Gemalto Cinterion Bedienungsanleitung

M2M.GEMALTO.COM

Cinterion®Connect Shield

User Guide

Version: 01

DocId: connect_shield_ug_v01

GENERAL NOTE

THE USE OF THE PRODUCT INCLUDING THE SOFTWARE AND DOCUMENTATION (THE "PROD-

UCT") IS SUBJECT TO THE RELEASE NOTE PROVIDED TOGETHER WITH PRODUCT. IN ANY

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THE RECIPIENT UNDERTAKES FOR AN UNLIMITED PERIOD OF TIME TO OBSERVE SECRECY

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in this document are property of their respective owners.

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Cinterion® Connect Shield User Guide

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User Guide: Cinterion®Connect Shield

Version: 01

Date: 2017-01-13

DocId: connect_shield_ug_v01

Status Confidential / Released

Cinterion® Connect Shield User Guide

Contents

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Contents

0 Document History...................................................................................................... 4

1 Introduction.................................................................................................................5

1.1 Package Content ............................................................................................... 5

1.2 Feature Overview............................................................................................... 5

1.3 Safety Precaution Notes .................................................................................... 6

1.4 Regulatory Compliance Information................................................................... 6

2 Interfaces.....................................................................................................................7

2.1 Overview ............................................................................................................ 7

2.2 Application / Arduino UNO Interface .................................................................. 8

2.2.1 Pin Outline ............................................................................................ 8

2.2.2 UART .................................................................................................. 10

2.2.3 USB..................................................................................................... 10

2.2.4 I2C ...................................................................................................... 10

2.2.4.1 I2C Temperature Sensor ..................................................... 10

2.2.4.2 I2C Ambient Light Sensor ................................................... 10

2.2.4.3 I2CPort Extender................................................................. 11

2.2.4.4 I2C Quick Access via Module I2C........................................ 11

2.3 Buttons............................................................................................................. 13

3 RF Interference..........................................................................................................14

4 Characteristics..........................................................................................................15

4.1 Limits................................................................................................................ 15

4.2 Recommended Operating Conditions.............................................................. 15

4.3 Static Characteristics ....................................................................................... 15

5 Appendix – Schematics............................................................................................16

5.1 Placement ........................................................................................................ 18

Cinterion® Connect Shield User Guide

0 Document History

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0 Document History

New document: "Cinterion® Connect Shield User Guide" v01

Chapter What is new

--- Initial document setup.

Cinterion® Connect Shield User Guide

1 Introduction

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1 Introduction

The Cinterion®Connect Shield is designed as a platform for the Internet of Things (IoT).

Programmers looking for wireless connectivity for their sensors and other actors can mount the

Connect Shield to their existing Arduino stacks. No hardware expertise is required in most of

these cases.

This User Guide describes the Connect Shield’s interface capabilities and specifications.

1.1 Package Content

Depending on its configuration, your Connect Shield package includes:

•Cinterion

®Connect Shield

• Wideband PCB antenna 700MHz…2.8GHz

• RF cable with U.FL terminations

• SMA to U.FL adaptor

• Quick start guide

1.2 Feature Overview

The Connect Shield provides basic features required for wireless communication

• Technology depending on the ordered Connect Shield configuration: 2G/3G/4G/NB-IoT

• On board I2C temperature and ambient light sensor as well as 4-bit I2C extender with 3

LED’s connected

• On board micro-SIM card holder

• ON/OFF button plus additional programmable arbitrary button

• Power supply for the Connect Shield through Arduino 5V interface and/or an additional

micro-USB on board allowing flexible powering distribution

• The Cinterion® Connect Shield with its module operates as a slave in an Arduino stack. To

use the module with its Java features as a master in an Arduino environment there is a fur-

ther device called the Cinterion®Concept Board. For more information on the Concept

Board, please see http://www.gemalto.com/m2m/development/cinterion-concept-board.

Cinterion® Connect Shield User Guide

1.3 Safety Precaution Notes

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1.3 Safety Precaution Notes

The common safety precautions that apply to mobile phones must also be observed at all times

when using this Connect Shield. Failure to comply with these precautions violates safety stan-

dards. Gemalto M2M assumes no liability for customer’s failure to comply with these precau-

tions.

The following is a non-extensive list of the mobile phone and Connect Shield usage restrictions:

The power supply connected to the Connect Shield shall be in compliance with the SELV re-

quirements defined in EN 60950-1.

1.4 Regulatory Compliance Information

The Cinterion®Connect Shield is intended for evaluation and development purposes only, and

should therefore only be used in a (laboratory) test environment. The device is not CE ap-

proved, and has not been authorized as required by the rules of the FCC. All persons handling

the Cinterion®Connect Shield must be properly trained in electronics and observe good engi-

neering practice standards.

Pacemaker patients are advised to keep their hand-held mobile away from the pacemaker

while it is on.

Mobile phones must be switched off before boarding an aircraft.

