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550-1300-01 Rev 1 2-1 2 Mounting the Repeater 2.0 Installation Overview RTI repeaters are designed for indoor or outdoor installation, and can be mounted on either a wall or a pole. The unit’s compact cabinet simplifies installation, and its aesthetically acceptable design means that it conforms to zoning standards in many locations. NOTE: Two people are recommended for mounting the repeater. NOTE: Only qualified service or technical personnel should install the repeater. NOTE: RTI repeaters are not intended for mobile operation, and should be placed in a fixed location. Figure 2-1 shows a typical repeater installation, with installed components.

RC1920C Repeater Reference Manual Installing Antennas 550-1300-01 Rev 1 4-3 4.1 Antenna Configurations RTI repeaters can use any one of four basic antenna configurations: • Donor antenna, and one dual-polarized subscriber antenna (see Figure 4-2) • Donor antenna, and two vertically-polarized subscriber antennas (see Figure 4-3) • Donor antenna, and two dual-polarized subscriber antennas (one for main-beam and one for back-beam, see Figure 4-4) • Donor antenna, and one vertically-polarized subscriber antenna (see Figure 4-5) NOTE: Repeater Technologies does not provide antennas with the repeater. These may be ordered separately for use at the time of installation. Typical antennas are described in section 11.2. NOTE: Antennas are to be fixed mounted on outdoor permanent structures or antenna tower. It is the responsibility of the operator of the station to ensure that the RF exposure requirements are meet for a particular installation including accounting for any co-located antennas. NOTE: When included in a CDMA network, an RTI repeater can use a back-beam antenna, to transmit energy from the repeater, back towards the donor base station. A back-beam antenna increases the allowable distance between the donor BTS and the repeater site.

Mounting the Repeater 5 550-1300-01 Rev 1 5-1 5.0 Installation Overview RTI repeaters are designed for indoor or outdoor permanent installation, and can be mounted on either a wall or a pole. The unit’s compact cabinet simplifies installation, and its aesthetically acceptable design means that it conforms to zoning standards in many locations. NOTE: Two people are recommended for mounting the repeater. NOTE: Only qualified service or technical personnel should install the repeater. NOTE: RTI repeaters are not intended for mobile operation, and must be placed in a fixed location. NOTE: A wall-mounting site must be selected such that the repeater is installed permanently to comply with the fixed location requirement. Furthermore, the antenna must be installed on a permanent outdoor structure or antenna tower and not connected directly to the repeater. NOTE: It is the responsibility of the operator of the station to ensure that the RF exposure requirements are meet for a particular installation including accounting for any co-located antennas. Figure 5-1 shows a typical repeater installation, with installed components.

Re: FCC ID EK2RC1920C Applicant: Repeater Technologies Inc Correspondence Reference Number: 21620 731 Confirmation Number: EA371933 2) Please explain whether this device will be either a mobile or fixed transmitter. Or will the device be capable of both simultaneously. In either case, indicate compliance with the Part 24 EIRP requirements and with the RF safety requirements as appropriate. Indicate the antennas used for mobile operations and indicate the antennas used for fixed operations. These should agree with the manual or corrections will be required. RESPONSE: The device will be operated in the same manner as a fixed cellular or PCS base station. It does not contain a self-contained antenna; therefore we believe it to be exempt from Part 24 EIRP and RF safety requirements. The antennas utilized with the repeater are determined by the end customer, and installed on free standing towers and are not supplied with the unit. A Letter and a revised manual have been uploaded per your e-mail request, clarifying the use of the repeater. 1) Photo’s of both sides of all circuit boards. Please label the RF board. RESPONSE: The digital photographs with descriptions have been uploaded as requested. Photos provided by Frank Bidwell ([email protected] ).

File: R44114 September 6, 2001 Chief, Equipment Authorization Branch, Authorization and Evaluation Division, Office of Engineering and Technology FEDERAL COMMUNICATIONS COMMISSION P.O. Box 358315 Pittsburgh, PA 15251-5315 Gentlemen: The enclosed documents constitute a formal submittal and application for a Grant of Equipment Authorization pursuant to Subpart E of Part 15 of FCC Rules (CFR 47) regarding intentional radiators. Data within this report demonstrates that the equipment tested complies with the FCC limits for intentional radiators. Elliott Laboratories, as duly authorized agent prepared this submittal. A copy of the letter of our appointment as agent is enclosed. If there are any questions or if further information is needed, please contact Elliott Laboratories for assistance. Sincerely, David W. Bare Chief Technical Officer DWB/jls

FULL LAYOUT PCS BLOCK FILTERS CONTROL BOARD INTERFACE BOX

FRONT OF REPEATER SIDE OF REPEATER

FCC ID LABEL LOCATION The label will go on the inside left wall of the box (this is as you look into the box with the door open).

