AK8PCG4E1LLaptop computer with GSM, WLAN and BT radios

Personal Computer VGN-T300 Series SmartWi Connection Utility Guide VAIO® Computer Wireless Information 2 Table of Contents About your Computer........................................... 3 Contents .................................................................................... 3 About Wireless Connectivity .................................................... 4 About the SIM Card .................................................................. 4 About Wireless Connection Utility ...................... 8 Starting SmartWi Connection Utility........................................ 8 About the Wireless Switching Window ............ 11 Using the Wireless Switching Window .................................. 11 Using SmartWi Connection Utility .................... 12 Using the Cingular WWAN connection ................................. 12 Using the Wireless LAN connection ...................................... 14 Using the Bluetooth® connection ........................................... 19 General Functional Information ........................ 21 FAQ and Troubleshooting ................................. 22 Notice to Users ................................................... 32 About your Computer 3 About your Computer Thank you for purchasing a VAIO® VGN-T300 Series computer! Your new machine combines state-of-the-art hardware and software to bring you unparalleled wireless connectivity. Contents These hardware components are included. * A Cingular SIM card is preinstalled in your computer. Carton Contents Comp ut er* Pow er c ord Battery AC adapter VAIO® Computer Wireless Information 4 About Wireless Connectivity With built-in Wireless WAN capabilities, your computer is equipped to connect wirelessly to your e-mail, the Internet, and any intranet networks with which you may be associated. To begin making use of wireless connectivity, you will need to insert a provided Subscriber Identity Module (SIM) card into the computer before turning on your computer. About the Cingular SIM Card The SIM card, provided by Cingular Wireless, is a small printed circuit board that stores data identifying the user to the network service provider. It must be inserted into the computer for you to make use of the wireless services. Inserting the Cingular SIM card The Cingular SIM card should be preinstalled; you may follow these procedures to verify that the SIM card is indeed installed in the SIM card slot at the rear of your computer. ✍ Only the Cingular SIM card is supported. It is normally preinstalled in your computer. Do not touch the SIM card connectors. As a precaution, always make sure you have a firm hold of your computer before inserting or removing the SIM card. About the Cingular SIM Card 5 1Unless preinstalled, your SIM card is contained within a larger card, about the size of a credit card. Remove the smaller SIM card by pushing it out from the larger card. 2Next, orient your computer so you are facing its rear portion. 3Locate the SIM card slot in the back of the computer and with its printed circuit side facing down, gently insert the SIM card into the slot. Check the SIM card for directions on which way to orient the card into the slot. Cingular SIM Card ✍Before inserting the SIM card into the computer, make sure your computer is turned off and the battery is not attached. VAIO® Computer Wireless Information 6 If your computer came with a preinstalled Cingular SIM card, verify that the card is indeed in the SIM card slot. ✍To activate your Cingular account, call Sony customer support at 888-604-VAIO (8246). When calling customer support, you may be asked for the SIM# (IMSI #) and IMEI code. To determine these values, start the Cingular Connection Manager (CCM), open Tools, and click Network Info. Alternatively, you can check the the rear of your VAIO computer. The IMEI # should be printed on the back of your computer. The SIM# is printed on the SIM card. Inserting the SIM card SIM card (printed circuit side face down) Cut-off corner oriented left About the Cingular SIM Card 7 Removing the SIM Card To remove the SIM card, again orient your computer so you are facing its rear portion. Make sure the computer is turned off. 1Locate the SIM card slot. 2Gently push in the SIM card until you hear it click, then release the card allowing the SIM card to eject. After the SIM card ejects, gently pull the card out of the slot, away from the computer. Do not touch the SIM card connectors. As a precaution, make sure you have a firm hold of your computer before inserting or removing the SIM card. Removing the SIM Card ✍Take care not to damage the card in any way, either by bending or putting undue pressure on the card. VAIO® Computer Wireless Information 8 About SmartWi Connection Utility The SmartWi Connection Utility functions largely