O55463141Mobile Phone

Welcome Thank you for purchasing this innovative Logic mobile phone. We invite you to read the instructions contained in this user manual so you can configure and utilize all the functions your new mobile phone has to offer. For additional information visit us at: logicmobility.com . General Information The specifications in this manual are subject to change without prior notice. Logic, Inc. reserves the final right to interpret the performance of this device. While the utmost care was taken and the latest information compiled in the production of this manual neither Logic, nor any other affiliated company, assumes responsibility for any mistakes or errors that may be contained in this document. Screen captures, images, diagrams or representations presented in this manual are for reference purposes. The actual screens or functions may vary due to different software versions or other factors. Please refer to your mobile phone for the correct details. Logic and the Logic logo are registered trademarks of Logic, Inc. Other trademarks are the property of their respective owners. Safety Information If your phone is lost or stolen, notify your carrier so that your SIM card can be disabled (must be done by network operator). This can avoid economic loss due to unauthorized use. Please take the following precautions to avoid unauthorized use of your phone: · Set PIN code for SIM card · Set phone password Warnings and Precautions Safety warning  SAFE OPERATION IN A VEHICLE Do not use a hand-held phone while driving. Always use a hands-free kit to make/take calls when driving. In some states and countries, making or receiving calls while driving is illegal!  SWITCH OFF WHEN ON AN AIRCRAFT Wireless devices can cause interference in an aircraft. Using a mobile phone in flight is illegal and risky. Please make sure your mobile phone is turned off while in flight.  SWITCH OFF BEFORE ENTERING POSTED FACILITIES Strictly observe the relevant laws, codes, and regulations regarding the use of mobile phones in areas where posted notices require you to do so. Turn off your mobile phone before entering any area with a potentially explosive atmosphere, such as a gas station, oil tank, chemical plant or location where a blasting process is under way.  OBSERVE ALL SPECIAL REGULATIONS Follow any special regulations that are enforced in locations such as hospitals. Always switch off your phone whenever mobile phone use is forbidden or when it may cause interference or danger. Use caution when using your mobile phone near medical devices, such as pacemakers, hearing aids and other electronic medical devices, as it may cause interference and not allow these devices to perfor  INTERFERE The conversatio is built-in to the area during a c o  QUALIFIED Only qualified p e Installing or repa warranty.  ACCESSOR Use only approv  USE CORRE This device is de  EMERGENC Ensure the phon press the Dial ke to do so. Note: Just features descri b may not support critical communi Precautions This mobile pho following sugge s benefit from it:  Keep the mo  Keep the substances  Do not use its mechanic  Excessive damage.  Do not sto the life of the  Do not sto will form in moved to a  Do not thr the internal Gettin g to Know rm properly. ENCE n quality of any mobile p mobile phone and is lo onversation because this SERVICE ersonnel may install or re airing the mobile phone y RIES AND BATTERIES ved accessories and batte ECTLY esigned to be used in a n CY CALLS ne is switched on and i ey. Give your location an like all other mobile p h bed in this manual due t t the emergency call serv ications such as first aid. ne is an advanced digit a stions will help you use obile phone and