TCYFP-2128Mobile Phone

VITO V105 USER MANUAL SAFETY INFORMATION ........... 3 ＊ Recommendation .......................... 3 ＊ SAR................................................ 4 LIST OF MENU FUNCTIONS .... 6 ＊PhoneBook (Menu 1) ............................ 6 ＊Messages (Menu 2) ............................... 7 ＊Call History (Menu 3) ........................... 8 ＊Settings (Menu 4) .................................. 9 ＊Multimedia (Menu 5) .......................... 11 ＊File Manager (Menu 6) ....................... 11 ＊Fun & Game (Menu 7) ........................ 11 ＊User Profiles (Menu 8) ........................ 12 ＊Organizer (Menu 9) ............................. 12 ＊Services (Menu 10) ............................. 13 ＊Extra (Menu 11) .................................. 13 ＊Shortcuts (Menu 12 ) .......................... 13 MENU FUNCTIONS .................. 14 ＊PhoneBook (Menu 1) .......................... 14 Messages (Menu 2) ................................. 19 ＊Call History (Menu 3) ......................... 25 ＊Settings (Menu 4) ................................ 28 1 Multimedia (Menu 5) .............................. 34 ＊File Manager (Menu 6) ....................... 42 ＊Fun & Game (Menu 7) ........................ 43 ＊User Profiles (Menu 8) ........................ 44 ＊Organizer (Menu 9) ............................. 46 ＊Services (Menu 10) ............................. 47 ＊Extra (Menu 11) .................................. 48 ＊Shortcuts (Menu12 ) ........................... 50 2 SAFETY INFORMATION Please read information before using your wireless mobile phone. ＊ Recommendation ¾ Check the law and regulations on the use of wireless telephones in the areas where you drive. Always obey them. Observe the following guideline when using your phone while driving. ƒ Give all attention to driving. ƒ Use hands-free phone operation, if available. ƒ Pull off the road and park before making or answering a call if driving conditions so require. ¾ Do not expose your product to extreme high or low temperatures. Keep away from humidity. ¾ Do not expose your product to open flames or hit tobacco products. ¾ Do not use your product near medical 3 equipment without requesting permission. ¾ Do not use your product when in, or around aircraft. ¾ Do not use your product in an area where a potentially explosive atmosphere exists, e.g. in a petrol station. ¾ Do not use your product when in, or around aircraft, or areas posted “turn off two-way radio”. ¾ Only authorized personnel should perform service. ¾ Only use authorized accessories. ¾ It is possible to make emergency calls without inserting a SIM card. ¾ To minimize electromagnetic interference, please ensure that the phonies used appropriately. ＊ SAR This mobile phone meets government requirements for exposure to radio waves. Your mobile phone is a radio transmitter and receiver. It is designed and manufactured not to exceed limits for exposure to radio frequency (RF) energy. These limits are part of comprehensive 4 guidelines and establish permitted levels of RF energy for the population. The guidelines were developed and confirmed by independent scientific organizations through periodic and thorough evaluation of scientific studies. The limits include a substantial safety margin designed to assure the safety of all persons, regardless of age and health. The exposure standard for mobile phones employs a unit of measurement known as the Specific Absorption Rate, or SAR. Under the guidelines for your phone model, the SAR limit is 1.6W/kg. The SAR value for this mobile phone is 0.8W/kg, which meets international standard. 