XKB-RX9CLWBTPayment terminal

www.ingenico.com 13-17 rue Pagès, 92150 Suresnes – France Banks and Acquirers International Holding SAS / 814 767 216 RCS Nanterre AXIUM RX9000 User Guide Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 2 AXIUM RX9000 23045 Contents 1. Introduction 2. Unpacking 3. Recommendations 3.1 Safety 3.2 Security of your terminal (tampering attempt detection) 3.3 Main Characteristics 3.3.1 Terminal 3.3.2 Power characteristics 3.3.3 Terminal Connectivity 3.3.4 WLAN (2.4 GHz / 5GHz) 3.3.5 BLUETOOTH 3.3.6 CONTACTLESS 3.4 Functional description 4. Installation & Connections 4.1 Positionning the terminals 4.2 Inserting SAM (Secure access module) and Micro SD 4.3 Connecting the terminal to the host 4.4 Setting the AXIUM RX9000 on the stand- pole adaptor 4 5 6 6 7 8 8 9 10 10 11 12 13 13 14 15 16 12 Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 3 AXIUM RX9000 23045 4.5 Fixing the stylus on AXIUM RX9000 (optional) 5. Daily use 5.1 Card reading 5.1.1 Swiping a card 5.1.2 Inserting a smart card 5.1.3 Reading a contactless card 5.2 Signature capture 5.3 Audio 5.5 Camera 5.5.1 Front camera 5.5.2 Rear camera (optional) 5.6 Help for visually impaired people 6. Maintenance 6.1 Cleaning of the terminal 6.2 Transport and storage 7. Standard 17 19 19 19 19 20 21 21 22 22 22 23 23 23 24 23 Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 4 AXIUM RX9000 23045 1. Introduction Thank you for choosing an Ingenico payment terminal. We recommend you to read carefully this user guide: it gives you the necessary information about safety precautions, unpacking, installation and maintenance of your terminal. WARRANTY / SECURITY To benefit from the guarantee-related product, and to respect the security, we ask you to use only the recommended power supply. Maintenance operations should only be provided by an Ingenico authorized technician. Failure to comply with these instructions will void the manufacturer’s responsibility. This symbol indicates an important Warning. This symbol indicates a piece of advice. The product should be used indoor only. Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 5 AXIUM RX9000 23045 2. Unpacking The terminal The stylus The user guide The cable for connectivity According to the model, the following items are included in the packaging box (including optional accessories) : The box may also include the following items depending on your working configuration : The power supply unit and cable Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 6 AXIUM RX9000 23045 3. Recommendations 3.1 Safety Power on/Power down - Emergency stop To power on or power down the terminal, connect or disconnect the power supply from the electric outlet. CAUTION Only use the power supply recommended with AXIUM RX9000. CAUTION Lithium battery cell The terminal is fitted with a lithium battery cell which is not accessible to the user. Only a qualified technician is authorized to open the unit and change this component. Risk of explosion if the battery is replaced by an incorrect type. Dispose of used battery according to the instructions. Electrical power supply network The electrical outlet must meet the following criteria: Must be installed near the equipment and easily accessible; Must meet standards and regulations in the country of use. Explosion areas Certain regulations restrict the use of radio equipment in chemical plants, fuel depots and any site where blasting is carried out. You are urged to comply with these regulations. The terminal shall be protected by a specially fitted and certified cover enabling use in proximity to a fuel pump. Connection of headset on audio jack An excessive acoustic pressure of headset can involve deafness! CAUTION The disposal of a battery in a fire or in a hot oven, or the mechanical crushing or cutting of a battery, is likely to cause an explosion; Maintaining a battery in a very high temperature environment may cause an explosion or the leakage of flammable liquid or gas; A battery subjected to extremely low air pressure may cause an explosion or the leakage of flammable liquid or gas. Copyright© 2023 Ingenico - Banks and Acquirers International Holding SAS All rights reserved 7 AXIUM RX9000 23045 We recommend to the customer to provide guidance to the cardholder as to avoid having his card close to any magnets on the device since the card may be damaged. There is one magnet in the stylus and another in its holder. WARNING 3.2 Security of your terminal Your device fulfils current applicable PCI PTS security requirements. Upon receipt of your terminal you should check for signs of tampering of the equipment. It is strongly advised that these checks are performed regularly after receipt. You should check, for example: that the keypad is firmly in place; that there is no evidence of unusual wires that have been connected to any ports on your terminal or associated equipment, the chip card reader or any other part of your terminal. Such checks would provide warning of any unauthorised modifications to your terminal, and other suspicious behaviour of individuals that have access to your terminal. Your terminal detects any “tampered state”. In this state the terminal will repeatedly flash the message” Alert Irruption!” and further use of the terminal will not be possible. If you observe the “Alert Irruption!” message, you should contact the terminal helpdesk immediately. You are strongly advised to ensure that privileged access to your terminal is only granted to staff that have been independently verified as being trustworthy. The terminal must never be put in or left at a location where it could be stolen or replaced by another device as being trustworthy. Warranty label (on the bottom of the terminal) Copyright© 2023 Ingenico - Banks and Acquirers International Holdin…