all its ac mobile phone dry. that may corrode the el e e or store the mobile cal parts. use of headphones ore the phone under e electronic circuits; dam ore the mobile phone nside the phone and higher temperature. row, knock or shock t circuits and high-precisio w Your Logic X3 phone may be affected b cated below the microph will cause the conversat epair the phone. yourself may cause great eries. normal and proper manne n service, enter the em d state your situation bri hones, this phone may to network or radio trans vice. Therefore, do not re Please consult your loc a al device. Please exercise e your mobile phone pro cessories out of the reac Keep away from rai ectronic circuits. e phone in dusty env at high volume ma high-temperatures. H mage the battery and som e under extremely low damage the electronic the mobile phone, as on components. by radio interference. An hone. Do not touch the ion quality to deteriorate . t harm and it violates the er. ergency number, e.g. 1 efly. Do not end the call not necessarily suppo r smission issues. Some n ly solely on this mobile p al network operator. e special care when usin operly and obtain the m ch of children. n, moisture, liquid o vironments to avoid da ay cause permanent igh temperatures will me plastic parts. w temperatures. Cond c circuits when the p that will damage or antenna antenna . e product 12, then until told rt all the networks phone for ng it. The maximum or other amaging hearing shorten ensation phone is destroy Power/Lock Ke press this key to Menu Key: Pre interface or me n Home Key: Pr Back Key: Pre notification pane Volume +/-: Pre Installation and By setting PIN ( card from illegal Installing SIM C This mobile pho SIM slots. Plea s the slot; then, pla SIM Card Preca By setting a PIN card from illegal If the PIN code phone. If you input the input the PUK c o Note: Your card. Please cha Connecting to N When the SIM available local n in the top of the Please contac t SIM Card Warn · Keep the SIM · Please use, in s are prone to bein · Do not expose Micro SD Card A Micro SD car d the internal stora 1. To install the 2. Remove the 3. Locate the ey: Press and hold this o turn on/off the screen. ss this key to open the u. ress this key to return ess this key to return t el or the screen ke…

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EXHIBIT B - EUT EXTERNAL PHOTOGRAPHS EUT – Front View EUT – Rear View EUT – Top View EUT – Bottom View EUT – Left Side View EUT – Right Side View EUT – Adapter View EUT – Adapter Label View

EXHIBIT A - FCC ID LABEL AND LOCATION FCC ID Label FCC ID Label Location Information The label shown shall be permanently affixed at a conspicuous location on the device and be readily visible to the user at the time purchase (Labeling requirements per 2.925) Label here

EXHIBIT C - EUT INTERNAL PHOTOGRAPHS EUT – Battery off View EUT – Cover off View GSM/WCDMA Antenna WIFI/BT Antenna EUT – Main Board Top View EUT – Main Board Bottom Shielding Off View EUT – Battery View EUT – Battery Lable View EUT – USB Cabel View

2G/3G Operation Description Model： Band：GSM850,GSM900,DCS1800,PCS1900,WCDMA 850,WCDMA1900 1. Scope This document shows and provides the basic information about the platform we used.The more detail information about RF section are also included. X3 product is new phone designed by GFIVE. The baseband circuit is based on Broadcom BCM23550 and RF circuit is included Transceiver named Broadcom BCM2093, Blacksand PA and RFMD PA.It works at six bands, GSM850, GSM900, DCS1800, PCS1900, WCDMA 850, WCDMA1900 2. Platform BCM23550 is based on RF band support WCDMA+GSM and support LPDDR2 and NAND flash device. ‐ Baseband functions,including multiple hardware cores. ‐ Single platform that provides dedicated support for all market leading codecs and other multimedia formats to support carrier deployments around the word. ‐ High‐quality digital still image camera performance with up to 8‐megapixel resolution. ‐ HS‐USB core with built‐in PHY eliminates additional USB components. ‐ DC power reduction using innovative technique. 