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FCC ID: APV-4530LAW

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Test report 356782-1TRFWL Date of issue: October 22, 2018 Applicant:F CalAmp Product: Vehicle Device Model: TTU4530LAW FCC ID: APV-4530LAW IC: 5843C-4530LAW Specifications:  FCC 47 CFR Part 15, Subpart C – §15.207 Conducted limits.  FCC 47 CFR Part 15, Subpart C – §15.209 Radiated emission; general requirements. Nemko USA Inc., a testing laboratory, is accredited by NVLAP. The tests included in this report www.nemko.com are within the scope of this accreditation. Report reference ID: 356782-1TRFWL

Lab and test locations Company name Nemko USA Inc. Address 2210 Faraday Ave, Suite 150 City Carlsbad State California Postal code 92008 Country USA Telephone +1 760 444 3500 Website www.nemko.com FCC Site Number Test Firm Registration Number: 392943 Designation Number: US5058 ISED Test Site 2040B-3 Tested by Martha Espinoza Reviewed by Juan Manuel Gonzalez/Business Development Manager Review date 10/22/18 Reviewer signature Limits of responsibility Note that the results contained in this report relate only to the items tested and were obtained in the period between the date of initial receipt of samples and the date of issue of the report. This test report has been completed in accordance with the requirements of ISO/IEC 17025. All results contain in this report are within Nemko USA’s ISO/IEC 17025 accreditation. Copyright notification Nemko USA Inc. authorizes the applicant to reproduce this report provided it is reproduced in its entirety and for use by the company’s employees only. Any use which a third party makes of this report, or any reliance on or decisions to be made based on it, are the responsibility of such third parties. Nemko USA Inc. accepts no responsibility for damages, if any, suffered by any third party as a result of decisions made or actions based on this report. © Nemko USA Inc. Report reference ID: 356782-1TRFWL Page 2 of 34

Table of Contents Table of Contents ......................................................................................................................................................................................................... 3 Report summary ................................................................................................................................................................................. 4 1.1 Test specifications .................................................................................................................................................................................................... 4 1.2 Test methods ............................................................................................................................................................................................................ 4 1.3 Exclusions ................................................................................................................................................................................................................. 4 1.4 Statement of compliance .......................................................................................................................................................................................... 4 1.5 Test report revision history....................................................................................................................................................................................... 4 Summary of test results ...................................................................................................................................................................... 5 2.1 Radiated Emissions in simultaneous transmission. ................................................................................................................................................... 5 Equipment under test (EUT) details ..................................................................................................................................................... 6 3.1 Applicant................................................................................................................................................................................................................... 6 3.2 Manufacturer............................................................................................................................................................................................................ 6 3.3 Sample information .................................................................................................................................................................................................. 6 3.4 EUT information ....................................................................................................................................................................................................... 6 3.5 EUT exercise and monitoring details ........................................................................................................................................................................ 6 3.6 EUT setup details ...................................................................................................................................................................................................... 7 Engineering considerations ................................................................................................................................................................. 8 4.1 Modifications incorporated in the EUT ..................................................................................................................................................................... 8 4.2 Technical judgment .................................................................................................................................................................................................. 8 4.3 Deviations from laboratory tests procedures ........................................................................................................................................................... 8 Test conditions ................................................................................................................................................................................... 9 5.1 Atmospheric conditions ............................................................................................................................................................................................ 9 5.2 Power supply range .................................................................................................................................................................................................. 9 Measurement uncertainty ................................................................................................................................................................ 10 6.1 Uncertainty of measurement ................................................................................................................................................................................. 10 Terms and definitions ....................................................................................................................................................................... 11 Testing data ...................................................................................................................................................................................... 13 8.1 Radiated emission limits; Intentional Radiators...................................................................................................................................................... 13 8.2 Conducted limits. .................................................................................................................................................................................................... 25 Block diagrams of test set-ups ........................................................................................................................................................... 32 9.1 Radiated emissions set-up ...................................................................................................................................................................................... 32 9.2 Conducted emissions set-up ................................................................................................................................................................................... 33 Report reference ID: 356782-1TRFWL Page 3 of 34

Report summary 1.1 Test specifications FCC 47 CFR Part 15, Subpart C – §15.207 Conducted limits. FCC 47 CFR Part 15, Subpart C – §15.209 Radiated emission; general requirements. 1.2 Test methods ANSI C64.10-2013 American National Standard of Procedures for Compliance Testing of Unlicensed Wireless Devices 1.3 Exclusions None 1.4 Statement of compliance In the configuration tested, the EUT was found compliant. Testing was performed against all relevant requirements of the test standard. Results obtained indicate that the product under test complies in full with the requirements tested. The test results relate only to the items tested. See “Summary of test results” for full details. 1.5 Test report revision history Table 1.5-1: Test report revision history Revision # Details of changes made to test report 362578-1TRFWL Original report issued Notes: Report reference ID: 356782-1TRFWL Page 4 of 34

Summary of test results 2.1 Radiated Emissions in simultaneous transmission. Table 2.1-1: FCC 47 CFR Part 15, Subpart C §15.207 & §15.209 Test description Verdict FCC 15.209 - Radiated disturbance Pass FCC 15.207 - Conducted disturbance Pass Notes: Report reference ID: 356782-1TRFWL Page 5 of 34