Mobile phones may not be operated in the presence of flammable gases or fumes

Interference can occur if mobile phones are used close to TV sets, radios, computers or inad-

equately shielded equipment

Do not use your mobile while driving a vehicle

You should never rely solely upon any wireless device for essential communications, for exam-

ple for emergency calls

Cinterion® Connect Shield User Guide

2 Interfaces

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2Interfaces

2.1 Overview

Figure 1: Connect Shield interfaces

Cinterion®

module

Powersupply

RXdiversity

antenna

Mainantenna USBpowerand

modemport

Programmable

button

I2Cinterface

I2Ctemperature

sensor

Serialinterface

ON/OFF

button

StatusLED

SIMcard

holder

I2ClightsensorI2CportextenderwithLED

I2Cinterface

Cinterion® Connect Shield User Guide

2.2 Application / Arduino UNO Interface

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2.2 Application / Arduino UNO Interface

The Cinterion®Connect Shield uses a few Arduino ONE interface signals, and it is possible to

combine the Connect Shield with other Arduino shields. To occupy as few signals as possible,

the Connect Shield output lines PWR_IND, RING, and CTS are connected to the Arduino in-

terface via output resistors, thus enabling these signals for a further usage, for example be-

tween the Arduino and another sensor shield. In this case the Arduino’s or sensor shield’s pin

drive strength must be higher than 5mA to overrule the Connect Shield’s output.

2.2.1 Pin Outline

A detailed pin description of the Arduino Uno interface is given following two tables.

Figure 2: Connect Shield’s Arduino UNO interface lines

Shield

I/F Shield

function Shield

DIR Shield Interface (Concept Shield) Shield

DIR Shield

function Shield

I/F

ISCL SCL

IO SDA SDA

AREF

GND GND GND

NC - - - - SCK

IOREF - - - - MISO

RESET - - - - MOSI

3.3V PWR I - - CS

5V PWR I I ON/OFF D9

GND PWR GND O PWR_IND D8

GND PWR GND - - D7

Vin - - - - D6

A0 - - - - D5

A1 - - O RING D4

A2 - - I RTS D3

A3 - - O CTS D2

SDA SDA IO I TXD TX

SCL SCL I O RXD RX





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



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 













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

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Cinterion® Connect Shield User Guide

2.2 Application / Arduino UNO Interface

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Table 1: Connect Shield’s Arduino UNO interface pin and signal description

Name Modem

Reference Dir Description Properties

NC - Not connected

IOREF - - Not connected

RESET - - Not connected

3.3V - I Shield supply I2C sensor supply

5V - I Shield supply Modem supply via voltage regulator

GND - Main Ground

Vin - - Not connected

A0 - - Not connected

A1 - - Not connected

A2 - - Not connected

A3 - - Not connected

SDA SDA IO I2C data signal 5V compliant, Rpu=4.7kΩ, connected to modem via

level shifter

SCL SCL O I2C clock signal 5V compliant, Rpu=4.7kΩ, connected to modem via

level shifter

SCL SCL O I2C clock signal 5V compliant, Rpu=4.7kΩ, connected to modem via

level shifter

SDA SDA IO I2C data signal 5V compliant, Rpu=4.7kΩ, connected to modem via

level shifter

AREF - - Not connected

SCK - - Not connected

MISO - - Not connected

MOSI - - Not connected

CS - - Not connected

D9 ON I ON/OFF A falling edge triggers the modem ON signal.

A low level (>3s) switches off the modem power sup-

ply.

Note: After the falling edge this signal should be

released within 1s in order to keep the modem run-

ning.

D8 PWR_IND O PWR_IND Low level open collector output, Rout=100Ω, indicat-

ing the modem has been started

D7 - - Not connected

D6 - - Not connected

D5 - - Not connected

D4 RING O Host wake up 5V compliant, Rout=1kΩ, wake host from sleep for

incoming message

D3 RTS I Flow control 5V compliant, Iinmax=+-2µA, Modem wake up, can

be configured as not used

D2 CTS O Flow control 5V compliant, Rout=1kΩ, can be configured as not

used

TX RxD0 O Serial out 5V compliant, Push pull; Io=+-50mA

RX TxD0 I Serial in 5V compliant, Iinmax=+-2µA

Cinterion® Connect Shield User Guide

2.2 Application / Arduino UNO Interface

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2.2.2 UART

The Connect Shield interface supports a UART (RxD/TxD) connection with up to 921kbit/s. By

default the speed is set to 115kbit/s. It is mandatory to use the modem’s flow control RTS in

case the modem is configured for SLEEP mode (i.e., power saving). In SLEEP mode - please

refer to the modem’s AT Command Set for possible SLEEP mode settings - the modem

awakes by a falling RTS signal and retrieves UART data. On incoming messages the RING

toggles to awake the host from sleep, this line should be interrupt able on host side.

2.2.3 USB

The Connect Shield comes with a separated micro-USB interface that is intended to

• Supply additional power in case of weak Arduino supply while transmitting data in areas

with a weak network coverage

• Support additional serial interfaces for different purpose, like debugging, modem firmware

upgrade or command interface

Whenever the modem switches off while transmitting data over the air, an additional USB pow-

er supply 5V/1A should be connected to resolves such power issues. Please note, this addi-

tional supply is not fed toward the Arduino base board, meaning the Arduino has to be supplied

in any case.

Note: The micro-USB driver can be downloaded under developer.gemalto.com.

2.2.4 I2C

Arduino’s I2C interface is connected to the modem as well as to a separate temperature sensor,

ambient light sensor and a 4-bit port extender.

Note: The modem can be master only. For I2C commands and settings for modem controlled

I2C please refer to the modem’s AT Command Set. Refer to the device command description

on how to setup the I2C protocol.

2.2.4.1 I2C Temperature Sensor

On board is the temperature sensor NXP PCT2075 accessible via I2C address 1110 101

(0x75).

2.2.4.2 I2C Ambient Light Sensor

On board is the ambient light sensor Vishay VEML6030 accessible via I2C address 0010 000

(0x10).

Note:Ambient light sensor needs to be powered by the 3.3V source from Arduino based board.

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