Test Report

FCC ID: 2AJ2A-ANCHORV1

Test Report

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FCCID_4039713

TEST REPORT No.: 18-1-0039001T03a According to: FCC Regulations Part 15.517 for Intel Deutschland GmbH Shooting Star Mini Anchor FCC ID: 2AJ2A-ANCHORV1 Laboratory Accreditation and Listings Voluntary Controls for Electromagnetic Industry Canada Emissions Reg. No.: 3462D-1 Reg. No.: 3462D-2 Reg. No.: Accredited EMC-Test Laboratory Reg. No.: 3462D-3 R-20013, C-20009, T-20006, G-20013 MRA US-EU 0003 accredited according to DIN EN ISO/IEC 17025 CETECOM GmbH Laboratory Radio Communications & Electromagnetic Compatibility Im Teelbruch 116 • 45219 Essen • Germany Registered in Essen, Germany, Reg. No.: HRB Essen 8984 Tel.: + 49 (0) 20 54 / 95 19-954 • Fax: + 49 (0) 20 54 / 95 19-964 E-mail: info@cetecom.com • Internet: www.cetecom.com Laboratory Accreditation and Listings Page 1 of 26 The test results relate only to the individual items which have been tested. This report shall not be reproduced in parts without the written approval of the testing laboratory © Copyright: All rights reserved by CETECOM

Test Report 18-1-0039001T03a, Page 2 of 26 Table of contents 1. SUMMARY OF TEST RESULTS................................................................................................................... 3 1.1. Tests measurement overview according of US CFR Title 47, Subpart 15C: ................................................ 3 1.2. Attestation:.................................................................................................................................................... 4 2. ADMINISTRATIVE DATA ............................................................................................................................ 5 2.1. Identification of the testing laboratory .......................................................................................................... 5 2.2. Test location ................................................................................................................................................. 5 2.3. Organizational items ..................................................................................................................................... 5 2.4. Applicant’s details ........................................................................................................................................ 5 2.5. Manufacturer’s details .................................................................................................................................. 5 3. EQUIPMENT UNDER TEST (EUT) .............................................................................................................. 6 3.1. TECHNICAL DATA OF MAIN EUT DECLARED BY APPLICANT ...................................................... 6 3.2. EUT: Type, S/N etc. and short descriptions used in this test report ............................................................. 6 3.3. Auxiliary Equipment (AE): Type, S/N etc. and short descriptions ............................................................... 6 3.4. EUT set-ups .................................................................................................................................................. 7 3.5. EUT operating modes ................................................................................................................................... 7 4. DESCRIPTION OF TEST SYSTEM SET-UP’S ........................................................................................... 8 4.1. Test system set-up for radiated magnetic field measurements below 30 MHz ............................................. 8 4.2. Test system set-up for radiated electric field measurement 30 MHz to 960MHz ......................................... 9 4.3. Test system set-up for radiated electric field measurement above 960MHz .............................................. 10 5. MEASUREMENTS ........................................................................................................................................ 11 5.1. Transmission time measurement ................................................................................................................ 11 5.2. 10 dB bandwidth measurement ................................................................................................................... 12 5.3. General Limit - Radiated field strength emissions below 30 MHz ............................................................. 13 5.4. General Limit - Radiated field strength emissions, 30 MHz – 960 MHz ................................................... 15 5.5. General Limit – Radiated field strength emissions, above 960 MHz ......................................................... 17 5.6. Radiated emissions in the GPS bands ......................................................................................................... 19 5.7. Fundamental emission peak power ............................................................................................................. 20 5.8. Antenna requirement according to FCC 15.203 ......................................................................................... 20 5.9. Measurement uncertainties ...................................................................................................................... 21 6. ABBREVIATIONS USED IN THIS REPORT ............................................................................................ 22 7. ACCREDITATION DETAILS OF CETECOM’S LABORATORIES AND TEST SITES .................... 22 8. INSTRUMENTS AND ANCILLARY ........................................................................................................... 23 8.1. Used equiment “CTC” ............................................................................................................................. 23 9. VERSIONS OF TEST REPORTS (CHANGE HISTORY) ........................................................................ 26 Table of annex Separate document annex 1: Measurement diagrams Separate document annex 2: External photographs of EUT Separate document annex 3: Test set-up photographs Separate document annex 4: Internal photographs of EUT The listed attachments are an integral part of this report. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 3 of 26 1. Summary of test results The test results apply exclusively to the test samples as presented in this report. The CETECOM GmbH does not assume responsibility for any conclusions and generalizations taken in conjunction with other specimens or samples of the type of the item presented to tests. Also we refer on special conditions which the applicant should fulfill according §2.927 to §2.948, special focus regarding modification of the equipment and availability of sample equipment for market surveillance tests. The presented Equipment Under Test (in this report, hereinafter referred as EUT) supports radiofrequency technologies with similar UWB technology and operating frequency range at 3.1 to 4.8 GHz. Other implemented wireless technologies were not considered within this test report. Following test cases have been performed to show compliance with valid Part 15.209/15.517 of the FCC CFR Title 47 Rules, Edition 4th November 2014. 