AS5CMP-47PCS Base Station Transceiver

APPLICANT: Lucent Technologies EXHIBIT 2 FCC ID: AS5CMP-47 EXHIBIT 2 Section 2.1033 (c)(1, 2, 4-7) INFORMATION OF MANUFACTURER, APPLICANT, IDENTIFIER, EMISSION TYPES, FREQUENCY RANGE, OPERATING POWER RANGE AND MAXIMUM POWER RATING Section 2.1033 (c)(1) NAME AND ADDRESS OF MANUFACTURER AND APPLICANT The full name and mailing address of the manufacturer of the device and the applicant for certification Response Manufacturer: Lucent Technologies, Inc. Columbus Manufacturing Facility 6200 E. Broad Street, Columbus, OH 43213 Applicant: Lucent Technologies, Inc. 101 Crawfords Corner Road, Holmdel, NJ 07733 Attention: Cynthia S. Donovan Section 2.1033 (c)(2) FCC IDENTIFIER Response FCC Identifier: AS5CMP-47. Section 2.1033(c)(4) TYPE OR TYPES OF EMISSION Response 1M25F9W. Section 2.1033(c)(5) FREQUENCY RANGE Response Transmit: 1930.0 – 1990.0 MHz. Receive: 1850.0 – 1910.0 MHz. Section 2.1033(c)(6) OPERATING POWER RANGE AND ADJUSTMENT Range of operating power values or specific operating power levels, and description of any means provided for variation of operating power. Response The AS5CMP-47 SBCBR is capable of producing CDMA RF carriers at a power level of from –20dBm (10nW) minimum up to +14dBm (25.12 mW) maximum per carrier at the SBCBR transmit terminal. The carrier output power level is adjustable digitally either with software in 0.1~2 dB steps over 35 dB range or manually through the pushbuttons located on the faceplate in 0.1 dB steps in a range from –3 dB to +2 dB. Page 1 of 2 APPLICANT: Lucent Technologies EXHIBIT 2 FCC ID: AS5CMP-47 Section 2.1033(c)(7) MAXIMUM POWER RATING Maximum power rating as defined in the applicable part(s) of the rules. Response The maximum mean power rating of the AS5CMP-47 SBCBR is 14dBm (25.12 mW) per carrier. The SBCBR can transmit only one carrier. When the SBCBRs are operated in the Flexent  PCS Modular Cell 3.0 system which incorporates the PCS Linear Amplifier Module Model k (kLAM) which was certified under FCC ID: AS5ONEBTS-02, the maximum rated mean power at the transmitting antenna terminal is 20 Watts (43dBm) per carrier with AOC (Aggregate Overload Control) for single-carrier application and is 60 Watts per sector with AOC for multi-carrier application. When the SBCBRs are used in the Flexent  PCS Modular Cell 1.0 and 2.0 systems which are mainly equipped with PCS Ultra Linear Amplifier Module (ULAM, AS5CMP-36), the maximum rated mean power at the transmitting antenna terminal is same as in the PCS Modular Cell 3.0 system. Page 2 of 2

APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 EXHIBIT 9 Section 2.1033 (c)(12) PHOTOGRAPHS OF THE EQUIPMENT Photographs (8 x 10) of the equipment of sufficient clarity to reveal equipment construction and layout, including meters, if any, and labels for controls and meters and sufficient views of the internal construction to define component placement and chassis assembly. Insofar as these requirements are met by photographs or drawings contained in instruction manuals supplied with the certification request, additional photographs are necessary only to complete the required showing. Response The following pages contain the required photographs of the AS5CMP-47 SBCBR transceiver, subject of this application, showing the board layout and component placement. Seven photos in total were submitted, which include: 1) Front View of SBCBR, 2) Rear View of SBCBR, 3) Circuit Board Component Side View of SBCBR, 4) Circuit Board Wiring Side View of SBCBR, 5) Circuit Board Component Side View with Shielding Cover Removed and 6) Front View of 1900 Modular Cell 3.0 with Door Open. Page 1 of 7 APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 2 of 7 22 cm AS5CMP-47 SBCBR Transceiver Front View 3.8 cm APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 AS5CMP-47 SBCBR Transceiver Rear View Page 3 of 7 APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 4 of 7 Front: Faceplate Rear 37.4 cm AS5CMP-47 SBCBR Transceiver Circuit Board Component Side View APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 5 of 7 AS5CMP-47 SBCBR Transceiver Circuit Board Wiring Side View Front Rear APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 6 of 7 AS5CMP-47 SBCBR Transceiver Circuit Board Component Side View With Shielding Cover Removed APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Front View of Flexent 1900 Modular Cell 3.0 with Door Open AS5CMP-47 SBCBR Page 7 of 7

APPLICANT: Lucent Technologies EXHIBIT 8 FCC ID: AS5CMP-47 EXHIBIT 8 Section 2.1033 (c)(11) EQUIPMENT IDENTIFICATION LABEL A photograph or drawing of the equipment identification plate or label showing the information to be placed thereon. Response The equipment label to be affixed to the AS5CMP-47 BNJ61 SBCBR transceiver will contain the following information. The engineering drawing of the label is attached to this exhibit. The photo showing the label placement is given in this exhibit as well. Lucent Technologies AUTOPLEX Transceiver PART NO: BNJ61 FCC ID: AS5CMP-47 LEFT SIDE FRONT REAR Page 1 of 3 APPLICANT: Lucent Technologies EXHIBIT 8 FCC ID: AS5CMP-47 Photograph of Label Placement The front and left side view of the AS5CMP-47 SBCBR transceiver is attached here. AS5CMP-47 Label Placement Page 3 of 3

APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 EXHIBIT 9 Section 2.1033 (c)(12) PHOTOGRAPHS OF THE EQUIPMENT Photographs (8 x 10) of the equipment of sufficient clarity to reveal equipment construction and layout, including meters, if any, and labels for controls and meters and sufficient views of the internal construction to define component placement and chassis assembly. Insofar as these requirements are met by photographs or drawings contained in instruction manuals supplied with the certification request, additional photographs are necessary only to complete the required showing. Response The following pages contain the required photographs of the AS5CMP-47 SBCBR transceiver, subject of this application, showing the board layout and component placement. Seven photos in total were submitted, which include: 1) Front View of SBCBR, 2) Rear View of SBCBR, 3) Circuit Board Component Side View of SBCBR, 4) Circuit Board Wiring Side View of SBCBR, 5) Circuit Board Component Side View with Shielding Cover Removed and 6) Front View of 1900 Modular Cell 3.0 with Door Open. Page 1 of 7 APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 2 of 7 22 cm AS5CMP-47 SBCBR Transceiver Front View 3.8 cm APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 AS5CMP-47 SBCBR Transceiver Rear View Page 3 of 7 APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 4 of 7 Front: Faceplate Rear 37.4 cm AS5CMP-47 SBCBR Transceiver Circuit Board Component Side View APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 5 of 7 AS5CMP-47 SBCBR Transceiver Circuit Board Wiring Side View Front Rear APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Page 6 of 7 AS5CMP-47 SBCBR Transceiver Circuit Board Component Side View With Shielding Cover Removed APPLICANT: Lucent Technologies EXHIBIT 9 FCC ID: AS5CMP-47 Front View of Flexent 1900 Modular Cell 3.0 with Door Open AS5CMP-47 SBCBR Page 7 of 7

APPLICANT: Lucent Technologies EXHIBIT 4 FCC ID: AS5CMP-47 EXHIBIT 4 Section 2.1033 (c)(8) DC VOLTAGES AND CURRENTS The dc voltage applied to and dc currents into the several elements of the final radio frequency amplifying device for normal operation over the power range. Response The dc currents into and dc voltage applied to the final radio frequency amplifier in the SBCBR for normal operation are 210 mA and 10V which is generated from a 15V supply voltage through a voltage regulator. Section 2.1033 (c)(9) TUNE-UP PROCEDURE Turn-up procedure over the power range, or at specific operating power levels. Response The SBCBR transceiver does not have user tune-up procedures for various power levels. The only available power adjustment for the user is through the push button located on the faceplate of the SBCBR transceiver, which allows the SBCBR transceiver to operate at the proper power level. Page 1 of 1

APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 EXHIBIT 11 TEST REPORT This test report presents the measurement data required by the Commission for certifying the AS5CMP-47 SBCBR PCS transceiver, subject of this application. All the testing was performed during the period of April 28~June 22, 2004. The measurement results have demonstrated the AS5CMP-47 SBCBR transceiver is in full compliance with the Rules of the Commission. For some of the required measurements where FCC Parts 2 and 24 did not give specific requirements, TIA/EIA-97-D’s requirements were used in the report, which are almost identical to the 3GPP2 C.S0010-A v1.0’s requirements. Page 1 of 22 APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 SUBEXHIBIT 11.1 Section 2.1033 (c)(14) REQUIRED MEASUREMENT DATA The required measurement data is presented in the following exhibits as follows: SUBEXHIBIT 11.2 Section 2.1046 Measurements Required: RF Power Output SUBEXHIBIT 11.3 Section 2.1047 Measurements Required: Modulation Characteristics SUBEXHIBIT 11.4 Section 2.1049 Measurements Required: Occupied Bandwidth SUBEXHIBIT 11.5 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminals SUBEXHIBIT 11.6 Section 2.1053 Measurements Required: Field Strength of Spurious Radiation SUBEXHIBIT 11.7 Section 2.1055 Measurements Required: Frequency Stability SUBEXHIBIT 11.8 Section 2.947 Listing of Test Equipment Used Page 2 of 22 APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 SUBEXHIBIT 11.2 Section 2.1046 MEASUREMENT REQUIRED: RF POWER OUTPUT This test is a measurement of the RF power level transmitted at the AS5CMP-47 SBCBR output terminal, as shown in the accompanying test set-up diagram. The SBCBR was first tuned to Channel 550 at 1957.50 MHz, which is the approximate mid channel of the PCS Frequency Band (1930 – 1990 MHz). The mean power level at its output terminal was set to approximately +14dBm. Then the carrier was tuned to other channels across the PCS Band without adjusting the power level and the corresponding mean RF output power level was measured. All the carriers were configured with a combination of Pilot, Sync, Paging and Traffic channels. The Pilot/Sync/Page channels were set up according to the recommended test model for base stations given in TIA/EIA-97-D (Section 6), as shown in the following table. The SBCBR does not have transmit diversity. Table 11.2.1. Base Station Test Model, Nominal Type Number of Channels Fraction of Power (linear) Fraction of Power (dB) Comments Pilot 1 0.2000 -7.0 Walsh 0 Sync 1 0.0471 -13.3 Walsh 32, always 1/8 rate Paging 1 0.1882 -7.3 Walsh 1, full rate only Traffic 6 0.09412 each -10.3 each Variable Walsh assignments, full rate only The channels that were measured are tabulated in the following table: Table 11.2.2. Results of RF Power Output PCS Channel Number PCS Frequency (MHz) PCS Frequency Block J1 Output (dBm) 25 1931.25 A (Low) 13.86 150 1937.50 A (Mid) 13.90 275 1943.75 A (High) 13.90 325 1946.25 D (Low) 13.90 350 1947.50 D (Middle) 13.95 375 1948.75 D (High) 13.94 425 1951.25 B (Low) 14.03 550 1957.50 B (Mid) 14.00 675 1963.75 B (High) 14.02 725 1966.25 E (Low) 13.89 750 1967.50 E (Middle) 13.85 775 1968.75 E (High) 13.83 825 1971.25 F (Low) 13.66 850 1972.50 F (Middle) 13.67 875 1973.75 F (High) 13.60 925 1976.25 C (Low) 13.49 1050 1982.50 C (Mid) 13.24 1175 1988.75 C (High) 13.51 Page 3 of 22 APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 Power measurements were made with a Giga-tronics 8542C Universal Power Meter with 80621A Power Sensor (0.01 – 18 GHz) in the average mode. The test set-up for conducting the RF power output measurement from the SBCBR is shown in the following figure. Before the testing was started, the Base Station was given a sufficient “warm-up” period as required. The measured results are given in the above table. It can be seen from the above table that all the mean RF power outputs measured across the PCS Frequency Band are within ±1 dB of the rated maximum power output +14.0 dBm. Results: The RF power outputs of the SBCBR across the PCS Frequency Band 1930.0 – 1990 MHz are in full compliance with the Rules of the Commission. Page 4 of 22 APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 FIGURE 11.2.1 TEST SET-UP FOR MEASUREMENT OF RADIO FREQUENCY POWER OUTPUT 15 MHz CDMA 1900 Modular Cell 3.0 Giga-tronic 8542C Power Meter with 80621A Power Sensor Time & Frequency Unit & Oscillator Module SBCBR AS5CMP-47 Page 5 of 22 APPLICANT: Lucent Technologies EXHIBIT 11 FCC ID: AS5CMP-47 SUBEXHIBIT 11.3 Section 2.1047 MEASUREMENT REQUIRED: MODULATION CHARACTERISTICS The SBCBR utilizes digital QPSK modulation. The modulation accuracy measures the ability of the transmitter to generate the ideal signal which is defined by the waveform quality. The waveform quality is measured by determining the normalized correlated power between the actual waveform and the ideal waveform. TIA/EIA-97D, Section 4.2.2.3, requires the normalized cross correlation coefficient ρ shall be greater than 0.912. The modulation accuracy measurements were performed with a carrier configured with the forward pilot channel only. The measurements were made at the output terminal of the SBCBR for the following six channels. Table 11.3.1 Channels and Carrier Frequencies Measured for Modulation Accuracy Channel No. Frequency (MHz) Cellular Frequency Band 25 1931.25 A (L) 350 1947.50 D (M) 675 1963.75 B (H) 750 1967.50 E (M) 850 1972.50 F (M) 1175 1988.75 C (H) At each of the above six frequencies, the carrier power level was adjusted to the rated maximum mean power +14 dBm at the output terminal of the SBCBR. The measurements were performed with an Agilent E4440A PSA Spectrum Analyzer which was calibrated in accordance with ISO 9001 process. The test set-up diagram is given in the Figure 11.3.1, where the Agilent E4440A PSA Spectrum Analyzer used the external signals from the base station as its trigger source and time reference…

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