2BAH4WILDFIR-14The Silvanet Wildfire Sensor is designed to detect forest fires during the early stages and to monitor the microclimate.

Dryad Networks GmbH

The Silvanet Wildfire Sensor is designed to detect forest fires during the early stages and to monitor the microclimate. - FCC ID 2BAH4WILDFIR-14 - Dryad Networks GmbH

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Application Details

Equipment Class: DSS - Part 15 Spread Spectrum Transmitter
Date of Grant: Dec 21, 2023
Application Purpose: Original Equipment
Date of Application: Dec 21, 2023
Equipment Note: The Silvanet Wildfire Sensor is designed to detect forest fires during the early stages and to monitor the microclimate.
Frequency Range: 902.00000000 - 928.00000000
Company: Dryad Networks GmbH
Country: Germany

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

SILVANET USER GUIDE DECEMBER 20, 2023 Silvanet User Guide Page 2 Copyright © 2023, Dryad Networks GmbH, Eisenbahnstr. 37, 16225 Eberswalde, Germany. All rights reserved. Information in this document is subject to change without notice and describes the product defined in the introduction of this document. This documentation is for the user of Dryad Networks GmbH customers only for the purposes of the agreement under which the document is submitted, and no part of this document may be used, reproduced, modified, or transmitted in any form without the prior written permission of Dryad Networks. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Dryad Networks welcomes customer feedback as part of the process of continuous improvement of the documentation. Dryad Networks will not be responsible for errors in this document or for any damages arising from the user of this document or the information contained therein. Document Number: 3.1-1100-2.4 Document Revision Number: 3.1 Document Status: Released Issue Date; December 20, 2023 Silvanet User Guide Page 3 Table of Contents Getting Started with Silvanet .................................................................................................. 12 Warning and Declarations ........................................................................................................ 14 Corded and Wireless- North America .............................................................................. 14 Avertissement et déclarations ................................................................................................. 17 Quick start ...................................................................................................................................... 20 Requirements ............................................................................................................................ 20 Deployment steps summary ................................................................................................ 20 Access Site Management app ............................................................................................. 20 Open a Site ................................................................................................................................ 21 Build a Deployment Packet .................................................................................................. 21 Add a new Packet ............................................................................................................... 22 Add Border Gateway to a Packet ................................................................................... 23 Add sensors to the Packet ................................................................................................ 24 Add Mesh Gateways to a Packet ................................................................................... 25 Place devices at planned locations ................................................................................ 26 Place the Border Gateway(s) ...................................................................................... 27 Place the sensors ............................................................................................................ 27 Place the Mesh Gateways ............................................................................................ 27 Save the Packet ................................................................................................................... 28 Assign Packet to a user ..................................................................................................... 28 Deploy devices ......................................................................................................................... 28 Device IDs .............................................................................................................................. 29 Deploy the sensors ............................................................................................................. 29 Register the deployment location .............................................................................. 29 Install the sensor on a tree .......................................................................................... 30 Deploy the Border Gateway ............................................................................................ 31 Deploy the Mesh Gateways ............................................................................................. 31 Test the deployment .............................................................................................................. 31 Silvanet Suite ................................................................................................................................ 33 Silvanet User Guide Page 4 Silvanet Wildfire Sensor ....................................................................................................... 33 Key features .......................................................................................................................... 34 Dimensions and weight ..................................................................................................... 35 Sensor range ......................................................................................................................... 35 BME688 gas sensor ............................................................................................................ 36 Environmental detection ............................................................................................... 36 Measurement conditions ............................................................................................... 36 Power consumption ...........................................................................................................…

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Attestation Statements

Hualing Dong, President June 29, 2023

Attestation Statements

DryadNetworksGmbH Eisenbahnstr.37 16225Eberswalde Germany 22ndSeptember2023 DryadNetworksGmbH•Eisenbahnstr.37•16225Eberswalde•Germany FederalCommunicationCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD21046 USA AttestationStatementaccordingto2.911(d)(5)(i)and2.911(d)(5)(ii) FCCID:2BAH4WILDFIR-14 TOWHOMITMAYCONCERN: Herebywecertifythattheequipmentforwhichauthorizationissoughtisnot“covered”equipment prohibitedfromreceivinganequipmentauthorizationpursuanttosection2.903oftheFCCrules. Furtherwecertifythat,asofthedateofthefilingoftheapplication,DryadNetworksGmbHisnot identifiedontheCoveredListasanentityproducing“covered”equipment. Sincerely, _______________ (signature&companystamp) DryadNetworksGmbH FRN-033495649 Eisenbahnstr.37, 16225,Eberswalde, Germany CarsternBrinkschulte +4916095498178 [email protected] DryadNetworksGmbHAddress:Eisenbahnstr.37,16225Eberswalde,Germany Email:[email protected]:CarstenBrinkschulte Mobile:+49(160)95498178CompanyNo:18343FF Web:https://www.dryad.netRegisterOffice:AmtsgerichtFrankfurt(Oder)