1.1. Tests measurement overview according of US CFR Title 47, Subpart 15C: References & Limits EUT EUT opera- Test cases Port Result FCC Standard Test Limit set-up ting mode TX-Mode Transmission Antenna terminal §15.517(a)(5) - 2 1 passed time (radiated) 10 dB Antenna terminal §15.517(b) 3.1 GHz – 10.6 GHz 1 1,2 passed bandwidth (radiated) Enclosure + Emissions in restricted Inter- §15.209 1 1 passed Radiated bands must meet the emissions connecting general field-strength cables §15.517(c) radiated limits 1 1 passed (radiated) Enclosure + Radiated Inter- emissions in connecting §15.517(d) -85.3 dBm 1 1 passed the GPS bands cables (radiated) Enclosure + Fundamental Inter- emission peak connecting §15.517(e) 0 dBm for RBW=50 MHz 1 1 passed power cables (radiated) Antenna - §15.203 - - - passed requirement * See chapter 3.4 CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 4 of 26 1.2. Attestation: I declare that all measurements were performed by me or under my supervision and that all measurements have been performed and are correct to my best knowledge and belief to Industry Canada standards. All requirements as shown in above table are met in accordance with enumerated standards. Digital unterschrieben von Digital unterschrieben von Niels Jeß Piotr Sardyko DN: cn=Niels Jeß, DN: cn=Piotr Sardyko, o=CETECOM GmbH, o=CETECOM GmbH, ou=Branch Duesseldorf, ou=Radio Communications email=niels.jess@cetecom.c & EMC, om, c=DE Datum: 2018.09.14 14:09:04 email=piotr.sardyko@ceteco +02'00' m.com, c=DE ...................................................... .................................................... Dipl.-Ing. Niels Jeß B.Sc. Piotr Sardyko Responsible for test section Responsible for test report CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 5 of 26 2. Administrative Data 2.1. Identification of the testing laboratory Company name: CETECOM GmbH Address: Im Teelbruch 116 45219 Essen - Kettwig Germany Responsible for testing laboratory: Dipl.-Ing. Rachid Acharkaoui Deputy: Dipl.-Ing. Niels Jeß 2.2. Test location 2.2.1. Test laboratory “CTC” Company name: see chapter 2.1. Identification of the testing laboratory 2.3. Organizational items Responsible for test report and project leader: B.Sc. Piotr Sardyko Receipt of EUT: 2018-07-16 Date(s) of test: 2018-07-16 to 2018-07-17 Date of report: 2018-09-14 ----------------------------------------------------------------------------------------------------------------------------------------------------- Version of template: 13.02 2.4. Applicant’s details Applicant’s name: Intel Deutschland GmbH Address: Am Campeon 10-12 85579 Neubiberg Germany Contact person: Gäde-Tsangas, Andreas Dr. 2.5. Manufacturer’s details Manufacturer’s name: please see Applicant's details Address: please see Applicant's details CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 6 of 26 3. Equipment under test (EUT) 3.1. TECHNICAL DATA OF MAIN EUT DECLARED BY APPLICANT Main function Anchor Device type Mobile Device Frequency range 6000 MHz - 7000 MHz Type of modulation BPSK with BPM Number of channels 1 UWB channels EMISSION DESIGNATOR(S) IEEE 802.15.4-2011 UWB Antenna Type  Integrated  External, no RF- connector  External, separate RF-connector MAX Field strength (radiated): 54 dBμV/m@3m distance and 1 MHz RBW Power supply  DC power supply: 5 V EUT sample type  Production  Pre-Production  Engineering FCC label attached  yes  no 3.2. EUT: Type, S/N etc. and short descriptions used in this test report Short S/N HW SW descrip- EUT Type serial number hardware status software status tion*) Shooting Star Mini EUT A Anchor 1000007 DVT WW29 Anchor Anchor (only for Time Shooting Star Mini EUT B 8330205 DVT WW35 Measurement test) Anchor *) EUT short description is used to simplify the identification of the EUT in this test report. 3.3. Auxiliary Equipment (AE): Type, S/N etc. and short descriptions AE Auxiliary Equipment Type S/N HW SW short serial number hardware software status descrip- status tion *) Windows 10 + PuTTY AE 1 Notebook HP EliteBook 8540w - - Release 0.68 Power Bank AE 2 Huawei AP007 - - - 13000 mAh/46.8Wh AE 3 USB cable 2m - - - Windows 10 + Intel ILT Network Manager AE 4 Notebook HP ZBook 15 G3 - - dd2c478, Firmware 3.2.228 Intel Deutschland AE 5 Coordinator GmbH, IntelPN 8330207 DVT WW35 J97409-002 Intel Deutschland AE 6 Sniffer GmbH, IntelPN 8330210 DVT WW35 J97409-002 CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 7 of 26 Portable charger LITE 2600 3.7V Li- AE 7 3363223 - - Battery Ion, 2600mAh USB cable to connect AE 8 1.5 m - - - EUT B and AE7 MAC: 94- Intel NUC Kit Product code: AE 9 C6-91-1D- - - NUC7i5BNKP BOXNUC7i5BNK F5-AB TP-LINK USB 3.0 to 21681440015 AE 10 Gigabit Ethernet Model: UE300 - - 47 UN/1.0 Network Adapter USB cable to connect AE 11 1.5 m - - - AE7 and AE10 LAN cable to connect AE 12 0.5 m - - - AE10 and AE11 Mains adapter for AE 13 - - - - AE10 *) AE short description is used to simplify the identification of the auxiliary equipment in this test report. 3.4. EUT set-ups EUT set-up Combination of EUT and AE Remarks no.*) Radiated RF-setup, AE1 and AE2 are used set. 1 EUT A + AE 1 + AE 3 + AE 4 temporary for EUT placing into operation set. 2 EUT B + AE 4 to AE 13 Transmission time measurement test *) EUT set-up no. is used to simplify the identification of the EUT set-up in this test report. 3.5. EUT operating modes EUT Description of operating modes operating Additional information mode no.*) TX, channel 5, PRF 64 MHz, datarate 850k, Continuous TX-Mode, set-up by special software op. 1 PreambleCode default auf channel 5, and with help of PC. PreambleCode 9 TX, channel 5, PRF 64 MHz, datarate Continuous TX-Mode, set-up by special software op. 2 6800k, PreambleCode default auf channel and with help of PC. 5, PreambleCode 9 *) EUT operating mode no. is used to simplify the test report. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 8 of 26 4. Description of test system set-up’s 4.1. Test system set-up for radiated magnetic field measurements below 30 MHz Specification: ANSI C63.4-2014 §5.3, §8.2.1, §8.3.1.1+§8.3.2.1 , ANSI C63.10-2013 chapter 6.4 (§6.4.4.2) General Description: Evaluating the radiated field emissions are done first by an exploratory emission measurement and a final measurement for most critical frequencies determined. The loop antenna was placed at 1 m height above ground plane and 3 m measurement distance from set-up for investigations. Because of reduced measurement distance, correction data were applied, as stated in chapter “General Limit - Radiated field strength emissions below 30 MHz“. The tests are performed in the semi anechoic room recognized by the regulatory commission. Schematic: Testing method: Exploratory, preliminary measurement Final measurement on critical frequencies The EUT and it’s associated accessories are Based on the exploratory measurements, the most placed on a non-conductive position manipulator critical frequencies are re-measured by main- (tipping device) of 0.8 m height which is placed taining the EUT’s worst-case operation mode, on the turntable. By rotating the turntable (step cable position, etc. 90°, range 0°to 360°) and the EUT itself either on 3-orthogonal axis (portable equipment) or 2- First a frequency zoom around the critical orthogonal axis (defined operational position of frequency is done to locate the frequency more EUT), the emission spectrum was recorded. The precisely. After this step, for all identified critical loop antenna was moved at least to frequencies, the maximum peak was determined. 