Fibocom Wireless MA510GL User Manual

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FIBOCOM MA510-GL Series Hardware User Manual Page 1 of 66

69100.1000.00.02.61.34_DEMO"

FIBOCOM MA510-GL Series Hardware User Manual

Version: V1.0.2 Date: 2019-08-19

FIBOCOM MA510-GL Series Hardware User Manual Page 2 of 66

Applicability type

No.

Product model

Power supply voltage range

MA510-GL

3.3V~4.5V

FIBOCOM MA510-GL Series Hardware User Manual Page 3 of 66

excerpt, copy any part of or the entire document, or transmit the document in any form.

Notice

The document is subject to update from time to time owing to the product version upgrade or other reasons. Unless otherwise specified, the document only serves as the user guide. All the statements, information and suggestions contained in the document do not constitute any explicit or implicit guarantee.

Trademark

The trademark is registered and owned by Fibocom Wireless Inc.

FIBOCOM MA510-GL Series Hardware User Manual Page 4 of 66

Versions

Version

Author

Assessor

Approver

Update Date

Description

V1.0.0

Guzhaoqiang

Tumin

Chenguojiang

2019-07-16

Initial version

V1.0.1

Gaoying

Tumin

Chenguojiang

2019-07-30

Update RF parameters Update some description

V1.0.2

WangNingNing GaoWenSheng

LiuKe

2019-08-19

Update power consumption data Update Power on times Pin definition standardization

V1.0.3

WangNingNing GaoWenSheng

LiuKe

2019-10-11

SIM card hot swap function update VBUS voltage range update

FIBOCOM MA510-GL Series Hardware User Manual Page 5 of 66

Content

Versions ......................................................................................................................................... 4

Content .......................................................................................................................................... 5

Figure Index .................................................................................................................................. 8

Table Index .................................................................................................................................... 9

1 Introduction........................................................................................................................... 11

1.1 Document Introduction ..........................................................................................................11

1.2 Safety Precautions ................................................................................................................11

2 Product Overview ................................................................................................................. 12

2.1 Product Introduction ............................................................................................................. 12

2.2 Submodel Difference ............................................................................................................ 12

2.3 Product Specification ............................................................................................................ 12

2.4 Functional Diagram .............................................................................................................. 13

2.5 Evaluation Board .................................................................................................................. 14

2.6 CE Statement ....................................................................................................................... 14

3 Pin Description ..................................................................................................................... 16

3.1 Pin Assignment .................................................................................................................... 16

3.2 Pin function ................................................................ .......................................................... 17

4 Operating mode .................................................................................................................... 22

5 Electrical characteristics ..................................................................................................... 23

5.1 Absolute Maximum Ratings .................................................................................................. 23

5.2 Rated voltage ................................ ................................................................ ....................... 23

5.2.1 Power supply design requirements .......................................................................................... 23

5.3 Logic level ............................................................................................................................ 25

5.4 Power consumption .............................................................................................................. 25

6 Functional interface ............................................................................................................. 28

6.1 Control interface ................................................................................................................... 28

6.1.1 Power on................................................................................................................................... 28

6.1.2 Power off ................................................................................................................................... 29

6.1.3 Module reset ............................................................................................................................. 30

6.2 Network status indicate interface .......................................................................................... 31

6.2.1 Interface status description ...................................................................................................... 32

6.3 SIM card interface ................................................................................................................ 32

FIBOCOM MA510-GL Series Hardware User Manual Page 6 of 66

6.3.1 SIM pin definition ...................................................................................................................... 32

6.3.2 SIM interface circuit .................................................................................................................. 33

6.3.3 SIM design requirements ......................................................................................................... 35

6.4 USB interface ................................ ................................................................ ....................... 35

6.4.1 USB Pin definition ..................................................................................................................... 35

6.5 UART Interface ..................................................................................................................... 36

6.5.1 UART interface definition.......................................................................................................... 36

6.5.2 UART port application .............................................................................................................. 37

6.6 I2C Interface......................................................................................................................... 38

6.7 ADC interface ....................................................................................................................... 38

6.8 IIS digital audio interface ...................................................................................................... 39

6.8.1 Digital audio interface definition ............................................................................................... 39

6.8.2 Interface application ................................................................................................................. 39

6.9 Antenna tuner interface ........................................................................................................ 39

6.10 Other interfaces .................................................................................................................... 40

7 Low power consumption ..................................................................................................... 41

7.1 Airplane mode ...................................................................................................................... 41

7.2 Sleep mode .......................................................................................................................... 41

7.2.1 USB sleep ................................................................................................................................. 41

7.2.2 UART Application (ATS24 Command ) .................................................................................... 42

7.2.3 UART1_DTR/WAKEUP_IN level control sleep ........................................................................ 42

7.3 Wake Introduction ................................................................................................................ 42

7.3.1 Module is awakened ................................................................................................................. 42

7.3.2 The host is woken up ............................................................................................................... 43

7.4 PSM ..................................................................................................................................... 43

7.5 DRX ..................................................................................................................................... 44

7.6 eDRX ................................................................................................................................... 44

8 RF interface ........................................................................................................................... 45

8.1 Operating band .................................................................................................................... 45

8.2 Output power ........................................................................................................................ 46

8.3 Receive Sensitivity ............................................................................................................... 47

8.4 GNSS Receiver .................................................................................................................... 47

8.5 Antenna design .................................................................................................................... 48

8.5.1 Antenna index ........................................................................................................................... 48

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8.5.2 Antenna reference design ........................................................................................................ 50

9 Reliability .............................................................................................................................. 52

9.1 Environment temperature range ........................................................................................... 52

9.2 Environmental reliability requirements .................................................................................. 52

9.3 ESD characteristics .............................................................................................................. 53

10 Structure specification .................................................................................................. 54

10.1 Product appearance ............................................................................................................. 54

10.2 Structure dimension.............................................................................................................. 54

10.3 PCB Soldering Pad and Stencil Design ................................................................................ 55

10.4 SMT ..................................................................................................................................... 55

10.5 Carrier and storage .............................................................................................................. 55

11 Approval .......................................................................................................................... 56

12 Default information ........................................................................................................ 57

12.1 Serial Port Default Settings .................................................................................................. 57

12.2 Low power mode default setting ........................................................................................... 57

13 Appendix ......................................................................................................................... 57

13.1 GPRS and EGPRS Encoding Scheme ................................................................................. 57

13.2 Terms and acronyms ............................................................................................................ 59

13.3 Related Document................................................................................................................ 61

13.4 Reference Standards ............................................................................................................ 62

13.5 Contact ................................................................................................................................. 62

14 Warnning ......................................................................................................................... 63

FIBOCOM MA510-GL Series Hardware User Manual Page 8 of 66

Figure Index

Figure 2-1 Functional Diagram ............................................................................................................ 14

Figure 3-1 Pin Assignment .................................................................................................................. 16

Figure 5-1 Recommend Power Design ............................................................................................ 24

Figure 5-2 Power Limit ........................................................................................................................ 25

Figure 6-1 OC Drive Power on Reference Circuit ............................................................................... 28

Figure 6-2 Button Switch Power on Reference Circuit ....................................................................... 29

Figure 6-3 Power on Timing ................................................................................................................ 29

Figure 6-4 Power off Timing ................................................................................................................ 30

Figure 6-5 OC Driven Reset Reference Circuit .................................................................................. 31

Figure 6-6 Button Reset Reference Circuit ......................................................................................... 31

Figure 6-7 Reset Timing ...................................................................................................................... 31

Figure 6-8 Network Indicate Light Reference Circuits ........................................................................ 32

Figure 6-9 (U)SIM Card Connector without Detection Signal Reference Circuit ................................ 34

Figure 6-10 UART Level Translate Reference 1 ................................................................................. 37

Figure 6-11 UART Level Translate Reference 2 ................................................................................. 38

Figure 6-12 Audio interface Reference Design ................................................................................... 39

Figure 8-1 Main and diversity Antenna Reference Circuit .................................................................. 50

Figure 8-2 Passive GNSS Antenna Reference Circuit........................................................................ 50

Figure 8-3 Active GNSS Antenna Reference Circuit........................................................................... 51

Figure 9-1 Environment Temperature Range...................................................................................... 52

Figure 10-1 Product Appearance ........................................................................................................ 54

Figure 10-2 Structure Dimension (Unit: mm) ...................................................................................... 54

FIBOCOM MA510-GL Series Hardware User Manual Page 9 of 66

Table Index

Table 2-1 Submodel difference ...................................................................................................................... 12

Table 2-2 Product Specification ...................................................................................................................... 13

Table 3-1 I/O Description Parameters ............................................................................................................ 17

Table 3-2 Pin function description .................................................................................................................. 21

Table 4-1 MA510-GL offers five Operating modes ......................................................................................... 22

Table 5-1 Limit voltage range ......................................................................................................................... 23

Table 5-2 Power Interface .............................................................................................................................. 23

Table 5-3 Capacitance Design Description of External Power Supply Circuit ............................................... 24

Table 5-4 IO Logic Level ................................................................................................................................ 25

Table 5-5 Power Consumption ....................................................................................................................... 27

Table 6-1 Control Signal ................................................................................................................................. 28

Table 6-2 Power off ........................................................................................................................................ 30

Table 6-3 Reset .............................................................................................................................................. 30

Table 6-4 Network Statue Indicate ................................................................................................................. 31

Table 6-5 Network Indicate Light Work Status ............................................................................................... 32

Table 6-6 (U) SIM Card Pin ............................................................................................................................ 33

Table 6-7 (U) SIM Card Hot Plug Function Configuration .............................................................................. 34

Table 6-8 (U) SIM_PRESENCE Effective Level Switched ............................................................................. 35

Table 6-9 USB Pin Definition .......................................................................................................................... 36

Table 6-10 Serial Port 1 .................................................................................................................................. 37

Table 6-11 Serial Port 2 .................................................................................................................................. 37

