Sparkfun MicroMod Artemis Processor Manual de usuario

MicroMod Artemis Processor Board Hookup Guide

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Introduction

Leveraging the ultra powerful Artemis Module, the SparkFun MicroMod Artemis Processor is the brain board of

your dreams. With a Cortex-M4F with BLE 5.0 running up to 96MHz and with as low power as 6uA per MHz (less

than 5mW), the M.2 MicroMod connector allows you to plug in a MicroMod Carrier Board with any number of

peripherals. Let's have a look at what this processor board has to offer!

SparkFun MicroMod Artemis Processor

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DEV-16401

Product Showcase: SparkFun MicroMod EcosystemProduct Showcase: SparkFun MicroMod Ecosystem

Required Materials

In addition to your MicroMod Artemis Processor Board, you'll need a carrier board to get started. Here we use the

Machine Learning Carrier Board, but there are a number of others you can choose from.

You'll also need a USB-C cable to connect the Carrier to your computer and if you want to add some Qwiic

breakouts to your MicroMod project you'll want at least one Qwiic cable to connect it all together. Below are some

options for both of those cables:

SparkFun MicroMod Machine Learning Carrier

Board

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DEV-16400

SparkFun MicroMod Data Logging Carrier Board

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DEV-16829

SparkFun MicroMod ATP Carrier Board

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DEV-16885

SparkFun Qwiic Cable Kit

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KIT-15081

Reversible USB A to C Cable - 2m

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CAB-15424

Depending on which Carrier Board you choose, you may need a few extra peripherals to take full advantage of

them. Refer to the Carrier Boards' respective Hookup Guides for specific peripheral recommendations.

Suggested Reading

The SparkFun MicroMod ecosystem is a unique way to allow users to customize their project to their needs. Do

you want to send your weather data via a wireless signal (eg. Bluetooth or WiFi)? There's a MicroMod processor

for that. Looking to instead maximize efficiency and processing powere? You guessed it, there's a MicroMod

processor for that. If you are not familiar with the MicroMod system, take a look here:

MicroMod Ecosystem

We also recommend taking a look through the following tutorials if you are not familiar with the concepts covered

in them:

USB 3.1 Cable A to C - 3 Foot

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CAB-14743

Getting Started with MicroMod

Dive into the world of MicroMod - a compact interface

to connect a microcontroller to various peripherals via

the M.2 Connector!

New!

Designing with MicroMod

This tutorial will walk you through the specs of the

MicroMod processor and carrier board as well as the

basics of incorporating the MicroMod form factor into

your own PCB designs!

New!

Hardware Overview

While the Artemis module is pretty self-contained, let's have a look at a few of the unique features of this MicroMod

Processor Board.

Power

Power is supplied by the carrier board, but it should be noted that all pins are 3.3V.

⚡ Warning: All pins are 3.3V. DO NOT expose the pins to 5V.

The ADC on the Artemis is 0-2V. Exposing an ADC pin to 3.3V will not harm the device but the ADC will

saturate returning 16,383 (14-bit) for voltages greater than 2V.

M.2 Connector

All of our MicroMod Processor boards come equipped with the M.2 MicroMod Connector, which leverages the

M.2 standard and specification to allow you to install your MicroMod Processor board on your choice of carrier

board.

MicroMod Machine Learning Carrier Board

Hookup Guide

Get hacking with this tutorial on our Machine Learning

Carrier Board!

New!

M.2 Connector from the Front M.2 Connector from the Back

Artemis Processor

The SparkFun Artemis Processor provides a Cortex-M4F with BLE 5.0 running up to 96MHz and with as low

power as 6uA per MHz (less than 5mW). This module is powerful enough to run TensorFlow, Machine Learning,

and all sorts of voice recognition software. A deep dive into all of Artemis's delightful features can be found in the

Designing with the SparkFun Artemis tutorial.

Op Amp

Incoming analog voltages over 2V will saturate the Artemis's analog to digital converter. We've integrated an

OpAmp to scale the incoming 0-3.3V voltages down to the 0-2V range that the Artemis can handle.

RTC

An onboard RTC crystal has been integrated.

Status LED

We've also included a Status LED for all your blinky needs.

Artemis MicroMod Processor Pin Functionality

Note: You may not recognize the COPI/CIPO labels for SPI pins. SparkFun is working to move away from

using MISO/MOSI to describe signals between the controller and the peripheral. Check out this page for

more on our reasoning behind this change.

AUDIO UART GPIO/BUS I C SDIO SPI0 Dedicated

Alternate

Function

Primary Function Bottom Pin Top Pin Primary

Function

Alternate

Function

73 G5

71 G6

QSPI3 SPI_CS 70 69 G7

QSPI2 68

QSPI1 66 65 TX1 ADC_D-

QSPI0 SPI_CIPO 64 63 ADC_D+

QSPI_CS SPI_COPI 62 61 SPI_CIPO1

ARTEMIS PROCESSOR BOARD PINOUT TABLE

MICROMOD GENERAL PINOUT TABLE

MICROMOD GENERAL PIN DESCRIPTIONS

QSPI_SCK SPI_SCK 60 59 SPI_COPI1

CAM_MCLK 58 57 SPI_SCK1

CAM_MCLK 56 55 SPI_CS1

CAM_PCLK 54 53 SCL1

PDM_DATA 52 51 SDA1

PDM_CLK 50 49 BATT_VIN3

G4 48 47 PWM1

G3 46

G2 44

G1 42

G0 40 39 GND

ADC1 38

ADC0 34

PWM0 32

23 SWDIO

21 SWDCK

19 RX1

D1 18 17 TX1 ADC_D-

I C_Interrupt 16 15 CTS1

SCL 14 13 RTS1

SDA 12 11 BOOT

D0 10 9

7GND

RESET 6 5 USB_D-

3USB_D+

3.3V 2 1 GND

Board Dimensions

The board measures 22mm x 22mm, with 15mm to the top notch and 12mm to the E key. For more information

regarding the processor board physical standards, head on over to the Getting Started with MicroMod tutorial and

check out the Hardware Overview section.

Hardware Hookup

To get started with the Artemis MicroMod Processor Board, you'll need a carrier board. Here we are using the

Machine Learning Carrier Board. Align the top key of the MicroMod Artemis Processor Board to the screw terminal

of the Machine Learning Carrier Board and angle the board into the socket. Insert the board at an angle into the

M.2 connector.

Note: There is no way to insert the processor backward since the key prevents it from mating with the M.2

connector and as an extra safeguard to prevent inserting a processor that matches the key, the mounting

screw is offset so you will not be able to secure an improperly connected processor board.

The Processor Board will stick up at an angle, as seen here:

Once the board in the socket, gently push the MicroMod Processor Board down and tighten the screw with a

Phillip's head.

Once the board is secure, your assembled MicroMod system should look similar to the image below!

Connecting Everything Up

With your processor inserted and secured it's time to connect your carrier board to your computer using the USB-C

connector on the Carrier. Depending on which carrier you choose and which drivers you already have installed,

you may need to install drivers.

Note: If you've never connected a CH340 device to your computer before, you may need to install drivers for

the USB-to-serial converter. Check out our section on "How to Install CH340 Drivers" for help with the

installation.

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