2-perpendicular axes (antenna vector in direction of EUT and parallel to EUT) in order to maximize Following parameters were varied: the turntable the emissions. The results are documented in a angle continuously in the range 0 to 360 degree, diagram. Critical frequencies (low margin to the EUT itself either over 3-orthogonal axis (not limit) are saved within a data reduction table for defined usage position) or 2-orthogonal axis further investigations. If various operating modes (defined usage position). are supported, further investigations are made to find the worst-case. Also the interconnection On the determined worst-case position, a final cables and equipment position were varied in measurement with necessary bandwidth and order to maximize the emissions. detector according standard has been carried out. Formula: EC = ER + AF + CL + DF - GA AF =Antenna factor CL = Cable loss M = LT-EC DF= Distance correction factor EC = Electrical field – corrected value ER = Receiver reading GA= Gain of pre-amplifier (if used) LT = Limit M = Margin All units are dB-units, positive margin means value is below limit. Distance correction: Reference for applied correction (extrapolating) factors due to reduced measurement distance: ANSI C63.10:2013, §6.4.4.2 - Equations (2) + (3) + (4) CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 9 of 26 4.2. Test system set-up for radiated electric field measurement 30 MHz to 960MHz Specification: ANSI C63.4-2014 chapter 8.2.3, ANSI C63.10-2013 chapter 6.5 General Description: Evaluating the field emissions have to be done first by an exploratory emissions measurement and a final measurement for most critical frequencies. The tests are performed in a NSA-compliant semi anechoic room (SAR) recognized by the regulatory commissions. Schematic: Testing method: Exploratory, preliminary measurements Final measurement on critical frequencies The EUT and its associated accessories are placed Based on the exploratory measurements, the most on a non-conductive position manipulator (tipping critical frequencies are re-measured by main- device) of 0.8 m height which is placed on the taining the EUT’s worst-case operation mode, cable turntable. By rotating the turntable (range 0° to position, etc. either on 10m OATS or 3m semi- 360°, step 90°) and the EUT itself either on 3- anechoic room. orthogonal axis (portable equipment) or 2- orthogonal axis (defined operational position of First a frequency zoom around the critical frequency EUT) the emission spectrum and it’s is done to locate the frequency more precisely. After characteristics was recorded with an EMI- this step, for all identified critical frequencies, the receiver, broadband antenna and software. maximum peak was determined. Measurement antenna: horizontal and vertical, Following parameters were varied: the turntable heights: 1,0 m and 1,82 m as worst-case angle continuously in the range 0 to 360 degree, the determined by an exploratory emission EUT itself either over 3-orthogonal axis (not measurements. The results are documented in a defined usage position) or 2-orthogonal axis diagram. Critical frequencies (low margin to (defined usage position). The measurement antenna limit) are saved within a table for further height between 1 m and 4 m. investigations. If various operating modes are supported, further investigations are made to find On the determined worst-case position, a final the worst-case of them. Also the interconnection measurement with necessary bandwidth and cables and equipment position were varied in detector according standard has been carried out. order to maximize the emissions. Formula: EC = ER + AF + CL + DF - GA (1) AF = Antenna factor CL = Cable loss M = LT - EC (2) DF = Distance correction factor (if used) EC = Electrical field – corrected value ER = Receiver reading GA = Gain of pre-amplifier (if used) LT = Limit M = Margin All units are dB-units, positive margin means value is below limit. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 10 of 26 4.3. Test system set-up for radiated electric field measurement above 960MHz Specification: ANSI C63.10-2013, chapter 10.3 General Description: The tests are performed in a CISPR 16-1-4:2010 compliant fully anechoic room (FAR) recognized by the regulatory commission. The measurement distance was set to 1 m or 3 m. Horn antennas are used for frequency range 1 GHz to 40 GHz. The EUT is aligned within 3 dB beam width of the measurement antenna with three orthogonal axis measurements on the EUT. Schematic: Testing method: Exploratory, preliminary measurements The EUT and its associated accessories are placed on a non-conductive position manipulator (tipping device) of 1.55 m height which is placed on the turntable. By rotating the turntable continuously (range 0° to 360°) and the EUT itself either on 3-orthogonal axis (portable equipment) or 2-orthogonal axis (defined operational position of EUT) the emission spectrum and it’s characteristics was recorded with an EMI-receiver, broadband antenna and software. The measurements are performed in horizontal and vertical polarization of the measurement antennas. The results are documented in a diagram. Also the interconnection cables and equipment position were varied in order to maximize the emissions. Formula: EC = ER + AF + CL + DF - GA (1) EC = Electrical field – corrected value ER = Receiver reading M = LT - EC (2) M = Margin LT = Limit AF = Antenna factor CL = Cable loss DF = Distance correction factor (if used) GA = Gain of pre-amplifier (if used) All units are dB-units, positive margin means value is below limit. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 11 of 26 5. Measurements 5.1. Transmission time measurement 5.1.1. Test location and equipment Ref.-No. Equipment Type Serial-No. Conducted measurement 714 Spectrum Analyzer R&S FSU67 104023 133 Antenna EMCO 3115 9012-3629 - RF Amplifier Wright Technologies ASG18B-4010 - 5.1.2. Reference FCC  §15.517 (5) 5.1.3. EUT settings: The EUT is switched on. 5.1.4. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top 1.5 m height  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% 5.1.5. Measurement method and analyzer settings: The measurement is made radiated. The EUT B is placed in the FAC. AEs are laying on the table not far from the door of the FAC. The intentional radiators are coordinator and sniffer. Anchor, coordinator and sniffer are working together as a system. The manufacturer provides the following description of the work of the whole system: Anchors are placed in the environment where indoor drone flights take place. A number of anchors are spatially separated to bound the drone flying 3D space. Those anchors will function as location reference (conceptually similar to Indoor satellites), so that each Indoor Drone can calculate their own locations based on the relative measurements between each drone and each anchor. Coordinator is a special case of an anchor. Coordinator is responsible for scheduling network operations, approving anchors/drones to join the network, clock synchronization across the network, etc. Sniffer is a special case of an anchor. Sniffer is responsible for receiving all anchors messages and pass the anchor reported data to UWB server for anchor location computation. Sniffer is also responsible for publishing anchor locations to respective anchors, and for transmitting Drone control center or network management center originated commands to control UWB network operations. Anchor/Coordinator/Sniffer selection can been done by switch in HW ie. PCB/HW/mechanics/FW are identical in Anchor/Coordinator/Sniffer functionality. The EUT B should NOT transmit outside of the whole system. In the first measurement EUT B and all AEs are ON. The door of the FAC is closed. It is measured, whether the EUT B transmits outside of the whole system. The measurement is made in time domain by the central frequency of the channel. Measurement duration 60 s. RBW = 1 MHz. The measurement shows that the EUT doesn’t transmit respectively works properly. In the second measurement EUT B and all AEs are also ON. In the first 30 s of the measurement the door of the FAC is open. After these 30 s the door is closed. It is checked whether the EUS B transmits when the communication with the whole system is interrupted. The measurement shows that the EUT stopes to transmit in a few seconds after its disconnection from the whole system. 5.1.6. RESULTS When the communication with the intentional radiators is ceased, the EUT stopes to transmit. 5.1.6.1. VERDICT: PASS. For graphical results pls. see annex 1 to this test report. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 12 of 26 5.2. 10 dB bandwidth measurement 5.2.1. Test location and equipment Ref.-No. Equipment Type Serial-No. 714 Spectrum Analyzer R&S FSU67 104023 133 Antenna EMCO 3115 9012-3629 - RF Amplifier Wright Technologies ASG18B-4010 - 5.2.2. Reference FCC  §15.517 5b 5.2.3. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% 5.2.4. EUT Settings: The measurement is made radiated. The EUT was instructed to transmit continuously with maximum power (if adjustable) according applicants declared and applicable settings. Different characteristics have been checked, e.g. data rates which EUT can operate if applicable. 5.2.5. Measurement method: The frequency at which the maximum power level is measured with the peak detector is designated fM (RBW=1 MHz, VBW= 3 MHz, peak detection, maxhold). The outermost 1 MHz segments above and below fM, where the peak power falls by 10 dB relative to the level at fM, are designated as fH and fL. The UWB transmission, and the -10 dB bandwidth (B - 10), is defined as (fH - fL). -10 dB bandwidth should be ≥500 MHz and must be contained between 3100 MHz and 10.600 MHz. 5.2.6. Spectrum-Analyzer settings: Span 1.5 GHz Resolution Bandwidth ANSI 63.10-2013, chapter 10.1 (RBW) Video Bandwidth (VBW) Minimum 3 times the resolution bandwidth Sweep time Auto-coupled Detector Peak detector Sweep mode Repetitive Mode, MAX-HOLD, trace stabilization 5.2.7. Results: The frequency Power at the Lowest Highest -10 dB Op. with the frequency fM, frequency bound frequency bound bandwidth, Mode: maximum power [dBm] fL, [MHz] fH, [MHz] [MHz] fM, [MHz] 1 6409,5 -25,42 6199,3 6752,2 552,9 2 6333,1 -26,5 6142,3 6831,6 689,3 Remark: For graphical results pls. see annex 1 to this test report. The operation mode No 1 shows the highest power value. This mode will be used furthermore for other measurements. VERDICT: PASS CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 13 of 26 5.3. General Limit - Radiated field strength emissions below 30 MHz 5.3.1. Test location and equipment test location  CETECOM Essen (Chapter. 2.2.1)  Please see Chapter. 2.2.2  Please see Chapter. 2.2.3 test site  441 EMI SAR  487 SAR NSA  347 Radio.lab.   receiver  377 ESCS30  001 ESS     spectr. analys.  584 FSU  120 FSEM  264 FSEK    antenna  574 BTA-L  133 EMCO3115  302 BBHA9170  289 CBL 6141  030 HFH-Z2  021 EMCO6502 signalling  757 CMW500  371 CBT32  547 CMU  594 CMW500 otherwise  400 FTC40x15E  401 FTC40x15E  110 USB LWL  482 Filter Matrix  378 RadiSense DC power  456 EA 3013A  457 EA 3013A  459 EA 2032-50  268 EA- 3050  494 AG6632A  498 NGPE 40 line voltage  230 V 50 Hz via public mains  060 120 V 60 Hz via PAS 5000 5.3.2. Requirements FCC Part 15, Subpart C, §15.205 & §15.209 ANSI C63.10-2013 Frequency Field strength limit Distance Remarks [MHz] [μV/m] [dBμV/m] [m] 0.009 – 0.490 2400/f (kHz) 67.6 – 20Log(f) (kHz) 300 Correction factor used due to measurement distance of 3 m 0.490 – 1.705 24000/f (kHz) 87.6 – 20Log(f) (kHz) 30 Correction factor used due to measurement distance of 3 m 1.705 – 30 30 29.5 30 Correction factor used due to measurement distance of 3 m 5.3.3. Test condition and test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)%  9 – 150 kHz RBW/VBW = 200 Hz Scan step = 80 Hz Scan data  150 kHz – 30 MHz RBW/VBW = 9 kHz Scan step = 4 kHz  other: EMI-Receiver or Scan-Mode  6 dB EMI-Receiver Mode  3dB Spectrum analyser Mode Analyzer Settings Detector Peak (pre-measurement) and Quasi-PK/Average (final if applicable) Mode: Repetitive-Scan, max-hold Sweep-Time Coupled – calibrated display if continuous signal otherwise adapted to EUT’s individual transmission duty-cycle General measurement procedures Please see chapter “Test system set-up radiated magnetic field measurements below 30 MHz” 5.3.4. Measurement Results The results are presented below in summary form only. For more information please consult the diagrams included in annex 1. OP- Measurement Frequency range mode Remark Detector Result No no. Op. mode- worst case. Laying 1 9 kHz-30 MHz 1 position. Peak passed Op. mode- worst case. Standing 2 9 kHz-30 MHz 1 position. Peak passed CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 14 of 26 5.3.5. Correction factors due to reduced meas. distance (f< 30 MHz) The used correction factors when the measurement distance is reduced compared to regulatory measurement distance, are calculated according Extrapolation formulas valid for EUT’s with maximum dimension of 0.625xLambda. Formula 2+3+4 as presented in ANSI C63.10, Chapter 6.4.4 are used for the calculations of proper extrapolation factors. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 15 of 26 5.4. General Limit - Radiated field strength emissions, 30 MHz – 960 MHz 5.4.1. Test location and equipment test location  CETECOM Essen (Chapter. 2.2.1)  Please see Chapter. 2.2.2  Please see Chapter. 