XMR2024RG255CGL5G RedCap Sub-6 GHz Module

Applicant Declaration QSF27-14-04 Rev 1.1 Jan 17, 2024 Page 1 of 1 Original Issue: Jan. 4, 2021 SGS North America Inc. 620 Old Peachtree Road SUITE 100 Suwanee, Georgia 30024 United States Applicant Legal Business Name Quectel Wireless Solutions Company Limited Address Building 5, Shanghai Business Park PhaseIII (Area B),No.1016 Tianlin Road, Minhang District Shanghai 200233 China FRN 0018988279 Grantee Code XMR FCC ID XMR2024RG255CGL Authorized Contact Name Jean Hu Contact Email [email protected] Contact Phone +86-21-51086236 I, the undersigned, certify that I am an authorized signatory for the Applicant and therefore declare; a) in accordance with 47CFR2.911(d), all of the statements herein and the exhibits attached hereto are true and correct to the best of my knowledge and belief. b) in accepting a Grant of Equipment Authorization issued by a TCB, under the authority of the FCC, as a result of the representations made in this application, the Applicant is responsible for: (1) labeling the equipment with the exact FCC ID as specified in this application, (2) compliance statement labeling pursuant to the applicable rules, (3) compliance of the equipment with the applicable technical rules, c) if the Applicant is not the actual manufacturer of the equipment, appropriate arrangements have been made with the manufacturer to ensure that production units of this equipment will continue to comply with the FCC’s technical requirements. d) in accordance with 47 CFR 2.909 and KDB394321, the Applicant has read, understood and agrees to accept that they are the responsible party and agree to abide by their responsibilities as specified under 47 CFR 2.909 and KDB394321. e) in accordance with ISO 17065, FCC KDB641163, FCC KDB610077, KDB394321 and RSP-100, the Applicant has read, understood, accepts and agrees to abide by the post market surveillance requirements. (1) the Applicant understands, accepts and agrees that a sample may be requested for surveillance testing. (2) the Applicant shall make provisions to always have a production sample available upon request by SGS, FCC and/or ISED. (3) the Applicant shall, upon request by SGS, at the Applicant’s expense, provide a production sample of the requested product to SGS, FCC and/or ISED as instructed. The sample shall include all support devices, cables, software, accessories or other hardware or software required for evaluation, review, certification and audit surveillance of products certified by SGS. f) neither the Applicant nor any party to the application is subject to a denial of Federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. §862 because of a conviction for possession or distribution of a controlled substance. See 47CFR 1.2002(b) for the definition of a “party” for these purposes. g) the Applicant has read, understood, accepts and agrees to abide by the SGS North America, Inc.(TCB) terms and conditions. Link to CFRs: https://www.fcc.gov/wireless/bureau-divisions/technologies-systems-and-innovation-division/rules-regulations-title-47 Link to KDBs: https://apps.fcc.gov/oetcf/kdb/index.cfm Link to RSP-100: https://www.ic.gc.ca/eic/site/smt-gst.nsf/eng/sf01130.html Link to the Covered List: Covered List [Quectel Wireless Solutions Company Limited] (“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. [Quectel Wireless Solutions Company Limited] (“the applicant”) certifies that, as of the date of the filing of the application, the applicant [is not] identified on the Covered list, established pursuant to §1.50002, as an entity producing “covered” equipment. Applicant Signature: Date: 2024-08-09 Print Name: Jean Hu Title: Certification Section Manager *NOTE: This declaration cannot be signed by an Agent, it shall be signed by an authorized person listed in the FCC database

Quectel Wireless Solutions Company Limited Date:2024/08/09 TO: Federal Communication Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MID 21046 Regarding: FCC ID: XMR2024RG255CGL To whom it may concern: We, the undersigned, hereby authorize SGS-CSTC Standards Technical Services Co., Ltd. to act on our behalf in all manners relating to application for equipment authorization with respect to the FCC ID above, including signing of all documents relating to these matters. Any and all acts carried out by the agent on our behalf shall have the same effect as acts of our own. We, the undersigned, hereby certify that we are not subject to a denial of federal benefits, that includes FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C. 853(a). Where our agent signs the application for certification on our behalf, I acknowledge that all responsibility for complying with the terms and conditions for Certification, as specified by SGS North America, Inc., still resides with Quectel Wireless Solutions Company Limited. This authorization is valid until further written notice from the applicant. Sincerely, Print Name: Jean Hu Title: Certification Section Manager Signature: On behalf of Company: Quectel Wireless Solutions Company Limited Telephone: +86-21-51086236 E-mail: [email protected]

Quectel Wireless Solutions Company Limited Date:2024/08/09 TO: Federal Communication Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MID 21046 Regarding: Confidentiality Request regarding application for FCC ID: XMR2024RG255CGL LONG TERM CONFIDENTIALITY Pursuant to 47 CFR Section 0.459 and 0.457 of the commission’s rules, the applicant hereby request confidential treatment of the documents listed below, associated with the certification application referenced above. Schematic(s) Block Diagrams Operational Descriptions BOM Tune Up The documents above contain proprietary information not released to the public. Public disclosure of this information may prove harmful to the business of the applicant. SHORT TERM CONFIDENTIALITY Additionally, the applicant requests the following documents be held confidential until the device is marketed or 180 days from the grant date, whichever is less. If the device is marketed within aforementioned days of the Grant Date, the applicant will notify the TCB per FCC KDB 726920 D01 Confidentiality Request Procedures. External Photos Internal Photos Test Setup Photos User manual(s) Sincerely, Print Name: Jean Hu Title: Certification Section Manager Signature: On behalf of Company: Quectel Wireless Solutions Company Limited Telephone: +86-21-51086236 E-mail: [email protected]

Quectel Wireless Solutions Company Limited Cover Letter-Modular Approval XMR2024RG255CGL: Date: 2024-08-09 Gentlemen: There’s an Module that would like to have your authorization as a modular approval. The specific product as below, Module with its designed features and specified description, meets special requirements for Full modular approval on FCC KDB996369 by cross-reference list below. Company Quectel Wireless Solutions Company Limited Model Name 5G RedCap Sub-6 GHz Module Model Number RG255C-GL FCC ID XMR2024RG255CGL Requirement of FCC KDB996369 Comply（Y/N） 1. The modular transmitter must have its own RF shielding. Y The EUT provides the RF shielding. See EUT photo. 2. The modular transmitter must have buffered modulation/data inputs (if such inputs are provided) to ensure that the module will comply with Part 15 requirements under conditions of excessive data rates or over-modulation. Y The EUT has its buffered modulation. Please see the Schematic Diagram. 3. The modular transmitter must have its own power supply regulation. Y The EUT has its own power supply regulation, please see the Schematic Diagram. 4. The modular transmitter must comply with the antenna and transmission system requirements of Sections 15.203, 15.204(b) and 15.204(c). The antenna must either be permanently attached or employ a “unique” antenna coupler (at all connections between the module and the antenna, including the cable). The “professional installation” provision of Section 15.203 is not applicable to modules but can apply to limited modular approvals under paragraph (b) of this section. Y The EUT meets the FCC antenna requirements. 5. The modular transmitter must be tested in a stand -alone configuration, i.e., the module must not be inside another device during testing. Y The EUT was tested with a test board, Please see test report and setup photo 6. The modular transmitter must be labeled with its own FCC ID number, and, if the FCC ID is not visible when the module is installed inside another device, then the outside of the device into which the module is installed must also Y Please see exhibition label sample for the FCC ID of this module. And also in the exhibition Users manual, there are display a label referring to the enclosed module. This exterior label can use wording such as the following: “Contains Transmitter Module FCC ID: XMR2024RG255CGL” or “Contains FCC ID: XMR2024RG255CGL” Any similar wording that expresses the same meaning may be used. The Grantee may either provide such a label, an example of which must be included in the application for equipment authorization, or, must provide adequate instructions along with the module which explain this requirement. In the latter case, a copy of these instructions must be included in the application for equipment authorization. instructions give to the OEM on how to label the end product. 7. The modular transmitter must comply with any specific rule or operating requirements applicable to the transmitter and the manufacturer must provide adequate instructions along with the module to explain any such requirements. A copy of these instructions must be included in the application for equipment authorization. Y The EUT is compliant with all applicable FCC rules. Details instructions for maintaining compliance are gave in the User Manual. 8. The modular transmitter must comply with any applicable RF exposure requirements. For example, FCC Rules in Sections 2.1091, 2.1093 and specific sections of Part 15, including 15.319(i), 15.407(f), 15.253(f) and 15.255(g), require that Unlicensed PCS, UNII and millimeter wave devices perform routine environmental evaluation for RF Exposure to demonstrate compliance. In addition, spread spectrum transmitters operating under Section 15.247 are required to address RF Exposure compliance in accordance with Section 15.247(b)(4). Y The EUT complies with RF exposure requirement. Thank you. Sincerely, Print Name: Jean Hu Title: Certification Section Manager Signature: On behalf of Company: Quectel Wireless Solutions Company Limited Telephone: +86-21-51086236 E-mail: [email protected]

Page 1 / 109 1. Effective (Isotropic) Radiated Power Output Data 1.1 Test Result 1.1.1 B43c_5MHz_EIRP Band: 43c / Bandwidth: 5MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP (dBm) Verdict (MHz) Size Offset (dBm) (dBi) Result Limit QPSK 3602.5 1 0 25.51 -6.12 19.39 / Pass 13 25.66 -6.12 19.54 / Pass 24 25.92 -6.12 19.8 / Pass 12 0 25.1 -6.12 18.98 / Pass 6 25.16 -6.12 19.04 / Pass 13 25.03 -6.12 18.91 / Pass 25 0 24.74 -6.12 18.62 / Pass 3650 1 0 25.85 -6.12 19.73 / Pass 13 25.7 -6.12 19.58 / Pass 24 25.56 -6.12 19.44 / Pass 12 0 24.31 -6.12 18.19 / Pass 6 24.71 -6.12 18.59 / Pass 13 24.31 -6.12 18.19 / Pass 25 0 24.71 -6.12 18.59 / Pass 3697.5 1 0 25.59 -6.12 19.47 / Pass 13 25.32 -6.12 19.2 / Pass 24 24.76 -6.12 18.64 / Pass 12 0 24.14 -6.12 18.02 / Pass 6 24.46 -6.12 18.34 / Pass 13 24.6 -6.12 18.48 / Pass 25 0 24.22 -6.12 18.1 / Pass 16QAM 3602.5 1 0 25.06 -6.12 18.94 / Pass 13 24.81 -6.12 18.69 / Pass 24 24.2 -6.12 18.08 / Pass 12 0 23.22 -6.12 17.1 / Pass 6 24 -6.12 17.88 / Pass 13 23.57 -6.12 17.45 / Pass 25 0 23.49 -6.12 17.37 / Pass 3650 1 0 25.03 -6.12 18.91 / Pass 13 24.18 -6.12 18.06 / Pass 24 24.38 -6.12 18.26 / Pass 12 0 23.14 -6.12 17.02 / Pass 6 23.58 -6.12 17.46 / Pass Page 2 / 109 13 23.65 -6.12 17.53 / Pass 25 0 23.24 -6.12 17.12 / Pass 3697.5 1 0 24.02 -6.12 17.9 / Pass 13 24.01 -6.12 17.89 / Pass 24 24.75 -6.12 18.63 / Pass 12 0 23.21 -6.12 17.09 / Pass 6 23.09 -6.12 16.97 / Pass 13 23.59 -6.12 17.47 / Pass 25 0 23.46 -6.12 17.34 / Pass Note1: EIRP=Conducted Power+Antenna Gain 1.1.2 B43c_5MHz_EIRP/10MHz Band: 43c / Bandwidth: 5MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP/10MHz (dBm/10MHz) Verdict (MHz) Size Offset (dBm/10MHz) (dBi) Result Limit QPSK 3602.5 1 0 26.25 -6.12 20.13 <=23 Pass 13 25.16 -6.12 19.04 <=23 Pass 24 26.73 -6.12 20.61 <=23 Pass 12 0 25.21 -6.12 19.09 <=23 Pass 6 25.32 -6.12 19.2 <=23 Pass 13 25.4 -6.12 19.28 <=23 Pass 25 0 25.4 -6.12 19.28 <=23 Pass 3650 1 0 25.29 -6.12 19.17 <=23 Pass 13 25.49 -6.12 19.37 <=23 Pass 24 25.64 -6.12 19.52 <=23 Pass 12 0 26 -6.12 19.88 <=23 Pass 6 26.51 -6.12 20.39 <=23 Pass 13 25.71 -6.12 19.59 <=23 Pass 25 0 26.64 -6.12 20.52 <=23 Pass 3697.5 1 0 25.94 -6.12 19.82 <=23 Pass 13 25.83 -6.12 19.71 <=23 Pass 24 25.95 -6.12 19.83 <=23 Pass 12 0 26.28 -6.12 20.16 <=23 Pass 6 26.19 -6.12 20.07 <=23 Pass 13 25.32 -6.12 19.2 <=23 Pass 25 0 25.18 -6.12 19.06 <=23 Pass 16QAM 3602.5 1 0 25.61 -6.12 19.49 <=23 Pass 13 26.2 -6.12 20.08 <=23 Pass 24 25.16 -6.12 19.04 <=23 Pass Page 3 / 109 12 0 24.27 -6.12 18.15 <=23 Pass 6 24.71 -6.12 18.59 <=23 Pass 13 24.69 -6.12 18.57 <=23 Pass 25 0 23.71 -6.12 17.59 <=23 Pass 3650 1 0 26 -6.12 19.88 <=23 Pass 13 26.02 -6.12 19.9 <=23 Pass 24 25.59 -6.12 19.47 <=23 Pass 12 0 25.21 -6.12 19.09 <=23 Pass 6 24.98 -6.12 18.86 <=23 Pass 13 24.3 -6.12 18.18 <=23 Pass 25 0 24.95 -6.12 18.83 <=23 Pass 3697.5 1 0 25.16 -6.12 19.04 <=23 Pass 13 25.23 -6.12 19.11 <=23 Pass 24 26.4 -6.12 20.28 <=23 Pass 12 0 25.12 -6.12 19 <=23 Pass 6 25.98 -6.12 19.86 <=23 Pass 13 26.43 -6.12 20.31 <=23 Pass 25 0 24.73 -6.12 18.61 <=23 Pass Note1: EIRP/10MHz=Conducted Power+Antenna Gain-2.15 1.1.3 B43c_10MHz_EIRP Band: 43c / Bandwidth: 10MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP (dBm) Verdict (MHz) Size Offset (dBm) (dBi) Result Limit QPSK 3605 1 0 25.27 -6.12 19.15 / Pass 25 24.72 -6.12 18.6 / Pass 49 24.72 -6.12 18.6 / Pass 25 0 23.97 -6.12 17.85 / Pass 13 23.98 -6.12 17.86 / Pass 25 23.66 -6.12 17.54 / Pass 50 0 23.68 -6.12 17.56 / Pass 3650 1 0 24.47 -6.12 18.35 / Pass 25 24.88 -6.12 18.76 / Pass 49 24.76 -6.12 18.64 / Pass 25 0 23.75 -6.12 17.63 / Pass 13 23.8 -6.12 17.68 / Pass 25 24.3 -6.12 18.18 / Pass 50 0 23.84 -6.12 17.72 / Pass 3695 1 0 24.54 -6.12 18.42 / Pass 25 24.07 -6.12 17.95 / Pass Page 4 / 109 49 24.32 -6.12 18.2 / Pass 25 0 23.61 -6.12 17.49 / Pass 13 23.82 -6.12 17.7 / Pass 25 24.05 -6.12 17.93 / Pass 50 0 23.64 -6.12 17.52 / Pass 16QAM 3605 1 0 23.63 -6.12 17.51 / Pass 25 23.73 -6.12 17.61 / Pass 49 23.74 -6.12 17.62 / Pass 25 0 22.59 -6.12 16.47 / Pass 13 23.4 -6.12 17.28 / Pass 25 23.5 -6.12 17.38 / Pass 50 0 23.39 -6.12 17.27 / Pass 3650 1 0 23.66 -6.12 17.54 / Pass 25 24.16 -6.12 18.04 / Pass 49 23.72 -6.12 17.6 / Pass 25 0 23.45 -6.12 17.33 / Pass 13 22.52 -6.12 16.4 / Pass 25 22.89 -6.12 16.77 / Pass 50 0 23.6 -6.12 17.48 / Pass 3695 1 0 23.79 -6.12 17.67 / Pass 25 24.13 -6.12 18.01 / Pass 49 23.59 -6.12 17.47 / Pass 25 0 22.5 -6.12 16.38 / Pass 13 22.25 -6.12 16.13 / Pass 25 22.95 -6.12 16.83 / Pass 50 0 22.24 -6.12 16.12 / Pass Note1: EIRP=Conducted Power+Antenna Gain 1.1.4 B43c_10MHz_EIRP/10MHz Band: 43c / Bandwidth: 10MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP/10MHz (dBm/10MHz) Verdict (MHz) Size Offset (dBm/10MHz) (dBi) Result Limit QPSK 3605 1 0 27.07 -6.12 20.95 <=23 Pass 25 25.05 -6.12 18.93 <=23 Pass 49 25.12 -6.12 19 <=23 Pass 25 0 26.31 -6.12 20.19 <=23 Pass 13 25.67 -6.12 19.55 <=23 Pass 25 26.34 -6.12 20.22 <=23 Pass 50 0 26.02 -6.12 19.9 <=23 Pass Page 5 / 109 3650 1 0 25.44 -6.12 19.32 <=23 Pass 25 25.69 -6.12 19.57 <=23 Pass 49 25.78 -6.12 19.66 <=23 Pass 25 0 26.82 -6.12 20.7 <=23 Pass 13 26.61 -6.12 20.49 <=23 Pass 25 26.91 -6.12 20.79 <=23 Pass 50 0 26.4 -6.12 20.28 <=23 Pass 3695 1 0 25.37 -6.12 19.25 <=23 Pass 25 25.78 -6.12 19.66 <=23 Pass 49 25.99 -6.12 19.87 <=23 Pass 25 0 26.52 -6.12 20.4 <=23 Pass 13 25.01 -6.12 18.89 <=23 Pass 25 25.11 -6.12 18.99 <=23 Pass 50 0 26.65 -6.12 20.53 <=23 Pass 16QAM 3605 1 0 26.4 -6.12 20.28 <=23 Pass 25 26.16 -6.12 20.04 <=23 Pass 49 26.03 -6.12 19.91 <=23 Pass 25 0 25.11 -6.12 18.99 <=23 Pass 13 25.06 -6.12 18.94 <=23 Pass 25 24.86 -6.12 18.74 <=23 Pass 50 0 25.54 -6.12 19.42 <=23 Pass 3650 1 0 26.8 -6.12 20.68 <=23 Pass 25 26.83 -6.12 20.71 <=23 Pass 49 26.29 -6.12 20.17 <=23 Pass 25 0 25.9 -6.12 19.78 <=23 Pass 13 25.71 -6.12 19.59 <=23 Pass 25 26.37 -6.12 20.25 <=23 Pass 50 0 25.65 -6.12 19.53 <=23 Pass 3695 1 0 26.33 -6.1…

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Page 60 / 109 Band43c_5MHz_QPSK_LCH_3602.5MHz_RB_25_0_NTNV Band43c_5MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 61 / 109 Band43c_5MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Band43c_5MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 62 / 109 Band43c_5MHz_QPSK_HCH_3697.5MHz_RB_1_0_NTNV Band43c_5MHz_QPSK_HCH_3697.5MHz_RB_1_0_NTNV Page 63 / 109 Band43c_5MHz_QPSK_HCH_3697.5MHz_RB_1_0_NTNV Band43c_5MHz_QPSK_HCH_3697.5MHz_RB_1_24_NTNV Page 64 / 109 Band43c_5MHz_QPSK_HCH_3697.5MHz_RB_25_0_NTNV Band43c_5MHz_16QAM_LCH_3602.5MHz_RB_1_0_NTNV Page 65 / 109 Band43c_5MHz_16QAM_LCH_3602.5MHz_RB_1_0_NTNV Band43c_5MHz_16QAM_LCH_3602.5MHz_RB_1_0_NTNV Page 66 / 109 Band43c_5MHz_16QAM_LCH_3602.5MHz_RB_1_0_NTNV Band43c_5MHz_16QAM_LCH_3602.5MHz_RB_25_0_NTNV Page 67 / 109 Band43c_5MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_5MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Page 68 / 109 Band43c_5MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_5MHz_16QAM_HCH_3697.5MHz_RB_1_0_NTNV Page 69 / 109 Band43c_5MHz_16QAM_HCH_3697.5MHz_RB_1_0_NTNV Band43c_5MHz_16QAM_HCH_3697.5MHz_RB_1_0_NTNV Page 70 / 109 Band43c_5MHz_16QAM_HCH_3697.5MHz_RB_1_24_NTNV Band43c_5MHz_16QAM_HCH_3697.5MHz_RB_25_0_NTNV Page 71 / 109 6.2.2 B43c_10MHz Band43c_10MHz_QPSK_LCH_3605MHz_RB_1_0_NTNV Band43c_10MHz_QPSK_LCH_3605MHz_RB_1_0_NTNV Page 72 / 109 Band43c_10MHz_QPSK_LCH_3605MHz_RB_1_0_NTNV Band43c_10MHz_QPSK_LCH_3605MHz_RB_1_0_NTNV Page 73 / 109 Band43c_10MHz_QPSK_LCH_3605MHz_RB_50_0_NTNV Band43c_10MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 74 / 109 Band43c_10MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Band43c_10MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 75 / 109 Band43c_10MHz_QPSK_HCH_3695MHz_RB_1_0_NTNV Band43c_10MHz_QPSK_HCH_3695MHz_RB_1_0_NTNV Page 76 / 109 Band43c_10MHz_QPSK_HCH_3695MHz_RB_1_0_NTNV Band43c_10MHz_QPSK_HCH_3695MHz_RB_1_49_NTNV Page 77 / 109 Band43c_10MHz_QPSK_HCH_3695MHz_RB_50_0_NTNV Band43c_10MHz_16QAM_LCH_3605MHz_RB_1_0_NTNV Page 78 / 109 Band43c_10MHz_16QAM_LCH_3605MHz_RB_1_0_NTNV Band43c_10MHz_16QAM_LCH_3605MHz_RB_1_0_NTNV Page 79 / 109 Band43c_10MHz_16QAM_LCH_3605MHz_RB_1_0_NTNV Band43c_10MHz_16QAM_LCH_3605MHz_RB_50_0_NTNV Page 80 / 109 Band43c_10MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_10MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Page 