NE3PCS006BS240/BS241 Base Station

s FCC ID: NE3PCS006 March 15, 2002 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Subject:Attestation Statement Reference:FCC ID: NE3PCS006 To Whom It May Concern: Anti-Drug Statement: Siemens Information and Communication Mobile LCC certifies that, in the case of an individual applicant, he or she is not subject to denial of federal benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S. 853 (a), or, in the case of a non-individual applicant (e.g., corporation, partnership, or other unincorporated association), no party to the applicant is subject to denial of federal benefits, that includes FCC benefits, pursuant to that section. For the definition of “party” for these purposes, see 47 CFR 1.2002 (b). Sincerely, Rashmi J. Contractor Senior Product Line Manager e-mail: [email protected] Siemens Information and Communication Mobile LLC (561) 923-6454

Certification Application FCC ID:NE3PCS006 Name of Applicant Siemens Information and Communication Networks, Inc. 900BrokenSoundParkway Boca Raton, FL 33487 FCC ID:NE3PCS006 Ca_fcc_ECU_PCS.docPage 2/1614.03.2002 Certification Application Contents I.INTRODUCTION ....................................................................................................... 4 II.BASE STATION FUNCTIONAL OVERVIEW ......................................................... 5 A.Block diagram ........................................................................................................................................5 B.EUT.........................................................................................................................................................6 .Overview..................................................................................................................................................6 .ECU.........................................................................................................................................................6 .DUAMCO................................................................................................................................................6 C.Digital control boards.............................................................................................................................6 D.Special references...................................................................................................................................6 III.TYPE OF EMISSION .............................................................................................. 7 IV.FREQUENCY RANGE............................................................................................ 7 A.Frequency range.....................................................................................................................................7 B.Disabled carrier frequencies at the band edges of each licensed frequency block ...............................7 V.RANGE OF OPERATING POWER VALUES AND DESCRIPTION OF ANY MEANS PROVIDED FOR VARIATION OF OPERATING POWER ................................. 8 VI.MAXIMUM POWER RATING.................................................................................. 8 VII. DC VOLTAGE AND DC CURRENT ....................................................................... 9 VIII.FUNCTION OF EACH SEMICONDUCTOR......................................................... 9 IX.CIRCUIT DIAGRAMS ............................................................................................. 9 X.USERS MANUAL ................................................................................................... 9 XI.DESCRIPTION OF THE TUNE UP PROCEDURE ............................................... 10 A.Board level tests.................................................................................................................................... 10 .TXLO Adjustment ................................................................................................................................. 