1. FCC ID
  2. W6U
  3. W6UNLRFM23

FCC ID W6UNLRFM23

nGENESIS

by SOLiD, Inc.

Grantee Code: W6U   Product Code: NLRFM23
Latest application date: 2026-03-11

FCC ID Device Details

FCC IDW6UNLRFM23
Mirrorsfcc.id | gov | fccid.ai
Grantee CodeW6U
Product CodeNLRFM23
Applicant BusinessSOLiD, Inc. 🇰🇷
Related Domains solid.co.kr solid.com
Equipment ClassnGENESIS
Test FirmUL Korea, Ltd.

Operating Frequencies

Frequency RangeApplication PurposeFinal Action Date
2350-2360 MHzOriginal Equipment2026-03-11

Exhibits

DocumentTypeAvailableFile
STC_SOLiD GENESIS Operation Manual_r2_1Users Manual2026-09-07PDF 5.9 MB
STC_SOLiD GENESIS Operation Manual_r2_2Users Manual2026-09-07PDF 5 MB
STC_SOLiD GENESIS Operation Manual_r2_3Users Manual2026-09-07PDF 3.8 MB
STC_[nLRFM_23]_Internal photosInternal Photos2026-09-07PDF 386.8 KB
STC_[nLRFM_23]_External photosExternal Photos2026-09-07PDF 593.7 KB
[nLRFM_23]_label location_r2ID Label/Location Info2026-03-11PDF 582.1 KB
STC_[nLRFM_23]_Test setup photosTest Setup Photos2026-09-07PDF 2 MB
U-4792013068-FR5V3_FCC Report_nLRFM_23_1Test Report2026-03-11PDF 5.8 MB
U-4792013068-FR5V3_FCC Report_nLRFM_23_2Test Report2026-03-11PDF 4.8 MB
[nLRFM_23]_FCC 2.911[d][5] AttestationAttestation Statements2026-03-11PDF 99 KB
[nLRFM_23]_FCC Agent for service Attestation from Agent_rAttestation Statements2026-03-11PDF 103.1 KB
[nLRFM_23]_FCC Agent for service Attestation from Applicant_rAttestation Statements2026-03-11PDF 105.1 KB
[nLRFM_23]_KDB 935210 D02 section IV. [d] and V. [g]Attestation Statements2026-03-11PDF 95 KB
[nLRFM_23]_Agent Authorization LetterCover Letter(s)2026-03-11PDF 94.4 KB
[nLRFM_23]_FCC Request for Confidentiality LetterCover Letter(s)2026-03-11PDF 127.8 KB
[nLRFM_23]_MPE_rRF Exposure Info2026-03-11PDF 83.2 KB
confidential_[nLRFM_23]_Block Diagram_r Metadata onlyBlock DiagramPDF 51.1 KB
confidential_[nLRFM_23]_Schematics Metadata onlySchematicsPDF 398.2 KB
confidential_[nLRFM_23]_Operational description_r Metadata onlyOperational DescriptionPDF 296.6 KB
confidential_[nLRFM_23]_Part Location Metadata onlyParts List/Tune Up InfoPDF 113.8 KB
confidential_[nLRFM_23]_Part list Metadata onlyParts List/Tune Up InfoPDF 313.6 KB
confidential_[nLRFM_23]_tune-up info Metadata onlyParts List/Tune Up InfoPDF 89.2 KB

Application Information

Application IDducQ3cH/CKgqHclROkj+mA==
Final Action Date2026-03-11
Application PurposeOriginal Equipment
Applicant FRN0018550988
ModelNLRFM23
Frequency Range2350-2360 MHz
Equipment ClassB2I - Part 20 Industrial Booster (CMRS)
Device DescriptionnGENESIS
Responsible PartyYong Chul Kim, yckim@solid.co.kr , +82-31-627-6292
Technical ContactJungi Shin, UL Korea, Ltd., Jungi.Shin@ul.com , 01034401637
Non-Technical ContactRyan Oliveira, Solid Gear, Inc., ryan.oliveira@solid.com
Test FirmJunwhan Lee, UL Korea, Ltd., Junwhan.Lee@ul.com , 82313379902
TCB EmailLST.FRE.CertNotice@ul.com
TCB ScopeB1: Commercial mobile radio services equipment in the following 47 CFR Parts 20, 22 (cellular), 24,25 (below 3 GHz) & 27
Short-Term ConfidentialityYes
Long-Term ConfidentialityYes
Modular EquipmentDoes not apply
Composite DeviceNo
Cognitive RadioNo
Authorization WaiverNo
Authorization Waiver ApprovedNo
Section 5301 CertificationYes
Related OET Knowledge DataBase InquiryNo

Applications

Application IDDatePurpose
ducQ3cH/CKgqHclROkj+mA==2026-03-11Original Equipment

Equipment Authorization

FrequencyOutputToleranceEmissionRules
2350-2360 MHz0.14AmpG7W27
2350-2360 MHz0.14AmpD7W27

Grants

TCB Grant - Application ducQ3cH/CKgqHclROkj+mA==

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: 03/11/2026

Application Dated: 03/05/2026
SOLiD, Inc.
10,9th Floor, SOLiD Space, Pangyoyeok-ro 220,
Bundang-gu,
Seongnam-si, Gyeonggi-do, 463-400
South Korea
 
Attention: Yong Chul Kim , Team Manager

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:  W6UNLRFM23
Name of Grantee:  SOLiD, Inc.
Equipment Class: Part 20 Industrial Booster (CMRS)
Notes: nGENESIS
Grant Notes  FCC Rule Parts Frequency
Range (MHZ) 		Output
Watts 		Frequency
Tolerance 		Emission
Designator
27 2350.0  -  2360.0 0.14  Amp G7W
27 2350.0  -  2360.0 0.14  Amp D7W

In-Building DAS Booster. Output power is conducted. Device supports LTE and 5GNR. This transmitter operates as a remote unit as part of a system along with base station interface unit as described in this filing, and excluding any other devices connected to the (uplink) transmit output terminal of the base station interface unit. This application covers only the system configuration with base interface unit connected to a base station RF port in the uplink transmit path; operations of this remote unit if any in a system with base interface unit connected to antenna or amplifier for uplink transmissions require separate equipment authorization. This device is authorized to operate only as part of a distributed-antenna booster system installed in buildings. This filing has compliance demonstration information and test data only for SISO (single-input single-output) booster system configurations; additional equipment authorization is required to allow this device to be used in MIMO (multiple-input multiple-output) industrial booster systems. The single unit RF Exposure compliance for the device using an 17 dBi antenna above 1GHz requires a minimum separation distance between person and the antenna of 45cm and an 5.5 dBi internal antenna connection above 1GHz requires a minimum separation distance between person and the antenna of 20cm. Users and installers must be provided with appropriate antenna installation instructions and transmitter operating conditions, including antenna co-location requirements of Sec. 1.1307(b)(3), for satisfying RF exposure compliance. RF exposure will be addressed at time of installation, and the use of higher gain antennas may require larger separation distances.