1. FCC ID
  2. 2ADIN
  3. 2ADINS6702X

FCC ID 2ADINS6702X

5G Smart Phone

by Sun Cupid Technology (HK) Ltd.

Grantee Code: 2ADIN   Product Code: S6702X
Latest application date: 2024-02-01

FCC ID Device Details

FCC ID2ADINS6702X
Mirrorsfcc.id | gov | fccid.ai
Grantee Code2ADIN
Product CodeS6702X
Applicant BusinessSun Cupid Technology (HK) Ltd.
Related Domains suncupid.com
Equipment Class5G Smart Phone
Test FirmUL Verification Services (Guangzhou) Co., Ltd.

Operating Frequencies

Frequency RangeApplication PurposeFinal Action Date
2402-2480 MHzOriginal Equipment2024-02-01
5180-5240 MHzOriginal Equipment2024-02-01
13.56 MHzOriginal Equipment2024-02-01
665.5-695.5 MHzOriginal Equipment2024-02-01
2412-2462 MHzOriginal Equipment2024-02-01

Exhibits

DocumentTypeAvailableFile
user manual R3Users Manual2024-07-14PDF 207.4 KB
Internal Photos-4791041023-1_Appendix_EUTPhoto_InternalInternal Photos2024-07-14PDF 1.2 MB
External Photos-4791041023-1_Appendix_EUTPhoto_ExternalExternal Photos2024-07-14PDF 538.6 KB
ID Label & Location Info.-S6702X B30 Pro FCC E-labellingID Label/Location Info2024-02-01PDF 214.6 KB
Test Setup Photos-4791041023-1-SAR-1_App B PhotoTest Setup Photos2024-07-14PDF 836.8 KB
Test Setup Photos-4791041023-1_Appendix_SetupPhotoTest Setup Photos2024-07-14PDF 1 MB
Test Setup Photos-antenna setup photoTest Setup Photos2024-07-14PDF 98.5 KB
4791041023-1-RF-1_BLE FCC IDTest Report2024-02-01PDF 4 MB
4791041023-1-RF-2_BT FCC IDTest Report2024-02-01PDF 4.9 MB
4791041023-1-RF-3_WIFI 2.4 FCC ID_Part1Test Report2024-02-01PDF 3.9 MB
4791041023-1-RF-3_WIFI 2.4 FCC ID_Part2Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-3_WIFI 2.4 FCC ID_Part3Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-3_WIFI 2.4 FCC ID_Part4Test Report2024-02-01PDF 3.4 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part1Test Report2024-02-01PDF 3.3 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part2Test Report2024-02-01PDF 3.3 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part3Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part4Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part5Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part6Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part7Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-4_WIFI 5 FCC ID_Part8Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-6_FCC ID_GSM ReportTest Report2024-02-01PDF 4.7 MB
4791041023-1-RF-7_FCC ID_WCDMA ReportTest Report2024-02-01PDF 3.7 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part1Test Report2024-02-01PDF 3.5 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part10Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part11Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part12Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part13Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part14Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part15Test Report2024-02-01PDF 5 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part16Test Report2024-02-01PDF 2.4 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part2Test Report2024-02-01PDF 5 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part3Test Report2024-02-01PDF 5.1 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part4Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part5Test Report2024-02-01PDF 4.9 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part6Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part7Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part8Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-8_FCC ID_LTE Report Report_Part9Test Report2024-02-01PDF 4.4 MB
4791041023-1-RF-9_FCC ID_NR Report ReportTest Report2024-02-01PDF 1.1 MB
4791041023-1-RF-9_conduction data_Part1Test Report2024-02-01PDF 3.5 MB
4791041023-1-RF-9_conduction data_Part10Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-9_conduction data_Part100Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part101Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part102Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part103Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part104Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part105Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part106Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part107Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part108Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part109Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part11Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part110Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part111Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part112Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part113Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part114Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part115Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part116Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part117Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part118Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part119Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part12Test Report2024-02-01PDF 4.5 MB
4791041023-1-RF-9_conduction data_Part120Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part121Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part122Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part123Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part124Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part125Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part126Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part127Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part128Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part129Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part13Test Report2024-02-01PDF 4.4 MB
4791041023-1-RF-9_conduction data_Part130Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part131Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part132Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part133Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part134Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part135Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part136Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part137Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part138Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part139Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part14Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part140Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part141Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part142Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part143Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part144Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part145Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part146Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part147Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part148Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part149Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part15Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part150Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part151Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part152Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part153Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part154Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part155Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part156Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part157Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part158Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part159Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part16Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part160Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part161Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part162Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part163Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part164Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part165Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part166Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part167Test Report2024-02-01PDF 1.7 MB
4791041023-1-RF-9_conduction data_Part17Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part18Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part19Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part2Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part20Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part21Test Report2024-02-01PDF 3.2 MB
4791041023-1-RF-9_conduction data_Part22Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part23Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part24Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part25Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part26Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part27Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-9_conduction data_Part28Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part29Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part3Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-9_conduction data_Part30Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part31Test Report2024-02-01PDF 4.3 MB
4791041023-1-RF-9_conduction data_Part32Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part33Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part34Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part35Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part36Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part37Test Report2024-02-01PDF 1 MB
4791041023-1-RF-9_conduction data_Part38Test Report2024-02-01PDF 1.1 MB
4791041023-1-RF-9_conduction data_Part39Test Report2024-02-01PDF 1.3 MB
4791041023-1-RF-9_conduction data_Part4Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part40Test Report2024-02-01PDF 1.3 MB
4791041023-1-RF-9_conduction data_Part41Test Report2024-02-01PDF 1.3 MB
4791041023-1-RF-9_conduction data_Part42Test Report2024-02-01PDF 4.5 MB
4791041023-1-RF-9_conduction data_Part43Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part44Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part45Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part46Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part47Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part48Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part49Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part5Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part50Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part51Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part52Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part53Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part54Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part55Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part56Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part57Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part58Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part59Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part6Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part60Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part61Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part62Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part63Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part64Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part65Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part66Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part67Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part68Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part69Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part7Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part70Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part71Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part72Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part73Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part74Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part75Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part76Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part77Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part78Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part79Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part8Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part80Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part81Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part82Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part83Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part84Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part85Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part86Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part87Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part88Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part89Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part9Test Report2024-02-01PDF 5.2 MB
4791041023-1-RF-9_conduction data_Part90Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part91Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part92Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part93Test Report2024-02-01PDF 5.3 MB
4791041023-1-RF-9_conduction data_Part94Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part95Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part96Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part97Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part98Test Report2024-02-01PDF 5.4 MB
4791041023-1-RF-9_conduction data_Part99Test Report2024-02-01PDF 5.4 MB
Test Report-4791041023-1-RF-5_NFC FCC IDTest Report2024-02-01PDF 661.4 KB
Test Report-4791041023-1-SAR-1_App A Conducted powerRF Exposure Info2024-02-01PDF 2 MB
Test Report-4791041023-1-SAR-1_App C System Check PlotsRF Exposure Info2024-02-01PDF 2.1 MB
Test Report-4791041023-1-SAR-1_App D Highest Test Plots_Part1RF Exposure Info2024-02-01PDF 5.9 MB
Test Report-4791041023-1-SAR-1_App D Highest Test Plots_Part2RF Exposure Info2024-02-01PDF 1.9 MB
Test Report-4791041023-1-SAR-1_App E Cal. Certificates_Part1RF Exposure Info2024-02-01PDF 6 MB
Test Report-4791041023-1-SAR-1_App E Cal. Certificates_Part2RF Exposure Info2024-02-01PDF 3.1 MB
Test Report-4791041023-1-SAR-1_FCC SAR ReportRF Exposure Info2024-02-01PDF 2.2 MB
antenna reportTest Report2024-02-01PDF 2.2 MB
Cover Letters-Attestation Letter for Client devices without radar detection capaAttestation Statements2024-02-01PDF 169 KB
Cover Letters-FCC 2.911[d][5] AttestationAttestation Statements2024-02-01PDF 195.9 KB
Cover Letters-FCC Agent for service Attestation from AgentAttestation Statements2024-02-01PDF 202 KB
Cover Letters-FCC Agent for service Attestation from ApplicantAttestation Statements2024-02-01PDF 239.9 KB
Cover Letters-FCC Confidentiality -short termCover Letter(s)2024-02-01PDF 218.4 KB
Cover Letters-FCC agent auth letterCover Letter(s)2024-02-01PDF 481.5 KB
Cover Letters-FCC confidentiality request letterCover Letter(s)2024-02-01PDF 239.4 KB
Cover Letters-Family Declaration letterCover Letter(s)2024-02-01PDF 164.2 KB

Application Information

Application IDYHXM1kwYJhsgXZ5qfmi5BA==
Final Action Date2024-02-01
Application PurposeOriginal Equipment
Applicant FRN0024055386
ModelS6702X
Frequency Range2402-2480 MHz
Equipment ClassDSS - Part 15 Spread Spectrum Transmitter
Device Description5G Smart Phone
Responsible PartyDanny Sit, danny.sit@suncupid.com , +852-2725 0161
Technical Contactsusan liu, UL Verification Services Guangzhou Co., Ltd, Song, susan.liu@ul.com , +8676933817102
Test FirmStephen Guo, UL Verification Services (Guangzhou) Co., Ltd., Stephen.guo@ul.com , +86 0769 33817120
TCB EmailLST.FRE.CertNotice@ul.com
TCB ScopeA4: UNII devices & low power transmitters using spread spectrum techniques
Short-Term ConfidentialityYes
Short-Term Confidentiality Date07/14/2024
Long-Term ConfidentialityYes
Grant DeferralNo
Modular EquipmentDoes not apply
Composite DeviceYes
Composite PartNo
Cognitive RadioNo
Authorization WaiverNo
Authorization Waiver ApprovedNo
Section 5301 CertificationYes
Related OET Knowledge DataBase InquiryNo
Grant CommentsOutput power listed is conducted. The highest reported SAR values for head, body-worn, wireless router (hotspot), and simultaneous transmission exposure conditions are 0.44 W/kg, 0.15 W/kg, 0.15 W/kg and 1.57 W/kg respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.

Applications

Application IDDatePurpose
YHXM1kwYJhsgXZ5qfmi5BA==2024-02-01Original Equipment
XKofpc/t2IrKrcPBJxSYNg==2024-02-01Original Equipment
O4PVgLYAtYm87+Gv5hB6Ug==2024-02-01Original Equipment
EJhsDNsgRAtsibAG5cMKGw==2024-02-01Original Equipment
0i3/fgoZD5pBVHXXtGFA0A==2024-02-01Original Equipment

Equipment Authorization

FrequencyOutputToleranceEmissionRulesGrant Notes
13.56 MHz15CCC
665.5-695.5 MHz0.0942.5ppm4M49G7W27
665.5-695.5 MHz0.0562.5ppm4M47D7W27
670.5-690.5 MHz0.0752.5ppm13M4D7W27
670.5-690.5 MHz0.0952.5ppm13M4G7W27
673-688 MHz0.0932.5ppm18M0G7W27
673-688 MHz0.0772.5ppm18M0D7W27
673-688 MHz0.0952.5ppm17M9G7W27
673-688 MHz0.0512.5ppm17M9D7W27
701.5-713.5 MHz0.0642.5ppm4M48G7W27
704-711 MHz0.0622.5ppm8M95G7W27
704-711 MHz0.0512.5ppm8M95D7W27
706.5-713.5 MHz0.0172.5ppm4M49G7W27
709-711 MHz0.0162.5ppm8M96G7W27
709-711 MHz0.0172.5ppm8M96D7W27
819 MHz0.012.5ppm8M98G7W9
819 MHz0.012.5ppm8M98D7W9
826.5-846.5 MHz0.0512.5ppm4M50G7W22H
826.5-846.5 MHz0.0332.5ppm4M49G7W22H
826.5-846.5 MHz0.1072.5ppm4M48G7W22H
826.5-846.5 MHz0.1082.5ppm4M48G7W22H
826.5-846.5 MHz0.0662.5ppm4M48D7W22H
829-844 MHz0.0492.5ppm9M00G7W22H
829-844 MHz0.0412.5ppm9M00D7W22H
829-844 MHz0.0352.5ppm8M99D7W22H
831.5-841.5 MHz0.0332.5ppm13M5G7W22H
831.5-841.5 MHz0.0352.5ppm13M5D7W22H
834-839 MHz0.1032.5ppm17M9G7W22H
834-839 MHz0.1042.5ppm18M9G7W22H
834-839 MHz0.0622.5ppm18M9D7W22H
1712.5-1752.5 MHz0.1212.5ppm4M50G7W27
1712.5-1777.5 MHz0.1042.5ppm4M48D7W27
1712.5-1777.5 MHz0.1722.5ppm4M47G7W27
1712.5-1777.5 MHz0.1752.5ppm4M47G7W27
1715-1750 MHz0.0962.5ppm8M98D7W27
1720-1745 MHz0.1172.5ppm18M0G7W27
1720-1745 MHz0.0952.5ppm18M0D7W27
1720-1770 MHz0.1262.5ppm18M0G7W27
1720-1770 MHz0.0992.5ppm18M0D7W27
1725-1765 MHz0.1222.5ppm28M5D7W27
1730-1760 MHz0.1622.5ppm38M6G7W27
1730-1760 MHz0.1652.5ppm38M6G7W27
1730-1760 MHz0.1342.5ppm38M6D7W27
1850.7-1914.3 MHz0.0782.5ppm1M08D7W24E
1852.5-1907.5 MHz0.0942.5ppm4M49G7W24E
1852.5-1907.5 MHz0.0762.5ppm4M48D7W24E
1852.5-1912.5 MHz0.0962.5ppm4M48G7W24E
1852.5-1907.5 MHz0.1512.5ppm4M48G7W24D
1852.5-1907.5 MHz0.1482.5ppm4M48G7W24D
1852.5-1907.5 MHz0.0972.5ppm4M48D7W24D
1852.5-1912.5 MHz0.1322.5ppm4M47G7W24D
1855-1910 MHz0.1232.5ppm8M96G7W24D
1860-1905 MHz0.0962.5ppm18M0G7W24E
1860-1905 MHz0.0782.5ppm18M0D7W24E
1860-1900 MHz0.1462.5ppm17M9G7W24D
1860-1900 MHz0.1452.5ppm19M0G7W24D
1860-1900 MHz0.0932.5ppm18M9D7W24D
1860-1905 MHz0.1312.5ppm17M9G7W24D
1860-1905 MHz0.1332.5ppm17M9G7W24D
1860-1905 MHz0.082.5ppm17M9D7W24D
2402-2480 MHz0.046000015CCC
2402-2480 MHz0.00215CCC
2412-2462 MHz0.06715CCC, MO
2498.5-2687.5 MHz0.2122.5ppm4M48G7W27
2502.5-2567.5 MHz0.0652.5ppm4M50G7W27
2502.5-2567.5 MHz0.0532.5ppm4M50D7W27
2502.5-2567.5 MHz0.1122.5ppm4M48G7W27
2502.5-2567.5 MHz0.1232.5ppm4M49G7W27
2502.5-2567.5 MHz0.0692.5ppm4M49D7W27
2503.5-2682.5 MHz0.2622.5ppm13M6G7W27
2503.5-2682.48 MHz0.1992.5ppm13M0D7W27
2506-2680 MHz0.2542.5ppm18M2G7W27
2506-2680 MHz0.2012.5ppm18M2D7W27
2510-2560 MHz0.0642.5ppm18M0G7W27
2510-2560 MHz0.052.5ppm18M0D7W27
2510-2560 MHz0.1112.5ppm17M9G7W27
2510-2560 MHz0.112.5ppm18M9G7W27
2510-2560 MHz0.0582.5ppm18M9D7W27
2511-2674.98 MHz0.3822.5ppm26M8G7W27
2511-2674.98 MHz0.3852.5ppm26M8G7W27
2546.01-2640 MHz0.3852.5ppm96M4G7W27
2546.01-2640 MHz0.3852.5ppm96M3G7W27
2546.01-2640 MHz0.1452.5ppm96M3D7W27
3455-3545 MHz0.282.5ppm8M62G7W27
3485-3515 MHz0.2872.5ppm64M3G7W27
3500 MHz0.2292.5ppm86M7D7W27
3500 MHz0.2042.5ppm96M0G7W27
3500 MHz0.2042.5ppm95M8G7W27
3705-3975 MHz0.3482.5ppm8M60G7W27
3705-3975 MHz0.3472.5ppm8M61G7W27
3705-3975 MHz0.1642.5ppm8M60D7W27
3750-3930 MHz0.4262.5ppm96M7G7W27
3750-3930 MHz0.292.5ppm96M2G7W27
3750-3930 MHz0.162.5ppm96M2D7W27
5180-5240 MHz0.03915ECC, MO
5260-5320 MHz0.03715ECC, MO
5500-5720 MHz0.02815ECC, MO
5745-5825 MHz0.02415ECC, MO

Grants

TCB Grant - Application YHXM1kwYJhsgXZ5qfmi5BA==

TCB GRANT OF EQUIPMENT
AUTHORIZATION		 TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  UL Verification Services Inc.
47173 Benicia Street
Fremont, CA 94538
 Date of Grant: 02/01/2024

Application Dated: 02/01/2024
Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St,
Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Part 15 Spread Spectrum Transmitter
Notes: 5G Smart Phone
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 2402.0  -  2480.0 0.046  

Output power listed is conducted. The highest reported SAR values for head, body-worn, wireless router (hotspot), and simultaneous transmission exposure conditions are 0.44 W/kg, 0.15 W/kg, 0.15 W/kg and 1.57 W/kg respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.

CC: This device is certified pursuant to two different Part 15 rules sections.

EAS Grant - Application YHXM1kwYJhsgXZ5qfmi5BA==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION		 COPY
Certification

Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St, Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong 		  Date of Grant: 02/01/2024

Application Dated: 02/01/2024
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Part 15 Spread Spectrum Transmitter
Notes: 5G Smart Phone
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 2402.0  -  2480.0 0.046  

Output power listed is conducted. The highest reported SAR values for head, body-worn, wireless router (hotspot), and simultaneous transmission exposure conditions are 0.44 W/kg, 0.15 W/kg, 0.15 W/kg and 1.57 W/kg respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.


CC: This device is certified pursuant to two different Part 15 rules sections.

TCB Grant - Application XKofpc/t2IrKrcPBJxSYNg==

Mail To:
TCB GRANT OF EQUIPMENT
AUTHORIZATION		 TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  UL Verification Services Inc.
47173 Benicia Street
Fremont, CA 94538
 Date of Grant: 02/01/2024

Application Dated: 02/01/2024
Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St,
Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Unlicensed National Information Infrastructure TX
Notes: 5G Smart Phone
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC MO 15E 5180.0  -  5240.0 0.039  
CC MO 15E 5260.0  -  5320.0 0.037  
CC MO 15E 5500.0  -  5720.0 0.028  
CC MO 15E 5745.0  -  5825.0 0.024  

Output power listed is conducted. This device supports 2x2 MIMO operations and bandwidths up to 80MHz for 802.11. The highest reported SAR values for head, body-worn, product specific (hotspot), simultaneous transmission and extremity exposure (10g) conditions are: 0.78 W/kg, 0.55 W/kg, 0.55 W/kg, 1.57 W/kg and 1.33 W/kg (10g) respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.

CC: This device is certified pursuant to two different Part 15 rules sections.
MO: This Multiple Input Multiple Output (MIMO) device was evaluated for multiple transmitted signals as indicated in the filing.

EAS Grant - Application XKofpc/t2IrKrcPBJxSYNg==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION		 COPY
Certification

Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St, Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong 		  Date of Grant: 02/01/2024

Application Dated: 02/01/2024
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Unlicensed National Information Infrastructure TX
Notes: 5G Smart Phone
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC MO 15E 5180.0  -  5240.0 0.039  
CC MO 15E 5260.0  -  5320.0 0.037  
CC MO 15E 5500.0  -  5720.0 0.028  
CC MO 15E 5745.0  -  5825.0 0.024  

Output power listed is conducted. This device supports 2x2 MIMO operations and bandwidths up to 80MHz for 802.11. The highest reported SAR values for head, body-worn, product specific (hotspot), simultaneous transmission and extremity exposure (10g) conditions are: 0.78 W/kg, 0.55 W/kg, 0.55 W/kg, 1.57 W/kg and 1.33 W/kg (10g) respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.


CC: This device is certified pursuant to two different Part 15 rules sections.
MO: This Multiple Input Multiple Output (MIMO) device was evaluated for multiple transmitted signals as indicated in the filing.

TCB Grant - Application O4PVgLYAtYm87+Gv5hB6Ug==

Mail To:
TCB GRANT OF EQUIPMENT
AUTHORIZATION		 TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  UL Verification Services Inc.
47173 Benicia Street
Fremont, CA 94538
 Date of Grant: 02/01/2024

Application Dated: 02/01/2024
Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St,
Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Part 15 Low Power Communication Device Transmitter
Notes: 5G Smart Phone
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 13.56  -  13.56  


CC: This device is certified pursuant to two different Part 15 rules sections.

EAS Grant - Application O4PVgLYAtYm87+Gv5hB6Ug==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION		 COPY
Certification

Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St, Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong 		  Date of Grant: 02/01/2024

Application Dated: 02/01/2024
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Part 15 Low Power Communication Device Transmitter
Notes: 5G Smart Phone
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 13.56  -  13.56  


CC: This device is certified pursuant to two different Part 15 rules sections.

TCB Grant - Application EJhsDNsgRAtsibAG5cMKGw==

Mail To:
TCB GRANT OF EQUIPMENT
AUTHORIZATION		 TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  UL Verification Services Inc.
47173 Benicia Street
Fremont, CA 94538
 Date of Grant: 02/01/2024

Application Dated: 02/01/2024
Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St,
Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: PCS Licensed Transmitter held to ear
Notes: 5G Smart Phone
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
22H 824.2  -  848.8 0.451 0E-10  PM 246KGXW
22H 824.2  -  848.8 0.104 0E-10  PM 253KG7W
24E 1850.2  -  1909.8 0.875 0E-10  PM 243KGXW
24E 1850.2  -  1909.8 0.207 0E-10  PM 248KG7W
24E 1852.4  -  1907.6 0.101 0E-10  PM 4M16F9W
27 1712.4  -  1752.6 0.13 0E-10  PM 4M17F9W
22H 826.4  -  846.6 0.054 0E-10  PM 4M18F9W
24E 1860.0  -  1900.0 0.093 2.5  PM 18M0G7W
24E 1860.0  -  1900.0 0.074 2.5  PM 18M0D7W
24E 1852.5  -  1907.5 0.094 2.5  PM 4M49G7W
24E 1852.5  -  1907.5 0.076 2.5  PM 4M48D7W
27 1720.0  -  1745.0 0.117 2.5  PM 18M0G7W
27 1720.0  -  1745.0 0.095 2.5  PM 18M0D7W
27 1712.5  -  1752.5 0.121 2.5  PM 4M50G7W
27 1715.0  -  1750.0 0.096 2.5  PM 8M98D7W
22H 829.0  -  844.0 0.049 2.5  PM 9M00G7W
22H 829.0  -  844.0 0.041 2.5  PM 9M00D7W
22H 826.5  -  846.5 0.051 2.5  PM 4M50G7W
27 2510.0  -  2560.0 0.064 2.5  PM 18M0G7W
27 2510.0  -  2560.0 0.05 2.5  PM 18M0D7W
27 2502.5  -  2567.5 0.065 2.5  PM 4M50G7W
27 2502.5  -  2567.5 0.053 2.5  PM 4M50D7W
27 704.0  -  711.0 0.062 2.5  PM 8M95G7W
27 704.0  -  711.0 0.051 2.5  PM 8M95D7W
27 701.5  -  713.5 0.064 2.5  PM 4M48G7W
27 709.0  -  711.0 0.016 2.5  PM 8M96G7W
27 709.0  -  711.0 0.017 2.5  PM 8M96D7W
27 706.5  -  713.5 0.017 2.5  PM 4M49G7W
24E 1860.0  -  1905.0 0.096 2.5  PM 18M0G7W
24E 1860.0  -  1905.0 0.078 2.5  PM 18M0D7W
24E 1852.5  -  1912.5 0.096 2.5  PM 4M48G7W
24E 1850.7  -  1914.3 0.078 2.5  PM 1M08D7W
22H 831.5  -  841.5 0.033 2.5  PM 13M5G7W
22H 831.5  -  841.5 0.035 2.5  PM 13M5D7W
22H 826.5  -  846.5 0.033 2.5  PM 4M49G7W
22H 829.0  -  844.0 0.035 2.5  PM 8M99D7W
90 819.0  -  819.0 0.01 2.5  PM 8M98G7W
90 819.0  -  819.0 0.01 2.5  PM 8M98D7W
27 2506.0  -  2680.0 0.254 2.5  PM 18M2G7W
27 2506.0  -  2680.0 0.201 2.5  PM 18M2D7W
27 2503.5  -  2682.5 0.262 2.5  PM 13M6G7W
27 2498.5  -  2687.5 0.212 2.5  PM 4M48G7W
27 1720.0  -  1770.0 0.126 2.5  PM 18M0G7W
27 1720.0  -  1770.0 0.099 2.5  PM 18M0D7W
27 1712.5  -  1777.5 0.104 2.5  PM 4M48D7W
27 673.0  -  688.0 0.093 2.5  PM 18M0G7W
27 673.0  -  688.0 0.077 2.5  PM 18M0D7W
27 665.5  -  695.5 0.094 2.5  PM 4M49G7W
27 670.5  -  690.5 0.075 2.5  PM 13M4D7W
24D 1860.0  -  1900.0 0.146 2.5  PM 17M9G7W
24D 1860.0  -  1900.0 0.145 2.5  PM 19M0G7W
24D 1860.0  -  1900.0 0.093 2.5  PM 18M9D7W
24D 1852.5  -  1907.5 0.151 2.5  PM 4M48G7W
24D 1852.5  -  1907.5 0.148 2.5  PM 4M48G7W
24D 1852.5  -  1907.5 0.097 2.5  PM 4M48D7W
22H 834.0  -  839.0 0.103 2.5  PM 17M9G7W
22H 834.0  -  839.0 0.104 2.5  PM 18M9G7W
22H 834.0  -  839.0 0.062 2.5  PM 18M9D7W
22H 826.5  -  846.5 0.107 2.5  PM 4M48G7W
22H 826.5  -  846.5 0.108 2.5  PM 4M48G7W
22H 826.5  -  846.5 0.066 2.5  PM 4M48D7W
27 2510.0  -  2560.0 0.111 2.5  PM 17M9G7W
27 2510.0  -  2560.0 0.11 2.5  PM 18M9G7W
27 2510.0  -  2560.0 0.058 2.5  PM 18M9D7W
27 2502.5  -  2567.5 0.112 2.5  PM 4M48G7W
27 2502.5  -  2567.5 0.123 2.5  PM 4M49G7W
27 2502.5  -  2567.5 0.069 2.5  PM 4M49D7W
24D 1860.0  -  1905.0 0.131 2.5  PM 17M9G7W
24D 1860.0  -  1905.0 0.133 2.5  PM 17M9G7W
24D 1860.0  -  1905.0 0.08 2.5  PM 17M9D7W
24D 1852.5  -  1912.5 0.132 2.5  PM 4M47G7W
24D 1855.0  -  1910.0 0.123 2.5  PM 8M96G7W
27 2546.01  -  2640.0 0.385 2.5  PM 96M4G7W
27 2546.01  -  2640.0 0.385 2.5  PM 96M3G7W
27 2546.01  -  2640.0 0.145 2.5  PM 96M3D7W
27 2511.0  -  2674.98 0.382 2.5  PM 26M8G7W
27 2511.0  -  2674.98 0.385 2.5  PM 26M8G7W
27 2503.5  -  2682.48 0.199 2.5  PM 13M0D7W
27 1730.0  -  1760.0 0.162 2.5  PM 38M6G7W
27 1730.0  -  1760.0 0.165 2.5  PM 38M6G7W
27 1730.0  -  1760.0 0.134 2.5  PM 38M6D7W
27 1712.5  -  1777.5 0.172 2.5  PM 4M47G7W
27 1712.5  -  1777.5 0.175 2.5  PM 4M47G7W
27 1725.0  -  1765.0 0.122 2.5  PM 28M5D7W
27 673.0  -  688.0 0.095 2.5  PM 17M9G7W
27 673.0  -  688.0 0.051 2.5  PM 17M9D7W
27 670.5  -  690.5 0.095 2.5  PM 13M4G7W
27 665.5  -  695.5 0.056 2.5  PM 4M47D7W
27 3500.0  -  3500.0 0.229 2.5  PM 86M7D7W
27 3500.0  -  3500.0 0.204 2.5  PM 96M0G7W
27 3500.0  -  3500.0 0.204 2.5  PM 95M8G7W
27 3485.0  -  3515.0 0.287 2.5  PM 64M3G7W
27 3455.0  -  3545.0 0.28 2.5  PM 8M62G7W
27 3750.0  -  3930.0 0.426 2.5  PM 96M7G7W
27 3750.0  -  3930.0 0.29 2.5  PM 96M2G7W
27 3750.0  -  3930.0 0.16 2.5  PM 96M2D7W
27 3705.0  -  3975.0 0.348 2.5  PM 8M60G7W
27 3705.0  -  3975.0 0.347 2.5  PM 8M61G7W
27 3705.0  -  3975.0 0.164 2.5  PM 8M60D7W

Output power listed is ERP for operations below 1 GHz, EIRP for operations above 1 GHz and conducted power for Part 90S (814-824 MHz).

This device supports the following LTE bands and channel bandwidths: 1.4/3/5/10/15/20 MHz in Band 2, Band 4, Band 25 and Band 66; 1.4/3/5/10/15 MHz in Band 26; 1.4/3/5/10 MHz in Band 5 and Band 12; 5/10/15/20 MHz in Band 7; Band 41 and Band 71; 5/10 MHz in Band 13.

This device supports the following 5GNR bands and channel bandwidths: 5/10/15/20 MHz in Band n2, n5, n25 and n71; 5/10/15/20/25/30/40 in Band n66; 5/10/15/20/25/30/40/50 in Band n7; 10/15/20/25/30/40/50/60/70/80/90/100 MHz in Bands n41 and n77 (3.5 and 3.7 GHz sub-bands). For LTE / 5GNR the line entries are the highest measured total power and widest bandwidth within each band for each emissions designator (G7W for QPSK, D7W for QAM) for single carrier LTE / 5GNR operations within each band.

The highest reported SAR values for head, body-worn, product specific (hotspot), simultaneous transmission and extremity exposure (10g) conditions are: 1.14 W/kg, 1.19 W/kg, 1.19 W/kg, 1.57 W/kg and 1.79 W/kg (10g) respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance. This device contains functions that are not operational in U.S. Territories; filings under this FCC ID are approved only for U.S. operations.


EAS Grant - Application EJhsDNsgRAtsibAG5cMKGw==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION		 COPY
Certification

Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St, Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong 		  Date of Grant: 02/01/2024

Application Dated: 02/01/2024
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: PCS Licensed Transmitter held to ear
Notes: 5G Smart Phone
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
22H 824.2  -  848.8 0.451 0E-10  PM 246KGXW
22H 824.2  -  848.8 0.104 0E-10  PM 253KG7W
24E 1850.2  -  1909.8 0.875 0E-10  PM 243KGXW
24E 1850.2  -  1909.8 0.207 0E-10  PM 248KG7W
24E 1852.4  -  1907.6 0.101 0E-10  PM 4M16F9W
27 1712.4  -  1752.6 0.13 0E-10  PM 4M17F9W
22H 826.4  -  846.6 0.054 0E-10  PM 4M18F9W
24E 1860.0  -  1900.0 0.093 2.5  PM 18M0G7W
24E 1860.0  -  1900.0 0.074 2.5  PM 18M0D7W
24E 1852.5  -  1907.5 0.094 2.5  PM 4M49G7W
24E 1852.5  -  1907.5 0.076 2.5  PM 4M48D7W
27 1720.0  -  1745.0 0.117 2.5  PM 18M0G7W
27 1720.0  -  1745.0 0.095 2.5  PM 18M0D7W
27 1712.5  -  1752.5 0.121 2.5  PM 4M50G7W
27 1715.0  -  1750.0 0.096 2.5  PM 8M98D7W
22H 829.0  -  844.0 0.049 2.5  PM 9M00G7W
22H 829.0  -  844.0 0.041 2.5  PM 9M00D7W
22H 826.5  -  846.5 0.051 2.5  PM 4M50G7W
27 2510.0  -  2560.0 0.064 2.5  PM 18M0G7W
27 2510.0  -  2560.0 0.05 2.5  PM 18M0D7W
27 2502.5  -  2567.5 0.065 2.5  PM 4M50G7W
27 2502.5  -  2567.5 0.053 2.5  PM 4M50D7W
27 704.0  -  711.0 0.062 2.5  PM 8M95G7W
27 704.0  -  711.0 0.051 2.5  PM 8M95D7W
27 701.5  -  713.5 0.064 2.5  PM 4M48G7W
27 709.0  -  711.0 0.016 2.5  PM 8M96G7W
27 709.0  -  711.0 0.017 2.5  PM 8M96D7W
27 706.5  -  713.5 0.017 2.5  PM 4M49G7W
24E 1860.0  -  1905.0 0.096 2.5  PM 18M0G7W
24E 1860.0  -  1905.0 0.078 2.5  PM 18M0D7W
24E 1852.5  -  1912.5 0.096 2.5  PM 4M48G7W
24E 1850.7  -  1914.3 0.078 2.5  PM 1M08D7W
22H 831.5  -  841.5 0.033 2.5  PM 13M5G7W
22H 831.5  -  841.5 0.035 2.5  PM 13M5D7W
22H 826.5  -  846.5 0.033 2.5  PM 4M49G7W
22H 829.0  -  844.0 0.035 2.5  PM 8M99D7W
90 819.0  -  819.0 0.01 2.5  PM 8M98G7W
90 819.0  -  819.0 0.01 2.5  PM 8M98D7W
27 2506.0  -  2680.0 0.254 2.5  PM 18M2G7W
27 2506.0  -  2680.0 0.201 2.5  PM 18M2D7W
27 2503.5  -  2682.5 0.262 2.5  PM 13M6G7W
27 2498.5  -  2687.5 0.212 2.5  PM 4M48G7W
27 1720.0  -  1770.0 0.126 2.5  PM 18M0G7W
27 1720.0  -  1770.0 0.099 2.5  PM 18M0D7W
27 1712.5  -  1777.5 0.104 2.5  PM 4M48D7W
27 673.0  -  688.0 0.093 2.5  PM 18M0G7W
27 673.0  -  688.0 0.077 2.5  PM 18M0D7W
27 665.5  -  695.5 0.094 2.5  PM 4M49G7W
27 670.5  -  690.5 0.075 2.5  PM 13M4D7W
24D 1860.0  -  1900.0 0.146 2.5  PM 17M9G7W
24D 1860.0  -  1900.0 0.145 2.5  PM 19M0G7W
24D 1860.0  -  1900.0 0.093 2.5  PM 18M9D7W
24D 1852.5  -  1907.5 0.151 2.5  PM 4M48G7W
24D 1852.5  -  1907.5 0.148 2.5  PM 4M48G7W
24D 1852.5  -  1907.5 0.097 2.5  PM 4M48D7W
22H 834.0  -  839.0 0.103 2.5  PM 17M9G7W
22H 834.0  -  839.0 0.104 2.5  PM 18M9G7W
22H 834.0  -  839.0 0.062 2.5  PM 18M9D7W
22H 826.5  -  846.5 0.107 2.5  PM 4M48G7W
22H 826.5  -  846.5 0.108 2.5  PM 4M48G7W
22H 826.5  -  846.5 0.066 2.5  PM 4M48D7W
27 2510.0  -  2560.0 0.111 2.5  PM 17M9G7W
27 2510.0  -  2560.0 0.11 2.5  PM 18M9G7W
27 2510.0  -  2560.0 0.058 2.5  PM 18M9D7W
27 2502.5  -  2567.5 0.112 2.5  PM 4M48G7W
27 2502.5  -  2567.5 0.123 2.5  PM 4M49G7W
27 2502.5  -  2567.5 0.069 2.5  PM 4M49D7W
24D 1860.0  -  1905.0 0.131 2.5  PM 17M9G7W
24D 1860.0  -  1905.0 0.133 2.5  PM 17M9G7W
24D 1860.0  -  1905.0 0.08 2.5  PM 17M9D7W
24D 1852.5  -  1912.5 0.132 2.5  PM 4M47G7W
24D 1855.0  -  1910.0 0.123 2.5  PM 8M96G7W
27 2546.01  -  2640.0 0.385 2.5  PM 96M4G7W
27 2546.01  -  2640.0 0.385 2.5  PM 96M3G7W
27 2546.01  -  2640.0 0.145 2.5  PM 96M3D7W
27 2511.0  -  2674.98 0.382 2.5  PM 26M8G7W
27 2511.0  -  2674.98 0.385 2.5  PM 26M8G7W
27 2503.5  -  2682.48 0.199 2.5  PM 13M0D7W
27 1730.0  -  1760.0 0.162 2.5  PM 38M6G7W
27 1730.0  -  1760.0 0.165 2.5  PM 38M6G7W
27 1730.0  -  1760.0 0.134 2.5  PM 38M6D7W
27 1712.5  -  1777.5 0.172 2.5  PM 4M47G7W
27 1712.5  -  1777.5 0.175 2.5  PM 4M47G7W
27 1725.0  -  1765.0 0.122 2.5  PM 28M5D7W
27 673.0  -  688.0 0.095 2.5  PM 17M9G7W
27 673.0  -  688.0 0.051 2.5  PM 17M9D7W
27 670.5  -  690.5 0.095 2.5  PM 13M4G7W
27 665.5  -  695.5 0.056 2.5  PM 4M47D7W
27 3500.0  -  3500.0 0.229 2.5  PM 86M7D7W
27 3500.0  -  3500.0 0.204 2.5  PM 96M0G7W
27 3500.0  -  3500.0 0.204 2.5  PM 95M8G7W
27 3485.0  -  3515.0 0.287 2.5  PM 64M3G7W
27 3455.0  -  3545.0 0.28 2.5  PM 8M62G7W
27 3750.0  -  3930.0 0.426 2.5  PM 96M7G7W
27 3750.0  -  3930.0 0.29 2.5  PM 96M2G7W
27 3750.0  -  3930.0 0.16 2.5  PM 96M2D7W
27 3705.0  -  3975.0 0.348 2.5  PM 8M60G7W
27 3705.0  -  3975.0 0.347 2.5  PM 8M61G7W
27 3705.0  -  3975.0 0.164 2.5  PM 8M60D7W

Output power listed is ERP for operations below 1 GHz, EIRP for operations above 1 GHz and conducted power for Part 90S (814-824 MHz).

This device supports the following LTE bands and channel bandwidths: 1.4/3/5/10/15/20 MHz in Band 2, Band 4, Band 25 and Band 66; 1.4/3/5/10/15 MHz in Band 26; 1.4/3/5/10 MHz in Band 5 and Band 12; 5/10/15/20 MHz in Band 7; Band 41 and Band 71; 5/10 MHz in Band 13.

This device supports the following 5GNR bands and channel bandwidths: 5/10/15/20 MHz in Band n2, n5, n25 and n71; 5/10/15/20/25/30/40 in Band n66; 5/10/15/20/25/30/40/50 in Band n7; 10/15/20/25/30/40/50/60/70/80/90/100 MHz in Bands n41 and n77 (3.5 and 3.7 GHz sub-bands). For LTE / 5GNR the line entries are the highest measured total power and widest bandwidth within each band for each emissions designator (G7W for QPSK, D7W for QAM) for single carrier LTE / 5GNR operations within each band.

The highest reported SAR values for head, body-worn, product specific (hotspot), simultaneous transmission and extremity exposure (10g) conditions are: 1.14 W/kg, 1.19 W/kg, 1.19 W/kg, 1.57 W/kg and 1.79 W/kg (10g) respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance. This device contains functions that are not operational in U.S. Territories; filings under this FCC ID are approved only for U.S. operations.



TCB Grant - Application 0i3/fgoZD5pBVHXXtGFA0A==

Mail To:
TCB GRANT OF EQUIPMENT
AUTHORIZATION		 TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  UL Verification Services Inc.
47173 Benicia Street
Fremont, CA 94538
 Date of Grant: 02/01/2024

Application Dated: 02/01/2024
Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St,
Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Digital Transmission System
Notes: 5G Smart Phone
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 2402.0  -  2480.0 0.002  
CC MO 15C 2412.0  -  2462.0 0.067  

Output power listed is conducted. This device supports 2x2 MIMO operations and bandwidths up to 40MHz for 802.11. The highest reported SAR values for head, body-worn, product specific (hotspot) and simultaneous transmission exposure conditions are 0.79 W/kg, 0.48 W/kg, 0.48 W/kg and 1.57 W/kg respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.

CC: This device is certified pursuant to two different Part 15 rules sections.
MO: This Multiple Input Multiple Output (MIMO) device was evaluated for multiple transmitted signals as indicated in the filing.

EAS Grant - Application 0i3/fgoZD5pBVHXXtGFA0A==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION		 COPY
Certification

Sun Cupid Technology (HK) Ltd.
16/F, CEO Tower, 77 Wing Hong St, Cheung Sha Wan, Kowloon
Hong Kong,
Hong Kong 		  Date of Grant: 02/01/2024

Application Dated: 02/01/2024
 
Attention: Danny Sit

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  2ADINS6702X
Name of Grantee:  Sun Cupid Technology (HK) Ltd.
Equipment Class: Digital Transmission System
Notes: 5G Smart Phone
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
CC 15C 2402.0  -  2480.0 0.002  
CC MO 15C 2412.0  -  2462.0 0.067  

Output power listed is conducted. This device supports 2x2 MIMO operations and bandwidths up to 40MHz for 802.11. The highest reported SAR values for head, body-worn, product specific (hotspot) and simultaneous transmission exposure conditions are 0.79 W/kg, 0.48 W/kg, 0.48 W/kg and 1.57 W/kg respectively. To satisfy FCC RF exposure compliance requirements, body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10 mm separation between the device and the user's body. End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.


CC: This device is certified pursuant to two different Part 15 rules sections.
MO: This Multiple Input Multiple Output (MIMO) device was evaluated for multiple transmitted signals as indicated in the filing.

Mail To: