Test Report LTE Part 15 - 27

FCC ID: H8NSS2FII

Test Report

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FCCID_3997669

Global Product Compliance Laboratory 600-700 Mountain Avenue Room 5B-108 Murray Hill, New Jersey 07974-0636 USA TESTING NVLAP LAB CODE: 100275-0 Test Report Regulation: FCC Part 15 and 27 Client: Nokia Mobility Product Evaluated: TMO V2 SOHO B2B4 (B4 LTE) with NB-IoT Guard band Report Number: TR-2018-0148-FCC15-27 Date Issued: August 31, 2018 This report shall not be reproduced, in whole or in part without the approval of Nokia Global Product Compliance Laboratory. This report must not be used by the recipient to claim product endorsement by NVLAP or any other agency of the U.S. Government.

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Table of Contents 1. SYSTEM INFORMATION AND REQUIREMENTS ............................................................................................ 4 1.1 INTRODUCTION ................................................................................................................................................. 5 1.2 PURPOSE AND SCOPE ........................................................................................................................................ 5 1.3 EUT DETAILS ................................................................................................................................................... 5 1.3.1 Test Requirements ............................................................................................................................... 5 1.4 REFERENCE DOCUMENTS, TEST SPECIFICATIONS & PROCEDURES ............................................................................ 6 1.4.1 Test Specifications ............................................................................................................................... 6 1.4.2 Procedures ............................................................................................................................................ 7 1.4.3 MEASUREMENT UNCERTAINTY ............................................................................................................ 7 1.5 EXECUTIVE SUMMARY ........................................................................................................................................ 8 1.6 TEST CONFIGURATION FOR ALL ANTENNA PORT MEASUREMENTS. ........................................................................... 8 2. FCC SECTION 2.1046 - RF POWER OUTPUT ................................................................................................ 9 2.1 RF POWER OUTPUT ........................................................................................................................................... 9 3. FCC SECTION 2.1047 - MODULATION CHARACTERISTICS ....................................................................... 11 3.1 MODULATION CHARACTERISTICS ....................................................................................................................... 11 4. FCC SECTION 2.1049 – OCCUPIED BANDWIDTH ....................................................................................... 12 4.1 OCCUPIED BANDWIDTH .................................................................................................................................... 12 4.2 OCCUPIED BANDWIDTH/ EDGE OF BAND EMISSIONS ............................................................................................ 14 4.2.1 Occupied Bandwidth Results. ............................................................................................................ 14 4.3 EDGE OF BAND EMISSIONS - SAMPLE PLOTS ....................................................................................................... 15 5. FCC SECTION 2.1051 - SPURIOUS EMISSIONS AT TRANSMIT ANTENNA PORT ....................................... 16 5.1 MEASUREMENT OF SPURIOUS EMISSIONS AT TRANSMIT ANTENNA PORT ................................................................. 16 5.1.1 Spurious Emissions at Transmit Antenna Port Sample Plots ......................................................... 17 5.1.2 Spurious Emissions at Transmit Antenna Port - Photographs ....................................................... 18 5.1.3 Spurious Emissions at Transmit Antenna Port - Test Equipment .................................................. 18 6. FCC SECTION 2.1053 AND PART 15.109 ................................................................................................... 19 6.1 SECTION 2.1053 FIELD STRENGTH OF SPURIOUS EMISSIONS .............................................................................. 19 6.2 FIELD STRENGTH OF SPURIOUS EMISSIONS - LIMITS ............................................................................................ 19 6.3 FIELD STRENGTH OF SPURIOUS EMISSIONS RESULTS ........................................................................................... 19 6.4 FIELD STRENGTH OF SPURIOUS EMISSIONS PHOTOGRAPHS .................................................................................. 26 6.5 FIELD STRENGTH OF SPURIOUS EMISSIONS TEST EQUIPMENT ............................................................................... 28 7. NVLAP CERTIFICATE OF ACCREDITATION ................................................................................................. 29 Nokia Use pursuant to Company Instructions 2

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Revisions Date Revision Section Change 8/29/2018 0 Initial Release 8/31/2018 1 Final review Nokia Global Product Compliance Laboratory represents to the client that testing was done in accordance with standard procedures as applicable, and that reported test results are accurate within generally accepted commercial ranges of accuracy in accordance with the scope of our NVLAP Accreditation. Nokia Global Product Compliance reports only apply to the specific samples tested. This report is the property of the client. This report shall not be reproduced except in full without the written approval of the Nokia Global Product Compliance Laboratory. Nokia Global Product Compliance Laboratory is accredited with the US Department of Commerce National Institute of Standards and Technology's National Voluntary Laboratory Accreditation Program (NVLAP) for satisfactory compliance with criteria established in Title 15, Part 7 Code of Federal Regulations for offering test services for selected test methods in Electromagnetic Compatibility; Voluntary Control Council for Interference (VCCI), Japan; Australian Communications and Media Authority (ACMA). Nokia Global Product Compliance Laboratory represents to the client that the laboratory’s accreditation or any of its calibration or test reports in no way constitutes or implies product certification, approval, or endorsement by NVLAP, NIST, or any agency of the federal government. Prepared By: Approved By: Signed: 8/31/2018 Signed: 8/31/2018 Nilesh Patel Raymond Johnson Compliance Engineer Technical Manager Reviewed By: Signed: 8/31/2018 Steve Gordon Compliance Engineer Nokia Use pursuant to Company Instructions 3