5 LIST OF MENU FUNCTIONS ＊PhoneBook (Menu 1) 1. Quick Search 2. Search Entry 3. Add New Entry To SIM To Phone 4. Copy All From SIM From Phone One By One 5. Delete All 6. Caller Group Friends Family VIP Business Others 7. Speed Dial State 6 Set Number 8. Special Number Owner Number Service Dial Number SOS numbers 9. Settings Memory Status Preferred Storage Fields My vCard ＊Messages (Menu 2) 1. SMS Inbox Outbox Write Message Template Message Setting 2. MMS Write Message Inbox Outbox Drafts Templates 7 Message Settings 3. Voice Mail Server 4. Broadcast Message Receive Mode Read Message Languages Channel Setting ＊Call History (Menu 3) 1. Missed Calls 2. Dialed Calls 3. Received Calls 4. Delete Call Log 5. Call Time Last Call Time Total Sent Total Received Reset All Time 6. Call Costs Last Call Cost Total cost Reset Counter Max. Cost 8 Price Per Unit 7. SMS Counter Sent Received 8. GPRS Counter Last Sent Last Received All Sent All Received Reset Counter ＊Settings (Menu 4) 1. Phone Setup Time and Date Schedule Power On/Off Language Preferred Input Default Encoding Type Display Characteristic Greeting Text Speed Dial Dedicated Key Auto Update of Date and Time 9 2. Call Setup Caller ID Call Waiting Call Divert Call Barring Line Switching Call Time Reminder Call Time Display Auto Redial Closed User Group 3. Network Setup Network Selection Preferred Network Band Selection GPRS Conncetion 4. Security Setup SIM Lock Phone Lock Auto Keypad Lock Fixed Dial Barred Dial Change Passwords 5. Restore Factory Settings 10 ＊Multimedia (Menu 5) 1. Camera 2. Image Viewer 3. Audio Player 4. Sound Recorder 5. Melody Composer ＊File Manager (Menu 6) C:\ (for internal memory) E:\ (for external memory) ＊Fun & Game (Menu 7) 1. Games Copter Puzzle Panda 2. Themes Blue Green 11 Apricot 3. Game Setting Game Audio Game Vibration ＊User Profiles (Menu 8) 1. General 2. Meeting 3. Outdoor 4. Indoor 5. Headset ＊Organizer (Menu 9) 1. Calendar 2. To Do List 3. Alarm 4. World Clock 12 ＊Services (Menu 10) 1. WA P 2. Data Account ＊Extra (Menu 11) 1. Calculator 2. Units Converter Weight Length 3. Currency Converter 4. Health BMI Menstrual 5. Infrared ＊Shortcuts (Menu 12 ) 13 MENU FUNCTIONS ＊PhoneBook (Menu 1) Î Quick Search ¾ All the names saved in SIM card or phone memory are listed alphabetically. ¾ Select PhoneBook Æ Quick SearchÆ Option and scroll to the desired function: ƒ Press Detail to view name…

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EXHIBIT C - EUT EXTERNAL PHOTOGRAPHS EUT – Top View EUT – Bottom View EUT – Flip Open View EUT – Battery off View Charger View Charger Base View EUT – Earphone View

EXHIBIT A - FCC PRODUCT LABELING AND WARNING STATEMENT FCC ID Label Specifications : Text is black or white in color and is left justified. Labels are silk-screened and shall be “permanently affixed” at a conspicuous location on the EUT. Proposed Label Location on EUT FCC Warning Statement A FCC Warning Statement is provided in the product manual. FCC ID: TCYFP-2128

EXHIBIT C - EUT INTERNAL PHOTOGRAPHS EUT – Cover off View Main Board – With Shielding View Main Board – Without Shielding View Main Board – Solder View Battery View Display View 1 Display View 2