2.2.3 test site  441 EMI SAR  487 SAR NSA receiver  377 ESCS30  001 ESS  489 ESU 40  620 ESU 26 spectr. analys.  584 FSU  120 FSEM  264 FSEK antenna  574 BTA-L  133 EMCO3115  302 BBHA9170  289 CBL 6141  030 HFH-Z2  477 GPS signalling  392 MT8820A  371 CBT32  547 CMU  594 CMW otherwise  400 FTC40x15E  401 FTC40x15E  110 USB LWL  482 Filter Matrix DC power  456 EA 3013A  457 EA 3013A  459 EA 2032-50  268 EA- 3050  494 AG6632A  498 NGPE line voltage  230 V 50 Hz via public mains  060 120 V 60 Hz via PAS 5000 5.4.2. Requirements/Limits  Part 15 Subpart B, §15.109, class B FCC  Part 15 Subpart C, §15.209 @ frequencies defined in §15.205  C63.4-2014 ANSI  C63.10-2013 Radiated emissions limits, 3 meters Frequency [MHz] QUASI Peak [µV/m] QUASI-Peak [dBµV/m] 30 - 88 100 40.0 Limit 88 - 216 150 43.5 216 - 960 200 46.0 above 960 500 54.0 5.4.3. Restricted bands of operation (FCC §15.205/ RSS-Gen, Issue 4 Chapter 8.9, Table 4) MHz MHz MHz GHz 0.090-0.110 16.42-16.423 399.9-410 4.5-5.15 0.495-0.505 16.69475-16.69525 608-614 5.35-5.46 2.1735-2.1905 16.80425-16.80475 960-1240 7.25-7.75 4.125-4.128 25.5-25.67 1300-1427 8.025-8.5 4.20725-4.20775 37.5-38.25 1645.5-1646.5 9.3-9.5 6.215-6.218 73-74.6 1660-1710 10.6-12.7 6.26775-6.26825 74.8-75.2 1718.8-1722.2 13.25-13.4 6.31175-6.31225 108-121.94 2200-2300 14.47-14.5 8.291-8.294 123-138 2310-2390 15.35-16.2 8.362-8.366 149.9-150.05 2483.5-2500 17.7-21.4 8.37625-8.38675 156.52475-156.52525 2690-2900 22.01-23.12 8.41425-8.41475 156.7-156.9 3260-3267 23.6-24.0 12.29-12.293 162.0125-167.17 3332-3339 31.2-31.8 12.51975-12.52025 167.72-173.2 3345.8-3358 36.43-36.5 12.57675-12.57725 240-285 3600-4400 -- 13.36-13.41 322-335.4 -- -- Remark: only spurious emissions are allowed within these frequency bands not exceeding the limits per §15.209 CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 16 of 26 5.4.4. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top 0.8m height  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% EMI-Receiver Scan frequency range:  30 – 1000 MHz  other: (Analyzer) Settings Scan-Mode  6 dB EMI-Receiver Mode  3 dB spectrum analyser mode Detector Peak / Quasi-peak RBW/VBW 100 kHz/300 kHz Mode: Repetitive-Scan, max-hold Scan step 80 kHz Sweep-Time Coupled – calibrated display if continuous tx-signal otherwise adapted to EUT’s individual duty-cycle General measurement procedures Please see chapter “Test system set-up for electric field measurement in the range 30 MHz to 1 GHz” 5.4.5. MEASUREMENT RESULTS The results are presented below in summary form only. For more information please consult the diagrams included in annex 1. OP- Measurement Frequency range mode Remark Detector Result No no. Op. mode- worst case. Laying 1 30 MHz - 960 MHz 1 Peak passed position. Op. mode- worst case. Standing 2 30 MHz - 960 MHz 1 Peak passed position. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 17 of 26 5.5. General Limit – Radiated field strength emissions, above 960 MHz 5.5.1. Test location and equipment Ref.-No. Equipment Type Serial-No. Frequency range 960 MHz – 18000 MHz Measurement in FAR 2 with the distance between the EUT and the antenna 1 m 714 Spectrum Analyzer R&S FSU67 104023 549 Antenna R&S HF907 100334 338 RF Amplifier Miteq JS4-00102600-38-5P 838697 Measurement in FAR 2 with the distance between the EUT and the antenna 3 m 714 Spectrum Analyzer R&S FSU67 104023 133 Antenna EMCO 3115 9012-3629 - RF Amplifier Wright Technologies ASG18B-4010 - Frequency range 18000 MHz – 40000 MHZ Measurement in FAR 2 with the distance between the EUT and the antenna 1 m 714 Spectrum Analyzer R&S FSU67 104023 302 Antenna BBHA9170 155 688 RF Amplifier Miteq JS-18004000-40-8P 1750117 5.5.2. Requirements/Limits  Part 15.517 5(c) FCC  Part 15.521 (h)  C63.4-2014 ANSI  C63.10-2013 Frequency Limits, EIRP in dBm [MHz] 960-1610 −75.3 1610-1990 −53.3 1990-3100 −51.3 3100-10600 −41.3 10600- 40000 −51.3 5.5.3. Measurement method: Measurement method is described in general in chapter 4.4. Due to the fact that limits especially in frequency range 960 MHz – 1990 MHz and 10600 MHz – 40 GHz are very low, the measurement distance for these frequency ranges is reduced to 1m. The spectrum analyzer is placed immediately after the receiving antenna. Preferably short RF cable is used for the connection of the antenna and the spectrum analyzer. Frequency range Measurement distance [MHz] [m] 960-1990 1 1990-10600 3 10600- 40000 1 5.5.4. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top 1.5m height  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% Spectrum- Scan frequency range:  1 – 18 GHz  18 – 25 GHz  18 – 40 GHz  other: Analyzer Scan-Mode  6 dB EMI-Receiver Mode  3 dB Spectrum analyser Mode settings Detector RMS RBW/VBW 1 MHz / 3 MHz Mode: Repetitive-Scan, max-hold Sweep-Time ≤ 1 ms over each measurement bin General measurement procedures Please see chapter “Test system set-up for radiated electric field measurements above 1 GHz” CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 18 of 26 5.5.5. Measurement Results The results are presented below in summary form only. For more information please consult the diagrams included in annex 1. OP- Measurement Frequency range mode Remark Detector Result No no. 1 960 MHz – 1610 MHz 1 Op. mode- worst case. RMS passed 2 1610 MHz – 1990 MHz 1 Op. mode- worst case. RMS passed 3 1990 MHz – 3100 MHz 1 Op. mode- worst case. RMS passed 4 3100 MHz – 5500 MHz 1 Op. mode- worst case. RMS passed 5 5500 MHz – 7250 MHz 1 Op. mode- worst case. RMS passed Op. mode- worst case. RBW fc=6480 MHz = 1 MHz. VBW= 3 MHz. 6 1 RMS passed BW=600MHz BW = 600 MHz. SWT = 600 ms. MaxHold. Auto Sweep. 7 7250 MHz – 10600 MHz 1 Op. mode- worst case. RMS passed 8 10600 MHz – 15000 MHz 1 Op. mode- worst case. RMS passed 9 15000 MHz – 18000 MHz 1 Op. mode- worst case. RMS passed 10 18000 MHz – 40000 MHz 1 Op. mode- worst case. RMS passed Remark : see diagrams in annex 1 for more details. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 19 of 26 5.6. Radiated emissions in the GPS bands 5.6.1. Test location and equipment Ref.-No. Equipment Type Serial-No. Measurement in FAR 2 with the distance between the EUT and the antenna 3 m 714 Spectrum Analyzer R&S FSU67 104023 133 Antenna EMCO 3115 9012-3629 - RF Amplifier Wright Technologies ASG18B-4010 - 5.6.2. Requirements/Limits FCC  Part 15.517 5(d)  C63.4-2014 ANSI  C63.10-2013 Frequency Limits, EIRP in dBm [MHz] 1164-1240 -85.3 1559-1610 -85.3 5.6.3. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top 1.5m height  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% Spectrum- Scan-Mode  6 dB EMI-Receiver Mode  3 dB Spectrum analyser Mode Analyzer Detector RMS settings RBW/VBW 1 kHz / 3 kHz Mode: Repetitive-Scan, max-hold Sweep-Time ≤ 1 ms over each measurement bin General measurement procedures Please see chapter “Test system set-up for radiated electric field measurements above 1 GHz” 5.6.4. Measurement Results The results are presented below in summary form only. For more information please consult the diagrams included in annex 1. OP- Measurement Frequency range mode Remark Detector Result No no. 1 1164-1240 1 Op. mode- worst case. RMS passed 2 1559-1610 1 Op. mode- worst case. RMS passed Remark : see diagrams in annex 1 for more details. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 20 of 26 5.7. Fundamental emission peak power 5.7.1. Test location and equipment FAR Ref.-No. Equipment Type Serial-No. Measurement in FAR 2 with the distance between the EUT and the antenna 3 m 714 Spectrum Analyzer R&S FSU67 104023 133 Antenna EMCO 3115 9012-3629 - RF Amplifier Wright Technologies ASG18B-4010 - 5.7.2. Requirements/Limits FCC  Part 15.517 5(e)  C63.4-2014 ANSI  C63.10-2013 Frequency Limits, EIRP in dBm [MHz] Frequency with the highest radiated emission contained within a 50 MHz bandwidth from the 0 measurement according to FCC 15.517 5(c) 5.7.3. Test condition and measurement test set-up EUT-grounding  none  with power supply  additional connection Equipment set up  table top 1.5m height  floor standing Climatic conditions Temperature: (22±3°C) Rel. humidity: (40±20)% Spectrum- Scan-Mode  6 dB EMI-Receiver Mode  3 dB Spectrum analyser Mode Analyzer Detector MaxPeak settings RBW/VBW 50 MHz / 80 MHz Mode: Repetitive-Scan, max-hold Sweep-Time ≤ 1 ms over each measurement bin General measurement procedures Please see chapter “Test system set-up for radiated electric field measurements above 1 GHz” 5.7.4. Measurement Results The results are presented below in summary form only. For more information please consult the diagrams included in annex 1. OP- Measurement Pmax, fc, [MHz] fmax, [MHz] mode Remark Detector Result No [dBm] No 1 6480 6487.5 -6.55 1 Op. mode- worst case. RMS passed Remark: frequency with the highest radiated emission contained within a 50 MHz bandwidth from the measurement according to FCC 15.517 5(c) is the frequency inside of the fundamental emission. 5.8. Antenna requirement according to FCC 15.203 The antenna is permanently affixed to the module. CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 21 of 26 5.9. Measurement uncertainties The reported uncertainties are calculated based on the standard uncertainty multiplied with the appropriate coverage factor k, such that a confidence level of approximately 95% is achieved. For uncertainty determination, each component used in the concrete measurement set-up was taken in account and it’s contribution to the overall uncertainty according it’s statistical distribution calculated. Following table shows expectable uncertainties for each measurement type performed. Calculated uncertainty based on a RF-Measurement Reference Frequency range Remarks confidence level of 95% Conducted emissions 9 kHz - 150 kHz 4.0 dB CISPR 16-2-1 - (U CISPR) 150 kHz - 30 MHz 3.6 dB Radiated emissions 30 MHz - 1 GHz 4.2 dB CISPR 16-2-3 E-Field Enclosure 1 GHz - 18 GHz 5.1 dB Disturbance power CISPR 16-2-2 30 MHz - 300 MHz - - Substitution Power Output radiated - 30 MHz - 4 GHz 3.17 dB method Cel- Cel- Set-up No. BT1 W1 W2 -- C1 C2 Power Output conducted - 9 kHz - 12.75 GHz N/A 0.60 0.7 0.25 N/A -- - 12.75 - 26.5GHz N/A 0.82 -- N/A N/A -- Conducted emissions - 9 kHz - 2.8 GHz 0.70 N/A 0.70 N/A 0.69 -- N/A - not on RF-port 2.8 GHz - 12.75GHz 1.48 N/A 1.51 N/A 1.43 -- applicable 12.75 GHz - 18GHz 1.81 N/A 1.83 N/A 1.77 -- 18 GHz - 26.5GHz 1.83 N/A 1.85 N/A 1.79 -- Power density - 1 – 2.8GHz 1.40 dB -- 0.1272 ppm (Delta Marker) Frequency Occupied bandwidth - 9 kHz - 4 GHz error 1.0 dB Power - 0.1272 ppm (Delta Marker) Frequency Emission bandwidth 9 kHz - 4 GHz error - See above: 0.70 dB Power Frequency stability - 9 kHz - 20 GHz 0.0636 ppm - 150 kHz - 30 MHz 5.0 dB Magnetic Radiated emissions 30 MHz - 1 GHz 4.2 dB field - Enclosure 1 GHz - 20 GHz 3.17 dB E-field Substitution Table: measurement uncertainties, valid for conducted/radiated measurements CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 22 of 26 6. Abbreviations used in this report The abbreviations ANSI American National Standards Institute AV , AVG, CAV Average detector EIRP Equivalent isotropically radiated power, determined within a separate measurement EGPRS Enhanced General Packet Radio Service EUT Equipment Under Test FCC Federal Communications Commission, USA IC Industry Canada n.a. not applicable Op-Mode Operating mode of the equipment PK Peak RBW resolution bandwidth RF Radio frequency RSS Radio Standards Specification, Dokuments from Industry Canada Rx Receiver TCH Traffic channel Tx Transmitter QP Quasi peak detector VBW Video bandwidth ERP Effective radiated power 7. Accreditation details of CETECOM’s laboratories and test sites Ref.- Accreditation Valid for laboratory area or test site No. Certificate Accreditation Body - D-PL- DAkkS, Deutsche All laboratories and test sites of CETECOM GmbH, Essen 12047-01-01 Akkreditierungsstelle GmbH 337 Radiated Measurements 30 MHz to 1 GHz, 3 m / 10 m (OATS) 487 Radiated Measurements 30 MHz to 1 GHz, 3 m (SAR) FCC, Federal Communications (MRA US-EU 558 Radiated Measurements above 1 GHz, 3 m (FAR) Commission 0003) 348 Mains Ports Conducted Interference Measurements Laboratory Division, USA 348 Telecommunication Ports Conducted Interference Measurem. 337 -- Radiated Measurements 30 MHz to 1 GHz, 3 m / 10 m (OATS) ISED, Industry Canada 487 3462D-2 Radiated Measurements 30 MHz to 1 GHz, 3 m (SAR) Certification and Engineering 550 3462D-2 Radiated Measurements 1 GHz to 6 GHz, 3 m (SAR) Bureau 558 3462D-3 Radiated Measurements above 1 GHz, 3 m (FAR) 487 R- 4452 Radiated Measurements 30 MHz to 1 GHz, 3 m (SAR) VCCI, Voluntary Control Council 550 G- 20013 Radiated Measurements 1 GHz to 6 GHz, 3 m (SAR) for Interference by Information 348 C- 20009 Mains Ports Conducted Interference Measurements Technology Equipment, Japan 348 T- 20006 Telecommunication Ports Conducted Interference Measurem. OATS = Open Area Test Site, SAR = Semi Anechoic Room, FAR = Fully Anechoic Room CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 23 of 26 8. Instruments and Ancillary 8.1. Used equiment “CTC” The “Ref.-No” in the left column of the following tables allows the clear identification of the laboratory equipment. 8.1.1. Test software and firmware of equipment Ref.-No. Equipment Type Serial-No. Version of Firmware or Software during the test 001 EMI Test Receiver ESS 825132/017 Firm.= 1.21 , OTP=2.0, GRA=2.0 012 Signal Generator (EMS-cond.) SMY 01 839069/027 Firm.= V 2.02 013 Power Meter (EMS cond.) NRVD 839111/003 Firm.= V 1.51 017 Digital Radiocommunication Tester CMD 60 M 844365/014 Firmware = V 3.52 .22.01.99, DECT = D2.87 13.01.99 053 Audio Analyzer UPA3 860612/022 Firm. V 4.3 119 RT Harmonics Analyzer dig. Flickermeter B10 G60547 Firm.= V 3.1DHG 140 Signal Generator SMHU 831314/006 Firm.= 3.21 261 Thermal Power Sensor NRV-Z55 825083/0008 EPROM-Datum 02.12.04, SE EE 1 B 262 Power Meter NRV-S 825770/0010 Firm.= 2.6 263 Signal Generator SMP 04 826190/0007 Firm.=3.21 UNIT Firmware= 4.04, SW-Main=4.04, SW-BBP=1.04, 295 Racal Digital Radio Test Set 6103 1572 SW-DSP=1.02, Hardboot=1.02, Softboot=2.02 R&S Test Firmware =3.53 /3.54 (current Testsoftw. f. 298 Univ. Radio Communication Tester CMU 200 832221/091 all band used 323 Digital Radiocommunication Tester CMD 55 825878/0034 Firm.