XYWGSMGSM VOICE MODEM

1 GSM Voice Modem User Manual 2 Read First Before operating the system, please read this manual thoroughly, and retain it for future reference. Attention Please not leave the GSM Voice Modem.The GSM Voice Modem can only be used after has a valid SIM card inserted. Please do not remove the shielding cover. Warning Hangzhou Tuolima Network Technologies Co., Ltd.will not fix the GSM Voice Modem that is opened by user.In such case, its warranty will be terminated too. 1. Summary More and more applications emerged with the rapid development of wireless data services, such as vehicle navigation, remote monitoring, wireless Internet access, wireless POS, etc. Thus, more and more devices need to be able to do wireless communication. With this background, Hangzhou Tuolima Network Technologies Co., Ltd. develops its GSM Voice Modem. Users of this product can add wireless communication capability easily to their own products, and then, develop many applications. The GSM Voice Modem mostly fits the need of data transfer, with SMS data communication, GPRS data navigation, Circuit Switch / Data Connectivity, TCP/IP protocol etc. Because the easy setting up in SCM (Single Chip Micyoco), it is convenient for network data communication. The GSM Voice Modem with small size, which fits both embedded application and external peripheral equipment. The AT command set and USB interface will offer easy data connection without any extra circuit control. Traditionally, the above applications use digital cellular, CDPD or other wire-line modem to do communication, and these technologies are of the disadvantages of high communication expense, limited communication range, dial before communications, etc. When we begin to use GSM Voice Modem, all these problems disappeared. Please read this manual carefully before your installation, and please keep this manual for further reference. 3 2. Interfaces
1 USB port,
SIM Card Holder 3. Features
Supporting both Chinese/English SMS data communication
Supporting 1900 MHz GSM band, better signal quality
Supporting AT Command Set
Standard USB port, easy to use
Industrial standard design and quality guarantee 4. Specifications
Operation temperature ˖-25 - +60ć
Storage temperature˖-35 - +80ć
Humidity ˖0 - 95ˁnon-condense
Current˖standby 50mAˈwork 300mA
Weight˖250g 4 5. Installation a) Open the SIM card holder, insert in a valid SIM Card provided by GSM network operator or service provider. b) Install the GSM Modem to your location. c) Fix the USB cable to the GSM modem, the supplied cable will connect the unit to a PC. For other devices you may need a crossover cable. Make sure that all connections are properly 5 6. Modem Basic Operation A. Module connection with Hyper Terminal. 1. Establish or Open Hyper Terminal fromAll Programs Accessories- Communications and setting up relevant parameters. Module baud rate is 115200. (1). Establish connection. (2). Setting up usage port. 6 (3). Setting up port parameters. 7 (4). Setting up property in FileMenu of Hyper Terminal 8 2. You can input word “AT” then press “Enter” key, it should be response word “OK” means work property. All commands are executed by pressing ĀEnterākey. Example as below: 9 3. If SIM card requires switch on password, please enter: AT+CPIN=Āpasswordā  4. Read module information AT+CGMI ˄Manufacture name˅ AT+CGMM ˄Read Module model˅ AT+CGMR (Read module current SW version information) AT+CGSN (Module serial number) B. Dial call or receive call (Modem doesn’t provide voice port even with relevant command) 1. Dial call ATDxxxxxxxxx˗˄xxxxxxxxx is phone numberˈexample˖ATD1860˗˅ 2. Call waiting function˖AT+CCWA 3. Hold function˖AT+CHLD= ̨ 4. Dial latest call number˖AT+CLCC= ̨ 5. Enter information once connection established˄DTMF˅˖AT+VTS=˄0-9ˈ#ˈ*ˈA-Z˅ Dial Extension number˄example˖1234˅˖AT+VTS=1 AT+VTS=2 AT+VST=3 10 AT+VST=4 6. Receive call: ATA 7. Hang off call: ATH 8. Incoming call ID: AT+CLIP=1 9ǃSMS function˖ ŁSetting up SMS Center number˖AT+CSCA=Ā+8613800XXXXXXāˈ145 SMS Center number˖+8613800XXXXXX łTEXT parameter˖AT+CSMP=17ˈ168ˈ0ˈ0English format AT+CSMP=17ˈ168ˈ0ˈ0Chinese format ŃSend SMS˖AT+CMGS ńRead single SMS˖AT+CMGR=1 ŅList multiple SMS˖AT+CMGF=1 AT+CMGF=4    ņ Delete SMS˖AT+CMGD Example 1˖Send English character SMS AT+CMGF=1 AT+CSMP=17ˈ168ˈ0ˈ0 AT+CMGS=ĀTelephone numberā >Character information Ctrl+z Example 2˖Send Chinese character SMS AT+CMGF=1 AT+CSMP=17ˈ168ˈ0ˈ8 AT+CMGS=ĀTelephone numberā >Chinese character information Ctrl+z 10. Chinese character information is Unicode. 11 GPRS Internet Access The below guide is an example of connecting your GSM modem to a PC and establishing a GPRS connection to the internet through standard "Dial Up Networking" Double Click the “Phone and Modems Option” in “Control Panel” Double Click the “Phone and Modems Option” Icon Select the “Modem” tab Click the “Add...” button at the bottom of the menu Make sure the “Don’t detect my modem; I will select it from the list” is selected Your next screen will ask you which modem you have, make sure “Standard 33600 Bps” modem is selected 12 You will then be greeted with a messages saying you have “Successfully Installed Your Modem” Select your modem from the list in your “Phone and Modem Options” and click the ĀProperties” button. A new window will appear, from here you can test your modem by selecting “Diagnostics” to ensure you have selected the appropriate COM port. Click on the “Advanced” tab and enter the setting. Please note that you will need to obtain your APN (Access Point Name) from your cell phone provider to replace the “CMNET” value 13 You can then establish a dial up networking connection by double clicking your “My Network Places” icon, Selecting “View My Network Connections” and “Add a New Network Connection” option. You will also need to obtain your username and password from your ISP, your number to dial is *99# 14 Warning: This device complies with part 15 of the FCC Rul…