MT6218 reference design Circuit Analysis Media Tek Inc V0.1 PRELIMINARY, SUBJECT TO CHANGE WITHOUT NOTICE 1 MTK CONFIDENTIA, NO DISCLOSURE Circuit Analysis Media Tek Inc MT6218 Circuit Analysis V0.1 PRELIMINARY, SUBJECT TO CHANGE WITHOUT NOTICE 2 MTK CONFIDENTIAL, NO DISCLOSURE 4 Circuit Description 4.1 Base Band overview MT6218B is a highly integrated baseband processor optimized specially for multi-media enabled GSM terminal. Combining the 32-bit ARM7TDMI TM RISC processor core, proprietary low-power digital signal processor, user interface, radio control, audio codec, baseband codec, and other GSM specific analog and digital hardware, the MT6218B completes the best single-chip solution for GSM phone with multi-media function. MT6305 is a power management IC optimized specially for MT6218B baseband processor. It provides the seven high efficiency LDOs, power on sequence, SIM level shift, charging function and some peripherals to reduce part counts. RF Modul e MT6205B Debugger Audi o Out put s Audi o Inputs Keypad Interface External Memory Interface Fl ashSRAM Col or LCD TCVCXO AFC APC TX I/Q RX I / Q BPI BSI Al er t er Out put SI M I nt er f ace Aux ADC Suppl y Vol t agesGPI O JTAG UART Ser i al LCD Interface SYSCLK 123 456 789 * 0# MIDI or Camer a SI M LCD Modul e Power Management Ci r cui t r y 4.2 External Memory Interface With the External Memory Interface, the MT6218B can supports varieties of SRAM and Flash in the market and multi-media devices with parallel interface, such as color LCD panel, MIDI synthesizer and Digital Still Camera etc. In this project, we control the AMD combo memory (AM41DL6408G – 3V 64Mb Flash + 8Mb SRAM), Color LCM, and YAMAHA MA3 Melody IC by external memory interface. Media Tek Inc MT6218 Circuit Analysis V0.1 PRELIMINARY, SUBJECT TO CHANGE WITHOUT NOTICE 3 MTK CONFIDENTIAL, NO DISCLOSURE 4.3 User Interface For user interactions, the MT6218B brings together all necessary peripheral blocks for a value-added GSM phone. It comprises the Keypad Scanner, SIM Controller, dual channels UART, Alerter, Real Timer Clock, PWM, Serial LCD Controller and General Purpose Programmable I/Os. Keypad Scanner: The keypad can be divided into two parts: one is the keypad interface including 5 columns and 5 rows; the other is the key detection block which provides key pressed, key released and de-bounce mechanism. This keypad can detect one or two key-pressed simultaneously. Due to the keypad interface, more than two keys pressed simultaneously will get the wrong information. MT6218 key mapping: Column 0 Column 1 Column 2 Column 3 Column 4 Row 0 SEND UP SIDEKEY DOWN SIDEKEY POWER Row 1 UP 1 2 3 Row 2 DOWN 4 5 6 Row 3 LEFT 7 8 9 LEFT SOFT KEY Row 4 RIGHT * 0 # RIGHT SOFT KEY Media Tek Inc MT6218 Circuit Analysis V0.1 PRELIMINARY, SUBJECT TO CHANGE WITHOUT NOTICE 4 MTK CONFIDENTIAL, NO DISCLOSURE SIM Controller: The MT6218Bcontains a dedicated smart card interface to allow the MCU access to the SIM card. It can operate via 5 terminals, using SIM VCC, SIMSEL, SIMRST, SIMCLK and SIMDATA. The SIMVCC is used to control the external voltage supply to the SIM card and SIMSEL determines the regulated smart card supply voltage. SIMRST is used as the SIM card reset signal. Besides, SIMDATA and SIMCLK are used for data exchange purpose. MT6305 provide the SIM Level shift Between the SIM controller and SIM card. VSIM TP303 J301 SIM SOCKET 12 34 56 CLKI/O RSTVPP VCCGND C347 10u (0805 Y5V 10V) C317 nc C316 nc C315 nc TP302TP301TP300TP304 U300 PMIC MT6305 32 33 31 13 12 45 44 42 36 35 34 1 6 5 2 27 23 24 7 19 26 47 30 29 17 21 28 37 40 48 20 3 4 9 10 11 14 15 16 25 18 8 22 43 41 39 38 46 49 PWRKEY PWRBB SRCLKEN SIMSEL SIMVCC VmSEL VaSEL BATUSE LEDEN ALERTEREN VIBRATOREN CHRIN CHRDET CHRCNTL GATEDRV Va RSTCAP /RESET VBATSNS VBAT AVBAT VBAT VREF NC/BP DGND DGND AGND PGND PGND Vcore Vio NC/DANODE ISENSE/NC SIMIO