Equipment under test (EUT) details 3.1 Applicant Company name CalAmp Address 2177 Salk Avenue, Suite 200 City Carlsbad Province/State CA Postal/Zip code 92008 Country USA 3.2 Manufacturer Company name CalAmp Address 2177 Salk Avenue, Suite 200 City Carlsbad Province/State CA Postal/Zip code 92008 Country USA 3.3 Sample information Receipt date October 12, 2018 Nemko sample ID number 362578 3.4 EUT information Product name Vehicle device Model TTU4530LAW Model variant N/A Serial number IMEI: 123456789012345 Power requirements 12 VDC Description/theory of operation This telematic gateway provide various connectivity options (Wi-fi, LTE, W-CDMA, GPS) for different applications, including expanded access into vehicle networks. EUT contains FCC ID #1: QIPELS61-US & FCC ID #2: PVH0965 . Operational frequencies Wi-fi 2432 GHz & 5.2 GHz, W-CDMA 1852.4 MHz, LTE 1850-1910 MHz Software details N/A 3.5 EUT exercise and monitoring details For this test the telematic gateway (EUT) was set to transmit in a continuous with Wi-Fi (2.4GHZ or 5 GHz) and cellular (LTE or W-CDMA). The Wi-Fi signal was enabled by Ublox tool while the cellular was controlled with a R&S wideband radio communication tester(CMW500). LTE, W-CDMA and Wi-fi signals were monitoring through a spectrum analyzer. Report reference ID: 356782-1TRFWL Page 6 of 34

3.6 EUT setup details Table 3.6-1: EUT interface ports Description Qty. Serial port 2 Table 3.6-2: Support equipment Description Brand name Model/Part number Serial number Rev. Laptop Dell Inspiron 15-5548 N/A AC Adapter Dell LA90PE1-01 N/A N/A Switching mode DC regulated power Supply BK Precision 1697 260G13306 N/A Table 3.6-3: Inter-connection cables Cable description From To Length (m) Serial cable EUT Laptop 0.5 AC-DC Cable Laptop AC Main Network 1.5 LTE Band 2 (1879 MHz) TTU4530LAW Wideband radio (EUT) communication tester Wi-fi Channel 40 (5200MHz) Laptop (serial communication port) Test case #1 W-CDMA Band 2 TTU4530LAW (1852.4 MHz) (EUT) Wi-fi Channel 5 (2432MHZ) Figure 3.6-1: EUT Test Setup Laptop (serial communication port) Test case #2 Report reference ID: 356782-1TRFWL Page 7 of 34

Engineering considerations 4.1 Modifications incorporated in the EUT None 4.2 Technical judgment None 4.3 Deviations from laboratory tests procedures No deviations were made from laboratory procedures. Report reference ID: 356782-1TRFWL Page 8 of 34

Test conditions 5.1 Atmospheric conditions Temperature 21.4 °C Relative humidity 55.7 % Air pressure 86–106 kPa When it is impracticable to carry out tests under these conditions, a note to this effect stating the ambient temperature and relative humidity during the tests shall be recorded and stated. 5.2 Power supply range The normal test voltage for equipment to be connected to the mains shall be the nominal mains voltage. For the purpose of the present document, the nominal voltage shall be the declared voltage, or any of the declared voltages ±5 %, for which the equipment was designed. Report reference ID: 356782-1TRFWL Page 9 of 34

Measurement uncertainty 6.1 Uncertainty of measurement Measurement uncertainty budgets for the tests are detailed below. Measurement uncertainty calculations assume a coverage factor of K = 2 with 95% certainty. Test name Measurement uncertainty, dB All antenna port measurements 0.55 Conducted spurious emissions 1.13 Radiated spurious emissions 3.78 AC power line conducted emissions 3.55 Report reference ID: 356782-1TRFWL Page 10 of 34

Terms and definitions 7.1.1 Equipment type Multimedia Equipment (MME) Equipment that is information technology equipment, audio equipment, video equipment, broadcast receiver equipment, entertainment lighting control equipment or combinations of these. Information technology Equipment having a primary function of either (or a combination of) entry, storage, display, retrieval, transmission, equipment [ITE] processing, switching, or control of data and/or telecommunication messages and which may be equipped with one or more ports typically for information transfer. - Examples include data processing equipment, office machines, electronic business equipment and telecommunication equipment. Audio equipment Equipment which has a primary function of either (or a combination of) generation, input, storage, play, retrieval, transmission, reception, amplification, processing, switching or control of audio signals Video equipment Equipment which has a primary function of either (or a combination of) generation, input, storage, display, play, retrieval, transmission, reception, amplification, processing, switching, or control of video signals. Broadcast receiver equipment Equipment containing a tuner that is intended for the reception of broadcast services - These broadcast services are typically television and radio services, including terrestrial broadcast, satellite broadcast and/or cable transmission. Entertainment lighting control Equipment generating or processing electrical signals for controlling the intensity, color, nature or direction of the light equipment from a luminaire, where the intention is to create artistic effects in theatrical, televisual or musical productions and visual presentations. Report reference ID: 356782-1TRFWL Page 11 of 34

