Related Manuals for Gemalto Cinterion LGA DevKit
Summary of Contents for Gemalto Cinterion LGA DevKit
- Page 1 ® Cinterion LGA DevKit User Guide Version: DocId: lga_devkit_ug_v02 GEMALTO.COM/M2M...
- Page 2 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 the United States and/or other countries.
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Page 3: Table Of Contents
® Cinterion LGA DevKit User Guide Page 3 of 28 Contents Contents Introduction ......................... 5 Feature and Benefits..................5 Quickstart ........................6 Mounting the LGA DevKit Socket ..............6 LGA DevKit Overview ....................7 Top and Bottom View..................7 Block Diagram....................8 LGA DevKit Interfaces .................... - Page 4 ® Cinterion LGA DevKit User Guide Page 4 of 28 Contents Package Content ....................... 21 Appendix........................22 10.1 Placement ......................22 10.2 Schematics ...................... 23 10.3 Errata/Troubleshooting ..................26 lga_devkit_ug_v02 2019-05-27 Preliminary...
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Page 5: Introduction
® Cinterion LGA DevKit User Guide Page 5 of 28 1 Introduction Introduction ® ® The Cinterion LGA DevKit is designed as a generic development adapter for Cinterion ® modules. With the LGA DevKit it is no longer necessary to connect the Cinterion evaluation modules to an adapter for test and development purposes. -
Page 6: Quickstart
® Cinterion LGA DevKit User Guide Page 6 of 28 2 Quickstart Quickstart Please complete the following steps to quickly get started with your LGA DevKit. • Mount the LGA DevKit Socket onto the LGA DevKit (for details see Section 2.1). -
Page 7: Lga Devkit Overview
® Cinterion LGA DevKit User Guide Page 7 of 28 3 LGA DevKit Overview LGA DevKit Overview Top and Bottom View Figure 1: LGA DevKit top view Figure 2: LGA DevKit top view lga_devkit_ug_v02 2019-05-27 Preliminary... -
Page 8: Block Diagram
® Cinterion LGA DevKit User Guide Page 8 of 28 3.2 Block Diagram Block Diagram Native Micro USB Data Left side: Right side: Module Pins Peripherals Combinded Powering Module Signals RF Main/ DRX On board ASC0 Micro GPS Antenna Connector Connector Connector Jumper Status LEDS GPS Signal Jumpers ASC0 Switch Signal FTDI ASC0 Auto Adjust Serial –... -
Page 9: Lga Devkit Interfaces
® Cinterion LGA DevKit User Guide Page 9 of 28 4 LGA DevKit Interfaces LGA DevKit Interfaces The LGA DevKit comes with two USB interfaces supporting power supply and serial commu- nication. You may choose to setup communication via a module's USB port and/or a module's UART (ASC0) port via FTDI232R VCP. -
Page 10: Pin Headers
® Cinterion LGA DevKit User Guide Page 10 of 28 4.3 Pin Headers Pin Headers The pin headers at the head of the LGA DevKit's top side can be used to setup connections between modules and possible on board peripherals. Thus, pin headers having signal names at their left side only, namely the pin headers AUDIO, CONTROL, ASC0_A, ASC0_B, DAI, ASC1, GPIO, and PWR, can be bridged by jumpers. -
Page 11: On Button: Module Start And Power Down
® Cinterion LGA DevKit User Guide Page 11 of 28 4.4 ON Button: Module Start and Power Down ON Button: Module Start and Power Down Pushing the ON button shortly (i.e., <0.5s), the LGA DevKit starts up and initially analyses the mounted module orientation and type. -
Page 12: Free Level Shifters
® Cinterion LGA DevKit User Guide Page 12 of 28 4.8 Free Level Shifters Free Level Shifters The LGA DevKit provides 8 free level shifters, with 4 placed & connected at the patch field on the bottom side, and 4 connected to the pin header "LEVELSHIFTER". The level shifters on the pin header are referenced to the module's Vext, and Vref that by default corresponds to 3V or to "REF IN"... -
Page 13: Rf Antenna
® Cinterion LGA DevKit User Guide Page 13 of 28 4.11 RF Antenna 4.11 RF Antenna The LGA DevKit supports three antenna interfaces. The two SMA connectors "MAIN" and "DRX" can used for radio transmission. The GNSS interface is supported by an U.FL connector named "GPS". -
Page 14: Power Supply
® Cinterion LGA DevKit User Guide Page 14 of 28 4.12 Power Supply 4.12 Power Supply The LGA DevKit can be supplied through one or two USB ports that should be in the range of 5V +-5%, and/or externally by the DSB75/DSB-Mini. The modules supply level can be adjusted in the range between 2.8…4.8V by setting the variable resistor at the DevKit's top side. -
Page 15: External Reference Supply
® Cinterion LGA DevKit User Guide Page 15 of 28 4.12 Power Supply 4.12.2 External Reference Supply To drive/operate the LGA DevKit's interfaces at certain voltage levels, an external 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. -