3. Transceiver BCM2093 ‐ radioOne RF transceiver functions(Rx and Tx,both eliminating their intermediate frequency components). ‐ WCDMA(HSDPA 21M,HSUPA 5.8M) and GSM(Rel’99,GPRS). ‐ Wireless connectivity and analog functions‐Bluetooth 4.0,FM radio. ‐ RF transmitters: The transmitter is based on a direct upconversion architecture that enables the use of low cost multiband, multimode power amplifier(PAS) for WCDMA transmission.GSM modulation is applied through the TX PLL using the direct modulation approach. Because of its low noise design, the transmitter is able to operate without filtering in 2G and 3G modes. It is also able to operate in power class 4 for GSM850/900,power class 1 for DCS1800/PCS1900,and class 3 for WCDMA. ‐ RF receivers: supports GSM850,GSM900,DCS1800,PCS1900,WCDMA850,WCDMA1900 operation with primary receiver path,using a differential configuration to maximize common‐mode rejection,Tx isolation,out‐of‐band suppression,and second‐order intermodulation performance.There are Five quadrature downconverters and digital baseband interfaces to the BCM23550 device. 4. PA GSM RF3237 is a Multi‐State non‐Linear GPRS PAM designed for use with the Braodcom BCM2093 solutions and compact form factor for quad‐band cellular handsets comprising GSM850/900,DCS1800,and PCS1900 operation. WCDMA Blacksand BST3402/BST3405 supports multimode application UMTS Band2/Band5 and meets stringent linearity requirements up to 28.25dBm output power for UMTS Rel’99.The PA contains internal DC blocking capacitors for RF input and output ports.The BST3402/BST3405 supports 3 power modes‐active low power,mid power and high power modes.A directional coupler is integrated into the module and both coupling and isolation ports are available externally,supporting daisy chain.The BST3402/BST3405 has intergrated on‐chip Vre on‐module bias switch ,so an external constant voltage source is not required.All of the digital control inputs pins such as the EN,M1 and M2 are fully CMOS compatible.The power amplifier is manufactured on an advanced CMOS technology. WIFI/BT operation block The WIFI device and Bluetooth solution receives digital clock from Transceiver BCM2093. One Buck regulator, four LDO regulators, and a Power Management Unit (PMU) are integrated into the BCM4330. All regulators are programmable via the PMU. These blocks simplify power supply design for Bluetooth, WLAN, and FM functions in embedded designs. A single host power supply can be used (including VBATT ranging from 2.3V to 4.8V) with all additional voltages being provided by the regulators in the BCM4330.The WIFI device has a SDIO lines which is intended to connect to host processer and the Transceiver Bluetooth solution is intended to host processer via UART bus on the Transceiver itself.The coexistence between WIFI and Transceiver Bluetooth is linked through the controlled GPIO named the BT active,the BT status and WLAN active. The WIFI device and the BT module on the transceiver itself have the similar Tx/Rx functional hardware.For example ,the receive is comprised of an LNA,a direct conversion mixer,and a baseband programmable gain filter.This receiver is implemented using the direct conversion topology.The mixer down convert the signal to baseband in‐phase and quadrature‐phase signals.The I/Q signals are low‐pass filtered and amplified by the baseband programmable gain filter controlled by digital logic.The baseband I/Q signals are sent to the ADC. The transmitter is comprised of a programmable reconstruction filter,a direct convertion mixer,a preamplifier and a PA .This transmitter is implemented using the direct conversion topology.The transmit output power is adjusted by a digitally programmable control loop at the start of each packet and the Tx signal is amplified by the PA to the sky.