7.2 General definitions, continued 7.1.2 Port type AC mains power port Port used to connect to the mains supply network - Equipment with a DC power port which is powered by a dedicated AC/DC power converter is defined as AC mains powered equipment Antenna port Port, other than a broadcast receiver tuner port (3.1.8), for connection of an antenna used for intentional transmission and/or reception of radiated RF energy. Broadcast receiver tuner port Port intended for the reception of a modulated RF signal carrying terrestrial, satellite and/or cable transmissions of audio and/or video broadcast and similar services - This port may be connected to an antenna, a cable distribution system, a VCR or similar device. DC network power port Port, not powered by a dedicated AC/DC power converter and not supporting communication, that connects to a DC supply network. - Equipment with a DC power port which is powered by a dedicated AC/DC power converter is considered to be AC mains powered equipment. - DC power ports supporting communications are considered to be wired networks ports, for example Ethernet ports which include Power Over Ethernet (POE). Enclosure port Physical boundary of the EUT through which electromagnetic fields may radiate. Optical fiber port Port at which an optical fiber is connected to an equipment. RF modulator output port Port intended to be connected to a broadcast receiver tuner port to transmit a signal to the broadcast receiver. Signal/control port Port intended for the interconnection of components of an equipment under test, or between an equipment under test and local associated equipment and used in accordance with relevant functional specifications (for example for the maximum length of cable connected to it) - Examples include RS-232, Universal Serial Bus (USB), High-Definition Multimedia Interface (HDMI), IEEE Standard 1394 (“Fire Wire”) Wired network port Point of connection for voice, data and signaling transfers intended to interconnect widely-dispersed systems by direct connection to a single-user of multi-user communication network (for example CATV, PSTN, ISDN, xDSL, LAN and similar networks) - These ports may support screened or unscreened cables and may also carry AC or DC power where this is an integral part of the telecommunication specification. Report reference ID: 356782-1TRFWL Page 12 of 34

Testing data 8.1 Radiated emission limits; Intentional Radiators. 8.1.1 References Title 47 → Chapter I → Subchapter A → Part 15 → Subpart C → §15.209 / ANSI C63.4: 2014 (a) Except as provided elsewhere in this subpart, the emissions from an intentional radiator shall not exceed the field strength levels specified in the following table: (b) **Except as provided in paragraph (g), fundamental emissions from intentional radiators operating under this section shall not be located in the frequency bands 54-72 MHz, 76-88 MHz, 174-216 MHz or 470-806 MHz, however, operation within these frequency bands is permitted under other sections of this part, e.g., §§15.231 and 15.241. (b) In the emission table above, the tighter limit applies at the band edges. (c) The level of any unwanted emissions from an intentional radiator operating under these general provisions shall not exceed the level of the fundamental emission. For intentional radiators which operate under the provisions of other sections within this part and which are required to reduce their unwanted emissions to the limits specified in this table, the limits in this table are based on the frequency of the unwanted emission and not the fundamental frequency. However, the level of any unwanted emissions shall not exceed the level of the fundamental frequency. (d) The emission limits shown in the above table are based on measurements employing a CISPR quasi-peak detector except for the frequency bands 9-90 kHz, 110-490 kHz and above 1000 MHz. Radiated emission limits in these three bands are based on measurements employing an average detector. (e) The provisions in §§15.31, 15.33, and 15.35 for measuring emissions at distances other than the distances specified in the above table, determining the frequency range over which radiated emissions are to be measured, and limiting peak emissions apply to all devices operated under this part. (f) In accordance with §15.33(a), in some cases the emissions from an intentional radiator must be measured to beyond the tenth harmonic of the highest fundamental frequency designed to be emitted by the intentional radiator because of the incorporation of a digital device. If measurements above the tenth harmonic are so required, the radiated emissions above the tenth harmonic shall comply with the general radiated emission limits applicable to the incorporated digital device, as shown in §15.109 and as based on the frequency of the emission being measured, or, except for emissions contained in the restricted frequency bands shown in §15.205, the limit on spurious emissions specified for the intentional radiator, whichever is the higher limit. Emissions which must be measured above the tenth harmonic of the highest fundamental frequency designed to be emitted by the intentional radiator and which fall within the restricted bands shall comply with the general radiated emission limits in §15.109 that are applicable to the incorporated digital device. Report reference ID: 356782-1TRFWL Page 13 of 34

8.1.2 Test summary Verdict Pass Test date October 15, 2016 Temperature 22- 23°C Test engineer Martha Espinoza Air pressure 1005 - 1004 mbar Test location 10m semi anechoic chamber Relative humidity 33 – 26 % 8.1.3 Notes The spectrum was searched from 30 MHz to the 10th harmonic. No considerable EUT emissions were observed above 18 GHz (when the LTE and Wi-Fi 5.2 GHz signals were transmitting at same time), so, the measurement until 26 GHz in the case when the W-CDMA and Wi-Fi signal at 2.432 GHz were transmitting at same time was not done. 8.1.4 Setup details EUT setup configuration Table top Test facility 10 m Semi anechoic chamber Measuring distance 3m Antenna height variation 1–4 m Turn table position 0–360° Measurement details A preview measurement was generated with receiver in continuous scan or sweep mode while the EUT was rotated and antenna adjusted to maximize radiated emission. Emissions detected within 6 dB or above limit were re-measured with the appropriate detector against the correlating limit and recorded as the final measurement. Receiver/spectrum analyzer settings for frequencies below 1 GHz: Resolution bandwidth 120 kHz Video bandwidth 300 kHz Detector mode  Peak (Preview measurement)  Quasi-peak (Final measurement) Trace mode Max Hold Measurement time  100 ms (Peak preview measurement)  1000 ms (Quasi-peak final measurement) Receiver/spectrum analyzer settings for frequencies above 1 GHz: Resolution bandwidth 1 MHz Video bandwidth 3 MHz Detector mode Peak (Preview measurement) Peak and CAverage (Final measurement) Trace mode Max Hold Measurement time  100 ms (Peak preview measurement)  100 ms (Peak and CAverage final measurement) Report reference ID: 356782-1TRFWL Page 14 of 34

8.1.5 Setup details, continued Table 8.1-1: Radiated disturbance equipment list Equipment Manufacturer Model no. Asset no. Cal cycle Next cal. EMC Test Receiver Rohde & Schwarz ESU 40 E1121 1 yr. 4/28/2019 Antenna, Bilog Schaffner-Chase CBL6111C 1763 2 yr. 11/28/2018 Antenna, Horn ETS 3117-PA E1139 2 yr. 1/25/2020 Antenna, Horn Sage SAR-2309-42-S2 E1143 2 yr. 03/05/2020 Antenna, Horn Sage SAR-2309-28-S2 E1148 2 yr. 03/13/2020 Notes: None Table 8.1-2: Radiated disturbance test software details Manufacturer of Software Details R&S EMC32 V10.00.00 Notes: None Report reference ID: 356782-1TRFWL Page 15 of 34

8.1.6 Test data Radiated Emissions 30 MHz-40 GHz (LTE & Wi-Fi 5.2 GHz signals) Full Spectrum 80 75 70 65 60 55 FCC 15.209 3M 50 Level in dBµV/m 45 40 35 30 25 20 15 10 5 0 30M 50 60 80 100M 200 300 400 500 800 1G Frequency in Hz Figure 8.1.1: Radiated spurious emissions, from 30 to 1000 MHz Frequency QuasiPeak Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 51.228000 27.95 40.00 12.05 5000.0 120.000 124.6 V 161.0 9.3 77.424500 31.30 40.00 8.70 5000.0 120.000 136.0 V 218.0 8.8 119.271500 29.47 43.50 14.03 5000.0 120.000 127.4 V 204.0 13.4 238.489500 35.28 46.00 10.72 5000.0 120.000 100.0 V 356.0 13.7 383.565000 33.91 46.00 12.09 5000.0 120.000 134.7 V 162.0 18.6 999.920000 26.52 53.90 27.38 5000.0 120.000 176.2 V 312.0 28.3 Table 8.1.3: Radiated field strength measurement results (30 MHz -1000 MHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. Report reference ID: 356782-1TRFWL Page 16 of 34

8.1.6 Test data Radiated Emissions 30 MHz-40 GHz (LTE & Wi-Fi 5.2 GHz signals), continued Full Spectrum 76 FCC 15.209 Above 1 GHz Pk 70 65 60 55 FCC 15.209 Above 1 GHz Avg 50 45 Level in dBµV/m 40 35 30 25 20 15 10 5 0 1G 2G 3G 4G 5G 6 8 10G 18G Frequency in Hz Figure 8.1.2: Radiated spurious emissions, from 1 to 18 GHz Frequency MaxPeak CAverage Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 1249.933333 --- 39.16 53.90 14.74 5000.0 1000.000 111.0 V 206.0 -13.5 1249.933333 49.18 --- 73.90 24.72 5000.0 1000.000 111.0 V 206.0 -13.5 1500.000000 52.56 --- 73.90 21.34 5000.0 1000.000 170.8 H 55.0 -14.4 1500.000000 --- 43.66 53.90 10.24 5000.0 1000.000 170.8 H 55.0 -14.4 2285.266667 50.74 --- 73.90 23.16 5000.0 1000.000 111.2 V 94.0 -10.3 2285.266667 --- 25.83 53.90 28.07 5000.0 1000.000 111.2 V 94.0 -10.3 10000.000000 --- 44.24 53.90 9.66 5000.0 1000.000 100.0 H 41.0 3.1 10000.000000 53.32 --- 73.90 20.58 5000.0 1000.000 100.0 H 41.0 3.1 10400.066667 53.83 --- 73.90 20.07 5000.0 1000.000 195.7 H 26.0 3.4 10400.066667 --- 45.27 53.90 8.63 5000.0 1000.000 195.7 H 26.0 3.4 17670.433333 48.92 --- 73.90 24.98 5000.0 1000.000 184.7 H 351.0 12.3 17670.433333 --- 35.48 53.90 18.42 5000.0 1000.000 184.7 H 351.0 12.3 Table 8.1.4: Radiated field strength measurement results (1 - 18 GHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. A notch Filter was used for this test Report reference ID: 356782-1TRFWL Page 17 of 34

8.1.6 Test data Radiated Emissions 30 MHz-40 GHz (LTE & Wi-Fi 5.2 GHz signals), continued Full Spectrum 130 120 110 100 90 80 Level in dBµV/m FCC Part 15 Class B Electric Field Strength PK 70 60 FCC Part 15 Class B Electric Field Strength QP+AV 50 40 30 20 10 0 18 19 20 21 22 23 24 25 26 Frequency in GHz Figure 8.1.3: Radiated spurious emissions, from 18 to 26 GHz Frequency MaxPeak Average Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 20000.266667 45.74 --- 73.90 28.16 10.0 1000.000 168.2 V 91.0 1.7 20000.266667 --- 38.68 53.90 15.22 10.0 1000.000 168.2 V 91.0 1.7 20800.000000 42.08 --- 73.90 31.82 10.0 1000.000 155.8 V 289.0 2.1 20800.000000 --- 30.90 53.90 23.00 10.0 1000.000 155.8 V 289.0 2.1 25620.000000 --- 30.97 53.90 22.93 10.0 1000.000 175.3 H 10.0 3.6 25620.000000 41.70 --- 73.90 32.20 10.0 1000.000 175.3 H 10.0 3.6 Table 8.1.5: Radiated field strength measurement results (18 - 26 GHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. Report reference ID: 356782-1TRFWL Page 18 of 34

