ZTEWelink GE2015 User Manual

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GE2015

GE2015 D

OARD

SER

UIDE

Version: V1.1

Date: 2017-01-04

Dev Board

Website: www.ztewelink.com

E-mail: ztewelink@zte.com.cn

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Page 1 GE2015 GE2015 D OARD UIDE Version: V1.1 Date: 2017-01-04 Dev Board Website: www.ztewelink.com E-mail: ztewelink@zte.com.cn...
Page 2: Legal Information
EGAL NFORMATION By receiving the document from Shenzhen ZTEWelink Technology Co., Ltd (shortly referred to as ZTEWelink), you are deemed to have agreed to the following terms. If you don’t agree to the following terms, please stop using the document.
Page 3: About This Document
GE2015 Dev Board User Guide BOUT OCUMENT Reading Notes The symbols below are the reading notes you should pay attention on: : WARNING or ATTENTION : NOTE or REMARK Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 4: Revision History
GE2015 Dev Board User Guide EVISION ISTORY Version Date Description 2016-10-21 version 2017-01-04 Add the content of GE2015_SB_ME3630PCIE in chapter 3.3&3.4 Add the content of GE2015_SB_B & GE2015_DB_MB_B. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 5: Table Of Contents
3.3. P GE2015_SB_ME3630PCIE ......................................21 ICTURE OF INTERFACE BOARD AND CONNECTION 3.4. I GE2015_SB_ME3630PCIE ....................................... 22 NTRODUCTION OF INTERFACE BOARD UNCTION 4. QUICK START GUIDE..................................................29 4.1. D ..........................................................29 EVICE ONNECTION Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 6 ERMINAL OR THER OOL ON 4.3. P ............................................................32 OWER UPPLY 5. DETAILED FUNCTIONAL INTRODUCTION OF GE2015 AND MODULE ................................. 33 5.1. P ............................................................33 OWER UPPLY 5.1.1. Direct Power Supply ........................................................ 33 5.1.2. Adapter Power Supply ......................................................34 5.1.3. USB Power Supply ........................................................34 5.1.4.
Page 7 Figure 3–2 GE2015 mother board and GE2015_SB_B interface board connection ..........................15 Figure 3–3 default jumper connection of GE2015_SB_B interface board when used together with GE2015 ..................16 Figure 3–4 default jumper connection of GE2015_SB_B interface board when used alone ........................17 Figure 3–5 GE2015_SB_B and Identifying ........................................
Page 8: Overview
EVELOPMENT The GE2015 Dev Board provides a complete solution based on the data functions of the CDMA, GSM, WCDMA and LTE modules for debugging and testing. With an extra interface board, the Dev Board not only educes all module function pins (such as power supply, UART, USB and so on), but also adds right amount of testing points to provide all kinds of simple and convenient interfaces for users.
Page 9 Switching Power Adapter ZXR10 2609 Power Adapter (5V2A output ) Standard generalized USB to Micro USB cable External antenna CS-G10-5F3-LE-RG58A/U//V1264-009-02 Figure 1–1 Components of the GE2015 DVK (Figure just for reference) Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 10: Modules Support By Ge2015
GE2015 Dev Board User Guide 1.3. M GE2015 ODULES UPPORT BY Modules list supported by GE2015 Dev Board is shown in Table 1-1. Table 1–1 Module list supported by GE2015 Dev Board Support Modules Corresponding Interface board ME3620 ME3630_GE2015_SB_B ME3630...
Page 11: Function Introduction
GE2015 Dev Board User Guide 2. F UNCTION NTRODUCTION 2.1. F UNCTIONAL IAGRAM Figure 2–1 GE2015 Dev Board Functional Diagram Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 12: Function Identifying
Analog audio interface ADC interface Interface board 5VUSB power AP wake-up module button Figure 2–2 The GE2015 Dev Board and Identifying Interface between GE2015 baseboard and interface board Interface between GE2015 baseboard and interface board Interface between GE2015 baseboard and interface board...
Page 13: Function Introduction