10 FCC ID:NE3PCS006 Ca_fcc_ECU_PCS.docPage 3/1614.03.2002 .PA Adjustment....................................................................................................................................... 10 .IQ Modulator Adjustment ...................................................................................................................... 10 .Output power control for GMSK and 8PSK modulation ......................................................................... 10 .Power steps (Bottom, Middle, Top) Modulation accuracy for GMSK and 8PSK modulation ................... 10 .Power vs Time for GMSK and 8PSK modulation ................................................................................... 10 .Switching transients for GMSK and 8PSK modulation........................................................................... 10 .Spectrum due to Modulation for GMSK and 8PSK modulation .............................................................. 10 .TX band spurious for GMSK and 8PSK modulation............................................................................... 11 B.Final factory test................................................................................................................................... 11 C.Start-up and supervision ...................................................................................................................... 11 XII. DESCRIPTION OF THE FREQUENCY STABILIZATION .................................... 12 A.Overview............................................................................................................................................... 12 B.Long Term Stability ............................................................................................................................. 12 C.Short term stability .............................................................................................................................. 12 XIII.DESCRIPTION OF CIRCUITS FOR SUPPRESSION OF SPURIOUS RADIATION, LIMITING MODULATION AND POWER ................................................. 14 A.Suppression of spurious radiation ........................................................................................................ 14 B.Suppression of spurious radiation and limiting of modulation at the antenna interface .................... 14 .Overview:............................................................................................................................................... 14 .Block diagram: TX-path......................................................................................................................... 14 .Limiting of modulation .......................................................................................................................... 14 C.Suppression of spurious radiation ....................…

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s FCC ID: NE3PCS006 March 15, 2002 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Subject:PCS Certification Application Cover Letter Reference:FCC ID: NE3PCS006 To Whom It May Concern: This is an application for Certification for FCC ID: NE3PCS006, for the Edge Carrier Unit (ECU) 1900. NOTE: We are requesting confidentiality for the following Exhibit Types: Operational Description, Parts List / Tune-up Info, Schematics and Block Diagrams. Please do not hesitate to contact me, if you have any questions. Sincerely, Rashmi J. Contractor Senior Product Line Manager e-mail: [email protected] Siemens Information and Communication Mobile LLC (561) 923-6454

