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Cinterion

® 

LGA DevKit User Guide

10.2 Schematics

27

lga_devkit_ug_v02

2019-05-27

Preliminary

Page 25 of 28

GND

T27A1132-80SSG0PBNA01RTC

GN

D

GN

D

GN

D

0R

2x4_HEAD_SMD

0R_np

2x4_HEAD_SMD

2x4_HEAD_SMD

GND

47k

2x4_HEAD_SMD

2x4_HEAD_SMD

100nF

GND

100nF

GND

100nF

100nF

GND

GND

100nF

GND

GND

100nF

100nF

GND

GND

100nF

SSSS811101

GND

2x8_HEAD_SMD

2x6_HEAD_SMD

GND

470k

TLV6741_np

GND

0R

74LVCH2T45GT

74LVCH2T45GT

GND

GND

74LVCH2T45GT

74LVCH2T45GT

GND

GND

74LVCH2T45GT

74LVCH2T45GT

GND

74LVCH2T45GT

74LVCH2T45GT

GND

GND

BC847

BC847

47k

47k_np

0R

GN

D

GN

D

100nF_np

GN

D

100nF

4k7

0R

0R

0R

0R

0R

100R

100R

100R

100R

100R

74LVCH2T45GT

GND

74LVCH2T45GT

GND

74LVCH2T45GT

GND

74LVCH2T45GT

GND

100nF

100nF

100nF

100nF

GND

GN

D

GN

D

G

N

D

GN

D

100nF

100nF

100nF

GN

D

GN

D

GN

D

GN

D

2x6_HEAD_SMD

_np

GND

_np

_np

_n

p

_np

33pF

33pF

33pF

33pF

33pF

0R

GND

1uF

GND

B

C

847

10k

_np

_np

BC847

GND

47k

CDBQR70

ASC0.1

ASC0.2

ASC1

DAI

LGA DevKit S+M

U$1

GND

2

ADC1_IN

4

ADC2_IN

6

GND

8

TXD2_GPIO10

10

SD_WP(GPIO8)

12

SPIDI

14

SD_DET(GPIO7)

16

SD_CMD(GPIO6)

18

SD_CLK(GPIO5)

20

I2CCLK

22

VUSB_IN

24

USC5

26

ISENSE

28

USC6

30

CCCLK

32

VSIM

34

CCIO

36

CCRST

38

CCIN

40

CCGND

42

USC4

44

USC3

46

USC2

48

USC1

50

USC0

52

BATTEMP

54

SYNC

56

RXD1

58

RXD0

60

TXD1

62

TXD0

64

VDDLP

66

VCHARGE

68

CHARGEGATE

70

GND

72

GND

74

GND

76

GND

78

GND

80

BATT+

79

BATT+

77

BATT+

75

BATT+

73

BATT+

71

VEXT

69

RING0

67

DSR0

65

RTS0

63

DTR0

61

RTS1

59

CTS0

57

CTS1

55

DCD0

53

EMERG_RST

51

IGT

49

AGND

47

MICN1

45

MICP1

43

MICP2

41

MICN2

39

EPN1

37

EPP1

35

EPP2

33

EPN2

31

VMIC

29

VSENSE

27

USB_DN

25

USB_DP

23

I2CDAT

21

SD_0(GPIO1)

19

SD_1(GPIO2)

17

SD_2(GPIO3)

15

SD_3(GPIO4)