= 3.52 .22.01.99 335 CTC-EMS-Conducted System EMS Conducted - EMC 32 V 8.52 340 Digital Radiocommunication Tester CMD 55 849709/037 Firm.= 3.52 .22.01.99 355 Power Meter URV 5 891310/027 Firm.= 1.31 365 10V Insertion Unit 50 Ohm URV5-Z2 100880 Eprom Data = 31.03.08 366 Ultra Compact Simulator UCS 500 M4 V0531100594 Firm. UCS 500=001925/3.06a02, rc=ISMIEC 4.10 371 Bluetooth Tester CBT32 100153 CBT V5,30+ SW-Option K55, K57 377 EMI Test Receiver ESCS 30 100160 Firm.= 2.30, OTP= 02.01, GRA= 02.36 378 Broadband RF Field Monitor RadiSense III 03D00013SNO-08 Firm.= V.03D13 389 Digital Multimeter Keithley 2000 0583926 Firm. = A13 (Mainboard) A02 (Display) Firm.= 4.50 #005, IPL=4.01#001,OS=4.02#001, 392 Radio Communication Tester MT8820A 6K00000788 GSM=4.41#013, W-CDMA= 4.54#004, scenario= 4.52#002 R&S Test Firmware Base=5.14, Mess-Software= 436 Univ. Radio Communication Tester CMU 200 103083 GSM:5.14 WCDMA:5.14 (current Testsoftw. F. all band 441 CTC-SAR-EMI Cable Loss System EMI field (SAR) - EMC 32 Version 8.52 442 CTC-SAR-EMS System EMS field (SAR) - EMC 32 Version 8.40 System CTC-FAR-EMI- 443 CTC-FAR-EMI-RSE - Spuri 7.2.5 or EMC 32 Ver. 9.15.00 RSE 444 CTC-FAR-EMS field System-EMS-Field (FAR) - EMC 32 Version 9.15.00 R&S Test Firmware Base=5.14, GSM=5.14 460 Univ. Radio Communication Tester CMU 200 108901 WCDMA=5.14 (current Testsoftw.,f. all band to be used, 489 EMI Test Receiver ESU40 1000-30 Firmware=4.43 SP3, Bios=V5.1-16-3, Spec. =01.00 491 ESD Simulator dito ESD dito dito307022 V 2.30 524 Voltage Drop Simulator VDS 200 0196-16 Software Nr: 000037 Version V4.20a01 526 Burst Generator EFT 200 A 0496-06 Software Nr. 000034 Version V2.32 527 Micro Pulse Generator MPG 200 B 0496-05 Software-Nr. 000030 Version V2.43 528 Load Dump Simulator LD 200B 0496-06 Software-Nr. 000031 Version V2.35a01 R&S Test Firmware Base=5.14, GSM=5.14 546 Univ. Radio Communication Tester CMU 200 106436 WCDMA=5.14 (current Testsoftw.,f. all band to be used R&S Test Firmware Base=V5.1403 (current Testsoftw., 547 Univ. Radio Communication Tester CMU 200 835390/014 f. all band used, GSM = 5.14 WCDMA: = 5.14 584 Spectrum Analyzer FSU 8 100248 2.82_SP3 R&S Test Firmware Base=5.01, GSM=5.02 WCDMA= 597 Univ. Radio Communication Tester CMU 200 100347 not installed, Mainboard= µP1=V.850 598 Spectrum Analyzer FSEM 30 831259/013 Firmware Bios 3.40 , Analyzer 3.40 Sp 2 607 Signal Generator SMR 20 832033/011 V1.25 620 EMI Test Receiver ESU 26 100362 4.43_SP3 642 Wideband Radio Communication Tester CMW 500 126089 Setup V03.26, Test programm component V03.02.20 670 Univ. Radio Communication Tester CMU 200 106833 µP1 =V8.50, Firmware = V.20 689 Vector Signal Generator SMU200 100970 02.20.360.142 CBT V 5.40, FW: V.2.41 (FPGA Digital, V. 3.09 FPGA 692 Bluetooth Tester CBT 32 100236 RF) CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 24 of 26 8.1.2. Single instruments and test systems Ref.-No. calibration Interval of Remark Equipment Type Serial-No. Manufacturer Cal due 001 EMI Test Receiver ESS 825132/017 Rohde & Schwarz 12 M - 16.05.2018 005 AC - LISN (50 Ohm/50µH, test site 1) ESH2-Z5 861741/005 Rohde & Schwarz 12 M - 15.05.2018 007 Single-Line V-Network (50 Ohm/5µH) ESH3-Z6 892563/002 Rohde & Schwarz 12 M - 17.05.2018 009 Power Meter (EMS-radiated) NRV 863056/017 Rohde & Schwarz 24 M - 15.05.2019 016 Line Impedance Simulating Network Op. 24-D B6366 Spitzenberger+Spies 36 M - 30.05.2019 021 Loop Antenna (H-Field) 6502 9206-2770 EMCO 36 M - 30.04.2018 030 Loop Antenna (H-field) HFH-Z2 879604/026 Rohde & Schwarz 36 M - 30.04.2018 033 RF-current probe (100kHz-30MHz) ESH2-Z1 879581/18 Rohde & Schwarz 24 M - 15.05.2019 057 relay-switch-unit (EMS system) RSU 494440/002 Rohde & Schwarz pre-m 1a 060 power amplifier (DC-2kHz) PAS 5000 B6363 Spitzenberger+Spies - 3 086 DC - power supply, 0 -10 A LNG 50-10 - Heinzinger Electronic pre-m 2 087 DC - power supply, 0 -5 A EA-3013 S - Elektro Automatik pre-m 2 091 USB-LWL-Converter OLS-1 007/2006 Ing. Büro Scheiba - 4 099 passive voltage probe ESH2-Z3 299.7810.52 Rohde & Schwarz 36 M - 30.04.2018 100 passive voltage probe Probe TK 9416 without Schwarzbeck 36 M - 30.04.2018 110 USB-LWL-Converter OLS-1 - Ing. Büro Scheiba - 4 119 RT Harmonics Analyzer dig. Flickermeter B10 G60547 BOCONSULT 36 M - 30.05.2019 133 horn antenna 18 GHz (Meas 1) 3115 9012-3629 EMCO 36 M 1c 10.03.2020 134 horn antenna 18 GHz (Subst 2) 3115 9005-3414 EMCO 36 M - 10.03.2020 136 adjustable dipole antenna (Dipole 1) 3121C-DB4 9105-0697 EMCO 36 M - 30.04.2018 140 Signal Generator SMHU 831314/006 Rohde & Schwarz 24 M - 30.05.2018 248 attenuator SMA 6dB 2W - Radiall pre-m 2 249 attenuator SMA 10dB 10W - Radiall pre-m 2 252 attenuator N 6dB 12W - Radiall pre-m 2 256 attenuator SMA 3dB 2W - Radiall pre-m 2 257 hybrid 4031C 04491 Narda pre-m 2 260 hybrid coupler 4032C 11342 Narda pre-m 2 261 Thermal Power Sensor NRV-Z55 825083/0008 Rohde & Schwarz 24 M - 30.05.2018 262 Power Meter NRV-S 825770/0010 Rohde & Schwarz 24 M - 30.05.2018 263 Signal Generator SMP 04 826190/0007 Rohde & Schwarz 36 M - 30.05.2019 265 peak power sensor NRV-Z33, Model 04 840414/009 Rohde & Schwarz 24 M - 30.05.2018 266 Peak Power Sensor NRV-Z31, Model 04 843383/016 Rohde & Schwarz 24 M - 30.05.2018 267 notch filter GSM 850 WRCA 800/960-6EEK 9 Wainwright GmbH pre-m 2 270 termination 1418 N BB6935 Weinschel pre-m 2 271 termination 1418 N BE6384 Weinschel pre-m 2 272 attenuator (20 dB) 50 W Model 47 BF6239 Weinschel pre-m 2 273 attenuator (10 dB) 100 W Model 48 BF9229 Weinschel pre-m 2 274 attenuator (10 dB) 50 W Model 47 (10 dB) 50 W BG0321 Weinschel pre-m 2 275 DC-Band Model 7003 (N) C5129 Weinschel pre-m 2 276 DC-Band Model 7006 (SMA) C7061 Weinschel pre-m 2 279 power divider 1515 (SMA) LH855 Weinschel pre-m 2 298 Univ. Radio Communication Tester CMU 200 832221/091 Rohde & Schwarz pre-m 3 300 AC LISN (50 Ohm/50µH, 1-phase) ESH3-Z5 892 239/020 Rohde & Schwarz 12 M - 17.05.2018 301 attenuator (20 dB) 50W, 18GHz 47-20-33 AW0272 Lucas Weinschel pre-m 2 302 horn antenna 40 GHz (Meas 1) BBHA9170 155 Schwarzbeck 36 M - 14.03.2020 303 horn antenna 40 GHz (Subst 1) BBHA9170 156 Schwarzbeck 36 M - 20.03.2020 331 Climatic Test Chamber -40/+180 Grad HC 4055 43146 Heraeus Vötsch 24 M - 30.10.2018 341 Digital Multimeter Fluke 112 81650455 Fluke 24 M - 30.05.2018 342 Digital Multimeter Voltcraft M-4660A IB 255466 Voltcraft 24 M - 17.05.2019 347 laboratory site radio lab. - - - 5 348 laboratory site EMI conducted - - - 5 354 DC - Power Supply 40A NGPE 40/40 448 Rohde & Schwarz pre-m 2 355 Power Meter URV 5 891310/027 Rohde & Schwarz 24 M - 30.05.2018 357 power sensor NRV-Z1 861761/002 Rohde & Schwarz 24 M - 24.05.2019 371 Bluetooth Tester CBT32 100153 R&S 36 M - 30.05.2019 373 Single-Line V-Network (50 Ohm/5µH) ESH3-Z6 100535 Rohde & Schwarz 12 M - 17.05.2018 377 EMI Test Receiver ESCS 30 100160 Rohde & Schwarz 12 M - 15.05.2018 392 Radio Communication Tester MT8820A 6K00000788 Anritsu 12 M - 18.05.2018 126.0604.0003.3.3.3.2 LUFFT Mess u. 405 Thermo-/Hygrometer OPUS 10 THI 24 M - 30.03.2019 2 Regeltechnik 431 Model 7405 Near-Field Probe Set 9305-2457 EMCO - 4 436 Univ. Radio Communication Tester CMU 200 103083 Rohde & Schwarz 12 M - 24.05.2018 439 UltraLog-Antenna HL 562 100248 Rohde & Schwarz 36 M - 10.03.2020 454 Oscilloscope HM 205-3 9210 P 29661 Hameg - 4 456 DC-Power supply 0-5 A EA 3013 S 207810 Elektro Automatik pre-m 2 459 DC -Power supply 0-5 A , 0-32 V EA-PS 2032-50 910722 Elektro Automatik pre-m 2 460 Univ. Radio Communication Tester CMU 200 108901 Rohde & Schwarz 12 M - 16.06.2018 463 Universal source HP3245A 2831A03472 Agilent - 4 466 Digital Multimeter Fluke 112 89210157 Fluke USA 24 M - 30.05.2018 CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 25 of 26 Ref.