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Moving Commerce Forward Rev 1/26/2023 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 USA Date: July 23, 2024 Ref: Attestation Statements Part 2.911(d)(5)(i) Filing FCC ID: XKB-RX9CLWBT INGENICO (“the applicant”) certifies that the equipment for which authorization is sought is not “covered” equipment prohibited from receiving an equipment authorization pursuant to section 2.903 of the FCC rules. Link: List of Equipment and Services Covered By Section 2 of The Secure Networks Act Sincerely, INGENICO Nicolas JACQUEMONT Signature: Moving Commerce Forward Rev 1/26/2023 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 USA Date: July 23, 2024 Ref: Attestation Statements Part 2.911(d)(5)(ii) Filing FCC ID: XKB-RX9CLWBT INGENICO (“the applicant”) certifies that, as of the date of the filing of the application, the applicant is not identified on the Covered List (as a specifically named entity or any of its subsidiaries or affiliates) as an entity producing “covered” equipment. Link: List of Equipment and Services Covered By Section 2 of The Secure Networks Act Sincerely, INGENICO Nicolas JACQUEMONT Signature:

U.S. AGENT LETTER OF ATTESTATION Date: June 21, 2024 FEDERAL COMMUNICATIONS COMMISSION Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Attestation Statement according to 2.911(d)(7) FCC ID: XKB- RX9CLWBT TO WHOM IT MAY CONCERN: We, Ingenico designate Ingenico, Inc. to act as U.S. agent for service of process. Ingenico, Inc. with FCC Registration Number (FRN) 0033589185 hereby acknowledges the obligation of the U.S. agent for service of process. Further Ingenico accepts to maintain an agent for no less than one year after the grantee has terminated all marketing and importation or the conclusion of any Commission-related proceeding involving the equipment. Sincerely, Signature Signature Applicant U.S. Agent Contact: Nicolas Jacquemont Contact: Christopher E. Bryant Title: Certification Manager Title: Product Manager Company: Ingenico (FRN 0018912279) Company: Ingenico, Inc. Address: 9 Avenue de la gare - Rovaltain TGV BP25156, Valence Cedex 9, 26958 ,France Address: 3025 Winward Parkway Suite 600 Alpharetta, Georgia 30005 - USA Phone: +1 678-456-1200

Moving Commerce Forward Letter of Agency July 23, 2024 To: Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046-1609 Timco Engineering, Inc. 13146 NW 86th Drive, Suite 400 Alachua, FL 32615- United States We, the undersigned INGENICO hereby authorizes Majid MOURZAGH, LCIE SUD EST, to act on our behalf in all matters relating to all processes required for FCC certification of our devices. Any and all acts carried out by the above agent on our behalf shall have the same effects as acts of our own. This authorization is valid until: December 31th, 2024 If you have any questions regarding this authorization, let us know please. Sincerely, Nicolas JACQUEMONT Signature:

COVER LETTER INGENICO – AXIUM RX9000 FCC ID: XKB-RX9CLWBT July 23, 2024 This report concerns: File : Original Grant SubPart: SubPart 15B and 15C Equipment type : Payment terminal Request issue of grant : __ Immediately upon completion of review ___ Defer grant per 47 CFR 0.457(d)(1)(ii) until ____ date _____. Company Name agrees to notify the Commission by _____date_____ of the intended date of announcement of the product so that the grant can be issued on that date. Confidentiality of grant : __ Applicant requests the existence of this grant to be kept confidential until ____date____. The announcement of this product before this date via freedom of information would be detrimental to Company Name, and therefore must be considered a business secret. Public announcement of this product will not be made prior to this date. (Max. 60 days after grant issued). Limits used : (check one) CISPR 22: ______ Part15: ______ Measurement procedure used is ANSI C63.4-2014 / C63.10-2013 unless another is specified. Other test procedure : ____________________________________________________ Application for verification Applicant for this device Prepared by : Majid MOURZAGH LCIE Sud-Est ZI Centr’Alp – 170, rue de Chatagnon 38430 MOIRANS - France Ph. : 33 4 76 07 36 36 Fax : 33 4 76 55 90 88 e-mail : [email protected] FRN : 0005-0971-18 Nicolas JACQUEMONT INGENICO 9 Avenue de la gare - Rovaltain TGV BP25156 26958 - VALENCE - FRANCE Ph. : +33 475842123 Fax : +33 - e-mail: [email protected] FRN : 0018912279 Signature : Signature : *Not to be filed with Equipment Authorization Branch of FCC unless requested Report format prepared by the Information Technology Industry Council (ITI) ESC-5 and reviewed by FCC staff in 1994

Moving Commerce Forward CONFIDENTIALITY REQUEST To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046-1609 Cc: Timco Engineering, Inc. 13146 NW 86th Drive, Suite 400 Alachua, FL 32615- United States July 23, 2024 Subject: Confidentiality request FCC ID: XKB-RX9CLWBT INGENICO requests, pursuant to 47CFR 0.457 and 0.459, post grant confidentiality for portions of the material contained in this application. The following document regarding this submission for FCC ID: XKB-RX9CLWBT shall be kept confidential: LONG-TERM CONFIDENTIALITY: 1. Block Diagram description of the equipment (file: Block Diagram - XKB-RX9CLWBT.pdf) 2. Operational description of the equipment (file: Operational Description -XKB-RX9CLWBT.pdf) 3. Schematic Diagram of the equipment (file: Schematic - XKB-RX9CLWBT.pdf) 4. SDR Software-Security Info (file: SDR Software-Security Info – XKB-RX9CLWBT.pdf) The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. Permanent Confidentiality: The applicant requests the exhibits listed above as permanently confidential be permanently withheld from public review due to materials that contain trade secrets and proprietary information not customarily released to the public. The applicant understands that disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Responsible party: Nicolas JACQUEMONT Title: Certification Manager Signature:

AXIUM RX9000 FCC ID: XKB-RX9CLWBT • • 1ngen1co

P.N R. FAB SIZE FORMAT DRAWING NUMBER NUMERO DU DOCUMENT PLM TYPE PLM PART REV. SHEET FEUILLE 51mm ±0.5mm 23mm ±0.5mm DOCUMENT INGENICO REPRODUCTION ET DIVULGATION INTERDITES ALL RIGHTS RESERVED. REPRODUCTION AND DISCLOSURE PROHIBITED CAO/CAD : SOLIDWORKS 4 321 ABC D F E D C B 1 6

AXIUM RX9000 FCC ID: XKB-RX9CLWBT Antenna WiFi-BT Cless Antenna ·------· 1ngen1co ·-------· 1ngen1co • • 1ngen1co

