AS5CMP-32Cellular Base Station Transceiver

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 1 Section 2.911(d) CERTIFICATION OF BASE STATION EQUIPMENT June 14, 1999 To Whom It May Concern: This is to certify that the FLEXENT Cellular Dual Radio Module (CDRM), TDMA base station transceiver manufactured by Lucent Technologies under FCC ID: AS5CMP-32, was designed and developed in accordance with the guidelines of TIA/EIA/IS-136.2-A (October 1996): TDMA Cellular/PCS – Radio Interface – Mobile Station – Base Station Compatibility – Traffic Channels and FSK Control Channel; and of TIA/EIA/IS-138-A (July 1996): TDMA Cellular/PCS – Radio Interface – Minimum Performance Standards for Base Stations. The CDRM is also compliant with the requirements of the Code of Federal regulations (CFR), Title 47, Part 22, Subpart H – Cellular Radiotelephone Service. R. J. Pillmeier Technical Manager Certification Test Group Section 2.911(d) QUALIFICATION OF ENGINEERS Mr. Michael P. Farina, Member of Technical Staff, has been an employee of Lucent Technologies (formerly AT&T Corp.) since August 1960. In addition to his numerous prior submittals to the Commission, he has extensive experience in the development and testing of a variety of telecommunications products, many requiring compliance with Underwriters Laboratories Standards. He has also made numerous prior submittals to Industry Canada, Certification and Engineering Bureau, for Radio equipment Certification. His qualifications are further supported by his advanced academic experience (MSEE). R. J. Pillmeier Technical Manager Certification Test Group Section 2.911(d) CERTIFICATION OF TECHNICAL TEST DATA I hereby certify that the technical test data are the results of tests either performed or supervised by me. Michael P. Farina Member of Technical Staff Certification Test Group

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 2 Human Exposure Compliance Statement After evaluation of this equipment by the Lucent Technologies “Radiation Protection Services” staff, Lucent Technologies certifies that it complies with IEEE C95.1-1991, “IEEE Standards for Safety Levels with Respect to Human Exposure to Radio Frequency Electronic Fields, 3 kHz to 300 GHz” as measured using methods specified in IEEE C95.3-1991, “Recommended Practice for the Measurement of Potentially Hazardous Electromagnetic Fields – RF and Microwave”. In recognition of the variation of characteristics from site to site, this certification is based on the measurement of any particular site, which has been installed in compliance with the installation instructions supplied with the equipment.

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 22 EQUIPMENT BLOCK DIAGRAM FLEXENT Cellular TDMA Microcell J41698B-1 Cellular Multi Carrier Linear Amplifier AS5CMP-33 Simplex Transmit Bandpass Filter Back Plane 5 CDRMs AS5CMP-32 PCU TOMTRC AC Power 115 Vac ∼ Tx/Rx0 Antenna TOM: TDMA Oscillator Module TRC: TDMA Radio Controller PCU: Power Conversion Unit CDRM: Cellular TDMA Dual Radio Module Transceiver LNA: Low Noise Amplifier (receive) I/O Module LNA Rx1 Antenna Rx0 Antenna Primary Distribution Cabinet

Lucent Technologies Inc. 67 Whippany Road Whippany, NJ 07981 June 14, 1999 Office of Engineering and Technology Authorization and Evaluation Division Equipment Authorization Branch 7435 Oakland Mills Road Columbia, Maryland 21046 Re: Application for Certification of FCC ID: AS5CMP-32 Dear Examiner: In accordance with Parts 2 and 22 of the Commission’s Rules and Regulations, we are submitting herewith statements and supporting data to show compliance with the requirements of the Commission for certification of the Lucent Technologies FLEXENT Cellular Dual Radio Module (CDRM), Part No. 44WR54, under FCC ID: AS5CMP-32. The CDRM transceiver utilizes Time Domain Multiple Access (TDMA) technology, using the standard π/4 DQPSK modulation for 3 time slots. The CDRM can transmit 1 or 2 carriers; each carrier can be tuned independently across the Cellular Frequency Band 869.04 - 893.97 MHz with individual power level control, under external software control. This transceiver was designed to operate in the FLEXENT Cellular TDMA Microcell J41698B-1 base station equipment frame, in combination with the Cellular Multi Carrier Linear Amplifier (CMCLA), Part No. 44WA29, which will be filed separately under AS5CMP-33, and with Simplex A-Band and B-Band transmit bandpass filters. The data summarized below is in the form presently used by the Commission’s Radio Equipment List, Equipment Acceptable for Licensing. ManufacturerLucent Technologies, Columbus, Ohio Equipment IdentificationAS5CMP-32 Rules Part NumberPart 22, Subpart H – Cellular Radiotelephone Service Frequency RangeTransmit 869.04 - 893.97 MHz Receive 824.04 - 848.97 MHz Output Power+ 15.5 dBm (36 mW) per carrier maximum to – 41.0 dBm per carrier minimum Frequency Tolerance± 1.5 ppm Emission Designator40K0GXW The CDRM transceiver, under AS5CMP-32, was designed in accordance with the guidelines of TIA/EIA/IS-136.2-A (October 1996): TDMA Cellular/PCS – Radio Interface – Mobile Station – Base Station Compatibility – Traffic Channels and FSK Control Channel; and TIA/EIA/IS-138-A (July 1996): TDMA Cellular/PCS – Radio Interface – Minimum Performance Standards for Base Stations. 2 Attached are the FCC Form 731 (Application for Equipment Authorization – Radio Frequency Devices) and the required measurement data and exhibits. These exhibits contain the technical requirements, and the required statements and documents for equipment authorization. The technical contact at Lucent Technologies will comply with any request for additional information should the need arise. Lucent Technologies has requested that the following exhibits be considered confidential: Exhibit 4 FLEXENT TDMA Microcell: Operation, Administration, and Maintenance Manual Exhibit 6 Schematic Diagrams Exhibit 7 Description of Circuitry for Determing and Stabilizing Frequency Exhibit 9 Description of Circuitry for Limiting Modulation and Limiting Power The letter of request is attached and the required fees are submitted as required for electronic filing. Sincerely, R. J. Pillmeier Technical Manager Certification Test Group Att. Transmitter Certification Report

Lucent Technologies Inc. 67 Whippany Road Whippany, NJ 07981 June 14, 1999 Office of Engineering and Technology Authorization and Evaluation Division Equipment Authorization Branch 7435 Oakland Mills Road Columbia, Maryland 21046 Re: REQUEST FOR CONFIDENTIALITY for FCC ID: AS5CMP-32 Dear Examiner: On behalf of Lucent Technologies, I hereby request that the following exhibits, included in the Application for Certification for FCC ID: AS5CMP-32, be maintained as confidential information and not be made available for public inspection at any time. Exhibit 4 FLEXENT TDMA Microcell: Operation, Administration, and Maintenance Manual Exhibit 6 Schematic Diagrams Exhibit 7 Description of Circuitry for Determing and Stabilizing Frequency Exhibit 9 Description of Circuitry for Limiting Modulation and Limiting Power These exhibits contain Lucent Technologies proprietary information that is considered to be trade secrets, with possible patents pending, and the property of Lucent Technologies, pursuant to the provisions of Part 0.457(d) of the Commission’s Rules. The FLEXENT TDMA Microcell Operation, Administration, and Maintenance Manual, included in Exhibit 4, is not furnished to the user, except under very exceptional and very limited circumstances. This manual contains highly proprietary circuit, equipment and architecture descriptions that must not be made available for public inspection. The cover/title page is explicitly labeled “Unpublished and Not for Publication”. A copy is included in the electronic folder labeled confidential. Thank you for your consideration in this matter. Sincerely, Michael P. Farina Member of Technical Staff Certification Test Group Phone: 973-386-4344 FAX: 973-386-5384

1 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT FLEXENT Cellular TDMA Microcell J41698B-1: Front and Right Side View . 2 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT FLEXENT Cellular TDMA Microcell J41698B-1: Interior View 3 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT FLEXENT Cellular TDMA Microcell J41698B-1: Interior View Showing Radio Shelf and TOM 4 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT FLEXENT Cellular TDMA Microcell J41698B-1: Interior View Showing Simplex Transmit Bandpass Filter 5 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. FLEXENT Cellular TDMA Microcell J41698B-1: Primary Distribution Cabinet 6 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. FLEXENT Cellular TDMA Microcell J41698B-1: Primary Distribution Cabinet Interior View 7 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. Cellular TDMA Dual Radio Module 44WR54: Front and Left Side View 8 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. Cellular TDMA Dual Radio Module 44WR54: Front and Left Side View Showing Label Placement AS5CMP-32 Label Placement 9 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. Cellular TDMA Dual Radio Module 44WR54: Circuit Board View 10 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. Cellular TDMA Dual Radio Module 44WR54: Rear and Left Side View 11 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. FLEXENT TDMA Oscillator Module (TOM) 12 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 11 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. FLEXENT TDMA Oscillator Module (TOM): Circuit Board View 13

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 10 Section 2.1033 (c)(11) EQUIPMENT IDENTIFICATION LABEL. The equipment label to be affixed to the FLEXENT Cellular TDMA Dual Radio Module transceiver, 44WR54, will contain the following information. The engineering drawing of the label is attached to this exhibit. Lucent Technologies FLEXENT Transceiver PART NO: 44WR54 FCC ID: AS5CMP-32 Dual Radio Module transceiver 44WR54 flfl REAR LEFT SIDE FRONT ‡‡ APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 10 Engineering Drawing of the equipment label to be displayed on the Cellular TDMA Dual Radio Module (CDRM) 44WR54, FCC ID: AS5CMP-32. APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 10 Section 2.1033 (c)(12): PHOTOGRAPHS OF THE EQUIPMENT. LABEL PLACEMENT FLEXENT Cellular TDMA Dual Radio Module Transceiver: Front and Left Side View AS5CMP-32 Label Placement

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 TABLE OF CONTENTS Exhibit 1Section 2.911(d)Qualifications and Certifications Exhibit 2PCS Requirement Human Exposure Compliance Statement Exhibit 3Section 2.1033(c)(1,2,4-7)Manufacturer , Applicant , Identifier, Emission, Frequency Range, Operating Power Values and Maximum Power Rating Exhibit 4Section 2.1033(c)(3)Installation and Operating Instructions ‡‡ CONFIDENTIAL CONFIDENTIAL Exhibit 5Section 2.1033(c)(8-9)DC Voltages and Currents; Tune-up Procedure Exhibit 6Section 2.1033(c)(10)Schematic Diagrams ‡‡ CONFIDENTIAL CONFIDENTIAL Exhibit 7Section 2.1033(c)(10)Description of Circuitry for Determining and Stabilizing CONFIDENTIALFrequency ‡‡ CONFIDENTIAL Exhibit 8Section 2.1033(c)(10)Description of Circuitry and Devices for Suppression of Spurious Radiation Exhibit 9Section 2.1033(c)(10)Description of Circuitry and Devices for Limiting Modulation, CONFIDENTIALand for Limiting Power. ‡‡ CONFIDENTIAL Exhibit 10Section 2.1033(c)(11)Equipment Identification Label. Exhibit 11Section 2.1033(c)(12)Photographs of the Equipment Exhibit 12Section 2.1033(c)(13)Description of the Digital Modulation System Exhibit 13Section 2.1033(c)(14)Required Measurement Data Exhibit 14Section 2.1046Measurements Required: RF Power Output Exhibit 15Section 2.1047Measurements Required: Modulation Characteristics Exhibit 16Section 2.1049Measurements Required: Occupied Bandwidth Exhibit 17Section 2.1051Measurements Required: Spurious Emissions at Antenna Terminal Exhibit 18Section 2.1053Measurements Required: Field Strength of Spurious Radiation Exhibit 19Section 2.1055Measurements Required: Frequency Stability Exhibit 20Special TestMeasurements Required: Two-Tone Intermodulation Product Suppression Exhibit 21Section 2.947(d)Listing of Test Equipment Used Exhibit 22Equipment Block Diagram

