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Adafruit Feather M0 + radio module 433 MHz RFM96 LoRa - compatible with Arduino*

A small module with a 32-bit microcontroller ARM Cortex M0 ATSAMD21G18 known from Arduino Zero and the radio module RFM96 433 MHz of long range (LoRa). Feather is designed for portable projects. On board is a connector microUSB, through which the system can be programmed in the Arduino IDE. There is also place for other elements, such as buttons or sensors.

More details

ADA-06567

Dodano produkt do koszyka

In stock, shipping 24 hours!

Price 199,90 zł

Description

A small module from Feather family with a 32-bit microcontroller ARM Cortex M0 ATSAMD21G18 known from Arduino Zero and the radio module RFM96 433 MHz of long range (LoRa). Feather is designed for portable projects. On board is a connector microUSB, through which the system can be programmed in the Arduino IDE. There is also place for other elements, such as buttons or sensors.

 

Key features

  • Built-in microcontroller with Cortex M0, supports UART, SPI, I2C and PWM
  • The device has a built-in module RFM96 LoRa Radio (433 MHz) for the transmission of data on the distance

  • System is characterized by the compact dimensions, the board has only: 54 x 23 x 8 mm, its weight is app. 6 g.
  • On board is a built-in system of charging the cells Li-Pol with maximum output current up to 100 mA.
  • 20 GPIO pins allow to connect any device to pin 13, as in the Arduino connected connected was led.

 

Adafruit Feather M0 + moduł radiowy RFM95 LoRa

Check out how to start playing with the Adafruit Feather!

 

Mobile projects

Controller Feather is designed for mobile projects. Thanks to the integrated connector, possible is powering it from the battery Lipol 3.7 V. The battery voltage was output through an analog pin, so you can constantly monitor the LiPol's level of charging. Available is also powering from the microUSB port.

 Adafruit Feather M0 WiFi 32-bit, arduino, moduł,kontroler,

 

Programming (Arduino IDE)

The module can be programmed using the Arduino IDE environment. For this, you will need to configure the software in the way described by the manufacturer, and connect the board using the microUSB cable. The settings of the Arduino IDE are available on the website of the manufacturer.

 

Specification

  • Supply voltage: lipol 3.7 V or slot for USB 5 V
  • Microcontroller ATSAMD21G18 ARM Cortex M0 3.3 V:
    • Flash memory: 256 KB
    • SRAM: 32 KB
    • Clock frequency: internal oscillator 48 MHz
  • Integrated module LoRa RFM9X:
    • Working frequency: 433MHz
    • Sensitivity: up to -148 dBm
  • Installed the Arduino bootloader
  • Works with a modified version of the Arduino IDE
  • Connector microUSB for programming, in our offer, you will find the appropriate wire
  • Installed voltage regulator 3.3 V with an output current up to 500 mA
  • Power supply from USB port or with a lipo battery 3.7 V
  • 20 GPIO pins
  • 8 PWM pins
  • 10 analog inputs (one for the battery voltage measurement)
  • 1 x analog output
  • Built-in charging module LiPol 100 mA with a LED indicating the status
  • Led for pin 13
  • The reset button
  • This kit includes the goldpin connectors for self-soldering
  • Dimensions: 51 x 23 x 8 mm
  • Weight: approx. 6 g

 

  • Voltage to 5.0 V
  • Voltage from 5.0 V
  • Voltage output from 3.3 V
  • Output voltage to 3.3 V
  • Nominal output voltage 3.3 V
  • Frequency from 433 MHz
  • Frequency to 433 MHz
  • UC - Microkontroler ATSAMD21G18
  • UC - Core 32-bit ARM Cortex M0
  • UC - Flash: 256 kB
  • UC - RAM 32 kB
  • UC - core 1. Single Core
  • UC - Digital pins: 20
  • UC - analog in 10
  • UC - freq: 48 MHz
  • UC - C/A 1
  • UC - PWM: 8
  • UC - USB: microUSB
  • UC - I2C yes
  • UC - UART yes
  • UC - SPI interface yes

SAME DAY SHIPPING

Posting the payment for the order on our account on a business day up to 13:00 means sending the goods on the same day!