as a switch manager between the various forms of wireless connectivity: Bluetooth®, WLAN, and WWAN using Cingular Wireless software. By clicking on each of the three wireless options, the SmartWi Connection Utility switches to the corresponding one. Starting SmartWi Connection Utility At initial statup, a pop-up prompt appears from the Task Tray. Selecting Yes on the prompt launches the SmartWi Connection Utility, and then you are prompted to activate your Cingular account. If you close the program, however, and later wish to restart it, do the following: SmartWi Connection Utility main screen Starting SmartWi Connection Utility 9 1First make sure your computer is turned on. 2Make sure the wireless switch is turned on. If it is not, locate the switch on the front left portion of your computer and slide the switch to the right. 3You may also click the SmartWi Connection Utility icon in the taskbar notification area. Depending on the wireless selection, one of sixicons may appear in the taskbar notification area. Wireless switch and indicators ✍Once you turn on the wireless switch, the SmartWi Connection Utility window appears automatically. W LAN W LAN WWAN W WAN VAIO® Compu…

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External_photos_Laptop Laptop – Top view External_photos_Laptop Laptop – Bottom view External_photos_Laptop Laptop user view showing location of all radio antennas BT antenna GSM antenna WLAN antenna

External_photos_Laptop Laptop – Label location LABEL LOCATION

Internal_photos_Laptop Internal view showing location of BT module Laptop Internal view BT module Internal_photos_Laptop Laptop Internal view showing location of WLAN and GSM modules GSM Module WLAN Module

SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 1 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/3/2005 11:00:11 AM DUT Battery Model/No: Filename: lap128_3d.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 850 Device Under Test: Sony PCG-4E1L Relative Permittivity: 55.72 Relative Humidity: 50% Conductivity: 0.982 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -3.00 mm DUT Position: lap Max SAR Z-axis Location: -171.00 mm Antenna Configuration: integral Max E Field: 12.31 V/m Test Frequency: 836.6MHz SAR 1g: 0.132 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.090 W/kg Conversion Factors: .522 / .522 / .522 SAR Start: 0.056 W/kg Type of Modulation: SAR End: 0.055 W/kg Modn. Duty Cycle: SAR Drift during Scan: -0.02 dB Diode Compression Factors (V*200): 11.9 / 12.3 / 10 Probe battery last changed: 3/1/05 Input Power Level: max 2 timeslots TX Extrapolation: poly4 SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 2 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/3/2005 10:17:57 AM DUT Battery Model/No: Filename: temp.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 850 Device Under Test: Sony PCG-4E1L Relative Permittivity: 56.01 Relative Humidity: 50% Conductivity: 0.973 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -4.00 mm DUT Position: lap Max SAR Z-axis Location: -169.00 mm Antenna Configuration: integral Max E Field: 12.52 V/m Test Frequency: 824.2MHz SAR 1g: 0.134 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.091 W/kg Conversion Factors: .522 / .522 / .522 SAR Start: 0.054 W/kg Type of Modulation: SAR End: 0.055 W/kg Modn. Duty Cycle: SAR Drift during Scan: 0.04 dB Diode Compression Factors (V*200): 11.9 / 12.3 / 10 Probe battery last changed: 3/1/05 Input Power Level: max 2 timeslots TX Extrapolation: poly4 SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 3 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/3/2005 11:31:51 AM DUT Battery Model/No: Filename: lap190_3d.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 850 Device Under Test: Sony PCG-4E1L Relative Permittivity: 55.56 Relative Humidity: 50% Conductivity: 0.991 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -3.00 mm DUT Position: lap Max SAR Z-axis Location: -172.00 mm Antenna Configuration: integral Max E Field: 12.38 V/m Test Frequency: 848.8MHz SAR 1g: 0.134 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.090 W/kg Conversion Factors: .522 / .522 / .522 SAR Start: 0.054 W/kg Type of Modulation: SAR End: 0.054 W/kg Modn. Duty Cycle: SAR Drift during Scan: 0.01 dB Diode Compression Factors (V*200): 11.9 / 12.3 / 10 Probe battery last changed: 3/1/05 Input Power Level: max 2 timeslots TX Extrapolation: poly4 SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 4 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/4/2005 11:56:37 AM DUT Battery Model/No: Filename: lap512_3d.