly onto ESP8266 to reduce the difficulty of operating and increase the stability of board.

NOTE There still remains some bugs to be detected and fixed by developers. In some cases some peripherals may not work perfectly by embedding Arduino sample codes in ESP8266. Much more functions implemented in Arduino are still under development and improvement. An alternative way is to change development tool such as RTOS and MicroPython towards a more operating-friendly experience in some conditions.

Specification
• Operating Voltage 3.3V
• Input Voltage limits 3.3~5V Lithium Battery:3.7V & USB:5V
• Microcontroller Tensilica L106 32-bit MCU
• Clock Speed 80MHz Maximum 160MHz
•
• External Flash Memory 16MB
• DC Current in the Low-Power-Consumption 46uA
• Average Operating Current 80mA
• Maximum Discharging Current 600mA LDO-3.3 Output
• Maximum Charging Current 500mA
• Digital Pin x10
• Analog Pin x1
• SPI interface x1
• I2C interface x1
• IR interface x1
• I2S interface x1
• Interface XH2.54mm Pin No soldering default
• In Combination of Wi-Fi MAC/ BB/RF/PA/LNA
• WiFi IEEE802.11 b/g/n GHz~2.5 GHz , not support 5GHz WiFi
• Operating Temperature -10 ~+55
• Dimension 58 x 29 mm
• Weight 24g

Board Overview

FireBeetle Board - ESP8266 is not only compatible with ESP8266 PinMap, but also make a special compatible with Arduino IDE PinMap. Dx x=0,1,2,3...9

Fig1 FireBeetle Board-ESP8266 PinOUT
• CHG Blink = not connect battery Light on = Charging Light off = Charge complete

Note NC = Empty VCC = VCC 5V under USB power supply, Around 3.7V under 3.7V lipo battery.power supply

Tutorial

In this tutorial, we'll show you some basic operation with FireBeetle-ESP8266 Microcontroller.

Requirements
• Hardware FireBeetle ESP8266 IOT Microcontroller x 1 Micro USB Cable x1
• Software Arduino IDE newest , Click to Download Arduino IDE from Download CH340 FireBeetle ESP8266 Window Driver Note CH340 driver is free to install for most of Windows OS, if you find there is no COM Port in Device Manager, please download the driver and install it.

Setup Arduino IDE Development Environment
• Plug FireBeetle to your computer, install the driver manually.
• Add FireBeetle Board URL to Arduino IDE
• Open Arduino IDE, File->Preferences, find Additional Boards Manager URLs, copy the below
link, and paste in the blank.

File->Preferences
•
paste url here
• Click OK
• Open Tools->Board->Boards Manager, waiting automatic update. You'll find FireBeetle-ESP8266

Now, the development environment has been installed, you can use it like a normal Arduino board.

Sample Code Blink

The default LED for FireBeetle Board-ESP8266 is D5 IO2 , input following code:
// GPIO 2 D5 has a LED_BLINK attached to it. Give it a name int LED_BLINK = 2 // the setup function runs once when you press reset or power the board void setup
// initialize digital pin LED_BUILTIN as an output. pinMode LED_BLINK, OUTPUT ;
// the loop function runs over and over again forever
void loop
digitalWrite LED_BLINK, HIGH // turn the LED on HIGH is the voltage le vel
delay 1000 ;
// wait for a second
digitalWrite LED_BLINK, LOW
// turn the LED off by making the voltage
delay 1000 ;
// wait for a second

Note ESP8266 has different pinmap in different development environment, For example the LED connects IO2, which maps D5 in Arduino IDE It is totally different mean with 2 and D2 !

Sample Code Scan WiFi

After you have installed the FireBeetle ESP8266 development environment, it will comes with a lot of sample code in Arduino IDE, you can find them in File > Examples. The follow sample code scans the around WiFi:
/* * This sketch demonstrates how to scan WiFi networks. * The API is almost the same as with the WiFi Shield library, * the most obvious difference being the different file you need to include */
#include "ESP8266WiFi.h"

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Datasheet ID: DFR0489 508798