 

The time of payment depends on the hours of ELIXIR session of the sender's bank and the recipient of the transfer (more information on this subject, for example on the websitehttp://www.kiedy-przelew.pl/).

 

The table presents available forms of delivery in Poland

 

Carrier and
regulations

Bank wire
transfer

Payment
by cash

Delivery
time

Poczta Polska

terms of service

9,90 PLN17,90 PLN1-3 days

Kurier GLS

terms of service

14,90 PLN22,90 PLN

1-2 days

Paczkomaty 24/7 

terms of service

12,90 PLN-1-3 days

If the amount to pay for products exceeds 500 PLN
Delivery is for free!

 

  • Free delivery of orders over 500 PLN does not apply to parcels addressed outside of Poland.
  • Free delivery does not apply when changing orders.
  • The delivery period is counted in working days from the date of dispatch of the order.

 

Comparison of Arduino

 

Model

Micro

kontroler

Pins

Flash

RAM

EEPROM

Power

Interfaces

Popular
clones

Uno

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB

2 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

Genuino Uno

DFRduino

Bluno Ble

RedBoard

Metro328

UnoPlus

Uno - WiFi

ATmega

328

16 MHz

ESP8266

14 I/O

6 PWM

6 analog

32 kB

2 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

WiFi

 

Leonardo

ATmega

32u4

16 MHz

20 I/O

7 PWM

12 analog

32 kB

2,5 kB

1 kB

DC: 7-12V

USB: 5V

UART

I2C

SPI

USB

DFrobot

Leonardo

Ethernet

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 7-12V
USB: 5V

UART
I2C
SPI
USB

Ethernet

 

Leonardo

Ethernet+PoE

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 7-12V
USB: 5V

PoE: 36-57V

UART
I2C
SPI
USB

Ethernet

 

M0

ARM Cortex

ATSAMD

21G18

Cortex M0

48 MHz

14 I/O

12 PWM

6 analog

256 kB

32 kB

16 kB

DC: 5V
USB: 5V

UART

I2C

SPI

DAC

 

M0 Pro

ARM Cortex

ATSAMD

21G18

Cortex M0

48 MHz

14 I/O

12 PWM

6 analog

256 kB

32 kB

16 kB

DC: 5V
USB: 5V

UART

I2C

SPI

DAC

Debug

Genuino Zero

 Genuino101

Intel Curie

Intel Curie

Quark

ARC x86

14 I/O

4 PWM

6 analog

196 kB

24 kB

-

DC: 7-12V
USB: 5V

UART

I2C

SPI

 

Tian - WiFi

SAMD21G18

32-bit

Cortex-M0+

20 I/O
12 PWM

6 analog

256 kB
32 kB
DC: 5V
USB: 5V

UART

I2C

SPI

WiFi

Ethernet

Bluetooth

 

Yun - WiFi

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 5V
USB: 5V

UART

I2C

SPI

WiFi

Ethernet

 

Yún - WiFi

PoE

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 5V
USB: 5V

PoE: 36-57V

UART

I2C

SPI

WiFi
 

Yún - WiFi

Mini

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB

DC: 5V
USB: 5V

UART

I2C

SPI

WiFi
 
Mega 2560

ATmega

2560

16 MHz

54 I/O
15 PWM

16 analog

256 kB
8 kB
4 kB

DC: 7-12V
USB: 5V

UART

I2C

SPI

Genuino Mega

DFrobot Mega

Bluno Mega

Mega ADK

ATmega

2560

16 MHz

54 I/O
15 PWM

16 analog

256 kB
8 kB
4 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

 

Due

ARM Cortex

AT91SAM

3X8E

84 MHz

54 I/O
12 PWM

12 analog

512 kB

96 kB

-

DC: 7-12V
USB: 5V
UART

I2C

SPI

USB

CAN
DMA

 

