Starter Kit B80 User Guide. Version: 01 DocId: Starter_Kit_B80_v01. User Guide

Transcription

1 Starter Kit B80 User Guide Version: 01 DoId: Starter_Kit_B80_v01 User Guide

2 User Guide: Starter Kit B80 User Guide Version: 01 Date: DoId: Status Starter_Kit_B80_v01 GENERAL NOTE THE USE OF THE PRODUCT INCLUDING THE SOFTWARE AND DOCUMENTATION (THE "PROD- UCT") IS SUBJECT TO THE RELEASE NOTE PROVIDED TOGETHER WITH PRODUCT. IN ANY EVENT THE PROVISIONS OF THE RELEASE NOTE SHALL PREVAIL. THIS DOCUMENT CON- TAINS INFORMATION ON CINTERION PRODUCTS. THE SPECIFICATIONS IN THIS DOCUMENT ARE SUBJECT TO CHANGE AT CINTERION'S DISCRETION. CINTERION WIRELESS MODULES GMBH GRANTS A NON-EXCLUSIVE RIGHT TO USE THE PRODUCT. THE RECIPIENT SHALL NOT TRANSFER, COPY, MODIFY, TRANSLATE, REVERSE ENGINEER, CREATE DERIVATIVE WORKS; DISASSEMBLE OR DECOMPILE THE PRODUCT OR OTHERWISE USE THE PRODUCT EXCEPT AS SPECIFICALLY AUTHORIZED. THE PRODUCT AND THIS DOCUMENT ARE PROVIDED ON AN "AS IS" BASIS ONLY AND MAY CONTAIN DEFICIENCIES OR INADEQUACIES. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, CINTERION WIRELESS MODULES GMBH DIS- CLAIMS ALL WARRANTIES AND LIABILITIES. THE RECIPIENT UNDERTAKES FOR AN UNLIMITED PERIOD OF TIME TO OBSERVE SECRECY REGARDING ANY INFORMATION AND DATA PRO- VIDED TO HIM IN THE CONTEXT OF THE DELIVERY OF THE PRODUCT. THIS GENERAL NOTE SHALL BE GOVERNED AND CONSTRUED ACCORDING TO GERMAN LAW. Copyright Transmittal, reprodution, dissemination and/or editing of this doument as well as utilization of its ontents and ommuniation thereof to others without express authorization are prohibited. Offenders will be held liable for payment of damages. All rights reated by patent grant or registration of a utility model or design patent are reserved. Copyright 2012, Cinterion Wireless Modules GmbH Trademark Notie Mirosoft and Windows are either registered trademarks or trademarks of Mirosoft Corporation in the United States and/or other ountries. All other registered trademarks or trademarks mentioned in this doument are property of their respetive owners. Starter_Kit_B80_v01 Page 2 of

3 Contents 22 Contents 0 Doument History Introdution Regulatory Compliane Information Supported Produts Related Douments Ordering Information Sope of Delivery Produt Conept Key Features at a Glane System Overview Step-By-Step Startup Interfae Desription USB Interfae USB-PC Connetion USB Data Connetion and Power Supply Board-to-Board Connetor Status LEDs SIM Card Holder Component SIM Card Antenna Connetors RF Antenna GPS Antenna Swithes Ignition Power Supply Swith I 2 S/ASC1 Swith MIC1 Bias Swith x40-Pin Connetor Appendix: Shematis and Plaement Starter_Kit_B80_v01 Page 3 of

4 0 Doument History 4 0 Doument History New doument: "Starter Kit B80 User Guide" Version 01 Chapter What is new --- Initial doument setup. Starter_Kit_B80_v01 Page 4 of

