AS5ONEBTS-18UMTS 9341 RRH 40W 1900 MHZ

APPLICANT: Alcatel-Lucent Exhibit 7 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 1 of 2 Us Pursuant To Company Instructions EXHIBIT 7: BLOCK DIAGRAM Response: Alcatel-Lucent’s wireless UMTS Distributed Base Station Transceiver System, UMTS 9341 RRH 40W 1900 MHz System, is the subject of this application for authorization by the Federal Communications Commission under the new FCC ID: AS5ONEBTS-18. The UMTS 9341 RRH 40W 1900 MHz System is designed to operate in the North America Region (NAR) Broadband Personal Communications Service (PCS) Frequency Spectrum 1930-1990 MHz, with bandwidth of 60 MHz. The Distributed Base Station (DBS) can be configured for both single carrier (1S1C) operation at 40 Watts (+46 dBm) and for two carrier (1S2C) operation at 20 Watts (+43 dBm) per carrier with a total composite power of 40 Watts. The RF power rating is based the 3-second average, employing the Aggregate Overload Control (AOC) algorithm. Enhanced Digital Pre-Distortion (EDPD) and Closed Loop Gain Control (CLGC) are features are enabled for each carrier. The carrier power level and frequency are remotely controlled by software. The Distributed Base Station transceiver system, subject of this certification, is comprised of two separate modules interconnected by fiber optic cable: 1) the digital Base Band Unit (BBU), and 2) the Remote Radio Head (RRH). They have the flexibility of being installed either in close proximity to or remotely located from each other. The BBU has the capability of controlling up to 3 remotely located RRH units, via fiber optic cable, and incorporates the digital channel cards, reference oscillator module, T1/E1 and alarm interface, and the RF-to-Optical and Optical-to-RF conversion circuitry. The 1900 MHz RRH incorporates the Future Technology Radio (FTR), power amplifier (PA) and passive filter with single transmit (Tx) and diversity receive functionality (Rx0, Rx1). This system complies both with the Federal Communication Commission (FCC) Rules and Regulations (47 CFR Part 24), and with the European Telecommunications Standards Institute (ETSI) 3 rd Generation Partnership Project (3GPP) Technical Specifications TS 25.104 and TS 25.141. This exhibit provides a block diagram showing how the system is interconnected. Block diagrams of the individual components are Alcatel-Lucent Confidential and are contained within documents and exhibits that are requested to be held confidential. APPLICANT: Alcatel-Lucent Exhibit 7 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 2 of 2 Us Pursuant To Company Instructions The UMTS Distributed Base Station Transceiver System (1900 MHz): Block Diagram The interconnection between the BBU and RRH is fiber optic cable Base Band Unit (BBU) Digital Circuitry 15 MHz Reference Oscillator Antenna RF Remote Radio Head (RRH) 1900 MHz FTR 1900 Radio Power Amplifier 60 MHz Band Pass Filter 1930-1990 MHz

APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 1 of 3 Us Pursuant To Company Instructions 67 Whippany Road Subject: Application for Certification under FCC ID: Whippany, NJ 07981 AS5ONEBTS-18, Covering the UMTS 9341 RRH 40W 1900 MHz System, Operating in the Rudolf J. Pillmeier Broadband Personal Communications Service, Telephone: 973-386-3837 1930-1990 MHz. E-Mail: [email protected] March 19, 2008 Mr. Sid Sanders, President Timco Engineering, Inc. 849 N. W. State Road 45, P. O. Box 370 Newberry, Florida 32669 Dear Mr. Sanders: Alcatel-Lucent’s Universal Mobile Telecommunications System (UMTS) Distributed Base Station System (1900 MHz) is designed to operate in the North America Region (NAR) Broadband Personal Communications Service, with a 60 MHz bandwidth. The UMTS 9341 RRH 40W 1900 MHz System can be configured and operated for both single carrier (1S1C) operation at 40 Watts (+46 dBm) and for two carrier (1S2C) operation at 20 Watts (+43 dBm) per carrier with a total composite power of 40 Watts. The RF power rating is based the 3-second average, employing the Aggregate Overload Control (AOC) algorithm. Enhanced Digital Predistortion (EDPD) and Closed Loop Gain Control (CLGC) are features that are