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 1900 Device Under Test: Sony PCG-4E1L Relative Permittivity: 53.21 Relative Humidity: 50% Conductivity: 1.581 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -14.00 mm DUT Position: lap Max SAR Z-axis Location: -171.00 mm Antenna Configuration: integral Max E Field: 10.50 V/m Test Frequency: 1880MHz SAR 1g: 0.149 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.089 W/kg Conversion Factors: 0.666 / 0.666 / 0.666 SAR Start: 0.045 W/kg Type of Modulation: SAR End: 0.044 W/kg Modn. Duty Cycle: SAR Drift during Scan: -0.11 dB Diode Compression Factors (V*200): 11.9 / 12.3 / 10 Probe battery last changed: 3/1/05 Input Power Level: max 2 timeslots TX Extrapolation: poly4 SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 5 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/4/2005 11:25:03 AM DUT Battery Model/No: Filename: temp.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 1900 Device Under Test: Sony PCG-4E1L Relative Permittivity: 53.33 Relative Humidity: 50% Conductivity: 1.565 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -14.00 mm DUT Position: lap Max SAR Z-axis Location: -171.00 mm Antenna Configuration: integral Max E Field: 9.62 V/m Test Frequency: 1850.2MHz SAR 1g: 0.123 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.074 W/kg Conversion Factors: 0.666 / 0.666 / 0.666 SAR Start: 0.037 W/kg Type of Modulation: SAR End: 0.037 W/kg Modn. Duty Cycle: SAR Drift during Scan: 0.08 dB Diode Compression Factors (V*200): 11.9 / 12.3 / 10 Probe battery last changed: 3/1/05 Input Power Level: max 2 timeslots TX Extrapolation: poly4 SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix A Plots Page 6 of 6 System / software: SARA2 / 2.3 VPM Input Power Drift: Date / Time: 3/4/2005 12:42:17 PM DUT Battery Model/No: Filename: lap661_3d.txt Probe Serial Number: 0123 Ambient Temperature: 22.0°C Liquid Simulant: 1900 Device Under Test: Sony PCG-4E1L Relative Permittivity: 53.01 Relative Humidity: 50% Conductivity: 1.577 Phantom S/No: HeadBox_spout.csv Liquid Temperature: 22.0°C Phantom Rotation: 0° Max SAR Y-axis Location: -14.00 mm DUT Position: lap Max SAR Z-axis Location: -169.00 mm Antenna Configuration: integral Max E Field: 11.43 V/m Test Frequency: 1909.8MHz SAR 1g: 0.176 W/kg Air Factors: 346 / 318 / 386 SAR 10g: 0.105 W/kg Conversion Factors: 0.666 / 0.666 / 0.666 SAR Start: 0.053 W/kg Type of Modulation: SAR End: 0…

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SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 1 of 6 Appendix B: Photos EUT Photos: Photo 1. EUT front SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 2 of 6 Photo 2. EUT bottom SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 3 of 6 Photo 3. EUT top SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 4 of 6 Setup Photos Photo 4. lap position SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 5 of 6 Photo 5. lap position SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Appendix B Page 6 of 6 Photo 6. Photo to demonstrate 15 cm Z-axis flat phantom

SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 1 of 10 1 Tissue Parameters 850MHz Head liquid: Recipe: The following recipe is provided in percentage by weight. 49.46% distilled water 49.46% DGBE 1.0% salt 0.1% bactericide Di-electric constants measured on 3/3/2005. SAR measurements were made within 24 hours of the measurement of liquid parameters. Freq. Rel. Condy (MHz) Perm. (S/m) 900 41.70 1.001 850MHz Body Liquid: Recipe: The following recipe is provided in percentage by weight. 49.8% distilled water 40.6% DGBE 8.9% salt 0.6% HEC 0.1% bactericide Di-electric constants measured on 3/3/2005. SAR measurements were made within 24 hours of the measurement of liquid parameters. Freq. Rel. Condy (MHz) Perm. (S/m) 824.2 56.01 0.973 836.0 55.72 0.982 848.8 55.56 0.991 SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 2 of 10 2 1900MHz Head liquid: Recipe: The following recipe is provided in percentage by weight. 54.9% distilled water 44.92% DGBE 0.18% salt 0.1% bactericide Di-electric constants measured on 3/4/2005. SAR measurements were made within 24 hours of the measurement of liquid parameters. Freq. Rel. Condy (MHz) Perm. (S/m) 1900 39.63 1.415 1900MHz Body Liquid: Recipe: The following recipe is provided in percentage by weight. 69.17% distilled water 30.29% DGBE 0.44% salt 0.1% bactericide Di-electric constants measured on 3/4/2005. SAR measurements were made within 24 hours of the measurement of liquid parameters. Freq. Rel. Condy (MHz) Perm. (S/m) 1850.2 53.33 1.565 1880 53.21 1.581 1909.8 53.01 1.577 Environment: 3/3/2005 & 3/4/2005 Temperature: 22.0 °C ± 2°C Humidity: 45% _ 55 % SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 3 of 10 3 Test Equipment Test Equipment Model Serial Instrument description Supplier / Manufacturer Model Serial No. Calibration (date) Calibration Due (date) Bench top Robot Mitsubishi supplied by IndexSAR RV-E2 EA1030108 N/A N/A SAM Phantom Upright shell phantom made by Antennessa digitized and mounted by IndexSAR SAM 03FT26 04/03 N/A Flat Phantom