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Telit EVK4

HW User Guide\

0805 Rev. 6

Page

2017-05-19

NOTE:

(*) Is strongly recommended power the EVK4-LE910 V1/V2 product variant
through an USB3.0 port instead of USB2.0 to avoid unexpected reset issues
of the entire system.

Power Consumption

Mode

Average

(mA)

Mode Description

Switched Off

0.095

Module supplied but switched off

Sandalone mode

54.2mA

Full funcionality of the device. xE910

idle

(

GPS enabled, tracking mode)

Sending data mode

494.1mA

xE910 module in Tx/Rx mode. Data

Standalone mode

14.1mA

Full funcionality of the device. xE910

idle

Sending data mode

534.2mA

xE910 module in Tx/Rx mode. Data

(GPS enabled, tracking mode)

Booster pack mode

36.5mA

(Idle, Without SIM)

BoosterPack Mode

36.2mA

(Idle, SIM, SW202/SW203 ON)

BoosterPack Mode

22.3mA

Idle, SIM, SW202/SW203 OFF

BoosterPack Mode

(Running Windows IoT)

91.7mA

Idle, SIM, RPi idle

BoosterPack Mode

(Running Windows IoT)

128.2mA

Idle, SIM, GPS, RPi idle

BoosterPack Mode

(Running Windows IoT)

257.9mA

Idle, SIM, GPS, RPi idle, HDMI-

Display

BoosterPack Mode

MSP-EXP430F5529LP

(Running LED's App)

41.3mA

Idle, SIM,

Launchpad_EXP430F5529LP

BoosterPack Mode

MSP-EXP430F5529LP

(Running LED's App)

81.9mA

Idle, SIM, GPS,

Launchpad_EXP430F5529LP

BoosterPack Mode

MSP-EXP432P401R (Running

LED's App)

110.5mA

Idle, SIM,

Launchpad_EXP432P401R

BoosterPack Mode

MSP-EXP432P401R (Running

LED's App)

157.4mA

(Idle, SIM, GPS,

Launchpad_EXP432P401R

Summary of Contents for EVK Series

Page 1: ... 04 2016 Mod 0805 2016 08 Rev 5 TELIT EVK 3G 4G IoT Development Kit HW User Guide 1VV0301381 Rev 1 2017 05 25 ...

Page 2: ... copyrighted material including the exclusive right to copy reproduce in any form distribute and make derivative works of the copyrighted material Accordingly any copyrighted material of Telit and its licensors contained herein or in the Telit products described in this instruction manual may not be copied reproduced distributed merged or modified in any manner without the express written permissi...

Page 3: ...es IV Trademarks TELIT and the Stylized T Logo are registered in Trademark Office All other product or service names are the property of their respective owners V Third Party Rights The software may include Third Party Right software In this case you agree to comply with all terms and conditions imposed on you in respect of such separate software In addition to Third Party Terms the disclaimer of ...

Page 4: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 4 of 49 2017 05 19 APPLICABILITY TABLE PRODUCTS EVK4 HE910 GL SERIES EVK4 LE910 NA1 SERIES EVK4 LE910 EU1 SERIES ...

Page 5: ...CONTENTS 5 1 INTRODUCTION 8 Scope 8 Audience 8 Contact Information Support 8 Text Conventions 9 Related Documents 10 2 OVERVIEW 11 3 DESCRIPTION 12 EVK4 Kit Content 12 The below table contains the EVK4 kitting parts 12 Evaluation Board 13 3 2 1 Mechanical Characteristics 13 4 POWER SUPPLY 14 Power Supply Requirements 14 4 1 1 External DC power supply J9 Barrel Connector 14 4 1 2 USB power supply J...

Page 6: ...RT1 xE910 USIF0 23 Push Switch1 SW203 24 Push Switch2 SW202 24 Potentiometer1 POT1 25 Booster Pack ADC VREF 26 7 OPTICAL INDICATORS 27 LEDs description 27 Programmable LEDs 28 Charge Status LED 28 8 SENSORS 29 I C Bus 29 List of Sensors Battery Monitor 29 Sensor Interrupt Lines 29 9 MISCELANEOUS 30 Potentiometers 30 Push Button Switches 30 10 UART1 USIF0 31 11 STANDALONE BUNDLING JUMPER CONFIGURAT...

Page 7: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 7 of 49 2017 05 19 15 ACRONYMS 46 16 DOCUMENT HISTORY 48 ...

Page 8: ...eral contact technical support services technical questions and report documentation errors contact Telit Technical Support at TS EMEA telit com TS AMERICAS telit com TS APAC telit com TS SRD telit com Alternatively use http www telit com support For detailed information about where you can buy the Telit modules or for recommendations on accessories and components visit http www telit com Our aim ...

Page 9: ...d or catastrophic equipment failure or bodily injury may occur Caution or Warning Alerts the user to important points about the device if these points are not followed the module and end user equipment may fail or malfunction Tip or Information Provides advice and suggestions that may be useful while using the device ...

Page 10: ... Page 10 of 49 2017 05 19 Related Documents AT Commands Reference Guides of the xE910 modules Hardware User Guide of TI Launchpad add on boards Hardware User Guide of Arduino add on boards Hardware User Guide of Raspberry Pi2 Pi3 boards ...

Page 11: ...ion along with the interface of add on boards being useful for developing an IoT hardware prototyping as fast as possible NOTE EN The combination of the EVK4 with the add on boards shall be done according to the configuration described in this manual The information presented in this document is believed to be accurate and reliable However no responsibility is assumed by Telit Communications S p A...

Page 12: ...g parts Figure 3 1 Rapid IoT Development Kit Description Quantity EVK4 Board 1 Cellular Antenna 1 GPS GLONASS Antenna 1 USB Type B cable 1 Serial cable 1 AC DC power adapter 1 Telit IoT Connectivity SIM 1 Quick Start Guide 1 Table 1 NOTE The EVK4 LE910 V1 V2 product variant comes with two LTE antennas for main and diversity RF input ...

Page 13: ...elit EVK4 HW User Guide 0805 Rev 6 Page 13 of 49 2017 05 19 Evaluation Board Figure 3 2 EVK4 Board 3 2 1 Mechanical Characteristics Length 4 33 in 110 00 mm Width 3 70 in 94 00 mm Height 1 10 in 28 00 mm ...

Page 14: ...wer Supply Value Nominal Supply Voltage 5V Normal Operating Voltage Range 4 4V 5 25V Max Current Consumption USB2 0 0 5A Max Current Consumption USB3 0 1 5A 4 1 3 Polymer Lithium Ion Battery PL701 Connector Power Supply Value Nominal Supply Voltage 3 7V Normal Operating Voltage Range 3 1V 4 2V Battery capacity 1000mAH NOTE 1 The Operating Voltage Range MUST never be exceeded If the voltage drop is...

Page 15: ...10 module in Tx Rx mode Data GPS enabled tracking mode Booster pack mode 36 5mA Idle Without SIM BoosterPack Mode 36 2mA Idle SIM SW202 SW203 ON BoosterPack Mode 22 3mA Idle SIM SW202 SW203 OFF BoosterPack Mode Running Windows IoT 91 7mA Idle SIM RPi idle BoosterPack Mode Running Windows IoT 128 2mA Idle SIM GPS RPi idle BoosterPack Mode Running Windows IoT 257 9mA Idle SIM GPS RPi idle HDMI Displ...

Page 16: ... to match the position of the EVK4 connectors making sure that the pin headers are vertically aligned upon among connectors upon insertion Texas Instruments Launchpad A variety of Booster Pack plug in modules are supported through the 40 pin headers P801 and P802 For more information about the standard and specific pinout of every Launchpad circuit board go to http www ti com lsds ti tools softwar...

Page 17: ...spberry Pi 2 Figure 5 5 RPi board insertion Figure 5 6 2x USB A ports NOTE 1 Remove the standoff H1 to have access to the 2x USB A ports that are on the right side of the Raspberry Pi board 2 The Raspberry Pi 1 Model A and B are also supported since the pinout of the first 26 GPIO pins is the same than the 40 pin header however an extender ribbon cable would be needed to avoid any mechanical inter...

Page 18: ...standard and specific pinout of every Arduino board type go to http www arduino org products boards Figure 5 7 Arduino stacked on bottom Figure 5 8 Stacked on top and bottom 5 3 1 Arduino UNO Form Factor Boards Be careful upon inserting the small Arduino boards like the UNO or Zero since there is a mechanical issue with the P801 header due to the height of some components like with the Arduino UNO...

Page 19: ...017 05 19 Figure 5 9 Mechanical issue with P1 Header The EVK4 product box contains an Arduino header kit 3x8 and 1x10 pin header extensions to extend the pin length Please insert the set of headers before connect the board as shown in the below pictures ...

Page 20: ...rduino header extensions Figure 5 11 Arduino UNO stacked Figure 5 12 Functional solution Arduino UNO NOTE Each add on board has its own GPIO configuration thus make sure to perform a proper setup along with the correct jumper placement to avoid a malfunctioning of the system ...

Page 21: ...on allows the cellular module be the host processor typical application design Figure 6 1 Jumper setting for Standalone Mode 6 1 2 Booster Pack Mode PL203 Jumper This configuration allows an external microcontroller to be the host processor Setting the EVK4 in Booster Pack mode will enable the TI Launchpad Raspberry Pi 2 and Arduino host boards to control the EVK4 ...

Page 22: ...9 Figure 6 2 Jumper setting for Booster Pack Mode I C Bus PL202 This jumper selects which master drives the I C lines thus selecting the I C bus master Jumper Position Description 1 2 I C driven by an external microcontroller 2 3 I C driven by the xE910 module ...

Page 23: ...ted to the RS232 DB9 connector or if it is routed to a UART on an external microcontroller Jumper Position Description 1 2 Connects the USIF0 to the external microcontroller headers This is the typical position for Booster Pack mode 2 3 Connects the USIF0 to the RS232 DB9 connector This is the typical position for Standalone mode Figure 6 4 Jumper setting to type AT commands through the PC connect...

Page 24: ...pose interrupt pin GPI1 on the external microcontroller 2 3 Connects SW203 to the xE910 module Figure 6 5 Jumper setting to connect the SW203 output to the xE910 module Push Switch2 SW202 PL207 This jumper connects the digital output of push switch 2 1 logic or 0 logic to either the xE910 module or an external microcontroller Jumper Position Description 1 2 Connects SW202 to a general purpose inte...

Page 25: ...cts potentiometer 1 to either the xE910 module or an external microcontroller Jumper Position Description 1 2 Connects POT1 to an external ADC on the microcontroller headers 2 3 Connects POT1 to the ADC_IN1 input on xE910 module NOTE POT2 is useless in Standalone mode because the xE910 module only has one ADC Figure 6 7 Jumper setting to connect the POT1 to the xE910 module ...

Page 26: ...s jumper selects the external voltage reference for the POT1 and POT2 Jumper Position Description 1 2 Source 5V for the Analog reference AVCC 2 3 Source 3 3V for the Analog reference AVCC Figure 6 8 Jumper setting to select 3 3V as VREF for the ADC NOTE The Voltage Reference for the ADC has no effect in Standalone mode ...

Page 27: ...determine whether or not the xE910 module is powered on 203 Blue Built in GPS Status General Purpose 204 Yellow General Purpose 205 Red General Purpose 501 Blue PPS SL869 701 Green Battery Charge Status PG 702 Yellow Battery Charge Status CHG Can be programmable only in Standalone mode Type the AT GPIO 1 0 2 for enable Network Status LED Only available for the LE910 V2 HE910 GL and UE910 variants ...

Page 28: ...PIO_08 J4 40 P802 1 GPIO20 PL901 38 IO13 PL1006 6 204 GPIO_09 J4 39 P802 3 GPIO18 PL901 12 IO12 PL1006 5 205 GPIO_10 J4 38 P802 5 GPIO21 PL901 40 IO10 PL1006 3 Can be programmable only in Standalone mode Charge Status LED The LED701 and LED702 will have the following behavior upon charging the Li Pol battery Charge status LED701 PG green LED702 CHG yellow 1 st Charge ON Refresh charge OFF OVP OFF ...

Page 29: ... Monitor Part Number Description LSM6DS3 Accelerometer Gyro Temperature Sensor U403 HDC1080 Humidity Sensor U401 LPS25H Pressure Sensor U402 LC709203F Battery monitor U702 OPT3001DNP Optical Sensor U406 NOTE Some sensors are not populated by default Ask to the technical support for the complete BOM if you want to mount the sensors Sensor Interrupt Lines The LSM6DS3 and LPS25H and OPT3001DNP have a...

Page 30: ... 2 P801 3 N A PL901 35 ADC0 PL1002 1 POT2 N A J1 6 P801 11 N A PL901 37 ADC1 PL1002 2 Guidelines Push Button Switches The EVK4 has two push button switches that are latched On On to set a 1 logic or 0 logic The PL208 and PL207 jumpers should be configured based on the mode of operation Refer to chapter 6 4 and 6 5 Switch xE910 Standalone Mode TI Launchpad Headers P801 P802 Raspberry Pi Header PL90...

Page 31: ... xE910 module through the UART1 UART xE910 Standalone Mode TI Launchpad Headers P801 P802 Raspberry Pi Header PL901 Arduino Headers PL1001 PL1007 TX TXD J1 3 P801 5 GPIO15 PL901 10 RXD PL1005 1 RX RXD J1 4 P801 7 GPIO14 PL901 8 TXD PL1005 2 RTS RTS J2 14 P802 14 GPIO8 PL901 24 IO6 PL1005 5 CTS CTS J2 12 P802 18 GPIO25 PL901 22 IO4 PL1005 7 ...

Page 32: ...ATION In order to use the Board in STAND ALONE or BOOSTERPACK configurations the jumpers should be configured as follow COMPONENT STANDALONE BOOSTERPACK PL203 2 3 1 2 PL202 2 3 1 2 PL208 2 3 1 2 PL207 2 3 1 2 PL206 2 3 1 2 PL304 2 3 1 2 PL303 2 3 1 2 Figure 11 1 STANDALONE complete jumpers configuration ...

Page 33: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 33 of 49 2017 05 19 Figure 11 2 BOOSTERPACK complete jumpers configuration ...

Page 34: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 34 of 49 2017 05 19 12 SCHEMATICS EVK4_MAIN ...

Page 35: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 35 of 49 2017 05 19 HE910 GL_MODULE ...

Page 36: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 36 of 49 2017 05 19 EXTERNAL_PORTS ...

Page 37: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 37 of 49 2017 05 19 SENSORS ...

Page 38: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 38 of 49 2017 05 19 GPS_SL869 ...

Page 39: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 39 of 49 2017 05 19 DC_DC_POWER_SUPPLY ...

Page 40: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 40 of 49 2017 05 19 BATTERY_CHARGER_MONITOR ...

Page 41: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 41 of 49 2017 05 19 TI_LAUNCHPAD_HEADER ...

Page 42: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 42 of 49 2017 05 19 RASPBERRY_PI_HEADER ...

Page 43: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 43 of 49 2017 05 19 ARDUINO_HEADER ...

Page 44: ...ent The xE910 module populated on the EVK4 complies with Part 15 of the FCC Rules and Industry Canada licence exempt RSS standard s Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference that may cause undesired operation of the device Le module xE910 installé sur l EVK4 est conforme aux CN...

Page 45: ...efully the instruction for its use Do not insert or remove the SIM when the product is in power saving mode The system integrator is responsible for the functioning of the final product therefore care has to be taken to the external components of the module as well as any project or installation issue because the risk of disturbing the GSM network or external devices or having impact on the securi...

Page 46: ...band Code Division Multiple Access HSDPA High Speed Downlink Packet Access HSUPA High Speed Uplink Packet Access LTE Long Term Evolution GPS Global Position System GNSS Global Navigation Satellite System UART Universal Asynchronous Receiver Transmitter SIM Subscriber Identification Module I C Inter Integrated Circuit SDA Serial Data I C SCL Serial Clock I C ADC Analog Digital Converter DAC Digital...

Page 47: ...Slave Output CLK Clock MRDY Master Ready SRDY Slave Ready CS Chip Select RTC Real Time Clock PCB Printed Circuit Board ESR Equivalent Series Resistance VSWR Voltage Standing Wave Radio LED Light Emitting Diode RS 232 Standard for Serial Communication transmission of data POT Potentiometer SMA SubMiniature version A connector EVK Telit Evaluation Kit RPi Raspberry Pi TI Texas Instruments ...

Page 48: ...Telit EVK4 HW User Guide 0805 Rev 6 Page 48 of 49 2017 05 19 16 DOCUMENT HISTORY Revision Date Changes 0 2016 10 26 First issue ...

Page 49: ... 04 2016 Mod 0805 2016 08 Rev 5 ...

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