Table 6-12 Serial Port 3 .................................................................................................................................. 37

Table 6-13 I2C Interface ................................................................................................................................. 38

Table 6-14 ADC Pin Definition ........................................................................................................................ 38

Table 6-15 Digital Audio Interface .................................................................................................................. 39

Table 6-16 Antenna tuned interface ............................................................................................................... 39

Table 6-17 Other Interfaces ............................................................................................................................ 40

Table 7-1 VBUS control sleep state configuration table ................................................................................. 41

Table 7-2 Serial port sleep command configuration example ........................................................................ 42

Table 8-1 RF Interface .................................................................................................................................... 45

Table 8-2 Operating Band .............................................................................................................................. 46

Table 8-3 Output Power.................................................................................................................................. 46

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Table 8-4 Receive Sensitivity ......................................................................................................................... 47

Table 8-5 GNSS Specification ........................................................................................................................ 48

Table 8-6 Main Antenna Requirements .......................................................................................................... 50

Table 9-1 Environment Temperature Range .................................................................................................. 52

Table 9-2 Environmental Reliability Requirements ........................................................................................ 53

Table 9-3 ESD Allowable Discharge Range ................................................................................................... 53

Table 11-1 Approval ........................................................................................................................................ 56

Table 13-1 GPRS Encoding Scheme ............................................................................................................. 57

Table 13-2 Multilevel Multislot Allocation ........................................................................................................ 58

Table 13-3 EGPRS Modulation and Encoding Method ............................................................................... 59

Table 13-4 Terms and Acronyms .................................................................................................................... 61

FIBOCOM MA510-GL Series Hardware User Manual Page 11 of 66

1 Introduction

1.1 Document Introduction

This document describes the electrical characteristics, RF performance, structure size, application environment, etc. of MA510-GL module. With the assistance of the document and other instructions, the developers can quickly understand the hardware functions of the MA510-GL module and develop products.

1.2 Safety Precautions

By following the safety guidelines below, you can protect the personal safety and help protect the product and work environment from potential damage. Product manufacturers need to communicate the following safety instructions to end users. In case of failure to comply with these safety rules, Fibocom Wireless will not be responsible for the consequences caused by the user’s misuse.

Road safety first! When you drive, do not use the handheld devices even if it has a hand-free feature. Please stop and call!

Please turn off the mobile device before boarding. The wireless feature of the mobile device is not allowed on the aircraft to prevent interference with the aircraft communication system. Ignoring this note may result in flight safety issue or even breaking the law.

When in a hospital or health care facility, please be aware of restrictions on the use of mobile

devices. Radio frequency interference may cause medical equipment to malfunction, so it may be necessary to turn off the mobile device.

The mobile device does not guarantee that an effective connection can be made under any circumstances, for example, when there is no prepayment for the mobile device or the (U)SIM is invalid. When you encounter the above situation in an emergency, remember to use an emergency call, while keeping your device turned on and in areas where signal is strong.

Your mobile device receives and transmits RF signals when it is powered on. Radio interference occurs when it is near televisions, radios, computers, or other electronic devices. Keep the mobile device away from flammable gases. Turn off the mobile device when near gas stations, oil depots, chemical plants or explosive workplaces. There is a safety hazard in operating electronic equipment in any potentially explosive environment.

FIBOCOM MA510-GL Series Hardware User Manual Page 12 of 66

2 Product Overview

2.1 Product Introduction

MA510-GL series wireless module is a IOT wireless communication module that support multi-mode such as LTE, GSM (LTE Cat.M1，LTE Cat.NB1/NB2* and EGPRS). It can provide data connection at LTE-FDD, GPRS and EGPRS network. Supports GNSS (GPS/GLONASS/BeiDou).

2.2 Submodel Difference

Product model

Network type

Power supply voltage range

Note

MA510-GL

CatM+NB2*+GSM

3.3V~4.5V

Tri mode

Table 2-1 Submodel difference

2.3 Product Specification

Specification

Operating frequency LTE FDD CatM1: B1/B2/B3/B4/B5/B8/B12/B13/B14/B18/B19/B20/B25/B26/B27/B28/B66/B85

LTE FDD Cat NB1/NB2*: B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/B25/B26/B28/B66/B71/B85

GSM/GPRS/EGPRS: 850/900/1800/1900

Data transmission

LTE features

Cat.M1 Rel.14：Max UL 1119kbps，Max DL 589kbps

Cat.NB1 Rel.14：Max UL 66.6kbps，Max DL 34kbps

Cat.NB2* Rel.14：Max UL 150kbps，Max DL 136kbps

GSM features

GPRS(class33)：Max UL 85.6kbps，Max DL 107kbps EGPRS(class33)：Max UL 236.8kbps, Max DL 296kbps

GPS features

GPS/GLONASS/BDS/Galileo Power supply

MA510-GL-00

3.3V~4.5V (Recommended 3.8V)

Temperature Normal：-30°C～+75°C①

Extend：-40°C～+85°C②

Storage：-40°C～+90°C

Physical Characteristics

Package：LCC 42pin+ LGA 44Pin，86pin in total

Size：22.2 x 20.2 x 2.1 mm

FIBOCOM MA510-GL Series Hardware User Manual Page 13 of 66

Weight：1.7±0.2g

Interface

Antenna

Antenna：Main x 1、GNSS x 1

Functional Interface

SIM x 1 1.8V only

USB 2.0 x 1

UART x 3、I2S x 1、I2C x 1、GPIO x 4

System Indicator x 1

ANT_TUNER x 1

ADC x 2

Software

Protocol Stack

Support: PPP/TCP/UDP/SSL/TLS/FTP(S)/HTTP(S) protocol

AT commands

3GPP TS 27.007 and 27.005, and proprietary FIBOCOM AT

Firmware update

FOTA/USB

Voice service

Support

SMS

Support Text and PDU modes；point-to-point MO；MT; cell broadcast

MMS service

Not Support

Table 2-2 Product Specification

Note:

①

Indicates that the module can work normally within this temperature range, and the relevant

performance meets the requirements of the 3GPP standard.

②

Indicates that the module can work normally in this temperature range. The baseband and RF functions are normal, but individual indicators may exceed the scope of the 3GPP standard. When the temperature returns to the normal working range of the module, the indicators of the module will still comply with the 3GPP standard.

3. * indicates that the feature is under development.

2.4 Functional Diagram

Functional diagram shows the main hardware features of the MA510-GL series module.The Baseband

section contains:

 CPU  PMIC  Clock  Function interface

FIBOCOM MA510-GL Series Hardware User Manual Page 14 of 66

The RF section contains:

 Transceiver  RF PA  RF filter  RF switch

Figure 2-1 Functional Diagram

2.5 Evaluation Board

In order to help test and use the MA510-GL series modules, Fibocom provides evaluation boards. It include the EVK-GT8230-NL and ADP-MA510-GL-00-00. For details, please refer to the “ADP-MA510-GL Development Board Instructions” and “GT8230-NL User Manual”.

2.6 CE Statement

► EU Regulatory Conformance

Hereby, We, Manufacturer name declares that the radio equipment type MA510-GL is in compliance with the Directive 2014/53/EU.

In all cases assessment of the final product must be mass against the Essential requirements of the Directive 2014/53/EU Articles 3.1(a) and (b), safety and EMC respectively, as well as any relevant Article 3.2 requirements.

FIBOCOM MA510-GL Series Hardware User Manual Page 15 of 66

The maximum antenna gain for is 5 dBi and the antenna separation distance is 20cm.

► Declaration of Conformity(should include manufacturer contact info.)

Please added certification standard in your user manual which depended on the test standards your device performed., If the DoC should be a simplified version, please take below as reference, The full text of the EU declaration of conformity is available at the following internet address: http//www.fibocom.com.

MA510-GL is in conformity with the relevant Union harmonization legislation: Radio Equipment directive 2014 / 53 / EU with reference to the following standards applied: Health (Article 3.1(a) of Directive 2014/53/EU)

Applied Standard(s): EN 62311 : 2008

Safety (Article 3.1(a) of Directive 2014/53/EU) Applied Standard(s):

EN 60950-1: 2006 + A11: 2009 + A1: 2010 + A12: 2011 + A2: 2013

Electromagnetic compatibility (Article 3.1 (b) of Directive 2014/53/EU) Applied Standard(s):

Draft EN 301 489-1 V2.1.1 /-52 V1.1.0

Radio frequency spectrum usage (Article 3.2 of Directive 2014/53/EU) Applied Standard(s):

EN 301 908-1 V11.1.1

EN 301 908-13 V13.1.1_11.1.4(Draft)

EN 301511 V12.5.1

FIBOCOM MA510-GL Series Hardware User Manual Page 16 of 66

3 Pin Description

3.1 Pin Assignment

The MA510-GL series module is LCC+LGA package and has 86 pin in total, the pin assignment is

shown as follows:

Figure 3-1 Pin Assignment

FIBOCOM MA510-GL Series Hardware User Manual Page 17 of 66

3.2 Pin function

Symbol

Description

I/O

Input/Output

Digital Input

Digital Output

Power Input

Power Output

Analog Input

Analog Output

Open Drain

Open Collector

GND

Table 3-1 I/O Description Parameters

The pin function description of MA510-GL series module is shown as table 3-2:

Pin Num

Pin Name

I/O

Description

Power domain

Note

GND

2 GND

GND

3 MAIN_ANT

I/O

Main antenna

4 GND

GND

5 GND

GND

6 GNSS_ANT

GNSS antenna

7 GND

GND

8 GND

GND

9 VBAT

Power supply

3.8V

3.8V is Recommended

voltage

VBAT

Power supply

3.8V

USB_DM

I/O

USB2.0 difference signal -

USB_DP

I/O

USB2.0 difference signal +

FIBOCOM MA510-GL Series Hardware User Manual Page 18 of 66

Pin Num

Pin Name

I/O

Description

Power domain

Note

VDD

IO interface power domain

1.8V

80mA drive capability. Keep it floating if unused

POWER_ON

Module power on/off

1.8V

Pull down 0.55-1.7s to power on

UART1_DTR

UART1 module sleep/ wake-up control signal

1.8V

Keep it floating if unused

UART1_DSR*

I/O

UART1 data is ready

1.8V

UART1 reserved function, to be developed

UART1_DCD

UART1 module carrier detection signal output

1.8V

Keep it floating if unused 18

UART1_RXD

UART1 data reception

1.8V

Keep it floating if unused

UART1_TXD

UART1 data transmission

1.8V

Keep it floating if unused

UART1_RTS

UART1 request to send

1.8V

Keep it floating if unused

UART1_CTS

UART1 clear to send

1.8V

Keep it floating if unused

UART1_RING

UART1 ring indicator

1.8V

Keep it floating if unused

SIM_SIO

I/O

SIM card data signal

1.8V

SIM_SCLK

SIM card clock signal

1.8V

SIM_SRST

SIM card reset signal

1.8V

VSIM

SIM card power supply

1.8V

SIM_DET

SIM card detection

1.8V

Keep it floating if unused

NC - NC - floating

VBUS

USB power pin

USB plug detect signal, USB PHY power supply， Requires more than 100mA drive capability.