enabled for each carrier. The single UMTS carrier has a 5 MHz bandwidth, with an emission designator at 4M10F9W, based on measurement of the Necessary Bandwidth. The UMTS modulation capability demonstrated includes: 1) up to 68 active channels, consisting of 64 voice + 4 control, 2) up to 44 active channels, which include 8 High Speed Downlink Packet Access (HSDPA) channels, and 3) a single active channel Synchronization Channel (SCH). The UMTS 9341 RRH 40W 1900 MHz System, subject of this certification, is comprised of two separate modules interconnected by fiber optic cable: 1) the digital Base Band Unit (BBU), and 2) the Remote Radio Head (RRH). They have the flexibility of being installed either in close proximity to or remotely located from each other. The BBU has the capability of controlling up to 3 remotely located RRH units, via fiber optic cable, and incorporates the digital channel cards, reference oscillator module, T1/E1, alarm interface, and the RF-to-Optical and Optical-to-RF conversion circuitry. The 1900 MHz RRH incorporates the Future Technology Radio (FTR), power amplifier (PA) and passive filter with single transmit (Tx) and diversity receive functionality (Rx0, Rx1). This system complies both with the Federal Communication Commission (FCC) Rules and Regulations (47 CFR Part 24), and with the European Telecommunications Standards Institute (ETSI) 3 rd Generation Partnership Project (3GPP) Technical Specifications TS 25.104 and TS 25.141. UMTS functionality was developed in accordance to the guidelines of the ETSI TS 25.141 V7.4.0 (2006-06) standard: “Universal Mobile Telecommunications System (UMTS); Base Station Conformance Testing (FDD) (3GPP TS 25.141 version 7.4.0 Release 7)”. The measurement exhibits attached to this application demonstrate full compliance with both FCC Part 24 Subpart E – Broadband Personal Communication Service and with ETSI TS 25.141, following the procedural requirements specified in FCC Part 2 Subpart J – Equipment Authorization Procedures. The data summarized below is in the form presently used by the Commission’s Radio Equipment List, Equipment Acceptable for Licensing. APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 2 of 3 Us Pursuant To Company Instructions Manufacturer Alcatel-Lucent Equipment Identification AS5ONEBTS-18 Rules Part Number Part 24, Subpart E – Broadband PCS Frequency Ranges Transmit 1930–1990 MHz (Down Link); Receive 1850-1910 MHz (Up Link) Output Power 40 Watts (+46 dBm) 3-second average at the Tx antenna terminal Frequency Tolerance ± 0.05 ppm Emission Designator 4M10F9W Attached are the FCC Form 731 (Application for Equipment Authorization – Radio Frequency Devices) and the required measurement data and exhibits specific to this request for initial equipment authorization of the Alcatel-Lucent UMTS 9341 RRH 40W 1900 MHz System (Distributed Base Station). The technical contact at Alcatel-Lucent will comply with any request for additional information should the need arise. The attached exhibits are assembled and presented in the sequence recommended by Timco Engineering, in accordance with the Table of Contents attachment. Confidentiality is requested for the following exhibits: Exhibit 6: Operational Description (Theory of Operation, Functional Description) Exhibit 8: Schematic Diagrams Exhibit 10: UMTS Operation, Administration and Maintenance (OA&M) Documents. Sincerely, Rudolf J. Pillmeier Technical Manager FCC/EMC Compliance Test Group Whippany, NJ Att. Table of Contents for the UMTS 9341 RRH 40W 1900 MHz System (1900 MHz) Certification Report APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 3 of 3 Us Pursuant To Company Instructions TABLE OF CONTENTS Cover Letter Request for Confidentiality Exhibit 1: 731 Form Exhibit 2: FCC ID Label Sample and Location Information Exhibit 3: FCC Required Information (Part 2.1033) Exhibit 4: Photographs of the Equipment (Part 2.1033 (c)(12)) Exhibit 5: Test Set Up Photographs Exhibit 6: Operational Description (Theory of Operation, Functional Description) - ALCATEL-LUCENT CONFIDENTIAL Exhibit 7: Block Diagrams - System Exhibit 8: Schematic Diagrams - ALCATEL-LUCENT CONFIDENTIAL Exhibit 9: Test Report Exhibit 10: UMTS – Operation, Administration and Maintenance Documents – ALCATEL-LUCENT CONFIDENTIAL

APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 1 of 1 Us Pursuant To Company Instructions 67 Whippany Road Subject: REQUEST FOR CONFIDENTIALITY Whippany, NJ 07981 for FCC ID: AS5ONEBTS-18, Covering the UMTS 9341 RRH 40W 1900 MHz System. Rudolf J. Pillmeier Telephone: 973-386-3837 E-Mail: [email protected] March 19, 2008 Mr. Sid Sanders, President Timco Engineering, Inc. 849 N. W. State Road 45, P. O. Box 370 Newberry, Florida 32669 Dear Mr. Sanders: On behalf of Alcatel-Lucent, I hereby request that the following exhibits included in this Application for Certification, under FCC ID: AS5ONEBTS-18, covering the Alcatel-Lucent UMTS 9341 RRH 40W 1900 MHz System be maintained as confidential information and not be made available for public inspection at any time. Exhibit 6: Operational Description (Theory of Operation, Functional Description) Exhibit 8: Schematic Diagrams Exhibit 10: UMTS Distributed Base Station (850 MHz) Operation, Administration and Maintenance Documents These exhibits contain Alcatel-Lucent proprietary information that is considered to be trade secrets, with possible patents pending, and the property of Alcatel-Lucent, pursuant to the provisions of Part 0.457(d) of the Commission’s Rules. These exhibits also contain design information that is highly proprietary to Alcatel- Lucent’s contracted manufacturers/suppliers. Exhibits 6 and 8 are highly proprietary and contain critical design information that can not be made available for public inspection. This information is proprietary both to Alcatel-Lucent and to Alcatel-Lucent’s contracted manufacturers/suppliers. The UMTS Distributed Base Station (850 MHz) Operation, Administration and Maintenance documents, included in Exhibit 10, are not furnished to the user, except under very exceptional and very limited circumstances. These manuals contain 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”. Thank you for your consideration in this matter. Sincerely, Rudolf J. Pillmeier Technical Manager FCC/EMC Compliance Test Group Whippany, NJ

APPLICANT: Alcatel-Lucent Exhibit 3 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 1 of 5 Us Pursuant To Company Instructions EXHIBIT 3: FCC REQUIRED INFORMATION (PART 2.1033) The following information is presented in the content and format requested by the FCC: Section 2.911 (d) Qualification Of Engineers Section 2.911 (d): Technical test data shall be signed by the person who performs or supervises the tests. The person signing the test data shall attest to the accuracy of such data. The Commission may require such person to submit a statement showing that he is qualified to make or supervise the required measurements. Michael P. Farina is a Member of Technical Staff at Alcatel-Lucent, Whippany, NJ, formerly AT&T Bell Laboratories, with 47 years of Professional Experience in Research and Development. He holds a BS in Physics from Upsala College and an MSEE from New Jersey Institute of Technology. During the past 15 years, his expertise was focused on RF Engineering and Regulatory Agency EMC compliance and certification, covering Analog, TDM, CDMA and UMTS technologies. He has submitted numerous Applications for Certification filings to the FCC covering many product variations and evolutions in each of the four technologies. Currently, he is the Lead Engineer for filing UMTS Wireless Base Station products with the FCC. Rudolf J. Pillmeier Technical Manager FCC/EMC Compliance Test Group Whippany, New Jersey Section 2.911 (e)(g) Certification of Technical Test Data Section 2.911 (e) The signatures of the applicant and the person certifying the test data shall be made personally by those persons on the original application; copies of such document may be conformed. Signatures and certifications need not be made under oath. Section 2.911 (g) Signed, as used in this section, means an original handwritten signature; however, the Office of Engineering and Technology may allow signature by any symbol executed or adopted by the applicant with the intent that such symbol be a signature, including symbols formed by computer-generated electronic impulses. 