MCQ-XB3C2XB3C2 (HW PN 55002112-02, HW PN 55002112-03)

DigiXBee®3Cat1SmartModem UserGuide SmartModem UserGuide Revisionhistory—90002503 RevisionDateDescription A Initialreleaseofthedocument. Trademarksandcopyright Digi,DigiInternational,andtheDigilogoaretrademarksorregisteredtrademarksintheUnited Statesandothercountriesworldwide.Allothertrademarksmentionedinthisdocumentarethe propertyoftheirrespectiveowners. ©2022DigiInternationalInc.Allrightsreserved. Disclaimers Informationinthisdocumentissubjecttochangewithoutnoticeanddoesnotrepresenta commitmentonthepartofDigiInternational.Digiprovidesthisdocument“asis,”withoutwarrantyof anykind,expressedorimplied,including,butnotlimitedto,theimpliedwarrantiesoffitnessor merchantabilityforaparticularpurpose.Digimaymakeimprovementsand/orchangesinthismanual orintheproduct(s)and/ortheprogram(s)describedinthismanualatanytime. Warranty Toviewproductwarrantyinformation,gotothefollowingwebsite: www.digi.com/howtobuy/terms Customersupport Gathersupportinformation:BeforecontactingDigitechnicalsupportforhelp,gatherthefollowing information:  Productnameandmodel  Productserialnumber(s)  Firmwareversion  Operatingsystem/browser(ifapplicable)  Logs(fromtimeofreportedissue)  Trace(ifpossible)  Descriptionofissue  Stepstoreproduce ContactDigitechnicalsupport:Digioffersmultipletechnicalsupportplansandservicepackages. Contactusat+1952.912.3444orvisitusatwww.digi.com/support. Feedback Toprovidefeedbackonthisdocument,emailyourcommentsto DigiXBee®3Cat1SmartModemUserGuide 2 [email protected] Includethedocumenttitleandpartnumber(DigiXBee®3Cat1SmartModemUserGuide,90002503 A)inthesubjectlineofyouremail. DigiXBee®3Cat1SmartModemUserGuide 3 Contents Revisionhistory—900025032 DigiXBee®3Cat1SmartModemUserGuide Applicablefirmwareandhardware16 SIMcards17 Safetyinstructions17 Safetyinstructions17 Инструкциизабезопасност17 Sigurnosneupute18 Bezpečnostníinstrukce19 Sikkerhedsinstruktioner19 Veiligheidsinstructies20 Ohutusjuhised20 Turvallisuusohjeet21 Consignesdesécurité21 Sicherheitshinweise22 Οδηγίεςασφαλείας22 Biztonságiutasítások23 Istruzionidisicurezza23 Drošībasinstrukcijas24 Saugosinstrukcijos25 Sikkerhetsinstruksjoner25 Instrukcjebezpieczeństwa26 Instruçõesdesegurança26 Instructiunidesiguranta27 Bezpečnostnéinštrukcie27 Varnostnanavodila28 Lasinstruccionesdeseguridad28 Säkerhetsinstruktioner29 GetstartedwiththeXBeeSmartModem Identifythekitcontents31 DeterminecellularserviceandacquireaSIMcard32 US customers32 Europeancustomers32 Connectthehardware33 InstallandupgradeXCTU34 AddadevicetoXCTU34 UpdatethedeviceandcellularfirmwareusingXCTU35 DigiXBee®3Cat1SmartModemUserGuide 4 DigiXBee®3Cat1SmartModemUserGuide 5 Checkforcellularregistrationandconnection35 Cellularservice36 XBeeconnectionexamples ConnecttotheEchoserver38 ConnecttotheELIZAserver40 ConnecttotheDaytimeserver42 SendanSMSmessagetoaphone44 Performa(GET)HTTPrequest46 ConnecttoaTCP/IPaddress48 Softwarelibraries48 GetstartedwithMicroPython AboutMicroPython51 WhyuseMicroPython51 MicroPythonontheXBeeSmartModem51 UseXCTUtoentertheMicroPythonenvironment51 UsetheMicroPythonTerminalinXCTU52 Troubleshooting52 Example:helloworld52 Example:TurnonanLED52 Example:codearequesthelpbutton53 EnterMicroPythonpastemode54 Catchabuttonpress54 Sendatext(SMS)whenthebuttonispressed56 Addthetimethebuttonwaspressed57 Example:debugthesecondaryUART58 ExitMicroPythonmode58 Otherterminalprograms59 TeraTermforWindows59 UsepicocominLinux60 GetstartedwithBluetooth®LowEnergy OnXBee3Cellularfirmwareendinginx16ornewer62 EnableBLEonanXBeedevice62 EnableBLE andconfiguretheBLE passwordusingXCTU62 GettheDigiXBee Mobilephoneapplication63 ConnectwithBLE andconfigureyourXBeedevice64 BLEreference64 BLEadvertisingbehaviorandservices64 DeviceInformationService64 XBeeAPIBLE Service64 APIRequestcharacteristic65 APIResponsecharacteristic65 GetstartedwithDigiRemoteManager CreateaRemoteManageraccountandadddevices66 CreateaRemoteManageraccount67 AddanXBeeSmartModemtoRemoteManager67 DigiXBee®3Cat1SmartModemUserGuide 6 VerifytheconnectionbetweenadeviceandRemoteManager67 ConfigureRemoteManagerfeaturesusingautomations68 Overview:Createanautomation68 Automationexamples69 Example:ReadsettingsandstateusingRemoteManager69 Example:ConfigureadevicefromRemoteManagerusingXML70 Example:ScheduleanautomationtoupdatethedevicefirmwareusingRemoteManager71 Example:UpdateMicroPythonfromRemoteManagerusinganautomation73 ManagedatainRemoteManager74 ReviewdevicestatusinformationfromRemoteManager74 ManagesecurefilesinRemoteManager75 RemoteManagerreference76 EnableSM/UDP76 TCPconnection76 Disconnect77 ConfigureXBeesettingswithinRemoteManager78 DeviceRequestsinRemoteManager79 FormatanXBeemodule80 Examples:IOTprotocolswithtransparentmode GetstartedwithCoAP82 CoAPterms82 CoAPquickstartexample82 Configurethedevice83 Example:manuallyperformaCoAP request83 Example:UsePythontogenerateaCoAPmessage84 GetstartedwithMQTT86 Example:MQTTconnect86 Sendaconnectpacket88 Example:sendmessages(publish)withMQTT89 Example:receivemessages(subscribe)withMQTT90 UseMQTTovertheXBeeCellularModemwithaPC91 Updatethefirmware Createaplanfordeviceandcellularcomponentfirmwareupdates96 UpdatethedeviceandthecellularfirmwareusingXCTU97 UpdatethedeviceandcellularfirmwareusingXCTUandUSB Directaccess97 Updatethedevicefirmware99 UpdatethefirmwarefromtheDevicespageinRemoteManager99 UpdatethefirmwareusingwebservicesinRemoteManager100 UseahostprocessortoupdatethedevicefirmwareforXBee3devicesoverUART102 Updatethecellularfirmware103 UpdatethecellularcomponentfirmwareusingRemoteManager103 UpdatethecellularfirmwareusingtheAPI105 Technicalspecifications Interfaceandhardwarespecifications109 RFcharacteristics109 Networkingspecifications110 Bands110 DigiXBee®3Cat1SmartModemUserGuide 7 Powerrequirements111 Powerconsumption111 Electricalspecifications112 Regulatoryapprovals113 Hardware Mechanicaldrawings114 Pinsignals114 Pinconnectionrecommendations116 XBeeheaderconnectorrequirements116 RSSIPWM117 SIMcard117 GNSS(GlobalNavigationSatelliteSystem)117 AssociateLEDfunctionality118 Developmentboards11…