GND

NC - NC - floating

FIBOCOM MA510-GL Series Hardware User Manual Page 19 of 66

Pin Num

Pin Name

I/O

Description

Power domain

Note

NC - NC - floating

EMERG_RST

Module reset

1.8V

Pull down 7.5s or more to reset

LPG

Status Indicator light control

1.8V

Need to increase the drive externally

UART2_RXD

UART2 data reception

1.8V

Debug Uart. Keep it floating if unused

UART2_TXD

UART 2 data transmission

1.8V

Debug Uart. Keep it floating if unused

WAKEUP_IN

Module sleep/wake control

signal input

1.8V

Keep it floating if unused 42

GND

I2C_SDA

I/O

I2C data signal

1.8V

Keep it floating if unused

GPIO1

I/O

Reserved GPIO

1.8V

Keep it floating if unused

GPIO2

I/O

Reserved GPIO

1.8V

Keep it floating if unused

GND

I2C_SCL

I2C clock

1.8V

Keep it floating if unused

GND

GPIO3

I/O

Reserved GPIO

1.8V

Keep it floating if unused

ADC1

Analog digital change

1.8V

Keep it floating if unused

FIBOCOM MA510-GL Series Hardware User Manual Page 20 of 66

Pin Num

Pin Name

I/O

Description

Power domain

Note

GND

WAKEUP_OUT

Module wakeup host

1.8V

Keep it floating if unused

GPIO_4

I/O

Reserved GPIO

1.8V

Keep it floating if unused

GND

AXUADC0

Analog digital change

4.8V

Keep it floating if unused

GND

CODEC_EN

External codec enable

1.8V

Keep it floating if unused

GND

FORCE_BOOT

Force download

1.8V

connect this pin with

VDD and power on can force module enter download mode

I2S_DATA1

I/O

I2S data

1.8V

Keep it floating if unused

ANT_TUNER1*

Antenna tuner interface

1.8V

In development. Keep it floating if unused

ANT_TUNER1*

Antenna tuner interface

1.8V

In development. Keep it floating if unused

UART2_CTS

UART2 clear to send

1.8V

Debug Uart. Keep it floating if unused

UART2_RTS

UART2 request to send

1.8V

Debug Uart. Keep it floating if unused

UART3_RXD*

UART3 data reception

1.8V

Keep it floating if unused

UART3_TXD*

UART3 data transmission

1.8V

Keep it floating if unused

NC - NC - floating

I2S_MCLK

I2S interface main clock

1.8V

Keep it floating if unused

CODEC_INTR

Interrupt signal

1.8V

Can be used as GPIO. Keep it floating if unused

FIBOCOM MA510-GL Series Hardware User Manual Page 21 of 66

Pin Num

Pin Name

I/O

Description

Power domain

Note

I2S_DATA0

I/O

I2S data signal

1.8V

Keep it floating if unused

I2S_SCK

I2S serial clock signal

1.8V

Keep it floating if unused

I2S_WS

I2S word select signal

1.8V

Keep it floating if unused

NC - NC - floating

GND

Table 3-2 Pin function description

Note：The pin function with * is still under development and cannot be used temporarily.

FIBOCOM MA510-GL Series Hardware User Manual Page 22 of 66

4 Operating mode

MA510-GL offers five Operating modes as shown in the table below：

Operating modes

Description

Characteristic

Shutdown

VBAT is powered on and the module is not started.

Module is off

Standby

The module is fully booted and is already registered on the network, ready to communicate at any time. This is the default working mode after the module is powered on.

The module is active; All functions are available normally; Data transmission and reception is Normal;

Transmission

mode

The module is in data transfer mode. When it completed, the module returns to standby or low power mode.

Module successfully registers the network and performs service transmission.

Sleep

The module is in a light sleep state, the modules network is connected, and a paging message can be accepted. In this mode, the module can be switched to standby mode or PSM mode.

The module is put into sleep mode by the AT command. In the DRX mode, the serial port communication of the module is normal, and the serial communication is closed in the PSM and eDRX modes. In low power mode, the module is still registered in the network, and does not need to re-register after waking up.

PSM

The objective of PSM is to make eMTC device inactive or power-down for most of the time, to save power and wake up the device only for a brief time of data transmission. PSM achieves power saving by shutting down everything except PMIC RTC block, which consumes low power.

Short duration of active communication Data transmission originated by eMTC devices, but also possible to engage in DL receive during the active duration

Table 4-1 MA510-GL offers five Operating mode s

FIBOCOM MA510-GL Series Hardware User Manual Page 23 of 66

5 Electrical characteristics

5.1 Absolute Maximum Ratings

The absolute maximum value includes the limit voltage range that the module can withstand and the maximum current at which the module operates.. Working outside this range may result in damage to the product. The limit voltage range of MA510-GL is shown in the following table:

Parameter

Description

MAX

Unit

VBAT

Supply voltage

4.8

Average current

0.6 A Instantaneous peak current

2.5 A Sleep current

2mA

Table 5-1 Limit voltage range

5.2 Rated voltage

Table 5-2 show the power interface of MA510-GL series module.

Pin Num

Pin Name

I/O

Description DC parameter（V）

MIN

TYP

MAX

9,10

VBAT

power input

MA510-GL-00：3.3V MA510-GL-01：2.65V

3.8V

4.5V

VDD

1.8V output（80mA）

1.75

1.8V

1.85

VBUS

USB plug detect

3.3

VSIM

SIM card power supply

1.8V

Table 5-2 Power Interface

5.2.1 Power supply design requirements

The MA510-GL series module needs to be powered by the VBAT pin. The recommend power design is shown in Figure 5-1:

FIBOCOM MA510-GL Series Hardware User Manual Page 24 of 66

Figure 5-1 Recommend Power Design

Capacitance combination design for power supply is described in the following table:

Recommended Capacitor

Function

Instruction

220uF

Voltage stabilizing capacitor

Low ESR capacitance is required to reduce power fluctuation when the module is working. The capacitance requirements are as follows: MA510-GL-00：Not less than 440uF MA510-GL-01：Not less than 220uF

1uF、100nF

Digital Signal Noise

Eliminate interference from clocks and digital signals

33pF、8pF

900,1800 MHz Frequency Band

Elimination of Low and Medium Frequency Radio Frequency Interference

Table 5-3 Capacitance Design Description of External Power Supply Circuit

The power stability can ensure the normal operation of MA510-GL. Customers need specially attention that the power supply ripple limit for the module is no more than 150mV (the circuit ESR < 50mΩ). When the module is operating in GSM mode (Burst transmit), the maximum operating current can reach 2.5A, and must ensure that the power voltage is not less than the minimum power supply voltage. Otherwise, the module may power off or restart. The power limit is shown in Figure 5-2:

FIBOCOM MA510-GL Series Hardware User Manual Page 25 of 66

Figure 5-2 Power Limit

5.3 Logic level

The MA510-GL series module supply a 1.8V voltage through the VDD for the use of the internal digital circuit. The voltage is the logic level of the module and can be used to indicate module Power on/off, or for external low current (<80mA) circuits such as GPIO pull up. Please leave the signal floating if not used. The logic level of IO is defined as follows:

Parament

Minimum

Typical

Maximum

Unit

VOH

VDD -0.45

VDD

VOL 0 -

0.45

VIH

0.65 x VDD

VDD + 0.3

VIL

-0.3

0.35 x VDD

Table 5-4 IO Logic Level

5.4 Power consumption

The power consumption of MA510-GL series module measured at 3.8V power supply is shown as follow:

Parameter

Mode

Condition

Maximum Current Typ. (mA)

off

Power off

Module power off

0.015

airplane

Airplane mode

At+cfun=4

0.9

psm

Cat.M1

PSM mode

0.0032

Cat.NB

PSM mode

0.0032

sleep

Cat.M1 eDRX Cycle Length = 81.92s

0.81

DRX Cycle Length =2.56s

2.61

Cat.NB eDRX Cycle Length = 91.92s

0.85

DRX Cycle Length =2.56s

1.73

FIBOCOM MA510-GL Series Hardware User Manual Page 26 of 66

Parameter

Mode

Condition

Maximum Current Typ. (mA)