Full Internal Layout Photo

Engineer: jmartinezManufacturer Description Model # Assett # Cal interval Last Calibrated Cal Due Hewlett Packard Spectrum Analyzer, 9KHz - 22GHz 8593EM 1319 12 5/31/01 5/31/02 Engineer: jmartinezManufacturer Description Model # Assett # Cal interval Last Calibrated Cal Due Hewlett Packard Microwave EMI test system (SA40, 30Hz - 40GHz) 84125C 1149 12 2/5/01 2/5/02 Antenna Conducted Emissions, 30-Jul-01 10:06 AMRadiated Emissions, 1 - 20 GHz, 30-Jul-01 10:07 AM File: T43891 Test Equipment (Emissions) 1 of 1

EMC Test Data Model RC1920C FCC 24 & IC-RSS133N/A Environment: Class: EMC Test Data For The Repeater Technologies Repeater Technologies RC1920C Dirk Kieger J43477 T43891 David Bare Job Number: T-Log Number: Proj Eng: Emissions Spec: Immunity Spec: Contact: Client: Model: T-Log: T43891, Rev 0.1CoverPage 1 of 29 EMC Test Data 2 3 1 Modification History Mod. #TestDateModification Contact: Dirk Kieger Immunity Spec: Manufacturer General Description N/A Environment: Class:FCC 24 & IC-RSS133 Client: Model: J43477 T43891 Repeater Technologies RC1920C David Bare Job Number: T-Log Number: Proj Eng: Enter immunity spec on cover RC1920Camplifier Emissions Spec: DescriptionModel Repeater Technologies EUT INFORMATION Serial Number Equipment Under Test The EUT is an repeater amplifier which is designed to be used with base station PCS towers. Normally, the EUT would be placed on a table top during operation. The EUT was, therefore, treated as table-top equipment during testing to simulate the end user environment. The electrical rating of the EUT is 120V, 60 Hz, 12 Amps. The EUT enclosure is primarily constructed of fabricated sheet steel. It measures approximately 35.6 cm wide by 29.2 cm deep by 40.6 cm high. N/A FCC ID EUT Enclosure T-Log: T43891, Rev 0.1EUT DescripPage 2 of 29 EMC Test Data RJ-11Unshielded2 1.5 1.5SerialPCRS-232Shielded DS16XU2225 USBUnterminatedUSBShielded2 HP2225CPrinterZ714S40166 DoC HP5181KeyboardBD05106245 HPM-S34MouseLZS04915643 HPPavilion 7840PCKR10504395 MitsubishiDiamond Plus 91Monitor011A34108 Connected ToShielded or Unshielded None Manufacturer 4xTelephoneUnterminated EUT Port Cable(s) EthernetPCRJ-45Unshielded Length(m)Description ModelDescriptionSerial Number FCC IDModelDescriptionSerial Number DoC DoC DoC Dirk Kieger FCC 24 & IC-RSS133 Enter immunity spec on cover N/A Environment: Class: Client: Model: Repeater Technologies RC1920C J43477 T43891 David Bare Job Number: T-Log Number: Proj Eng: Emissions Spec: Immunity Spec: Contact: Manufacturer Test Configuration #1 A signal generator was used to provide CDMA modulation to EUT, which was set to produce maximum output power. EUT Operation During Emissions Local Support Equipment Remote Support Equipment EUT Interface Ports FCC ID T-Log: T43891, Rev 0.1Test Configuration #1Page 3 of 29 EMC Test Data Client: Contact: Spec: Test Specifics General Test Configuration Ambient Conditions: Summary of Results Result Pass Pass Pass3Conducted Output Power24.232(b) & RSS- 133(6.2) Diversity Mobile (Reverse) antenna 2Conducted Output Power24.232(b) & RSS- 133(6.2) Main Mobile (Reverse) antenna Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 & IC-RSS133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Section 2.1046 & RSS-133 (6.2): RF Power Objective: The objective of this test session is to perform final qualification testing of the EUT with respect to the specification listed above. Date of Test: 6/19/01Config. Used: 1 Test Engineer: jmartinezConfig Change: None Test Location: SVOATS #2EUT Voltage: 120V/60Hz The EUT was located on the turntable for radiated field strength measurements and the local support equipment was located underneath the table. For radiated emissions testing the measurement antenna was located 3 meters from the EUT. Temperature: 23°C Rel. Humidity: 31% Run #Test PerformedLimitComment 1Conducted Output Power24.232(a) & RSS- 133(6.2) Base (Forward) antenna Modifications Made During Testing: No modifications were made to the EUT during testing Deviations From The Standard No deviations were made from the requirements of the standard. T-Log: T43891, Rev 1.0RF PowerPage 4 of 29 EMC Test Data Client: Contact: Spec: Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 & IC-RSS133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Run #1: Conducted Output Power (Base (forward) antenna) Resolution Comments (kHz) 30Plot# 1 30Plot# 218.2 15.2 15.23.0 Measured Value (dBm) 3.0 (dB) Power Output (dBm) 18.2 Corredion factor T-Log: T43891, Rev 1.0RF PowerPage 5 of 29 EMC Test Data Client: Contact: Spec: Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 & IC-RSS133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Note 1: The power output was measured with a 30 kHz resoluation bandwidth. The output power was corrected using the following formula 10 * log (RB 1/ RB 2). RB 1 is the 1 MHz specified Resolution bandwidth and RB 2 is the Resolution bandwidth used for the measurement. 10 * log ( 1MHz / 30 KHz) = 15.2 dB correction. T-Log: T43891, Rev 1.0RF PowerPage 6 of 29 EMC Test Data Client: Contact: Spec: Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 & IC-RSS133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Run #2: Conducted Output Power (Mobile Diversity (Reverse) antenna) Resolution Comments (kHz) 30Plot# 3 Note 1: The power output was measured with a 30 kHz resoluation bandwidth. The output power was corrected using the following formula 10 * log (RB 1/ RB 2). RB 1 is the 1 MHz specified Resolution bandwidth and RB 2 is the Resolution bandwidth used for the measurement. 10 * log ( 1MHz / 30 KHz) = 15.2 dB correction. (dBm)(dB)(dBm) 22.215.237.4 Measured ValueCorredion factorPower Output T-Log: T43891, Rev 1.0RF PowerPage 7 of 29 EMC Test Data Client: Contact: Spec: Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 & IC-RSS133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Run #3: Conducted Output Power (Mobile Main (Reverse) antenna) Resolution Comments (kHz) 30Plot# 4 Note 1: The power output was measured with a 30 kHz resoluation bandwidth. The output power was corrected using the following formula 10 * log (RB 1/ RB 2). RB 1 is the 1 MHz specified Resolution bandwidth and RB 2 is the Resolution bandwidth used for the measurement. 10 * log ( 1MHz / 30 KHz) = 15.2 dB correction. (dBm)(dB)(dBm) 24.715.239.9 Measured ValueCorredion factorPower Output T-Log: T43891, Rev 1.0RF PowerPage 8 of 29 …