Text truncated - open the document above for the full version.

U.S. Agent Attestation Letter Date: February 21, 2023 Applicant: Digi International FRN: 0010283307 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 To whom it may concern: Per section 2.911(d)(7), this letter is to confirm that Erik Reynolds has accepted responsibility to act as the agent for service of process as acknowledged by the applicant, Digi International. U.S. Agent Erik Reynolds Title Director of Test Engineering Company Name Digi International Address 9350 Excelsior Blvd, Suite 700 Hopkins, MN 55343 Telephone Number 952-912-3444 Email [email protected] The applicant accepts and acknowledges the obligation to maintain an agent for no less than one year after the grantee has terminated all marketing and importation or the conclusion of any Commission-related proceeding involving the equipment. Sincerely, Erik Reynolds Director of Test Engineering Digi International

p. 1 of 1 Attestation Regarding “Covered” Equipment and the Covered List Date: February 21, 2023 Applicant: Digi International FRN: 0010283307 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Product: XBee 3 LTE Cat 1 FCC ID: MCQ-XB3C2 To whom it may concern: Per 2.911(d)(5)(i), Digi International certifies that the equipment for which authorization is sought is not “covered” equipment prohibited from receiving an equipment authorization pursuant to section 2.903 of the FCC rules. Per 2.911(d)(5)(ii), Digi International certifies that, as of the date of the filing of the application, the applicant is not identified on the Covered List as an entity producing “covered” equipment. Sincerely, Bradley Ferguson Principal Electrical Engineer Digi International