GPRS-RMS

CS4

GPRS

GSM850@Gamma=3（4UL/1DL）

600

GSM900@Gamma=3（4UL/1DL）

600

DCS1800@Gamma=3（4UL/1DL）

500

PCS1900@Gamma=3（4UL/1DL）

470

EGPRS-RMS

MCS9

EGPRS

GSM850@Gamma=6（4UL/1DL）

560

GSM900@Gamma=6（4UL/1DL）

560

DCS1800@Gamma=5（4UL/1DL）

500

PCS1900@Gamma=5（4UL/1DL）

470

LTE-RMS

LTE FDD

Cat.M1 B1 @+20dBm

200

Cat.M1 B2 @+20dBm

200

Cat.M1 B3 @+20dBm

200

Cat.M1 B4 @+20dBm

200

Cat.M1 B5 @+20dBm

220

Cat.M1 B8 @+20dBm

220

Cat.M1 B12 @+20dBm

220

Cat.M1 B13 @+20dBm

220

Cat.M1 B14 @+20dBm

220

Cat.M1 B18 @+20dBm

220

Cat.M1 B19 @+20dBm

220

Cat.M1 B20 @+20dBm

220

Cat.M1 B25 @+20dBm

170

Cat.M1 B26 @+20dBm

220

Cat.M1 B27 @+20dBm

220

Cat.M1 B28 @+20dBm

220

Cat.M1 B66 @+20dBm

180

FIBOCOM MA510-GL Series Hardware User Manual Page 27 of 66

Parameter

Mode

Condition

Maximum Current Typ. (mA)

Cat.M1 B85 @+20dBm

200

Cat.NB B1 @+20dBm

270

Cat.NB B2 @+20dBm

260

Cat.NB B3 @+20dBm

250

Cat.NB B4 @+20dBm

260

Cat.NB B5 @+20dBm

290

Cat.NB B8 @+20dBm

290

Cat.NB B12 @+20dBm

280

Cat.NB B13 @+20dBm

290

Cat.NB B18 @+20dBm

290

Cat.NB B19 @+20dBm

290

Cat.NB B20 @+20dBm

290

Cat.NB B25 @+20dBm

250

Cat.NB B26 @+20dBm

290

Cat.NB B28 @+20dBm

280

Cat.NB B66 @+20dBm

260

Cat.NB B71 @+20dBm

260

Cat.NB B85 @+20dBm

270

Table 5-5 Power Consumption

Note：Instrument configuration is as follows

Uplink Configuration

Modulation

CH BW

RB allocation

QPSK

10Mhz

Modulation

Ntones

Sub-carrier spacing(kHz)

QPSK

1@0

FIBOCOM MA510-GL Series Hardware User Manual Page 28 of 66

6 Functional interface

6.1 Control interface

Control interfaces are used for module power on/off and reset operations. The pin definitions are as follows:

Pin Num

Pin name

I/O

Description

Power domain

POWER_ON

Module power on/off signal control pin

1.8V

EMERG_RST

Module reset signal control pin

1.8V

Table 6-1 Control Signal

6.1.1 Power on

6.1.1.1 Boot circuit reference design

MA510-GL can be normally powered on by controlling the POWER_ON pin. The module will start to work after Clients set POWER_ON to low and keep it 550ms~1.7s. It is recommended to use the open-collector drive circuit for control. The reference circuit is as follows:

Figure 6-1 OC Drive Power on Reference Circuit

Another way to control the POWER_ON pin is to use a push button switch directly. A TVS needs to be placed near the button for ESD protection. The reference circuit is as follows:

FIBOCOM MA510-GL Series Hardware User Manual Page 29 of 66

Figure 6-2 Button Switch Power on Reference Circuit

6.1.1.2 Power on sequence

Figure 6-3 Power on Timing

Note:

Before pulling down the POWER_ON pin, ensure that the VBAT voltage is stable. It is recommended that the time interval from the power-on of VBAT to the lowering of POWER_ON is not less than 100ms.

The POWER_ON pull-down time should be between 0.55s and 1.7s.

6.1.2 Power off

There are three ways to get the module off:

Power off mode

Power off methods

Applicable scenarios

Hardware power off

Pull down POWER_ON 3.5s~7s

Hardware normal power off

AT power off

AT+ CPWROFF

Software normal power off

Low-voltage shut down

The module will shut down when the VBAT voltage is too low (below VBAT_MIN) or when power is lost.

Module is abnormally closed

FIBOCOM MA510-GL Series Hardware User Manual Page 30 of 66

Table 6-2 Power off

6.1.2.1 power off sequence

Figure 6-4 Power off Timing

Note:

1. When the module is working normally, do not cut off the power of the module immediately to

avoid damage to the Flash inside the module. It is strongly recommended to turning off the module with the POWER_ON or AT command before turn off the power supply.

2. When using the AT command to shut down, please make sure that the POWER_ON pin is not pulled low after the shutdown command is executed, otherwise the module will automatically turn on again after the module is shut down.

6.1.3 Module reset

The module supports hardware reset and software reset.

Reset mode

Reset method

Hardware reset

Pull down EMERG_RST pin at least 7.5S, then release it

Software reset

Sent AT commands AT+RESET

Table 6-3 Reset

6.1.3.1 Module reset circuit

Clients can control EMERG_RST pin by OC drive circuits or button switch. Corresponding reference

circuit as Figure 6-5 and Figure 6-6:

FIBOCOM MA510-GL Series Hardware User Manual Page 31 of 66

Figure 6-5 OC Driven Reset Reference Circuit

Figure 6-6 Button Reset Reference Circuit

The reset timing is shown as follows:

Figure 6-7 Reset Timing

Note：

The reset signal is a sensitive signal. Please keep it away from RF interference and Shielding it with GND signals, and avoid routing it on the edge of the PCB and the surface (to avoid module reset caused by ESD).

6.2 Network status indicate interface

MA510-GL series module provides a network status indicate pin, the pin definition is shown as follows:

PIN Num.

I/O

PIN Name.

Description

Power domain

38 O LPG

Network statue indicator

1.8V

Table 6-4 Network Statue Indicate

FIBOCOM MA510-GL Series Hardware User Manual Page 32 of 66

6.2.1 Interface status description

Network status indicate pins are used to drive indicate light and describe module’s network status,

MA510-GL series module network indicate light and network status description are as follows:

Mode

Module Network indicator pin status

Indicator light flash/off status

Description

600ms High/600ms Low

Flash

No SIM card Request SIM PIN Registering network (T<15S) Register network failed

3000ms High /75ms Low

Slow flash

Standby

75ms High / 75ms Low

Speed flash

Data link established

Low

Always on/off

Voice call

High

Always off/on

Sleep

Table 6-5 Network Indicate Light Work Status

MA510-GL series module network indicates light reference design circuits shown as follows:

Figure 6-8 Network Indicate Light Reference Circuits

6.3 (U)SIM card interface

MA510-GL series module has SIM card interface, and only supports 1.8V SIM card.

6.3.1 (U)SIM pin definition

(U)SIM pin definition is shown in the following table:

Pin Num

Pin name

I/O

Description

Power domain

SIM_SRST

Reset signal

1.8V

SIM_SIO

I/O

SIM DATA

1.8V

FIBOCOM MA510-GL Series Hardware User Manual Page 33 of 66

VSIM

SIM Power

1.8V

SIM_DET

SIM card hot plug detection

1.8V

SIM_SCLK

Clock Signal

1.8V

Table 6-6 (U) SIM Card Pin

6.3.2 (U)SIM interface circuit

6.3.2.1 (U)SIM card connector with card detection signal

(U)SIM card connector should be selected for SIM design. It is recommended to use (U)SIM card connector with hot plug detection function (Fibocom recommend: SIM016-8P-220P).

Figure 6-9 (U) SIM Card Connector (SIM016-8P-220P)

SIM016-8P-220P card connector, DET and POL are short connected when the card is inserted; DET and POL are disconnected when there is no card. The following is the reference design circuit, (U) SIM card insert, SIM_DET pin is high level; (U)SIM card pull out, SIM_DET pin is low level.

FIBOCOM MA510-GL Series Hardware User Manual Page 34 of 66

Figure 6-10 (U)SIM Card Connector with Detection Signal Reference Circuit

6.3.2.2 (U)SIM card connector without detection signal

Using the card holder without detection signal, the SIM_DET pin remains floating while the hot-swap function is turned off by the AT command. Reference circuit as shown below:

Figure 6-11 (U) SIM Card Connector without Detection Signal Reference Circuit

6.3.3 (U)SIM hot plug

MA510-GL series module support (U)SIM hot plug function, it determines the insertion and removal of (U)SIM card by detect the SIM_ DET pin state.

The card hot plug function can be configured by the “AT+MSMPD” command, and the AT commands

are shown in the following table:

AT command

(U)SIM card hot plug detection

Function description

AT+MSMPD=1

Enabled

(U)SIM card hot plug detection is enabled by default.

AT+MSMPD=0

Disabled

(U)SIM card hot plug detection function is disabled. The module read the (U)SIM card when module power on, and does not detect the SIM_DET state.

Table 6-7 (U) SIM Card Hot Plug Function Configuration

FIBOCOM MA510-GL Series Hardware User Manual Page 35 of 66

After the hot plug detection function of the (U)SIM card is enabled, if SIM_DET is in high level, the module will detect the (U)SIM card insertion and execute card initialization program. After reading the (U)SIM card information, the module will register network. When the SIM_DET is in low level, the module detects (U)SIM card removed, and it will not read the (U)SIM card.

Note:

The SIM_DET pin active high by default, and can be switched to active low by AT command.

AT command

Function description

AT+GTSET=” SIMPHASE”,1

Default, high level detect

AT+GTSET=” SIMPHASE”,0

Low level detect

Table 6-8 (U) SIM_PRESENCE Effective Level Switched

6.3.4 (U)SIM design requirements

SIM card circuit design shall meet EMC standards and ESD requirements, and at the same time, shall improve anti-interference ability to ensure that the SIM card can work stably. The design needs to strictly observe the following rules:  SIM card connector is placed as close to the module as possible, away from the RF antenna, DCDC

power, clock signal lines and other strong interference sources;

 Adopt the SIM card connector with metal shield shell to improve anti-interference ability;  The length of cable from the module to the SIM card connector shall not exceed 100mm. Longer

cable reduces signal quality.  SIM_SCLK and SIM_SIO signals are ground isolated to avoid mutual interference. If it is difficult to

do so, SIM signal needs to be ground protected as a set;  The filter capacitor and ESD device of SIM card signal cable should place close to the SIM card

connector.