Reserved, extended UART1 interface after 3.3V lever switch, 8-wires. interface (X7) Audio PCM interface (X1) Audio PCM port, I2C interface, 3.3V level and VCCIO level. SDIO interface (X5) 1.8V SDIO interface Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 14 For module wake-up, when press this button (rising edge) wakeup module; when release this button (falling edge) the module can enter sleep. Interface between GE2015 baseboard Interface between GE2015 debug board and interface board and interface board (X14) Interface between GE2015 baseboard...
Page 15: Interface Board Introduction
INTERFACE BOARD AND CONNECTION Below it’s the figure of the GE2015_SB_B interface board for LCC module: Figure 3–1 Picture of GE2015_SB_B The connection effect figure of this board and GE2015 is shown below: Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 16: Introduction Of Ge2015_Sb_B Interface Board Function
GE2015 Dev Board User Guide Figure 3–2 GE2015 mother board and GE2015_SB_B interface board connection 3.2. I GE2015_SB_B NTRODUCTION OF INTERFACE BOARD UNCTION The default jumpers of GE2015_SB_B is displayed in the figure below: Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 17: Figure 3–3 Default Jumper Connection Of Ge2015_Sb_B Interface Board When Used Together With Ge2015
Dev Board User Guide The connection between interface board GE2015_SB_B and GE2015 will need the following 4 jumpers, defaulted as USB connection on GE2015 (X6 and X7 on interface board share the same as the jumper 1 and 2 connection in the figure below): Figure 3–3 default jumper connection of GE2015_SB_B interface board when used together with GE2015...
Page 18: Figure 3–4 Default Jumper Connection Of Ge2015_Sb_B Interface Board When Used Alone
USB, can provide power supply or download function. Can select the USB on GE2015_SB_B via jumper or the USB on main board.  DC power test hole, can choose external DC power supply by jumper TP6 or from GE2015 directly. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 19 Holes on the reverse side, and exposed JTAG points for module can do fly line connection or JTAG debugging. The following figure and table are the detailed description of these functions: Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 20: Figure 3–5 Ge2015_Sb_B And Identifying
Jumper (X6、X7) When select the USB interface of GE2015 for power supply, you need to connect Jumper TP4, and locate X6&X7 to the left as shown in the left figure below(connect the X3 USB interface of GE2015 to PC to enumerate the USB port)
Page 21 Test socket of GPS antenna (X3) Test socket for GPS antenna, for RF test or external antenna connection. NOTE: The silk printing and the schematic diagram of GE2015_SB_B are shown in appendix  Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 22: Picture Of Ge2015_Sb_Me3630Pcie Interface Board And Connection
Below it’s the figure of the GE2015_SB_ME3630PCIE interface board for PCIE module: Figure 3–6 Picture of GE2015_SB_ME3630PCIE interface board The connection effect figure of this GE2015_SB_ME3630PCIE interface board and GE2015 is shown below: Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 23: Introduction Of Ge2015_Sb_Me3630Pcie Interface Board Function
The default jumpers of GE2015_SB_ME3630PCIE is displayed in the figure below: The connection between interface board GE2015_SB_ME3630PCIE and GE2015 will need the following 3 jumpers, defaulted as USB connection on GE2015: Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 24: Figure 3–8 Default Jumper Connection Of Ge2015_Sb_Me3630Pcie Interface Board When Used Together With Ge2015
Dev Board User Guide Figure 3–8 default jumper connection of GE2015_SB_ME3630PCIE interface board when used together with GE2015 When only used the GE2015_SB_ME3630PCIE interface board and use USB to supply power, the default jumper connection is shown in the figure below. The maximum current provided by USB interface is 500mA.
Page 25: Figure 3–9 Default Jumper Connection Of Ge2015_Sb_Me3630Pcie Interface Board When Used Alone
USB, can provide power supply or download function. Can select the USB on GE2015_SB_ME3630PCIE interface board via jumper or the USB on main board.  DC power test hole, can choose external DC power supply by jumper TP6 or from GE2015 directly. ...
Page 26: Figure 3–10 Ge2015_Sb_Me3630Pcieinterface Board And Identifying
Figure 3–10 GE2015_SB_ME3630PCIEinterface board and Identifying Annotation (bit number) Description USB interface (X1) Lead out e USB_DM, USB_DP signal from module interface,external +5V power input from USB interface, can supply 3.6V power through DCDC (D1)chip Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 27 TP6 in right select USB for power supply; USB POWER SUPPLY select: Jumper (X6、X7) 1. When select the USB interface of GE2015 fore power supply, you need to connect Jumper TP6, and locate X6&X7 to the left as shown in the left figure below Mode 1 Mode 2 2.