Application for Equipment Authorization Date: September 12, 2022 Applicant: Digi International FRN: 0010283307 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Product: XBee 3 LTE Cat 1 Model: XB3C2 FCC ID: MCQ-XB3C2 To whom it may concern: This is an application for Original Full Modular Certification and a Grant of Equipment Authorization pursuant to Subpart C of Part 15.247 of FCC Rules (CFR 47) for the above listed product. The XBee 3 LTE Cat 1 module consists of a cellular radio modem and a microprocessor with an integrated 2.4 GHz Bluetooth Low Energy radio. The microprocessor firmware allows users to transmit and receive RF data through a serial interface without allowing users control of the RF transmit or receive timing, operation, or performance. The XBee 3 LTE Cat 1 module will be available in two variants where the variation is in the specific model of cellular radio modem: Variant Hardware PN Cellular Radio Modem FCC ID XBee 3 North America LTE Cat 1 55002112-02 QIPPLS63-X XBee 3 Global LTE Cat 1 55002112-03 QIPPLS63-W In both variants, the 2.4 GHz Bluetooth Low Energy radio is physically, electrically, and functionally identical. In both variants, the cellular radio modem and their approved antennas are not being modified from their original certification. Sincerely, Bradley Ferguson Principal Electrical Engineer Digi International

Modular Approval Compliance Date: September 12, 2022 Applicant: Digi International FRN: 0010283307 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Product: XBee 3 LTE Cat 1 FCC ID: MCQ-XB3C2 To whom it may concern: The radio meets the requirements for modular approval pursuant to Section 15.212(a)(1) of FCC rules. Compliance to each of the requirements is described below: Single Modular Approval Requirement Justification (i) The radio elements of the modular transmitter must have their own shielding. The module has a factory-installed RF shield that covers both the radio IC and the 38.4 MHz crystal reference. See internal photos exhibit. (ii) The modular transmitter must have buffered modulation/data inputs (if such inputs are provided) to ensure that the module will comply with part 15 requirements under conditions of excessive data rates or over- modulation. The module buffers and processes its data inputs prior to transmission. The transmit modulation is under the control of the module not the integrator or host unit and will comply with Part 15 requirements. See schematics exhibits. (iii) The modular transmitter must have its own power supply regulation. The module includes power supply regulation to ensure compliance to Part 15 requirements independent of the level or quality of the DC power supplied by the host unit. See schematics exhibit. (iv) The modular transmitter must comply with the antenna and transmission system requirements of §§ 15.203, 15.204(b) and 15.204(c). The default mode of operation uses a permanently attached antenna (integral PCB antenna). In circumstances where the module is contained in a larger assembly (and not accessible to the end user), the integrator may update the software configuration of the module to allow connection to one of the approved external antennas. See antenna information exhibit and internal photos exhibit. (v) The modular transmitter must be tested in a stand-alone configuration. The module was tested in a stand-alone configuration using a minimal test jig to allow power and serial connections to the module. The host device that provided power and communicated with the module was >10 cm from the module. See test setup photos exhibit and technical report exhibit. (vi) The modular transmitter must be equipped with either a permanently affixed label or must be capable of electronically displaying its FCC identification number. The module will have a label affixed with the FCC ID. Additionally, for cases where the module’s label is not externally visible, the user manual contains language for the integrator to apply an external label (or use an electronic display) with the language “Contains FCC ID...” See FCC ID label and location exhibit and user manual exhibit. (vii) The modular transmitter must comply with any specific rules or operating requirements that ordinarily apply to a complete transmitter and the manufacturer must provide adequate instructions along with the module to explain any such requirements. The module is compliant with all applicable FCC rules. Detailed instructions for maintaining compliance are given in the user manual. See user manual exhibit. (viii) The modular transmitter must comply with any applicable RF exposure requirements in its final configuration. The module is compliant with all RF exposure requirements. Instructions for maintaining RF exposure compliance are listed in the user manual. See RF exposure exhibit and user manual exhibit. Sincerely, Bradley Ferguson Principal Electrical Engineer Digi International