 Please select equivalent capacitor is less than 22pF for ESD device.  SIM_SIO should pull up to VSIM with a 10K resistor.

6.4 USB interface

MA510-GL series module supports USB2.0. For USB bus timing and electric features, please refer to“Universal Serial Bus Specification 2.0”.

6.4.1 USB Pin definition

Pin Num.

Pin name

I/O

Description

USB_DM

USB differential data bus D-

USB_DP

USB differential data bus D+

FIBOCOM MA510-GL Series Hardware User Manual Page 36 of 66

Pin Num.

Pin name

I/O

Description

VBUS

USB plug detect, USB PHY power

supply, Requires more than 100mA drive capability.

Table 6-9 USB Pin Definition

Note:

It is recommended to reserve USB port for download software.In order to ensure USB performance, when design USB interface circuit, following rules must be followed:

 USB_DM and USB_DP signal cable’s control differential impedance is 90 ohm

 USB signal cable must not under crystal, oscillator, magnetic device, RF signal. It is

recommended to take the inner differential cable and the cable shall be grounded at all directions;

 The model selection for ESD protection of USB data cable requires special attention, and the

parasitic capacitance must not exceed 1pF;

 ESD protector of USB should be placed close to the USB interface.

 VBUS be used as USB plug detect and USB PHY power supply, its driven strength should more

than 100mA.

6.5 UART Interface

6.5.1 UART interface definition

MA510-GL series module has three serial ports: serial port 1, serial port 2 and serial port 3. The serial ports 1 supports 4800bps，9600bps，19200bps，38400bps，57600bps，115200bps，230400bps， 460800bps and 921600bps baud rate. The default baud rate is 115200bps. The serial ports 1 is used for data transmission and AT command transmission. The pin definition of serial port 1 is shown as follows:

Pin Num

Pin Name

I/O

Description

Note

UART1_RXD

UART1 data reception

1.8V

UART1_TXD

UART1 data transmission

1.8V

UART1_RTS

UART1 request to send

1.8V

UART1_CTS

UART1 clear to send

1.8V

UART1_RING

UART1 Ring indicator

1.8V

UART1_DTR

UART1 module sleep/ wake-up control signal

1.8V

UART1_DSR

I/O

UART1 Reserved, to be developed

1.8V

UART1_DCD

UART1 module carrier detection signal output

1.8V

FIBOCOM MA510-GL Series Hardware User Manual Page 37 of 66

Table 6-10 Serial Port 1

The port 2 is debug serial port by default, can used for module debug but cannot for AT function. The pin definition of serial port 2 is show as follows:

Pin Num

Pin Name

I/O

Description

Note

UART2_RXD

UART2 data reception

1.8V

UART2_TXD

UART2 data transmission

1.8V

UART2_CTS

UART2 clear to send

1.8V

UART2_RTS

UART2 request to send

1.8V

Table 6-11 Serial Port 2

The function of serial port 3 is developing and not for AT function.

Pin Num

Pin Name

I/O

Description

Note

UART3_RXD

UART3 data reception

1.8V

UART3_TXD

UART3 data transmission

1.8V

Table 6-12 Serial Port 3

6.5.2 UART port application

The serial port level of MA510-GL series module is 1.8V, if the level of the client host system is 3.3V or other, level translator is needed between the module and the host. The reference design circuit of level

translator is shown as follows:

Figure 6-12 UART Level Translate Reference 1

Another level shifting circuit is shown below. The input and output circuit design of the dotted line below can refer to the solid line part, but pay attention to the connection direction.

FIBOCOM MA510-GL Series Hardware User Manual Page 38 of 66

Figure 6-13 UART Level Translate Reference 2

Note:

Transistor level conversion circuit is not suitable for applications of baud rates above 460Kbps.

6.6 I2C Interface

The MA510-GL series modules provide an I2C interface that can be used to control external codec and other slave devices. External pull-up resistors must be added during use.

PIN Num.

PIN Name

I/O

Description

Note

I2C_SDA

I/O

I2C data signal

1.8V Need External pull-up

I2C_SCL

I2C clock signal

1.8V Need External pull-up

Table 6-13 I2C Interface

6.7 ADC interface

MA510-GL series module support two channels ADC interface, can used for voltage detect and other external circuit.

Pin Num.

PIN Name

I/O

Description

Note

ADC1

Analog ADC voltage input， detect voltage range: 0~1.8V

Accuracy is ±15mV

ADC0

Analog ADC voltage input， detect voltage range:0~VBAT

Accuracy is ±120mV

Table 6-14 ADC Pin Definition

Note：

It is recommended to ground shielding when routed to increase voltage detect accuracy and input

FIBOCOM MA510-GL Series Hardware User Manual Page 39 of 66

voltage must not exceed voltage range.

6.8 IIS digital audio interface

The MA510-GL provides a digital voice interface (I2S) that uses the domestic mainstream European E1 standard to enable communication with digital audio devices such as external CODECs.

6.8.1 Digital audio interface definition

PIN Num.

PIN Name

I/O

PIN Num.

Note

I2S_DATA0

I/O

I2S data signal0

1.8V

I2S_SCK

I2S serial clock signal

1.8V

I2S_WS

I2S word select signal

1.8V

I2S_DATA1

I/O

I2S data signal1

1.8V

I2S_MCLK

I2S main clock signal

1.8V

Table 6-15 Digital Audio Interface

6.8.2 Interface application

Figure 6-14 Audio interface Reference Design

6.9 Antenna tuner interface

The MA510-GL series modules can use ANT_TUNER1 and ANT_TUNER2 as antenna tuning interfaces:

PIN Num.

PIN Name

I/O

Description

Note

ANT_TUNER1

GRFC function reserved

can be used as normal GPIO

ANT_TUNER1

GRFC function reserved

can be used as normal GPIO

Table 6-16 Antenna tuned interface

FIBOCOM MA510-GL Series Hardware User Manual Page 40 of 66

6.10 Other interfaces

MA510-GL series module also provide interface such as GPIO, WAKEUP_IN, WAKEUP_OUT to clients.

PIN Num.

PIN Name

I/O

Description

WAKE_UP

Host wakeup module

WAKEUP_OUT

Module wakeup host

FORCE_USB_B OOT

Force download

connect this pin with VDD_IO and Power on can force module enter download mode

CODEC_EN

External codec enable control

CODEC_INTR

Interrupt signal

can be used as normal GPIO

GPIO1

I/O

Reserved GPIO

GPIO2

I/O

Reserved GPIO

GPIO3

I/O

Reserved GPIO

GPIO4

I/O

Reserved GPIO

Table 6-17 Other Interfaces

FIBOCOM MA510-GL Series Hardware User Manual Page 41 of 66

7 Low power consumption

7.1 Airplane mode

When MA510-GL module enters airplane mode, RF function are closed and all commands related to RF cannot be used. The way to control module to enter airplane mode is shown as follows:

Send AT+CFUN=<fun> commands, paraments <fun> can be 0,1 or 4；

0：minimum function mode; close RF function and (U)SIM card function；

1：all function mode(by default)；

4：close RF function(airplane mode)；

7.2 Sleep mode

Sleep mode is also called low power mode. In order to minimize battery loss, when the module is idle, it enters sleep mode to save power. When the module is in sleep mode, if there is a wakeup source, the corresponding module should also be woken up to normal operation mode.

The sleep of the MA510-GL can be divided into two parts, one is USB and the other is UART. The module goes to sleep after the USB and UART are simultaneously sleeping.

7.2.1 USB sleep

USB sleep is mainly divided into two sleep modes:

a. The Vbus signal of the USB bus controls sleep;

b. USB suspend;

7.2.1.1 VBUS control sleep

If the product does not support USB suspend, but VUBS detection is supported. It can be judged whether the USB is put into hibernation by detecting the VBUS pin level. The specific judgment criteria are as follows:

Vbus level status

Module status

Note

High

Active

low

Sleep

Table 7-1 VBUS control sleep state configuration table

7.2.1.2 USB suspend

If the host supports USB Suspend/Resume, by setting the level and control of the USB in the Linux system to auto, the module and the host are left for about 2 seconds, and the module automatically

FIBOCOM MA510-GL Series Hardware User Manual Page 42 of 66

enters the Suspend state.

7.2.2 UART Application (ATS24 Command )

The sleep mode controlled by ATS24 command is light sleep. When the RXD of the UART has a message, the system will wake up. The power consumption in sleep mode by this way is slightly higher than using the UART1_DTR control mode.

The ATS24 automatically sleeps down. It does not strictly sleep in time. It is attempted to go to sleep after timeout. If the system does not support hibernation after timeout, it will automatically re-time.

7.2.3 UART1_DTR/WAKEUP_IN level control sleep

When the host and the MA510-GL module are connected through the serial port, you can set the

UART1_DTR /WAKEUP_IN to control the serial port sleep function by sending an AT command. Client refer to the serial port sleep command configuration example for details.

The serial port sleep configuration command is shown in the following table:

Command configuration

Explanation

AT+GTLPMMODE=0 ATS24=5

Choose to sleep through the ATS24 command. The serial port will go to sleep in 5S if there are no data interaction.

AT+GTLPMMODE=2,0

Select to control sleep through UART1_DTR. Pull the pin high then the serial port sleep.

AT+GTLPMMODE=2,1

Select to control sleep through UART1_DTR. Pull the pin low then the serial port sleep.

AT+GTLPMMODE=1,0

Select to control sleep through WAKEUP_IN. Pull the pin high then the serial port sleep.

AT+GTLPMMODE=1,1

Select to control sleep through WAKEUP_IN. Pull the pin low then the serial port sleep.

Table 7-2 Serial port sleep command configuration example

7.3 Wake Introduction

7.3.1 Module is awakened

When the module is in the sleep state, it can be woken up in the following ways.