2 ZN.01.07.01.0216 BCM59054A1IUB0G BCM59054A1IUB0G/Mobile Power and, Battery ManagementUnit,4.89mm*5.04mm,140 Balls,0.4mm pitch WLBGA 1 U201 Power managementPMU IC BROADCOM 3 ZN.01.07.01.0341 23550A1IFDBG 23550A1IFDBG/Highest Performance QAUD-Core MultimediaApplication Processor/458-pin,12×12mm,0.5pitch 1 U301 The baseband processorIC BROADCOM 4 ZN.01.07.01.0338 H9TP32A4GDBCPR-KGM IC,MEM,FBGA162,4GB/4Gb,19/2.5nS,e-MMC/LPDDR2, HYNIX HYNIX Replace ZN.01.07.01.0340 KMN5W000ZM-B207 KMN5W000ZM-B207/IC,MEM,FBGA162,4GB/4Gb,19/2.5nS,e-MMC/LPDDR2,533M/SAMSUNG SAMSUNG Replace ZN.01.05.01.0216 KMN5X000ZM-B209 KMN5X000ZM-B209/IC,MEM,FBGA162,4GB/4Gb,e-MMC 5.0TLC/LPDDR2,533M/SAMSUNG SAMSUNG 5 ZN.01.05.08.0343 BMA250 IC,MEMS,LGA-12,ACCELERATE,1.2/3.6V,TRIAXIAL,SPI/I2C,2/4/8/16g,8BIT,2*2*0.95mm BOSCH Replace ZN.01.12.01.0100 BMA250E BOSCH Replace ZN.01.12.01.0104 KXTJ2-1009 KXTJ2-1009/LGA-12/2*2*1mm/1.8~3.6V/Digital triaxial 2to8gacceleration sensor Kionix 6 ZN.01.12.05.0100 TMD27713T TMD27713T/IC,ALS/PS/LED 3IN1,8 PIN,I2C,16BIT,3.94*2.4*1.35mm 1 U704 light sensation TAOS 7 ZN.01.11.02.0001 SGM3735YTDE8G/TR SGM3735YDE8G/TR/TDFN-2×2-8L/2*2*0.8mm/HighEfficiency,38V Step-Up WLED Driver 1 U806 LCD Backlight driving IC SGMICRO 8 ZN.01.05.08.0337 SGM3141YD10G/TR SGM3141YD10G/TR/TDFN-3×3-10L/3*3*0.8mm/700mA Buck/BoostCharge Pump LED SGMICRO Replace ZN.01.13.05.001 EUP3618 TDFN-3×3-10L,3*3*0.8mm,700mA Buck/ Boost Charge Pump LED EUTECH 9 ZN.01.05.08.0369 BCM2093A2IFBG BCM2093A2IFBG/EDGE/HSPA Multi-Mode Multi-Band CellularTransceier/4.4mm*4.4mm/FBGA Package 1 U901 RF Transceiver IC BROADCOM 10 ZN.01.10.02.0216 RF3237 RF3237/MOD,QUADBAND,MCM28,TX-RX FEM,GPRS,TX-RXFEM,6mm*6mm*1mm/RFMD 1 U1001 GSM RFMD IC\rejector\field-effect tube\ dynatron\diode\module dynatron 1 U401 MCP memorizerThe flash drive U701U810 11 acceleration transducer 11 ZN.01.05.08.0366 BST3405-T PA for WCDMA UMTS Band 5(824-849 MHz), MSL 3 1 U1002 WCDMA850 Black Sand 12 ZN.01.05.08.0367 BST3401-T PA for WCDMA UMTS Band 1 & CDMA BC6(1920-1980 MHz), MSL 3 1 U1003 WCDMA2100 PA Black Sand 13 ZN.01.07.01.0219 BCM4330XKUBG BCM4330XKUBG/IEEE 802.11a/b/g/n MAC/BaseB/Radio w/IntegBT3.0+ EDR & FM XCVR 1 U1101 BT/WIFI/FM IC BROADCOM 14 ZN.01.05.11.0034 SKY13317-373LF SKY13317-373LF/IC,SWH,MLP8,SP3T ,0.5dB BT&WLAN switch SKYWORKS Replace ZN.01.13.01.0030 RTC6617S RTC6617S/IC,SWH,MLP8,SP3T,0.5dB BT&WLAN switch/RICHWAVE RICHWAVE 15 ZN.01.10.02.0206 SAFEA1G58KA0F00 FLT,SAW,SMT,1575.42MHz/1601.5M Hz,0.9-1.3dB/1.3-1.7dB 1 U1201 GPS rejector MURATA 16 ZN.01.07.01.0220 BCM4752IUB2G Single Chip, Single Die AGPS rece iver 1 U1203 GPS BROADCOM 17 ZN.01.07.01.0063 SAFEA942MFL0F00 FLT,SAW,SMT,925/960MHz,1.5/1.9 dB,1.35x1.05x0.5mm 1 FL1001 rejector MURATA 18 ZN.01.07.01.0090 SAWEN1G84CV0F00R14 FLT,SAW,1 IN 4 OUT,DCS/PCS,2.1dB,2.2dB,50-150OHM,1.8*1.4*0.65mm MURATA Replace ZN.01.11.05.0213 SF18-1842PASBA1 SAW,1 IN 4 OUT,DCS/PCS,2.1dB,2.2dB,50-150OHM,1.8*1.4*0.65mm Kyocera 19 ZN.01.07.04.0019 SAYRF1G95HQ0F0A FLT,DUPLEXER,SMT,2110/2170MHz, 1920/1980MHz,2x1.6x0.6mm 1 FL1004 duplexer MURATA 20 ZN.01.07.04.0018 SAYFH836MCC0F0A FLT,DUPLEXER,SMT,869/894MHz,82 4/849MHz,2x1.6x0.55mm 1 FL1012 duplexer MURATA 21 ZN.01.08.01.0112 WSB5503W-2/TR DIO,45V,1A, WILL Replace ZN.01.08.01.0114 PSBD3D60V1H PSBD3D60V1H/DIO,45V,1A, prisemi 22 ZN.01.06.01.0051G SSP-T7-F XTL,FXD,SMT,32.768KHz,20PPM,12.5pF,6 .9*1.4*1.4mm 1 Y201 crystal oscillator Seiko 23 ZN.01.06.01.0129 DSB221SDA-1XXB26000CAA DSB221SDA-1XXB26000CAA/XTL,TCXO,26.000MHz,0.5PPM,2.5*2*0.8 KDS Replace ZN.01.14.01.0103 ENA3654A ENA3654A/XTL,TCXO,SMT,26.000MHz, 0.5PPM,ENABLE PIN NDK 24 ZN.01.11.01.0004 ECT818000163 CON,COAX,1PORT,0.1dB,3G,50 OHM,2. 