Page 16: General Characteristics
® Cinterion LGA DevKit User Guide Page 16 of 28 5 General Characteristics General Characteristics Limits The following table lists absolute maximum ratings for the LGA DevKit. Table 1: Absolute maximum ratings Parameter Unit Voltage on USB ports -0.3 Voltage on DSB port -0.3 Voltage on signal pin header, depending on used module -0.3... -
Page 17: Operating Devkit On Dsb75 And Dsb-Mini
® Cinterion LGA DevKit User Guide Page 17 of 28 6 Operating DevKit on DSB75 and DSB-Mini Operating DevKit on DSB75 and DSB-Mini The LGA DevKit supports a 2x40pin connector at its bottom side, compatible to the DSB75/ DSB-Mini. A DSB may be a port extender for an RS232 interface, a second SIM or an analog audio interface. -
Page 18: Module Specific Configuration Settings
® Cinterion LGA DevKit User Guide Page 18 of 28 7 Module Specific Configuration Settings Module Specific Configuration Settings BGS2 Operation BGS2 requires a reference voltage for the I/O domain at VDIG (pad 10 of the LGA106 foot- print). Therefore please connect IO25 and VEXT via a jumper. EHS5/6/8 Operation Some early samples of EHS5/6/8 require the AUTO_ON circuit. -
Page 19: Document Information
What is new Initial document setup. Related Documents Hardware Interface Description for your Gemalto M2M module 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 lga_devkit_ug_v02 2019-05-27... -
Page 20: Safety Precaution Notes
The common safety precautions that apply to mobile phones must also be observed at all times when using this LGA DevKit. Failure to comply with these precautions violates safety stan- dards. Gemalto M2M assumes no liability for customer’s failure to comply with these precau- tions. -
Page 21: Package Content
® Cinterion LGA DevKit User Guide Page 21 of 28 9 Package Content Package Content The following packages are available for the LGA DevKits. Normally an LGA DevKit SM or L would be used with the LGA DevKit Socket SM/L: ®... -
Page 22: Appendix
® Cinterion LGA DevKit User Guide Page 22 of 28 10 Appendix Appendix 10.1 Placement CON11 CON14 CON9 CON13 CON12 CON7 CON10 LED2 CON18 LED6 CON17 CON16 CON15 LED9 BTN1 BTN2 CON1 LED4 LED5 LED3 LED1 Top view R69 R70 IC18 IC17 IC16... -
Page 23: Schematics
® Cinterion LGA DevKit User Guide Page 23 of 28 10.2 Schematics 10.2 Schematics MODULE1 SMA + U.FL CONNECTORS EHS5/6/8, ELS61, BGS2/5 Custom Dual Design EHS5/6/8, ELS61, BGS2/5 Custom Dual Design INDUSTRIAL FOOTPRINT U.FL-R-SMT(01)_np VUSB_MODULE 200R CON15 233/44 233/44 VUSB/[2] VUSB VUSB_MODULE VUSB... - Page 24 ® Cinterion LGA DevKit User Guide Page 24 of 28 10.2 Schematics TC1014-3.0VCT713 LDO BATT+ GPS PWR LDO +3V BATT+: 2.8V - 4.86V TP68 EXTERN_REFERENCE/[1] V480 BATT+/[1] VOUT T14A BATT+/[3] ISL80103 TP81 IC10 TP64 TP65 LDO_OUT/[3] EN_BATT+/[1] EN/UVLO NX3008PBKS DVDT ERROR_LED_OD V480/[1] X100.BATT+...
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Page 25: Lga_Devkit_Ug_V02
® Cinterion LGA DevKit User Guide Page 25 of 28 10.2 Schematics LEVEL SHIFTER ASC0.1 PINHEADER 80 PIN INTERFACE Control CON7 IC14 EEPROM VCC-B VREF/[2] VCC-A VEXT_BUFF/[2] ON/[1] ON_MODULE/[1] RXD0_X100/[2] RXD0@LS EMERG_RST_X100/[1] EMG_RST/[1] CTS0_X100/[2] CTS0@LS VEXT_JUMPER/[2] VEXT_MODULE/[1] CCIN_X100/[1] CCIN/[1] DAC_OUT_X100 DAC_OUT ADC1_IN ADC1_IN_X100... -
Page 26: Errata/Troubleshooting
® Cinterion LGA DevKit User Guide Page 26 of 28 10.3 Errata/Troubleshooting 10.3 Errata/Troubleshooting PCB B22 Antenna Matching The LGA DevKit's PCB revision B22 - built in a smaller quantity - has a decreased RF matching that will be fixed in an upcoming version. The below figure shows the S11 DevKit's MAIN an- tenna (left) and the S21 DevKit's MAIN antenna RF path loss (right) of the PCB's B22 revision. - Page 27 ® Cinterion LGA DevKit User Guide Page 27 of 28 10.3 Errata/Troubleshooting PCB B22 Module Rotation Detecting Limited The LGA DevKit's PCB revision B22 - built in a smaller quantity - has a limited rotation detect- ing. If the DevKit is powered by native USB and the module is inserted upside down, the error detecting is limited and may allow drawing a limited current (max 20mA) into pad#11/212.
- Page 28 About Gemalto Since 1996, Gemalto has been pioneering groundbreaking M2M and IoT products that keep our customers on the leading edge of innovation. ® We work closely with global mobile network operators to ensure that Cinterion modules evolve in sync with wireless networks, providing a seamless migration path to protect your IoT technology investment.
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