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EMC Test Data Model RC1920C FCC 24 E & IC-RSS 133N/A Environment: Class: EMC Test Data For The Repeater Technologies Repeater Technologies RC1920C Dirk Kieger J43477 T43891 David Bare Job Number: T-Log Number: Proj Eng: Emissions Spec: Immunity Spec: Contact: Client: Model: T-Log: T43891, Rev 0.1CoverPage 1 of 25 EMC Test Data 2 3 1 Modification History Mod. #TestDateModification Contact: Dirk Kieger Immunity Spec: Manufacturer General Description N/A Environment: Class:FCC 24 E & IC-RSS 133 Client: Model: J43477 T43891 Repeater Technologies RC1920C David Bare Job Number: T-Log Number: Proj Eng: Enter immunity spec on cover RC1920Camplifier Emissions Spec: DescriptionModel Repeater Technologies EUT INFORMATION Serial Number Equipment Under Test The EUT is an repeater amplifier which is designed to be used with base station PCS towers. Normally, the EUT would be placed on a table top during operation. The EUT was, therefore, treated as table-top equipment during testing to simulate the end user environment. The electrical rating of the EUT is 120V, 60 Hz, 12 Amps. The EUT enclosure is primarily constructed of fabricated sheet steel. It measures approximately 35.6 cm wide by 29.2 cm deep by 40.6 cm high. N/A FCC ID EUT Enclosure T-Log: T43891, Rev 0.1EUT DescripPage 2 of 25 EMC Test Data - EUT SerialLaptop SerialDB9-DB9Shielded3 EUT RF Out #220dB AttenuatorDirect Connection- - EUT RF Out #120dB AttenuatorDirect Connection-- Mini Circuits15542 ZAPD-2-21-3WCombiner0 0124N/A EUT RF InCombiner OutputDirect Connection- HPPavilion 7840PCKR10504395 Connected To Rohde and SchwarzSMIQ O3EPCS Signal GeneratorDE22078 Rohde and SchwarzSMIQ O3EPCS Signal GeneratorDE26557 Shielded or Unshielded None ManufacturerModelDescriptionSerial Number EUT Port Cable(s) Length(m)Description DoC Dirk Kieger FCC 24 E & IC-RSS 133 Enter immunity spec on cover N/A Environment: Class: N/A N/A Client: Model: Repeater Technologies RC1920C J43477 T43891 David Bare Job Number: T-Log Number: Proj Eng: Emissions Spec: Immunity Spec: Contact: Manufacturer Test Configuration #1 FCC IDModelDescriptionSerial Number A signal generator was used to provide CDMA modulation to EUT, which was set to produce maximum output power. EUT Operation During Emissions Local Support Equipment Remote Support Equipment EUT Interface Ports FCC ID T-Log: T43891, Rev 0.1Test Configuration #1Page 3 of 25 EMC Test Data Client: Contact: Spec: Test Specifics General Test Configuration Ambient Conditions: Summary of Results Result Pass Pass2Conducted Output Power24.232(b) & RSS- 133(6.2) Base (Forward) Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 E & IC-RSS 133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Section 2.1046 & RSS-133 (6.2): RF Power Objective: The objective of this test session is to perform final qualification testing of the EUT with respect to the specification listed above. Date of Test: 6/19/2001 & 10/12/2001Config. Used: 1 Test Engineer: jmartinez / Mark BriggsConfig Change: None Test Location: SVOATS #2EUT Voltage: 120V/60Hz The EUT was located on the turntable for radiated field strength measurements and the local support equipment was located underneath the table. A power meter was used to measure both the low and high channels on the Base and mobile channels Temperature: 30°C Rel. Humidity: 14% Run #Test PerformedLimitComment 1Conducted Output Power24.232(a) & RSS- 133(6.2) Main (Reverse) Modifications Made During Testing: No modifications were made to the EUT during testing Deviations From The Standard No deviations were made from the requirements of the standard. T-Log: T43891, Rev 1.0RF PowerPage 4 of 25 EMC Test Data Client: Contact: Spec: Repeater TechnologiesJob Number: J43477 Dirk Kieger FCC 24 E & IC-RSS 133Class: N/A Model: RC1920CT-Log Number: T43891 Proj Eng: David Bare Run #1: Conducted Output Power (Mobile (Reverse)) Output power measured with a HP438A Power Meter and 8481A Sensor Head: BlockFreq (MHz) A1851.25 C1908.75 Correction factor for power meter measurement accounts for attenuator between rf output and power meter Run #2: Conducted Output Power (Base (forward)) Output power measured with a HP438A Power Meter and 8481A Sensor Head: BlockFreq (MHz) A1931.25 C1987.75 Correction factor for power meter measurement accounts for attenuator between rf output and power meter -1.920.018.1Power Meter -2.120.017.9Power Meter (dBm)(dB)(dBm) Measured ValueCorredion factorPower OutputComments 20.420.240.6Power Meter 19.720.039.7Power Meter (dBm)(dB)(dBm) Measured ValueCorredion factorPower OutputComments T-Log: T43891, Rev 1.0RF PowerPage 5 of 25 EMC Test Data Client: Contact: Spec: Test Specifics General Test Configuration Ambient Conditions: Summary of Results Result Pass Pass For this specific test the occupied bandwidth was measured to provide the correct Resolution bandwidth that will be used for the bandedge measurements. This requirement is specified in 24.238(b) and RSS-133 (5.9) & (6.3)(a). Main (Reverse) 24.238(b) & RSS- 133(5.6) Base (Forward) 24.238(b) & RSS- 133(5.6) 2Occupied Bandwidth 1Occupied Bandwidth LimitComment When performing conducted measurements from the EUT’s antenna port, the antenna port of the EUT was connected to the spectrum analyzer or power meter via a suitable attenuator to prevent overloading the measurement system. All measurements are corrected. Modulation must not exceed manufactures stated bandwidth. Temperature: 30°C Rel. Humidity: 14% Because the EUT is an amplifer, input and output plots were made to show that the bandwidth was not altered. By altered we refer to the bandwidth increasing in width. RunTest Performed Section 2.1049 & RSS-133 (5.6): Occupied Bandwidth Objective: The objective of this test session is to perform final qualification testing of the EUT with respect to the specification listed above. Test Location: SVOATS #2EUT Voltage: 120V/60Hz Test Engineer: jmartinez / Mark BriggsConfig Change: None Date of Test: 6/19/2001 & 10/12/2001Conf…