8.1.6 Test data Radiated Emissions 30 MHz-40 GHz (LTE & Wi-Fi 5.2 GHz signals), continued Full Spectrum 100 90 80 FCC Part 15 Class B Electric Field Strength PK 70 Level in dBµV/m 60 FCC Part 15 Class B Electric Field Strength QP+AV 50 40 30 20 10 0 26 28 30 32 34 36 38 40 Frequency in GHz Figure 8.1.4: Radiated spurious emissions, from 26 to 40 GHz Frequency MaxPeak Average Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 30599.933333 47.76 --- 73.90 26.14 10.0 1000.000 132.6 V 283.0 8.1 30599.933333 --- 37.35 53.90 16.55 10.0 1000.000 132.6 V 283.0 8.1 36813.133333 46.42 --- 73.90 27.48 10.0 1000.000 175.0 V 144.0 12.9 36813.133333 --- 35.86 53.90 18.04 10.0 1000.000 175.0 V 144.0 12.9 39832.000000 --- 37.78 53.90 16.13 10.0 1000.000 175.0 V 14.0 15.7 39832.000000 49.40 --- 73.90 24.50 10.0 1000.000 175.0 V 14.0 15.7 Table 8.1.6: Radiated field strength measurement results (26 - 40 GHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. Report reference ID: 356782-1TRFWL Page 19 of 34

8.1.7 Test data Radiated Emissions 30 MHz-26 GHz (W-CDMA & Wi-Fi 2.432 GHz signals) Full Spectrum 80 75 70 65 60 55 FCC 15.209 3M 50 Level in dBµV/m 45 40 35 30 25 20 15 10 5 0 30M 50 60 80 100M 200 300 400 500 800 1G Frequency in Hz Table 8.1.5: Radiated field strength measurement results (30 MHz -1000 MHz) Frequency QuasiPeak Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 51.228000 27.95 40.00 12.05 5000.0 120.000 124.6 V 161.0 9.3 77.424500 31.30 40.00 8.70 5000.0 120.000 136.0 V 218.0 8.8 119.271500 29.47 43.50 14.03 5000.0 120.000 127.4 V 204.0 13.4 238.489500 35.28 46.00 10.72 5000.0 120.000 100.0 V 356.0 13.7 383.565000 33.91 46.00 12.09 5000.0 120.000 134.7 V 162.0 18.6 999.920000 26.52 53.90 27.38 5000.0 120.000 176.2 V 312.0 28.3 Table 8.1.7: Radiated field strength measurement results (30 - 1000 MHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. Report reference ID: 356782-1TRFWL Page 20 of 34

8.1.7 Test data Radiated Emissions 30 MHz-26 GHz (W-CDMA & Wi-Fi 2.432 GHz signals), continued Full Spectrum 100 95 90 85 80 75 FCC 15.209 Above 1 GHz Pk 70 Level in dBµV/m 65 60 55 FCC 15.209 Above 1 GHz Avg 50 45 40 35 30 25 20 1G 2G 3G 4G 5G 6 8 10G 18G Frequency in Hz Figure 8.1.6: Radiated spurious emissions, 1-18 GHz Frequency MaxPeak CAverage Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 4861.566667 --- 39.07 53.90 14.83 5000.0 1000.000 218.6 H 0.0 -2.2 4861.566667 55.04 --- 73.90 18.86 5000.0 1000.000 218.6 H 0.0 -2.2 5000.133333 55.55 --- 73.90 18.35 5000.0 1000.000 100.0 V 342.0 -2.5 5000.133333 --- 46.65 53.90 7.25 5000.0 1000.000 100.0 V 342.0 -2.5 5999.900000 --- 48.18 53.90 5.72 5000.0 1000.000 142.3 V 60.0 -1.2 5999.900000 55.93 --- 73.90 17.97 5000.0 1000.000 142.3 V 60.0 -1.2 17828.633333 48.29 --- 73.90 25.61 5000.0 1000.000 114.7 V 242.0 13.2 17828.633333 --- 35.36 53.90 18.54 5000.0 1000.000 114.7 V 242.0 13.2 Table 8.1.8: Radiated field strength measurement results (1 -18 GHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. 5A 2.7 GHz High pass filter was used for the scan of 1-18GHz to avoid an PA overload. Report reference ID: 356782-1TRFWL Page 21 of 34