IndexSAR HeadBox_Spou t N/A N/A N/A Software IndexSAR SARA2 v0.420 N/A N/A N/A 900 MHz Head Tissue Simulant Cetecom Inc. 900 Head N/A 3/3/2005 N/A 850 MHz Body Tissue Simulant Cetecom Inc. 850 Body N/A 3/3/2005 N/A 1900 MHz Head Tissue Simulant Cetecom Inc. 1900 Head N/A 3/4/2005 N/A 1900 MHz Body Tissue Simulant Cetecom Inc. 1900 Body N/A 3/4/2005 N/A 900 MHz Dipole IndexSAR – IEEE 1528 design IXD-900 0016 07/20/2004 07/20/2005 1900 MHz Dipole IndexSAR – IEEE 1528 design IXD-190 0016 07/20/2004 07/20/2005 Netwok Analyzer Agilent 8753ES US39172511 05/03/2004 05/03/2005 Directional coupler Werlatone C6529 11249 N/A N/A RF Amplifier Vectawave VTL5400 N/A N/A N/A SAR Probe IndexSAR IXP-050 S/N 0123 10/07/2004 10/07/2005 Probe amplifier IndexSAR IXA-010 S/N 043 N/A N/A Thermometer Control Company 4039 20410549 11/20/2001 11/20/2005 Dielectric Measurement Kit IndexSAR Di-Line N/A N/A N/A SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 4 of 10 4 Equipment Calibration/Performance Documents: Validation Dipoles Performance Measurements: Pages 5 to 10 Please Note: (The following pages of Appendix C show calibration documents. These calibration documents are inserted into this appendix. The header information with page numbering scheme is a part of this report and is included on all pages of the report and appendixes. This header is used to track all of the contents of this report.) SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 5 of 10 5 Report No. SN0016_090-180-190-245 July 1 st 2002 Revised 7/20/2004 INDEXSAR Validation Dipoles Type IXD-090, IXD-180, IXD-190 & IXD-245 Performance measurements S/N: 090-0016 S/N: 180-0016 S/N: 245-0016 S/N: 190-0016 MI Manning Indexsar, Oakfield House, Cudworth Lane, Newdigate, Surrey RH5 5DR. UK. Tel: +44 (0) 1306 631233 Fax: +44 (0) 1306 631834 e-mail: [email protected] SAR Test Report No: SAR_856_2005_FCC_850_1900_2450 Date of Report: 3/11/2005 Appendix C Miscellaneous Page 6 of 10 6 1. Measurement Conditions Measurements were performed using a box-shaped phantom made of PMMA with dimensions designed to meet the accuracy criteria for reasonably-sized phantoms that do not have liquid capacities substantially in excess of the volume of liquid required to fill the Indexsar upright SAM phantoms used for SAR testing of handsets against the ear. An HP 8753B vector network analyser was used for the return loss measurements. The dipole was placed in a special holder made of low-permittivity, low-loss materials. This holder enables the dipole to be positioned accurately in the centre of the base of the Indexsar box-phantom used for flat-surface testing and validation checks. The validation dipoles are supplied with special spacers made form a low-permittivity, low-loss foam material. These spacers are fitted to the dipole arms to ensure that, when the dipole is offered up to the phantom surface, the spacing between the dipole and the liquid surface is accurately aligned according to the guidance in the relevant standards documentation. The spacers are rectangular with a central hole equal to the dipole arm diameter and dimensioned so that the longer side can be used to ensure a spacing of 15mm from the liquid in the phantom (for tests at 900MHz and below) and the shorter side can be used for tests at 1800MHz and above to ensure a spacing of 10mm from the liquid in the phantom. The spacers are made on a CNC milling machine with an accuracy of 1/40 th mm but they may suffer wear and tear and need to be replaced periodically. The material used is Rohacell, which has a relative permittivity of approx. 1.05 and a negligible loss tangent. The apparatus supplied by Indexsar for dipole validation tests thus in…

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TTI-P-G 081/94-A0 ACCREDITED ACCORDING TO ISO/IEC 17025 Bluetooth Qualification Test Facility (BQTF) FCC listed # 101450 IC recognized # 3925 CETECOM Inc. 411 Dixon Landing Road Š Milpitas, CA 95035 Š U.S.A. Phone: + 1 (408) 586 6200 Š Fax: + 1 (408) 586 6299 Š E-mail: [email protected] Š http://www.cetecom.com CETECOM Inc. is a Delaware Corporation with Corporation number: 2113686 Board of Directors: Dr. Harald Ansorge, Dr. Klaus Matkey, Hans Peter May V.2.16M-2002-03-12 \\stupendousman\rootappsdata\emc\projects_emc\sony ericsson\856-2005_pcg- 4e1l\sar\report\sar_856_2005_fcc__850_1900_2450.doc © Copyright by CETECOM SAR Test Report No.: SAR_856_2005_FCC_850_1900_2450 for the Sony Corporation Personal Computer Model Number: PCG-4E1L FCC ID: AK8PCG4E1L IC-ID: 409B-PCG4E1L Date of Report: 03/11/2005 Date of issue: 03/11/2005 Report Copy No.: 01 SAR Test Report No. SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Page 2 of 27 This report shall not be reproduced except in full without the written approval of: CETECOM Inc. Š SAR Š 411 Dixon Landing Road Š Milpitas, CA 95035 Š U.S.A. Contents 