7.3.1.1 USB wake up

If the module is USB_VBUS control to sleep, the USB will be woken up when USB_VBUS is pulled high;

FIBOCOM MA510-GL Series Hardware User Manual Page 43 of 66

If the module support USB suspend, any active (non-idle signal) on the bus can wake up the device and exit the low power mode.

7.3.1.2 UART wake up

If the module enter to sleep through DTR/WAKEUP_IN, controlling DTR/WAKEUP_IN can wake up the serial port;

If the module uses ATS24 to automatically sleep, when the serial port sends data, the serial port will be awakened and will automatically go to sleep when timeout.

7.3.2 The host is woken up

When the host is in sleep state, the module needs to output the pulse waveform through the UART1_RING/WAKEUP_OUT pin to wake up the host in order to detect the module's phone, SMS, data service and URC report. At this point, the host must configure the connection UART1_RING/WAKEUP_OUT pin as the wake-up source.

7.4 PSM

Power Saving Mode (PSM) is a feature for eMTC devices and applications that have the following requirements:

• Infrequently active

• Short duration of active communication

• Data transmission originated by eMTC devices, but also possible to engage in DL receive during

the active duration

• Power constraint, battery-operated

• Long battery life

The objective of PSM is to make eMTC device inactive or power-down for most of the time, to save power and wake up the device only for a brief time of data transmission.

PSM achieves power saving by shutting down everything except PMIC RTC block, which consumes low power.

The MA510-GL module can enable the PSM function with AT command (AT+CPSMS=1) and do as follows If you want to exit PSM.

The method of wake up the module from the PSM state as follows:

1. Pull down the POWER_ON pin and keep it 0.55-1.7s;

2. Wait for the timer (T3412) expires, the module will automatically wake up.

Note:

For more information about AT command please refer to document《FIBOCOM AT Commands User

FIBOCOM MA510-GL Series Hardware User Manual Page 44 of 66

Manual》

7.5 DRX

The MA510-GL supports the DRX mode. The module will automatically enter the DRX mode with lower power consumption if the module does not apply for PSM and eDRX, and there is no data service interaction. In this mode, the bottom current of the module is reduced to about 700uA, and the average power consumption is 1.7mA.

7.6 eDRX

The MA510-GL has access to the eDRX low-power mode, which significantly reduces power consumption to less than 700uA. When the module needs to enter eDRX, it will send the request in the request message. The network configures the request value of the module in the response message, and the module enters the eDRX mode. In this mode, the internal part of the module is powered off, and the module has been registered on the network, it can quickly enter the standby state after waking up.

To enter eDRX, you need to send the following AT command:

AT+CEDRXS=1 or AT+CEDRXS=2,5,”0011”

Note:

The module saves the eDRX configuration. Once eDRX is successfully set, you can still enter eDRX mode after restarting the module unless you have sent an exit command. The user can enter the eDRX mode by sending an AT command and request the period of the network side eDRX. When the eDRX period sent by the network side is greater than 81.92s, the module enters the deep sleep mode, otherwise it is the light sleep mode. 0011 indicates that the eDRX period requested by the user to the network is 40.96s, and the user can set it according to the protocol.

You can use the AT+CEDRXRDP command to query the period value of the eDRX and the PTW window time delivered by the network.

To exit eDRX, you need to send the following AT command:

AT+CEDRXS=0

Note:

The module will save the eDRX configuration. Once the command is successfully sent to exit the eDRX mode, if the command to enter the eDRX is not resent, the module will not enter the eDRX mode, and the restart will be the same.

FIBOCOM MA510-GL Series Hardware User Manual Page 45 of 66

8 RF interface

MA510-GL series module has MAIN_ANT and GNSS_ANT two antenna interfaces, its pin definition is shown as table 8-1:

Pin Name

I/O

Pin Num.

Description

MAIN_ANT

I/O 3 Main antenna

GNSS_ANT

I 6 GNSS antenna

Table 8-1 RF Interface

8.1 Operating band

Network mode

Band

Receive

Transmit

Unit

GSM

GSM850

869~894

824~849

MHz

EGSM900

925~960

880~915

MHz

DCS1800

1805~1880

1710~1785

MHz

PCS1900

1930~1990

1850~1910

MHz

FDD-LTE

Band1

2110~2170

1920~1980

MHz

Band2

1930~1990

1850~1910

MHz

Band3

1805~1880

1710~1785

MHz

Band4

2110~2155

1710~1755

MHz

Band5

869~894

824~849

MHz

Band8

925~955

880~910

MHz

Band12

728~746

699~716

MHz

Band13

746~756

777~787

MHz

Band14（only CatM1）

758~768

788~798

MHz

Band18

860~875

815~830

MHz

Band19

875~890

830~845

MHz

Band20

791~821

832~862

MHz

Band25

1930~1995

1850~1915

MHz

Band26

859~894

814~849

MHz

Band27（only CatM1）

852~869

807~824

MHz

Band28

758~803

703~748

MHz

Band66

2110~2180

1710~1780

MHz

Band71（only NB）

617~652

663~698

MHz

Band85

728~746

698~716

MHz

FIBOCOM MA510-GL Series Hardware User Manual Page 46 of 66

Table 8-2 Operating Band

8.2 Output power

The RF output power of MA510-GL show as follows:

Network mode

Band

Max

Min

GPRS

GSM850

32.5dBm±1dB

5dBm±3.5dB

EGSM900

32.5dBm±1dB

5dBm±3.5dB

DCS1800

29.5dBm±1dB

0dBm±3.5dB

PCS1900

29.5dBm±1dB

0dBm±3.5dB

EGPRS

GSM850

26dBm±1dB

5dBm±3.5dB

EGSM900

26dBm±1dB

5dBm±3.5dB

DCS1800

25dBm±1dB

0dBm±3.5dB

PCS1900

25dBm±1dB

0dBm±3.5dB

FDD-LTE

Band1

20dBm±1dB

<-44dBm

Band2

20dBm±1dB

<-44dBm

Band3

20dBm±1dB

<-44dBm

Band4

20dBm±1dB

<-44dBm

Band5

20dBm±1dB

<-44dBm

Band8

20dBm±1dB

<-44dBm

Band12

20dBm±1dB

<-44dBm

Band13

20dBm±1dB

<-44dBm

Band14(only CatM1)

20dBm±1dB

<-44dBm

Band18

20dBm±1dB

<-44dBm

Band19

20dBm±1dB

<-44dBm

Band20

20dBm±1dB

<-44dBm

Band25

20dBm±1dB

<-44dBm

Band26

20dBm±1dB

<-44dBm

Band27(only CatM1)

20dBm±1dB

<-44dBm

Band28

20dBm±1dB

<-44dBm

Band66

20dBm±1dB

<-44dBm

Band71（only NB）

20dBm±1dB

<-44dBm

Band85

20dBm±1dB

<-44dBm

Table 8-3 Output Power

FIBOCOM MA510-GL Series Hardware User Manual Page 47 of 66

8.3 Receive Sensitivity

Network mode

Band

Cat.M1 Sensitive/3GPP(dBm)

Cat.NB1 Sensitive/3GPP(dBm)

FDD-LTE

Band1

-106.6/-102.3

-118.2/-107.5

Band2

-106.9/-100.3

-118.2/-107.5

Band3

-104.5/-99.3

-119.2/-107.5

Band4

-105/-102.3

-118.2/-107.5

Band5

-104.5/100.8

-118.2 /-107.5

Band8

-105.2/-99.8

-118/-107.5

Band12

-104/-99.3

-118.2/-107.5

Band13

-103.2/-99.3

-118.2/-107.5

Band14（only CatM1）

-103.3/-99.3

nonsupport

Band18

-106/-102.3

-118.2/-107.5

Band19

-103.7/-102.3

-117.2/-107.5

Band20

-105.2/-99.8

-118.2/-107.5

Band25

-107.3/-99.3

-118.2/-107.5

Band26

-104.6/-100.3

-117.2/-107.5

Band27（only CatM1）

-106.4/-100.8

nonsupport

Band28

-105.6/-100.8

-118.2/-107.5

Band66

-106.2/-101.7

-118.2/-107.5

Band71（only NB）

nonsupport

-117.2/-107.5

Band85

-106/-99.2

-118.2/-107.5

Table 8-4 Receive Sensitivity

8.4 GNSS Receiver

MA510-GL series module support GNSS/GLONASS and GPS/BeiDou function and adopts Qualcomm Gen9 technology.

Description

Condition

Typ.

Note

Power Consumption （AT+CFUN=0）

GNSS fixing

75mA

USB plug in

GNSS tracking

73mA

USB plug in

Standby

USB plug in

TTFF

GNSS

Cold start （XTRA enable）

45s

FIBOCOM MA510-GL Series Hardware User Manual Page 48 of 66

Description

Condition

Typ.

Note

Warm start（XTRA enable）

40s

Hot Start （XTRA enable）

Sensitivity

Acquisition

Open Sky

-144dbm

tracking

Open Sky

-160dbm

CN0

GNSS Signal@-130dBm

37dB-HZ

Positional Accuracy

CEP

GNSS Signal @-130dBm

Table 8-5 GNSS Specification

8.5 Antenna design

8.5.1 Antenna index

1) Antenna efficiency

Antenna efficiency is the ratio of antenna input power to radiated power. Due to the antenna return loss, material loss, and coupling loss, the radiated power is always lower than the input power. Recommend> 40% (-4dB).

2) S11 or VSWR

S11 shows that the matching degree of the antenna’s 50 ohm impedance, to a certain extent, affects

the antenna efficiency. VSWR test methods can be used to measure this parameter. Recommend S11 <-10dB.

3) Polarization

Polarization is the rotation direction of the electric field in the maximum radiation direction of the antenna.

It is recommended to use linear polarization.