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 FCC/EMC Compliance Test Group Whippany, New Jersey Section 2.1033 (c)(1): The full name and mailing address of the manufacturer of the device and the applicant for certification. Manufacturer: RF Remote Radio Head (RRH): Alcatel Lucent Thailand Ocean Tower 2, 40th Floor, 75/112-115 Sukhumvit 19 Rd. North, Klongtoey, Wattana, 10110 Bangkok, Thailand APPLICANT: Alcatel-Lucent Exhibit 3 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Page 2 of 5 Us Pursuant To Company Instructions Celestica Thailand Limited 49/18 Leam Chabang Inds. Est., Tungsukhla, Sriracha Chonburi, Thailand. 20230 Digital Base Band Unit (BBU): Celestica 6200 E Broad St Columbus, OH 43213-1569 U S Applicant: Alcatel-Lucent 67 Whippany Road, Room 3B-214 Whippany, NJ 07981 Attention: Rudolf J. Pillmeier, Technical Manager Section 2.1033(c)(2): FCC Identifier AS5ONEBTS-18 Section 2.1033(c)(4): Type or types of emission: 4M10F9W Section 2.1033(c)(5): Frequency range Transmit: 1930–1990 MHz Section 2.1033(c)(6): Range of operating power values or specific operating power levels, and description of any means provided for variation of operating power. Alcatel-Lucent’s wireless UMTS 9341 RRH 40W 1900 MHz System (Transceiver System), operating over the Broadband Personal Communications Services spectrum 1930-1990 MHz, is the subject of this application for authorization by the Federal Communications Commission under the new FCC ID: AS5ONEBTS-18. Alcatel-Lucent’s Universal Mobile Telecommunications System (UMTS) Distributed Base Station System (1900 MHz) is designed to operate in the North America Region (NAR) Broadband Personal Communications Services Spectrum 1930-1990 MHz, with bandwidth of 60 MHz., i.e., frequency blocks A, D, B, E, F and C. The Distributed Base Station (DBS) can be configured for both single carrier (1S1C) operation at 40 Watts (+46 dBm) and for two carrier (1S2C) operation at 20 Watts (+43 dBm) per carrier with a total composite power of 40 Watts. The RF power rating is based the 3-second average, employing the Aggregate Overload Control (AOC) algorithm. Enhanced Digital Pre-Distortion (EDPD) and Closed Loop Gain Control (CLGC) are features that are enabled for each carrier. The carrier power level and frequency are remotely controlled by software. The single UMTS carrier has a 5 MHz bandwidth, with an emission designator at 4M10F9W, based on measurement of the Necessary Bandwidth. UMTS modulation capability demonstrated includes 1) up to 68 active channels, consisting of 64 voice + 4 control, 2) up to 44 active channels, which include 8 High Speed Downlink Packet Access (HSDPA) channels, and 3) a single active channel Synchronization Channel (SCH). The UMTS 9341 RRH 40W 1900 MHz System, subject of this certification, is comprised of two separate modules interconnected by fiber optic cable: 1) the digital Base Band Unit (BBU), and 2) the Remote Radio Head (RRH). They have the flexibility of being installed either in close proximity to or remotely located from each other. The BBU has the capability of controlling up to 3 remotely located RRH units, via fiber optic cable, and incorporates the digital channel cards, reference oscillator module, T1/E1,alarm interface, and the RF-to-Optical and Optical-to-RF conversion circuitry. The 1900 MHz RRH incorporates the Future Technology Radio (FTR1900), power amplifier (PA) and passive filter with single transmit (Tx) and diversity receive functionality (Rx0, Rx1). This system complies both with the Federal Communication Commission (FCC) Rules and Regulations (47 CFR Part 24), and with the European Telecommunications Standards Institute (ETSI) 3 rd Generation Partnership Project (3GPP) Technical Specifications TS 25.104 and TS 25.141. APPLICANT: Alcatel-Lucent Exhibit 3…