s FCC ID: NE3PCS006 March 26, 2002 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Subject:Request for Deletion of an Exhibit Reference:FCC ID: NE3PCS006 To Whom It May Concern: Currently, we have three pending Certification Applications: NE3PCS004, NE3PCS006, and NE3PCS007. On March 20, 2002, by mistake, we uploaded the wrong test file report to the NE3PCS006 application. We uploaded the test report that belongs to the Certification Application for NE3PCS004. Please delete the following exhibit as it does not pertain to NE3PCS006: Exhibit TypeDescriptionFile NameFile SizeFile FormatDate Test ReportECU 1900 test report NE3PCS004_revised 707857PDF3/20/2002 Please do not hesitate to contact me, if you have any questions. Sincerely, Rashmi J. Contractor Senior Product Line Manager e-mail: [email protected] Siemens Information and Communication Mobile LLC (561) 923-6454

s FCC ID: NE3PCS006 May 21, 2002 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 RE: Amendment to Confidentiality Request for FCC ID: NE3PCS006 dated March 15, 2002 Dear Sir or Madam, Siemens ICM, LLC requests to amend its previous confidentiality request dated March 15, 2002, attached to this letter for reference. In accordance with Section 0.459 of the commission rules, Siemens ICM, LLC requests confidentiality for the following Exhibit Types: Operational Description, Parts List/Tune-up Info, Schematics, Block Diagrams, User Manuals, and Internal Photographs. This amendment, therefore, adds User Manuals and Internal Photographs to the March 15, 2002 request. This request is based on the following reasons: Siemens serves a market both new and technically very advanced. Hence competition among equipment providers is very high, with millions of dollars at stake. Siemens’ applications for certification contain technical information regarding technology it spent millions of dollars to develop. If classified as non- confidential, Siemens’ competitors would gain an unfair advantage at Siemens’ expense. User Manuals are not available to the general public in any form. User Manuals are sellable items, made available only to legitimate Siemens customers (mobile telephone operators who own FCC licenses for the appropriate frequency bands). It is Siemens’ policy to provide User Manuals to a third party only upon execution of a Mutual Non-Disclosure Agreement (“NDA”). Siemens base stations are normally installed in a restricted area, accessible only by Siemens or its customer. When not installed in a restricted area, such as a rooftop, Siemens base stations are always locked with temper-proof hardware and locks, again accessible only by Siemens and its customer. Accordingly, only authorized persons, who also previously signed an NDA, have access to the inside of a Siemens base station cabinet. By not classifying User Manuals and Internal Photographs as confidential, the FCC allows Siemens’ competitors (or anyone else) to access to Siemens’ confidential and proprietary information via the FCC’s web site. This would cause irreparable damage to Siemens and place Siemens at a competitive disadvantage. For these reasons, Siemens strongly requests confidentiality for the following Exhibit Types: Operational Description, Parts List/Tune-up Info, Schematics, Block Diagrams, User Manuals, and Internal Photographs. Sincerely, Rashmi J. Contractor Phone Number : 561-923-6454 e-mail: [email protected] Siemens Information and Communication Mobile LLC

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Test Plan and Test Results FCC ID: NE3PCS006 Name of Applicant Siemens Information and Communication Networks, Inc. 900 Broken Sound Parkway Boca Raton, FL 33487 BS-240 BTS Base Station FCC ID:NE3PCS006 ECU1900_test_report.docPage 2/6228.02.02 TABLE OF CONTENTS 1 EQUIPMENT UNDER TEST (EUT)4 2 MEASUREMENTS5 2.1General description5 2.2Summary of the measurements5 2.2.1EUT configuration and operating conditions5 2.2.2Selected carrier test frequencies6 2.2.3Modulation characteristics6 2.2.4Measurement test configuration7 2.2.5Calibration of the measurement equipment7 2.3Test No. 1: RF power output (§ 2.1046)8 2.3.1Purpose8 2.3.2EUT operation condition8 2.3.3Test configuration8 2.3.4Measurement procedure8 2.3.5Measurement results8 2.4Test No. 2: Modulation characteristics (§ 2.1047, § 2.201)9 2.5Test No. 3: Occupied bandwidth (§ 2.1049)10 2.5.1Purpose10 2.5.2EUT operation condition10 2.5.3Test configuration10 2.5.4Measurement procedure and results10 2.6Test No. 4: Spurious emissions at antenna terminals (§ 2.1051, § 2.1057, § 24.238)11 2.6.1Purpose11 2.6.2Limits11 2.6.3EUT operation condition11 2.6.4Test configuration11 2.6.5Measurement procedure and results11 2.7Test No. 5: Field strength of spurious radiation (§ 2.1053, § 2.1057, § 24.238) 15 2.7.1Purpose15 2.7.2Limits15 2.7.3EUT operation condition15 2.7.4Test configuration15 2.7.5Measurement procedure16 2.7.6Measurement results & limits16 2.8Test No. 6: Frequency stability (§ 2.1055, § 24.235)18 2.8.1Purpose18 2.8.2Limits18 2.8.3EUT operation condition18 2.8.4Test configuration18 2.8.5Measurement procedure19 2.8.6Measurement results19 2.9Test No. 7: Slow frequency hopping20 FCC ID:NE3PCS006 ECU1900_test_report.docPage 3/6228.02.02 2.9.1Introduction20 2.9.2Purpose20 2.9.3EUT operation condition20 2.9.4Test configuration20 2.9.5Measurement procedure20 2.9.6Measurement results21 3 MEASUREMENT DATA AND SPECTRAL PLOTS22 3.1Part list of the measurement test equipment22 3.2Spectral plots23 FCC ID:NE3PCS006 ECU1900_test_report.docPage 4/6228.02.02 1 Equipment under test (EUT) The equipment under test (EUT) comprises the modules listed in the table below. For a functional description of the modules, please refer to the appropriate related parts and exhibit sections of this certification application. The tests were conducted with the modules installed in a BS-240XLU. Worst-case measurement data is reported. The tested system was equipped as per Fig. 1 on page 7 with its maximum number of 12 transceivers. Although only one transceiver (EUT) was tested for compliance, the other transceivers were investigated to ensure that the worst case test condition/transceiver was measured. To comply with the FCC rules (§2.1051, §24.238), the lowest and highest authorized channel frequencies in each of the PCS frequency blocks are disabled and cannot be activated by the user. Refer to section IV of the “Certification Application Overview”, located in the cover letter section, for details on how the channels are disabled. A complete description of the transceiver’s calibration/tuning procedure is included in the Parts List and TuneUp exhibit section of this application. Module NameSiemens Part No.Serial No. DUAMCO2PV4S30861-U2105-X-02/01FMM/M5001858 ECUPV2S30861-U2301-X-K1/01RX+/P2249639 ECUPV2S30861-U2301-X-K1/01RX+/P2249642 FCC ID:NE3PCS006 ECU1900_test_report.docPage 5/6228.02.02 2 Measurements 2.1 General description 2.2 Summary of the measurements The measurements described in the following sections were conducted pursuant to 47 CFR § 2.947. All applicable paragraphs of the 47 CFR parts 2 and 24 of the most current version of the rules were considered. The measurements were performed at Siemens AG, Institute for Quality Engineering and Testing, Hofmannstr. 50, 81359 Munich, Germany. The following tests were performed according to the FCC rules in order to verify the compliance of the EUT with the FCC requirements: In accordance with the FCC Rule §15.3 (z) the equipment was tested with the limits that are valid for anunintentional radiator. 2.2.1 EUT configuration and operating conditions If not stated otherwise, the following standard setup procedure for the EUT under test was used: A Protocol Tester K1297 is used to control the EUT. The K1297 is connected to the EUT via the A bis Link. For detailed test system equipment configuration please refer to Fig. 1 on page 7. The transmitter modules were tuned up according to the procedure described in the TuneUp exhibit section of this application. During the measurements, one carrier channel was tested at a time. The carrier was set to the maximum power level with all timeslots activated to ensure the maximum emission amplitudes during all measurements. A pseudo random bit pattern was applied to the digital modulator. This ensures that the measurements of the emission characteristics of the transmitter are pursuant to § 2.1049. Test No. MeasurementFCC RulePage Number of this Report Results 1RF power output§ 2.10468compliant 2Modulation characteristics § 2.1047, § 2.2019compliant 3Occupied bandwidth§ 2.104910compliant 4Spurious emissions at antenna terminals § 2.1051, § 2.1057, § 24.238 11compliant 5Field strength of spurious radiation § 2.1053, § 2.1057, § 24.238 15compliant 6Frequency stability§ 2.1055, § 24.23518compliant 7Slow frequency hoppingN/A20compliant FCC ID:NE3PCS006 ECU1900_test_report.docPage 6/6228.02.02 2.2.2 Selected carrier test frequencies The measurements were performed at 3 selected carrier test frequencies, according to the following table: 1 Carrier Test Frequency [MHz] Remark 1930.4lowest possible carrier frequency 1960.0frequency at the middle of the band 1989.6highest possible carrier frequency 2.2.3 Modulation characteristics The EUT supports two types of modulation: GMSK and 8PSK. The modulation characteristic of the GMSK and the 8PSK modulation is defined in standard 3GPP TS 05.04. During all measurements described below, a pseudo random sequence was applied to the digital modulator to e…

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s FCC ID: NE3PCS006 MODEL: Edge Carrier Unit (ECU) 1900 April 11, 2001 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Subject:Revised Test Report Reference:FCC ID: NE3PCS006; Edge Carrier Unit (ECU) 1900 Dear Sir or Madam: We have just uploaded a revised test report for the Edge Carrier Unit (ECU) 1900. This revised report contains revised data concerning the radiated spurious emission measurements. The radiated spurious emission revised data is located in the test report in paragraph 2.7, “Field strength of spurious emissions.” This new test report replaces the following: Exhibit TypeDescription of ExhibitDate Submitted to FCC Display ModeFile Size (bytes) Test ReportECU 1900 test report03/20/2002pdf707857 Test ReportTest Report NE3PCS006 03/15/2002pdf757981 Should you have any further questions, please do not hesitate in contacting me. Sincerely, Rashmi J. Contractor Senior Product Line Manager e-mail: [email protected] Siemens Information and Communication Mobile LLC (561) 923-6454

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46 A30808-X3247-K381-1-7631 Prelim.03/2002 IMN:BTSE BS-240U/240XLU Installation Base Transceiver Station Equipment Fig. 2.36Fixing of PCM cables at OVPT –Attach the cable at the stress-relieving bracket with straps or screw down the screen clamps (not part of the OVPT, WAGO part-no. 790-108 for outer diameter up to 8 mm or 790-116 for outer diameter up to 16 mm). –Insert the wires into the OVPT terminals. –Insert the additional wire (shielding potential) into one of the ground terminals (e.g. no. 24). –Lead the additional wire and the uplink and downlink wires on the shortest route (that means without sleeves) between the stress relieving and the screw terminals. –Connect all unconnected PCM lines (4 wires per line) to one of the ground terminals. Fig. 2.37 Abis interface PCM0 Pinning 1 3 2 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 BA B A BA A B B A B ABA A B PCM 4PCM 3PCM 2 PCM 1 Down Link = RX Up Link = TX 25 26 27 28 EXT SYNC B EXT SYNC A A30808-X3247-K381-1-7631 Prelim.03/2002 47 Installation Base Transceiver Station Equipment IMN:BTSE BS-240U/240XLU Fig. 2.38Abis interface PCM1 Pinning Fig. 2.39OVPT with terminal block 2.6.4.1Abis-Interface without OVPT Without the (optional) OVPT, if this function is not needed, a SUB-D25 female connector is the direct interface for the PCM links. 1 3 2 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 BABABAAB BAB ABA A B PCM 8 PCM 7PCM 6 PCM 5 Down Link = RX Up Link = TX 25 26 27 28 monitoring interfaces screen clamps (not part of OVPT) terminals for external PCM cables down link lines up link lines i Without OVPT no monitoring possibility is provided. 48 A30808-X3247-K381-1-7631 Prelim.03/2002 IMN:BTSE BS-240U/240XLU Installation Base Transceiver Station Equipment Pin no. SubD 25Signal nameFunction 1PCM 1 - ULAPCM Line 1 Up Link A 14PCM 1 - ULBPCM Line 1 Up Link B 3GND/Gshield pair 1 2PCM 1 - DLAPCM Line 1 Down Link A 15PCM 1 - DLBPCM Line 1 Down Link B 3GND/Gshield pair 2 4PCM 2 - ULAPCM Line 2 Up Link A 16PCM 2 - ULBPCM Line 2 Up Link B 18GND/Gshield pair 3 5PCM 2 - DLAPCM Line 2 Down Link A 17PCM 2 - DLBPCM Line 2 Down Link B 18GND/Gshield pair 4 6PCM 3 - ULAPCM Line 3 Up Link A 19PCM 3 - ULBPCM Line 3 Up Link B 8GND/Gshield pair 5 7PCM 3 - DLAPCM Line 3 Down Link A 20PCM 3 - DLBPCM Line 3 Down Link B 8GND/Gshield pair 6 9PCM 4 - ULAPCM Line 4 Up Link A 21PCM 4 - ULBPCM Line 4 Up Link B 11GND/Gshield pair 7 10PCM 4 - DLAPCM Line 4 Down Link A 22PCM 4 - DLBPCM Line 4 Down Link B 23GND/Gshield pair 8 12EXTSYNCA 24EXTSYNCB 25GND/G 13GND/Gmain cable shield Tab. 2.12Pinning of the PCM0 interface without OVPT (SubD 25 connector) A30808-X3247-K381-1-7631 Prelim.03/2002 49 Installation Base Transceiver Station Equipment IMN:BTSE BS-240U/240XLU 2.6.4.2Monitoring Interfaces on OVPT The Overvoltage Protection uses three 6 pin DIN41616 test connectors to monitor the PCM lines. The following tables show the pinning of the monitoring interfaces. The pin arrangement is illustrated inFig. 2.40. Pin no. SubD 25Signal nameFunction 1PCM 5 - ULAPCM Line 5 Up Link A 14PCM 5- ULBPCM Line 5 Up Link B 3GND/Gshield pair 1 2PCM 5 - DLAPCM Line 5 Down Link A 15PCM 5 - DLBPCM Line 5Down Link B 3GND/Gshield pair 2 4PCM 6 - ULAPCM Line 6 Up Link A 16PCM 6 - ULBPCM Line 6 Up Link B 18GND/Gshield pair 3 5PCM 6 - DLAPCM Line 6 Down Link A 17PCM 6 - DLBPCM Line 6 Down Link B 18GND/Gshield pair 4 6PCM 7 - ULAPCM Line 7 Up Link A 19PCM 7 - ULBPCM Line 7 Up Link B 8GND/Gshield pair 5 7PCM 7 - DLAPCM Line 7 Down Link A 20PCM 7 - DLBPCM Line 7 Down Link B 8GND/Gshield pair 6 9PCM 8 - ULAPCM Line 8 Up Link A 21PCM 8 - ULBPCM Line 8 Up Link B 11GND/Gshield pair 7 10PCM 8 - DLAPCM Line 8 Down Link A 22PCM 8 - DLBPCM Line 8 Down Link B 23GND/Gshield pair 8 12--- 24--- 25GND/G 13GND/Gmain cable shield Tab. 2.13Pinning of the PCM1 interface without OVPT (SubD 25 connector) 50 A30808-X3247-K381-1-7631 Prelim.03/2002 IMN:BTSE BS-240U/240XLU Installation Base Transceiver Station Equipment Fig. 2.40Monitoring interfaces for PCM lines of OVPT Connector / pinSignal nameConnector / pinSignal name 1- 1PCM 1 - ULA2- 4PCM 3 - ULB 1- 2PCM 1 - ULB2- 5PCM 3 - DLA 1- 3PCM 1 - DLA2- 6PCM 3 - DLB 1- 4PCM 1 - DLB3- 1PCM 4 - ULA 1- 5PCM 2 - ULA3- 2PCM 4 - ULB 1- 6PCM 2 - ULB3- 3PCM 4- DLA 2- 1PCM 2 - DLA3- 4PCM 4- DLB 2- 2PCM 2 - DLB3- 5EXTSYNCA 2- 3PCM 3 - ULA3- 6EXTSYNCB Tab. 2.14Monitoring interfaces PCM0 Pinning Connector / pinSignal nameConnector / pinSignal name 1- 1PCM 5 - ULA2- 4PCM 7 - ULB 1- 2PCM 5 - ULB2- 5PCM 7 - DLA 1- 3PCM 5 - DLA2- 6PCM 7 - DLB 1- 4PCM 5 - DLB3- 1PCM 8 - ULA 1- 5PCM 6 - ULA3- 2PCM 8 - ULB 1- 6PCM 6 - ULB3- 3PCM 8 - DLA 2- 1PCM 6 - DLA3- 4PCM 8 - DLB 2- 2PCM 6 - DLB3- 5EXTSYNCA 2- 3PCM 7 - ULA3- 6EXTSYNCB Tab. 2.15Monitoring interfaces PCM1 Pinning 12 3 4 5 6 12 3 4 5 6 12 3 4 5 6 connector 3 connector 2 connector 1 A30808-X3247-K381-1-7631 Prelim.03/2002 51 Installation Base Transceiver Station Equipment IMN:BTSE BS-240U/240XLU 2.6.5Alarm Collection Terminal (ACT) - External Signal Sensors The access for cabling from external signal sensors on site (site inputs) is the Alarm Collection Terminal for Base Rack (ACTM). The ACTM provides 8 WAGO terminal blocks with 12 pins each to connect 48 site inputs. The WAGO terminals are labelled X1 ... X10, the terminal blocks X1...X8 are used to connect site inputs. The cables are fixed as shown in theFig. 2.41 or by screen clamps (not part of the ACTM, WAGO part-no. 790-108 for outer diameter up to 8 mm or 790-116 for outer diameter up to 16 mm). The following tables provide information on the ter…

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