4) Radiation pattern

Radiation pattern refers to the antenna’s electromagnetic field strength in the far field in all directions. Half-wave dipole antenna is the most suitable terminal antenna. For built-in antenna, PIFA antennas or IFA antennas are recommended:

Antenna area: 6mm high*10mm wide*100mm long.

Antenna radiation direction: Omni_directional(all direction).

5) Gain and directivity

Antenna directivity refers to the electromagnetic field strength of electromagnetic wave in all directions. Gain is a collection of antenna benefits and antenna directivity.

FIBOCOM MA510-GL Series Hardware User Manual Page 49 of 66

Recommended antenna gain ≤2.5dBi.

6) Interference

In addition to the antenna performance, other interferences on the PCB also affect the performance of the module. In order to ensure the high performance of the module, interference must be controlled. Suggestions: For example, LCD, CPU, FPC cable, audio circuit, power supply should be away from the antenna as far as possible, and make the appropriate isolation and shielding, or filtering on the path.

7) Antenna index requirements

MA510-GL series module main antenna requirements

Frequency range

It must use the most suitable antenna to adapt to the relevant frequency band

Bandwidth

（

GSM/EDGE）

GSM850: 70 MHz GSM900: 80 MHz GSM1800(DCS): 170 MHz GSM1900(DCS): 140 MHz

Bandwidth (LTE)

LTE band 1(2100): 250 MHz LTE band 2(1900): 140 MHz LTE Band 3(1800): 170 MHz LTE Band 4(2100): 445 MHz LTE Band 5(850): 70 MHz LTE Band 8(900): 80 MHz LTE Band 12(700): 47 MHz LTE Band 13(700): 41 MHz LTE Band 14(700): 40 MHz LTE Band 18(700): 60 MHz LTE Band 19(700): 60 MHz LTE Band 20(700): 71 MHz LTE Band 25(700): 145 MHz LTE Band 26(700): 80 MHz LTE Band 27(700): 62 MHz LTE Band 28(700):100 MHz LTE Band 66(2100):470 MHz LTE band 71(2600): 81 MHz LTE band 85(2300):48 MHz

50 ohm

FIBOCOM MA510-GL Series Hardware User Manual Page 50 of 66

MA510-GL series module main antenna requirements

Input power

> 33dBm (2 W) peak power GSM > 20dBm average power LTE

Standing wave ratio recommended

≤ 2:1

Table 8-6 Main Antenna Requirements

8.5.2 Antenna reference design

The antenna is a sensitive device that is susceptible to the external environment. For example, the antenna position, the size of the occupied space, and the surrounding grounding may affect the antenna performance. In addition, the position of the fixed antenna and RF cable connected to the antenna will also affect the antenna performance of the. The two antennas of the MA510-GL series module adopt the pad lead-out method. It is recommended that customers use the U.FL-R-SMT-1 antenna connector and use the matching RF adapter cable. Figure 8-1 is the reference circuit design for the main antenna:

Figure 8-1 Main and diversity Antenna Reference Circuit

Figure 8-2 is reference design of GNSS antenna.

Figure 8-2 Passive GNSS Antenna Reference Circuit

FIBOCOM MA510-GL Series Hardware User Manual Page 51 of 66

Figure 8-3 Active GNSS Antenna Reference Circuit

Note:

 All matches must be placed close to antenna to make sure the characteristic impedance of

transmission cable is 50 ohms.

 Since the antenna loss should be less than 0.3dB, keep PCB cable as short as possible.

 Keep the PCB LAYOUT straight, and reduce holes on the route to another layer; also avoid

right-angle and acute-angle wiring.

 PCB cable should have a good reference ground to avoid other signal cable near the antenna.

 Recommend a complete ground level, and use this complete ground level as a reference

ground.

 Ground around antenna must be keep connect with main ground.

 For more design information please refer to《FIBOCOM RF Antenna Application Design

Instruction》

FIBOCOM MA510-GL Series Hardware User Manual Page 52 of 66

9 Reliability

9.1 Environment temperature range

The recommended operating temperature range of MA510-GL series module.is -30℃~+75℃. It is suggested that the application terminal should consider the temperature control measures under bad

environment and provide module’s limited operating temperature range, within this range, some RF

indexes may exceed the criteria. The module application terminal is recommended storage in certain temperature conditions. Exceed the temperature range module may not operate or may be damaged.

Temperature

Min

Typ.

Max

Unit

Operating temperature

-30

75 ℃ Limited operating temperature

-40 - 85 ℃ Storage temperature

-40 - 90

℃

Table 9-1 Environment Temperature Range

9.2 Environmental reliability requirements

Test items

Test conditions

Low temperature storage test

Temperature -40℃±3℃, 24 hours in shutdown state

High temperature storage test

Temperature +85℃±3℃, 24 hours in shutdown state

Temperature shock test

In shutdown state, 0.5 hour at -40℃ and +85℃ environment respectively, the temperature conversion time <3min, for 24 cycles

High temperature and humidity test

Temperature +85℃±3℃, humidity 90 ~ 95% RH, 24 hours in shutdown state

Low temperature operating test

Temperature -30℃±3℃, 24 hours in operating state

High temperature operating test

Temperature +75℃±3℃, 24 hours in operating state

Vibration test

Conduct vibration test according to the requirements shown in the table below:

Frequency

Random vibration ASD (Acceleration Spectral Density)

5~20Hz

0.96m2/s

20~500Hz

0.96m2/s3(20Hz), other -3dB/octave

Connector life test

30 times of insertion/removal for RF antenna interface cable

FIBOCOM MA510-GL Series Hardware User Manual Page 53 of 66

Table 9-2 Environmental Reliability Requirements

9.3 ESD characteristics

MA510-GL series module design has considered ESD issue and provided ESD protect measurements, but take ESD issue taken by module carrier and secondary development into consideration, developers should care ESD protection of module application terminal. In addition to considering anti-static treatment of packaging, please refer to recommended circuit of interface design in the document.

The ESD discharge range allowed by the MA510-GL series module refers to the following table:

Interface

Air discharge

Contact discharge

VBAT, GND

±10KV

±5KV

Antenna port

±8KV

±4KV

Other port

±1KV

±0.5KV

Table 9-3 ESD Allowable Discharge Range

FIBOCOM MA510-GL Series Hardware User Manual Page 54 of 66

10 Structure specification

10.1 Product appearance

The product appearance of MA510-GL series module is shown in Figure 10-1:

Figure 10-1 Product Appearance

10.2 Structure dimension

The structure dimension of MA510-GL series module is shown as Figure 10-2:

Figure 10-2 Structure Dimension (Unit: mm)

FIBOCOM MA510-GL Series Hardware User Manual Page 55 of 66

10.3 PCB Soldering Pad and Stencil Design

PCB soldering pad and stencil design please refer to《FIBOCOM MA510 LCC SMT Design Description》.

10.4 SMT

SMT production process parameters and related requirements please refer to《FIBOCOM MA510 LCC SMT Design Description》.

10.5 Carrier and storage

Carrier and storage please refer to《FIBOCOM MA510 LCC SMT Design Description》.

FIBOCOM MA510-GL Series Hardware User Manual Page 56 of 66

11 Approval

MA510-GL series module approval is shown as table 11-1:

Certification Scheme

MA510-GL

TBD

Table 11-1 Approval

For more information please refer to Fibocom net.

FIBOCOM MA510-GL Series Hardware User Manual Page 57 of 66

12 Default information

12.1 Serial Port Default Settings

UART1 defaults to an 8-wire AT serial port and can send AT commands. The default baud rate is

115200. UART1 shares some pins with the SPI interface.

UART2 is a four-wire debug serial port with a default baud rate of 115200.

12.2 Low power mode default setting

The eDRX and PSM modes are turned off by default. Client can switch the specific working mode of the module by the AT command.

13 Appendix

13.1 GPRS and EGPRS Encoding Scheme

Encoding method

CS-1

CS-2

CS-3

CS-4

Rate

1/2

2/3

3/4

USF 3 3 3 3

Pre-coded USF

3 6 6

Radio Block excl.USF and BCS

181

268

312

428

BCS

Tail 4 4 4 -

Coded Bits

456

588

676

456

Punctured Bits

132

220

Data rate Kb/s

9.05

13.4

15.6

21.4

Table 13-1 GPRS Encoding Scheme

In the GPRS standard, 29 types of GPRS multislot modes are defined for use by mobile stations. The multislot class defines the maximum rate of uplink and downlink. The expression is 3+1 or 2+2, the first number indicates the number of downlink timeslots, and the second number indicates the number of

FIBOCOM MA510-GL Series Hardware User Manual Page 58 of 66

uplink timeslots. Active timeslots indicate the total number of timeslots that the GPRS device can use for both uplink and downlink communications.