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file:///X|/A/ALCATEL-LUCENT_AS5/545UC8/cust%20reply%20-%2080324.txt From: Michael P Farina [[email protected]] Sent: Friday, March 21, 2008 3:56 PM To: [email protected] Cc: Rudolf J Pillmeier; Michael P Farina Subject: REFERENCE: JOB 545UC8 TIMCO Engineering Inc., SUBJECT: ALCATEL-LUCENT, INC. - FCC ID: AS5ONEBTS-18 REFERENCE: JOB 545UC8 Question 2. Part 24.238(b) - Band-edges compliance: It appears that the plots in the test report were generated with resolution bandwidth of 30kHz, which is less than the allowed resolution bandwidth specified in this section: RBW > or = 1% of the emission bandwidth (i.e. measured 26dB below the transmitter power). Please provide evidence of compliance with 24.238(b). Response 2. Part 24.238 (b) specifies an RBW at 1% of the fundamental emission bandwidth, but a narrower RBW is permitted to improve measurement accuracy. In consideration of this Rule Part, an RBW of 30 kHz was utilized for the following reasons: (1) The ETSI TS 25.141 emission masks are based on a 30 kHz RBW. (2) The fundamental bandwidth for a UMTS carrier is 5 MHz. At 1%, the RBW would be 50 kHz. However, the spectrum analyzer instrumentation RBWs that are available, in proximity to 50 kHz, are 30 kHz and 100 kHz. Therefore, 30 kHz would be the value that is closest to the 50 kHz target. Additional Response to Question 2. The UMTS system and RF carriers are designed to be compliant with the ETSI TS 25.141 Standard. This standard specifies a carrier emission mask based on a 30kHz RBW; it further specifies the measurement spectrum bandwidth to be +/- 12.5 MHz from the carrier center frequency for a total measurement span of 25 MHz for a single carrier. In accordance with Part 24.238 (b), an RBW of 1% of the Necessary Bandwidth (4.1 MHz) would be 41 kHz. However, we must measure at 30 kHz RBW for compliance with the ETSI TS 25.141 Standard. The instrumentation that we use for this measurement is the Rohde & Schwarz FSEM 30, which is driven by the Total Integrated Laboratory Environment (TILE) automated EMC test software. The selection of settable RBWs by this software file:///X|/A/ALCATEL-LUCENT_AS5/545UC8/cust%20reply%20-%2080324.txt (1 of 2)3/25/2008 9:45:44 AM file:///X|/A/ALCATEL-LUCENT_AS5/545UC8/cust%20reply%20-%2080324.txt are ... 9kHz, 10 kHz, 30 kHz, 100 kHz, 120 kHz, 300 kHz ...., etc. There is no intermediate RBW adjustment/setting possible between 30 kHz and 100 kHz. Since 41 kHz is closest to the preprogrammed 30 kHz RBW, that would be the best choice of RBW for this measurement. Regards, Mike Farina Phone: 973-386-4344 No virus found in this incoming message. Checked by AVG. Version: 7.5.519 / Virus Database: 269.21.8/1340 - Release Date: 3/23/2008 6:50 PM file:///X|/A/ALCATEL-LUCENT_AS5/545UC8/cust%20reply%20-%2080324.txt (2 of 2)3/25/2008 9:45:44 AM

TIMCO ENGINEERING INC. TCB & FCB 849 NW State Road 45 FCC Approvals Newberry, Florida 32669 Industry Canada Approvals http://www.timcoengr.com Notified Body for Europe 888.472.2424 F 352.472.2030 email: [email protected] 3/21/2008 MR. RUDOLPH PILLMEIER ALCATEL-LUCENT (WHIPPANY) 973-386-3837 973-386-3116 [email protected]; [email protected] SUBJECT: ALCATEL-LUCENT, INC. - FCC ID: AS5ONEBTS-18 REFERENCE: JOB 545UC8 Dear MR. PILLMEIER: This application is on hold until these questions are resolved. Please answer all question(s) together and only respond to [email protected]. Any other method will cause unnecessary delay. DO NOT HIT REPLY! Your response should be sent ONLY to [email protected]. Any additional exhibits that are sent should be UPLOADED at our web site – please do not attach files to your email. Responses should also contain the job number, applicant name and FCC ID of the device. If an acceptable response is not received within 2 weeks the job will be closed & there will be additional charges to reopen. ANSWER ALL QUESTIONS. Be sure to number or identify your answer with the corresponding question. If you are referring to another document, be sure to give the page number and paragraph reference where your response can be found. Thank you for your reply. However, based upon our review of your reply we have the following additional questions: 1. Item 2. of previous correspondence: Please revise your reply based on the following FCC KDB publication number: 890810 http://fjallfoss.