8.1.7 Test data Radiated Emissions 30 MHz-26 GHz (W-CDMA & Wi-Fi 2.432 GHz signals), continued Full Spectrum 108 105 100 95 90 85 80 Level in dBµV/m 75 FCC 15.209 Above 1 GHz Pk 70 65 60 55 FCC 15.209 Above 1 GHz Avg 50 45 40 35 30 28 1000 1200 1400 1600 1800 2000 2200 2400 2500 Frequency in MHz Figure 8.1.7: Radiated spurious emissions, 1-2.5 GHz without power amplifier/high pass filter Frequency MaxPeak CAverage Limit Margin Meas. Bandwidth Height Pol Azimuth Corr. (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) Time (kHz) (cm) (deg) (dB) (ms) 1246.150000 --- 42.26 53.90 11.64 5000.0 1000.000 214.2 H 310.0 33.0 1246.150000 55.32 --- 73.90 18.58 5000.0 1000.000 214.2 H 310.0 33.0 1494.950000 --- 42.46 53.90 11.44 5000.0 1000.000 211.8 H 252.0 33.0 1494.950000 56.55 --- 73.90 17.35 5000.0 1000.000 211.8 H 252.0 33.0 Table 8.1.9: Radiated field strength measurement results (1-2.5 GHz) Notes: 1 Fieldstrength (dBV/m) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factors = antenna factor ACF (dB) + cable loss (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4The spectral plot is a summation of a vertical and horizontal scan. 5A 2.7 GHz high pass filter/PA were eliminated for the scan of 1-2.5 GHz. Report reference ID: 356782-1TRFWL Page 22 of 34

8.1.8 Radiated Emissions Setup photos Figure 8.1.10 Radiated emissions setup from 30-1000 MHz Report reference ID: 356782-1TRFWL Page 23 of 34

Figure 8.1.11 Radiated emissions setup from 1-18 GHz 8.1.8 Radiated Emissions Setup photos, continued Figure 8.1.12 Radiated emissions setup from 18 - 40 GHz Report reference ID: 356782-1TRFWL Page 24 of 34

8.2 Conducted limits. 8.2.1 References Title 47 → Chapter I → Subchapter A → Part 15 → Subpart C → §15.207 / ANSI C63.4: 2014 (a) Except as shown in paragraphs (b) and (c) of this section, for an intentional radiator that is designed to be connected to the public utility (AC) power line, the radio frequency voltage that is conducted back onto the AC power line on any frequency or frequencies, within the band 150 kHz to 30 MHz, shall not exceed the limits in the following table, as measured using a 50 μH/50 ohms line impedance stabilization network (LISN). Compliance with the provisions of this paragraph shall be based on the measurement of the radio frequency voltage between each power line and ground at the power terminal. The lower limit applies at the boundary between the frequency ranges. b) The limit shown in paragraph (a) of this section shall not apply to carrier current systems operating as intentional radiators on frequencies below 30 MHz. In lieu thereof, these carrier current systems shall be subject to the following standards: (1) For carrier current system containing their fundamental emission within the frequency band 535-1705 kHz and intended to be received using a standard AM broadcast receiver: no limit on conducted emissions. (2) For all other carrier current systems: 1000 μV within the frequency band 535-1705 kHz, as measured using a 50 μH/50 ohms LISN. (3) Carrier current systems operating below 30 MHz are also subject to the radiated emission limits in §15.205, §15.209, §15.221, §15.223, or §15.227, as appropriate. (c) Measurements to demonstrate compliance with the conducted limits are not required for devices which only employ battery power for operation and which do not operate from the AC power lines or contain provisions for operation while connected to the AC power lines. Devices that include, or make provisions for, the use of battery chargers which permit operating while charging, AC adapters or battery eliminators or that connect to the AC power lines indirectly, obtaining their power through another device which is connected to the AC power lines, shall be tested to demonstrate compliance with the conducted limits. Report reference ID: 356782-1TRFWL Page 25 of 34

8.2.2 8.2.2 Conducted Emissions Test summary Verdict Pass Test date October 17, 2018 Temperature 23 °C Test engineer Martha Espinoza Air pressure 1007 mbar Test location Ground Plane Relative humidity 28 % 8.2.3 Notes Two cases were object of study: Case one. - LTE (Band 2) and Wi-fi (channel 40, 5.2 GHz). Case two. - W-CDMA (Band 2) and Wi-fi (channel 5, 2.432 GHz) s L1 and N measurements were done by separately for both cases. 8.2.4 Setup details Port under test DC Mains Input EUT setup configuration Table top Measurement details A preview measurement was generated with the receiver in continuous scan mode. Emissions detected within 6 dB or above limit were re-measured with the appropriate detector against the correlating limit and recorded as the final measurement. Receiver settings: Resolution bandwidth 9 kHz Video bandwidth 30 kHz Detector mode  Peak and Average (Preview measurement)  Quasi-peak and CAverage (Final measurement) Trace mode Max Hold Measurement time  100 ms (Peak and Average preview measurement)  1000 ms (Quasi-peak final measurement)  160 ms (CAverage final measurement) Table 8.2-1: Conducted disturbance at mains port equipment list Equipment Manufacturer Model no. Asset no. Cal cycle Next cal. EMI Test Receiver 9kHz to 7GHz Rohde & Schwarz ESCI 7 E1026 5/23/2017 5/23/2019 Two Line V-Network Rohde & Schwarz ENV216 E1019 6/27/2017 6/27/2019 Notes: None Table 8.2-2: Conducted disturbance at mains port test software details Manufacturer of Software Details Rohde-Schwarz EMC 32 V10.0 Notes: None Report reference ID: 356782-1TRFWL Page 26 of 34