5x2.5x1.5mm 1 J1001 RF test bench ECT 25 ZN.01.10.07.1231 818000500 CON,RF CABLE,60VAC,6G,50 ohm,2.0*2.0*0.6mm ，ф1.5MM， ECT 1 J1002 cable connector ECT 26 ZN.01.10.05.0141 BL125-25RL-TAGF CON,ZIF,25P,9.0*3.5*1.0mm,0.2m m,Au 1 J801 connector SCG U1202 1 crystal oscillator crystal/junctor/thimble U1102 FL1002 11 BT&WLAN RF triggerrejectorSchottky diode 1 D802 27 ZN.01.10.06.0248 FH19C-8S-0.5SH(05) CON,8P,pitch=0.5mm,6mm*2.5m m*1mm HRS Replace ZN.01.10.06.0262 BL115E-08RL-TAGF CON,8P,pitch=0.5mm,6mm*2.5mm*1mm SCG 28 ZN.01.10.06.0259 KBC23S32210R BAT CON，3PIN，Pitch3.0mm，9.6mm*6.0 mm*1.9,KEIRAKU 1 J201 battery connector KEIRAKU 29 ZN.01.10.05.0159 11-0521125 EAR CON，6PIN，12.7*8.1*4.6mm,LETCON LETCON Replace ZN.01.19.05.0106 J301R05GA4ZL2(J301-4) J301R05GA4ZL2/EAR CON ， 6PIN ， 12.7*8.1*4.6mm, Jinghe 30 ZN.01.10.09.0072 05-0521143-A MICRO USB，5PIN，1.6MM four PIN DIP，9.65*5.9*2.45MM,LETCON 1 J701 MICROUSBconnector LETCON 31 ZN.01.19.03.0003 03-202113G CON,2.55H，20PIN，27.7*14.8*2.55mm/LE TCON 1 J702 SIM,SD LETCON 32 ZN.01.19.08.0005 BF040-I30B-C10_W CON-BTB,SOCKET,H=1.0,30PIN,0. 4PITCH,UJU BTB Connector socket UJU Replace ZN.01.19.08.0006 OK-06F30-04 CON-BTB,SOCKET,H=1.0,30PIN,0. 4PITCH,UJU BTB Connector socket Yaqi 33 ZN.01.10.07.0225 ECT818000387 ANATENA SPRING 3.5*1.5mm,free 1.4,working 1.0,Au ECT Replace ZN.01.10.04.0064 SNS-BAP11-14K00 SNS-BAP11-14K00/ANATENA SPRING 3.5*1.5mm,free1.4,working 1.0,Au Sainaisi 34 ZN.01.15.02.0721 A25_23550 BB Theshielding cover A25_23550 BBThe shielding cover 1 SH2 BB The shielding cover Xiekuo 35 ZN.01.15.02.0722 A25_23550 RF Theshielding cover A25_23550 BB The shielding cover 1 SH1 RFThe shielding cover Xiekuo 36 ZN.01.03.01.0358 C1005X5R475MCTS CAP,CER,0402,4.7uF,20%,6.3V,X5R, DARFON 29 C201,C204,C207,C210,C212,C213,C214,C215,C216,C217,C218,C221,C233,C235,C236,C240,C243,C248,C413,C713,C813,C825,C910,C1110,C1111,C1112, C1114,C1115,C1120 ceramic condenser DARFON electric capacity 1 4 ANT1201,ANT1202,ANT 1301,ANT1302 Antenna shrapnel J1003 J807 ZIF connector 1 J601 3.5mmHeadset seat 1 37 ZN.01.15.01.0190 C1608X5R225KETS CAP,CER,0603,2.2uF,10%,16V,X5R,D ARFON 1 C827 ceramic condenser DARFON 38 ZN.01.15.01.0202 GRM21BR61E475KA12L CAP,CER,0805,4.7uF,10%,25V,X5 R,MURATA 1 C219 ceramic condenser MURATA 39 ZN.01.03.01.0355 C1608X5R106MCTS CAP,CER,0603,10uF,20%,6.3V,X5R,D ARF…

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Content Tune-Up Procedure 1 Purpose ..........................................1 2 General description ..................................... 2 2.1 Characteristics of the transmit burst ................... 2 3 Parameters ................................................. 3 3.1 Parameters used to shape the burst ......................... 3 3.2 Parameters used to define the temporal position of the burst .. 3 3.2.1 Optimum position of the burst ................... 3 3.2.2 Optimum length of the burst ......................... 3 4 Operating mode .......................................4 4.1 How to transmit a Tch burst (Random data), in GSM850 mode, channel 1900; PCS1900 mode, channel 661, at power control level max: ....... 4 4.2 How to stop Tx measurements: .......... 4 4.3 How to transmit a burst after modifying parameters ........... 4 5 Purpose ..................................5 6 Automatic frequency control .................... 