1 ASSESSMENT ...................................................................................................................4 2 ADMINISTRATIVE DATA...................................................................................................5 2.1 Identification of the Testing Laboratory Issuing the SAR Assessment Report ...............5 2.2 Identification of the Client...........................................................................................5 2.3 Identification of the Manufacturer...............................................................................5 3 EQUIPMENT UNDER INVESTIGATION (EUI)...................................................................6 3.1 Identification of the Equipment under Investigation ...................................................6 4 SUBJECT OF INVESTIGATION ........................................................................................7 4.1 The IEEE Standard C95.1 and the FCC Exposure Criteria .......................................7 4.2 Distinction Between Exposed Population, Duration of Exposure and Frequencies...7 4.3 Distinction between Maximum Permissible Exposure and SAR Limits......................8 4.4 SAR Limit ...................................................................................................................8 5 THE FCC MEASUREMENT PROCEDURE .......................................................................9 5.1 General Requirements...............................................................................................9 5.2 Test Positions ..........................................................................................................10 5.3 Body-worn and Other Configurations.......................................................................10 5.4 Procedure for assessing the peak spatial-average SAR .........................................10 5.5 Determination of the largest peak spatial-average SAR ..........................................12 6 THE MEASUREMENT SYSTEM ......................................................................................14 6.1 Robot system specification ......................................................................................14 6.2 Probe and amplifier specification .............................................................................15 6.3 Phantoms.................................................................................................................15 6.4 SAR measurement procedure .................................................................................16 6.5 SARA2 Interpolation and Extrapolation schemes ....................................................16 6.6 Interpolation of 2D area scan...................................................................................17 6.7 Extrapolation of 3D scan..........................................................................................17 6.8 Interpolation of 3D scan and volume averaging.......................................................17 SAR Test Report No. SAR_856_2005_FCC_850_1900_2450 Date of Report: 03/11/2005 Page 3 of 27 This report shall not be reproduced except in full without the written approval of: CETECOM Inc. Š SAR Š 411 Dixon Landing Road Š Milpitas, CA 95035 Š U.S.A. 7 UNCERTAINTY ASSESSMENT.......................................................................................19 7.1 Table of Measurement Uncertainty Values of SAR Evaluations..............................20 7.2 Table of Measurement Uncertainty Values for SAR System Verification ................21 8 TEST RESULTS SUMMARY............................................................................................22 8.1 Radiated Output Power............................................................................................22 8.2 Test Positions and Configurations ...........................................................................22 8.3 GPRS Operating Mode ............................................................................................22 8.4 BT Operating Mode..................................................................................................22 8.5 WLAN Operating Mode............................................................................................22 8.6 Co-location Operation ..............................................................................................22 8.7 850 MHz band SAR Results for PCG-4E1L.............................................................23 8.8 1900 MHz band SAR Results for PCG-4E1L...........................................................23 8.9 BT and WLAN 2450 MHz band SAR Results for PCG-4E1L...................................23 8.10 Co-location Test plan and results evaluation methods ............................................24 8.11 Validation Check Results ..................…