Cover Letter(s)

CONFIDENTIALITYREQUEST forCertificationServiceinUSA FederalCommunicationCommission EquipmentAuthorizationDivision,ApplicationProcessingBranch 7435OaklandMillsRoad Columbia,MD21048 TOWHOMITMAYCONCERN PursuanttoParagraphs§0.457and0.459oftheCommission’sRules(47C.F.R.)and Section§552(b)(4)oftheFreedomofInformationAct,werequestsconfidentialityforthe followingproducts: FCCID:2BAH4WILDFIR-14Modelname:WILDFIR-14 Fortheproductstatedabove,werequestthatthefollowinginformationbeheld confidential; Exhibits Long-Term Confidentiality Short-Term Confidentiality ExternalPhotos ☐ InternalPhotos BlockDiagram ☒ Schematics ☒ TestSetupPhotos ☐ User’sManual ☐ PartsList TuneUp ☐☐ OperationalDescription ☐ Thelong-termconfidentialityexhibitscontainourtradesecretsandproprietary informationthatcouldbeofbenefittoourcompetitors. Theshort-termconfidentialityonthebasisofensuringthatbusinesssensitive informationremainsconfidentialuntiltheactualmarketingofournewdevice,whichis plannedfor20/02/2024 ☒ ☒ ☐ ☐ ☒ ☒ ☐ ☐ ☒ ☒ 20/12/2023 Ifyouhaveanyquestions,pleasefeelfreetocontactmeattheaddressshownbelow. Sincerely, (Signed) Name/Title:CarstenBrinkschulte Company:DryadNetworksGmbH Address:Eisenbahnstr.37,16225Eberswalde Phone:+49160-95498178 Fax:4933343939002 E-Mail:[email protected]

External Photos

ID Label/Location Info

Silvanet Wildfire Sensor wf-2-302-22d08d46-9310-4a0a-9b WILDFIR-14 2BAH4WILDFIR-14 30127-WILDFIR14 Dryad Networks GmbH Eisenbahnstr. 37 16225 Eberswalde, Germany www.dryad.net Made in Germany Type: Serial: Model: FCC ID: IC: IP67 C M Y CM MY CY CMY K Silvanet_Wildire_Sensor_Label_BW_V2.pdf 1 04.08.23 16:58

RF Exposure Info

MPE exemption letter 23-1-0069401T002a TR23_1_0069401T002a 1 / 2 MPE exemption letter according Interim procedure KDB 447498 D04 Customer Product Model Type HW Status SW status FCC ID Dryad Networks GmbH Eisenbahnstr. 37 16225 Eberswalde Germany Wildfire Sensor WILDFIR-14 SILVANET WILDFIRE SENSOR WILDFIR-14 1.5.0 2BAH4WILDFIR-14 Declared minimum distance to human body according to customer ≥ 100 cm according customer’s document “MPE Information Requirements_v2”. The customer thus declares that the device is not body-worn. RF Exposure Test Exemptions for Single Source According 1.1307(b)(3)(i)(C) Option C – ERP frequencies above 300 kHz but at distances R > λ/2π can be exempted as follows: Calculation based on external document “MPE Information Requirements_v2” provided by customer. MPE exemption letter 23-1-0069401T002a TR23_1_0069401T002a 2 / 2 Standalone Transmission Simultaneous Transmission The customer declares that the device is not able to transmit simultaneously. Conclusion: MPE-Based Exemption fulfilled ________________________________________ ______________________________________ B.Eng. Martin Nunier Dipl.-Ing. Ninovic Perez Version Applied changes Date of release -- Initial release 2023-Aug-18 BandTechnology Frequency (MHz) λ/2π (m) R (m) R ≥ λ/2π fulfilled Maximum Rated Conducted Output Power (dBm) Maximum Tolerance (dBm) Minimum Path Loss to Antenna connector (dB) Minimum Path Loss in Antenna cable (dB) Maximum Antenna Gain (dBi) Duty cycle (%) EIRP (dBm) ERP (dBm) ERP (W) Threshold ERP (W) MPE Exemption fulfilled 902.30.0531.000yes2.417.915.80.03811.549yes 914.90.0521.000yes2.518.015.90.03811.711yes 927.50.0511.000yes2.618.116.00.03911.872yes Exemption acc. TABLE 1 TO § 1.1307(b)(3)(i)(C)—SINGLE RF SOURCES SUBJECT TO ROUTINE ENVIRONMENTAL EVALUATION 902 MHz to 928 MHz LoRa14.01.50.00.0100.0

Test Report

Test Report22-1-0126501T009a Number of pages: 35 Date of Report: 2023-Dec-20 Testing company: cetecom advanced GmbH Untertuerkheimer Str. 6-10 66117 Saarbruecken GERMANY Applicant: Dryad Networks GmbH Product: Wildfire Sensor Model: WILDFIR-14 FCC ID: 2BAH4WILDFIR-14 IC: 30127-WILDFIR14 Testing has been carried out in accordance with: Title 47 CFR, Chapter I FCC Regulations, Subchapter A Subpart C: § 15.247 Operation within the bands 902–928 MHz, 2400–2483.5 MHz, and 5725– 5850 MHz ISED-Regulations Radio Standards Specification RSS-Gen, Issue 5 General Requirements for Compliance of Radio Apparatus RSS-247, Issue 3 Digital Transmission Systems (DTSs), Frequency Hopping Systems (FHSs) and Licence-Exempt Local Area Network (LE-LAN) Device Deviations, modifications or clarifications (if any) to above mentioned documents are written in each section under "Test method and limit". Tested Technology: 915 MHz LoRa Test Results: ☒ The EUT complies with the requirements in respect of selected parameters subject to the test. The test results relate only to devices specified in this document Signatures: B.Eng. Martin Nunier Timo Franke Lab Manager Test Manager Authorization of test report Responsible of test report Test Report 22-1-0126501T009a TR22-1-0126501T009a 2 / 35 Table of Contents Table of Annex .................................................................................................................................................................................. 3 1General information ................................................................................................................................................................ 4 1.1Disclaimer and Notes ......................................................................................................................................................... 4 1.2Attestation ......................................................................................................................................................................... 4 1.3Summary of Test Results ................................................................................................................................................... 5 1.4Summary of Test Methods ................................................................................................................................................ 6 2Administrative Data ................................................................................................................................................................. 7 2.1Identification of the Testing Laboratory ............................................................................................................................ 7 2.2General limits for environmental conditions ..................................................................................................................... 7 2.3Test Laboratories sub-contracted ...................................................................................................................................... 7 2.4Organizational Items ......................................................................................................................................................... 7 2.5Applicant’s details ............................................................................................................................................................. 7 2.6Manufacturer’s details ...................................................................................................................................................... 7 2.7Equipment under Test (EUT) ............................................................................................................................................. 8 2.8Untested Variant (VAR) ..................................................................................................................................................... 8 2.9Auxiliary Equipment (AE) ................................................................................................................................................... 8 2.10Connected cables (CAB)..................................................................................................................................................... 8 2.11Software (SW).................................................................................................................................................................... 8 2.12EUT set-ups ........................................................................................................................................................................ 8 2.13EUT operation modes ........................................................................................................................................................ 9 3Equipment under test (EUT) .................................................................................................................................................. 10 3.1General Data of Main EUT as Declared by Applicant ....................................................................................................... 10 3.2Detailed Technical data of Main EUT as Declared by Applicant ...................................................................................... 10 3.3Modifications on Test sample ......................................................................................................................................... 10 4Measurements....................................................................................................................................................................... 11 4.1Occupied Channel Bandwidth 99% .................................................................................................................................. 11 4.2Minimum Emission Bandwidth 6 dB / 20 dB ................................................…

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Test Report

The test results relate only to the individual items which have been tested. This report shall not be reproduced in parts without the written approval of the testing laboratory © Copyright: All rights reserved by cetecom advanced GmbH Annex 1: Measurement diagrams 22-1-0126501T009a-A1 Number of pages: 75 Date of Report: 2023-Dec-20 Testing company: cetecom advanced GmbH Untertuerkheimer Str. 6-10 66117 Saarbruecken GERMANY Applicant: Dryad Networks GmbH Product: Wildfire Sensor Model: WILDFIR-14 FCC ID: 2BAH4WILDFIR-14 IC: 30127-WILDFIR14 Testing has been carried out in accordance with: Title 47 CFR, Chapter I FCC Regulations, Subchapter A Subpart C: § 15.247 Operation within the bands 902–928 MHz, 2400–2483.5 MHz, and 5725– 5850 MHz ISED-Regulations Radio Standards Specification RSS-Gen, Issue 5 General Requirements for Compliance of Radio Apparatus RSS-247, Issue 3 Digital Transmission Systems (DTSs), Frequency Hopping Systems (FHSs) and Licence-Exempt Local Area Network (LE-LAN) Device Deviations, modifications or clarifications (if any) to above mentioned documents are written in each section under "Test method and limit". 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 2 / 75 Measurement diagrams Occupied Channel Bandwidth 99% D01_001_DTS_99OBW_ChLow_OP182 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 3 / 75 D01_002_DTS_99OBW_ChMid_OP165 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 4 / 75 D01_003_DTS_99OBW_ChHigh_OP163 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 5 / 75 D05_001_FHSS_99OBW_ChLow_OP278 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 6 / 75 D05_002_FHSS_99OBW_ChMid_OP232 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 7 / 75 D05_003_FHSS_99OBW_ChHigh_OP292 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 8 / 75 Minimum Emission Bandwidth 6 dB / 20 dB D01_004_DTS_6dB-BW_ChLow_OP188 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 9 / 75 D01_005_DTS_6dB-BW_ChMid_OP190 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 10 / 75 D01_006_DTS_6dB-BW_ChHigh_OP141 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 11 / 75 D05_004_FHSS_20dB-BW_ChLow_OP27 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 12 / 75 D05_005_FHSS_20dB-BW_ChMid_OP278 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 13 / 75 D05_006_FHSS_20dB-BW_ChHigh_OP219 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 14 / 75 Peak output power (Sweep) D02_001_DTS_PWR_ChLow_OP133 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 15 / 75 D02_002_DTS_PWR_ChMid_OP11 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 16 / 75 D02_003_DTS_PWR_ChHigh_OP121 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 17 / 75 D09_001_FHSS_PWR_ChLow_OP234 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 18 / 75 D09_002_FHSS_PWR_ChMid_OP234 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 19 / 75 D09_003_FHSS_PWR_ChHigh_OP257 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 20 / 75 Power spectral density D03_001_DTS_PSD_ChLow_OP11 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 21 / 75 D03_002_DTS_PSD_ChMid_OP168 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 22 / 75 D03_003_DTS_PSD_Fhigh_OP182 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 23 / 75 Conducted Band-Edge emissions D04_000_DTS_BE_ChLow_OP129 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 24 / 75 D04_999_DTS_BE_ChHigh_OP133 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 25 / 75 D10_000_FHSS_BE_ChLow_OP245 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 26 / 75 D10_999_FHSS_PK-BE_ChHigh_OP224 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 27 / 75 D10_111_FHSS_PK-BE_Hopping_OP224 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 28 / 75 Emissions in non-restricted frequency bands D04_101_DTS_CSE_ref_ChLow_OP162 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 29 / 75 D04_102_DTS_CSE_ChLow_OP163 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 30 / 75 D04_201_DTS_CSE_ref_ChMid_OP163 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 31 / 75 D04_202_DTS_CSE_ChMid_OP156 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 32 / 75 D04_301_DTS_CSE_ref_ChHigh_OP111 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 33 / 75 D04_302_DTS_CSE_ChHigh_OP198 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 34 / 75 D10_101_FHSS_CSE_ref_ChLow_OP262 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 35 / 75 D10_102_FHSS_CSE_ChLow_OP224 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 36 / 75 D10_201_FHSS_PK-CSE_ref_ChMid_OP241 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 37 / 75 D10_202_FHSS_CSE_ChMid_OP2 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 38 / 75 D10_301_FHSS_CSE_ref_ChHigh_OP2 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 39 / 75 D10_302_FHSS_CSE_ChHigh_OP2 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 40 / 75 Carrier Frequency Separation D06_001_FHSS_FreqSep_OP3 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 41 / 75 Number of Hopping Channels D07_001_#Hopps_Peak_list_OP3 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 42 / 75 Time of Occupancy D08_001_DwellTime_10s_OP3 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 43 / 75 D08_002_DwellTime_20s_OP3 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 44 / 75 Radiated field strength emissions below 30 MHz 2.01a_RSE_Op1_chLow_standing Common Information Test description: Magnetic Field Strength Measurement related to 30/300 m distance Test Site Location: Ref.-Nr. 441 Semi Anechoic Chamber (SAC1) with 3 m measurement distance Version of Testsoftware: EMC32 V10.50.0 Distance correction: used accord. table, pls. see test report Technical Data: Please see page 2 for detailed data of measurement setup Rec. antenna (pre-scan): height 1.00 m, parallel and 90° to EUT polarisation Used filter: bypass Test Standard: FCC 15.205 § 15.209; RSS-Gen: Issue 5 Operator: Maa Operating Mode: mode 1 | DTS Environmental Conditions: Humidity : 40% rH; Temperature: 20 °C EUT Setup: 1 Verdict: Passed EUT Information PMT number: 22-1-01265S34_C01 Power supply: Battery AA -40 -20 0 20 40 60 9k20 3050100k200 300 5001M2M 3M5M10M20 30M L e v e l i n d B μ V / m Frequency in Hz Full Spectrum FCC15.209_Magnetic_Field 17,480 kHz -23,404 dBμV/m 34,840 kHz -32,215 dBμV/m 27,210000 MHz 20,490 dBμV/m 22-1-0126501T009a-A1 TR22-1-0126501T009a-A1 45 / 75 2.01b_R…

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Test Report

Dryad Networks #2227 –LORA sensor and gateways Passive measurements and Tuning -Sensor 14/10/22, Updated 27/04/2023 Olli Talvitie, Matti Lahdenperä, Mikko Leino CONFIDENTIAL Summary 14.10.2022WIRELESS PERFORMANCE MATTERS2 •Sensor prototype with new RF-layout has been measured, and the antenna has been matched. •New matching components are suggested. •The antenna matching and efficiency with the new layout is really good. •Clear improvement compared to the previous layout version can be seen in the total efficiency results. •There have been problems with active testing •The CW-modes of the Sensors are not staying on and different output powers have been recorded from different Sensor prototypes. •It is not clear where the issue is: software or hardware. CONFIDENTIAL Project target/specification 14.10.2022WIRELESS PERFORMANCE MATTERS3 •Dryad Networks Sensor is set to operate in 868 MHz and 915 MHz LORA bands. •High efficiency is required from the Sensor, since it will be placed on a tree, which will decrease its performance. CONFIDENTIAL PassiveMeasurementSetup 14.10.2022WIRELESS PERFORMANCE MATTERS4 •Passive (efficiency & gain) measurements are done at anechoic antenna chamber at Radientum premises in Tampere. •Chamber size is 3x3x5m CONFIDENTIAL S11 MeasurementSetup 14.10.2022WIRELESS PERFORMANCE MATTERS5 •Antenna tuning (S11) was measured with VNA •Measurements were done at free space Cable soldering point Removed for passive measurements CONFIDENTIAL Proposed matching circuit 14.10.2022WIRELESS PERFORMANCE MATTERS6 1,8 pF 15 nH RF Antenna Measured matching circuit •1,8 pF: Murata GJM1555C1H1R8CB01 •15 nH: Murata LQW15AN15NJ00 Suggested component series: •Capacitors: Murata GJM15 •Inductors: Murata LQW15AN_00 CONFIDENTIAL DryadSensorMatching-Potted 14.10.2022WIRELESS PERFORMANCE MATTERS7 LORA bands The proposed matching network provides extremely good matching for the required LORA bands. The measurements have been done, when the Sensor is potted. CONFIDENTIAL DryadSensorTot. Efficiency-Potted 14.10.2022WIRELESS PERFORMANCE MATTERS8 LORA bands The measured total efficiency of the Sensor antenna is extremely high and reflects the matching result. There is clear improvement of around 1 dB from the previous Sensor- version. The measurements have been done in free space (no wood behind the Sensor in anechoic chamber), when the Sensor is potted. CONFIDENTIAL DryadSensorGain-Potted 27.4.2023WIRELESS PERFORMANCE MATTERS9 Measured gain results are in-line with the efficiency results, and the antenna realized gain is above 2dBi in the LoRa-bands. The radiation pattern is typical dipole pattern. LORA bands 870 MHz 915 MHz x z y

Test Setup Photos

Contact Information

Applicant

Marcus Liu(Senior Certification Engineer)

[email protected]017636381895Fax: +493027984193

Test Firm

cetecom advanced GmbHGerald Schmidt

[email protected]+49 681 598 0Fax: +49 681 598 8775

Technical Specifications

#	Rule Parts	Frequency Range	Power Output
1	15C	902 MHz - 928 MHz	10.30 mW

Confidentiality

Long Term

Grant Notes

Power output listed is peak conducted. RF exposure compliance is addressed for 1.1310 and 2.1091 MPE limits. A separation distance of at least 20 cm from all persons must be ensured.