-No. calibration Interval of Remark Equipment Type Serial-No. Manufacturer Cal due 467 Digital Multimeter Fluke 112 89680306 Fluke USA 36 M - 30.04.2018 468 Digital Multimeter Fluke 112 90090455 Fluke USA 36 M - 30.04.2018 477 ReRadiating GPS-System AS-47 - Automotive Cons. Fink - 3 480 power meter (Fula) NRVS 838392/031 Rohde & Schwarz 24 M - 16.05.2019 482 filter matrix Filter matrix SAR 1 - CETECOM (Brl) - 1d System EMI field (SAR) ETS Lindgren / 487 System CTC NSA-Verification SAR-EMI - 24 M - 31.03.2019 NSA CETECOM 489 EMI Test Receiver ESU40 1000-30 Rohde & Schwarz 12 M - 18.05.2019 WRCG 1709/1786- 502 band reject filter SN 9 Wainwright pre-m 2 1699/1796- 503 band reject filter WRCG 824/849-814/859- SN 5 Wainwright pre-m 2 517 relais switch matrix HF Relais Box Keithley SE 04 Keithley pre-m 2 523 Digital Multimeter L4411A MY46000154 Agilent 24 M - 18.05.2019 529 6 dB Broadband resistive power divider Model 1515 LH 855 Weinschel pre-m 2 530 10 dB Broadband resistive power divider R 416110000 LOT 9828 - pre-m 2 546 Univ. Radio Communication Tester CMU 200 106436 R&S 12 M - 30.03.2018 547 Univ. Radio Communication Tester CMU 200 835390/014 Rohde & Schwarz 12 M - 05.07.2018 549 Log.Per-Antenna HL025 1000060 Rohde & Schwarz 36/12 M - 31.07.2018 System CTC S-VSWR Verification SAR- System EMI Field SAR S- ETS 550 - 24 M - 30.03.2019 EMI VSWR Lindgren/CETECOM 557 System CTC-OTA-2 R&S TS8991 - Rohde & Schwarz 12 M 5 30.09.2016 System CTC FAR S- 558 System CTC FAR S-VSWR - CTC 24 M - 08.08.2019 VSWR 574 Biconilog Hybrid Antenna BTA-L 980026L Frankonia 36/12 M - 31.03.2019 584 Spectrum Analyzer FSU 8 100248 Rohde & Schwarz pre-m - 597 Univ. Radio Communication Tester CMU 200 100347 Rohde & Schwarz pre-m - 600 power meter NRVD (Reserve) 834501/018 Rohde & Schwarz 24 M - 17.05.2019 601 medium-sensitivity diode sensor NRV-Z5 (Reserve) 8435323/003 Rohde & Schwarz 24 M - 15.05.2019 602 peak power sensor NRV-Z32 (Reserve) 835080 Rohde & Schwarz 24 M - 611 DC power supply E3632A KR 75305854 Agilent pre-m 2 612 DC power supply E3632A MY 40001321 Agilent pre-m 2 613 Attenuator R416120000 20dB 10W Lot. 9828 Radiall pre-m 2 616 Digitalmultimeter Fluke 177 88900339 Fluke 24 M - 30.05.2018 617 Power Splitter/Combiner ZFSC-2-2-S+ S F987001108 Mini Circuits - 2 618 Power Splitter/Combiner 50PD-634 600994 JFW Industries USA - 2 619 Power Splitter/Combiner 50PD-634 600995 JFW Industries, USA - 3 620 EMI Test Receiver ESU 26 100362 Rohde-Schwarz 12 M - 16.05.2018 621 Step Attenuator 0-139 dB RSP 100017 Rohde & Schwarz pre-m 2 625 Generic Test Load USB Generic Test Load USB - CETECOM - 2 201.0999.9302.6.4.1.4 627 data logger OPUS 1 G. Lufft GmbH 24 M - 30.03.2019 3 634 Spectrum Analyzer FSM (HF-Unit) 826188/010 Rohde & Schwarz pre-m 2 HDMI cable with Ethernet 637 High Speed HDMI with Ethernet 1m - KogiLink - 2 1m 638 HDMI Kabel with Ethernet 1,5 m flach HDMI cable with Ethernet - Reichelt - 2 640 HDMI cable 2m rund HDMI cable 2m rund - Reichelt - 2 641 HDMI cable with Ethernet Certified HDMI cable with - PureLink - 2 642 Wideband Radio Communication Tester CMW 500 126089 Rohde&Schwarz 12 M - 24.05.2018 644 Amplifierer ZX60-2534M+ SN865701299 Mini-Circuits - - 670 Univ. Radio Communication Tester CMU 200 106833 Rohde & Schwarz 24 M - 30.05.2018 671 DC-power supply 0-5 A EA-3013S - Elektro Automatik pre-m 2 678 Power Meter NRP 101638 Rohde&Schwarz pre-m - 683 Spectrum Analyzer FSU 26 200571 Rohde & Schwarz 12 M - 17.05.2018 Narda Safety Test 686 Field Analyzer EHP-200A 160WX30702 24 M - 29.03.2019 Solutions 687 Signal Generator SMF 100A 102073 Rohde&Schwarz 12 M - 17.05.2018 688 Pre Amp JS-18004000-40-8P 1750117 Miteq pre-m - 690 Spectrum Analyzer FSU 100302/026 Rohde&Schwarz 12 M - 16.05.2018 691 OSP120 Base Unit OSP120 101183 Rohde & Schwarz 12 M - 22.05.2018 692 Bluetooth Tester CBT 32 100236 Rohde & Schwarz 36 M - 29.05.2020 697 Power Splitter ZN4PD-642W-S+ 165001445 Mini-Circuits - 2 MA 4010-KT080-XPET- MA4170-KT100- 703 INNCO Antennen Mast INNCO pre-m - ZSS3 XPET- CO3000/933/3841051 704 INNCON Controller CO 3000-4port INNCO Systems GmBh pre-m - 6/L 711 Harmonic Mixer 90 GHz - 140GHz RPG FS-Z140 101004 RPG 12 M - 22.02.2018 712 Harmonic Mixer 75 GHz - 110GHz FS-Z110 101468 Rohde & Schwarz 12 M - 22.02.2018 713 Harmonic Mixer, 50 GHz - 75GHz FS-Z75 101022 Rohde & Schwarz 12 M - 22.05.2018 714 Signal Analyzer 67GHz FSW67 104023 Rohde & Schwarz 24 M - 03.03.2019 RPG Radiometer 715 Harmonic Mixer, 140 GHz - 220GHz FS-Z220 101009 12 M - 03.08.2018 Physics 716 Harmonic Mixer 220 GHz to 325 GHZ FS-Z325 101005 RPG Radiometer Physics 12 M - 13.02.2018 747 Spectrum Analyzer FSU 26 200152 Rohde & Schwarz 12 M - 18.05.2018 CETECOM_TR18_1_0039001T03a

Test Report 18-1-0039001T03a, Page 26 of 26 Ref.-No. calibration Interval of Remark Equipment Type Serial-No. Manufacturer Cal due 748 Pickett-Potter Horn Antenna FH-PP 4060 010001 Radiometer Physiscs - - 749 Pickett-potter Horn Antenna FH-PP 60-90 010003 Radiometer Physics - - 750 Pickett-Potter Horn Antenna FH-PP 140-220 010011 Radiometer Physics - - 757 CMW500 wide. Radio Comm. CMW500 158150 Rohde & Schwarz 12 M - 01.05.2017 8.1.3. Legend Note / remarks Calibrated during system calibration: 1a System CTC-SAR-EMS (Ref.-No. 442) 1b System-CTC-EMS-Conducted (Ref.-No. 335) 1c System CTC-FAR-EMI-RSE (Ref.-No . 443) 1d System CTC-SAR-EMI (Ref.-No . 441) 1e System CTC-OATS (EMI radiated) (Ref.-No. 337) 1f System CTC-CTIA-OTA (Ref.-No . 420) 1g System CTC-FAR-EMS (Ref.-No . 444) 2 Calibration or equipment check immediately before measurement 3 Regulatory maintained equipment for functional check or support purpose 4 calibration of this equipment Ancillary equipment without has no effect calibration onmechanical e.g. measuring result equipment or monitoring equipment 5 Test System Interval of calibration 12 M 12 month 24 M 24 month 36 M 36 month 24/12 M Calibration every 24 months, between this every 12 months internal validation 36/12 M Calibration every 36 months, between this every 12 months internal validation Pre-m Check before starting the measurement - Without calibration 9. Versions of test reports (change history) Version Applied changes Date of release -- Initial release 2018-09-14 -- -- -- -- -- -- CETECOM_TR18_1_0039001T03a


Document Created: 2018-09-17 13:24:39
Document Modified: 2018-09-17 13:24:39
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