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File: R44114 Page 1 of 16 Electromagnetic Emissions Test Report In Accordance With FCC Part 24 Subpart E on the Two CDMA Channel PCS Repeater Model: RC1920C GRANTEE: Repeater Technologies 1150 Morse Avenue Sunnyvale, CA 94089-1605 TEST SITE: Elliott Laboratories, Inc. 684 W. Maude Ave Sunnyvale, CA 94086 REPORT DATE: September 6, 2001 FINAL TEST DATE: June 19, 2001 AUTHORIZED SIGNATORY: ______________________________ David Bare Chief Technical Officer This report shall not be reproduced, except in its entirety, without the written approval of Elliott Laboratories, Inc. Elliott Laboratories, Inc. -- EMC Department Test Report Report Date: September 6, 2001 File: R44114 Page 2 of 16 Pages TABLE OF CONTENTS COVER PAGE..................................................................................................................................................................................1 TABLE OF CONTENTS...............................................................................................................................................................2 FCC CERTIFICATION INFORMATION.................................................................................................................................. 3 SCOPE.............................................................................................................................................................................................5 OBJECTIVE...................................................................................................................................................................................5 EMISSION TEST RESULTS .......................................................................................................................................................6 SECTION 2.1046: RF POWER OUTPUT................................................................................................................................6 SECTION 2.1047: MODULATION CHARACTERISTICS.................................................................................................. 6 Section 2.1047(a): Voice Modulated Communication Equipment (300 – 3000 Hz)............................................6 Section 2.1047 (c) Single sideband and independent sideband radiotelephone transmitters which employ a device or circuit to limit peak envelope power.............................................................................................................6 Section 2.1047(b): Equipment which employs modulation limiting........................................................................6 Section 2.1047 (d) Other types of equipment................................................................................................................6 SECTION 2.1049: OCCUPIED BANDWIDTH......................................................................................................................7 SECTION 2.1051: SPURIOUS EMISSION AT ANTENNA TERMINAL..........................................................................7 SECTION 2.1053: FIELD STRENGTH OF SPURIOUS RADIATION................................................................................8 SECTION 2.1055: FREQUENCY STABILITY........................................................................................................................8 TEST SITE......................................................................................................................................................................................9 GENERAL INFORMATION....................................................................................................................................................9 CONDUCTED EMISSIONS CONSIDERATIONS................................................................................................................9 RADIATED EMISSIONS CONSIDERATIONS....................................................................................................................9 MEASUREMENT INSTRUMENTATION................................................................................................................................10 RECEIVER SYSTEM...............................................................................................................................................................10 INSTRUMENT CONTROL COMPUTER............................................................................................................................10 POWER METER......................................................................................................................................................................10 FILTERS/ATTENUATORS...................................................................................................................................................10 ANTENNAS............................................................................................................................................................................10 ANTENNA MAST AND EQUIPMENT TURNTABLE....................................................................................................11 INSTRUMENT CALIBRATION...........................................................................................................................................11 TEST PROCEDURES.................................................................................................................................................................12 Section 2.1047, 2.1049, and 2.1051: CONDUCTED EMISSIONS AT THE ANTENNA PORT...........................12 Section 2.1046: RF OUTPUT POWER..........................................................................................................................12 Section 2.1047: MODULATION CHARACTERISTICS...............................................................................................13 Section 2.1047 (d) Other types of equipment....................................…

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Elliott Laboratories, Inc. -- EMC Department Test Report Report Date: September…

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