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CETECOM ICT Services GmbH Untertürkheimer Str. 6-10, 66117 Saarbruecken Phone: +49 (0) 681 598-0 Fax: -9075 RSC-Laboratory Phone: +49 (0) 681 598-0 Fax: -9075 Test report no.: 2-3875-01-01/05 Date: 2005-02-21 Page 1 of 80 Recognized by the Federal Communications Commission Anechoic chamber registration no.: 90462 (FCC) Anechoic chamber registration no.: 3463 (IC) TCB ID: DE 0001 Accredited by the German Accreditation Council DAR–Registration Number TTI–P–G 081/94-D0 Independent ETSI compliance test house ETSI Accredited Bluetooth ® Test Facility (BQTF) Test report no. : 2-3875-01-01/05 Applicant :Sony Ericsson Mobile Communication AB Type :Sony Ericsson EE52 type FAF- 1031021-BV Test Standard :FCC Part 22, 24 RSS132, 133 FCC ID :PY7FF031021 Certification No. IC :4170B-FF031021 CETECOM ICT Services GmbH Untertürkheimer Str. 6-10, 66117 Saarbruecken Phone: +49 (0) 681 598-0 Fax: -9075 RSC-Laboratory Phone: +49 (0) 681 598-0 Fax: -9075 Test report no.: 2-3875-01-01/05 Date: 2005-02-21 Page 2 of 80 Table of contents 1 GENERAL INFORMATION ................................................................................................................................... 3 1.1. ADMINISTRATIVE DATA OF THE TEST FACILITY..................................................................................................... 3 1.1.1 Identification of the testing laboratory ......................................................................................................... 3 1.2. NOTES................................................................................................................................................................... 3 1.3 DETAILS OF APPLICANT......................................................................................................................................... 4 1.4 APPLICATION DETAILS.......................................................................................................................................... 4 1.5 TEST ITEM............................................................................................................................................................. 5 1.6 TEST SETUP........................................................................................................................................................... 6 1.7 TEST STANDARDS.................................................................................................................................................. 6 2 STATEMENT OF COMPLIANCE .......................................................................................................................... 7 2.1 SUMMARY OF MEASUREMENT RESULTS................................................................................................................ 7 2.1.1 PCS 1900 ...................................................................................................................................................... 7 2.1.2 GSM 850 ....................................................................................................................................................... 7 3 MEASUREMENTS AND RESULTS ....................................................................................................................... 8 3.1 PART PCS 1900 ................................................................................................................................................... 8 3.1.1 RF Power Output .......................................................................................................................................... 8 3.1.2 Frequency Stability..................................................................................................................................... 12 3.1.3 Radiated Emissions..................................................................................................................................... 15 3.1.4 Receiver Radiated Emissions ...................................................................................................................... 25 3.1.5 Conducted Spurious Emissions ................................................................................................................... 29 3.1.6 Block Edge Compliance .............................................................................................................................. 33 3.1.7 Occupied Bandwidth................................................................................................................................... 36 3.2 PART GSM 850 .........................................................................................................................................…

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