13

SPICS

11

RXD2_GPIO9

9

TP_ENV

7

PWR_IND

5

DAC_OUT

3

GND

1

R1

CON7

1

2

3

4

5

6

7

8

R2

CON11

1

2

3

4

5

6

7

8

CON13

1

2

3

4

5

6

7

8

R24

CON10

1

2

3

4

5

6

7

8

CON9

1

2

3

4

5

6

7

8

C24

C25

C26

C27

C28

C29

C32

C33

S2

A

B

S2

CON12

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

CON14

1

2

3

4

5

6

7

8

9

10

11

12

TP7

TP8

TP9

TP13

TP14

TP15

TP19

TP20

TP21

TP22

TP23

TP24

TP25

TP26

TP27

TP28

TP29

TP30

TP31

TP32

TP33

R51

IC8

3

1

4

5

2

TP34

TP35

TP36

TP100

TP38

TP39

TP40

TP41

TP37

TP42

TP43

TP44

TP45

TP46

TP47

TP48

R15

B1

7

A1

2

IC14

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC15

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC2

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC16

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC5

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC17

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC6

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC18

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

TP1

TP2

TP3

TP49

TP50

TP51

T2A

T2B

R49

R50

R59

C58

C60

R61

R64

R65

R66

R67

R68

R69

R70

R71

R72

R73

B1

7

A1

2

IC3

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC19

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC21

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

B1

7

A1

2

IC22

DIR

5

A2

3

B2

6

VCC-A

1

VCC-B

8

GND

4

C59

C61

C62

C63

C64

C65

C66

JP6

1

2

3

4

5

6

7

8

9

10

11

12

JP7

1

2

3

4

SCL

1

VSS

2

SDA

3

VCC

4

NC

5

TP52

TP53

TP54

TP55

C67

C68

C69

C70

C71

R82

C72

T3

A

R83

TP59

TP60

T3B

R89

TP11

TP12

TP16

TP17

TP18

TP73

TP74

TP82

TP83

D4

RTS0_X100/[2]

RTS0_X100/[2]

CTS0_X100/[2]

CTS0_X100/[2]

DTR0_X100/[2]

DTR0_X100/[2]

DSR0_X100/[2]

DSR0_X100/[2]

DCD0_X100/[2]

DCD0_X100/[2]

TXD0_X100/[2]

TXD0_X100/[2]

RXD0_X100/[2]

RXD0_X100/[2]

RING0_X100/[2]

RING0_X100/[2]

CTS1_X100

CTS1_X100

EMERG_RST_X100/[1]

EMERG_RST_X100/[1]

AGND_X100

AGND_X100

MICN1_X100

MICN1_X100

MICP1_X100

MICP1_X100

MICP2_X100

MICN2_X100

EPN1_X100

EPN1_X100

EPP1_X100

EPP1_X100

EPP2_X100

EPN2_X100

VMIC_X100

VMIC_X100

I2CDAT_X100

I2CDAT_X100

SD_0_X100

SD_1_X100

SD_2_X100

SD_3_X100

SD_3_X100

SPICS_X100

RXD2_GPIO9_X100

TP_ENV_X100

DAC_OUT_X100

ADC1_IN_X100

ADC1_IN_X100

ADC2_IN_X100

TXD2_GPIO10_X100

SD_WP(GPIO8)_X100

SD_WP(GPIO8)_X100

SPIDI_X100

SD_DET(GPIO7)_X100

SD_DET(GPIO7)_X100

SD_CMD(GPIO6)_X100

SD_CMD(GPIO6)_X100

SD_CLK(GPIO5)_X100/[2]

SD_CLK(GPIO5)_X100/[2]

SD_CLK(GPIO5)_X100/[2]

I2CCLK_X100

I2CCLK_X100

USC5_X100

USC6_X100

CCIN_X100/[1]

USC4_X100

USC3_X100

USC3_X100

USC2_X100

USC2_X100

USC1_X100

USC1_X100

USC0_X100

USC0_X100

SYNC_X100

SYNC_X100

RXD1_X100

RXD1_X100

TXD1_X100

TXD1_X100

RTS1_X100

RTS1_X100

AGND/[1]

AGND/[1]

VMIC/[1]

VMIC/[1]

MICN1/[1]

MICN1/[1]

EPP1/[1]

EPP1/[1]

EPN1/[1]

EPN1/[1]

MICP1/[1]

MICP1/[1]

I2CCLK/[2]

I2CDAT/[2]

ADC1/[1]