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 1. System Information and Requirements Equipment Under Test (EUT): TMO V2 SOHO B2B4 (B4 LTE) with NB-IoT Guard band Serial Number: Part 27 Testing: LBALLUASK 180306711 Part 15 Testing: LBALLUASK 180306783 Cell Name / Number Model: SSF2II Femtocell Multi-band SOHO FCC ID: H8NSS2FII Manufacturer: Askey Computer Corp 10F, No. 119, JIANKANG RD. ZHONGHE DIST. NEW TAIPEI CITY , 23585 Taiwan Company: NOKIA SOLUTIONS AND NETWORKS OY KARAPORTTI 3, FI-02610 ESPOO FINLAND Test Requirement(s): 47 CFR FCC Part 2, Part 15 and Part 27 Test Standard(s)  47 CFR FCC Parts 2, 27 and 15  KDB 971168 D01 Licensed DTS Guidance v02 June 4, 2013  KDB 662911 D01 Multiple Transmitter Output v02r01 Oct 2013 Reference(s)  ANSI C63.26 (2015)  ANSI C63.4 (2014) Measurement Procedure(s): FCC-IC-OBSC – GPCL FCC and IC Occupied Bandwidth and Spurious Emission Test Procedure 3-15-2016 FCC-IC-OB - GPCL Occupied Bandwidth and Power Measurement Test Procedure 12-4-2017 FCC-IC-SE - GPCL Spurious Emissions Test Procedure 12-4-2017 Test Date(s): July/August 2018 Test Performed By: Nokia Global Product Compliance Laboratory 600-700 Mountain Ave. P.O. Box 636 Murray Hill, NJ 07974-0636 Nokia Global Product Compliance Laboratories is accredited by the National Voluntary Laboratory Accreditation Program (NVLAP®) for specific services, listed on the Scope of Accreditation, for: Electromagnetic Compatibility and Telecommunications. This laboratory is accredited in accordance with the recognized International Standard ISO/IEC 17025:2005. This accreditation demonstrates technical competence for a defined scope and the operation of a laboratory quality management system (refer to joint ISO-ILAC-IAF Communiqué dated January 2009). NVLAP LAB CODE: 100275-0. Product Engineer(s): Obi Okorie, Ron Remy Lead Engineer Steve Gordon Test Engineer (s): Jaideep Yadav, Eugene Mitchell, Mike Soli Test Results: The TMO V2 SOHO B2B4 (B4 LTE) with NB-IoT Guard band, as tested met the above listed requirements. Report copies and other information not contained in this report are held by either the product engineer or in an identified file at the Global Product Compliance Laboratory in New Providence, NJ. Nokia Use pursuant to Company Instructions 4

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 1.1 Introduction This Conformity Assessment Report applies to the TMO V2 SOHO B2B4 (B4 LTE) with NB-IoT Guard band, hereinafter referred to as the Equipment Under Test (EUT). 1.2 Purpose and Scope The purpose of this document is to provide the testing data required for qualifying the EUT in compliance with FCC Parts 15 and 27, measured in accordance with the procedures set out in Section 2.1033 (c) (14) of the Rules. The EUT was tested for Class II Permissive change to add NB-IoT Guard Band. Only 10, 15, and 20 MHz bandwidths were qualified during this testing. 1.3 EUT Details 1.3.1 Test Requirements Nokia Use pursuant to Company Instructions 5

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Each required measurement is listed below: 47 CFR FCC Sections Description of Tests Test Required 2.1046 RF Power Output Yes 2.1047 Modulation Characteristics Yes 2.1049 (a) Occupied Bandwidth Yes (b) Out-of-Band Emissions 2.1051 Spurious Emissions at Antenna Terminals Yes 2.1053 Field Strength of Spurious Radiation Yes 1.4 Reference Documents, Test Specifications & Procedures A list of the applicable documents are provided in Section 1.0 1.4.1 Test Specifications  Title 47 Code of Federal Regulations, Federal Communications Commission Part 2  Title 47 Code of Federal Regulations, Federal Communications Commission Part 15.  Title 47 Code of Federal Regulations , Federal Communications Commission Part 27. Nokia Use pursuant to Company Instructions 6

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 1.4.2 Procedures 1. FCC-IC-0B and FCC-IC-SE 2. ANSI C63.4 (2014) entitled: “American National Standard for Methods of Measurement of Radio- Noise Emissions from Low Voltage Electrical and Electronic Equipment in the Range of 9kHz to 40 GHz”, American National Standards Institute, Institute of Electrical and Electronic Engineers, Inc., New York, NY 10017-2394, USA. 3. FCC KDB 971168 D01 Power Measurement Digital Systemsv02r02 Oct 2014 FCC KDB 662911 D01 Multiple Transmitter Output v02r01 Oct 2013 1.4.3 MEASUREMENT UNCERTAINTY The results of the calculations to estimate uncertainties for the several test methods and standards are shown in the Table below. These are the worst-case values. Worst-Case Estimated Measurement Uncertainties Expanded Frequency Standard, Method or Procedure Condition Uncertainty MHz (k=2) a. Classical Emissions, (e.g., ANSI Conducted Emissions 0.009 - 30 ±3.5 dB C63.4, CISPR 11, 14, 22, etc., using ESHS 30, Radiated Emissions 30 MHz – 200MHz H ±5.1 dB (AR-6 Semi-Anechoic 30 MHz – 200 MHz V ±5.1 dB Chamber) 200 MHz – 1000 MHz H ±4.7 dB 200 MHz – 1000 MHz V ±4.7 dB 1 GHz - 18 GHz ±3.3 dB Signal Expanded Uncertainty Antenna Port Test Bandwidth Frequency Range (k=2), Amplitude 10 Hz 9 kHz to 20 MHz Occupied Bandwidth, Edge of Band, 100 Hz 20 MHz to 1 GHz 1.78 dB Conducted Spurious Emissions 10 kHz to 1 MHz 1 GHz to 10 GHz 1MHz 10 GHz to 40 GHz: RF Power 10 Hz to 20 MHz 50 MHz to 18 GHz 0.5 dB Nokia Use pursuant to Company Instructions 7

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 1.5 Executive Summary Requirement Description Result 47 CFR FCC Parts 2 and 27 2.1046 RF Power Output COMPLIES Peak to Average Power Ratio 2.1047 Modulation Characteristics COMPLIES 2.1049 Occupied Bandwidth COMPLIES (a) Emissions Signal Bandwidth (b) Occupied Bandwidth/ Edge of Band Emissions 2.1051 Spurious Emissions at Antenna COMPLIES Terminals 2.1053 Field Strength of Spurious Radiation COMPLIES 1. COMPLIES - Passed all applicable tests. 2. N/A – Not Applicable. 3. NT – Not Tested. 1.6 Test Configuration for all Antenna Port Measurements. Nokia Use pursuant to Company Instructions 8