Request for Confidentiality Date: September 12, 2022 Applicant: Digi International FRN: 0010283307 To: Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, Maryland 21046 Product: XBee 3 LTE Cat 1 FCC ID: MCQ-XB3C2 To whom it may concern: The applicant requests the following documents submitted with this application for equipment authorization be provided with long‐term confidentiality status per the provisions of § 0.457(d) and § 0.459 of FCC rules: Operational Description: Operational Description - XBee 3 LTE Cat 1.pdf Block Diagram: Block Diagram - XBee 3 LTE Cat 1.pdf Schematic: 55002112-02_A_SCH.pdf Schematic: 55002112-03_A_SCH.pdf Parts List: XB3C2 BOM - 55002112-02.xlsx Parts List: XB3C2 BOM - 55002112-03.xlsx The documents listed above are not publically available and contain trade secrets that are treated as confidential by us. Substantial competitive harm to us could result should they be made available to the public. Any exhibit/information for which we have requested confidentiality, but which may not be accorded such treatment by the FCC, should be returned to us. Sincerely, Bradley Ferguson Principal Electrical Engineer Digi International

June 11, 2021 To whom it may concern: Digi duly authorizes the following persons to sign regulatory applications, authorization letters, declarations, and other documents required for the use in regulatory files to the Federal Communications Commission, ISED Canada, and other agencies, on behalf of Digi International Inc. Matt Ramsay VP of Engineering Dan Kobylarz Sr. Director of Engineering Harald Remmert Sr. Director of Engineering Erik Reynolds Director of Engineering David Iacovelli Director of Engineering Paul Dahl Sr. Manager of Engineering Pedro Perez Sr. Manager of Engineering Brad Ferguson Pr. Engineer Nathan Carlson Sr. Engineer Sincerely, Erik Reynolds Director of Engineering

XB3-C-N1-UT-001 A 55002112-02 2203 CoO: THA FCC ID: MCQ-XB3C2 IC: 1846A-XB3C2 Contains FCC ID: QIPPLS63-X Contains IC: 7830A-PLS63X IMEI: 35058828000323 Code: FADB75GEWDBW Label Sample and Location Product: FCC ID: IC: XBee 3 LTE Cat 1 MCQ-XB3C2 1846A-XB3C2 Label Sample (Hardware Version 55002112-02) XB3-C-G1-UT-001 A 55002112-03 2203 CoO: THA FCC ID: MCQ-XB3C2 IC: 1846A-XB3C2 Contains FCC ID: QIPPLS63-W Contains IC: 7830A-PLS63W IMEI: 35058828000323 Code: FADB75GEWDBW Label Sample (Hardware Version 55002112-03) Location (all variants) Material (all variants) Stock: Thermal transfer film, polyester coated Adhesive: Permanent tackified acrylic adhesive Ink: Resin, polyester film, abrasion and chemical resistant Background color: White Text color: Black XB3-C-G1-UT-001 A 55002112-03 2203 CoO: THA FCC ID: MCQ-XB3C2 IC: 1846A-XB3C2 Contains FCC ID: QIPPLS63-W Contains IC: 7830A-PLS63W IMEI: 35058828000323 Code: FADB75GEWDBW

External and Internal Photos Product: XBee 3 LTE Cat 1 Model: XB3C2 FCC ID: MCQ-XB3C2 IC: 1846A-XB3C2 Top Side: Hardware Version 55002112-02 Top Side: Hardware Version 55002112-03 Bottom Side: Hardware Versions 55002112-02 and 55002112-03 Bottom Side: Hardware Version 55002112-02 and 55002112-03 (Shield Removed)