5 1 Introdution 1 Introdution The Starter Kit B80 is a simple and easy-to-use adapter board designed to quikly test and evaluate basi funtionalities of the supported evaluation modules. The purpose of this doument 1 is to guide you through the proess of onneting the hardware and getting started with the module evaluation. Chapter 2 introdues the produt onept, inluding key features and system overview, Chapter 3 gives a short step-by-step guide to onnet and power-up the Starter Kit B80 and Chapter 4 desribes the Starter Kit s interfaes in some more detail. The Appendix finally ontains the Starter Kit s shematis and plaement (see Chapter 5). 1.1 Regulatory Compliane Information The Starter Kit B80 is intended for use only in a laboratory test environment. All persons handling the Starter Kit B80 must be properly trained in eletronis and observe good engineering pratie standards. The Starter Kit B80 is a test/development platform and has not been designed to be embedded into other produts (referred as "final produts"). The Starter Kit B80 is not intended for use as referene environment for type approval. 1.2 Supported Produts This User Guide applies to the following produts: Cinterion modules with an 80-pin board-to-board onnetor Cinterion modules onneted to an evaluation adapter (e.g., 60/80 adapter) with an 80-pin board-to-board onnetor 1.3 Related Douments [1] AT Command Set for the appropriate onneted Cinterion module [2] Hardware Interfae Desription for the appropriate onneted Cinterion module [3] DSB-Mini User Guide The latest produt information and tehnial douments are ready for download on the Cinterion website or may be obtained from your loal dealer or the Cinterion Sales department. To visit the Cinterion website you an use the following link: 1. The doument is effetive only if listed in the appropriate Release Notes as part of the tehnial doumentation delivered with your Cinterion wireless module. Starter_Kit_B80_v01 Page 5 of

6 1.4 Ordering Information 1.4 Ordering Information Table 1: Starter Kit B80 delivery pakage Desription Supplier Ordering information Starter Kit B80 Cinterion Order number: L30960-N0040-A Sope of Delivery Table 2: Starter Kit B80 delivery pakage Quantity Desription 1 Starter Kit B80 1 Hirose antenna able 60mm, 50 Ohms 1 Hirose antenna able100mm, 50 Ohms 1 USB A to Mini-USB Y-able 1m The modules and adapters for use with the Starter Kit B80 are not inluded in the sope of delivery. Starter_Kit_B80_v01 Page 6 of

7 2 Produt Conept 2 Produt Conept Figure 1 shows the interfaes of the Starter Kit B80. Top view Ignition swith Rx/Tx LED USB onnetor 1 USB onnetor 2 Power LED Power supply swith GPS antenna with onnetor (Hirose U.FL) Pin 40 Pin 41 Pin 1 Pin 80 RF Antenna with onnetor (Hirose U.FL) ASC1 / I2S MIC1 bias Board-to-board onnetor swith swith (80-pin) Bottom view 2x40-pin onnetor for aess to the module s interfae lines via DSB-Mini SIM ard holder Figure 1: Starter Kit B80 overview Starter_Kit_B80_v01 Page 7 of

8 2.1 Key Features at a Glane 2.1 Key Features at a Glane Table 3: Key features at a glane Feature Implementation Module interfae Diret onnetion via 80-pin board to board onnetor. Supports modules with an 80-pin board-to-board onnetor as well as modules onneted to an evaluation adapter (e.g., 60/ 80 adapter) with an 80-pin board-to-board onnetor. For module features please refer to [2]. Power supply 5V via USB interfae and / or 5V external supplied through 2x40-pin onnetor Antenna interfae Seven band GSM/UMTS RF antenna (Taoglas PA.700.A) On-board GPS path antenna (Taoglas GP A.02) SIM interfae Supported SIM ards: 3V, 1.8V Serial interfaes 1 serial interfae aessable via USB VCP Maximum baud rate 230,400bps USB interfae Supported Signal indiation 2 LEDs for On/Off and (virtual) Rx/Tx lines Signal aessibility All module signals aessible via 2x40-pin onnetor Dimensions 110mm x 50mm (length x width) 2.2 System Overview Antennas (GSM/UMTS, GPS) Optional external antennas (GSM/UMTS, GPS) (Evaluation) Module USB onnetor 1 VCP Power supply USB onnetor 2 USB Power supply USB to UART Optional USB onnetion and power supply PC/ Power supply SIM ard interfae SIM ard LEDs Rx/Tx, On/Off IGT Ignition 2x40-pin onnetor Optional DSB-Mini onnetion DSB-Mini Optional development support board Starter Kit B80 Figure 2: Starter Kit B80 system overview Starter_Kit_B80_v01 Page 8 of