8.2.5 Conducted Emissions Test data (case 1) Full Spectrum 100 90 80 70 60 Level in dBµV 50 40 30 20 10 0 150k 300 400 500 800 1M 2M 3M 4M 5M 6 8 10M 20M 30M Frequency in Hz The spectral plot has been corrected with transducer factors. (i.e. cable loss, LISN factors, and attenuators) Figure 8.2.1: Conducted spurious emissions, from 0.150 – 30 MHz. Signals activates: LTE (Band 2) and Wi-Fi 5.2 GHz. Line 1 plot (L1) Table 8.2-3: Conducted disturbance at DC mains results (Quasi-Peak and Average) Frequency QuasiPeak CAverage Limit Margin Meas. Bandwidth Line Filter Corr. (MHz) (dBµV) (dBµV) (dBµV) (dB) Time (kHz) (dB) (ms) 0.156500 --- 29.97 55.65 25.68 5000.0 9.000 L1 ON 19.5 0.156500 41.44 --- 65.65 24.20 5000.0 9.000 L1 ON 19.5 0.504500 --- 36.66 46.00 9.34 5000.0 9.000 L1 ON 19.5 0.504500 38.22 --- 56.00 17.78 5000.0 9.000 L1 ON 19.5 1.512500 --- 28.74 46.00 17.26 5000.0 9.000 L1 ON 19.5 1.512500 31.90 --- 56.00 24.10 5000.0 9.000 L1 ON 19.5 3.524500 --- 26.85 46.00 19.15 5000.0 9.000 L1 ON 19.5 3.524500 30.98 --- 56.00 25.02 5000.0 9.000 L1 ON 19.5 8.056500 --- 24.62 50.00 25.38 5000.0 9.000 L1 ON 19.6 8.056500 30.22 --- 60.00 29.78 5000.0 9.000 L1 ON 19.6 21.632500 --- 19.49 50.00 30.51 5000.0 9.000 L1 ON 19.9 21.632500 24.94 --- 60.00 35.06 5000.0 9.000 L1 ON 19.9 Notes: 1 Result(dBV) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factor (dB) = LISN factor IL (dB) + cable loss (dB) + attenuator (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4 As per KDB 174176 D01, EUT was tested with a dummy load in lieu of the antenna to determine compliance within the transmitter's fundamental emission band. Sample calculation: 63.5 dBV (result) = 44 dBV (receiver reading) + 19.5 dB (Correction factor) Report reference ID: 356782-1TRFWL Page 27 of 34

8.2.5 Conducted Emissions Test data, continued (Case1) Full Spectrum 100 90 80 70 60 Level in dBµV 50 40 30 20 10 0 150k 300 400 500 800 1M 2M 3M 4M 5M 6 8 10M 20M 30M Frequency in Hz The spectral plot has been corrected with transducer factors. (i.e. cable loss, LISN factors, and attenuators) Figure 8.2.2: Conducted spurious emissions, from 0.150 – 30 MHz. Signals activates: LTE (Band 2) and Wifi 5.2 GHz. Line N plot (N) Table 8.2-3: Conducted disturbance at DC mains results (Quasi-Peak and Average) Frequency QuasiPeak CAverage Limit Margin Meas. Bandwidth Line Filter Corr. (MHz) (dBµV) (dBµV) (dBµV) (dB) Time (kHz) (dB) (ms) 0.187500 --- 25.38 54.15 28.77 5000.0 9.000 N ON 19.5 0.187500 37.85 --- 64.15 26.29 5000.0 9.000 N ON 19.5 0.272500 --- 21.57 51.04 29.47 5000.0 9.000 N ON 19.5 0.272500 29.98 --- 61.04 31.07 5000.0 9.000 N ON 19.5 0.504500 --- 36.52 46.00 9.48 5000.0 9.000 N ON 19.5 0.504500 38.06 --- 56.00 17.94 5000.0 9.000 N ON 19.5 1.004500 --- 21.39 46.00 24.61 5000.0 9.000 N ON 19.5 1.004500 29.56 --- 56.00 26.44 5000.0 9.000 N ON 19.5 2.692500 --- 16.84 46.00 29.16 5000.0 9.000 N ON 19.5 2.692500 24.51 --- 56.00 31.49 5000.0 9.000 N ON 19.5 8.436500 --- 24.79 50.00 25.21 5000.0 9.000 N ON 19.6 8.436500 30.10 --- 60.00 29.90 5000.0 9.000 N ON 19.6 Notes: 1 Result(dBV) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factor (dB) = LISN factor IL (dB) + cable loss (dB) + attenuator (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4 As per KDB 174176 D01, EUT was tested with a dummy load in lieu of the antenna to determine compliance within the transmitter's fundamental emission band. Sample calculation: 63.5 dBV (result) = 44 dBV (receiver reading) + 19.5 dB (Correction factor) Report reference ID: 356782-1TRFWL Page 28 of 34