Micro

ATmega

32u4

16 MHz

20 I/O
7 PWM

12 analog

32 kB
2,5 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

Dreamer

Pro Micro 5V

Pro Micro 3,3V

A-Star 32u4

Pro 328

5V/16MHz

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

 

Pro 328

3,3V/8MHz

ATmega

328

8 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 3,4-12V
USB: 5V
UART

I2C

SPI

 

Pro Mini 328

5V/16MHz

ATmega

328

16 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 7-12V
USB: 5V
UART

I2C

SPI

Metro Mini

Bluno Nano

DFrduino Nano

Pro Mini 328

3,3V/8MHz

ATmega

328

8 MHz

14 I/O

6 PWM

6 analog

32 kB
2 kB
1 kB
DC: 3,4-12V
USB: 5V
UART

I2C

SPI

 

 

Choose the right module Adafruit Feather!

 

 NameProcessorMemoryGPIOWiFiInterfaces

Adafruit Feather

Huzzah ESP8266

ESP8266

@80 MHz

Flash 4 MB

9

YES

ESP8266

UART,

I2C, SPI

Adafruit Feather M0

Proto 32-bit

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB

20NO

UART,

I2C, SPI

analog

Adafruit Feather 32u4

Adalogger  microSD

Atmega32u4

@8 MHz

Flash 32 kB

SRAM 2 kB
20NO

UART,

I2C, SPI

analog

Adafruit Feather 32u4
FONA GSM/GPRS

Atmega32u4

@8 MHz

Flash 32 kB

SRAM 2 kB
20NO

UART,

I2C, SPI

analog, SIM

Adafruit Feather M0

WiFi 32-bit antena PCB

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB
20

YES

ATWINC1500

UART,

I2C, SPI

analog

Adafruit Feather M0

WiFi 32-bit złącze u.Fl

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB
 20

YES

ATWINC1500

UART,

I2C, SPI

analog

Adafruit Feather WICED

WiFi 32-bit Broadcom

STM32F205

ARM Cortex

M3 @120 MHz

Flash 1024 kB

SRAM 128 kB
20

YES

Broadcom

BCM43362

UART,

I2C, SPI

analog

Adafruit Feather M0

+ moduł radiowy 433 MHz RFM95 LoRa

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB
20

NO

UART,

I2C, SPI

analog

Adafruit Feather M0

Adalogger microSD

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB
20NO

UART,

I2C, SPI

analog

Adafruit Feather 32u4

Basic Proto

Atmega32u4

@8 MHz

Flash 32 kB

SRAM 2 kB
20NO

UART,

I2C, SPI

analog

Adafruit Feather 32u4

Bluefruit LE 4.1

Atmega32u4

@8 MHz

Flash 32 kB

SRAM 2 kB
20NO

UART,

I2C, SPI

analog

Bluetooth

Adafruit Feather M0

Bluefruit LE 4.1

ATSAMD21G18

ARM Cortex

M0 @48 MHz

Flash 256 kB

SRAM 32 kB
20NO

UART,

I2C, SPI

analog

Bluetooth

FeatherWing

 NameFeature

Adafruit FeatherWing

Adalogger - RTC PCF8523 + microSD

RTC + microSD

Adafruit FeatherWing

DS3231 Precision RTC

DS3231 - RTC

Adafruit FeatherWing

Ultimate GPS

Moduł GPS MTK3339

Adafruit FeatherWing

Doubler

Possibility to connect two Feather modules
prototype space

Adafruit FeatherWing

Latching Mini Relay
- 250V/0.6A

Latching relay

- remembers the state

Adafruit FeatherWing

Non-Latching Mini Relay
-  250V/0,6A

Unlatching relay

- does not remember the state

Adafruit FeatherWing

OLED 128x32px

OLED 128x32 px

Adafruit FeatherWing

Terminal Block

Screw connectors

Prototype site

Adafruit FeatherWing

LoRa RFM95 433MHz

Radio module 433 MHz RFM95
Long Range: LoRa
Transmission within 2 km

Adafruit FeatherWing

LoRa RFM69 433MHz

Radio module 433 MHz RFM69
Long Range: LoRa
Transmission within 500 m