9 3 Step-By-Step Startup 3 Step-By-Step Startup To set up the Starter Kit B80 please follow the below step-by-step instrutions. The mentioned interfaes - onnetors and swithes - are illustrated in Chapter 2. A more detailed desription of these interfaes an be found in Chapter 4: Download and extrat the virtual COM port (VCP) driver. The virtual COM port (VCP) driver will ause the Starter Kit B80 - onneted to a PC via USB - to appear as an additional COM port available on the PC. For details on the USB-to-UART bridge see Chapter 4. The VCP driver an be downloaded free of harge from Future Tehnology Devies International Ltd. ( Set the power supply swith to 5V (delivery default). Connet the integrated RF antenna (and if need be GPS antenna). Figure 3 shows the antenna onnetion for a PH8 module mounted onto the board-to-board onnetor using the module s U.FL onnetors. External antennas an also be onneted. Mount the module onto the Starter Kit B80 s 80-pin board-to-board onnetor. Insert the SIM as shown in Figure 3. Figure 3: Starter Kit B80 with mounted module and SIM Connet the Starter Kit B80 s USB onnetor 1 ("USB-PC") to a PC using the provided USB Y-able or a standard USB mini able (USB A to USB Mini-B 5 pin). Install the VCP driver software. Under Windows the Starter Kit B80 is automatially reognized as a new hardware devie and the Found New Hardware Wizard opens to help install software for the new devie - "FT232 USB UART". Clik the box Installation from a list or speifi loation box and navigate to the folder ontaining the extrated VCP driver files. Follow the on sreen instrutions. Now, the "FT232 USB UART" devie is installed as a USB serial port and the Found New Hardware Wizard will open again for this new devie - "USB Serial Port". Repeat browsing to the folder ontaining the extrated VCP driver files to install software for the "USB Serial Port". Follow the on sreen instrutions. The newly installed hardware devie, i.e., the ASC0 interfae of the evaluation module on Starter_Kit_B80_v01 Page 9 of

10 3 Step-By-Step Startup the Starter Kit B80, is now available via a "USB Serial Port" in the port list of the Windows Devie Manager. Figure 4: Serial USB Port in Devie Manager It is reommended to hange the lateny timer for this COM port to 3ms: Right-lik on the "USB Serial Port" to open the Port Properties window. Selet the Port Settings tab and press the Advaned button to open the window for the BM options inluding lateny timer. Start a terminal program (e.g. Hyperterminal). Selet the COM port assigned to the "USB Serial Port". It is reommended to use the following onnetion settings: - Bits per seond: Data bits: 8 - Parity: None - Stop bits:1 - Flow ontrol: Hardware Figure 5: Connet to USB Serial Port Press the Ignition button on the Starter Kit B80. A blue LED indiates the On state. The Starter Kit B80 should now be onneted. Starter_Kit_B80_v01 Page 10 of

11 3 Step-By-Step Startup Chek the mounted evaluation module s release version using the AT ommand ATI. For a omplete AT Command Set desription see [1]. This inludes AT ommands to onfigure the ommuniation interfae. Figure 6: Communiation over USB Serial Port As an alternative to aessing the ASC0 interfae lines via USB-to-UART bridge it is also possible to employ the USB onnetor 2 ("+5V PWR") to ommuniate with the module. In this ase the module onneted to the PC is reognized as a USB devie and will either automatially install the standard USB drivers integrated in Windows or may require proprietary USB drivers supplied by Cinterion. Apart from the serial ASC0 interfae lines aessible via USB-to-UART bridge and VCP the other signal lines of the evaluation module are also available - by means of the 2x40-pin onnetor mounted onto an optional development support board, the DSB-Mini. For details on the available lines please refer to Setion 4.7. Starter_Kit_B80_v01 Page 11 of

12 4 Interfae Desription 4 Interfae Desription 4.1 USB Interfae The Starter Kit B80 features two USB onnetors. The first USB onnetor - labelled "USB PC" - is employed as a USB-to-UART bridge for ASC0 ommuniation (see Setion 4.1.1), the seond USB onnetor - labelled "+5V PWR" - may be employed as a diret USB onnetion to the module as well as an additional module power supply (see Setion 4.1.2) USB-PC Connetion Over the first USB onnetor ("USB PC") the Starter Kit B80 features a USB to 8-line UART bridge in order to onnet the module via USB Virtual COM Port (VCP) to a PC. All available module data rates up to 230,400bps are supported. A speifi VCP driver, available from Future Tehnology Devies International Ltd. ( needs to be installed and onfigured on the PC side. If the Starter Kit B80 operates standalone, i.e., without being onneted via the 2x40-pin onnetor to an external appliation, this VCP is always ative to bridge the ASC0 lines over USB. However, the module s ASC0 signals are at the same time also wired to the 2x40-pin onnetor (see Setion 4.7). In ase the Starter Kit B80 is mounted on the optional DSB-Mini, the VCP is deativated (reset) automatially - the USB-to-UART bridge releases the ASC0 signal lines so the serial ommuniation an be ontinued through the 2x40pin onnetor. The module s ASC1 signal lines are only onneted to the 2x40-pin onnetor and are not usable while the VCP is ative in standalone operation mode USB Data Connetion and Power Supply The seond USB onnetor ("+5V PWR") provides a diret USB data onnetion as well as serving as an additional power supply. To employ the USB data onnetion appropriate USB drivers will have to be installed on the onneted PC. These may be the standard USB drivers integrated in Windows or proprietary USB drivers supplied by Cinterion. Please ask Cinterion for details. Through the first USB onnetor desribed in Setion the Starter Kit B80 is supplied with 5V and max. 500mA. In addition, the seond USB onnetor serves as a further power supply in ase of inreased power onsumption during GPRS Class 10 data transfer and/or frail supplies (e.g., long ables). Starter_Kit_B80_v01 Page 12 of

13 4.2 Board-to-Board Connetor 4.2 Board-to-Board Connetor The modules are mounted to the Starter Kit B80 via the 80-pin board-to-board onnetor as shown in Figure Status LEDs The Starter Kit B80 features two status LEDs indiating the evaluation module s power on/off state ("ON"; blue) as well as the urrent data transfer state ("RXTX"; white). 4.4 SIM Card Holder The Starter Kit B80 has a ard holder on its bottom side for a SIM to be inserted. The SIM ard holder supports normal ard operation, but does not support the SIM ard detetion funtionality. The evaluation module s ard detetion line is onneted to the 2x40-pin onnetor only in order to support ard detetion on the optional DSB-Mini Component SIM Card The Starter Kit B80 provides a land pattern for an optional use of a omponent UICC (SIM/ USIM/MIM). The omponent SIM will have to be soldered manually and an then be used instead of SIM ards inserted into the SIM ard holder. Depending on the manufaturer and pakage of the employed UICC, pin 6 or pin 7 is used as I/O line. Thus, it is neessary to plae a 0Ohm resistor either for R28 or R29. Please refer to the pakage speifiation of the UICC for details. Component SIM land pattern R28 R29 Figure 7: Component SIM ard Starter_Kit_B80_v01 Page 13 of

14 4.5 Antenna Connetors 4.5 Antenna Connetors The Starter Kit B80 features two antenna onnetors - for the RF antenna see Setion 4.5.1, for the GPS antenna see Setion RF Antenna The Starter Kit B80 has an on-board septa-band antenna for 2G, 3G and 4G use (aka LTE/ GSM/CDMA/DCS/PCS/WCDMA/UMTS/HSDPA/GPRS/EDGE) that an be onneted to the module using the enlosed 60mm Hirose U.FL able. For more information on the integrated RF antenna (PA.700A) please refer to ( Please note that the RF antenna may be detuned somehow, if largish ground planes are plaed diretly beneath. In suh a ase, it is possible to onnet an external antenna to the Starter Kit B80 via the Hirose U-FL onnetor. An external antenna might be useful, if the Starter Kit B80 is mounted onto the optional DSB-Mini and the antenna performane is to be evaluated GPS Antenna The Starter Kit B80 has an on-board GPS Path antenna that an be onneted to the module using the enlosed 100mm Hirose U.FL able. However, any other GPS antenna an be onneted diretly to the module. The onnetor does not provide any DC supply for ative GPS antennas. Starter_Kit_B80_v01 Page 14 of

15 4.6 Swithes 4.6 Swithes Ignition The Ignition button ("IGT") is used to swith on the evaluation module plugged onto the Starter Kit B80. To swith the module off the AT omand AT^SMSO should be used. Alternatively, the USB power supply an be unplugged. Note that some Terminal programs (e.g., ZOC) will not notie that the USB able was unplugged. In this ase the Terminal program has to be restarted Power Supply Swith The Starter Kit B80 has a swith to selet the power supply path: 5V (default) The 5V power supply path ollets the supply from the USB interfaes on the Starter Kit B80 and the 5V supply from the 2x40-pin onnetor. A post LDO regulates the module s operating voltage down to 3.8V. Battery The battery power supply path provides a diret power soure on the 2x40pin onnetor without additional iruitry exept the swith resistane (~20m ). If the Starter Kit B80 operates standalone, the swith must be set to 5V to supply the module through the 5V power supply path. Only if the Starter Kit B80 is mounted onto the optional DSB-Mini and the module is supplied by an external battery onneted to the DSB-Mini, must the swith be set to BAT. USB (USB/Supply) USB (USB-to-UART/Supply) VUSB 5V0 BATT+ (3.6V) 2x40 pin onnetor V480 V480 VBATT+ Starter Kit B80 iruit: ICs, LEDs Swith: Power supply path seletion BATT+ Evaluation module BATT+ Figure 8: Power supply path seletion Starter_Kit_B80_v01 Page 15 of

16 4.6 Swithes I 2 S/ASC1 Swith Some modules do not have a serial ASC1 interfae, but feature an I²S digital audio interfae instead that uses the ASC1 signal lines (e.g., PH8). By default, the "I2S/ASC1" swith is set to "ASC1". It onfigures the ASC1 signals to be available on the ASC1 pins of the 2x40-pin-onnetor and the digital audio (DAI/PCM) signals to be available on the DAI/PCM pins of the 2x40-pin-onnetor. The I 2 S interfae is then not available. Alternatively, the swith an be set to "I2S". It then onfigures the I²S signals to be available on the DAI/PCM pins of the 2x40-pin-onnetor and to ut off the DAI/PCM signals instead. I2S/ASC1 swith 2x40-pin onnetor I²S/ASC1 signals PCM/DAI signals ASC1 pins PCM/DAI pins Figure 9: I2S/ASC1 swith Table 4: I2S/ASC1 swith 2x40-pin onnetor ASC1 I2S/ASC1 swith position I2S Module signals on 80-pin board-to-board onnetor Name No. No. Signal Name No. Signal Name DA DAI0 / PCM_DOUT 26 DAI0 / PCM_DOUT DA DAI1 / PCM_DIN / I2S_DIN 25 DAI1 / PCM_DIN / I2S_DIN DA DAI2 / PCM_SYNC / I2S_WSIN 24 DAI2 / PCM_SYNC / I2S_WSIN DA DAI3 / PCM_CLK / I2S_WSIN 23 DAI3 / PCM_CLK / I2S_WSIN DA DAI4 / n/ 53 CTS1 / I2S_SCLKOUT DA DAI5 / n/ 51 RTS1 / I2S_WSOUT DA DAI6 / n/ 31 TXD1 / I2S_DOUT DA RXD1 / I2S_MCLKOUT Note that the signal names may vary between different module produts. This swith has no impat, if the Starter Kit B80 is operated standalone, as neither ASC1 nor I²S is then supported. Starter_Kit_B80_v01 Page 16 of

17 4.7 2x40-Pin Connetor MIC1 Bias Swith The MIC1 Bias swith enables a mirophone bias voltage on the mirophone path of the first analog audio interfae to optimize audio quality. This swith may be set to "On" for MC75i, TC65i, TC65i-X, TC63i, BGS3, EES3, EGS3, EGS5, EGS5-X modules only. If the Starter Kit B80 is operated standalone this swith has no impat. This is beause the Starter Kit B80 itself does not provide an audio interfae x40-Pin Connetor All relevant module signals are aessible by means of the 2x40-pin onnetor. The 2x40-pin onnetor omprises Connetor A and Connetor B as shown in Figure 10. The 2x40-pin onnetor also serves a few additional signals for operation ontrol between the Starter Kit B80 and an optional development support board (DSB-Mini) as well as for additional power supply. Connetor A Connetor B Figure 10: Two 40-pin onnetors on Starter Kit B80 top view The following Table 5 maps module signals, i.e., pins of the 80-pin board-to-board onnetor to the 2x40-pin onnetor for the Starter Kit B80 default setup. Beause different modules may have different naming onventions and signal funtions, the signal names given in Table 5 for the 2x40-pin onnetor may vary, but the modules pin numbers on the 80-pin board-to-boardonnetor are non-variable. The pin numbers should therefore be used if onsulting the Hardware Interfae Desription ([2]) for a speifi module. Please note that the default mapping hanges with the setting of the "I2S/ASC1" swith as desribed in Setion Also note that in some ases two 2x40 onnetor pins are mapped to just one 80-pin onnetor pin - where simultaneous usage of these interfae pins is not possible anyway. Starter_Kit_B80_v01 Page 17 of

18 4.7 2x40-Pin Connetor Table 5: Pin mapping 2x40-pin onnetor to 80-pin board-to-board onnetor Signal number on 80-pin board-to-board onnetor Signal number on 80-pin board-to-board onnetor No. Connetor A No. No. Connetor B No. - DA DA0 26 BATT+ BATT BATT+ BATT+ 15 DA DA1 25 GND GND GND.DETECT Control 13 DA DA AGND GND GND 22 DA DA USB_DN VUSB 12 7 SPI_DI 5 36 SPI_CLK USB_DP VEXT SPI_DO 6 35 SPI_CS VEXT V0-70 I2CDAT 7 34 I2CCLK 11 Supply 5V VMIC 66 - N/C 8 33 DCD EPP EPN EMERG_ 9 32 CTS EPP EPN2 65 RST 29 RXD CTS MICP MICN RXD RTS MICP MICN TXD DTR TTY_EP TTY_MIC TXD RTS GPIO GPIO ADC DSR GPIO GPIO ADC RING GPIO GPIO DAC STATUS2-8 GPIO GPIO SYNC VDDLP 33 9 GPIO GPIO PWR_IND 23 IGT CCCLK CCRST 19 GND GND GND GND CCIO CCIN 20 GND GND GND GND 17 VSIM CCGND 21 Legend (80-pin board-to-board onnetor number): -: Not onneted. GND: GND pins of the board-to-board onnetor. BATT+: Battery power supply input from DSB-Mini. Only relevant if supply swith is set to "BAT". Control: Control signal from DSB-Mini. Supply: Main power supply for Starter Kit B80, if supply swith is set to "5V". Power is supplied via USB interfae either from Starter Kit B80 or from DSB-Mini. Starter_Kit_B80_v01 Page of

19 5 Appendix: Shematis and Plaement 22 5 Appendix: Shematis and Plaement B80 Figure 11: Shematis, Page 1 Starter_Kit_B80_v01 Page 19 of

20 5 Appendix: Shematis and Plaement 22 Figure 12: Shematis, Page 2 Starter_Kit_B80_v01 Page 20 of

21 5 Appendix: Shematis and Plaement 22 Figure 13: Plaement, Page 1 (top) Starter_Kit_B80_v01 Page 21 of

22 5 Appendix: Shematis and Plaement 22 Figure 14: Plaement, Page 2 (bottom) Starter_Kit_B80_v01 Page 22 of