5 7 GPRS data tranfer .................... 6 8 Static frequency error and range .................... 7 Tune-Up TX 1 Purpose This panel gives the possibility to manage the mobile in the transmit mode. This window includes both: -all the parameters (frequency band, RF channel, RF level to get the desire antenna output power...) the user needs to make the mobile transmitting, - all the parameters needed to define a transmit burst, -all the compensation table to be able to align the mobile in production. This Tx_commands user guide is describing: - the characteristics of the transmit burst, - all the parameters used in the transmit mode, - the operating mode to make the mobile transmitting 2 General description 2.1 Characteristics of the transmit burst The power levels and the shape of a transmit burst are controlled by the power amplifier controller integrated in the BCM2093. The burst is generated by a 10-Bits DAC from the BCM23550 as shown below: The ramping shape is referenced with th erising edge of Tx-ON (from the Baseband).There are two types of parameters define the transmit burst: the first one define the shapes of the burst, and the second one define the temporal position of the burst. The rising and the falling edge of the transmit burst are determined by a set of 32 DAC code values n = 0 ... 31. Tru = TxTRUDefault +ᇞ TRU_P +ᇞ TRU_T Trd = TxTRD_NBDefault +ᇞ TRD_P (for a normal burst). Trd = TxTRD_ABDefault +ᇞ TRD_P (for an access burst). 3 Parameters F(n) are values coming from the DAC to shape the transmit burst. Some F(n) values have a correspondingparameter used in the TAT to align the mobiles.Parameter used in TAT = [F(n)]. 3.1 Parameters used to shape the burst -H0 = [F(1)] controls the rate at which energy is given to the control loop at the beginning of the ramp. This energy is needed to bring the PA system control in a closed loop. This is the second code coming from the BCM23550 DAC. -PeakPow = [F(15)] corresponds to the peak power of the transmit burst. -H30 = [F(30)] corresponds to the last ramping coefficients used to shape the ramp. -MinPow = [F(31)] is a fixed parameter and corresponds to the Code Start of the RF3237 specification. It ensures a fast discharge of accumulated energy during the open loop mode in the summing node. 3.2 Parameters used to define the temporal position of the burst 3.2.1 Optimum position of the burst This parameter is TRU (or ᇞ TRU_P) on the panel, in the Optimal Burst. This is the burst starting time correction, which is optimised for each power control level. (Note that _P means that the parameter is a power compensation parameter). 3.2.2 Optimum length of the burst This parameter is TRD (or ᇞ TRD_P) on the panel, in the Optimal Burst. This is the burst length compensation, which is optimised for each power control level. (Note that _P means that the parameter is a power compensation parameter). 4 Operating mode 4.1 How to transmit a Tch burst (Random data), in GSM850/GSM900/DCS1800/PCS1900 mode,atpower control level max: Connect the mobile with a special software, Configuration of the common parameters: - band: GSM850/GSM900/DSC1800/ PCS1900, - channel: 192/661, - RF level: PCL5/PCL0, -Burst select: Mode Tch Random Press STAR command to start continuous TX, you can check the burst with CMU200 or Agilent 8960, it must fit the curve below. The request of the Power vs Time. 4.2 How to stop Tx measurements: Press STOP command to stop the TX.. 4.3 How to transmit a burst after modifying parameters. Please note that each time a parameter (such as parameter used to shape the burst) is changed, then the user have to: ” Download to flash” to validate the parameter modification. If the command is