Digi International, Inc. OTA Report - DGII0462 Client and Equipment Under Test (EUT) Information Company Name: Address: City, State, Zip: Test Requested by: Model: First Date of Test: Last Date of Test: Receipt Date of Samples: Equipment Design Stage: Equipment Condition: Information Provided by the Party Requesting the Test Functional Description of the EUT: To be determined Testing Objective: To obtain 3D antenna pattern measurements and calculated antenna performance values. Approved By: Eric Brandon, Department Manager September 27, 2022 September 27, 2022 September 27, 2022 Production No Damage OTA PRODUCT DESCRIPTION Digi International, Inc. 9350 Excelsior Blvd, Suite 700 Hopkins, MN 55343 Bradley Ferguson OTA TEST DESCRIPTION description OTA 2018.01.04 TEST EQUIPMENT IDInterval OTA36 mo NAM36 mo TEST DESCRIPTION ManufacturerModel Testing was performed using the mode(s) of operation and configuration(s) noted within the report. The individuals and/or the organization requesting the test provided the modes, configurations and settings used to complete the evaluation. The actual test parameters are specified in the test data, this includes items such as investigated frequency range (scanned) and test levels. The testing methods and performance specifications, as well as the test site used for the evaluation are indicated in the test data. The test data represents the configuration / operating mode/ model that produced the highest emission levels as compared to the specification limit. DescriptionLast Cal. Analyzer - Network AnalyzerAgilentE5071C11/13/2019 Chamber - OTAETS LindgrenAMS-8923-1954/19/2021 Using the modes of operation and configurations noted within this report, a radiated pattern measurement test was performed. The frequency ranges investigated (scanned), are also noted in this report. The EUT was placed on a low dielectric constant support structure (Phi Axis Positioner) in the 3D center of the measurement zone using a laser alignment system. The antenna port of the EUT is connected to an RF feed cable which is connected to a Vector Network Analyzer (VNA) at its opposite end. The test begins with a measurement path configured (via ETS-Lindgren EMQuest Data Acquisition and Analysis Software) such that an electrical path is present from the Theta polarization element of the -165° detector antenna, to port 2 of the VNA. The VNA drives the EUT throu gh the desired frequency range at the desired IFBW and an insertion loss measurement is obtained. The measurement path is then reconfigured (again via EMQuest) such that an electrical path is present from the Phi polarization element of the -165° detector antenna, to port 2 of the VNA. The VNA drives the EUT through the desired frequency range at the desired IFBW and an insertion loss measurement is obtained. This process is repeated at each of the 23 detector antennas in turn. This process is repeated for every rotation of the Phi Axis Positioner up to 180° - Phi Axis Resolution. When this process is complete, EMQuest applies factors from a Range Calibration and Normalization to produce a final data set with 1D/2D/3D patterns and tabular values such as antenna efficiency, Equivalent Isotropic Radiated Power (EIRP), Total Radiated Power (TRP), etc. A measurement uncertainty estimation has been performed for this testing. When a measurement is made, the result will be different from the true or theoretically correct value. The difference is the result of tolerances in the measurement system that cannot be completely eliminated. To the extent that technology allows us, it has been our aim to minimize this error. Measurement uncertainty is a statistical expression of measurement error qualified by a probability distribution. The expanded measurement uncertainty, 95% confidence level (K=2), for Maximum Gain / Efficiency for 2400-2483.5 MHz on active measurements is +/-1.08 dB. The expanded measurement uncertaint y, 95% confidence level (K=2), for Maximum Gain / Efficiency for 2400-2483.5 MHz on passive measurements is +/-1.29. The calculations for estimating measurement uncertainty are available upon request. Passive-Vector OTA 2018.01.04 EUT: Serial Number: Customer: Attendees: Customer Project: Tested By: Test Run Description: COMMENTS Max dBi Gain-0.67 3D PATTERN DATA Frequency (MHz)240024022404240624082410241224142416241824202422 Ant. Port Input Pwr. (dBm)0.000.000.000.000.000.000.000.000.000.000.000.00 Tot. Rad. Pwr. (dBm)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 Peak EIRP (dBm)-4.65-4.61-4.44-4.52-4.29-4.25-4.23-4.24-4.18-4.04-3.98-3.98 Directivity (dBi)4.084.074.143.994.154.124.063.963.953.993.953.83 Efficiency (dB)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 Efficiency (%)13.3813.5413.8414.1014.3314.5714.8315.1615.4015.7316.1116.56 Gain (dBi)-4.65-4.61-4.44-4.52-4.29-4.25-4.23-4.24-4.18-4.04-3.98-3.98 Average Gain (dB)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 E-Plane 3 dB BW (°)39.0040.0039.0042.0039.0040.0040.0042.0040.0040.0040.0042.00 3D PATTERN DATA Frequency (MHz)242424262428243024322434243624382440244224442446 Ant. Port Input Pwr. (dBm)0.000.000.000.000.000.000.000.000.000.000.000.00 Tot. Rad. Pwr. (dBm)-7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67 Peak EIRP (dBm)-3.85-3.79-3.73-3.63-3.52-3.44-3.35-3.18-3.07-2.93-2.81-2.74 Directivity (dBi)3.883.863.823.823.843.873.863.903.893.943.973.93 Efficiency (dB)-7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67 Efficiency (%)16.8917.1717.5417.9918.3318.5919.0019.5820.1220.5720.9921.53 Gain (dBi)-3.85-3.79-3.73-3.63-3.52-3.44-3.35-3.18-3.07-2.93-2.81-2.74 Average Gain (dB)-7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67 E-Plane 3 dB BW (°)41.0049.0040.0048.0049.0049.0049.0049.0048.0048.0049.0049.00 3D PATTERN DATA Frequency (MHz)244824502452245424562458246024622464246624682470 Ant. Port Input Pwr. (dBm)0.000.000.000.000.000.000.000.000.000.000.000.00 Tot. Rad. Pwr. (dBm)-6.57-6.45-6.37-6.2…

Text truncated - open the document above for the full version.

Antenna Information Product: XBee 3 LTE Cat 1 FCC ID: MCQ-XB3C2 IC: 1846A-XB3C2 Bluetooth antennas The following antennas are approved for use with the Bluetooth radio by FCC and by ISED. Part number Description Type Gain Application 31000022-01 Integral antenna PCB -0.67 dBi Fixed/Mobile A24-HASM-450 Half-wave articulated RPSMA-4.5" Dipole 2.1 dBi Fixed/Mobile A24-HABUF-P5I Half-wave bulkhead mount U.FL w/ 5" pigtail Dipole 2.0 dBi Fixed/Mobile A24-HASM-525 Half-wave articulated RPSMA-5.25" Dipole 2.0 dBi Fixed/Mobile FXP74.07.0100A Taoglas FXP74 Black Diamond antenna Patch 4.0 dBi Fixed/Mobile Cellular antennas Per cellular module grant, antenna gain must be below: Frequency band Maximum Antenna Gain Global variant (55002112-03) North American variant (55002112-02) FCC limit ISED limit FCC limit ISED limit GSM/GPRS 850 5.00 dBi N/A PCS1900 5.00 dBi N/A WCDMA/LTE Band 2 5.00 dBi 8.01 dBi WCDMA/LTE Band 4 5.00 dBi 5.00 dBi WCDMA/LTE Band 5 5.00 dBi 9.40 dBi 6.10 dBi LTE Band 7 5.00 dBi N/A LTE Band 8 5.00 dBi N/A LTE Band 12 5.00 dBi 8.70 dBi 5.61 dBi LTE Band 13 5.00 dBi 9.16 dBi 5.93 dBi LTE Band 14 N/A 9.23 dBi N/A LTE Band 26 5.00 dBi 9.30 dBi 6.10 dBi LTE Band 38 5.00 dBi N/A LTE Band 41 5.00 dBi N/A LTE Band 66 5.00 dBi 5.00 dBi LTE Band 71 N/A 8.48 dBi 5.45 dBi Passive-Vector OTA 2018.01.04 EUT: Serial Number: Customer: Attendees: Customer Project: Tested By: Test Run Description: COMMENTS Max dBi Gain-0.67 3D PATTERN DATA Frequency (MHz)240024022404240624082410241224142416241824202422 Ant. Port Input Pwr. (dBm)0.000.000.000.000.000.000.000.000.000.000.000.00 Tot. Rad. Pwr. (dBm)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 Peak EIRP (dBm)-4.65-4.61-4.44-4.52-4.29-4.25-4.23-4.24-4.18-4.04-3.98-3.98 Directivity (dBi)4.084.074.143.994.154.124.063.963.953.993.953.83 Efficiency (dB)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 Efficiency (%)13.3813.5413.8414.1014.3314.5714.8315.1615.4015.7316.1116.56 Gain (dBi)-4.65-4.61-4.44-4.52-4.29-4.25-4.23-4.24-4.18-4.04-3.98-3.98 Average Gain (dB)-8.74-8.68-8.59-8.51-8.44-8.37-8.29-8.19-8.13-8.03-7.93-7.81 E-Plane 3 dB BW (°)39.0040.0039.0042.0039.0040.0040.0042.0040.0040.0040.0042.00 PASSIVE 3D ANTENNA PATTERN MEASUREMENTS OTAWork Order: DGII0462 2335Date: 9/27/2022 NoneBar. Pressure: 1025 mbar Christopher HeintzelmanJob Site: MN10 Digi International IncTemperature: 22.2 °C NoneRelative Humidity: 34.1% RH Passive_2400-2500_Run2 None Azimuth Cut (Theta Axis = 90°)Elevation Cut (Phi Axis = 0°)Elevation Cut (Phi Axis = 90°) 90°Y Z 0°X 180° Y Theta 0°Z Theta= 90°X, Phi = 0° Theta = ‐90° X Theta0°Z Theta = 90°Y, Phi = 90° Theta = ‐90° Antenna 31000022-01 (XBee 3 LTE Cat 1) 2424242624282430243224342436243824402442244424462448 0.000.000.000.000.000.000.000.000.000.000.000.000.00 -7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67-6.57 -3.85-3.79-3.73-3.63-3.52-3.44-3.35-3.18-3.07-2.93-2.81-2.74-2.73 3.883.863.823.823.843.873.863.903.893.943.973.933.83 -7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67-6.57 16.8917.1717.5417.9918.3318.5919.0019.5820.1220.5720.9921.5322.05 -3.85-3.79-3.73-3.63-3.52-3.44-3.35-3.18-3.07-2.93-2.81-2.74-2.73 -7.72-7.65-7.56-7.45-7.37-7.31-7.21-7.08-6.96-6.87-6.78-6.67-6.57 41.0049.0040.0048.0049.0049.0049.0049.0048.0048.0049.0049.0050.00 0.00 10.00 20.00 30.00 40.00 50.00 60.00 70.00 80.00 90.00 100.00 24002410242024302440245024602470248024902500 Efficiency (%) Total Power - 2442 MHz Power (dBm) -22 -2 -20 -18 -16 -14 -12 -10 -8 -6 -4 Z Y X Azimuth = 90.0 Elevation = 0.0 Roll = -90.0 Total Power - 2442 MHz Power (dBm) -22 -2 -20 -18 -16 -14 -12 -10 -8 -6 -4 Z XY Azimuth = 180.0 Elevation = -90.0 Roll = 0.0 Antenna 31000022-01 (XBee 3 LTE Cat 1) 2450245224542456245824602462246424662468247024722474 0.000.000.000.000.000.000.000.000.000.000.000.000.00 -6.45-6.37-6.25-6.15-6.06-5.98-5.89-5.81-5.75-5.69-5.61-5.53-5.49 -2.52-2.46-2.31-2.30-2.16-2.06-1.97-1.95-1.89-1.85-1.69-1.68-1.62 3.933.913.943.863.903.923.923.863.873.843.923.843.87 -6.45-6.37-6.25-6.15-6.06-5.98-5.89-5.81-5.75-5.69-5.61-5.53-5.49 22.6623.0723.7124.2624.8025.2525.7826.2226.5826.9727.4928.0128.23 -2.52-2.46-2.31-2.30-2.16-2.06-1.97-1.95-1.89-1.85-1.69-1.68-1.62 -6.45-6.37-6.25-6.15-6.06-5.98-5.89-5.81-5.75-5.69-5.61-5.53-5.49 49.0049.0048.0049.0048.0048.0047.0048.0048.0048.0048.0048.0048.00 Antenna 31000022-01 (XBee 3 LTE Cat 1) 2476247824802482248424862488249024922494249624982500 0.000.000.000.000.000.000.000.000.000.000.000.000.00 -5.46-5.40-5.34-5.29-5.24-5.17-5.06-4.97-4.87-4.78-4.68-4.58-4.48 -1.58-1.56-1.54-1.41-1.37-1.35-1.22-1.11-1.01-0.91-0.80-0.72-0.67 3.883.833.803.883.873.823.833.863.863.873.883.863.82 -5.46-5.40-5.34-5.29-5.24-5.17-5.06-4.97-4.87-4.78-4.68-4.58-4.48 28.4228.8729.2529.5929.9430.3931.2231.8332.5633.2734.0534.8435.60 -1.58-1.56-1.54-1.41-1.37-1.35-1.22-1.11-1.01-0.91-0.80-0.72-0.67 -5.46-5.40-5.34-5.29-5.24-5.17-5.06-4.97-4.87-4.78-4.68-4.58-4.48 47.0047.0048.0047.0048.0048.0049.0047.0048.0048.0048.0048.0049.00 Antenna 31000022-01 (XBee 3 LTE Cat 1) λ λ Antenna A24-HASM-450 http://www.bobbintron.com BOBBINTRON ELECTRICAL CORPORATION bec SPECIFICATION FOR PRELIMINARY APPROVAL SIGNATURE DATE : CUSTOMER : DIGI PART NO : A24-HABUF-P5I REV. DESCRIPTION : Antenna PLEASE SIGN AND RETURN ONE COPY. ALL PRODUCTION UNITS WILL BE BUILT ACCORDING TO THIS SPECIFICATIONS. MODEL NO: AN2400-37A19BX AGENCY APPROVAL: PRESENTED BY: NO. CHECKED BY: Johnson Lin APPROVED BY: Johnson Lin DATE : 03/10/2014 19F, NO.102, HSIN TAI WU ROAD SEC.1, HSIH-JR CITY, TAIPEI HSIEN, TAIWAN TEL# (886)2-2696-0007 FAX# (886)2-2696-8786 WEBSITE: www.bobbintron.com EMAIL: [email protected] Antenna A24-HABUF-P5I http://www.bobbintron.com BOBBINTRON ELECTRICAL CORPORATION bec Antenna A24-HABUF-P5I http://www.bobbintron.com BOBBINTRON ELECTRICAL CORPORATION bec Antenna A24-HABUF-P5I http://www.bobbintron.com BOBBINTRON ELECTRICAL CORPORATION bec Antenna A24-HABUF-P5I http://www.bobbintron.com BOBBINTRON ELECTRICAL CORPORATION b…

Text truncated - open the document above for the full version.

Regulatoryinformation ThissectionincludesFCCandISEDregulatoryinformation. Antennaregulatoryinformation:FCCandISED Theequipmentcanbeinstalledusingantennasandcablesconstructedwithnon-standardconnectors (RPSMA,RPTNC,andsoforth).AnadaptercablemaybenecessarytoattachtheXBeeconnectorto theantennaconnector. ThemodulesareapprovedbyFCCandISEDforfixedbasestationandmobileapplicationsforthe channelsindicatedinthetablesbelow.Iftheantennaismountedatleast21cmfromnearbypersons, theapplicationisconsideredamobileapplication. Theantennasbelowhavebeenapprovedforusewiththismodule.Digidoesnotcarryallofthese antennavariants.ContactDigiSalesforavailableantennas. Bluetoothantennas ThefollowingantennasareapprovedforusewiththeBluetoothradiobytheFCCandbyISED. PartnumberType(description)GainApplication 31000022-01Integralantenna-0.67dBiFixed/Mobile A24-HASM-450Dipole(Half-wavearticulatedRPSMA-4.5")2.1dBiFixed/Mobile A24-HABUF-P5IDipole(Half-wavebulkheadmountU.FLw/5"pigtail)2.0dBiFixed/Mobile A24-HASM-525Dipole(Half-wavearticulatedRPSMA-5.25")2.0dBiFixed/Mobile FXP74.07.0100ATaoglasFXP74BlackDiamond2.4GHzBandAntenna4.0dBiFixed/Mobile DigiXBee®3Cat1SmartModemUserGuide 328 RegulatoryinformationAntennaregulatoryinformation:FCCandISED DigiXBee®3Cat1SmartModemUserGuide 329 Cellularantennas Percellularmodulegrant,antennagainmustbebelow: FrequencybandMaximumAntennaGain Globalvariant(55002112-03NorthAmericanvariant(55002112-02 FCClimitISEDlimit GSM/GPRS8505.00dBiN/A PCS19005.00dBiN/A WCDMA/LTEBand25.00dBi8.01dBi WCDMA/LTEBand45.00dBi5.00dBi WCDMA/LTEBand55.00dBi9.40dBi6.10dBi LTE Band75.00dBi8.01dBi LTE Band85.00dBiN/A LTE Band125.00dBi8.70dBi5.61dBi LTE Band135.00dBi9.16dBi5.93dBi LTE Band14N/A9.23dBiN/A LTE Band265.00dBi9.30dBi6.10dBi LTE Band385.00dBiN/A LTE Band415.00dBiN/A LTE Band665.00dBi5.00dBi LTE Band71N/A8.48dBi5.45dBi Parsubventiondemodulecellulaire,legaind'antennedoitêtreinférieurà: BandedefréquenceGaind'antennemaximal Varianteglobale (55002112-03…

Text truncated - open the document above for the full version.