LCIE SUD EST Laboratoire de Moirans Z.I. Centr’Alp 170, Rue de Chatagnon 38430 MOIRANS – FRANCE FCCID: XKB-RX9CLWBT RF Exposure Information When all the antennas are at least 20cm away from the user’s body (excluding hands and wrists during normal operation of the device), but individual antennas cannot be separated by more than 20cm from each other. [ Pd(1) / LPd(1) ] + [ Pd(2) / LPd(2) ] + ..... + [ Pd(n) / LPd(n) ] < 1, Where; Pd(n) = Power density of n th transmitter at 20cm LPd(n) = Power density limit for the n th transmitter § 1.1310 Radiofrequency radiation exposure limits. Prediction of MPE limit at a given distance Equation from page 18 of OET Bulletin 65, Edition 97-01 where: S = power density P = power input to the antenna G = power gain of the antenna in the direction of interest relative to an isotropic radiator R = distance to the center of radiation of the antenna 2 4 R PG S p = LCIE SUD EST Laboratoire de Moirans Z.I. Centr’Alp 170, Rue de Chatagnon 38430 MOIRANS – FRANCE Calculations: For transmitter: Frequency: 13.56 Prediction distance: 20.00 Output Power: -27.23 Antenna gain(typical): 0.00 1.00 Calculation: -27.23 (dBm) 0.00 (mW) 0.00 (dBi) 1.00 (numeric) 20.00 (cm) 13.56 (MHz) 1.00 (mW/cm^2) 0.0000004 (mW/cm^2) For transmitter: Frequency: 5150.00 Prediction distance: 20.00 Output Power: 8.10 Antenna gain(typical): 3.20 1.00 Calculation: 8.10 (dBm) 6.46 (mW) 3.20 (dBi) 2.09 (numeric) 20.00 (cm) 5150.00 (MHz) 1.00 (mW/cm^2) 0.0027 (mW/cm^2) Colocation: <1 Power density at prediction frequency: 0.0027 Maximum peak output power at the antenna terminal: Maximum peak output power at the antenna terminal: Antenna gain(typical): Maximum antenna gain: Prediction distance: Prediction frequency: MHz cm (Portable:0.5cm / Mobile:20cm) at the antenna terminal (dBm) (dBi) MPE limit for uncontrolled exposure at prediction frequency: at the antenna terminal (dBm) cm (Portable:0.5cm / Mobile:20cm) MHz NFC (Contactless) MPE limit for uncontrolled exposure at prediction frequency: (dBi) MPE limit for uncontrolled exposure at prediction frequency: Power density at prediction frequency: Maximum peak output power at the antenna terminal: Maximum peak output power at the antenna terminal: Antenna gain(typical): Maximum antenna gain: Prediction distance: Prediction frequency: MPE limit for uncontrolled exposure at prediction frequency: WIFI 5GHz ( worst case) Conclusion: The device complies with FCC’s RF radiation exposure limit for general population as a mobile device (d>20cm) under the collocation conditions described above.