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 2. FCC Section 2.1046 - RF Power Output 2.1 RF Power Output This test is a measurement of the total RF power level transmitted at the antenna-transmitting terminal. The product was configured for test as shown in Figure 1.6 above and allowed to warm up and stabilize per KDB 971168 D01 and ANSI C63.26. Power measurements were made with a broadband Power Meter in the average mode. Before the testing was started, the Base Station was given a sufficient “warm-up” period as required. The Data is within the parameters as previously filed. NOTE: Only a sample of all the plots taken have been used in this report. The full suite of raw data resides at the MH, New Jersey location. Tabular Data – Low Guard Band Channel RF Power Modulation Bandwidth Bandwidth Bandwidth 10 MHz 15 MHZ 20 MHz Channel RF Power Channel RF Power Channel RF Power MHz dBm MHz dBm MHz dBm 64QAM 2115 20.64 NT NT 2120 20.58 2132.5 20.23 NT NT 2132.5 21.03 2150 21.32 NT NT 2145 20.9 QPSK+16QAM 2115 21.08 2117.5 21.04 2120 20.84 2132.5 21.46 2132.5 21.26 2132.5 20.93 2150 21.44 2147.5 21.17 2145 20.98 NT=Not Tested Tabular Data – High Guard Band Channel RF Power Modulation Bandwidth Bandwidth Bandwidth 10 MHz 15 MHZ 20 MHz Channel RF Power Channel RF Power Channel RF Power MHz dBm MHz dBm MHz dBm 64QAM 2115 20.29 NT NT 2120 20.48 2132.5 21.01 NT NT 2132.5 20.75 2150 20.59 NT NT 2145 20.87 QPSK+16QAM 2115 21.04 2117.5 20.92 2120 20.75 2132.5 21.22 2132.5 21.21 2132.5 20.9 2150 21.35 2147.5 21.12 2145 20.88 NT=Not Tested Nokia Use pursuant to Company Instructions 9

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Sample Plots – Channel RF Power Nokia Use pursuant to Company Instructions 10

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 3. FCC Section 2.1047 - Modulation Characteristics 3.1 Modulation Characteristics The product supports LTE FDD technologies. LTE utilizes Orthogonal Frequency Division Multiplexing (OFDM) which splits the carrier frequency bandwidth into many small subcarriers. Each individual subcarrier can be modulated with a combined QPSK + 16QAM, or 64QAM digital modulation formats. In QPSK, there are 4 possible symbol states and each symbol carries 2 bits of information. In 16QAM, there are 16 possible symbol states and each 16-QAM symbol carries 4 bits of information. In 64QAM, there are 64 possible symbol states and each 64-QAM symbol carries 6 bits of information. The higher-order modulations, where the constellations become more dense, are more sensitive to poor channel conditions than the lower- order modulation. The Narrow Band Internet of Things (NB-IoT) increases the power to a single data stream for a low data rate (Narrow Band) Internet of Things coverage. Spectrally it looks like a single peak at the edge of the transmit signal. The RF signal at the antenna port was demodulated and verified for correctness of the modulation signal used before each test was performed. For these products the operation with QPSK+16QAM and 64QAM modulation with NB-IoT was evaluated and verified. NOTE: Only a sample of all the data taken have been used in this report. The full suite of raw data resides at the MH, New Jersey location. QPSK QPSK+16QAM 64QAM Nokia Use pursuant to Company Instructions 11

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 4. FCC Section 2.1049 – Occupied Bandwidth 4.1 Occupied Bandwidth In 47CFR 2.1049 the FCC requires: “The occupied bandwidth, that is the frequency bandwidth such that, below its lower and above its upper frequency limits, the mean powers radiated are each equal to 0.5 percent of the total mean power radiated by a given emission shall be measured under the following conditions as applicable.” This required measurement is the 99% Occupied Bandwidth, also called the designated signal bandwidth and needs to be within the parameters of the products specified emissions designator. The -26 dB bandwidth values were also recorded. During these measurements it is customary to evaluate the Edge of Band emissions at block/band edges. The transmitted signal occupied bandwidth was measured using a Keysight MXA Signal Analyzer. All emissions were within the parameters as previously filed. Sample Charts are below. Tabular Data – Low Guard Band Occupied Bandwidth Modulation Bandwidth Bandwidth Bandwidth 10 MHz 15 MHZ 20 MHz Channel OBW Channel OBW Channel OBW MHz MHz MHz MHz MHz MHz 64QAM 2115 9.15 NT NT 2120 18.082 2132.5 9.1476 NT NT 2132.5 18.069 2150 9.154 NT NT 2145 18.093 QPSK+16QAM 2115 9.1485 2117.5 13.636 2120 18.058 2132.5 9.149 2132.5 13.624 2132.5 18.042 2150 9.1606 2147.5 13.631 2145 18.051 NT=Not Tested Tabular Data – High Guard Band Occupied Bandwidth Modulation Bandwidth Bandwidth Bandwidth 10 MHz 15 MHZ 20 MHz Channel OBW Channel OBW Channel OBW MHz MHz MHz MHz MHz MHz 64QAM 2115 9.4161 NT NT 2120 18.082 2132.5 9.1458 NT NT 2132.5 18.08 2150 9.1549 NT NT 2145 19.094 QPSK+16QAM 2115 9.1342 2117.5 13.621 2120 18.095 2132.5 9.1334 2132.5 13.62 2132.5 18.084 2150 9.1452 2147.5 13.628 2145 18.121 NT=Not Tested Nokia Use pursuant to Company Instructions 12

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Sample Plots – Occupied Bandwidth Nokia Use pursuant to Company Instructions 13