Multislot Class

Downlink Slots

Uplink Slots

Active Slots 1 1

2 3 4

2 4 7

3 4 8

2 5 11

3 5 12

4 5 33

Table 13-2 Multilevel Multislot Allocation

Coding Scheme

Modulation

Coding Family

1 Timeslot

2 Timeslot

4 Timeslot

CS-1

GMSK

9.05kbps

18.1kbps

36.2kbps

CS-2

GMSK

13.4kbps

26.8kbps

53.6kbps

CS-3

GMSK

15.6kbps

31.2kbps

62.4kbps

CS-4

GMSK

21.4kbps

42.8kbps

85.6kbps

MCS-1

GMSK

8.80kbps

17.6kbps

35.2kbps

MCS-2

GMSK

11.2kbps

22.4kbps

44.8kbps

MCS-3

GMSK

14.8kbps

29.6kbps

59.2kbps

FIBOCOM MA510-GL Series Hardware User Manual Page 59 of 66

MCS-4

GMSK

17.6kbps

35.2kbps

70.4kbps

MCS-5

8-PSK

22.4kbps

44.8kbps

89.6kbps

MCS-6

8-PSK

29.6kbps

59.2kbps

118.4kbps

MCS-7

8-PSK

44.8kbps

89.6kbps

179.2kbps

MCS-8

8-PSK

54.4kbps

108.8kbps

217.6kbps

MCS-9

8-PSK

59.2kbps

118.4kbps

236.8kbps

Table 13-3 EGPRS Modulation and Encoding Method

13.2 Terms and acronyms

Term

Definition

AMR

Adaptive Multi-rate

bps

Bits Per Second

Coding Scheme

DRX

Discontinuous Reception

EGSM

Extended GSM900 Band

FDD

Frequency Division Duplexing

GMSK

Gaussian Minimum Shift Keying

GSM

Global System for Mobile Communications

HSDPA

High Speed Down Link Packet Access

IMEI

International Mobile Equipment Identity

Imax

Maximum Load Current

LED

Light Emitting Diode

LSB

Least Significant Bit

LTE

Long Term Evolution

FIBOCOM MA510-GL Series Hardware User Manual Page 60 of 66

Term

Definition

Carrier Aggregation

DLCA

Downlink Carrier Aggregation

SCell

Secondary Cell for CA

Mobile Equipment

Mobile Station

Mobile Terminated

PCB

Printed Circuit Board

PDU

Protocol Data Unit

PSK

Phase Shift Keying

QAM

Quadrature Amplitude Modulation

QPSK

Quadrature Phase Shift Keying

Radio Frequency

RHCP

Right Hand Circularly Polarized RMS

RMS

Root Mean Square

RTC

Real Time Clock

Receive

SMS

Short Message Service

TDMA

Time Division Multiple Access

Terminal Equipment

Transmitting Direction

TDD

Time Division Duplexing

UART

Universal Asynchronous Receiver & Transmitter

UMTS

Universal Mobile Telecommunications System

FIBOCOM MA510-GL Series Hardware User Manual Page 61 of 66

Term

Definition

URC

Unsolicited Result Code

(U)SIM

(Universal) Subscriber Identity Module

USSD

Unstructured Supplementary Service Data

Vmax

Maximum Voltage Value

Vnorm

Normal Voltage Value

Vmin

Minimum Voltage Value

VIHmax

Maximum Input High Level Voltage Value

VIHmin

Minimum Input High Level Voltage Value

VILmax

Maximum Input Low Level Voltage Value

VILmin

Minimum Input Low Level Voltage Value

VImax

Absolute Maximum Input Voltage Value

VImin

Absolute Minimum Input Voltage Value

VOHmax

Maximum Output High Level Voltage Value

VOHmin

Minimum Output High Level Voltage Value

VOLmax

Maximum Output Low Level Voltage Value

VOLmin

Minimum Output Low Level Voltage Value

VSWR

Voltage Standing Wave Ratio

WCDMA

Wideband Code Division Multiple Access

Table 13-4 Terms and Acronyms

13.3 Related Document

 FIBOCOM RF Antenna Application Design Instruction  FIBOCOM ADP-MA510-GL Evaluation board instructions  FIBOCOM MA510 AT Command Manual  FIBOCOM EVK-GT8230-NL User Manual

FIBOCOM MA510-GL Series Hardware User Manual Page 62 of 66

 FIBOCOM MA510 LCC SMT Application Design Instruction

13.4 Reference Standards

The design of the product complies with the following standards:  3GPP TS 51.010-1 V10.5.0: Mobile Station (MS) conformance specification; Part 1: Conformance

specification  3GPP TS 34.121-1 V14.4.0: User Equipment (UE) conformance specification; Radio transmission

and reception (FDD); Part 1: Conformance specification  3GPP TS 36.521-1 V14.3.0: User Equipment (UE) conformance specification; Radio transmission

and reception; Part 1: Conformance testing

 3GPP TS 21.111 V10.0.0: USIM and IC card requirements  3GPP TS 51.011 V4.15.0: Specification of the Subscriber Identity Module -Mobile Equipment

(SIM-ME) interface  3GPP TS 31.102 V10.11.0: Characteristics of the Universal Subscriber Identity Module (USIM)

application

 3GPP TS 31.11 V10.16.0: Universal Subscriber Identity Module (USIM) Application Toolkit (USAT)  3GPP TS 36.124 V10.3.0: Electro Magnetic Compatibility (EMC) requirements for mobile terminals

and ancillary equipment

 3GPP TS 27.007 V10.0.8: AT command set for User Equipment (UE)  3GPP TS 27.005 V10.0.1: Use of Data Terminal Equipment - Data Circuit terminating Equipment

(DTE - DCE) interface for Short Message Service (SMS) and Cell Broadcast Service (CBS)

13.5 Contact

URL：http://www.fibocom.com.cn/ HQ Address：5 F Shekou Science and Technology Building, Nanhai Ave 1057, Shenzhen,Guangdong P.R.China TEL：+86 755-26733555 Fax：+86 755-26520841

FIBOCOM MA510-GL Series Hardware User Manual Page 63 of 66

14 Certification mark

15 Warnning

The statements should be displayed in the user manual:

changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation.

If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

-- Reorient or relocate the receiving antenna.

FIBOCOM MA510-GL Series Hardware User Manual Page 64 of 66

-- Increase the separation between the equipment and receiver.

-- Connect the equipment into an outlet on a circuit different from that to which the receiver is

connected.

-- Consult the dealer or an experienced radio/TV technician for help.

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. End user must follow the specific operating instructions for satisfying RF exposure compliance. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

Host manufacturer is responsible for ensuring that the host continues to be compliant with the Part 15 subpart B unintentional radiator requirements after the module is installed and operational.

IMPORTANT NOTE: In the event that these conditions can not be met (for example certain laptop configurations or co-location with another transmitter), then the FCC authorization is no longer considered valid and the FCC ID can not be used on the final product. In these circumstances, the OEM integrator will be responsible for re-evaluating the end product (including the transmitter) and obtaining a separate FCC authorization.

End Product Labeling

This transmitter module is authorized only for use in device where the antenna may be installed such that 20 cm may be maintained between the antenna and users. The final end product must be labeled in a visible area with the following: “Contains FCC ID: ZMOMA510GL”.The grantee's FCC ID can be used only when all FCC compliance.

Manual Information To the End User

The OEM integrator has to be aware not to provide information to the end user regarding how to

install or remove this RF module in the user’s manual of the end product which integrates this module.

The end user manual shall include all required regulatory information/warning as show in this manual.

This device is intended only for OEM integrators under the following conditions:

1) The antenna must be installed such that 20 cm is maintained between the antenna and users,

and the Max allowed antenna gain please refer to the MPE report.

2) The transmitter module may not be co-located with any other transmitter or antenna.

As long as 2 conditions above are met, further transmitter test will not be required. However, the OEM integrator is still responsible for testing their end-product for any additional compliance requirements required with this module installed

To comply with FCC regulations limiting both maximum RF output power and human exposure to RF

radiation, maximum antenna gain (including cable loss) must not exceed:

FIBOCOM MA510-GL Series Hardware User Manual Page 65 of 66

Operating Band

FCC Max Antenna Gain（dBi）

IC Max Antenna Gain（dBi）

GSM850

8.1

GSM1900

3 3 LTE NB1 Band 2

LTE NB1 Band 4

9 9 LTE NB1 Band 5

13.41

12.25

LTE NB1 Band 12

12.69

11.76

LTE NB1 Band 13

13.15

12.08

LTE NB1 Band 25

LTE NB1 Band 26(814~823.9)

13.35

LTE NB1 Band 26(824~849)

13.41

12.25

LTE NB1 Band 66

12.27

LTE NB1 Band 71

12.46

11.61

LTE NB1 Band 85

12.69

11.76

LTE Cat M1 Band 2

LTE Cat M1 Band 4

8 8 LTE Cat M1 Band 5

12.41

11.25

LTE Cat M1 Band 12

11.7

10.76

LTE Cat M1 Band 13

12.16

11.09

LTE Cat M1 Band 14

12.23

11.13

LTE Cat M1 Band 25

LTE Cat M1 Band 26(814~824)

12.36

LTE Cat M1 Band 26(824~849)

12.41

11.25

LTE Cat M1 Band 66

8 8 LTE Cat M1 Band 85

11.7

10.77

IC Statement

IRSS-GEN

"This device complies with Industry Canada’s licence-exempt RSSs. 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." or "Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes :

1) l’appareil ne doit pas produire de brouillage; 2) l’utilisateur de l’appareil doit accepter tout

FIBOCOM MA510-GL Series Hardware User Manual Page 66 of 66

brouillage radioélectrique subi, même si le brouillage est susceptible d ’ en compromettre le fonctionnement." Déclaration sur l'exposition aux rayonnements RF

L'autre utilisé pour l'émetteur doit être installé pour fournir une distance de séparation d'au moins 20 cm de toutes les personnes et ne doit pas être colocalisé ou fonctionner conjointement avec une autre antenne ou un autre émetteur.

The host product shall be properly labeled to identify the modules within the host product.

The Innovation, Science and Economic Development Canada certification label of a module shall be clearly visible at all times when installed in the host product; otherwise, the host product must be labeled to display the Innovation, Science and Economic Development Canada certification number for the module, preceded by the word “Contains” or similar wording expressing the same meaning, as follows: “Contains IC: 21374-MA510GL” or “where: 21374-MA510GL is the module’s certification number”.

Le produit hôte doit être correctement étiqueté pour identifier les modules dans le produit hôte. L'étiquette de certification d'Innovation, Sciences et Développement économique Canada d'un module doit être clairement visible en tout temps lorsqu'il est installédans le produit hôte; sinon, le produit hôte doit porter une étiquette indiquant le numéro de certification d'Innovation, Sciences et Développement économique Canada pour le module, précédé du mot «Contient» ou d'un libellé semblable exprimant la même signification, comme suit:

"Contient IC: 21374-MA510GL " ou "où: 21374-MA510GL est le numéro de certification du module".

Fibocom Wireless MA510GL User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual