2AIZN-XGC01LRAI Glasses

INFINIXMOBILITYLIMITED Date:18March2026 To:FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD21046 USA Attestation Section2.911(d)(5)(i)andSection2.911(d)(5)(ii) (KDB986446D01CoveredEquipment) Section2.911(d)(5)(i) INFINIXMOBILITYLIMITED(“theapplicant”)certifiesthattheequipmentforwhich authorizationissoughtisnot“covered”equipmentprohibitedfromreceivingan equipmentauthorizationpursuanttosection2.903oftheFCCrules. Thesoftwaretobeloadedpriortomarketingoftheequipmentidentifiedbelowisnot "covered"softwaremanufacturedbyanyentityincludingpredecessors,successors, parents,subsidiaries,oraffiliatesoranyentitywhichhasrebrandedorrelabeledthe softwareproducedbytheentity(ies)identifiedonthe"CoveredList"DA24-886and KDB986446D01CoveredEquipmentGuidancesectionB(2a). INFINIXMOBILITYLIMITED(“theapplicant”)furthercertifiesthatnoCybersecurity oranti-virussoftwareproducedorprovidedbyKasperskyLab,Inc.oranyofits successorsandassignees,includingequipmentwithintegratedKasperskyLab,Inc. (oranyofitssuccessorsandassignees)cybersecurityoranti-virussoftwareis installedintheequipmentbeingcertified. Section2.911(d)(5)(ii) INFINIXMOBILITYLIMITED(“theapplicant”)certifiesthat,asofthedateofthefiling oftheapplication,theapplicant[isnot]identifiedontheCoveredList(asa specificallynamedentityoranyofitssubsidiariesoraffiliates)asanentityproducing “covered”equipment. TypeofEquipmentsubjecttoFCCCertification:FCCID:2AIZN-XGC01LR Ifyouhaveanyquestions,pleasefeelfreetocontactme ContactPerson:JerryLiu PositionintheCompany:Projectmanager DateofSignature:2026/03/18 ___________________________

UNITED STATES DESIGNATED AGENT LETTER Date: March 18, 2026 TO: Federal Communication Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MID 21046 Applicant U.S. designated agent Company Name: INFINIX MOBILITY LIMITED Company Name: Picus Advisors US LLC Contact Name: JerryLiu Contact Name: Ivan Wang Address: FLAT N 16/F BLOCK B UNIVERSAL INDUSTRIAL CENTRE 19-25 SHAN MEI STREET FOTAN NT HONGKONG Address: 5855 SOVEREIGN DRSTE B-1, HOUSTON, TX 77036, United States City/Province/Zip: HONGKONG City/Province/Zip: HOUSTON, TX 77036 Telephone: 86-13715085107 Telephone: (713) 391-4488 Email: Jerry.Liu @transsion.com Email: [email protected] FRN: 0024206328 FRN: 0034336891 Applicable Equipment: FCC ID: 2AIZN-XGC01LR ATTN: Director of Certification: We, < INFINIX MOBILITY LIMITED > and <Picus Advisors US LLC> understand and acknowledge the applicants consent and the designated agent’s obligation to accept service of process in the United States for matters related to the applicable equipment, and at the physical U.S. address and e-mail of the designated agent listed above. We, < INFINIX MOBILITY LIMITED> and <Picus Advisors US LLC> acknowledge the applicant’s acceptance of its obligation to maintain an agent for service of process in the United States for no less than one year after either the grantee has permanently terminated all marketing and importation of the applicable equipment within the U.S., or the conclusion of any Commission-related administrative or judicial proceeding involving the equipment, whichever is later. Applicant INFINIX MOBILITY LIMITED U.S. designated agent Picus Advisors US LLC Name (Printed): JerryLiu Name (Printed): Ivan Wang Title: Manager Title: CEO Signature: Signature:

Date:27March2026 INFINIXMOBILITYLIMITED To:FederalCommunicationsCommission, Authorization&EvaluationDivision, 7435OaklandMillsRoad, Columbia,MD21046 ToWhomItMayConcern: TheINFINIXMOBILITYLIMITEDtheundersigned,herebyauthorizesMr.WuXuewenfrom ShenzhenBALUNTechnologyCo.,Ltd.,toactonthebehalfoftheINFINIXMOBILITYLIMITED solelyinmattersrelatingtotheapplicationforanFCCequipmentauthorizationforFCCID: 2AIZN-XGC01LRincludingthesigningofdocumentsinconnectionwiththisApplication. NecessaryactscarriedoutbyShenzhenBALUNTechnologyCo.,Ltd.inconnectionwiththe ApplicationshallhavethesameeffectasactsoftheINFINIXMOBILITYLIMITED TheINFINIXMOBILITYLIMITEDalsoherebycertifythatnopartytothisapplicationissubjectto adenialofbenefits,includingFCCbenefits,pursuanttoSection5301oftheAnti-DrugAbuse Actof1988,21U.S.C.Section862. YoursSincerely, JerryLiu

Date:19March2026 INFINIXMOBILITYLIMITED To:FederalCommunicationsCommission, Authorization&EvaluationDivision, 7435OaklandMillsRoad, Columbia,MD21046 Re:INFINIXMOBILITYLIMITED FCCID:2AIZN-XGC01LR FCCCertificationConfidentialityRequest Gentlemen: Thisletteristocomplywith47CFR0.457and0.459pertainingtoconfidentiality material.INFINIXMOBILITYLIMITEDrequeststhatthefollowingdocuments regardingthissubmissionforFCCID:2AIZN-XGC01LRbekeptconfidential: ExhibitTypeFileName BlockDiagramBlockDiagram.pdf SchematicsSchematics.pdf OperationalDescriptionOperationalDescription.pdf FCCNIISoftwareSecuri tyInfo FCCNIISoftwareSecurityInfo.pdf Andbelowexhibitkeptshort-termconfidential(180days): ExternalphotosExternalphotos.pdf Testsetupphotostestphoto.pdf InternalphotosInternalphotos.pdf UsermanualUsermanual.pdf Thosedocumentscontaindetailedsystemandequipmentdescriptionandrelated informationabouttheproductwhichINFINIXMOBILITYLIMITED.considerstobe confidentialproprietary,acustomdesignand,otherwise,notreleasabletothe generalpublic.Sincethisdesignisabasisformwhichfuturetechnological productswillevolve,INFINIXMOBILITYLIMITEDconsidersthisinformation wouldbeofbenefittoitscompetitors,andthatthedisclosureoftheinformationin thesedocumentswouldgivecompetitorsanunfairadvantageinthemarket. YoursSincerely, JerryLiu

A1.5 PlanB CG01充电盒绒布认证信息 22.3mm 13.5mm 18.5mm 35mm Model: XGC01 Input: 5V 2A Output: 5V 1A Battery Capacity: 3.7V, 2500mAh, 9.25Wh Made in China Model: XGC01 Input: 5V 2A Output: 5V 1A Battery Capacity: 3.7V, 2500mAh, 9.25Wh Made in China Model: XGC01 Input: 5V 2A Output: 5V 1A Battery Capacity: 3.7V, 2500mAh, 9.25Wh Made in China FCC ID:2AIZN-XGC01LR FCC ID:2AIZN-XGC01LR FCC ID:2AIZN-XGC01LR

Report No.: BL-SZ25C0689-701 Tel: +86-755-66850100 E-mail: [email protected] Page No. 1 / 34 Web: www.titcgroup.com Template No.: TRP-FCC DASY-Head-1 (205-07-31) Add: Block B, 1/F, Baisha Science and Technology Park, Shahe Xi Road, Nanshan District, Shenzhen, Guangdong Province, P. R. China TEST REPORT Applicant: Address: Equipment Type: Model Name: Brand Name: FCC ID: Test Standard: Maximum SAR: Sample Arrival Date: Test Date: Date of Issue: INFINIX MOBILITY LIMITED FLAT N 16/F BLOCK B UNIVERSAL INDUSTRIAL CENTRE 19-25 SHAN MEI STREET FOTAN NT HONGKONG AI Glasses XGC01 Infinix 2AIZN-XGC01LR FCC 47 CFR Part 2.1093 (refer to section 3.1) Head (1 g@0mm): 1.18 W/kg Jan. 02, 2026 Feb. 01, 2026 - Feb. 02, 2026 Mar. 05, 2026 ISSUED BY: Shenzhen BALUN Technology Co., Ltd. Tested by: Xu Rui Checked by: Zong Liyao Approved by: Tolan Tu (Testing Director) _______________ _______________ _______________ Report No.: BL-SZ25C0689-701 Tel: +86-755-66850100 E-mail: [email protected] Page No. 2 / 34 Web: www.titcgroup.com Template No.: TRP-FCC DASY-Head-1 (205-07-31) Add: Block B, 1/F, Baisha Science and Technology Park, Shahe Xi Road, Nanshan District, Shenzhen, Guangdong Province, P. R. China Revision History Version Issue Date Revisions Content Rev. 01 Mar. 05, 2026Initial Issue TABLE OF CONTENTS 1 GENERAL INFORMATION ......................................................................................................... 4 1.1 Test Laboratory .............................................................................................................. 4 1.2 Test Location .................................................................................................................. 4 1.3 Test Environment Condition ........................................................................................... 4 2 PRODUCT INFORMATION ......................................................................................................... 5 2.1 Applicant Information ...................................................................................................... 5 2.2 Manufacturer Information ............................................................................................... 5 2.3 General Description for Equipment under Test (EUT) ................................................... 5 2.4 Ancillary Equipment ........................................................................................................ 5 2.5 Technical Information ..................................................................................................... 6 2.6 EUT Antenna Location Sketch ....................................................................................... 7 3 SUMMARY OF TEST RESULT ................................................................................................... 8 3.1 Test Standards ............................................................................................................... 8 3.2 Device Category and SAR Limit ..................................................................................... 9 3.3 Test Result Summary ................................................................................................... 10 3.4 Test Uncertainty ........................................................................................................... 11 4 MEASUREMENT SYSTEM ....................................................................................................... 12 4.1 Specific Absorption Rate (SAR) Definition ................................................................... 12 4.2 DASY SAR System ...................................................................................................... 13 5 SYSTEM VERIFICATION .......................................................................................................... 20 5.1 Purpose of System Check ............................................................................................ 20 5.2 System Check Setup .................................................................................................... 20 6 TEST POSITION CONFIGURATIONS ...................................................................................... 21 7 MEASUREMENT PROCEDURE ............................................................................................... 22 Report No.: BL-SZ25C0689-701 Tel: +86-755-66850100 E-mail: [email protected] Page No. 3 / 34 Web: www.titcgroup.com Template No.: TRP-FCC DASY-Head-1 (205-07-31) Add: Block B, 1/F, Baisha Science and Technology Park, Shahe Xi Road, Nanshan District, Shenzhen, Guangdong Province, P. R. China 7.1 Measurement Process Diagram ................................................................................... 22 7.2 SAR Scan General Requirement ................................................................................. 23 7.3 Measurement Procedure .............................................................................................. 24 7.4 Area & Zoom Scan Procedure ..................................................................................... 24 8 CONDUCTED RF OUPUT POWER .......................................................................................... 25 9 TEST RESULT .......................................................................................................................... 26 9.1 Bluetooth ...................................................................................................................... 26 9.2 WIFI 2.4GHz ................................................................................................................. 26 9.3 WIFI 5GHz .................................................................................................................... 27 10 SAR Measurement Variability .................................................................................................... 28 11 SIMULTANEOUS TRANSMISSION ..........................................................…

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Report No.: BL-SZ25C0689-AC 1 / 41 CALIBRATION REPORT F.1 E-Field Probe (EX3DV4 - SN: 7510) Report No.: BL-SZ25C0689-AC 2 / 41 Report No.: BL-SZ25C0689-AC 3 / 41 Report No.: BL-SZ25C0689-AC 4 / 41 Report No.: BL-SZ25C0689-AC 5 / 41 Report No.: BL-SZ25C0689-AC 6 / 41 Report No.: BL-SZ25C0689-AC 7 / 41 Report No.: BL-SZ25C0689-AC 8 / 41 Report No.: BL-SZ25C0689-AC 9 / 41 Report No.: BL-SZ25C0689-AC 10 / 41 Report No.: BL-SZ25C0689-AC 11 / 41 Report No.: BL-SZ25C0689-AC 12 / 41 Report No.: BL-SZ25C0689-AC 13 / 41 Report No.: BL-SZ25C0689-AC 14 / 41 Report No.: BL-SZ25C0689-AC 15 / 41 Report No.: BL-SZ25C0689-AC 16 / 41 Report No.: BL-SZ25C0689-AC 17 / 41 Report No.: BL-SZ25C0689-AC 18 / 41 Report No.: BL-SZ25C0689-AC 19 / 41 Report No.: BL-SZ25C0689-AC 20 / 41 Report No.: BL-SZ25C0689-AC 21 / 41 Report No.: BL-SZ25C0689-AC 22 / 41 Report No.: BL-SZ25C0689-AC 23 / 41 F.2 Data Acquisition Electronics (DAE4 - SN:1711) Report No.: BL-SZ25C0689-AC 24 / 41 Report No.: BL-SZ25C0689-AC 25 / 41 Report No.: BL-SZ25C0689-AC 26 / 41 F.3 2450 MHz Dipole Report No.: BL-SZ25C0689-AC 27 / 41 Report No.: BL-SZ25C0689-AC 28 / 41 Report No.: BL-SZ25C0689-AC 29 / 41 Report No.: BL-SZ25C0689-AC 30 / 41 Report No.: BL-SZ25C0689-AC 31 / 41 Report No.: BL-SZ25C0689-AC 32 / 41 D2450V2 Dipole impedance and return loss Validation Meas. Results Current Meas. Previous Meas. Max. Deviation Meas. Data 2025.05.06 2024.05.07 / Return Loss(dB) -27.271 -27.884 -2.20% Impedance 51.780 Ω + 5.716 jΩ 51.604 Ω + 3.776 jΩ 1.941Ω (Imaginary part) Report No.: BL-SZ25C0689-AC 33 / 41 F.4 5GHz Dipole Report No.: BL-SZ25C0689-AC 34 / 41 Report No.: BL-SZ25C0689-AC 35 / 41 Report No.: BL-SZ25C0689-AC 36 / 41 Report No.: BL-SZ25C0689-AC 37 / 41 Report No.: BL-SZ25C0689-AC 38 / 41 Report No.: BL-SZ25C0689-AC 39 / 41 Report No.: BL-SZ25C0689-AC 40 / 41 Report No.: BL-SZ25C0689-AC 41 / 41 D5GHzV2 Dipole impedance and return loss Validation Meas. Results Current Meas. Previous Meas. Max. Deviation Meas. Data 2025.05.07 2024.05.09 / 5.25GHz Return Loss(dB) -22.281 -24.595 -9.41% 5.25GHz Impedance 44.914 Ω - 2.717 jΩ 44.629 Ω +1.497 jΩ -4.214Ω (Imaginary part) 5.6GHz Return Loss(dB) -23.755 -21.351 11.26% 5.6GHz Impedance 50.946Ω +9.147 jΩ 49.204 Ω +8.485 jΩ 1.742Ω (Real part) 5.75GHz Return Loss(dB) -21.053 -23.133 -8.99% 5.75GHz Impedance 42.621 Ω +2.112 jΩ 46.422 Ω +5.705 jΩ -3.801Ω (Real part) --END OF REPORT--

BL-SZ25C0689-AP 8 CONDUCTED RF OUPUT POWER 8.1 WIFI Output Power 8.2Bluetooth 8.2.1 Bluetooth Output Power 8.2.2 Bluetooth Duty Cycle 1/6 BL-SZ25C0689-AP 8.1WIFI Output Power WIFI2.4G-Full Power 2.4G ModeChannal Frequency (MHz) Output power (dBm) Tune up (dBm) SAR Test 11b 1241212.3112.50Yes 6243711.0212.50Yes 11246211.1612.50Yes 11g 124129.6710.00No 624378.2410.00No 1124628.4910.00No 11n-HT20 1241210.1210.50No 6243710.0210.50No 1124629.5410.50No 11ax-HE20 124129.8210.50No 6243710.0110.50No 1124629.9510.50No Note: When multiple channel bandwidth configurations in a frequency band have the same maximum tune-up output power, the test configuration is determined by applying the following steps sequentially. 1) SAR is measured for 2.4 GHz 802.11b DSSS using either a fixed test position or, whenapplicable, the initial test position procedure. 2) According KDB 247228, when the highest reported SAR for DSSS is adjusted by the ratio of OFDM to DSSS specified maximum output power and the adjusted SAR is ≤ 1.2 W/kg, OFDM SAR test is not required. Adjusted SAR = 0.913 * (11.22mW/17.78mW) = 0.576 W/Kg, so 2.4G OFDM SAR test is not required. 2/6 BL-SZ25C0689-AP WIFI5G-Full Power 5.2G ModeChannal Frequency (MHz) Output power (dBm) Tune up (dBm) SAR Test 11a 36518010.7311.00No 44522010.2111.00No 48524010.1711.00No 11n20 36518010.0611.00No 44522010.1111.00No 48524010.2511.00No 11ac20 3651809.8811.00No 44522010.1411.00No 48524010.1611.00No 11ax20 3651809.8111.00No 44522010.2511.00No 48524010.4311.00No 5.3G 11a 52526010.4811.00Yes 60530010.3111.00Yes 64532010.1311.00Yes 11n20 52526010.3611.00No 60530010.1311.00No 64532010.2411.00No 11ac20 52526010.3411.00No 60530010.3711.00No 64532010.2711.00No 11ax20 52526010.2511.00No 60530010.3811.00No 64532010.6111.00No 3/6 BL-SZ25C0689-AP 5.6G 11a 10055006.316.50Yes 11655806.366.50Yes 14057006.026.50Yes 11n20 10055006.226.50No 11655806.046.50No 14057006.116.50No 11ac20 10055006.246.50No 11655806.156.50No 14057006.166.50No 11ax20 10055006.326.50No 11655806.256.50No 14057006.176.50No 5.8G 11a 14957459.239.50Yes 15757858.949.50Yes 16558258.929.50Yes 11n20 14957458.989.50No 15757858.919.50No 16558259.069.50No 11ac20 14957459.219.50No 15757859.349.50No 16558259.139.50No 11ax20 14957458.669.50No 15757859.129.50No 16558259.049.50No Note: When multiple channel bandwidth configurations in a frequency band have the same maximum tune-up output power, the test configuration is determined by applying the following steps sequentially. 1)When the same maximum output power is specified for both bands, begin SAR measurement in U-NII-2A band by applying the OFDM SAR requirements. If the highest reported SAR for a test configuration is ≤ 1.2 W/kg, SAR is not required for U-NII-1 band for that configuration (802.11 mode and exposure condition); otherwise, each band is tested independently for SAR. 2)The largest channel bandwidth configuration is selected among the multiple configurations in a frequency band with the same maximum tune-up output power. 3) When multiple transmission modes (802.11a/n/ac/ax) have the same maximum tune-up output power, largest channel bandwidth, lowest order modulation and lowest data rate, the lowest order 802.11 mode is selected; i.e., 802.11a is chosen over 802.11n then 802.11ac. 4/6 BL-SZ25C0689-AP 8.2Bluetooth 8.2.1Bluetooth Output Power Bluetooth-Full Power Test Mode Modulati on Channel number Frequenc y(MHz) Output power (dBm) Tune up (dBm)) SAR Test BT DH5 024027.26 7.50 Yes 3924417.12 7.50 Yes 7824807.01 7.50 Yes 2DH5 024024.84 5.00 No 3924414.73 5.00 No 7824804.61 5.00 No 3DH5 024024.82 5.00 No 3924414.73 5.00 No 7824804.55 5.00 No BLE-1M 024027.06 7.50 No 1924406.92 7.50 No 3924806.80 7.50 No BLE-2M 124047.07 7.50 No 1924406.95 7.50 No 3824786.81 7.50 No Note: Since bluetooth BR mode is the maximum output power mode， SAR measurements were performed with test software using DH5 modulation, and SAR measurement is not required for the EDR and LE. When the secondary mode is ≤ ¼ dB higher than the primary mode. 5/6 BL-SZ25C0689-AP 8.2.2 Bluetooth Duty Cycle The Bluetooth-DH5 duty cycle is 57.55% as following figure, according to 2016 Oct. TCB workshop for Bluetooth SAR scaling need further consideration and the maximum duty cycle is 100%, therefore the actual duty cycle will be scaled up to 100% for Bluetooth reported SAR calculation. Duty Cycle 6/6

BL-SZ25C0689-ASC 1 / 4 SystemCheck:2450MHz Date:2026.02.01 CommunicationSystemBand:D2450(2450.0MHz);Frequency:2450MHz;DutyCycle:1:1 Mediumparametersused:f=2450MHz;σ=1.816S/m;ε r =39.057;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.3°CLiquidTemperature:21.1°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(7.71,7.71,7.71);Calibrated:2025.11.11; Sensor-Surface:4mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) CW2450100mw/AreaScan(101x101x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=5.43W/kg CW2450100mw/ZoomScan(7x7x7)/Cube0:Measurementgrid:dx=5mm,dy=5mm,dz=5mm ReferenceValue=56.63V/m;PowerDrift=-0.02dB PeakSAR(extrapolated)=11.4W/kg SAR(1g)=5.29W/kg;SAR(10g)=2.49W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8.9mm RatioofSARatM2toSARatM1=51.3% MaximumvalueofSAR(measured)=5.54W/kg 0dB=5.54W/kg BL-SZ25C0689-ASC 2 / 4 SystemCheck:Head5250MHz Date:2026.02.01 CommunicationSystemBand:D5GHz(5000.0-6000.0MHz);Frequency:5250MHz;DutyCycle:1:1 Mediumparametersused:f=5250MHz;σ=4.682S/m;εr=36.636;ρ=1000kg/m3 Phantomsection:FlatSection AmbientTemperature:22.3°CLiquidTemperature:21.1°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(5.5,5.5,5.5);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) CW5250100mw/AreaScan(101x101x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=7.42W/kg CW5250100mw/ZoomScan(7x7x21)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=2mm ReferenceValue=57.32V/m;PowerDrift=0.05dB PeakSAR(extrapolated)=12.2W/kg SAR(1g)=7.64W/kg;SAR(10g)=2.21W/kg Smallestdistancefrompeakstoallpoints3dBbelow=6.16mm RatioofSARatM2toSARatM1=58.7% MaximumvalueofSAR(measured)=7.54W/kg 0dB=7.54W/kg BL-SZ25C0689-ASC 3 / 4 SystemCheck:Head5600MHz Date:2026.02.02 CommunicationSystemBand:D5GHz(5000.0-6000.0MHz);Frequency:5600MHz;DutyCycle:1:1 Mediumparametersused:f=5600MHz;σ=5.213S/m;εr=35.043;ρ=1000kg/m3 Phantomsection:FlatSection AmbientTemperature:22.7°CLiquidTemperature:21.4°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(4.9,4.9,4.9);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) CW5600100mw/AreaScan(101x101x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=7.84W/kg CW5600100mw/ZoomScan(7x7x21)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=2mm ReferenceValue=56.93V/m;PowerDrift=0.02dB PeakSAR(extrapolated)=11.8W/kg SAR(1g)=8.23W/kg;SAR(10g)=2.32W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8.5mm RatioofSARatM2toSARatM1=57.5% MaximumvalueofSAR(measured)=7.64W/kg 0dB=7.64W/kg BL-SZ25C0689-ASC 4 / 4 SystemCheck:Head5750MHz Date:2026.02.02 CommunicationSystemBand:D5GHz(5000.0-6000.0MHz);Frequency:5750MHz;DutyCycle:1:1 Mediumparametersused:f=5750MHz;σ=5.187S/m;ε r =36.053;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.7°CLiquidTemperature:21.4°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(4.99,4.99,4.99);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) CW5750100mW/AreaScan(101x101x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=7.89W/kg CW5750100mW/ZoomScan(7x7x21)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=1.4mm ReferenceValue=57.34V/m;PowerDrift=0.06dB PeakSAR(extrapolated)=11.8W/kg SAR(1g)=7.93W/kg;SAR(10g)=2.24W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8.5mm RatioofSARatM2toSARatM1=57.3% MaximumvalueofSAR(measured)=7.93W/kg 0dB=7.93W/kg

BL-SZC0689-AT RF Power Range (BT&WIFI) Test modeModulation Channel number Fre. (MHz) Range(dBm) Bluetooth DH5 024025.50 -7.50 3924415.50 -7.50 7824805.50 -7.50 2DH5 024023.00 -5.00 3924413.00 -5.00 7824803.00 -5.00 3DH5 024023.00 -5.00 3924413.00 -5.00 7824803.00 -5.00 BLE-1M 024025.50 -7.50 1924405.50 -7.50 3924805.50 -7.50 BLE-2M 124045.50 -7.50 1924405.50 -7.50 3824785.50 -7.50 WIFI 2.4G 11b 1241210.50 -12.50 6243710.50 -12.50 11246210.50 -12.50 11g 124128.00 -10.00 624378.00 -10.00 1124628.00 -10.00 11n-HT20 124128.50 -10.50 624378.50 -10.50 1124628.50 -10.50 11ax-HE20 124128.50 -10.50 624378.50 -10.50 1124628.50 -10.50 WIFI 5.2G 11a 3651809.00 -11.00 4452209.00 -11.00 4852409.00 -11.00 11n20 3651809.00 -11.00 4452209.00 -11.00 4852409.00 -11.00 11ac20 3651809.00 -11.00 4452209.00 -11.00 4852409.00 -11.00 11ax20 3651809.00 -11.00 4452209.00 -11.00 4852409.00 -11.00 1/2 BL-SZC0689-AT WIFI 5.3G 11a 5252609.00 -11.00 6053009.00 -11.00 6453209.00 -11.00 11n20 5252609.00 -11.00 6053009.00 -11.00 6453209.00 -11.00 11ac20 5252609.00 -11.00 6053009.00 -11.00 6453209.00 -11.00 11ax20 5252609.00 -11.00 6053009.00 -11.00 6453209.00 -11.00 WIFI 5.6G 11a 10055004.50 -6.50 11655804.50 -6.50 14057004.50 -6.50 11n20 10055004.50 -6.50 11655804.50 -6.50 14057004.50 -6.50 11ac20 10055004.50 -6.50 11655804.50 -6.50 14057004.50 -6.50 11ax20 10055004.50 -6.50 11655804.50 -6.50 14057004.50 -6.50 WIFI 5.8G 11a 14957457.50 -9.50 15757857.50 -9.50 16558257.50 -9.50 11n20 14957457.50 -9.50 15757857.50 -9.50 16558257.50 -9.50 11ac20 14957457.50 -9.50 15757857.50 -9.50 16558257.50 -9.50 11ax20 14957457.50 -9.50 15757857.50 -9.50 16558257.50 -9.50 2/2

BL-SZ25C0689-ATD 1/5 Meas.1BodyPlanewithRightEdge0mmon0ChannelinBluetoothmodewithAnt.0 Date:2026.02.01 CommunicationSystemBand:Bluetooth;Frequency:2402MHz;DutyCycle:1:1.738 Mediumparametersused(interpolated):f=2402MHz;σ=1.707S/m;ε r =39.977;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.3°CLiquidTemperature:21.1°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(7.71,7.71,7.71);Calibrated:2025.11.11; Sensor-Surface:4mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) Ch0/AreaScan(71x71x1):Interpolatedgrid:dx=1.200mm,dy=1.200mm MaximumvalueofSAR(interpolated)=0.254W/kg Ch0/ZoomScan(7x7x7)/Cube0:Measurementgrid:dx=5mm,dy=5mm,dz=5mm ReferenceValue=0.1380V/m;PowerDrift=-0.03dB PeakSAR(extrapolated)=1.88W/kg SAR(1g)=0.243W/kg;SAR(10g)=0.062W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8.6mm RatioofSARatM2toSARatM1=42.9% MaximumvalueofSAR(measured)=0.637W/kg 0dB=0.637W/kg BL-SZ25C0689-ATD 2/5 Meas.2BodyPlanewithRightEdge0mmon1ChannelinIEEE802.11bmodewithAnt.0 Date:2026.02.01 CommunicationSystemBand:WIFI2.4;Frequency:2412MHz;DutyCycle:1:1.057 Mediumparametersused(interpolated):f=2412MHz;σ=1.729S/m;ε r =39.684;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.3°CLiquidTemperature:21.1°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(7.71,7.71,7.71);Calibrated:2025.11.11; Sensor-Surface:4mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) Ch1/AreaScan(71x71x1):Interpolatedgrid:dx=1.200mm,dy=1.200mm MaximumvalueofSAR(interpolated)=1.07W/kg Ch1/ZoomScan(7x7x7)/Cube0:Measurementgrid:dx=5mm,dy=5mm,dz=5mm ReferenceValue=3.632V/m;PowerDrift=-0.06dB PeakSAR(extrapolated)=2.20W/kg SAR(1g)=0.827W/kg;SAR(10g)=0.309W/kg Smallestdistancefrompeakstoallpoints3dBbelow=8mm RatioofSARatM2toSARatM1=42.8% MaximumvalueofSAR(measured)=1.48W/kg 0dB=1.48W/kg BL-SZ25C0689-ATD 3/5 Meas.3BodyPlanewithRightEdge0mmon52ChannelinIEEE802.11amodewithAnt.0 Date:2026.02.01 CommunicationSystemBand:5.2G;Frequency:5260MHz;DutyCycle:1:1.084 Mediumparametersused(interpolated):f=5260MHz;σ=4.727S/m;ε r =36.496;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.3°CLiquidTemperature:21.1°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(5.5,5.5,5.5);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) Ch52/AreaScan(91x91x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=1.63W/kg Ch52/ZoomScan(7x7x12)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=2mm ReferenceValue=1.193V/m;PowerDrift=0.03dB PeakSAR(extrapolated)=3.73W/kg SAR(1g)=0.742W/kg;SAR(10g)=0.205W/kg Smallestdistancefrompeakstoallpoints3dBbelow=6.3mm RatioofSARatM2toSARatM1=49.8% MaximumvalueofSAR(measured)=1.63W/kg 0dB=1.63W/kg BL-SZ25C0689-ATD 4/5 Meas.4BodyPlanewithRightEdge0mmon116ChannelinIEEE802.11amodewithAnt.0 Date:2026.02.02 CommunicationSystemBand:5.6G;Frequency:5580MHz;DutyCycle:1:1.084 Mediumparametersused(interpolated):f=5580MHz;σ=5.124S/m;ε r =35.644;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.7°CLiquidTemperature:21.4°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(4.9,4.9,4.9);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) Ch116/AreaScan(91x91x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=1.63W/kg Ch116/ZoomScan(7x7x12)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=2mm ReferenceValue=1.002V/m;PowerDrift=-0.05dB PeakSAR(extrapolated)=4.33W/kg SAR(1g)=0.758W/kg;SAR(10g)=0.197W/kg Smallestdistancefrompeakstoallpoints3dBbelow=6.2mm RatioofSARatM2toSARatM1=47.4% MaximumvalueofSAR(measured)=1.83W/kg 0dB=1.83W/kg BL-SZ25C0689-ATD 5/5 Meas.5BodyPlanewithRightEdge0mmon149ChannelinIEEE802.11amodewithAnt.0 Date:2026.02.02 CommunicationSystemBand:5.8G;Frequency:5745MHz;DutyCycle:1:1.084 Mediumparametersused(interpolated):f=5745MHz;σ=5.151S/m;ε r =36.211;ρ=1000kg/m 3 Phantomsection:FlatSection AmbientTemperature:22.7°CLiquidTemperature:21.4°C DASY5Configuration: Probe:EX3DV4-SN7510;ConvF(4.99,4.99,4.99);Calibrated:2025.11.11; Sensor-Surface:2mm(MechanicalSurfaceDetection) Electronics:DAE4Sn1711;Calibrated:2025.11.11 Phantom:SAM1;Type:QD000P40CD;Serial:TP:1858 MeasurementSW:DASY52,Version52.8(8);SEMCADXVersion14.6.10(7331) Ch149/AreaScan(91x91x1):Interpolatedgrid:dx=1.000mm,dy=1.000mm MaximumvalueofSAR(interpolated)=2.06W/kg Ch149/ZoomScan(7x7x12)/Cube0:Measurementgrid:dx=4mm,dy=4mm,dz=2mm ReferenceValue=0.6680V/m;PowerDrift=-0.09dB PeakSAR(extrapolated)=6.74W/kg SAR(1g)=1.02W/kg;SAR(10g)=0.256W/kg Smallestdistancefrompeakstoallpoints3dBbelow=6.4mm RatioofSARatM2toSARatM1=45.8% MaximumvalueofSAR(measured)=2.77W/kg 0dB=2.77W/kg

Report No.: BL-SZ25C0689-601 Tel: +86-755-66850100 E-mail: [email protected] Page No. 1 / 69 Web: www.titcgroup.com Template No.: TRP-FCC Part 15.247 (2022-01-12) Add: Block B, 1/F, Baisha Science and Technology Park, Shahe Xi Road, Nanshan District, Shenzhen, Guangdong Province, P. R. China TEST REPORT Applicant: INFINIX MOBILITY LIMITED Address: FLAT N 16/F BLOCK B UNIVERSAL INDUSTRIAL CENTRE 19-25 SHAN MEI STREET FOTAN NT HONGKONG Equipment Type: AI Glasses Model Name: XGC01 Brand Name: Infinix FCC ID: 2AIZN-XGC01LR Test Standard: 47 CFR Part 15 Subpart C (refer to section 3.1) Sample Arrival Date: Dec…

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