DATASHEET PartNo. M830520 Product:2.4GHz Cer amicAntennas Part No. M830520 WiFi802.11 a/b/g Savvi TM CeramicAntennas 2.4~ 2.5 GHzand 4.9 ~ 5.8GHz Ethertronics’SavviseriesofIsolatedMagneticDipole™(IMD)antennas deliveronthekeyneedsofdevicedesignersforhigherfunctionalityand performanceinsmaller/thinnerdesigns.Theseinnovativeantennasprovide compellingadvantages for2.4GHzand 5.8GHzenabledhandhelddevices, media playersand othermobiledevices. Real-WorldPerformanceandImplementation Ceramicantennasmaylookalikeontheoutside,buttheimportant difference isinside.OtherantennasmaycontainsimplePiFAormonopoledesignsthat interactwiththeirsurroundings,complicatinglayoutorchangingperformance withuseposition.Ethertronics’antennasutilize patentedIMDtechnologyto deliveraunique sizeand performance combination. GreaterFlexibility Ethertronics’first-in-classIMD technologyenablesyoutodevelopconcept designsthataremoreadvancedand thatdeliversuperiorperformancein receptioncriticalapplications. 10/10/2016Proprietaryand confidential. www.ethertronics.com Savvi TM CeramicAntennas WiFi802.11 a/b/g 2.4~2.5GHzand 4.9~5.8GHz ElectricalSpecifications TypicalCharacteristics,on40x80mmPCB MechanicalSpecifications KEYBENEFITS Stay-in-Tune IMD antennatechnology providessuperiorRF field containment,resultinginless interactionwithsurrounding components. QuickerTime-to-Market Byoptimizingantennasize, performanceandemissions, customerandregulatory specificationsaremoreeasily met. Reliability Fullycompliantwiththe EuropeanRoHSDirective 2011/65/EU. APPLICATIONS •Embeddeddesign •Cellular,Headsets,Tablets •Gateway,AccessPoint •M2M,Industrialdevices •Handheld 2.4-2.5GHz(b/g)4.9–5.8GHz(a) PeakGain1.1dBi3.2dBi AverageEfficiency54%69% VSWRMatch2.6:1max3.0:1max FeedPointImpedance50ohmsunbalanced PolarizationLinear PowerHandling0.5WattCW Size8.00 x 3.00 x 1.38 mm MountingSurface mount Weight0.1 g Packaging -Tape & Reel M830520: 1,000 pieces per reel M830520-4.5K: 4,500 pieces per reel DATASHEET Part No. M830520 Product: 2.4GHz, 5GHz Ceramic Antennas 2.4~2.5GHz 4.9~5.8GHz AntennaRadiationPatterns TypicalPerformanceson Ethertronics’40x60mmPCBTestBoard Measured at 2.4~2.5GHz and 4.9~5.8GHz AntennaLayout Forreferencesonly,tuningvariesbasedon application ©2016EthertronicsIncorporated. tel+(1)858.550.3820 | fax+(1)858.550.3821 email:[email protected] 5501Oberlin Drive,Suite 100SanDiego,CA92121-USA *Alldimensionsprovidedinthisdocument areforinformationalpurposesonly WLAN 802.11 a/b/gEthertronics’Savvi TM EmbeddedAntennaSpecifications Ethertronicsproducesawidevarietyof standard and customantennasto meetuser needs. Below arethetypicalperformances. TypicalReturnLoss and EfficiencyPlots Measuredon40x80mmdemoboard DATASHEET | PartNo.M830520 830520 YWW Z (Theta) Y (Phi) X (Phi) 80mm 40mm PinDescription 1Ground 2DummyPad 3DummyPad 4DummyPad 5DummyPad 6Ground/WLANFeed ORIENTATION MARK M830520 YWW

TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 179/213 8.6.3. Undesirable emission Radiated Emissions Graph name: Emr#1 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.14983 GHz 64.59 68.00 53.56 166 V -18.91 5.17905 GHz 97.17 86.83 166 V -18.91 5.18274 GHz 95.50 87.81 232 V -18.91 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 180/213 Radiated Emissions Graph name: Emr#2 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.1486 GHz 58.25 68.00 47.67 199 V -18.91 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 181/213 Radiated Emissions Graph name: Emr#3 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.14785 GHz 48.67 68.00 34.57 163 V -18.91 5.35293 GHz 46.07 68.00 35.37 144 V -18.51 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 182/213 Radiated Emissions Graph name: Emr#4 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.14872 GHz 44.31 68.00 35.02 0 V -18.91 5.35032 GHz 51.98 68.00 34.90 232 V -18.52 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 183/213 Radiated Emissions Graph name: Emr#5 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) PK-Lim.PK (dB) Angle (°) Tilt (°) 5.37819 GHz 56.56 68.00 H -18.41 -11.44 231 29.60 5.14893 GHz 45.89 68.00 35.43 250 V -18.91 5.3508 GHz 64.82 68.00 49.16 165 V -18.52 5.37849 GHz 57.28 68.00 V -18.41 -10.72 197 59.80 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 184/213 Radiated Emissions Graph name: Emr#6 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) PK-Lim.PK (dB) Angle (°) Tilt (°) 5.3631 GHz 57.34 68.00 H -18.47 -10.66 269 0.20 5.35098 GHz 66.32 68.00 53.35 196 V -18.52 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 185/213 Radiated Emissions Graph name: Emr#7 Frequency range: 5,45 GHz to 5,73 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.465736 GHz 66.62 68.00 43.98 0 H -18.26 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 186/213 Radiated Emissions Graph name: Emr#8 Frequency range: 5,45 GHz to 5,73 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.45728 GHz 47.09 68.00 35.36 212 V -18.27 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 187/213 Radiated Emissions Graph name: Emr#9 Frequency range: 5,45 GHz to 5,76 GHz TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 188/213 Radiated Emissions Graph name: Emr#10 Frequency range: 5,45 GHz to 5,9 GHz TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 189/213 Radiated Emissions Graph name: Emr#11 Frequency range: 5,5 GHz to 6 GHz TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 190/213 Radiated Emissions Graph name: Emr#12 Frequency range: 5,5 GHz to 6 GHz TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 191/213 Radiated Emissions Graph name: Emr#13 Frequency range: 5,5 GHz to 6 GHz TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 192/213 Radiated Emissions Graph name: Emr#14 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.15013 GHz 61.79 45.42 183 V -18.91 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 193/213 Radiated Emissions Graph name: Emr#15 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) PK-Lim.PK (dB) Angle (°) Tilt (°) 5.14473 GHz 57.54 68.00 H -18.91 -10.46 263 149.70 5.14845 GHz 59.21 68.00 43.33 148 V -18.91 5.24403 GHz 94.06 82.64 236 V -18.86 5.35194 GHz 48.77 68.00 35.05 166 V -18.52 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 194/213 Radiated Emissions Graph name: Emr#16 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.14764 GHz 52.20 73.90 36.16 53.90 281 H -18.91 5.27631 GHz 94.14 83.71 265 H -18.79 5.35584 GHz 59.67 73.90 40.61 53.90 281 H -18.50 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 195/213 Radiated Emissions Graph name: Emr#17 Frequency range: 5,1 GHz to 5,4 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.30433 GHz 88.63 81.93 200 V -18.72 5.35074 GHz 63.86 73.90 52.75 53.90 200 V -18.52 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 196/213 Radiated Emissions Graph name: Emr#18 Frequency range: 5,45 GHz to 5,73 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.469264 GHz 66.61 68.00 48.44 231 H -18.26 5.51524 GHz 91.52 80.66 231 H -18.30 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 197/213 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 198/213 Radiated Emissions Graph name: Emr#19 Frequency range: 5,45 GHz to 5,73 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Angle (°) Polar. Correct. (dB) 5.468816 GHz 64.78 68.00 45.62 196 V -18.26 5.53876 GHz 96.00 84.74 196 V -18.34 TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 199/213 Radiated Emissions Graph name: Emr#20 Frequency range: 5,45 GHz to 5,73 GHz Pre-C…