Text truncated - open the document above for the full version.

TX:1850-1910MHz RX: 1930-1990 MHz Power Control signal RX signal TX signal IQ signal Data BaseBand & PMU (MT6223D) 26MHz Crystal SIM card Flash+SRAM RX SAW PA SKY77517 Transceiver AD6548 32.768KHz Crystal USB Port to PC

External Photo for Model: GSM Voice Modem External Photo for Model: GSM Voice Modem External Photo for Model: GSM Voice Modem

FCC ID LABEL FCC ID: XYWGSM This device complies with Part 15 of the FCC Rules.Operation is subject to the following two conditions:1. This device may not cause harmful interference, and 2. This device must accept any interference received,including interference that may cause undesired operation. Label Location on EUT EUT Bottom View/ FCC ID Label Location

Internal Photo for Model: GSM Voice Modem Internal Photo for Model: GSM Voice Modem Internal Photo for Model: GSM Voice Modem Internal Photo for Model: GSM Voice Modem Antenna Internal Photo for Model: GSM Voice Modem Internal Photo for Model: GSM Voice Modem

Circuit Description 1. Overview: The GSM Voice Modem works at 1900 MHz GSM band And CPU runs at 26MHz, with 64M bits Flash Memory and 32Mbits SRAM. The main IC include CPU(MT6223D),Flash( M36W0R6050T3ZAQ ),Transceiver(AD6548),PA(SKY77517) System diagram Overview: 1.1. RF: RF (Radio Frequency) section is in charge of the signal transmit and receiving, signal modulation and demodulation. Product technical parameters: GENERAL: Signal Flow Brief of the mobile signal flow as below: 3.1. Transceiver Transceiver (AD6548) dedicates to signal modulation and demodulation. Receiver mode: The receiver section includes 1900 MHz GSM band Low-Noise Amplifiers(LNAs), RF quadrature mixers, channel filters, Programmable-Gain Amplifiers(PGAs), and on-chip automatic DC-offset correction loops. The fully-integrated channel filters reject interference and blocking singals without any external components. The differential inputs are matched to external SAW filters using LC networks and the H/L gain step is 36dB. Following the LNAs are two quadrature RF mixers that down-convert the RF signal to IF I/Q signals. The IF I/Q signals are then filtered and amplified through a low-pass filter and a PGA. The multi-stage PGA is implemented between filtering stages to control the gain of the receiver. Transmitter mode: The transmitter section consists of Base-band (BB) I/Q filters, I/Q modulators, frequency dividers, output buffers and a bias-core circuit. BB I/Q signals are fed into the one-pole RC low-pass filter first for better out-of-the-band noise performance. The I/Q modulators are responsible for translating the BB I/Q signals to the transmitting frequencies. The low-noise divided-by-2/4 frequency dividers provide the necessary carriers for frequency translation while minimizing VCO pulling effect. The output buffers are adopted to amplify the modulator output signals to an adequate level to fulfill Pin requirement of Power Amplifiers. 3.3. Transmitter principle TX signal flow chart(Figure 2) End of this file

