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Related Manuals for Fibocom G600
Summary of Contents for Fibocom G600
- Page 1 G600 GPRS Module Development Kit User Manual Version: V1.0.2 Date: 2010-06-09...
- Page 2 Trademarks Notice The FIBOCOM Logo is registered by Shenzhen G&T Industrial Development Co., Ltd. All other product or service names or logos are the property of their respective owners. Copyright ©2012 Shenzhen G&T Industrial Development Co., Ltd. All rights reserved.
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Page 3: Table Of Contents
Contents Preface ....................................5 Introduction ................................5 Target Audience ..............................5 Applicable Documents ............................5 Introduction................................... 6 Production Description ............................6 Production Composition ............................6 The View of Development Board..........................7 The Quickly Guide ................................8 Connection ................................8 Execute Hyperterminal or Another Serial’s Tools on PC ..................8 Power Supply ................................ - Page 4 Performance testing ................................15 Current testing ............................... 15 Current Testing Description ........................... 16 RF Testing Description ............................18 The RF Antenna ................................. 24 Default Jumped cap ................................24 H330 HSPA+ Module Development Kit User Manual Page 4 of...
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Page 5: Preface
1 Preface 1.1 Introduction This manual introduces development package of G600 GPRS module, related technical detail, and testing information about it. It ensures that the user can quickly and conveniently develop wireless communication products by themselves. 1.2 Target Audience The object users of this manual include hardware engineer, software engineer and RF engineer who will use G600 GPRS module to develop wireless communication products. -
Page 6: Introduction
Development package of G600 can be used for testing and evaluating G600 GPRS module. The main part is the development board which provides 50-pin interface linker of G600. The circuit on the board will assist G600 to complete all functions which includes:... -
Page 7: The View Of Development Board
2.2 The View of Development Board Voltage select & switch Input Charge voltage BATT voltage DC/DC voltage Input Input Input Main RS232 Connector Reset button Power_on button Connestor SIM card socket Antenna Audio Data logger Connestor Audio Expand RS232 Connector H330 HSPA+ Module Development Kit User Manual Page 7 of... -
Page 8: The Quickly Guide
Input command AT in PC Hyperterminal, and return OK Input command AT+ CSQ, and return +CSQ: 31,99 OK The development board and G600 are on normal function. Please refer to following introduction H330 HSPA+ Module Development Kit User Manual Page 8 of... -
Page 9: Development Board Description
《G600 AT Command Set User Manual》 4 Development Board Description We will introduce development board and corresponding functions of G600 in details. 4.1 Power Supply Development board supports two kinds of power supplies. One can be directly connect with VBATT and supply power through connection end. -
Page 10: The Peripheral Circuit Of Power Supplies
And the tested current will be the current consumed by module only. 4.2 Main Interface Main RS232 interface and USB interface will use a same UART interface of G600 module. They have same function and command. Six LED indicators（LRI/LDCD/LDSR/ DTR/LRTS/LCTS）will exactly indicate the logic level of each pin in UART interface of G600 module. -
Page 11: Main Db9 Rs232 Interface
Development board has RS-232 Transceiver SP3238EEA inside. 4.2.2 USB Interface Development board has USB transfer UART interface chip (PL2303). It will connect four interfaces （TXD/RXD/CTS/RTS） to UART interface of G600 module. LUSB LED indicator will be on after USB is inserted. Important: You need install driver in some operating system when you use USB. -
Page 12: The Peripheral Circuit Of Reset_N
which will provide the condition of automatic turn-on. Disable / Enable automatic turn-on KM2 & CM13 Manually turn on/off ensure it will excess 600mS UM5 and When the automatic turn-on enable, it can be in effect others even after reset. Important: The interval time should more than 5S between the development board re-power. -
Page 13: Rtc (Real Time Clock)
LED is the same as power off mode. 4.4 RTC (Real Time Clock) G600 module includes a particular pin of RTC power supply. The RTC will continue running after main power supply is cut off. Lead the pin to JP7-1pin on development board, and design a 220uF standby capacitance. -
Page 14: Audio Interface
The first audio interface SPK-/MIC-/MIC+/SPK+ SPK-/MIC-/MIC+/SPK+ The hand-free audio and the second audio are connect to the same audio interface of G600. So you cannot use the second audio interface RJ11 and hand-free interface at the same time. Development board... -
Page 15: Additional Serial Port
G600 is running. The interface will be simulated to UART through SPI, and then transferred to a serial port through RS-232 Transceiver SP3238EEA. Meanwhile there are LSINT/LSCS LED indicator on development board that will indicate the work state of SPI transfer serial port. -
Page 16: Current Testing Description
RIGOL DM3051 Important: It’s recommended that the power supply should be used Agilent 66311B or higher level programmable power supply. In this environment it isn’t need current meter. 5.2 Current Testing Description G600 Power Consumption Internal Standards Date Item Description Condtion... - Page 17 I idle Idle mode GSM only, DRX=2, -85dBm 24.2 ★ EGSM900 26.0 24.1 ★ DCS1800 26.0 198.0 I idle-RX 210.0 21.1 I idle-base base (average) 23.0 I sleep Low power EGSM900, -85dBm mode DRX=2 ★ DRX=5 ★ DRX=9 202.0 I sleep-RX 210.0 base (average) sleep-base...
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Page 18: Rf Testing Description
*2: Max Supply Current and Relative Power level recorded simultaneously *3: Pay attention to the conditon of GPRS attatch *4: It is the same Max Supply Current standard at GPRS or GSM 5.3 RF Testing Description G600 RF Sector(EGSM900) Internal Standards Date Sampe A Item Description... - Page 19 <90 <50 ★ Frequency EGSM900 Error PCL=5 <90 <50 <90 <50 <90 <50 <5 <3 ★ RMS Phase EGSM900 ° Error PCL=5 <5 <3 ° <5 <3 ° <5 <3 ° <20 <10 ★ Peak Phase EGSM900 ° Error PCL=5 <20 <10 °...
- Page 20 Insde ★ Transmitter EGSM900 Template Pass Pass Pass output PCL=5 Insde burst timing Pass Pass Pass Template Insde Pass Pass Pass Template Insde (Pass or Fail) Pass Pass Pass Template Insde Pass Pass Pass Template Insde Pass Pass Pass Template Insde Pass Pass...
- Page 21 BER<2.439% & FER<1% Signal EGSM900 strength 22(-3~+2) 22(-2~+2) ★ Cell Power=-88(dBm) 8(-4~+2) 8(-3~+2) Cell Power=-102(dBm) 2(-4~+2) 2(-3~+2) Cell Power=-108(dBm) G600 RF Sector(DCS1800) Internal Standards Date Sample A Item Description Condtion STD-ETSI STD-G1 Unit Level Channel <180 <100 ★ Frequency DCS1800 Error PCL=0 <180...
- Page 22 30± 2 30.5± 1 ★ Transmitter DCS1800 ΔP≤1dB 30.5 30.2 30.5 output PCL=0 28± 3 28± 1.5 power 27.7 27.7 28.0 26± 3 26± 1.5 25.8 25.8 26.2 24± 3 24± 1.5 23.8 23.8 24.2 22± 3 22± 1.5 21.7 21.8 22.2 20±...
- Page 23 Insde Pass Pass Pass Template Insde Pass Pass Pass Template Insde Pass Pass Pass Template Insde Pass Pass Pass Template Insde ★ Output RF DCS1800 Template Pass Pass Pass spectrum PCL=0 Insde (due to Template Pass Pass Pass switching) Insde Pass Pass Pass...
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Page 24: The Rf Antenna
6 The RF Antenna There is SMA RF interface on development board. It is connected with RF cable by SMA/MHF to the G600 RF connector. The GSM antenna can be screw the SMA connector. The performance of antenna see as below:... - Page 25 Number Locate Description Connect the Module UART to DB9 connector JP12 Support the external voltage by LDO chip JM5(1-3) Support the external RESET button Enable VDD led JP11(1-2) Support the external led voltage by VBAT Connect the Module SPI as Trace port to DB9 connector H330 HSPA+ Module Development Kit User Manual Page 25...