not performed, the old parameters are taken into account. Tune-Up Frequency 5 Purpose This panel gives the description of the Frequency plan. This window includes both: - Automatic frequency control(AFC), - Static frequency error and range, - Dynamic frequency error and range 6 Automatic frequency control Depending on the chosen 26 MHz Crystal and on the spread on the Crystal, the init voltage for the AFC command could change. On production line, on each handset, an initial frequency alignment procedure is done to compensate all components tolerances. In Case of DCXO implementation, 2 parameters are used for the Reference Clock alignment in order to guarantee a low frequency error at each switch-ON of the handset. This compensation is done by internal capacitors data bank of the BCM2093 that can be switched. One parameter called DCXO_CDAC defining the coarse initial frequency tuning by the 6 CDAC bits of the BCM2093. Second paramete r called DCXO_CAFC defining the fine initial frequency tuning by the 14 CAFC bits of the BCM2093. Table 1: Alignment parameter related to reference clock - Generic Generic DCXO_CDAC Coarse Init voltage for the AFC command (coarse capacitor data bank) LSB 28-1 Default is mid scale (*) 32d 1 byte 1 Fine Init voltage for the AFC Generic DCXO_CAFC command (fine capacitor data bank) General conditions: LSB 216-…

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Note: This test report is prepared for the customer shown above and for the equipment described herein. It may not be duplicated or used in part without prior written consent from Bay Area Compliance Laboratories Corp. SAR EVALUATION REPORT For SWAGTEK 8800NW 23rd Street, Miami, FL33172, USA FCC ID: O55463141 Report Type: Original Report Product Type: Mobile Phone Test Engineer: Wilson Chen Report Number: RSZ140603006-20 Report Date: 2014-06-25 Reviewed By: Bell Hu SAR Engineer Prepared By: Bay Area Compliance Laboratories Corp. (Shenzhen) 6/F, the 3rd Phase of WanLi Industrial Building, ShiHua Road, FuTian Free Trade Zone Shenzhen, Guangdong, China Tel: +86-755-33320018 Fax: +86-755-33320008 www.baclcorp.com.cn Bay Area Compliance Laboratories Corp. (Shenzhen) Report No: RSZ140603006-20 SAR Evaluation Report 2 of 137 Attestation of Test Results EUT Information Company Name SWAGTEK EUT Description Mobile Phone FCC ID O55463141 Model Number X3, 47 Test Date 2014-06-21 to 2014-06-22 Frequency Max. SAR Level(s) Reported Limit(W/Kg) GSM 850 0.186 W/kg 1g Head SAR 0.140 W/kg 1g Body SAR 1. 6 PCS 1900 0.223 W/kg 1g Head SAR 0.295 W/kg 1g Body SAR WCDMA850 0.168 W/kg 1g Head SAR 0.185 W/kg 1g Body SAR WCDMA1900 0.339 W/kg 1g Head SAR 0.575 W/kg 1g Body SAR Simultaneous 0.710 W/kg 1g Head SAR 0.761 W/kg 1g Body SAR Applicable Standards ANSI / IEEE C95.1 : 2005 IEEE Standard for Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fileds,3 kHz to 300 GHz. ANSI / IEEE C95.3 : 2002 IEEE Recommended Practice for Measurements and Computations of Radio Frequency Electromagnetic Fields With Respect to Human Exposure to SuchFields,100 kHz—300 GHz. IEEE1528:2003 IEEE Recommended Practice for Determining the Peak Spatial-Average Specific Absorption Rate (SAR) in the Human Head from Wireless Communications Devices: Measurement Techniques KDB procedures KDB 447498 D01 Mobile and Portable Devices RF Exposure Procedures and Equipment Authorization Policies. KDB 648474 D04 SAR Evaluation Considerations for Wireless Handsets KDB 865664 D01 SAR Measurement Requirements for 100 MHz to 6 GHz KDB 941225 D01 SAR Measurement Procedures for 3G Devices-CDMA 2000/EV-Do WCDMA/HSDPA/HSUPA KDB 941225 D06 SAR Evaluation Procedures for Portable Devices with Wireless Router Capabilities. Note: This wireless