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 14 Section 2.1046 Measurement s Required: RF Power Output This test procedure is a measurement of the single channel RF power transmitted at the Cellular TDMA Dual Radio Module (CDRM) output terminal as shown in the accompanying test set-up diagram. In accordance with TIA/EIA/IS-138-A (July 1996): TDMA Cellular/PCS – Radio Interface – Minimum Performance Standards for Base Stations, Section 3.2, the power level shall be maintained within +1 to –3 dB of the nominal rated single channel value across the Cellular Frequency Band 869.04 – 893.97 MHz. A single channel was tuned to the approximate center frequency Channel 400 at 882.00 MHz, and the power level set to approximately +15.5 dBm at the CDRM Tx terminal. The carrier was then tuned to consecutive frequencies across the the Cellular Band, in 50 MHz steps, and the corresponding power level measured. Measurements were made at the CDRM output terminal at the backplane which has a nominal 13 dB attenuation. Cellular Ch. No. Frequency MHz CDRM Output at Backplane dBm CDRM Output = Backplane Output + 13 dB dBm 991869.042.43+15.43 1023870.002.41+15.41 50871.502.38+15.38 100873.002.36+15.36 150874.502.36+15.36 200876.002.39+15.39 250877.502.44+15.44 300879.002.47+15.47 350880.502.49+15.49 400882.002.50+15.50 450883.502.46+15.46 500885.002.39+15.39 550886.502.32+15.32 600888.002.28+15.28 650889.502.21+15.21 700891.002.18+15.18 716891.482.16+15.16 750892.502.12+15.12 799893.972.01+15.01 Results: Power measurements were made with a Hewlett-Packard E4419A, EPM Series Power Meter and an HP ECP-E18A CW Power Sensor. All measurements are within the required +1 to –3 dB of the rated +15.5 dBm maximum power output across the Cellular Frequency Band. APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 14 Test set-up for measuring the power output from the Cellular TDMA Dual Radio Module transceiver. FLEXENT Cellular TDMA Microcell J41698B-1 TOM: TDMA Oscillator Module TRC: TDMA Radio Controller PCU: Power Conversion Unit CDRM: Cellular TDMA Dual Radio Module LISN: Line Impedance Stabilization Network Simplex Bandpass Transmit Filter Cellular Multi Carrier Linear Amplifier (CMCLA) AS5CMP-33 Backplane Nominal 13 dB Attenuation RF Out +15.5 dBm CDRM AS5CMP-32 TOM TRC PCU HP E4419A EPM Series Power Meter LISN AC Utility Power Line 115Vac Primary Distribution Cabinet

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 15 Section 2.1047 Measurements Required: Modulation Characteristics The TDMA modulation utilized by the Cellular TDMA Dual Radio Module (CDRM), 44WR54, is the standard π/4 differentially encoded quadrature phase shift keying (π/4 DQPSK). The modulation accuracy measurements were performed with all 3 TDMA time slots modulated with a pseudo-random bit stream. Measurements were made at the CDRM output terminal on the backplane, with CDRM tuned to: 1) the lowest settable Cellular channel, A-Band Ch 991 869.04 MHz; 2) mid Cellular Band Ch 400 882.00 MHz; and 3) the highest settable Cellular channel B-Band Ch 799 893.97 MHz. The required modulation accuracy is specified in TIA/EIA/IS-138-A, July 1996, Section 3.3.2 Digital. The “minimum standard”, or limitation, is stated that the RMS error vector magnitude shall be less than 12.5%. Measurements were made with a Rohde & Schwarz Spectrum Analyzer 20 Hz to 26.5 GHz FSEM, Model 1079.8500.30, calibrated as required for ISO-9001 compliance. The measurement results and test set-up block diagram are included. RESULTS: The measurement data below demonstrates that the Cellular TDMA Dual Radio Module (CDRM), 44WR54, is in full compliance with the modulation accuracy requirements specified in TIA/EIA/IS-138-A. The error vector magnitude is less than 12.5% across the Cellular Frequency Band 869.04 – 893.87 MHz. Modulation Accuracy: Cellular TDMA Dual Radio Module (CDRM), 44WR54, output tuned to A-Band Channel 991, 869.04 MHz Error Vector Magnitude = 1.62% rms APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 15 CDRM400 Modulation Accuracy: Cellular TDMA Dual Radio Module (CDRM), 44WR54, output tuned to Mid Band Channel 400, 882.00 MHz Error Vector Magnitude = 1.52% rms CDRM799 Modulation Accuracy: Cellular TDMA Dual Radio Module (CDRM), 44WR54, output tuned to B-Band Channel 799, 893.97 MHz Error Vector Magnitude = 1.81% rms APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 15 Test set-up for measuring the modulation accuracy of the Cellular TDMA Dual Radio Module transceiver. FLEXENT Cellular TDMA Microcell J41698B-1 Simplex Transmit Bandpass Filter Cellular Multi Carrier Linear Amplifier (CMCLA) AS5CMP-33 Backplane Nominal 13 dB Attenuation RF Out +15.5 dBm CDRM AS5CMP-32 TOM TRC PCU Rohde & Schwarz Spectrum Analyzer FSEM 20 Hz – 26.5 GHz AC Utility Power Line 115Vac LISN TOM: TDMA Oscillator Module TRC: TDMA Radio Controller PCU: Power Conversion Unit CDRM: Cellular TDMA Dual Radio Module transceiver LISN: Line Impedance Stabilization Network Primary Distribution Cabinet

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 16 Section 2.1049 Measurements Required: Occupied Bandwidth In compliance with Section 2.1049(h), a single TDMA carrier was modulated by a pseudo-random data bit stream for all 3 time slots, and the Cellular TDMA Dual Radio Module (CDRM) output power level set to approximately +15.5 dBm at it’s output terminal. The occupied bandwidth measurements were made at the CDRM transmit terminal on the backplane and with CDRM tuned to: 1) the lowest settable Cellular channel, A-Band Ch 991 869.04 MHz; 2) mid Cellular Band Ch 400 882.00 MHz; and 3) the highest settable Cellular channel B-Band Ch 799 893.97 MHz The occupied bandwidth limitations and emission mask for a 30 kHz TDMA carrier, i.e., digital transceiver, is specified in Part 22.917(d)(1-3) as: Displacement from the Carrier Center Frequency Required Attenuation Below the Carrier Greater than 20 kHz up to 45 kHzAt least 26 dBc Greater than 45 kHz up to 90 kHzAt least 45 dBc Greater than 90 kHz up to 1 st harmonicAt least 60 dBc Or 43 + 10 log (Carrier Power in Watts) dBc Or whichever is the lesser attenuation Part 22.917 specifies that the measurement instrumentation resolution bandwidth be set to 300 Hz for displacements from the carrier center frequency equal to or less than 60 kHz. For the 30 kHz TDMA carrier, the spectrum analyzer resolution bandwidth was set to 300 Hz. The standard measurement procedure is to align the center of the carrier with the top of the spectrum analyzer display reticle (i.e., 0 dBm) and reference the required “attenuation below the carrier” (dBc) to the 0 dBm reference. Attenuation below the carrier is then read directly off the 0 dBm to -110 dBm scale. Using the 300 Hz resolution bandwidth requires displacing (offsetting) the 30 kHz modulated carrier from the 0 dBm reference line by: 10 log (carrier bandwidth/instrumentation resolution bandwidth) 10 log (30 kHz/300 Hz) = 20 dB offset APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 16 RESULTS: The attached occupied bandwidth plots demonstrate full compliance with the requirements of Part 22.917 for the cellular frequencies specified above. At each test frequency, the carrier was well within the required emission mask; the Cellular TDMA Dual Radio Module (CDRM), 44WR54, demonstrated full compliance with Part 22.917 for occupied bandwidth requirements. Test set-up for measuring the occupied bandwidth of the Cellular TDMA Dual Radio Module transceiver. FLEXENT Cellular TDMA Microcell J41698B-1 Simplex Transmit Bandpass Filter Cellular Multi Carrier Linear Amplifier (CMCLA) AS5CMP-33 Backplane Nominal 13 dB Attenuation RF Out +15.5 dBm CDRM AS5CMP-32 TOM TRC PCU HP 8495B Attenuator/70 dB variable HP 8494B Attenuator/11 dB variable Rohde & Schwarz EMI Test Receiver ESMI 20 Hz – 26.5 GHz LISN AC Utility Power Line 115Vac TOM: TDMA Oscillator Module TRC: TDMA Radio Controller PCU: Power Conversion Unit CDRM: Cellular TDMA Dual Radio Module transceiver LISN: Line Impedance Stabilization Network Primary Distribution Cabinet APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 16 OCCUPIED BANDWIDTH PLOTS: Cellular A-Band: Lower Edge Channel Channel 991, 869.04 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 16 OCCUPIED BANDWIDTH PLOTS: Mid Cellular Frequency Band: Channel 400, 882.00 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 16 OCCUPIED BANDWIDTH PLOTS: Cellular B-Band: Upper Edge Channel Channel 799, 893.970 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal

APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Spurious emissions conducted to the transmit terminal of the Cellular TDMA Dual Radio Module (CDRM) transceiver were investigated from the lowest RF frequency , 15 MHz, to the 10 th harmonic of the carrier, 10 GHz, as required by Part 2.1057(a)(1). Part 2.1057(c) specifies that spurious emissions attenuated more than 20 dB below the required limitation do not need to be reported. A single TDMA carrier was modulated by a pseudo-random data bit stream for all 3 time slots, and the Cellular TDMA Dual Radio Module (CDRM) output power level set to approximately +15.5 dBm at it’s output terminal. Conducted spurious emission measurements were made at the backplane RF output terminal and at three frequencies corresponding to 1) the lowest settable Cellular Frequency Ch 991, 869.040 MHz; 2) the Mid-Cellular Band Frequency Ch 400, 882.000 MHz; and 3) the highest settable Cellular Frequency Ch 799, 893.970 MHz. In compliance with Part 22.917(h), measurements were made with the instrumentation resolution bandwidth set to 30 kHz. The limitation for the Cellular Frequency Band is specified in Part 22.917(e) as: “ The mean power of emissions must be attenuated below the mean power of the unmodulated carrier (P in Watts) ..... by at least 43 + 10 log (P) dBc.” For the CDRM output power at +15.5 dBm (36 mW), the required emission attenuation below the carrier is then 28.5 dBc. Three plots were made for each channel listed above: 15 MHz – 1 GHz, 1 – 5 GHz, and 5 GHz – 10 GHz. A variable attenuator was used to adjust the carrier peak to the 0 dBm reticle line as a reference line to facilitate reading the attenuation below the carrier direct from the vertical display grid. Part 2.1051 also states that: “The magnitude of spurious emissions which are attenuated more than 20 dB below the permissible value need not be specified.” RESULTS: In each of the attached data plots, the instrumentation noise floor far exceeded the 28.5 dBc limitation by much greater than 20 dB, with no measurable spurious emissions. The Cellular TDMA Dual Radio Module (PDRM), 44WR54, transceiver demonstrated full compliance with the requirements of Part 2.1051 and Part 22.917. A block diagram of the test set-up and all data plots are attached to this exhibit. 2 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Test Set-Up Block Diagram FLEXENT Cellular TDMA Microcell J41698B-1 Simplex Transmit Bandpass Filter Cellular Multi Carrier Linear Amplifier (CMCLA) AS5CMP-33 Backplane Nominal 13 dB Attenuation TOM TRC PCU AC Utility Power Line 115Vac LISN RF Out +15.5 dBm CDRM AS5CMP-32 HP 8495B Attenuator/70 dB variable HP 8494B Attenuator/11 dB variable Rohde & Schwarz EMI Test Receiver ESMI 20 Hz – 26.5 GHz TOM: TDMA Oscillator Module TRC: TDMA Radio Controller PCU: Power Conversion Unit CDRM: Cellular TDMA Dual Radio Module transceiver LISN: Line Impedance Stabilization Network Primary Distribution Cabinet 3 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Lowest Edge Channel Channel 991, 869.040 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 1 of 3 4 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Lowest Edge Channel Channel 991, 869.040 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 2 of 3 5 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Lowest Edge Channel Channel 991, 869.040 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 3 of 3 6 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Mid Cellular Frequency Band Channel 400, 882.000 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 1 of 3 7 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Mid Cellular Frequency Band Channel 400, 882.000 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 2 of 3 8 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular A-Band:Mid Cellular Frequency Band Channel 400, 882.000 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 3 of 3 9 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular B-Band:Highest Edge Channel Channel 799, 893.970 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 1 of 3 10 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellular B-Band:Highest Edge Channel Channel 799, 893.970 MHz Cellular TDMA Dual Radio Module transceiver output at the backplane terminal Plot 2 of 3 11 APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 17 Section 2.1051 Measurements Required: Spurious Emissions at Antenna Terminal Data Plots of Conducted Spurious Emissions: Cellu…

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APPLICANT: Lucent TechnologiesFCC ID: AS5CMP-32 EXHIBIT 18 Section 2.1053 Measurements Required: Field Strength of Spurious Radiation Radiated spurious emissions were measured with the equipment configured as in the normal mode of installation and operation; this is illustrated in the block diagram below. The complete Cellular TDMA Microcell J41698B-1 system, incorporating 5 Cellular TDMA Dual Radio Module (CDRM) transceivers, was investigated over the frequency range from the lowest RF frequency , 15 MHz, to the 10 th harmonic of the carrier, 10 GHz, as required by Part 2.1057(a)(1). Part 2.1057(c) specifies that spurious emissions attenuated more than 20 dB below the required limitation do not need to be reported. In order to simulate worst case radiated emission conditions, ten TDMA carriers (2 per CDRM) were each tuned to separate channels in Mid Cellular A-Band, spaced at 7 channel increments and each modulated by a pseudo-random data bit stream for all 3 time slots. The lowest channel was Ch 400, 882.00 MHz. All 10 carriers were set to approximately equal power levels, sufficient to provide a total composite power output at the transmit antenna terminal of 12 Watts (40.8 dBm) as rated by the manufacturer. A non-radiating resistive load was connected to the antenna terminal for this test procedure. In accordance with ANSI C63.4-1992, preliminary measurement of radiated emissions was first performed in an RF shielded enclosure, using calibrated biconical, log periodic and double ridge guide horn antennas separated from the equipment under test (EUT) by approximately 1-2 meters. The purpose of this procedure was to isolate and identify specific signal frequencies radiating from the EUT. If warranted, the EUT would next be installed on the Whippany 10-Meter Open Area Test Site (OATS), which was previously authorized by the Commission, and the field strength of the strongest signal frequencies accurately measured for compliance. RESULTS: The preliminary test showed no distinct, measurable, radiating signal frequencies above the instrumentation noise floor that would warrant measurement on the 10-Meter OATS. The FLEXENT Cellular TDMA Microcell J41698B-1 and the Cellular TDMA Dual Radio Module transceivers, 44WR54, demonstrated full compliance with the requirements Part 2.10…

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