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?id=20531&switch=P Publication Number: 890810 Rule Parts: 24E Publication Date: 03/26/2007 Keyword: Testing Emission Limitations for Part 24 Broadband section 24.200, bandwidth measurement, Personal Communications Service devices S:\TimcoOffice\ReportTemplate\Probonholdemail.doc Rev 1/5/06 First Category: Radio Service Rules Second Category: Part 24 Personal Communications Service Third Category: Question: If the emission bandwidth is 4.1 MHZ wide, 1% of this is 41 kHz; can a 30 kHz Resolution and Video BW to test the band edge be used? Answer: Measurements using narrower resolution bandwidths are acceptable and must sum the power from all contiguous reduced resolution bandwidths within the 1% or 1 MHz resolution specified (see below). An alternative is to add an additional correction factor of 10 Log (RBW1/ RBW2) to the 43 +10 Log (P) limit. RBW1 is the narrower measurement resolution bandwidth and RBW2 is either the 1% emissions bandwidth or 1 MHz. The out of band emission limits Section 24.238 outside of the operating frequency band available for PCS service section 24.229 for Broadband Personal Communication Services Section 24.200 has a power spectrum density limit of 43 +10 Log (P) below the transmitter power (P). In the adjacent 1 MHz bands above and below the operating frequency, the power spectrum density limit is based on a resolution bandwidth of 1% of the emission bandwidth. The emission bandwidth is measured between two frequencies points above and below the carrier center frequency of the unit- under-test’s emissions where all emission outside of these points is 26 dB below the total transmit power. An accepted practice for measuring the 26 dB points is to use a resolution bandwidth of 1% of the emission bandwidth. In all other bands outside of the operating frequency ranges, the power spectrum density limit is based on a frequency resolution of 1 MHz. ~~~~Previous correspondence 03/0/08~~~` 1. The following required exhibits were not received- Parts List, Tune Up Information, and Internal Photos. Please submit. Alternatively, please provide justification letter for each of these exhibits. The FCC EAS system forces us to upload a document (cover letter is Ok) for each of these types of exhibit. 2. Part 24.238(b) - Band-edges compliance: It appears that the plots in the test report were generated with resolution bandwidth of 30kHz, which is less than the allowed resolution bandwidth specified in this section: RBW > or = 1% of the emission bandwidth (i.e. measured 26dB below the transmitter power). Please provide evidence of compliance with 24.238(b). Sincerely, S:\TimcoOffice\ReportTemplate\Probonholdemail.doc Rev 1/5/06 Bruno Clavier Timco Engineering, Inc. S:\TimcoOffice\ReportTemplate\Probonholdemail.doc Rev 1/5/06

APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Page 1 of 2 67 Whippany Road Whippany, NJ 07981 Michael P. Farina Telephone: 973-386-4344 [email protected] March 20, 2008 TIMCO Engineering, Inc.: SUBJECT: ALCATEL-LUCENT, INC. - FCC ID: AS5ONEBTS-18 REFERENCE: JOB 545UC8 The following responses address each question listed below. 1. The following required exhibits were not received- Parts List, Tune Up Information, and Internal Photos. Please submit. Alternatively, please provide justification letter for each of these exhibits. The FCC EAS system forces us to upload a document (cover letter is Ok) for each of these types of exhibit. Response 1. There is no separate Parts List available. Parts and components are identified in the schematic diagrams, which are held confidential: Exhibit 08_Schematic_Diagram_AS5ONEBTS-18_CONFIDENTIAL.DOC There is no user tune-up information, procedures or features available. All tuning is performed by the manufacturer during, and as part of, the manufacturing process. Please refer to: Exhibit 03_ReqInfo_AS5ONEBTS-18.DOC, Page 3 of 5, Section 2.1033 (c)(9). The internal photographs, showing the component placement, are included in Exhibit 04_EquipPhoto_AS5ONEBTS- 18.DOC. This is compliant with Sec. 2.1033 Application for certification,. (7) A sufficient number of photographs to clearly show the exterior appearance, the construction, the component placement on the chassis, and the chassis assembly. 2. Part 24.238(b) - Band-edges compliance: It appears that the plots in the test report were generated with resolution bandwidth of 30kHz, which is less than the allowed resolution bandwidth specified in this section: RBW > or = 1% of the emission bandwidth (i.e. measured 26dB below the transmitter power). Please provide evidence of compliance with 24.238(b). Response 2. Part 24.238 (b) specifies an RBW at 1% of the fundamental emission bandwidth, but a narrower RBW is permitted to improve measurement accuracy. In consideration of this Rule Part, an RBW of 30 kHz was utilized for the following reasons: (1) The ETSI TS 25.141 emission masks are based on a 30 kHz RBW. (2) The fundamental bandwidth for a UMTS carrier is 5 MHz. At 1%, the RBW would be 50 kHz. However, the spectrum analyzer instrumentation RBWs that are available, in proximity to 50 kHz, are 30 kHz and 100 kHz. Therefore, 30 kHz would be the value that is closest to the 50 kHz target. APPLICANT: Alcatel-Lucent FCC ID: AS5ONEBTS-18 Page 2 of 2 3. Part 2.1033(c)(8): Please provide the dc voltages applied to and dc currents into the several elements of the final radio frequency amplifying device for normal operation over the power range. Alternatively, please point out location in exhibits already uploaded with this filing. Response 3. The EUT operates from an external DC source power of -48Vdc. However, the EUT incorporates a DC-to-DC power converter from -48Vdc to +31Vdc. The final RF amplifying device is the power amplifier. At maximum transmitted RF power at the antenna terminal, the power amplifier will operate from +31 Vdc input and 7.5 Adc input. Please refer to Exhibit 03_ReqInfo_AS5ONEBTS-18.DOC, Section 2.1033 (c)(8), Page 3 of 5. Sincerely, Michael P. Farina Member of Technical Staff Whippany FCC/EMC Compliance Group Telephone: 973-386-4344

APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 1 of 6 EXHIBIT 4: PHOTOGRAPHS OF THE EQUIPMENT Section 2.1033 (c)(12): Photographs 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. The UMTS 9341 RRH 40W 1900 MHz System, subject of this certification, is comprised of two separate modules interconnected by fiber optic cable: 1) the digital Base Band Unit (BBU), and 2) the RF Remote Radio Head (RRH). They have the flexibility of being installed either in close proximity to or remotely located from each other. The BBU has the capability of controlling up to 3 remotely located RRH units, via fiber optic cable, and incorporates the digital channel cards, reference oscillator module, T1/E1 and alarm interface, and the RF-to-Optical and Optical-to-RF conversion circuitry. The 1900 MHz RRH incorporates the Future Technology Radio (FTR1900), power amplifier (PA) and passive filter with single transmit (Tx) and diversity receive functionality (Rx0, Rx1). Photographs of the system equipment assembly and configuration and of the individual BBU and RRH components are shown in this exhibit. View Number 1: The RRH and BBU interconnected by fiber optic cable as a system. The RRH is floor mounted on a stand typical of test laboratory installation. The BBU is an outdoor model. This is the EMC test lab setup and configuration for conducted emissions measurement. APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 2 of 6 View Number 2: RRH removed from the floor stand to show the enclosure front, face plate and left side view. APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 3 of 6 View Number 3: RRH removed from the floor stand to show the enclosure rear and antenna terminal view. APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 4 of 6 View Number 4: RRH enclosure opened to show component placement. APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 5 of 6 View Number 5: BBU top, front and right side view showing 19” rack mounting brackets installed. APPLICANT: Alcatel-Lucent Exhibit 4 FCC ID: AS5ONEBTS-18 Alcatel-Lucent – Proprietary Us Pursuant To Company Instructions Page 6 of 6 View Number 6: BBU with cover removed to show component placement.

APPLICANT: Alcate…

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