device has been shown to be capable of compliance for localized specific absorption rate (SAR) for General Population/Uncontrolled Exposure limits specified in ANSI/IEEE Standards and has been tested in accordance with the measurement procedures specified in IEEE 1528-2003 and RF exposure KDB procedures. The results and statements contained in this report pertain only to the device(s) evaluated. Bay Area Compliance Laboratories Corp. (Shenzhen) Report No: RSZ140603006-20 SAR Evaluation Report 3 of 137 TABLE OF CONTENTS DOCUMENT REVISION HISTORY ......................................................................................................................... 5 EUT DESCRIPTION .................................................................................................................................................... 6 TECHNICAL SPECIFICATION ......................................................................................................................................... 6 REFERENCE, STANDARDS, AND GUILDELINES ............................................................................................... 7 SAR LIMITS ................................................................................................................................................................. 8 FACILITIES .................................................................................................................................................................. 9 DESCRIPTION OF TEST SYSTEM ........................................................................................................................ 10 EQUIPMENT LIST AND CALIBRATION ............................................................................................................. 17 EQUIPMENTS LIST & CALIBRATION INFORMATION .................................................................................................... 17 SAR MEASUREMENT SYSTEM VERIFICATION .............................................................................................. 18 LIQUID VERIFICATION ............................................................................................................................................... 18 SYSTEM ACCURACY VERIFICATION ........................................................................................................................... 21 SAR SYSTEM VALIDATION DATA ..................................................................................................................... 22 EUT TEST STRATEGY AND METHODOLOGY ................................................................................................. 30 TEST POSITIONS FOR DEVICE OPERATING NEXT TO A PERSON’S EAR........................................................................ 30 CHEEK/TOUCH POSITION ........................................................................................................................................... 31 EAR/TILT POSITION ................................................................................................................................................... 31 TEST POSITIONS FOR BODY-WORN AND OTHER CONFIGURATIONS .............................................................................. 32 SAR EVALUATION PROCEDURE ................................................................................................................................. 33 CONDUCTED OUTPUT POWER MEASUREMENT ........................................................................................... 34 PROVISION APPLICABLE .............................................................................…

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