8.2.5 Conducted Emissions Test data, continued (Case2) Full Spectrum 100 90 80 70 60 Level in dBµV 50 40 30 20 10 0 150k 300 400 500 800 1M 2M 3M 4M 5M 6 8 10M 20M 30M Frequency in Hz The spectral plot has been corrected with transducer factors. (i.e. cable loss, LISN factors, and attenuators) Figure 8.2.3: Conducted spurious emissions, from 0.150 – 30 MHz. Signals activates: W-CDMA (Band 2) and Wifi 2.432 GHz. Line 1 plot (L1) Table 8.2-4: Conducted disturbance at DC mains results (Quasi-Peak and Average) Frequency QuasiPeak CAverage Limit Margin Meas. Bandwidth Line Filter Corr. (MHz) (dBµV) (dBµV) (dBµV) (dB) Time (kHz) (dB) (ms) 0.248500 --- 22.58 51.81 29.22 5000.0 9.000 L1 ON 19.5 0.248500 29.55 --- 61.81 32.26 5000.0 9.000 L1 ON 19.5 0.500500 --- 32.26 46.00 13.74 5000.0 9.000 L1 ON 19.5 0.500500 34.66 --- 56.00 21.34 5000.0 9.000 L1 ON 19.5 1.024500 --- 22.18 46.00 23.82 5000.0 9.000 L1 ON 19.5 1.024500 29.75 --- 56.00 26.25 5000.0 9.000 L1 ON 19.5 1.747500 --- 16.97 46.00 29.03 5000.0 9.000 L1 ON 19.5 1.747500 26.85 --- 56.00 29.15 5000.0 9.000 L1 ON 19.5 2.836500 --- 26.09 46.00 19.91 5000.0 9.000 L1 ON 19.5 2.836500 30.72 --- 56.00 25.28 5000.0 9.000 L1 ON 19.5 8.436500 --- 27.77 50.00 22.23 5000.0 9.000 L1 ON 19.6 8.436500 32.71 --- 60.00 27.29 5000.0 9.000 L1 ON 19.6 Notes: 1 Result(dBV) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factor (dB) = LISN factor IL (dB) + cable loss (dB) + attenuator (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4 As per KDB 174176 D01, EUT was tested with a dummy load in lieu of the antenna to determine compliance within the transmitter's fundamental emission band. Sample calculation: 63.5 dBV (result) = 44 dBV (receiver reading) + 19.5 dB (Correction factor) Report reference ID: 356782-1TRFWL Page 29 of 34

8.2.5 Conducted Emissions Test data, continued (Case 2) Full Spectrum 100 90 80 70 60 Level in dBµV 50 40 30 20 10 0 150k 300 400 500 800 1M 2M 3M 4M 5M 6 8 10M 20M 30M Frequency in Hz The spectral plot has been corrected with transducer factors. (i.e. cable loss, LISN factors, and attenuators) Figure 8.2.4: Conducted spurious emissions, from 0.150 – 30 MHz. Signals activates: W-CDMA (Band 2) and Wifi 2.432 GHz. Line N plot (N) Table 8.2-5: Conducted disturbance at DC mains results (Quasi-Peak and Average) Frequency QuasiPeak CAverage Limit Margin Meas. Bandwidth Line Filter Corr. (MHz) (dBµV) (dBµV) (dBµV) (dB) Time (kHz) (dB) (ms) 0.200500 --- 24.19 53.59 29.40 5000.0 9.000 N ON 19.5 0.200500 31.89 --- 63.59 31.70 5000.0 9.000 N ON 19.5 0.500500 --- 32.19 46.00 13.81 5000.0 9.000 N ON 19.5 0.500500 34.64 --- 56.00 21.36 5000.0 9.000 N ON 19.5 0.996500 --- 22.70 46.00 23.30 5000.0 9.000 N ON 19.5 0.996500 30.35 --- 56.00 25.65 5000.0 9.000 N ON 19.5 3.552500 --- 25.13 46.00 20.87 5000.0 9.000 N ON 19.5 3.552500 29.87 --- 56.00 26.13 5000.0 9.000 N ON 19.5 4.252500 --- 22.37 46.00 23.63 5000.0 9.000 N ON 19.5 4.252500 28.15 --- 56.00 27.85 5000.0 9.000 N ON 19.5 8.552500 --- 23.09 50.00 26.91 5000.0 9.000 N ON 19.6 8.552500 28.56 --- 60.00 31.44 5000.0 9.000 N ON 19.6 Notes: 1 Result(dBV) = receiver/spectrum analyzer value (dBV) + correction factor (dB) 2 Correction factor (dB) = LISN factor IL (dB) + cable loss (dB) + attenuator (dB) 3 The maximum measured value observed over a period of 15 seconds was recorded. 4 As per KDB 174176 D01, EUT was tested with a dummy load in lieu of the antenna to determine compliance within the transmitter's fundamental emission band. Sample calculation: 63.5 dBV (result) = 44 dBV (receiver reading) + 19.5 dB (Correction factor) Report reference ID: 356782-1TRFWL Page 30 of 34

8.2.6 Conducted Emissions Setup photos Figure 8.2.5 Conducted disturbance at DC mains port setup photo Figure 8.2.6 Conducted disturbance at DC mains port setup photo Report reference ID: 356782-1TRFWL Page 31 of 34

Block diagrams of test set-ups 9.1 Radiated emissions set-up Radio absorbing material Antenna mast Test antenna 4m 3m Test EUT antenna Non- conducting table 1m 0.8 m Metal ground plane Turn table Receiver 30-1000MHz Setup 1.5m Above 1GHz Setup Report reference ID: 356782-1TRFWL Page 32 of 34

9.2 Conducted emissions set-up Vertical ground plane 40 cm from EUT EUT 80 cm Power cable 80 cm Non- conducting Turntable LISN To test receiver To power supply Report reference ID: 356782-1TRFWL Page 33 of 34

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Document Created: 2018-10-25 22:38:19
Document Modified: 2018-10-25 22:38:19
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