ARM® Embedded System-on-Module MODM7AE70

$89.00

NetBurner’s ARM® Cortex®-powered Ethernet System-on-Module is an IoT device platform containing everything needed to add secure, industrial-quality IoT, network control and monitoring to nearly any smart application or product design.

New to  this embedded system-on-module? Get started with a development kit!

Upgrading from one of our MOD52XX modules? See our pinout comparison to ensure an easy product transition.

Not seeing exactly what you need with this module, or are you looking for a custom solution? Check out our OEM Design Services and let us design the perfect part for you.

Description

ARM® Embedded System-on-Module MODM7AE70

Need a high-performing and reliable ARM® embedded IoT device for secure automation and industrial IoT applications? For a very low price point, this ARM® Cortex-M7 embedded system-on-module (SOM) solves the problem of securely network-enabling devices with 10/100 Ethernet, including those requiring SSL/TLS, machine-to-machine (M2M) protocols, digital, analog and serial control, and much more. The product can also be used as an edge node microcontroller, edge processor or IoT gateway.

Microchip®/Atmel® ARM® processors are combined with NetBurner’s acclaimed reliability and ease-of-use to get you a solution you can depend on.

Try out our IoT development kit! The best way to get started.

Read the ARM® Embedded System-on-Module MODM7AE70 Product Release / Press Release at Newswire.com

Design and Configure Pinouts with our Convenient New Tool:

Many MODM7AE70 pins can be used for many functions, so in order to save you the trouble of digging through documentation and provide an easy drop-in schematic symbol, we’ve made an easy Pin Configurator tool. You can look up the various functions for each pin, customize each pin’s function, and download C++ initialization code or a KiCad symbol for your device:

MODM7AE70 Pin Configurator

Product Posts

Photo by Kelly Sikkema on Unsplash

Embedded MQTT: Getting Started the Easy Way

I’m an intermediate level embedded developer and I’ve heard the term “MQTT” for a lot over the past year but never really delved into the details. I decided to spend a Saturday to understand what it is and implement it on an embedded device so I can use it for other projects, like sensors and various controllers that need to be monitored and controlled but are behind a router and firewall.

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Specifications

Performance and Memory
Processor Family

ARM

Clock Speed

300 MHz

Flash

2 MB

SDRAM

8 MB

SRAM

384 Kb

Device Connectivity
Analog to Digital (ADC) Channels

11

CAN

2

Digital to Analog (DAC)

1

Ethernet

10/100 Mbps

External Data Bus

16 bit

Flash Card Support (SDHC/SPI)

Ready

GPIO

53

I2C

3

Quad SPI (QSPI)

1

RS-422/485

Requires external transceiver

SPI

4

Timer I/O

9

UART

5

USART

2

Additional Peripherals
Floating Point Unit (FPU)

Yes

High-speed Multimedia Card Interface (HSMCI)

Yes

Image Sensor Interface (ISI)

1

Pulse Width Modulator (PWM) Channels

17

Watchdog Timer

1

Module Properties
Dimensions

2.60" x 2.00" (inches)

DC Input Voltage

3.3V @ 100mA typical, 250mA max

Temperature Range

Industrial (-40°C to 85°C)

Brand

NetBurner

More
MODM7AE70 Versions Available

MODM7AE70-100IR (RJ-45), MODM7AE70-200IR (10-pin Header), MODM7AE70-100IR-8B (RJ-45)

Weight

.1 lbs

Documents and Downloads

MODM7AE70 Online Guides

MODM7AE70 Quickstart Guide

NNDK Quickstart Guide

NNDK Documentation

Pin Configurator Tool

MODM7AE70

MODM7AE70 Datasheet

    MODM7AE70 Documents

      Development Kit

        Deployment Tools

          Application Notes

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