Page 28 2. When the module is PCIE MP1, X14, X16, X17, X19 need to locate to the right, which stands for the signal of PIN11 (1.8V), PIN23(UART_RX), PIN31(UART_TX), PIN33(RESET_IN)separately. Note: ME3630-PCIE module has MP0(PCM interface) and MP1(analogue audio interface), the detail information can refer to hardware user guide. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 29 Including a 3.3V power hole and a GND hole for connecting DC power for system power-up. When choose DC power supply, TP6 need to connect the jumper of the right two pins. NOTE: The silk printing and the schematic diagram of GE2015_SB_ME3630PCIE are shown in appendix  Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 30: Quick Start Guide
EVICE ONNECTION 1) Connect antenna tieline to module RF interface. 2) Mount module or transfer board on GE2015. 3) Insert SIM card. 4) Make sure adapter and external DC power source are on the DC power supply unit. 5) Make sure jumpers are connected as the connection of defaulted antenna caps in the figure below.
Page 32: Figure 4–1 Ge2015_Db_Mb_B Default Jumper Connection
GE2015 Dev Board User Guide Figure 4–1 GE2015_DB_MB_B default jumper connection Figure 4–2 Device connection between GE2015_DB_B and GE2015_SB_B interface board Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 33: Run Hyper Terminal Or Other Com Tool On Pc
6) Input AT+CSQ, will return +CSQ: 31, 99 OK. 7) GE2015 and module are in normal operating status. Note: Before you connect the DVK to you PC through USB/UART, Please make sure that the driver of module has been installed.
Page 34: Detailed Functional Introduction Of Ge2015 And Module
5. D GE2015 ETAILED UNCTIONAL NTRODUCTION OF ODULE This chapter is the detailed functional introduction of GE2015 and module. 5.1. P OWER UPPLY Three ways of power supply are available for GE2015. 1) Connect external 3.8V direct power supply. 2) By 5V power adapter and embedded DC/DC circuit to generate 3.8V power for module.
Page 35: Adapter Power Supply
5.1.3. USB P OWER UPPLY Connect USB interface to PC via USB cable, connect TP1 jumper to 1-2pin to connect USB_VOUT to DC-DC input end. as shown in the middle figure below Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 36: Other Power Supply
OWER UPPLY There are 3 LDOs on GE2015, which generates 3.3V, 2.5V and 1.8V voltage respectively for the power supply of external module. Through jumper TP5 and TP17, 3.3V voltage will give power to other IC on GE2015. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 37 GE2015 Dev Board User Guide Through jumper TP6 and TP18, 2.5V voltage will give power to other IC on GE2015. Through jumper TP7, 1.8V voltage will give power to other IC on GE2015. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 38 Dev Board User Guide Through jumper TP2, connect VCCIO to 3.3V (jumper connect the two pins near VCC3V3) or 1.8V (jumper connect the two pins near VCC1V8) voltage in a direct way. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 39: 5.2. Uart1
All functions of module can be processed by AT command sending from computer and other DTE via communication interface. Note: These two interfaces of UART1 &UART1-USB cannot be used simultaneously, please shift between TP8 and TP3. Jumper TP8 is used for connecting UART1 Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 40: Db9 Uart1 Main Interface
NTERFACE When connect the jumper TP3, GE2015 can transfer the signal from UART1 to USB-UART1 via chip FT232, then TXD/RXD/CTS/RTS signal can be transferred to module’s UART1. When USB starts to receive or send data, TXLED1 and RXLED1 will blink.
Page 41: 5.3. Uart2
UART2 and USB UART2 share the same UART2 interface, 2 indicator lights (LRXD2/LTXD2) can display the logic level of every pin of UART2 interface clearly, the default of main UART setup is: 115200-8-N-1. Jumper TP22 and TP23 are used for the connectivity between VCCIO level of UART2 and 3.3V level. As shown in the left figure below. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 42 Note: These two interfaces of UART2 &UART2-USB cannot be used simultaneously, please shift between TP9&TP19, TP4&TP24. Jumper TP9&TP19 is used for connecting UART2 and RS232, jumper TP4&TP24 is used for connecting UART2 and USB Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 43: Db9 Uart2 Main Interface
NTERFACE When connect the jumper TP4&TP24, GE2015 can transfer the signal from UART2 to USB-UART2 via chip FT232, then TXD/RXD/ signal can be transferred to module’s UART2. When USB starts to receive or send data, TXLED2 and RXLED2 will blink.
Page 44: 5.4. Spi-Uart
Jumper TP10 and TP11 are used for the connectivity between VCCIO level of SPI and 3.3V level. Jumper TP12 is used to connect SPI of module with the level conversion element on GE2015 through I2C/SPI to UART chip of XR20M1170, then the signal connect to the SPI_RS232 interface at location X12.
Page 45: Control And Indication Interfaces
Dev Board User Guide 5.5. C ONTROL AND NDICATION NTERFACES The control and indication interfaces on GE2015 contain 3 control buttons (power-on, reset and wake-up) and 4 indicator lights (MODULE_READ, AP_WAKEUP_MODULE, MODULE_WAKEUP_AP, and MODULE_POWERON) 5.5.1. C ONTROL UTTON 1 Power-on Button S2 is the PWR_ON button, low level active.
Page 46 S1 is the wake-up button, low level active,when press this button (rising edge) wakeup module; when release this button (falling edge) the module can enter sleep. The status of this signal can be get from the LED indicator AP_W_MD. The location of button AP_WAKEUP_MD and LED AP_W_MD can refer to the right figure below. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 47: Indicator Light
IGHT There are 4 indicator lights on GE2015, the location of them are shown in the right figure below AP_W_MD: the interrupt signal for AP to wake up module, when the LED state change from on to off, it will send a sleep signal to module, or it will send a wakeup signal to module.
Page 48: Sdio Interface ( Not Support Currently )
NOT SUPPORT CURRENTLY GE2015 has 1 SDIO interface circuit to connect with SD card or the interface board of SDIO. This circuit interface includes 1 3V LDO to supply power on SDIO interface of T card. The connection with jumper TP14(shown in the right figure below) can activate this LDO.
Page 49 The SDIO interface on T card can be connected with the SDIO interface on module via jumper TP13. (shown in the right figure below) The SDIO interface on module’s interface board can be connected with the SDIO interface on external interface card via jumper plug X5(shown in the right figure below). Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 50: Adc Interface
5.7. ADC I NTERFACE ADC1 and ADC2 are educed from GE2015, pull-up and pull-down resistors are reserved on peripheral circuit, and connected via jumper X2(shown in the right figure below), for the purpose of easy test. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 51: Audio Interface
External connection with audio card by one 2*8 contact pin X1 and one 2*10 contact pin X6, to support PCM interface and analog audio interface separately. The jumper are shown in the figure below. External connection with audio card by one 2*8 contact pin X1 to support PCM interface Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 52 GE2015 Dev Board User Guide External connection with audio card by one 2*10 contact pin X6, to support analog audio interface. The jumper are shown in the figure below. Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.
Page 53: Main Interface Of Module Interface Board
NTERFACE OARD The connection between GE2015 and GE2015_SB interface board can be done by two 2*20 sockets (X14, X11) and one 2*4 socket (X13). All interface signals are transferred to GE2015 for debugging. Note: please pay attention to the connection direction of GE2015_SB interface board.
Page 55: Appendix
PPENDIX Appendix 1 GE2015_SB_B Silk Printing Appendix 2 GE2015_SB_ME3630PCIE Silk Printing Appendix 3 GE2015_DB_MB_B Silk Printing Appendix 4 GE2015_SB_B Schematic Diagram Appendix 5 GE2015_SB_ME3630PCIE Schematic Diagram Appendix 6 GE2015_DB_MB_B Schematic Diagram Copyright © ZTEWeLink Technology Co., LTD, All rights reserved.

ZTEWelink GE2015 User Manual

Legal Information

About this Document

Revision History

1 Overview

2 Function Introduction

3 Interface Board Introduction

4 Quick Start Guide

5 Detailed Functional Introduction of Ge2015 and Module

6 Appendix

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Summary of Contents for ZTEWelink GE2015

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