81 / 109 Band43c_10MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_10MHz_16QAM_HCH_3695MHz_RB_1_0_NTNV Page 82 / 109 Band43c_10MHz_16QAM_HCH_3695MHz_RB_1_0_NTNV Band43c_10MHz_16QAM_HCH_3695MHz_RB_1_0_NTNV Page 83 / 109 Band43c_10MHz_16QAM_HCH_3695MHz_RB_1_49_NTNV Band43c_10MHz_16QAM_HCH_3695MHz_RB_50_0_NTNV Page 84 / 109 6.2.3 B43c_15MHz Band43c_15MHz_QPSK_LCH_3607.5MHz_RB_1_0_NTNV Band43c_15MHz_QPSK_LCH_3607.5MHz_RB_1_0_NTNV Page 85 / 109 Band43c_15MHz_QPSK_LCH_3607.5MHz_RB_1_0_NTNV Band43c_15MHz_QPSK_LCH_3607.5MHz_RB_1_0_NTNV Page 86 / 109 Band43c_15MHz_QPSK_LCH_3607.5MHz_RB_75_0_NTNV Band43c_15MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 87 / 109 Band43c_15MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Band43c_15MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 88 / 109 Band43c_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Band43c_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Page 89 / 109 Band43c_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Band43c_15MHz_QPSK_HCH_3692.5MHz_RB_1_74_NTNV Page 90 / 109 Band43c_15MHz_QPSK_HCH_3692.5MHz_RB_75_0_NTNV Band43c_15MHz_16QAM_LCH_3607.5MHz_RB_1_0_NTNV Page 91 / 109 Band43c_15MHz_16QAM_LCH_3607.5MHz_RB_1_0_NTNV Band43c_15MHz_16QAM_LCH_3607.5MHz_RB_1_0_NTNV Page 92 / 109 Band43c_15MHz_16QAM_LCH_3607.5MHz_RB_1_0_NTNV Band43c_15MHz_16QAM_LCH_3607.5MHz_RB_75_0_NTNV Page 93 / 109 Band43c_15MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_15MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Page 94 / 109 Band43c_15MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_15MHz_16QAM_HCH_3692.5MHz_RB_1_0_NTNV Page 95 / 109 Band43c_15MHz_16QAM_HCH_3692.5MHz_RB_1_0_NTNV Band43c_15MHz_16QAM_HCH_3692.5MHz_RB_1_0_NTNV Page 96 / 109 Band43c_15MHz_16QAM_HCH_3692.5MHz_RB_1_74_NTNV Band43c_15MHz_16QAM_HCH_3692.5MHz_RB_75_0_NTNV Page 97 / 109 6.2.4 B43c_20MHz Band43c_20MHz_QPSK_LCH_3610MHz_RB_1_0_NTNV Band43c_20MHz_QPSK_LCH_3610MHz_RB_1_0_NTNV Page 98 / 109 Band43c_20MHz_QPSK_LCH_3610MHz_RB_1_0_NTNV Band43c_20MHz_QPSK_LCH_3610MHz_RB_1_0_NTNV Page 99 / 109 Band43c_20MHz_QPSK_LCH_3610MHz_RB_100_0_NTNV Band43c_20MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 100 / 109 Band43c_20MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Band43c_20MHz_QPSK_MCH_3650MHz_RB_1_0_NTNV Page 101 / 109 Band43c_20MHz_QPSK_HCH_3690MHz_RB_1_0_NTNV Band43c_20MHz_QPSK_HCH_3690MHz_RB_1_0_NTNV Page 102 / 109 Band43c_20MHz_QPSK_HCH_3690MHz_RB_1_0_NTNV Band43c_20MHz_QPSK_HCH_3690MHz_RB_1_99_NTNV Page 103 / 109 Band43c_20MHz_QPSK_HCH_3690MHz_RB_100_0_NTNV Band43c_20MHz_16QAM_LCH_3610MHz_RB_1_0_NTNV Page 104 / 109 Band43c_20MHz_16QAM_LCH_3610MHz_RB_1_0_NTNV Band43c_20MHz_16QAM_LCH_3610MHz_RB_1_0_NTNV Page 105 / 109 Band43c_20MHz_16QAM_LCH_3610MHz_RB_1_0_NTNV Band43c_20MHz_16QAM_LCH_3610MHz_RB_100_0_NTNV

Page 106 / 109 Band43c_20MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_20MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Page 107 / 109 Band43c_20MHz_16QAM_MCH_3650MHz_RB_1_0_NTNV Band43c_20MHz_16QAM_HCH_3690MHz_RB_1_0_NTNV Page 108 / 109 Band43c_20MHz_16QAM_HCH_3690MHz_RB_1_0_NTNV Band43c_20MHz_16QAM_HCH_3690MHz_RB_1_0_NTNV Page 109 / 109 Band43c_20MHz_16QAM_HCH_3690MHz_RB_1_99_NTNV Band43c_20MHz_16QAM_HCH_3690MHz_RB_100_0_NTNV

