OEUB8001900-1Wireless In-Vehicle Cellular Signal Enhancer

MODEL B8001900-1 WIRELESS IN-VEHICLE CELLULAR SIGNAL ENHANCER OPERATIONAL MANUAL Note Some professional installation assistance may be required to properly install the In- Vehicle Cellular Signal Enhancer permanently. We recommend that individuals not accustomed to the installation of mobile electronics seek the services of a professional installer. I. Parts List Description Qty. o In-vehicle amplifier unit 1 o Front antenna 1 o Rear antenna (wing shaped or magnet mounted) 1 o DC power cable (15-ft.) 1 II. Installation Instructions o Step 1. Install the amplifier unit Install the amplifier unit within vehicle’s trunk, interior, or under seat. Choose a location where it rests flat and is not a hazard to driver. o Step 2. Install DC power cable Attach one end of DC power cable to DC power source within vehicle. Attach remaining end of DC power cord to Amplifier Unit. Note Make sure to connect to a 12-Volt source that is not providing power when vehicle is turned off - or battery will drain. o Step 3. Examine LED light on the amplifier unit. The LED light on the amplifier unit indicates the level of signal enhancement. Attempt to achieve the optimal signal enhancement when positioning antennas before making the antenna placement permanent. Before any antenna is connected to the amplifier, the unit must be powered on. Both LEDs should be green. Be sure that all cell phones in the vicinity of the amplifier are turned off during installation. Two green LEDs – Optimal signal enhancement One green, one yellow LED – Very good signal enhancement Two yellow LEDs – Good signal enhancement Any red LEDs – Poor signal enhancement Importance Unit must first be turned on without antennas connected for system calibration. Ensure that LED light on amplifier unit is green before connecting antennas. Amplifier unit must remain on while connecting antennas. o Step 4. Position the Rear antenna Important The Rear antenna needs to be installed at least 20 cm (or approximately 8-in) away from all persons during normal operation to comply with the FCC’s radiofrequency radiation exposure requirement. Position the Rear antenna within vehicle towards bottom of rear window on passenger side. Optimal position is 1-in. from bottom of window. Avoid contact with any metallic materials - including window heating coils. Do not use adhesive backing to permanently affix antenna until Step 6. For magnet mounted antenna, start by positioning the antenna outside, on top of the trunk, on the driver side. Move slowly toward the passenger side to locate the optimal position. Connect the Rear antenna to amplifier unit. Note Position the Rear antenna so that cord is hanging from bottom. There is only one location where Rear Antenna can be connected to Amplifier Unit. o Step 5. Position the Front antenna Important The Front antenna needs to be installed at least 20 cm (or approximately 8-in) away from all persons during normal operation to comply with the FCC’s radiofrequency radiation exposure requirement. Position the Front antenna within the interior of vehicle, above driver seat with adhesive pointed away from cell phone user. The Front antenna should be positioned as close to, and with the best unobstructed view to, where the cell phone would normally be used. Avoid placing this antenna behind any metallic objects (ie. mirror in sun visor). Do not make contact with any metal surface. Connect Front antenna to amplifier unit. Note There is only one location where the Front antenna can be connected to amplifier unit. o Step 6. Achieve Optimal Enhancement Once green or yellow LED light is obtained, permanently affix both the Rear and Front antennas. If you are receiving a red LED even after trying different antenna positions, try unplugging both antennas and turn the power off and on again before plugging the antennas in. If the antennas are connected and too close to each other when the amplifier is turned on, it will be impossible to achieve a green LED until you do the preceding. Two green LEDs – Optimal signal enhancement One green, one yellow LED – Very good signal enhancement Two yellow LEDs – Good signal enhancement Any red LEDs – Poor signal enhancement Typical Installation

August 5, 2004 Elite Electronic Engineering, Inc. TCB Certification Services 1516 Centre Circle Downers Grove IL 60515 Attn: Daniel Crowder FCC/Certification Department Group Leader Gentlemen, RES Ltd. is submitting application for equipment authorization for the Wireless In-Vehicle Cellular Signal Enhancer, FCC ID: OEUB8001900-1 under rule parts 22 & 24. This equipment is used to increase signal strength and reduced number of dropped calls in a car. It operates in the 800MHz and the 1900MHz band and covers AMP, GSM, TDMA and CDMA. Power Output Band Frequency Modulation dBm W Emission Designator AMP 25 1 0.3 D1F GSM 25 1 0.3 GXW TDMA 25 1 0.3 DXW 824 - 849 MHz (uplink) CDMA 25 1 0.3 F9W AMP 25 1 0.3 D1F GSM 25 1 0.3 GXW TDMA 25 1 0.3 DXW 800MHz 869 - 894 MHz (downlink) CDMA 25 1 0.3 F9W AMP 25 1 0.3 D1F GSM 25 1 0.3 GXW TDMA 25 1 0.3 DXW 1850-1910 MHz (uplink) CDMA 25 1 0.3 F9W AMP 25 1 0.3 D1F GSM 25 1 0.3 GXW TDMA 25 1 0.3 DXW 1900MHz 1930-1990 MHz (downlink) CDMA 25 1 0.3 F9W 1. The 25dBm power output level from each direction is resulted from a 15dBm amplifier power output plus a 10dBi antenna gain. We request that the following exhibits to be held confidential and withheld from public inspection. They are RES Ltd.’s confidential proprietary information and are not normally released to the public. 1. Block Diagrams 2. Operational Description 3. Parts List 4. Schematic If you have any questions regarding this filing, please contact me at: Edwin Moreno RF Design Engineer RES Ltd. 2410 Vantage Dr. Elgin, IL 60123 Phone: (847) 844-4635 Fax: (847) 844-4650 Email: [email protected]

Front, External Back, External Internal

Internal

TUNEUP PROCEDURE The wireless In-Vehicle Cellular Signal Enhancer requires no manual tuning. All settings are factory aligned and controlled by a microprocessor.

SAR Test Report for Wireless In-Vehicle Cellular Signal Enhancer Model B8001900-1 FCC ID OEUB8001900-1 Prepared by: Tim Avicola, Director of Engineering, RES, Ltd. RES Ltd. has reviewed the Wireless In-Vehicle Cellular Signal Enhancer Model B8001900-1, FCC ID OEUB8001900-1, for the need to conduct SAR evaluation. Due to the design and installation of this product, it qualifies for the exclusion called out in 2.1091. The Wireless In-Vehicle Cellular Signal Enhancer is operated as a mobile device as defined in 2.1091(b) bases on its design and installation. The unit is installed into a vehicle such that it is physically secured and is generally located more than 20cm from the end-user. In addition, the user manual is included a user reminder that there should be at least 20cm of separation between the vehicle’s occupants and the antennas during normal operation. The unit has a maximum transmitted conducted power of 0.3W (25dBm) in both uplink path, including an antenna gain of 10dBi. There’s a minimum cable loss of 4.0 dB. Overall, the unit’s total ERP is less than 1W.

Page 1 of 84 Engineering Test Report No. 33288-02 Measurement of RF Emissions from an Mobile Repeater, Model No. BDA8001900-1 For : TRL Technologies Elgin, IL P.O. No. : 780-0000001828 Date Received : March 1 st ., 2004 Date Tested : March 1 st . through March 8 th ., 2004 Test Personnel : Richard E. King EMC Engineer Specification : FCC "Code of Federal Regulations” Title 47 Part 22 Test Report By : Richard E. King EMC Engineer Witnessed by : Edwin Moreno TRL Technologies Approved By : Raymond J. Klouda Registered Professional Engineer of Illinois - 44894 Elite Electronic Engineering Inc. 1516 Centre Circle Downers Grove, IL 60515 Tel : (630) 495-9770 Fax: (630) 495-9785 www.elitetest.com Engineering Test Report No. 33288-02 Page 2 of 84 THIS REPORT SHALL NOT BE REPRODUCED, EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF ELITE ELECTRONIC ENGINEERING INCORPORATED. TABLE OF CONTENTS PARAGRAPH DESCRIPTION OF CONTENTS PAGE NO. 1.0 INTRODUCTION...................................................................................................................................4 1.1 DESCRIPTION OF TEST ITEM.........................................................................................................4 1.2 PURPOSE..........................................................................................................................................4 1.3 DEVIATIONS, ADDITIONS AND EXCLUSIONS.............................................................................4 1.4 APPLICABLE DOCUMENTS............................................................................................................4 1.5 SUBCONTRACTOR IDENTIFICATION...........................................................................................4 1.6 LABORATORY CONDITIONS.........................................................................................................4 2.0 TEST ITEM SETUP AND OPERATION................................................................................................4 2.1 POWER INPUT.................................................................................................................................4 2.2 GROUNDING....................................................................................................................................5 2.3 PERIPHERAL EQUIPMENT.............................................................................................................5 2.4 MODULATION.................................................................................................................................5 2.5 FREQUENCY SELECTION...............................................................................................................5 2.6 RF POWER OUTPUT........................................................................................................................5 3.0 TEST EQUIPMENT...............................................................................................................................6 3.1 TEST EQUIPMENT LIST...................................................................................................................6 3.2 CALIBRATION TRACEABILITY.....................................................................................................6 4.0 REQUIREMENTS, PROCEDURES AND RESULTS..............................................................................6 4.1 RF POWER OUTPUT MEASUREMENTS.........................................................................................6 4.1.1 REQUIREMENTS.......................................................................................................................6 4.1.2 PROCEDURES............................................................................................................................6 4.1.3 RESULTS....................................................................................................................................6 4.2 OCCUPIED BANDWIDTH MEASUREMENTS................................................................................6 4.2.1 REQUIREMENTS.......................................................................................................................6 4.2.2 PROCEDURES............................................................................................................................7 4.2.3 RESULTS....................................................................................................................................7 4.3 SPURIOUS EMISSIONS AT ANTENNA TERMINAL.......................................................................8 4.3.1 REQUIREMENTS.......................................................................................................................8 4.3.2 PROCEDURES............................................................................................................................8 4.3.3 RESULTS....................................................................................................................................8 4.4 FIELD STRENGTH OF SPURIOUS EMISSIONS...............................................................................9 4.4.1 REQUIREMENTS...................................................................................................................9 4.4.2 PROCEDURES........................................................................................................................9 4.4.3 RESULTS................................................................................................................................9 5.0 CONCLUSION.......................................................................................................................................9 Engineering Test Report No. 33288-02 Page 3 of 84 THIS REPORT SHALL NOT BE REPRODUCED, EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF ELITE ELECTRONIC ENGINEERING INCORPORATED. 6.0 CERTIFICATION............................................................................…

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Page 1 of 183 Engineering Test Report No. 33288-01 Measurement of RF Emissions from an Mobile Repeater, Model No. BDA8001900-1 For : TRL Technologies Elgin, IL P.O. No. : 780-0000001828 Date Received : February 25 th ., 2004 Date Tested : February 25 th .. through March 8 th ., 2004 Test Personnel : Richard E. King EMC Engineer Specification : FCC "Code of Federal Regulations” Title 47 Part 24 Test Report By : Richard E. King EMC Engineer Witnessed by : Edwin Moreno TRL Technologies Approved By : Raymond J. Klouda Registered Professional Engineer of Illinois - 44894 Elite Electronic Engineering Inc. 1516 Centre Circle Downers Grove, IL 60515 Tel : (630) 495-9770 Fax: (630) 495-9785 www.elitetest.com Engineering Test Report No. 33111-01 Page 2 of 183 THIS REPORT SHALL NOT BE REPRODUCED, EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF ELITE ELECTRONIC ENGINEERING INCORPORATED. TABLE OF CONTENTS PARAGRAPH DESCRIPTION OF CONTENTS PAGE NO. 1.0 INTRODUCTION....................................................................................................................................4 1.1 DESCRIPTION OF TEST ITEM.........................................................................................................4 1.2 PURPOSE..........................................................................................................................................4 1.3 DEVIATIONS, ADDITIONS AND EXCLUSIONS.............................................................................4 1.4 APPLICABLE DOCUMENTS............................................................................................................4 1.5 SUBCONTRACTOR IDENTIFICATION...........................................................................................5 1.6 LABORATORY CONDITIONS.........................................................................................................5 2.0 TEST ITEM SETUP AND OPERATION................................................................................................5 2.1 POWER INPUT..................................................................................................................................5 2.2 GROUNDING.....................................................................................................................................5 2.3 PERIPHERAL EQUIPMENT.............................................................................................................5 2.4 MODULATION..................................................................................................................................5 2.5 FREQUENCY SELECTION...............................................................................................................5 2.6 RF POWER OUTPUT........................................................................................................................7 3.0 TEST EQUIPMENT................................................................................................................................7 3.1 TEST EQUIPMENT LIST...................................................................................................................7 3.2 CALIBRATION TRACEABILITY.....................................................................................................7 4.0 REQUIREMENTS, PROCEDURES AND RESULTS..............................................................................7 4.1 RF POWER OUTPUT MEASUREMENTS.........................................................................................7 4.1.1 REQUIREMENTS........................................................................................................................7 4.1.2 PROCEDURES............................................................................................................................7 4.1.3 RESULTS....................................................................................................................................7 4.2 OCCUPIED BANDWIDTH MEASUREMENTS.................................................................................8 4.2.1 REQUIREMENTS........................................................................................................................8 4.2.2 PROCEDURES............................................................................................................................8 4.2.3 RESULTS....................................................................................................................................9 4.3 SPURIOUS EMISSIONS AT ANTENNA TERMINAL.......................................................................9 4.3.1 REQUIREMENTS........................................................................................................................9 4.3.2 PROCEDURES............................................................................................................................9 4.3.3 RESULTS..................................................................................................................................10 4.4 FIELD STRENGTH OF SPURIOUS EMISSIONS.............................................................................10 4.4.1 PRELIMINARY RADIATED MEASUREMENTS.....................................................................10 4.4.1.1 REQUIREMENTS...............................................................................................................10 4.4.1.2 PROCEDURES...................................................................................................................10 4.4.1.3 RESULTS............................................................................................................................11 4.4.2 FINAL RADIATED EMISSIONS...............................................................................................11 Engineering Test Report No. 33111-01 Page 3 of 183 THIS REPORT SHALL NOT BE REPRODUCED, EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF ELITE ELECTRONIC ENGINEERING INCO…

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