SIMRST SIMCLK SIO SRST SCLK Vtcxo Vm VSIM Vrtc BATDET LED ALERTER VIBRATOR DGND GND SIMDATA SIMRST SIMCLK SIMVCC SIMSEL Dual channels UART: The MT6218B has two UARTs. Besides a full-functional UART, there is another simplified UART for displaying debugging messages. The UARTs provide full duplex serial communication channels between the MT6218 and external devices. Alerter: The output of Alerter has two sources: one is the enhanced PWM output signal, which is implemented embedded in Alerter module; the other is PDM signal from DSP domain directly. MT6218 doesn’t use this function. Real Timer Clock: The Real Time Clock (RTC) module provides time and data information. It works on the 32.768KHz oscillator with independent power supply. When the MS is power off, a dedicated regulator (1.5V) is used to supply the RTC Media Tek Inc MT6218 Circuit Analysis V0.1 PRELIMINARY, SUBJECT TO CHANGE WITHOUT NOTICE 5 MTK CONFIDENTIAL, NO DISCLOSURE block. If the main battery is not present, the backup supply such as a small mercury cell battery or a large capacitor is used. In addition to provide timing data, alarm interrupt is generated and it can be used to power up the base-band core through the BBWAKEUP pin. Also, regulator interrupts corresponding to the seconds; minutes, hours and days can be generated whenever the time counter value reaches a maximum. The year span is supported up to 2127. The maximum day of month values are stored in the RTC block, which depend on the leap year condition. PWM: Two generic pulse-width modulators are implemented to generate pulse sequences with programmable frequency and duty cycle for LCD backlight or charging purpose. The duration of the PWM output signal is Low as long as the internal counter value is greater than or equals to the threshold value. MT6218 use these two PWM pins to control the color backlight and keypad LEDs. It can control the brightness of the color LCM backlight to save current consumption. PWM PWM1 KPLED_PWM Keypad PWM control PWM2 GPO1_BLEN_PWM Main LCD backlight PWM control LCD Backlight: SC600B is the charge pump LED driver. The wide inpu…

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FP-2128_Waxin_main_lens 64x40.2x1;I 1.000 1 FP-2128_Waxin_sub_lcd_plate 48.4x26x2.24 1.000 1 FP-2126_sub_lcd_lens 28.7x24.8x2.12;I 1.000 1 Sliver Mylar; 3.0x0.5 FP-2126 8_Lower_screw 2.000 1 Side key FPC FOR 2126 2layers;height 2mm;13.0X21.9mm 1.000 1 YHI Camera Module M03paa-Y2 1.000 1 PCB PCBA SMT MAIN BOARD FOR FP2128 1.000 1 RES SMD 0402 R 0Ω±5% 1/16W;CYNTEC 9.000 1 B200,B202,R315-316,R418,R430,R303,R351,R434 RES SMD 0402 33Ω ±5% 1/16W CYNTEC 2.000 1 R306,R307 RES SMD 0402 100Ω ±5% 1/16W;CYNTEC 14.000 1 R404-411,R427,R429,R431-432,R610,R433 RES SMD 0402 390Ω ±5% 1/16W CYNTEC 2.000 1 R216-217 RES SMD 0402 1KΩ ±5% 1/16W;CYNTEC 9.000 1 R201-202,R204,R207,R218,R304-305,R602,L610 RES SMD 0402 2.2KΩ;±5%;1/16W;CYNTEC 1.000 1 R419 RES SMD 0402 2.7KΩ;±5%;1/16W;CYNTEC 1.000 1 R420 RES SMD 0402 1.5KΩ ±5% 1/16W;CYNTEC 4.000 1 R203,R205,R206,R308 RES SMD 0402 3.9KΩ ±1% 1/16W;CYNTEC 1.000 1 R415 RES SMD 0402 4.7KΩ ±5% 1/16W CYNTEC 1.000 1 R428 RES SMD 0402 10KΩ ±1% 1/16W;CYNTEC 1.000 1 R603 RES SMD 0402 15KΩ ±5% 1/16W;CYNTEC 1.000 1 R604 RES SMD 0402 24KΩ ±1% 1/16W;CYNTEC 2.000 1 R403,R414 RES SMD 0402 33KΩ ±5% 1/16W;CYNTEC 2.000 1 R208,R209 RES SMD 0402 47KΩ ±5% 1/16W;CYNTEC 1.000 1 R215 RES SMD 0402 100KΩ ±5% 1/16W;CYNTEC 9.000 1 R107,R211,R212,R319-323,R108 RES;SMD;0603 27Ω;±5%;1/10W;CYNTEC 1.000 1 R109 RES SMD 0603 0Ω ±5% 1/10W CYNTEC 1.000 1 R416 E RES SMD 0603 6.8Ω ±5% 1/10W CYNTEC 1.000 1 R412 RES SMD 0805 0.4Ω ±1% 1/8W;RL1220S;CYNTEC 1.000 1 R413 RES SMD 0804 RN 100K ±5% 1/16W;8P4R 2.000 1 RN102,RN100 RES SMD 0804 8P4R 100KΩ ±1%;1/16W;CYNTEC 1.000 1 RN400 PAT1010-X-5DB-C-B ATTENUATOR-5dB-0404;CYNTEC 2.000 1 R605,R608 C/CSMD;0402;GRP1555C1H3R3CZ01 3.3pF;±0.25PF 50V C0G MURATA 5.000 1 C635,C636,L604, C608,C609 C/C SMD 0402 3pf;±0.25% 50V C0G MURATA 1.000 1 C655 C/C SMD 0402 6p 50V ±0.5pF C0G MURATA 1.000 1 C601 C/C SMD 0402 10pF ±5% 50V C0G MURATA 1.000 1 C227 C/C SMD 0402 15p 50V ±5% C0G MURATA 2.000 1 C641,C638 C/C SMD 0402 22pF ±5% 50V C0G;MURATA 13.000 1 C100-101,C602,C606,C619-621,C628,C631-632,C646,C656, C610 C/C SMD 0402 33pF ±5% 50V C0G;MURATA 7.000 1 C204,C211,C212,C213,C214,C216,C624 C/C SMD 0402 100pF ±5% 50V C0G;MURATA 6.000 1 C205,C207,C209,C627,C644,C648 C/C SMD 0402 220pF ±5% 50V C0G MURATA 2.000 1 C642,C605 C/C SMD 0402 1nF ±10% 50V X7R;MURATA 3.000 1 C104,C604,C637 C/C SMD 0402 1.5n 50V ±10% X7R MURATA 1.000 1 C653 C/C SMD 0402 4.7n 50V ±10% X7R MURATA 1.000 1 C105 C/C SMD 0402;MURATA 10n 16V ±10% X7R 5.000 1 C419,C630,C645,C221,C222 C/C SMD 0402 47nF ±10% 10V X7R;MURATA 1.000 1 C107 C/C SMD 0402 100nF ±10% 10V X5R;MURATA 26.000 1 C102-103,C106,C108-109,C112,C200,C203,C208,C210,C217,C219,C229,C401,C403-404,C406,C600,C603,C618,C626,C633,C649,C301-302,C114 C/C SMD 0603 1uF ±10% 6.3V X5R MURATA 4.000 1 C218,C220,C410,C418 C/C SMD 0805 1uF +80%-20% 16V Y5V MURATA 1.000 1 C400 C/C SMD 0603 2.2uF ±10% 6.3V X5R;MURATA 10.000 1 C407,C412,C420,C623,C625,C634,C640,C643,C647,C113 C/C SMD 0805 4.7uF ±10% 10V X5R;MURATA 4.000 1 C405,C408,C409,C411 C/C SMD 0805 4.7uF;±10%;10V;X5R;TAIYO 4.000 0 C/C SMD 0805 10uF 6.3V +80%-20% X5R MURATA 2.000 1 C202,C206 C/C SMD 0805 22u +80%-20% 6.3V Y5V Murata 2.000 1 C201,C215 C/C SMD 0805 10u +80%-20% 10V Y5V Murata 2.000 0 C/C SMD 0402;MURATA 0.5pF ±0.25% 50V C0G 1.000 1 C612 T/C SMD;ESVC21A107MLV NEC 100U;±1%;10V LOWPOFILE C CASE 1.000 1 C650 TC;EPCOS B45192S2107M049 1.000 0 C/E;SMD;KANEBO SUPER-CAP PAS414R-S-VE5R 2.5V 1.000 1 C416 0402 MURATA;BLM15BB750PN1 300mA 75 ±25% 0402 5.000 1 L101-102,L601,L606-607 FB 0603;BLM18HD102SN1D BEAD 50mA/1000Ω+-25%;MURATA 1.000 1 B100 E_708_main_pcb;2128;V1.0 39.2mmX73.6mm 6layers 1mm 1.000 1 FB CHIP BEAD 8P4R ARRAY EXC28BB121 8P4R 2.000 1 RN402,RN200 RES SMD 排阻 0804 8P4R 0Ω;±5%;1/16W 2.000 0 SMD 0402;MURATA 2.2nH;±0.3nH;LQG15HN2N2S02B 1.000 1 L603 SMD 0402;MURATA 3.3nH;±0.3nH;LQG15HN3N3S02 2.000 1 C629,C651 SMD 0402;MURATA 4.7nH;±0.3nH;LQG15HN4N7S02 3.000 1 L602,L611,L612 SMD 0402;MURATA 5.6nH;±0.3nH;LQG15HN5N6S02 1.000 1 L605 SMD 0402 L 10nH 5% MURATA 2.000 1 L600,C614 SMD 0402;MURATA 15nH;±5%;LQG15HN15NJ02B 1.000 1 L614 SMD 0402 LQG15HN18NJS02D MURATA 1.000 1 C611 DIODE SMD RB520S-30 EMD2;ROHM 5.000 1 D400,D409,D410,D411,D412 DIODE SMD DIODE 1PS79SB30-SC79;PHILIPS 5.000 0 SMD LED 0603 LED-BLUE;H:0.65mm;YHI 12.000 1 D401-408,D413-416 Antenna Switch SHS-M090C 1.000 1 U601 Sidekey HCH_pts_104 2.000 1 S309,S311 SMD Fuse Fuse 1A 0603 BUSSMANN 1.000 1 F400 FUSE FUSE-1A-0603-TR/1608FF;BUSSMAM 1.000 0 SMD T-MLVS0402M07 MLVS0402M07;INPAQ 11.000 1 T201-205,T300-301,T303-305,T311 SMD T-MLVS0603K14 MLVS0603K14;INPAQ 4.000 1 T306-309 SMD IC MT6218B_274P MTK 1.000 1 U100 SMD IC LM4890IBP;NS 2.000 1 U200-201 SMD IC MRSS22L SC_74A HALL SENSOR NEC 1.000 1 U203 SMD IC MLX90248 COTRON 1.000 0 SMD IC APX9131AI SOT23 Anpec 1.000 0 128+32 MCP S71PL129JB0BAW9UO FTA088+BGA-73P/56P-M03Spansion 1.000 1 U300 SMD IC SN74LVC1G19DCKR;SC70-H6;TI 1.000 1 U302 SMD IC MT6305;MTK QYX-PMIC-QFN-48L 1.000 1 U400 SMD