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 4.2 Occupied Bandwidth/ Edge of band Emissions The Edge of Band emissions of the EUT at the external antenna connector (EAC) were measured using a Keysight MXA Signal Analyzer . The RF power level was continuously measured using a RF broadband power meter. The RF output from the EAC port to spectrum analyzer was reduced (to an amplitude usable by the spectrum analyzer) by using a calibrated attenuator and test coupler. The path attenuation was offset on the display and the signal for single carrier was adjusted to the corrected RF power level for the resolution bandwidth used for the transmit signal. All mask values were adjusted based upon the designated signal bandwidth and measurement bandwidths. The Top of Mask corresponds to the set rated power level as confirmed by the RF power meter. 4.2.1 Occupied Bandwidth Results. The Occupied Bandwidth was measured for all three modulations, at each signal bandwidth and at left center and right side of band. The mask on the plots meet the Block Edge requirements as specified in 47CFR 27.53. All of the measurements met the requirements of Part 27.53 when measured per Part 2-1049. NOTE: Only a sample of all the data taken have been used in this report. The full suite of data resides at the MH, New Jersey location. Nokia Use pursuant to Company Instructions 14

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 4.3 Edge of band Emissions - Sample Plots 10 MHz Left Side of Band QPSK 10 MHz Right Side of Band QPSK 15 MHz Left Side of Band QPSK+16QAM 15 MHz Right Side of Band QPSK+16QAM 20 MHz Left Side of Band QPSK+16QAM 20 MHz Right Side of Band QPSK+16QAM Nokia Use pursuant to Company Instructions 15

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 5. FCC Section 2.1051 - Spurious Emissions at Transmit Antenna Port 5.1 Measurement of Spurious Emissions at Transmit Antenna Port Spurious Emissions at the transmit-antenna terminals were investigated over the frequency range of 10 MHz to beyond the 10th harmonic of the specific transmit band. For this band of operation, the measurements were performed up to 22GHz. Measurements were made using a Keysight MXA Signal Analyzer. The RF output from the transmitter was reduced (to an amplitude usable by the receivers) using calibrated attenuators. The RF power level was continuously monitored via a coupled RF Power Meter. The required emission limitation is specified as appropriate in 27.53. The measured spurious emission levels were plotted for the frequency range as specified in 2.1057. There were no reportable emissions. Data below documents performance up to 22 GHz. NOTE: Only a sample of all the data taken have been used in this report. The full suite of raw data resides at the MH, New Jersey location. Nokia Use pursuant to Company Instructions 16

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 5.1.1 Spurious Emissions at Transmit Antenna Port Sample Plots Nokia Use pursuant to Company Instructions 17

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 5.1.2 Spurious Emissions at Transmit Antenna Port - Photographs 5.1.3 Spurious Emissions at Transmit Antenna Port - Test Equipment Asset ID Manufacturer Type Description Model Serial Calibration Date Calibration Due Calibration Type Status Agilent MXA Signal 20Hz-26.5GHz Requires E1152 N9020A MY53420147 2017-03-13 2019-03-13 Active Technologies Analyzer Analyzer Calibration Calibration Not E130 Hewlett Packard HP-IB Extender HPIB Extender 37204 3212U23686 Active Required Nokia Use pursuant to Company Instructions 18

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 6. FCC Section 2.1053 and Part 15.109 6.1 Section 2.1053 Field Strength of Spurious Emissions Field strength measurements of radiated spurious emissions were made in 3m Semi-Anechoic Chambers the of Global Product Compliance Laboratories of Nokia Bell Labs in Murray Hill NJ. A complete description and full measurement data for the site is on file with the Commission (FCC File 515091). The spectrum from 30 MHz to beyond the tenth harmonic of the carrier, 26.5 GHz, was searched for spurious radiation. Measurements were made using both horizontally and vertically polarized broadband antennas. Per FCC regulations, the comparison of out of band spurious emissions directly to the limit is appropriately made using the substitution method. However, when the emissions are more than 20 dB below the specification limit, the use of field strength measurements for compliance determination is acceptable and those emissions are considered not reportable (Section 2.1053 and the FCC Interpretive database for 2.1053). For this case the evaluation of acceptable radiated field strength is as follows. 6.2 Field Strength of Spurious Emissions - Limits Sections 2.1053 and 27.53 contain the requirements for the levels of spurious radiation as a function of the level of the unmodulated carrier. The reference level for the unmodulated carrier is calculated as the field produced by an ideal dipole excited by the transmitter output power according to the following relation taken from Reference Data for Radio Engineers, page 676, 4th edition, IT&T Corp. E= [(30*P)1/2]/R 20 log (E*106) – (43 + 10 log P) = 82.23 dBV/m Where: E = Field Intensity in Volts/meter P = Transmitted Power in Watts R = Measurement distance in meters = 3 m The Part 27 Limit is 62.23 dBV/m at 3m and 91.77 dBV/m at 1m The Part 27 non-report level is 62.23 dBV/m at 3m. The FCC Part 15 Class B limit is 54 dBV/m at 3m. The calculated emission levels were found by: Measured level (dBV) + Cable Loss(dB)+Antenna Factor(dB) = Field Strength (dBV/m) 6.3 Field Strength of Spurious Emissions Results RESULTS: For compliance with 47CFR Parts 2 and 27, the field strength of any spurious radiation, measured at 3m, is required to be less than 82.23 dBV/meter (82.23 @ 3m). Emissions equal to or less than 62.23 dBV/meter at 3m are not reportable and may be verified using field strength measurements and broadband antennas. Over the out of band spectrum investigated from 30 MHz to beyond the tenth harmonic of the carrier (up to 26.5 GHz), one reportable spurious emissions was detected. The 6449.44 MHz emission at 62.66 dBV/m/MHz had 19.57 dB of margin to the limit. A representative set of measurement scans are included below. Nokia Use pursuant to Company Instructions 19

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T12 RADIATED EMISSIONS 30 MHz – 200 MHz FCCB_64QAM Results Title: RE 30M-200 MHz Bicon-Log 3m File Name: c:\program files\emisoft - vasona\results\2018-148\T12 RE 30 MHz - 200 MHz FCCB.emi Test Laboratory: GPCL AR6MH 23C 67%RH, 995mB Test Engineer: SEG Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V1 B@B$ (B4 LTE) Model: 9961 Home Cell VI; P/N: 3JRO9051ABEC; S/N: LBALLUASK171100867 Rev:02 ; FCC ID:H8N9961V1. TX Output: 2115 MHz, 10 MHz BW, 64QAM, 20 dBm, NB-IOT, Guardband. TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 64QAM, 21 dBm, NB-IOT , Guard band Configuration: Radiated Emissions 30MHz -200 MHz FCC Part 15 B Class B, RCVR E908, Preamp E512, 6dB pad(E889), Bicon Antenna E051, 3M Distance offset, ESI- Preview BW (30 kHz RBW/ 30 KHz VBW); Formal BW (default). Analyzer Reference Level: 100 dBuV, Internal Attenuation: 10 dB. Project 2018-0148 / 147 Date: 2018-08-24 11:11:49 Formal Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 48.026 44.64 6.77 -21 30.45 Quasi Max V 125 158 40 -9.55 Pass 60.529 41.2 6.86 -22.8 25.25 Quasi Max V 150 168 40 -14.75 Pass 56.707 40.48 6.83 -22.3 24.99 Quasi Max V 192 151 40 -15.01 Pass 77.553 39.73 7.05 -24.3 22.47 Quasi Max V 188 9 40 -17.53 Pass 33.994 31.48 6.75 -18.7 19.56 Quasi Max V 113 40 40 -20.44 Pass 35.299 31.56 6.75 -18.9 19.44 Quasi Max V 294 1 40 -20.56 Pass Preview Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 48.0842 50.82 6.77 -21 36.61 Preview V 105 90 40 -3.39 Pass 56.6453 51.11 6.83 -22.3 35.64 Preview V 205 0 40 -4.36 Pass 35.3868 47.13 6.75 -18.9 35.01 Preview V 105 45 40 -4.99 Pass 33.9439 44.53 6.75 -18.7 32.62 Preview V 105 45 40 -7.38 Pass 77.4228 49.23 7.04 -24.3 32 Preview V 205 0 40 -8 Pass 60.5892 47.79 6.86 -22.8 31.82 Preview V 105 270 40 -8.18 Pass 125.038 45.89 7.51 -19.9 33.53 Preview V 105 180 43.5 -9.97 Pass 80.3086 47.23 7.09 -24.8 29.54 Preview V 105 135 40 -10.46 Pass 84.9259 46.52 7.16 -24.7 28.99 Preview V 105 135 40 -11.01 Pass 128.693 42.77 7.53 -19.7 30.64 Preview V 105 135 43.5 -12.86 Pass 199.218 39.3 7.83 -17.9 29.26 Preview H 190 270 43.5 -14.24 Pass 191.976 39.45 7.81 -18.3 28.93 Preview H 105 270 43.5 -14.57 Pass 183.535 39.37 7.78 -19.1 28.1 Preview H 105 270 43.5 -15.4 Pass 142.641 39.45 7.6 -19.3 27.78 Preview V 105 45 43.5 -15.72 Pass 177.96 38.8 7.75 -19.4 27.17 Preview H 190 270 43.5 -16.33 Pass 176.762 38.87 7.75 -19.5 27.16 Preview H 105 270 43.5 -16.34 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 20

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T11 RADIATED EMISSIONS 200 MHz 1 GHz FCCB_64QAM Results Title: RE 30M-1GHz Bicon-Log 3m File Name: c:\program files\emisoft - vasona\results\2018-0148\T11 RE 200 MHz - 1 GHz FCCB.emi Test Laboratory: GPCL AR6MH 23C 67%RH, 995mB Test Engineer: MJS / SEG Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V1 B@B$ (B4 LTE) Model: 9961 Home Cell VI; P/N: 3JRO9051ABEC; S/N: LBALLUASK171100867 Rev:02 ; FCC ID:H8N9961V1. TX Output: 2115 MHz, 10 MHz BW, 64QAM, 20 dBm, NB-IOT, Guardband . TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 64QAM, 21 dBm, NB-IOT , Guard band Configuration: Radiated Emissions 200MHz -1GHz FCC Part 15 B Class B, RCVR E908, Preamp E512, 6dB pad(E889), Log-Periodic Antenna E060, 3M Distance offset, ESI- Preview BW (30 kHz RBW/ 30 KHz VBW); Formal BW (default). Analyzer Reference Level: 100 dBuV, Internal Attenuation: 10 dB. Project 2018-0148 / 147 Date: 2018-08-24 08:46:39 Formal Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 860.164 38.27 9.85 -8.35 39.77 Quasi Max H 104 185 46 -6.23 Pass 556.79 41.55 8.99 -12.8 37.77 Quasi Max V 100 309 46 -8.23 Pass 595.178 39.69 9.1 -12.2 36.58 Quasi Max V 117 312 46 -9.42 Pass 491.523 39.66 8.79 -12.6 35.83 Quasi Max V 126 299 46 -10.17 Pass 415.994 41.77 8.56 -15.5 34.86 Quasi Max V 115 109 46 -11.14 Pass 397.317 39.69 8.5 -15.7 32.44 Quasi Max V 139 226 46 -13.56 Pass Preview Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 860.14 39.9 9.85 -8.35 41.39 Preview H 105 180 46 -4.61 Pass 397.359 46.99 8.5 -15.7 39.75 Preview V 105 135 46 -6.25 Pass 556.846 43.32 8.99 -12.8 39.55 Preview V 105 315 46 -6.45 Pass 595.323 42.17 9.1 -12.2 39.06 Preview V 105 315 46 -6.94 Pass 416.02 45.1 8.56 -15.5 38.18 Preview V 105 90 46 -7.82 Pass 491.531 41.06 8.79 -12.6 37.23 Preview V 105 270 46 -8.77 Pass 633.607 39.13 9.2 -11.6 36.73 Preview V 105 135 46 -9.27 Pass 576.084 39.92 9.04 -12.5 36.48 Preview V 105 315 46 -9.52 Pass 710.369 36.83 9.4 -10.1 36.09 Preview V 105 0 46 -9.91 Pass 489.703 39.61 8.78 -12.7 35.67 Preview V 105 315 46 -10.33 Pass 643.419 37.71 9.23 -11.5 35.48 Preview V 105 0 46 -10.52 Pass 604.749 38.2 9.12 -12.1 35.27 Preview V 105 315 46 -10.73 Pass 691.226 36.31 9.34 -10.6 35.1 Preview V 105 0 46 -10.9 Pass 652.846 36.89 9.25 -11.3 34.83 Preview V 105 135 46 -11.17 Pass 527.892 38.94 8.9 -13.1 34.75 Preview V 105 315 46 -11.25 Pass 748.846 35.03 9.52 -9.81 34.74 Preview H 105 225 46 -11.26 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 21

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T6a RADIATED EMISSIONS 1G-3.5GHz FCC B V2 Results Title: Radiated E 3m 1GHz-18GHz File Name: c:\program files\EMISoft - vasona\results\2018-0148 v2 femtocell\T6a RE 1G-3.5G_FCCB V2.emi Test Laboratory: GPCL AR5-MH 22C, 67%RH, 996mB Test Engineer: EEM / GM / MJS Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 256QAM, 21 dBm, NB-IOT , Guard band "Upper" [Project 2018-0148] Configuration: Radiated Emissions 1 -3.5 GHz FCC Part 15 B Class B, RCVR E954, Preamp E1166, 10dB pad(E583), Horn Antenna E0573, 3M Distance offset, ESU using Peak and Average Detector. Driver Modified to address overload condition (30dB for formals); Preview BW (100 kHz RBW/ 3000 KHz VBW); Formal BW (1MHz RBW). Analyzer Reference Level: 115 dBuV, Internal Attenuation: 20 dB. Official Scan #1 Project 2018-0148 Date: 2018-07-25 18:16:45 Formal Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 2154.52 106.04 13.75 -9.87 109.92 Average V 114 218 54 55.92 N/A 2154.52 104.46 13.75 -9.87 108.33 Average V 107 274 54 54.33 N/A 2155 100.13 13.75 -9.87 104 Average V 154 226 54 50 N/A 2154.52 118.17 13.75 -9.87 122.04 Peak V 114 218 74 48.04 N/A Authorized 2154.52 116.97 13.75 -9.87 120.84 Peak V 107 274 74 46.84 N/A Transmit 2155 112.26 13.75 -9.87 116.13 Peak V 154 226 74 42.13 N/A Carrier 2158.22 67.52 13.75 -9.87 71.4 Average V 118 214 54 17.4 N/A 2158.22 87.29 13.75 -9.87 91.17 Peak V 118 214 74 17.17 N/A 2162.72 75.95 13.76 -9.88 79.83 Peak V 117 285 74 5.83 N/A 2162.72 50.3 13.76 -9.88 54.19 Average V 117 285 54 0.19 N/A 1843.2 48.95 13.42 -10.9 51.48 Average V 312 8 54 -2.52 Pass 2453.02 43.41 14.14 -10 47.52 Average V 234 101 54 -6.48 Pass 2453.02 57.5 14.14 -10 61.61 Peak V 234 101 74 -12.39 Pass 1843.2 58.45 13.42 -10.9 60.99 Peak V 312 8 74 -13.01 Pass 1597.44 58.17 13.23 -12.8 58.6 Peak V 280 175 74 -15.4 Pass 1597.44 -0.43 13.23 -12.8 0 Average V 280 175 54 -54 Pass Preview Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 2155 103.34 13.75 -9.87 107.22 Preview V 202 225 54 53.22 Fail 2158.22 61.58 13.75 -9.87 65.46 Preview V 102 225 54 11.46 Fail 2162.72 54.97 13.76 -9.88 58.85 Preview V 102 270 54 4.85 Fail 1843.28 48.46 13.42 -10.9 50.99 Preview V 302 0 54 -3.01 Pass 1597.75 46.62 13.23 -12.8 47.05 Preview V 202 180 54 -6.95 Pass 2454.52 42.52 14.14 -10 46.63 Preview V 202 180 54 -7.37 Pass 3398.06 39.3 14.57 -7.98 45.89 Preview V 102 225 54 -8.11 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 22

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T9b RADIATED EMISSIONS 3.5 GHz – 10 GHz FCC Class B_64QAM Results Title: Radiated Emissions 3m 3.5GHz-18GHz File Name: c:\program files\EMISoft - vasona\results\2018-0148 v2 femtocell\T9b 3.5G-10G 64QAM.emi Test Laboratory: GPCL AR5-MH 22C, 64%RH, 996mB Test Engineer: GM Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 64QAM, 21 dBm, NB-IOT , Guard band Mitigation: Split-Core Ferriter Material was added tot he Ribbon Cable which interfaces Debug Board and the EU.T. Debug Cable and Debug Board was encapsulated with Copper Tape over insulating Material. Configuration: Radiated Emissions 3.5GHz -10GHz FCC Part 15 B Class B, RCVR E1190, Preamp E1166, HPF(E986), Horn Antenna E0573, 3M Distance offset, ESU using Peak and Average Detector. Preview BW (100 kHz RBW/ 3000 KHz VBW); Formal BW (1MHz RBW). Analyzer Reference Level: 100 dBuV, Internal Attenuation: 20 dB. Non-Official Scan, Project 2018-0148 Date: 2018-08-17 13:17:33 Formal Data Part 27 Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 6449.44 58.73 6.6 -2.67 62.66 AvgMax V 198 343 82.23 -19.57 Pass Reportable 8600.01 50.69 6.73 -1.16 56.26 AvgMax V 123 203 82.23 -25.97 Pass 8599.96 50.28 6.73 -1.16 55.85 AvgMax V 128 202 82.23 -26.38 Pass 8602.65 50.14 6.72 -1.15 55.71 AvgMax V 211 189 82.23 -26.52 Pass 7000 48.59 7.17 -1.85 53.91 AvgMax V 118 350 82.23 -28.32 Pass 7000 46.26 7.17 -1.85 51.58 AvgMax V 109 352 82.23 -30.65 Pass 7000.02 46.26 7.17 -1.85 51.58 AvgMax V 102 352 82.23 -30.65 Pass 7000.22 47.88 7.17 -1.85 53.2 AvgMax V 101 346 82.23 -29.03 Pass 5245.39 45.07 5.21 -4.4 45.88 AvgMax V 254 301 82.23 -36.35 Pass Preview Data Part 15 Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 6448.6 53.81 6.6 -2.67 57.73 Preview V 102 352 54 3.73 N/A 8600.24 50.24 6.73 -1.16 55.81 Preview V 102 198 54 1.81 N/A 6459.86 48.57 6.61 -2.67 52.52 Preview V 102 0 54 -1.48 Pass 6999.98 46.22 7.17 -1.85 51.54 Preview V 102 330 54 -2.46 Pass 8602.65 44.31 6.72 -1.15 49.88 Preview V 102 198 54 -4.12 Pass 5245.39 46.52 5.21 -4.4 47.33 Preview V 102 44 54 -6.67 Pass 5238.96 46.14 5.2 -4.41 46.94 Preview V 102 198 54 -7.06 Pass 8613.9 38.92 6.71 -1.14 44.48 Preview V 102 198 54 -9.52 Pass 5230.12 42.7 5.19 -4.42 43.48 Preview V 102 198 54 -10.52 Pass 9891.44 36.28 6.55 -0.17 42.66 Preview V 390 176 54 -11.34 Pass 5218.87 40.87 5.18 -4.44 41.62 Preview V 102 44 54 -12.38 Pass 5225.3 40.81 5.19 -4.43 41.57 Preview V 102 44 54 -12.43 Pass 5221.28 39.85 5.19 -4.44 40.6 Preview V 102 66 54 -13.4 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 23

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T10 RADIATED EMISSIONS 10 GHz – 18 GHz FCC B_64QAM Results Title: Radiated E 3m 1GHz-18GHz File Name: c:\program files\emisoft - vasona\results\2018-0148 v2 femtocell\t10 10g-18g 64qam.emi Test Laboratory: GPCL AR5-MH 22C, 64%RH, 996mB Test Engineer: SEG / MJS Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 64QAM, 21 dBm, NB-IOT , Guard band Mitigation: Split-Core Ferrite Material was added tot he Ribbon Cable which interfaces Debug Board and the EU.T. Debug Cable and Debug Board was encapsulated with Copper Tape over insulating Material. Configuration: Radiated Emissions 10GHz -18GHz FCC Part 15 B Class B, RCVR E1190, Preamp E1166, HPF(E988), Horn Antenna E393, 3M Distance offset, ESI-1G using Peak and Average Detector. Preview BW (30 kHz RBW/ 3000 KHz VBW); Formal BW (1MHz RBW). Analyzer Reference Level: 100 dBuV, Internal Attenuation: 10 dB. Project 2018-0148 Date: 2018-08-22 08:07:43 Formal Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 17993.7 40.93 10.11 10 61.04 Peak H 148 206 74 -12.96 Pass 12900 46.02 8.32 2.41 56.75 Peak V 227 161 74 -17.25 Pass 13999.9 40.52 8.6 5.92 55.04 Peak V 209 176 74 -18.96 Pass 12419.2 45.63 8.15 1.29 55.07 Peak H 284 252 74 -18.93 Pass 12562.2 43.65 8.2 1.5 53.35 Peak H 134 347 74 -20.65 Pass 17993.7 28.41 10.11 10 48.52 AvgMax H 148 206 54 -5.48 Pass 12900 39.7 8.32 2.41 50.44 AvgMax V 227 161 54 -3.56 Pass 13999.9 31 8.6 5.92 45.52 AvgMax V 209 176 54 -8.48 Pass 12419.2 32.32 8.15 1.29 41.76 AvgMax H 284 252 54 -12.24 Pass 12562.2 31.71 8.2 1.5 41.41 AvgMax H 134 347 54 -12.59 Pass Preview Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 17984.8 29.9 10.1 9.94 49.95 Preview H 190 242 54 -4.05 Pass 12900.3 38.51 8.32 2.42 49.24 Preview V 202 154 54 -4.76 Pass 13999.8 30.73 8.6 5.92 45.25 Preview V 202 176 54 -8.75 Pass 12419.2 32.56 8.15 1.29 42 Debug H 100 355 54 -12 Pass 12562.2 30.68 8.2 1.5 40.38 Debug H 100 355 54 -13.62 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 24

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band T18+ RADIATED EMISSIONS 18 GHz – 26.5 GHz Results Title: Radiated Emissions 1m 18GHz-26.5GHz File Name: c:\program files\emisoft - vasona\results\2018-0148 v2 femtocell\RE18-26.5GHz V2.emi Test Laboratory: GPCL AR5-MH 22C, 67%RH, 996mB Test Engineer: EEM Test Software: Vasona by EMISoft, version 2.161 Equipment: Nokia EUT Details: TMO V2 SOHO B2B4 (B4 LTE) Part 15/Part 27 Also identified as 4G LTE Cell Spot V2V2 Model: SS2FII Femtocell Multiband SOHO [ S/N:LBALLUAK180306783]; FCC ID: H8NSS2FII; TX Output: 2150 MHz, 10 MHz BW, 256QAM, 21 dBm, NB-IOT , Guardband "Upper" [Project 2018-0148] Configuration: Radiated Emissions 1 -3.5 GHz FCC Part 15 B Class B, RCVR E954, Preamp E1166, HPF(E1235), Horn Antenna E0573, 3M Distance offset, ESU using Peak and Average Detector. Driver Modified to address overload condition ; Preview BW (100 kHz RBW/ 3000 KHz VBW); Formal BW (1MHz RBW).. Analyzer Reference Level: 115 dBuV, Internal Atten: 10 dB . Offical Scan #1 Project 2018-0148 Date: 2018-07-25 10:59:57 Formal Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 26470.1 25.17 12.79 11.08 49.04 AvgMax V 129 255 91.77 -42.73 Pass 26487.3 25.06 12.83 11.12 49.01 AvgMax V 163 81 91.77 -42.76 Pass 26299.7 25.67 12.36 10.59 48.62 AvgMax V 195 142 91.77 -43.15 Pass 25622.9 27.76 11.29 9.36 48.41 AvgMax V 192 147 91.77 -43.36 Pass 25254.6 28.24 11.03 8.97 48.24 AvgMax V 99 247 91.77 -43.53 Pass 25072.1 28.19 10.91 8.76 47.86 AvgMax V 167 328 91.77 -43.91 Pass 23579 27.8 9.93 7.96 45.69 AvgMax H 157 51 91.77 -46.08 Pass 21480.4 27.82 8.48 8.21 44.51 AvgMax H 123 25 91.77 -47.26 Pass Preview Data Frequency. Raw Cable Factor Level Emission Pol Ht. Az. Limit Margin Pass MHz dBuV dB dB dBuV/m Type H/V cm Deg. dBuV/m dB /Fail Comments 26470.1 37.46 12.79 11.08 61.32 Preview V 152 135 69.5 -8.18 Pass 26487.3 35.71 12.83 11.12 59.67 Preview V 102 45 69.5 -9.83 Pass 26299.7 36.5 12.36 10.59 59.45 Preview V 200 180 69.5 -10.05 Pass 25072.1 37.32 10.91 8.76 56.99 Preview V 200 352 69.5 -12.51 Pass 25254.6 36.32 11.03 8.97 56.32 Preview V 200 90 69.5 -13.18 Pass 25156.9 36.19 10.97 8.86 56.02 Preview H 200 270 69.5 -13.48 Pass 24394.6 35.99 10.18 8 54.17 Preview V 102 270 69.5 -15.33 Pass 23143.9 35.11 10.17 8.05 53.33 Preview H 200 0 69.5 -16.17 Pass 24258.4 35.31 10.03 7.9 53.24 Preview V 102 180 69.5 -16.26 Pass 23026.9 34.8 10.24 8.07 53.1 Preview H 200 270 69.5 -16.4 Pass 23222.3 34.73 10.13 8.04 52.9 Preview H 200 135 69.5 -16.6 Pass 23206.2 34.46 10.14 8.04 52.64 Preview V 152 0 69.5 -16.86 Pass 22962.6 34.29 10.2 8.08 52.58 Preview H 200 270 69.5 -16.92 Pass 22933.7 34.31 10.16 8.09 52.56 Preview H 200 270 69.5 -16.94 Pass 21480.4 27.82 8.48 8.21 44.52 AvgMax H 123 25 69.5 -24.98 Pass 20109.5 40.25 8 8.02 56.27 Peak V 193 245 89.5 -33.23 Pass 23579 34.32 9.93 7.96 52.22 Preview H 200 90 69.5 -17.28 Pass Note: Preview data was measured using a peak detector to identify frequencies of interest for formal measurement. Formal data consist of all frequencies in the preview list within 6 dB of specification limit or the top six frequencies. Failure in preview data does not necessarily constitute failure in formal data. Nokia Use pursuant to Company Instructions 25

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 6.4 Field Strength of Spurious Emissions Photographs Nokia Use pursuant to Company Instructions 26

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band Nokia Use pursuant to Company Instructions 27

Conformity Assessment Report Global Product Compliance Laboratory Report No.: TR-2018-0148-FCC15-27 Product: TMO V2 SOHO B2B4 (B4 LTE) w/ NB-IoT Guard band 6.5 Field Strength of Spurious Emissions Test Equipment Calibration Calibration Asset ID Manufacturer Type Description Model Serial Calibration Due Status Date Type Multi- EMC Test Calibration Not E1105 Device 2090 1600 Active Systems Required Controller Biconical Requires E051 EMCO 3109 2187 2016-12-01 2018-12-01 Active Antenna Calibration Log Periodic Requires E060 EMCO Log periodic antenna 3146 1458 2016-12-06 2018-12-06 Active Antenna Calibration Barometric E1321 Extech Data Logger Pressure/Humidity/Temperature SD700 A075782 Active Datalogger Rohde & Test EMI (20Hz to 40 GHz)-150 Requires E908 ESIB40 100100 2018-03-12 2020-03-12 Active Schwarz Receiver +30dBM Calibration Sonoma Requires E512 Instrument Amplifier 9KHz-1GHz 310N 185826 2018-03-27 2020-03-27 Active Calibration Co. Requires E889 Weinschel Attenuator 6 dB DC-18GHz 5 Watt 2-6 BX3438 2018-05-23 2020-05-23 Active Calibration Agilent Requires E1166 Amplifier Pre-Amplifier 1-26.5GHz 8449B 3008A01740 2016-02-25 2018-07-25 Active Technologies Calibration Multi- EMC Test Calibration Not E555 Device 2090 1577 Active Systems Required Controller Horn Requires E057 EMCO Double Ridged Horn 1-18 GHz 3115 9006-3460 2017-05-24 2019-05-24 Active Antenna Calibration Calibration Not RLC High Pass E1235 High Pass filter 5GHz to 26GHz F-19413 1446-006 Required, Must Active Electronics Inc Filter Be Verified Rohde & Test EMI 20Hz - 40GHz -155 dBm Requires E954 ESU40 100246 2016-12-05 2018-12-05 Active Schwarz Receiver +30 dBm Calibration Requires E583 Weinschel Attenuator 10dB 25W DC-18 GHz 46-10-34 BL7552 2018-05-23 2020-05-23 Active Calibration Nokia Use pursuant to Company Instructions 28

United States Department of Commerce nviad National Institute of Standards and Technology Certificate of Accreditation to ISO/IEC 17025:2005 NVLAP LAB CODE: 100275—0 Nokia, Global Product Compliance Lab Murray Hill, NJ is accredited by the National Voluntary Laboratory Accreditation Program for specific services, listed on the Scopeof Accreditation, for: Electromagnetic Compatibility & Telecommunications This laboratory is accredited in accordance with the recognized International Standard ISO/IEC 17025:2005. This accreditation demonstrates technical competence for a defined scope and the operation of a laboratory quality management system (refer to joint ISO—!LAC—IAF Communique dated January 2009). 2017—08—17 through 2018—09—30 Effective Dates For the National Vclurtéq,l:bboraté%Accreditatlbn Program ¥2


Document Created: 2018-09-01 04:11:22
Document Modified: 2018-09-01 04:11:22
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