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TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 153/213 Radiated Emissions Graph name: Emr#16 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 5.216594 GHz* 107.02 68.20 96.80 177 H 43.90 51.146 MHz 34.42 40.00 208 H -14.54 53.959 MHz 34.32 40.00 0 H -15.30 117.0575 MHz 39.42 43.50 0 H -6.18 5.22164 GHz 104.96 68.20 95.30 298 V 43.91 34.9955 MHz 36.67 40.00 6 V -7.17 40.282 MHz 40.51 40.00 229 V -9.86 43.2405 MHz 38.43 40.00 149 V -11.33 54.5895 MHz 37.39 40.00 142 V -15.47 56.772 MHz 37.06 40.00 283 V -15.85 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 154/213 Radiated Emissions Graph name: Emr#17 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 5.24704 GHz* 106.28 68.20 96.50 264 H 43.95 110.7525 MHz 37.67 43.50 2 H -7.42 43.8225 MHz 41.23 40.00 312 V -11.60 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 155/213 Radiated Emissions Graph name: Emr#18 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 5.303486 GHz* 106.19 68.20 96.12 187 H 44.06 49.788 MHz 36.24 40.00 175 H -14.07 853.918 MHz 39.94 46.00 0 H 2.56 39.603 MHz 35.17 40.00 0 V -9.54 51.8735 MHz 35.52 40.00 0 V -14.75 56.772 MHz 34.58 40.00 0 V -15.85 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 156/213 Radiated Emissions Graph name: Emr#19 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 52.5525 MHz 36.19 40.00 338 H -14.96 112.2075 MHz 38.38 43.50 143 H -7.08 5.316694 GHz* 106.30 68.20 96.60 187 H 44.09 44.1135 MHz 36.17 40.00 1 V -11.74 51.8735 MHz 39.13 40.00 230 V -14.75 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 157/213 Radiated Emissions Graph name: Emr#20 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 51.8735 MHz 36.18 40.00 196 H -14.75 39.457499 MHz 37.70 40.00 165 V -9.47 49.0605 MHz 39.46 40.00 292 V -13.80 56.772 MHz 40.57 40.00 247 V -15.85 155.6635 MHz 38.58 43.50 358 V -2.36 5.496568 GHz* 116.58 68.20 106.72 297 V 44.44 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 158/213 Radiated Emissions Graph name: Emr#21 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 51.146 MHz 34.66 40.00 126 H -14.54 110.7525 MHz 37.98 43.50 344 H -7.42 35.8685 MHz 36.72 40.00 211 V -7.63 41.349 MHz 39.14 40.00 293 V -10.40 49.7395 MHz 39.28 40.00 323 V -14.05 56.7235 MHz 39.85 40.00 121 V -15.84 154.257 MHz 39.41 43.50 37 V -2.15 5.584484 GHz* 98.57 68.20 88.46 297 V -18.31 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 159/213 Radiated Emissions Graph name: Emr#22 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 51.8735 MHz 35.83 40.00 156 H -14.75 152.1715 MHz 36.98 43.50 314 H -2.04 5.693133 GHz* 98.90 68.20 88.12 297 V -18.13 40.67 MHz 39.59 40.00 0 V -10.06 51.8735 MHz 38.28 40.00 300 V -14.75 57.451 MHz 37.64 40.00 269 V -15.93 151.444 MHz 38.77 43.50 195 V -2.01 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 160/213 Radiated Emissions Graph name: Emr#23 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 56.772 MHz 35.83 40.00 39 H -15.85 112.159 MHz 40.08 43.50 159 H -7.09 35.3835 MHz 36.46 40.00 261 V -7.37 40.476 MHz 40.18 40.00 135 V -9.96 49.7395 MHz 38.39 40.00 232 V -14.05 56.093 MHz 39.42 40.00 135 V -15.73 5.725404 GHz* 98.79 68.20 88.53 296 V -18.07 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 161/213 Radiated Emissions Graph name: Emr#24 Frequency range: 30 MHz to 14 GHz Pre-Characterization: Frequency PK Level (dBμV/m) Lim.PK (dBμV/m) Avg (dBμV/m) Lim.Avg (dBμV/m) Lim.QP (dBμV/m) Angle (°) Polar. Correct. (dB) 52.5525 MHz 36.93 40.00 192 H -14.96 114.972 MHz 38.12 43.50 172 H -6.58 5.74393 GHz 99.18 68.20 88.52 297 V -18.08 41.9795 MHz 38.38 40.00 60 V -10.71 56.772 MHz 39.90 40.00 291 V -15.85 156.391 MHz 38.67 43.50 12 V -2.46 *Carrier frequency No significant frequency observed, the NSA margin >6dB (1GHz to 12.75 GHz) TEST REPORT N°21490906-798426-E(FILE#7873522) Version : 01 Page 162/213 Radiated Emissions Graph name: Emr#25 Frequency range: 30 MHz to 14 GHz Pre-Characterization:…

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