Report No.: 01514AT Page 1 / 74 1. Effective (Isotropic) Radiated Power Output Data 1.1 B48_5MHz_EIRP 1.1.1 Test Result Band: 48 / Bandwidth: 5MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP (dBm) Verdict (MHz) Size Offset (dBm) (dBi) Result Limit QPSK 3552.5 1 0 24.08 -6.12 17.96 / Pass 13 23.94 -6.12 17.82 / Pass 24 23.78 -6.12 17.66 / Pass 12 0 23.05 -6.12 16.93 / Pass 6 23.24 -6.12 17.12 / Pass 13 23.17 -6.12 17.05 / Pass 25 0 22.98 -6.12 16.86 / Pass 3625 1 0 23.54 -6.12 17.42 / Pass 13 23.7 -6.12 17.58 / Pass 24 23.59 -6.12 17.47 / Pass 12 0 22.58 -6.12 16.46 / Pass 6 22.73 -6.12 16.61 / Pass 13 22.64 -6.12 16.52 / Pass 25 0 22.57 -6.12 16.45 / Pass 3697.5 1 0 23.09 -6.12 16.97 / Pass 13 23.11 -6.12 16.99 / Pass 24 23.14 -6.12 17.02 / Pass 12 0 22.12 -6.12 16 / Pass 6 22.38 -6.12 16.26 / Pass 13 22.09 -6.12 15.97 / Pass 25 0 22.2 -6.12 16.08 / Pass 16QAM 3552.5 1 0 23.46 -6.12 17.34 / Pass 13 23.31 -6.12 17.19 / Pass 24 23.01 -6.12 16.89 / Pass 12 0 22.14 -6.12 16.02 / Pass 6 22.13 -6.12 16.01 / Pass 13 22.11 -6.12 15.99 / Pass 25 0 22.03 -6.12 15.91 / Pass 3625 1 0 22.74 -6.12 16.62 / Pass 13 22.77 -6.12 16.65 / Pass 24 22.94 -6.12 16.82 / Pass 12 0 24.06 -6.12 17.94 / Pass Report No.: 01514AT Page 2 / 74 6 21.74 -6.12 15.62 / Pass 13 21.89 -6.12 15.77 / Pass 25 0 24.04 -6.12 17.92 / Pass 3697.5 1 0 22.35 -6.12 16.23 / Pass 13 22.66 -6.12 16.54 / Pass 24 22.22 -6.12 16.1 / Pass 12 0 23.53 -6.12 17.41 / Pass 6 23.54 -6.12 17.42 / Pass 13 23.55 -6.12 17.43 / Pass 25 0 23.72 -6.12 17.6 / Pass Note1: EIRP=Conducted Power+Antenna Gain 1.2 B48_5MHz_EIRP/10MHz 1.2.1 Test Result Band: 48 / Bandwidth: 5MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP/10MHz (dBm/10MHz) Verdict (MHz) Size Offset (dBm/10MHz) (dBi) Result Limit QPSK 3552.5 1 0 22.31 -6.12 16.19 <=23 Pass 13 22.14 -6.12 16.02 <=23 Pass 24 21.81 -6.12 15.69 <=23 Pass 12 0 23.54 -6.12 17.42 <=23 Pass 6 23.98 -6.12 17.86 <=23 Pass 13 23.24 -6.12 17.12 <=23 Pass 25 0 22.72 -6.12 16.6 <=23 Pass 3625 1 0 23.97 -6.12 17.85 <=23 Pass 13 21.71 -6.12 15.59 <=23 Pass 24 22.46 -6.12 16.34 <=23 Pass 12 0 23.13 -6.12 17.01 <=23 Pass 6 23.16 -6.12 17.04 <=23 Pass 13 23.18 -6.12 17.06 <=23 Pass 25 0 23.6 -6.12 17.48 <=23 Pass 3697.5 1 0 22.76 -6.12 16.64 <=23 Pass 13 23.47 -6.12 17.35 <=23 Pass 24 23.76 -6.12 17.64 <=23 Pass 12 0 22.52 -6.12 16.4 <=23 Pass 6 22.67 -6.12 16.55 <=23 Pass 13 22.15 -6.12 16.03 <=23 Pass Report No.: 01514AT Page 3 / 74 25 0 22.72 -6.12 16.6 <=23 Pass 16QAM 3552.5 1 0 22.94 -6.12 16.82 <=23 Pass 13 22.12 -6.12 16 <=23 Pass 24 23.11 -6.12 16.99 <=23 Pass 12 0 23.06 -6.12 16.94 <=23 Pass 6 22.31 -6.12 16.19 <=23 Pass 13 22.46 -6.12 16.34 <=23 Pass 25 0 22.29 -6.12 16.17 <=23 Pass 3625 1 0 22.91 -6.12 16.79 <=23 Pass 13 22.93 -6.12 16.81 <=23 Pass 24 23.59 -6.12 17.47 <=23 Pass 12 0 22.17 -6.12 16.05 <=23 Pass 6 22.44 -6.12 16.32 <=23 Pass 13 22.23 -6.12 16.11 <=23 Pass 25 0 23.17 -6.12 17.05 <=23 Pass 3697.5 1 0 22.63 -6.12 16.51 <=23 Pass 13 22.72 -6.12 16.6 <=23 Pass 24 22.68 -6.12 16.56 <=23 Pass 12 0 20.96 -6.12 14.84 <=23 Pass 6 21.17 -6.12 15.05 <=23 Pass 13 21.96 -6.12 15.84 <=23 Pass 25 0 21.74 -6.12 15.62 <=23 Pass Note1: EIRP/10MHz=Conducted Power+Antenna Gain-2.15 1.3 B48_10MHz_EIRP 1.3.1 Test Result Band: 48 / Bandwidth: 10MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP (dBm) Verdict (MHz) Size Offset (dBm) (dBi) Result Limit QPSK 3555 1 0 23.84 -6.12 17.72 / Pass 25 24 -6.12 17.88 / Pass 49 24.09 -6.12 17.97 / Pass 25 0 23.35 -6.12 17.23 / Pass 13 23.54 -6.12 17.42 / Pass 25 23.28 -6.12 17.16 / Pass 50 0 23.45 -6.12 17.33 / Pass 3625 1 0 23.53 -6.12 17.41 / Pass 25 23.74 -6.12 17.62 / Pass Report No.: 01514AT Page 4 / 74 49 23.38 -6.12 17.26 / Pass 25 0 22.62 -6.12 16.5 / Pass 13 22.51 -6.12 16.39 / Pass 25 22.41 -6.12 16.29 / Pass 50 0 22.59 -6.12 16.47 / Pass 3695 1 0 22.78 -6.12 16.66 / Pass 25 22.92 -6.12 16.8 / Pass 49 22.99 -6.12 16.87 / Pass 25 0 21.94 -6.12 15.82 / Pass 13 21.86 -6.12 15.74 / Pass 25 22.15 -6.12 16.03 / Pass 50 0 21.89 -6.12 15.77 / Pass 16QAM 3555 1 0 23.19 -6.12 17.07 / Pass 25 23.5 -6.12 17.38 / Pass 49 23.64 -6.12 17.52 / Pass 25 0 22.5 -6.12 16.38 / Pass 13 22.46 -6.12 16.34 / Pass 25 22.11 -6.12 15.99 / Pass 50 0 21.94 -6.12 15.82 / Pass 3625 1 0 22.66 -6.12 16.54 / Pass 25 22.57 -6.12 16.45 / Pass 49 22.62 -6.12 16.5 / Pass 25 0 24.25 -6.12 18.13 / Pass 13 21.91 -6.12 15.79 / Pass 25 24.11 -6.12 17.99 / Pass 50 0 21.74 -6.12 15.62 / Pass 3695 1 0 22.34 -6.12 16.22 / Pass 25 22.56 -6.12 16.44 / Pass 49 22.38 -6.12 16.26 / Pass 25 0 23.68 -6.12 17.56 / Pass 13 23.73 -6.12 17.61 / Pass 25 23.53 -6.12 17.41 / Pass 50 0 23.52 -6.12 17.4 / Pass Note1: EIRP=Conducted Power+Antenna Gain Report No.: 01514AT Page 5 / 74 1.4 B48_10MHz_EIRP/10MHz 1.4.1 Test Result Band: 48 / Bandwidth: 10MHz / NTNV Modulation Frequency RB Allocation Conducted Power Gain EIRP/10MHz (dBm/10MHz) Verdict (MHz) Size Offset (dBm/10MHz) (dBi) Result Limit QPSK 3555 1 0 23.87 -6.12 17.75 <=23 Pass 25 21.76 -6.12 15.64 <=23 Pass 49 21.66 -6.12 15.54 <=23 Pass 25 0 23.48 -6.12 17.36 <=23 Pass 13 23.68 -6.12 17.56 <=23 Pass 25 23.3 -6.12 17.18 <=23 Pass 50 0 23.49 -6.12 17.37 <=23 Pass 3625 1 0 24.17 -6.12 18.05 <=23 Pass 25 21.95 -6.12 15.83 <=23 Pass 49 21.91 -6.12 15.79 <=23 Pass 25 0 22.99 -6.12 16.87 <=23 Pass 13 23.36 -6.12 17.24 <=23 Pass 25 23.33 -6.12 17.21 <=23 Pass 50 0 23.4 -6.12 17.28 <=23 Pass 3695 1 0 23.18 -6.12 17.06 <=23 Pass 25 23.48 -6.12 17.36 <=23 Pass 49 23 -6.12 16.88 <=23 Pass 25 0 22.44 -6.12 16.32 <=23 Pass 13 21.77 -6.12 15.65 <=23 Pass 25 22.64 -6.12 16.52 <=23 Pass 50 0 22.44 -6.12 16.32 <=23 Pass 16QAM 3555 1 0 23.72 -6.12 17.6 <=23 Pass 25 24.06 -6.12 17.94 <=23 Pass 49 23.62 -6.12 17.5 <=23 Pass 25 0 22.75 -6.12 16.63 <=23 Pass 13 21.69 -6.12 15.57 <=23 Pass 25 21.77 -6.12 15.65 <=23 Pass 50 0 22.06 -6.12 15.94 <=23 Pass 3625 1 0 22.97 -6.12 16.85 <=23 Pass 25 23.13 -6.12 17.01 <=23 Pass 49 23.45 -6.12 17.33 <=…

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Report No.: 01514AT Page 57 / 74 Band48_10MHz_QPSK_HCH_3695MHz_RB_1_0_NTNV Band48_10MHz_QPSK_HCH_3695MHz_RB_1_49_NTNV Report No.: 01514AT Page 58 / 74 Band48_10MHz_QPSK_HCH_3695MHz_RB_50_0_NTNV Report No.: 01514AT Page 59 / 74 5.3 B48_15MHz 5.3.1 Test Result Band: 48 / Bandwidth: 15MHz / NTNV Modulation Frequency (MHz) RB Allocation Spurious Emission Verdict Size Offset Result Limit QPSK 3557.5 1 0 Refer To Test Graph Pass 75 0 Refer To Test Graph Pass 3625 1 0 Refer To Test Graph Pass 3692.5 1 0 Refer To Test Graph Pass 74 Refer To Test Graph Pass 75 0 Refer To Test Graph Pass Report No.: 01514AT Page 60 / 74 5.3.2 Test Graph Band48_15MHz_QPSK_LCH_3557.5MHz_RB_1_0_NTNV Band48_15MHz_QPSK_LCH_3557.5MHz_RB_1_0_NTNV Report No.: 01514AT Page 61 / 74 Band48_15MHz_QPSK_LCH_3557.5MHz_RB_1_0_NTNV Band48_15MHz_QPSK_LCH_3557.5MHz_RB_1_0_NTNV Report No.: 01514AT Page 62 / 74 Band48_15MHz_QPSK_LCH_3557.5MHz_RB_75_0_NTNV Band48_15MHz_QPSK_MCH_3625MHz_RB_1_0_NTNV Report No.: 01514AT Page 63 / 74 Band48_15MHz_QPSK_MCH_3625MHz_RB_1_0_NTNV Band48_15MHz_QPSK_MCH_3625MHz_RB_1_0_NTNV Report No.: 01514AT Page 64 / 74 Band48_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Band48_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Report No.: 01514AT Page 65 / 74 Band48_15MHz_QPSK_HCH_3692.5MHz_RB_1_0_NTNV Band48_15MHz_QPSK_HCH_3692.5MHz_RB_1_74_NTNV Report No.: 01514AT Page 66 / 74 Band48_15MHz_QPSK_HCH_3692.5MHz_RB_75_0_NTNV Report No.: 01514AT Page 67 / 74 5.4 B48_20MHz 5.4.1 Test Result Band: 48 / Bandwidth: 20MHz / NTNV Modulation Frequency (MHz) RB Allocation Spurious Emission Verdict Size Offset Result Limit QPSK 3560 1 0 Refer To Test Graph Pass 100 0 Refer To Test Graph Pass 3625 1 0 Refer To Test Graph Pass 3690 1 0 Refer To Test Graph Pass 99 Refer To Test Graph Pass 100 0 Refer To Test Graph Pass Report No.: 01514AT Page 68 / 74 5.4.2 Test Graph Band48_20MHz_QPSK_LCH_3560MHz_RB_1_0_NTNV Band48_20MHz_QPSK_LCH_3560MHz_RB_1_0_NTNV Report No.: 01514AT Page 69 / 74 Band48_20MHz…

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