IC SI5853DC 1206-8 GS 1.000 1 U401 SMD IC TPCF8B01;TOSHIBA;8pin;IC 1.000 0 SMD IC;Voltage Regulator;Anpec SOT23_5 APL515133BI 1.000 1 U402 SMD IC RF3146 RFMD7mmX7mmX0.9mm 1.000 1 U600 SMD IC RF3146D RFMD/7x7x0.9mm;QFP 1.000 0 SMD IC MT6129C QFN_56A MTK 1.000 1 U602 MICROCRYSTAL 32.768KHZ-SC1.27-MS21-T1S 1.000 1 X100 SMD TOKYO PARTS;26MHz 16ppm TTS18VSA-A5 1.000 1 U603 SMD SAMSUNG;SX_3225;16ppm TCVCXO 26MHz TOH2600DP14KRD 1.000 0 TC-SAW-B7820 SAW-B7820;EPCOS 1.000 1 Z600 TC-SAW-B7821 SAW-B7821;EPCOS 1.000 1 Z602 TC-SAW-B7825 SAW-B7825;EPCOS 1.000 1 Z603 IrDA HSDL-3203;AGILENT 1.000 1 IR10 Cable B_to_B_conn_DF18E-40DP-0.4V 1.000 1 B400 Suyin_bat_con Z250040-MA00G302ZR3 1.000 1 BT400 date con Suyin_io_500103MB018G528ZR 1.000 1 IO300 sim con Suyin_sim_254020MA006S503ZL 1.000 1 J400 JACK SMD RF-TEST PORT-MS-156 1.000 1 J600 SD con Molex_SD_500901-0800 1.000 1 SD1 Antenna Switch 250023MA002G102ZR 1.000 1 E600 shielding case top 26.3x22.6x1.65 1.000 1 shielding case bot 31.9x23.1x1.65 1.000 1 metal done 59.5x38x0.4 FP_2126_metal_done(3M467) 1.00…

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META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 10 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 8 META dll version 3.2 RF tool After META opens COM port, reads NVRAM database and reset target to test mode, user can start to do all calibration and testing. User can switch to RF tool by selecting [RF tool] from main selection menu. Figure 9 Select [RF Tool] from main selection menu 3.2.1 PM (power measurement) PM function is used for measuring the power of the indicated channel. User can key in ARFCN, PM/Frame, PM Count and Gain (dB) and then click [Start] button. We can get the deviation from the formula below. 2 11 2 22 1 2 )()()( )( )( N PM N PM PMPM N PMPM PMVariation N n i N n i N n i ∑∑∑ === −=−= − = , )()(PMVariationPMDeviation= , where N = total measured samples = Testing FN * (Samples per frame) META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 11 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 10 Click [Start] button to start power measurement Figure 11 PM result • DSP power (dBm) : It is the average of power measurement samples at DSP. META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 12 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice • Antenna power (dBm) : It is the average of the power measurement samples at antenna. • Deviation : It is the deviation value of power measurement samples. „ Note the value returned from target is square of deviation. PC side program will get deviation from root square of the value returned from target. • Used Gain (dB) : It is gain of the entire RF module to measure input power. „ Note the used gain returned may not equal the gain requested since the 2 dB quantization error from PGA of transceiver. The difference of the downlink cell power and the average power of power measurement done by MS is the RX loss. User can save to flash or file by clicking [RX Path Loss Setting] button. Please refer to section 3.2.1.1. Figure 12 Click [RX Path Loss Setting] button 3.2.1.1 Sub band and path loss window User can upload or download sub band and path loss values from or to flash. User can load and save these values to files in PC, too. The RX path loss stored in flash of MS will compensate the difference of the downlink cell power and the average power of measurement by RF module. User can set RX path loss for each band. If the max ARFCN of the (N-1)th and Nth are A, B and the Nth RX loss is C dB, that means MS will set the RX path loss to C for the ARFCN from A+1 to B. The 1 st RX loss is set for ARFCNs that are equal and less than 1 st ARFCN. The order of max ARFCN and RX loss are from left to right, from up to down. Please refer to Figure 15 . Example: GSM900 (E-GSM900) Max ARFCN 15 30 45 60 75 80 100 124 975 1000 1023 -1 RX loss (dB) -0.25 -0.375 -0.125 0 0 -0.125 -0.5 -0.25 0.75 0.5 0 0 Note that the value –1 in Max ARFCN represents the end of setting. META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 13 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice ARFCN 0 ~ 15: -0.25 dB ARFCN 16 ~ 30: -0.375 dB ARFCN 31 ~ 45: -0.125 dB ARFCN 46 ~ 60: 0 dB ARFCN 61 ~ 75: 0 dB ARFCN 76 ~ 80: -0.125 dB ARFCN 81 ~ 100: -0.5 dB ARFCN 101 ~ 124: -0.25 dB ARFCN 125 ~ 975: 0.75 dB ARFCN 976 ~ 1000: 0.5 dB ARFCN 1001 ~ 1023: 0 dB Figure 13 Click [Upload from flash] button to read value from flash Figure 14 Select NVRAM database file if not selected before META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 14 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 15 Result of sub band and RX path loss value read from flash Figure 16 Click [Download to flash] button to write value to flash Figure 17 Select NVRAM database file if not selected before META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 15 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 18 Click [Load from file] button to read value from file Figure 19 Click [Save to file] button to save value to file 3.2.1.2 Sub band and path loss file format There is a special text file format when you save the sub band and path loss values. Please follow the file format if you want to change the value in file. Each number must be followed with a comma. The tool can save the path loss value with level ramp table and AFC initial value in single or multiple files. Figure 20 Path loss values User will get a text file after saving them. The following is a template file that contains RX loss. User will get the text file after saving maximum ARFCN and RX loss to file. Each value must be followed with a comma. Please follow the file format if you want to change the value in file. The Max ARFCN field is corresponding to the Max ARFCN field in path loss window ( Figure 20 ) and RX loss field is corresponding to the RX loss field, too. [GSM900 Sub band, RX loss] Max ARFCN=15,30,45,60,75,80,100,124,975,1000,1023,-1 RX loss=-0.250,-0.375,-0.125,0.000,0.000,-0.125,-0.500,-0.250,0.750,0.500,0.000,0.0000 [DCS1800 Sub band, RX loss] Max ARFCN=550,590,620,650,680,710,740,770,810,850,885,-1 RX loss=6.625,6.500,5.875,4.750,3.625,3.500,3.875,4.750,5.750,7.000,8.500,0.0000 META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 16 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice [PCS1900 Sub ba…

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META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 70 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 90 Ramp table result META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 71 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 91 Click [Download to flash] button to save ramp table to flash. META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 72 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 92 Select NVRAM database file if not selected before User can click [Change NVRAM DB] to change NVRAM database file. META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 73 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 93 Click [Change NVRAM DB] button to change NVRAM database file META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 74 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 94 Select NVRAM database file 3.2.5.5.b Read and write the level ramp table in file User can click [Load from file] button to read level ramp table from text file and click [Save to file] button to write level ramp table to text file. The tool can save it with path loss and AFC initial value in single or multiple files. Each value must be followed with a comma in the TX level, ramp up, ramp down field. If user save the values in window below: META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 75 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 95 Click [Load from file] button to read ramp table from file META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 76 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 96 Ramp profile result META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 77 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice Figure 97 Click [Save to file] button to save ramp table to file The tool will save a text file and following is the “GSM900 level, ramp” section in it. Each field is corresponding with same field name in the level and ramp window. [GSM900 level, ramp] APC dc offset=130 ; APC dc offset : the field specify the pedestal value of the APC unit. The APC D/A converter ; is powered up biased on the offset value specified by the field. TX power level=62,72,83,97,114,134,158,188,223,270,326,396,484,598,719,719 ; profile 0 refer to PCL 19, profile 1 refer to PCL 18, ....., profile 14 refer to PCL 5 profile 0 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,228,255,255,255 profile 0 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 1 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,225,255,255,255 profile 1 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 2 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 2 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 3 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 META Application Note Preliminary Information For MAUI Project MediaTek Confidential Revision 0.09–Oct 29, 2004 Page: 78 of 322 © 2004 MediaTek Inc. The information contained in this document can be modified without notice profile 3 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 4 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 4 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 5 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 5 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 6 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 6 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 7 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 7 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 8 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 8 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 9 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 9 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 10 ramp up=0,0,0,0,0,0,2,4,8,26,65,143,219,250,255,255 profile 10 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 11 ramp up=0,0,0,0,0,0,0,2,4,8,26,65,143,219,255,255 profile 11 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 12 ramp up=0,0,0,0,0,0,0,2,4,8,26,65,143,219,250,255 profile 12 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 13 ramp up=0,0,0,0,0,0,0,2,4,8,26,65,143,219,250,255 profile 13 ramp down=255,255,239,197,138,78,32,10,0,0,0,0,0,0,0,0 profile 14 ramp up=0,0,0,0,0,0,0,2,4,8,26,6…

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