Tune-up Procedure Tune-up Procedure During manufacturing will be individually calibrated. The measurement is done in a fully calibrated setup, which is based on Agilent 8960 (adjustement of gain factors) and Agilent 8960 or RS CMU200 (control of power levels). Furthermore, the highest power level is verified afterwards in a GSM Voice Modem measurement on three channels (low, mid and high). Procedure: 1. Set operational voltage and on one certain channel in a special service mode by means of company proprietary software. 2. The actual power is measured at several power levels. 3. The gain factors are adjusted via the Board-test SW using automatic adjustment arithmetic until the target value is met. The appropriate gain control settings are stored in RF table (a special section in Nor Flash marked with Read only and untouchable for end user) individually (for each power level). The user has no possibility to change these settings later on.

EMI MEASUREMENT AND TEST REPORT For Hangzhou Tuolima Network Technologies Co., Ltd. 608, Zhejiang Enterprise Center, 555 Wensan Road, Hangzhou, China FCC ID: XYWGSM Dec.10, 2009 This Report Concerns: Original Report Equipment Type GSM Voice Modem Test Engineer: Eric Li Report No.: BST09113832410R-3 Receive EUT Date/Test Date: Dec.02,2009/ Dec.02-10,2009 Reviewed By: Christina Prepared By: Shenzhen BST Technology Co.,Ltd. 3F,Weames Technology Building, No. 10 Kefa Road,Science Park, Nanshan District,Shenzhen,Guangdong,China Tel: 0755-267477513 Fax: 0755-267477513 ext.826 Note: The test report is specially limited to the above company and this particular sample only. It may not be duplicated without prior written consent of Shenzhen BST Technology Co.,Ltd. This report must not be used by the client to claim product certification,approval,or endorsement by NVLAP, NIST or any agency of the US Government. Hangzhou Tuolima Network Technologies Co., Ltd. FCC ID: XYWGSM BT FCC ID REPORT :BST09113832410R-3 Page 2/30 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................3 1.1. Report infor mation ...........................................................................................................3 1.2. Measurement Uncertainty .................................................................................................3 2. PRODUCT DESCRIPTION ......................................................................................................4 2.1. EUT Description ...............................................................................................................4 2.2. Block Diagram of EUT Configuration..............................................................................4 2.3. Test Conditions .................................................................................................................5 3. FCC ID LABEL...........................................................................................................................5 4. TEST RESULTS SUMMARY ...................................................................................................6 Modifications ................................................................................................................................6 5. TEST EQUIPMENT USED .......................................................................................................7 6. §15.107 CONDUCTED EMISSION TEST ...............................................................................8 6.1. Applicable Standard..........................................................................................................8 6.2. Test Procedure ..................................................................................................................8 6.3. Test Data ...........................................................................................................................9 6.4. Plot(s) of Test Data .........................................................................................................10 7. §1.1310 - RF EXPOSURE (MPE) ............................................................................................12 7.1. Applicable Standard........................................................................................................12 7.2. Test Data .........................................................................................................................12 8. § 2.1046& § 24.232 (C) - RF OUTPUT POWER ...................................................................14 8.1. Applicable Standard........................................................................................................14 8.2. Test Procedure ................................................................................................................14 8.3. Test Data .........................................................................................................................15 9. MODULATION CHARACTERISTIC...................................................................................20 10. §2.1049& §24.238 - OCCUPIED BANDWIDTH ...................................................................21 10.1. Applicable Standards ......................................................................................................21 10.2. Test Procedure ................................................................................................................21 10.3. Test Data .........................................................................................................................21 11. §2.1051&§24.238(A) - SPURIOUS EMISSIONS AT ANTENNA TERMINALS...............24 11.1. Applicable Standards ......................................................................................................24 11.2. Test Procedure ................................................................................................................24 11.3. Test Data .........................................................................................................................24 12. §2.1053§24.238 - SPURIOUS RADIATED EMISSIONS......................................................27 12.1. Applicable Standards ......................................................................................................27 12.2. Test Procedure ................................................................................................................27 12.3. Test Data .........................................................................................................................27 13. §2.1055& §24.235 - FREQUENCY STABILITY ...................................................................29 13.1. Applicable Standard........................................................................................................29 13.2. Test Data ................................................…

Text truncated - open the document above for the full version.