FSDAI/[1]

RXDAI/[1]

TXDAI/[1]

GPIO8/[1]

GPIO7/[1]

GPIO6/[1]

GPIO5/[1]

GPIO4/[1]

RXD1/[1]

TXD1/[1]

CTS1/[1]

RTS1/[1]

RXD0/[1]

TXD0/[1]

CTS0/[1]

RTS0/[1]

DCD0/[1]

DTR0/[1]

DSR0/[1]

RING0/[1]

EMG_RST/[1]

CCIN/[1]

SCLKDAI/[1]

ON/[1]

ON_MODULE/[1]

X100.BATT+/[2]

RXD0@LS

RXD0@LS

TXD0@LS

TXD0@LS

CTS0@LS

CTS0@LS

RTS0@LS

RTS0@LS

DCD0@LS

DCD0@LS

DTR0@LS

DTR0@LS

RING0@LS

RING0@LS

DSR0@LS

DSR0@LS

CTS1@LS

CTS1@LS

RTS1@LS

RTS1@LS

RXD1@LS

RXD1@LS

TXD1@LS

TXD1@LS

FTDI_RESET/[2]

FTDI_RESET/[2]

V480/[2]

V480/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

VEXT_BUFF/[2]

USC3@LS

USC3@LS

USC2@LS

USC2@LS

USC1@LS

USC1@LS

USC0@LS

USC0@LS

VEXT_MODULE/[1]

VEXT_JUMPER/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

VREF/[2]

PWR_IND

PWR_IND

VCORE/[1]

BATT+/[2]

BATT+/[2]

GND_DETECT_DSB/[2]

CCCLK2/[1]

CCVCC2/[1]

CCIO2/[1]

CCRST2/[1]

CCIN2/[1]

1LS_OUT_B1

1LS_OUT_B1

1LS_OUT_B2

1LS_OUT_B2

2LS_IN_B1

2LS_IN_B1

2LS_IN_B2

2LS_IN_B2

2LS_OUT_A1

2LS_OUT_A1

2LS_OUT_A2

2LS_OUT_A2

1LS_IN_A1

1LS_IN_A1

1LS_IN_A2

1LS_IN_A2

I2C_DAT_LS/[2]

I2C_CLK_LS/[2]

+3V/[1]

LDO_OUT/[2]

MOD_ON_DET/[1]

IGT_X100/[1]

Änderung

Datum

Nam.

Datum

Name

Bear.
Gepr.

Vers.:

Blatt:

Ers. f.:

Ers. d.:

BG:

A

B

C

D

E

F

G

H

H

G

F

E

D

C

B

A

5

2

1

1

2

3

4

5

4

3

GND

VCC

GND

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

H

L

@LS = LEVELSHIFTER

If DevKit is used as 
DSB Adapter this pin is low

Control

ASC0.1

ASC0.2

ASC1

DAI

AUDIO2

GPIO

= ENABLE RS232/LEVELSHIFTER*

= ENABLE FTDI ONBOARD

*The equivalent switch on DSB Mini 
must be set to RS232

SCLK

FS

RXDDAI

TXDDAI

PINHEADER

80 PIN INTERFACE

PATCHFIELD

LEVEL SHIFTER

POWER INDICATION CICUIT

FREE LEVELSHIFTER PATCHFIELD

FREE LEVELSHIFTER PINHEADER

EEPROM

>A=

>B=

Summary of Contents for Cinterion LGA DevKit

Page 1: ... GEMALTO COM M2M Cinterion LGA DevKit User Guide Version 02 DocId lga_devkit_ug_v02 ...

Page 2: ...GHT TO USE THE DOCUMENT THE RECIPIENT SHALL NOT COPY MODIFY DISCLOSE OR REPRODUCE THE DOCUMENT EXCEPT AS SPECIFI CALLY AUTHORIZED BY GEMALTO M2M Copyright 2019 Gemalto M2M GmbH a Thales Company Gemalto the Gemalto logo are trademarks and service marks of Gemalto and are registered in certain countries Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in ...

Page 3: ...ace Selection 11 4 7 PWR Switch Power Source Selection 11 4 8 Free Level Shifters 12 4 9 LEDs 12 4 10 Patch Field 12 4 11 RF Antenna 13 4 12 Power Supply 14 4 12 1 Supply Current Measurement 14 4 12 2 External Reference Supply 15 5 General Characteristics 16 5 1 Limits 16 5 2 Electrical Properties 16 6 Operating DevKit on DSB75 and DSB Mini 17 6 1 Quick Start Operating LGA DevKit and DSB75 17 7 Mo...

Page 4: ...Cinterion LGA DevKit User Guide Contents 28 lga_devkit_ug_v02 2019 05 27 Preliminary Page 4 of 28 9 Package Content 21 10 Appendix 22 10 1 Placement 22 10 2 Schematics 23 10 3 Errata Troubleshooting 26 ...

Page 5: ...tform modules Either one of the LGA DevKit variant SM or L needs to be ordered together with the LGA DevKit Socket leaving the option to reuse the Socket for the other LGA DevKit variant 1 1 Feature and Benefits LGA DevKit Socket supports four different module footprints for industrial industrial plus modules With LGA DevKit SM LGA106 LGA114 and LGA120 With LGA DevKit L LGA156 Future proof ready f...

Page 6: ...R LED may indicate issues that should be corrected For de tails see Section 4 9 Note By scanning the QR code at the back of the LGA DevKit you will also find further information videos and available drivers 2 1 Mounting the LGA DevKit Socket Before operating the socket has to be mounted onto the LGA DevKit with 4 screws Scanning the QR code on the DevKit s back and or the quick start guide will le...

Page 7: ...ion LGA DevKit User Guide 3 LGA DevKit Overview 27 lga_devkit_ug_v02 2019 05 27 Preliminary Page 7 of 28 3 LGA DevKit Overview 3 1 Top and Bottom View Figure 1 LGA DevKit top view Figure 2 LGA DevKit top view ...

Page 8: ...Industrial Multifootprint Power 80Pin DSB75 DSB Mini Connector ASC0 Micro USB NativeMicro USB RF Main DRX Antenna Connector On board Sim Connector Combinded Powering MCU control unit Error detection LED Footprint detection Button ON BTN Button RST BTN USB Data Module Signals Power SIM Antenna ASC0 Signal Module Signals StatusLEDS Power User Interface Connectors Power Block Logical Block Controllin...

Page 9: ...supply both USB ports should be used to improve power capabilities Note The modem s USB driver can be downloaded from the LGA DevKit s web page that can be reached by scanning the QR code 4 2 SIM On the LGA DevKit s bottom side you find a SIM card holder that is connected to the module s regular SIM interface lines except for the CCIN line where the default jumper needs to be set for CCIN at the C...

Page 10: ...s the right side corresponds to peripherals like level shifters or the DSB connector green box in Figure 5 Placing a jumper connects a line through a level shifter to the associated pin at the 2x40 pin connector at the bottom of the LGA DevKit and thus to a connected DSB75 DSB Mini See also Figure 3 Not placing a jumper leaves a module signal line open External periphery can also be connected to a...

Page 11: ...le Please note that this functionality is only available if the default jumper is set for EMERG_RST at the CONTROL pin headers see Section 4 3 4 6 ASC0 Switch Module UART Interface Selection The ASC0 switch selects the module s UART communication interface either via USB VCP FTDI232R or via RS232 D Sub interface on the DSB75 DSB Mini Changing this from USB to RS232 during operation resets the FTDI...

Page 12: ...ifters are accessible close to the patch field as well with the reference Vext and Vref The Vref related lev el shifter connections can also be accessed via four addi tional pads at the left bottom side of the LGA DevKit where additional pins may be soldered Attention You will lose your warranty if the patch field was soldered used Figure 7 Patch field RED Blinking continuously Module is inserted ...

Page 13: ...N and DRX can used for radio transmission The GNSS interface is supported by an U FL connector named GPS All antenna interfaces have additional ESD protection implemented Figure 8 S11 MAIN antenna module RF pad and S21 MAIN antenna RF loss The LGA DevKit package includes a broad band high efficiency PCB antenna that can be used with the DevKit for all radio band combinations Figure 9 Antenna S11 ...

Page 14: ...the power has been reset As a recommendation the LGA DevKit should be supplied with 5V 1A over one or two USB ports The onboard bypass capacitors should buffer enough energy to support short 2G peak currents up to 2 5A 4 12 1 Supply Current Measurement The LGA DevKit supports three methods to measure the current consumption of the inserted module Measure the voltage across the on board 100 mOhm sh...

Page 15: ...ternal reference voltage may be connected By default i e without an external reference voltage connected the interface operates at 3V to meet the DSB75 DSB Mini requirements But if it is required to operate the interface at another voltage an external source in the range between 1 2V 5V can be connected to REF IN and GND as shown in Figure 11 Figure 11 External reference supply and pin header for ...

Page 16: ...te maximum ratings Parameter Min Max Unit Voltage on USB ports 0 3 5 5 V Voltage on DSB port 0 3 5 5 V Voltage on signal pin header depending on used module 0 3 2 1 V Current signal pin header depending on used module 10 10 mA Voltage on external reference 0 3 6 V Socket single contact continues current 2 A Table 2 Operating conditions Parameter Min Max Unit Recommended operating condition Supply ...

Page 17: ... select the first UART If you select RS232 the modules ASC0 is conducted to the DSB and can be accessed on the D SUB connector If you select USB the UART can be accessed via USB VCP port Note that the USB VCP bridge will be in reset state while RS232 is activated As a conse quence the interface is de enumerated on host side Please refer to Section 10 3 for a DSB Mini patch needed to operate ASC0 o...

Page 18: ...t Therefore please connect IO25 and VEXT via a jumper 7 2 EHS5 6 8 Operation Some early samples of EHS5 6 8 require the AUTO_ON circuit For these samples please con nect A_ON to GND or else the module will not start 7 3 EMS31 Operation EMS31 V requires a pull up resistor for the SIM interface Please use the SIM switch setting mentioned in Section 4 2 7 4 ENS22 Operation With ENS22 the white ON LED...

Page 19: ...New document Cinterion LGA DevKit User Guide v02 New document Cinterion LGA DevKit User Guide v01 8 2 Related Documents 1 Hardware Interface Description for your Gemalto M2M module 2 AT Command Set for your Gemalto M2M module To visit the Gemalto M2M website you can use the following link http www gemalto com m2m Chapter What is new Throughout document Revised document Chapter What is new Initial ...

Page 20: ...LGA DevKit 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 LGA DevKit must be properly trained in electronics and observe good engineer ing practice standards Pacemaker patients are advised to k...

Page 21: ...0 Base PCB for the industrial platform modules USB and SMA cable An ultra wideband high efficiency antenna A bag of jumpers 25pcs A quick start guide Cinterion LGA DevKit L Ordering number L30960 N0112 A100 Base PCB for the industrial plus platform modules USB and SMA cable An ultra wideband high efficiency antenna A bag of jumpers 25pcs A quick start guide Cinterion LGA DevKit Socket SM L Orderin...

Page 22: ...2 C53 C57 C58 C59 C60 C61 C62 C63 C64 C65 C66 C67 C68 C69 C70 C71 C72 C73 C74 C75 C76 C77 C78 CON8 D1 D2 D3 D5 IC1 IC2 IC3 IC4 IC5 IC6 IC 7 IC8 IC9 IC10 IC11 IC14 IC15 IC16 IC17 IC18 IC19 IC20 IC21 IC22 IC99 JP1 JP7 L28 L29 L30 L31 L32 L33L34 L35 LED7 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 R21 R22 R23 R24 R25 R27 R28 R29 R30 R31 R32 R33 R34 R35 R36 R37 R38 R39 R40 R...

Page 23: ...0_D4 2 GND VCC 4 3 IC9B GND VCC 18 16 IC9C R87 R88 TP57 TP61 R96 S1 A B R97 T15B R98 TP66 TP75 TP77 TP78 TP79 TP80 VOUT 5 VIN 1 EN 3 GND 2 BP 4 IC11 C75 C76 C77 C78 R99 LED9 R100 R101 D5 R103 CON2 GND GND CON3 GND GND TP4 TP5 TP6 TP10 T17A 5 3 4 T15A GND 2 GND 2 GND 2 ANT_GPS ANT_GPS AGND 3 AGND 3 VMIC 3 VMIC 3 MICN1 3 MICN1 3 EPP1 3 EPP1 3 EPN1 3 EPN1 3 MICP1 3 MICP1 3 I2CCLK 2 I2CCLK 2 I2CDAT 2 ...

Page 24: ...T5B 2 6 1 3 1 5 4 2 T10 T14A T14B R26 T11B T11A JP2 1 2 3 4 5 6 7 8 9 10 FLT 6 DVDT 1 EN UVLO 2 GND 8 2 ILM 7 IN 3 2 OUT 5 T6 3 1 5 4 2 T16 3 1 5 4 2 C57 R57 LED6 R63 IC10 IN 9 2 EN 7 GND 5 2 OUT 1 2 FB 3 SS 6 PB 4 R75 5 3 4 T1A 2 6 1 T1B R76 R77 R78 R79 R80 R81 C73 C74 D2 D1 R84 R85 CON17 P 1 P 2 P 3 P 4 P 5 P 10 P 6 2 P 8 2 P 11 CON18 P 1 P 2 P 3 P 4 P 5 P 10 P 6 2 P 8 2 P 11 R60 R86 R90 R91 R92...

Page 25: ...2 3 B2 6 VCC A 1 VCC B 8 GND 4 C59 C61 C62 C63 C64 C65 C66 JP6 1 2 3 4 5 6 7 8 9 10 11 12 JP7 1 2 3 4 SCL 1 VSS 2 SDA 3 VCC 4 NC 5 TP52 TP53 TP54 TP55 C67 C68 C69 C70 C71 R82 C72 T3A R83 TP59 TP60 T3B R89 TP11 TP12 TP16 TP17 TP18 TP73 TP74 TP82 TP83 D4 RTS0_X100 2 RTS0_X100 2 CTS0_X100 2 CTS0_X100 2 DTR0_X100 2 DTR0_X100 2 DSR0_X100 2 DSR0_X100 2 DCD0_X100 2 DCD0_X100 2 TXD0_X100 2 TXD0_X100 2 RXD...

Page 26: ... RF path loss right of the PCB s B22 revision Radio Temperature Measurement The LGA DevKit comes with minor limitations in terms of radio frequency and temperature eval uation because of a slightly increased RF path loss and module temperature encapsulation in side the LGA socket PCB22 23 with DSB Mini as Expander Board ON LED When the DSB Mini is used as port expander there is a current back feed...

Page 27: ...ules with bold lettering QUALCOMM e g EXS81 or wrongly positioned RohS sym bol e g ELS61 81 on the module s bottom side might be detected as a wrong footprint and will therefore not be powered up This limitation will be fixed in an upcoming version PCB B22 Error LED TXD0 LED The LGA DevKit s PCB revision B22 has a softly glowing error LED Also when no module is inserted the TXD0 LED glows softly T...

Page 28: ...entity modules security solutions and licensing and monetization solutions to streamline development timelines and provide cost efficiencies that improve the bottom line As an experienced software provider we help customers manage connectivity security and quality of service for the long lifecycle of IoT solutions For more information please visit www gemalto com m2m www facebook com gemalto or Fo...

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