Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.
C alibration Laboratoryof Schmid & Partner Engineering AG Zeughausstrasse 43, 8004Zurich, Switzerland Accredited by the Swiss AccreditationService(SAS) The Swiss Accreditation Service is one of the signatories to the EA Multilateral Agreementfortherecognitionofcalibrationcertificates Schweizerischer Kalibrierdienst C Service suisse d'etalonnage Servizio svizzero ditaratura SSwiss CalibrationService Accreditation No.: SCS0108 Client Emt e k(Shenzhen) Certificate No:D750V3-1078_Jun18 CALIBRATIONCERTIFICATE Object D750V3-SN:1078 Calibration procedure(s) QACAL-05.v10 Calibration procedure for dipole validation kits above700MHz Calibrationdate: May 09,2025 Thiscalibrationcertificatedocumentsthetraceabilitytonationalstandards,whichrealizethephysicalunitsofmeasurements (SI). Themeasurementsandtheuncertaintieswithconfidenceprobabilityaregivenonthefollowingpagesandarepartofthecertificate. Allcalibrationshavebeenconductedintheclosedlaboratoryfacility:environmenttemperature(22±3)°Candhumidity<70%. CalibrationEquipmentused(M&TEcriticalforcalibration) PrimaryStandards PowermeterNRP ID# SN:104778 CalDate(CertificateNo.) 04-Apr-25 (No. 217-02672/02673) ScheduledCalibration Apr-25 Power sensor NRP-Z91SN: 103244 04-Apr-25(No.217-02672) Apr-25 PowersensorNRP-Z91 SN:103245 04-Apr-25 (No.217-02673) Apr-25 Reference 20dBAttenuatorSN: 5058(20k)04-Apr-25 (No.217-02682)Apr-25 Type-N mismatchcombination SN:5047.2/0632704-Apr-25 (No.217-02683) Apr-25 ReferenceProbeEX3DV4 DAE4 SN:7349 SN:601 30-Dec-24 (No.EX3-7349_Dec17) 26-0ct-24 (No. DAE4-601_0ct17) Dec-25 Oct-25 SecondaryStandards ID#CheckDate(inhouse) Scheduled Check PowermeterEPM-442ASN:GB3748070407-0ct-24 (in house checkOct-16)In housecheck:Oct-25 PowersensorHP8481A SN: US3729278307-0ct-24 (in house checkOct-16)Inhousecheck:Oct-25 PowersensorHP8481A SN: 07-0ct-24 (in house checkOct-16)Inhousecheck:Oct-25 RFgeneratorR&SSMT-06 NetworkAnalyzerHP8753E MY41092317 SN: 100972 15-Jun-25(inhouse check Oct-16) 18-0ct-24(inhousecheckOct-17) In housecheck: Oct-25 Inhousecheck:Oct-25 Name Function Calibratedby: Claudio Leubler Laboratory Technician Approvedby: KatjaPokovic TechnicalManager Thiscalibrationcertificateshallnotbereproducedexceptinfullwithoutwrittenapprovalofthelaboratory. Certificate No: D750V3-1078_Jun18 Page 1 of 8 Issued:May10,2025 CertificateNo:D750V3-1078_Jun18 Page2of8 Calibration Laboratory of Schmid &Partner S Schweizerischer Kalibrierdienst EngineeringAG Zeughausstrasse 43, 8004 Zurich,Switzerland Service suisse d'etalonnage Servi ziosvizzeroditaratura SwissCalibrationService Accre ditedby the SwissAccreditationService(SAS) TheSwiss Accreditation Serviceis one ofthe signatories to the EA MultilateralAgreement forthe recognition ofcalibrationcertificates Glossary: Accreditation No.:SCS 0108 TSL ConvF N/A tissue simulating liquid sensitivity in TSL INORMx,y,z not applicable or notmeasured Calibration isPerformedAccordingtotheFollowingStandards: a)IEEEStd 1528-2013,"IEEERecommended Practice for Determining the PeakSpatial- Averaged Specific Absorption Rate (SAR) in the Human Head fromWireless Communications Devices: Measurement Techniques", June 2013 b)IEC 62209-1,"Measurementprocedure for the assessment of Specific AbsorptionRate (SAR) from hand-held and body-mounted devices used next to the ear (frequency rangeof 300MHzto6GHz)",July2016 c)IEC 62209-2, "Procedure to determine the Specific Absorption Rate (SAR)forwireless communication devices used in close proximity to the human body (frequency range of30 MHz to 6 GHz)", March 2010 d)KDB 865664,"SAR Measurement Requirements for 100 MHz to 6 GHz" Additional Documentation: e) DASY4/5 System Handbook MethodsAppliedandInterpretationofParameters: •Measurement Conditions:Further details are available fromthe Validation Report attheend of the certificate. All figures stated in the certificate are valid at the frequencyindicated. •Antenna Parameters with TSL:The dipole is mounted with the spacer to positionits feed point exactly below the center marking of the flat phantom section, with the armsoriented parallel to the body axis. •Feed Point Impedanceand Return Loss:Theseparametersaremeasuredwiththedipole positionedundertheliquidfilledphantom.Theimpedancestatedistransformedfromthe measurement atthe SMAconnector tothefeed point.The Return Loss ensureslow reflected power. No uncertainty required. •Electrical Delay:One-way delay between the SMA connector and the antennafeedpoint. No uncertaintyrequired. •SAR measured:SAR measured at the stated antenna input power. •SAR normalized:SAR as measured, normalized to an input power of 1 Wattheantenna connector. •SAR for nominal TSL parameters:The measured TSL parameters are used tocalculatethe nominal SAR result. The reported uncertaintyofmeasurementis stated as the standard uncertaintyof measurement multiplied by thecoveragefactor k=2, whichforanormal distributioncorresponds toacoverage probability ofapproximately 95%. s c CertificateNo:0750V3-1078_Jun18 Page 3 o f8 Measurement Conditions DASYsystemcon f 1 ' gurat1on,as aras not ! ivenonpaqe1. DASY Version DASYSV52.10.1 Extrapolation Advanced Extrapolation Phantom Modular FlatPhantom DistanceDipoleCenter-TSL 15mm withSpacer Zoom ScanResolution dx, dy,dz = 5mm Frequency 750 MHz ±1MHz Head TSLparameters Th e f o II owi . nqparametersan d ca I cu I at1 . onswereappI1'ed TemperaturePermittivityConductivity NominalHead TSLparameters 22.0 °C 41.90.89mho/m MeasuredHeadTSLparameters(22.0 ±0.2)°C40.9±6% 0.90 mho/m± 6 % Head TSL temperature changeduringtest <0.5°C -------- SARresultwithHeadTSL SAR averaged over 1cm 3 (1 g) of HeadTSL Condition SAR measured 250 mW inputpower 2.09 W/kg SAR for nominalHeadTSLparametersnormalized to1W8.25W/kg :t: 17.0 % (k=2) SAR averagedover 10cm 3 (10g)of HeadTSL condition SARmeasured 250 mW inputpower 1.36W /kg SAR for nominal Head TSLparametersnormalized to1W5.38 W/kg :t: 16.5 % (k=2) Body TSLparameters Th e f o II ow . ing parameters an d ca I cu I at1 . onswere app 1 1 · e d TemperaturePermit…
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Report No. ENS2510100210W00405RPage 1 of 25 Ver.1.0 $印章$ TEST REPORT Product Name:Tablet Model Number:Rugged X20 FCC ID:2AHZW-RUGGEDX20 Prepared for:Cybernet Manufacturing Inc. Address:5 HOLLAND, BLDG.201 IRVINE, CA92618 USA Prepared by:EMTEK (SHENZHEN) CO., LTD. Address:Building 69, Majialong Industry Zone, Nanshan District, Shenzhen, Guangdong, China Tel: (0755) 26954280 Fax: (0755) 26954282 Report Number:ENS2510100210W00405R Date(s) of Tests:October 10, 2025 to November 24, 2025 Date of issue:November 27, 2025 $ 二维码 $ Report No. ENS2510100210W00405RPage 2 of 25 Ver.1.0 TABLE OF CONTENTS 1. TEST RESULT CERTIFICATION....................................................................................................................4 2. EUT DESCRIPTION..........................................................................................................................................5 2.1 FEATURE OFEUT..........................................................................................................................................6 3. SUMMARY OF TEST RESULT.......................................................................................................................7 4. TEST METHODOLOGY....................................................................................................................................8 4.1 GENERAL DESCRIPTION OF APPLIED STANDARDS..........................................................................................8 4.2 MEASUREMENT EQUIPMENT USED.................................................................................................................8 4.3 DESCRIPTION OF TEST MODES......................................................................................................................9 4.4 TEST SOFTWARE....................................................................................................................................11 5. FACILITIES AND ACCREDITATIONS ......................................................................................................... 12 5.1 FACILITIES .................................................................................................................................................... 12 5.2 EQUIPMENT .................................................................................................................................................. 12 5.3 LABORATORY ACCREDITATIONS AND LISTINGS............................................................................................12 6. SETUP OF EQUIPMENT UNDER TEST......................................................................................................13 6.1 SETUP CONFIGURATION OFEUT.................................................................................................................13 6.2 CALIBRATION OF DFS DETECTION THRESHOLD LEVEL...............................................................13 6.3 SUPPORT EQUIPMENT..................................................................................................................................14 7. DYNAMIC FREQUENCY SELECTION REQUIREMENTS.........................................................................15 7.1 APPLICABLE STANDARD...............................................................................................................................15 7.2 CONFORMANCELIMIT..................................................................................................................................15 7.3 TESTCONFIGURATION.................................................................................................................................15 7.4 TEST PARAMETERS OFDFSTEST SIGNAL .................................................................................................. 16 7.5 OPERATION MODES AND REQUIREMENT TEST ITEMS ................................................................................... 17 7.6 TEST PROCEDURE ....................................................................................................................................... 17 8. TEST RESULT.................................................................................................................................................18 8.1 DETAILED TEST RESULTS......................................................................................................................18 8.2 RADARWAVEFORM......................................................................................................................................19 8.3 IN-SERVICEMONITORING.............................................................................................................................21 8.4 NON-OCCUPANCYPERIOD..........................................................................................................................24 Report No. ENS2510100210W00405RPage 3 of 25 Ver.1.0 Modified Information VersionReport No.Revision DateSummary Ver.1.0ENS2510100210W00405R/Original Report Report No. ENS2510100210W00405RPage 4 of 25 Ver.1.0 1. TEST RESULT CERTIFICATION Applicant:Cybernet Manufacturing Inc. Address:5 HOLLAND, BLDG.201 IRVINE, CA92618 USA Manufacturer:Cybernet Manufacturing Inc. Address:5 HOLLAND, BLDG.201 IRVINE, CA92618 USA EUT:Tablet Model Name:Rugged X20 Trademark:Cybernet Measurement Procedure Used: APPLICABLE STANDARDS STANDARDTEST RESULT FCC 47 CFR Part 15, Subpart EPASS The above equipment was tested by EMTEK (SHENZHEN) CO., LTD. The test data, data evaluation, test procedures, and equipment configurations shown in this report were made in accordance with the procedures given in ANSI C63.10-2020/Cor 1-2021 and the energy emitted by the sample EUT tested as described in this report is in compliance with the above table standards requirement. The test results of this report relate only to the tested sample identified in this report. Date of Test:October 10, 2025 to November 24, 2025 Prepared by: Una Yu/Editor Reviewer: Joe Xi…
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Report No. ENS2510100210W00404RPage 395 of 472Ver.1.0 11AC160MIMO-Ant1-5250_UNII-2A-PASS 11AC160MIMO-Ant2-5250_UNII-2A-PASS Report No. ENS2510100210W00404RPage 396 of 472Ver.1.0 11AC160MIMO-Ant1-5570-PASS 11AC160MIMO-Ant2-5570-PASS Report No. ENS2510100210W00404RPage 397 of 472Ver.1.0 11AX20MIMO-Ant1-5180-PASS 11AX20MIMO-Ant2-5180-PASS Report No. ENS2510100210W00404RPage 398 of 472Ver.1.0 11AX20MIMO-Ant1-5200-PASS 11AX20MIMO-Ant2-5200-PASS Report No. ENS2510100210W00404RPage 399 of 472Ver.1.0 11AX20MIMO-Ant1-5240-PASS 11AX20MIMO-Ant2-5240-PASS Report No. ENS2510100210W00404RPage 400 of 472Ver.1.0 11AX20MIMO-Ant1-5260-PASS 11AX20MIMO-Ant2-5260-PASS Report No. ENS2510100210W00404RPage 401 of 472Ver.1.0 11AX20MIMO-Ant1-5280-PASS 11AX20MIMO-Ant2-5280-PASS Report No. ENS2510100210W00404RPage 402 of 472Ver.1.0 11AX20MIMO-Ant1-5320-PASS 11AX20MIMO-Ant2-5320-PASS Report No. ENS2510100210W00404RPage 403 of 472Ver.1.0 11AX20MIMO-Ant1-5500-PASS 11AX20MIMO-Ant2-5500-PASS Report No. ENS2510100210W00404RPage 404 of 472Ver.1.0 11AX20MIMO-Ant1-5580-PASS 11AX20MIMO-Ant2-5580-PASS Report No. ENS2510100210W00404RPage 405 of 472Ver.1.0 11AX20MIMO-Ant1-5700-PASS 11AX20MIMO-Ant2-5700-PASS Report No. ENS2510100210W00404RPage 406 of 472Ver.1.0 11AX20MIMO-Ant1-5745-PASS 11AX20MIMO-Ant2-5745-PASS Report No. ENS2510100210W00404RPage 407 of 472Ver.1.0 11AX20MIMO-Ant1-5785-PASS 11AX20MIMO-Ant2-5785-PASS Report No. ENS2510100210W00404RPage 408 of 472Ver.1.0 11AX20MIMO-Ant1-5825-PASS 11AX20MIMO-Ant2-5825-PASS Report No. ENS2510100210W00404RPage 409 of 472Ver.1.0 11AX40MIMO-Ant1-5190-PASS 11AX40MIMO-Ant2-5190-PASS Report No. ENS2510100210W00404RPage 410 of 472Ver.1.0 11AX40MIMO-Ant1-5230-PASS 11AX40MIMO-Ant2-5230-PASS Report No. ENS2510100210W00404RPage 411 of 472Ver.1.0 11AX40MIMO-Ant1-5270-PASS 11AX40MIMO-Ant2-5270-PASS Report No. ENS2510100210W00404RPage 412 of 472Ver.1.0 11AX40MIMO-Ant1-5310-PASS 11AX40MIMO-Ant2-5310-PASS Report No. ENS2510100210W00404RPage 413 of 472Ver.1.0 11AX40MIMO-Ant1-5510-PASS 11AX40MIMO-Ant2-5510-PASS Report No. ENS2510100210W00404RPage 414 of 472Ver.1.0 11AX40MIMO-Ant1-5550-PASS 11AX40MIMO-Ant2-5550-PASS Report No. ENS2510100210W00404RPage 415 of 472Ver.1.0 11AX40MIMO-Ant1-5670-PASS 11AX40MIMO-Ant2-5670-PASS Report No. ENS2510100210W00404RPage 416 of 472Ver.1.0 11AX40MIMO-Ant1-5755-PASS 11AX40MIMO-Ant2-5755-PASS Report No. ENS2510100210W00404RPage 417 of 472Ver.1.0 11AX40MIMO-Ant1-5795-PASS 11AX40MIMO-Ant2-5795-PASS Report No. ENS2510100210W00404RPage 418 of 472Ver.1.0 11AX80MIMO-Ant1-5210-PASS 11AX80MIMO-Ant2-5210-PASS Report No. ENS2510100210W00404RPage 419 of 472Ver.1.0 11AX80MIMO-Ant1-5290-PASS 11AX80MIMO-Ant2-5290-PASS Report No. ENS2510100210W00404RPage 420 of 472Ver.1.0 11AX80MIMO-Ant1-5530-PASS 11AX80MIMO-Ant2-5530-PASS Report No. ENS2510100210W00404RPage 421 of 472Ver.1.0 11AX80MIMO-Ant1-5610-PASS 11AX80MIMO-Ant2-5610-PASS Report No. ENS2510100210W00404RPage 422 of 472Ver.1.0 11AX80MIMO-Ant1-5775-PASS 11AX80MIMO-Ant2-5775-PASS Report No. ENS2510100210W00404RPage 423 of 472Ver.1.0 11AX160MIMO-Ant1-5250_UNII-1-PASS 11AX160MIMO-Ant2-5250_UNII-1-PASS Report No. ENS2510100210W00404RPage 424 of 472Ver.1.0 11AX160MIMO-Ant1-5250_UNII-2A-PASS 11AX160MIMO-Ant2-5250_UNII-2A-PASS Report No. ENS2510100210W00404RPage 425 of 472Ver.1.0 11AX160MIMO-Ant1-5570-PASS 11AX160MIMO-Ant2-5570-PASS Report No. ENS2510100210W00404RPage 426 of 472Ver.1.0 8.4 UNDESIRABLE RADIATED SPURIOUS EMISSION 8.4.1 Applicable Standard According to FCC Part 15.407 (b) According to 789033 D02 Section II(G) 8.4.2 Conformance Limit For transmitters operating in the 5.15-5.25 GHz band: All emissions outside of the 5.15-5.35 GHz band shall not exceed an e.i.r.p. of −27 dBm/MHz. For transmitters operating in the 5.25-5.35 GHz band: All emissions outside of the 5.15-5.35 GHz band shall not exceed an e.i.r.p. of −27 dBm/MHz. For transmitters operating in the 5.47-5.725 GHz band: All emissions outside of the 5.47-5.725 GHz band shall not exceed an e.i.r.p. of −27 dBm/MHz. For transmitters operating in the 5.725-5.85 GHz band: All emissions shall be limited to a level of −27 dBm/MHz at 75 MHz or more above or below the band edge increasing linearly to 10 dBm/MHz at 25 MHz above or below the band edge, and from 25 MHz above or below the band edge increasing linearly to a level of 15.6 dBm/MHz at 5 MHz above or below the band edge, and from 5 MHz above or below the band edge increasing linearly to a level of 27 dBm/MHz at the band edge. The emission measurements shall be performed using a minimum resolution bandwidth of 1 MHz. A lower resolution bandwidth may be employed near the band edge, when necessary, provided the measured energy is integrated to show the total power over 1 MHz. Unwanted emissions below 1 GHz must comply with the general field strength limits set forth in §15.209. The emissions from an intentional radiator shall not exceed the field strength levels specified in the following table 15.209(a): Restricted Frequency(MHz)Field Strength (μV/m)Field Strength (dBμV/m)Measurement Distance 0.009-0.4902400/F(KHz)20 log (uV/m)300 0.490-1.7052400/F(KHz)20 log (uV/m)30 1.705-303029.530 30-88100403 88-21615043.53 216-960200463 Above 960500543 The provisions of §15.205 apply to intentional radiators operating under this section,15.205 Restricted bands of operation MHzMHzMHzGHz 0.090-0.11016.42-16.423399.9-4104.5-5.15 10.495-0.50516.69475-16.69525608-6145.35-5.46 2.1735-2.190516.80425-16.80475960-12407.25-7.75 4.125-4.12825.5-25.671300-14278.025-8.5 4.17725-4.1777537.5-38.251435-1626.59.0-9.2 4.20725-4.2077573-74.61645.5-1646.59.3-9.5 6.215-6.21874.8-75.21660-171010.6-12.7 6.26775-6.26825123-1382200-230014.47-14.5 8.291-8.294149.9-150.052310-239015.35-16.2 8.362-8.366156.52475-156.525252483.5-250017.7-21.4 8.37625-8.38675156.7-156.92690-290022.01-23.12 8.41425-8.41475162.0125-167.173260-326723.6-24.0 12.29-12.293167.72-173.23332-333931.2-31.8 12.51975-12.52025240-2853345.8-335836.43-36.5 12.57675-12.57725322-335.43600-4400(2) 13…
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Report No. ENS2510100210W00404RPage 336 of 472Ver.1.0 11A-Ant1-5200-PASS 11A-Ant2-5200-PASS Report No. ENS2510100210W00404RPage 337 of 472Ver.1.0 11A-Ant1-5240-PASS 11A-Ant2-5240-PASS Report No. ENS2510100210W00404RPage 338 of 472Ver.1.0 11A-Ant1-5260-PASS 11A-Ant2-5260-PASS Report No. ENS2510100210W00404RPage 339 of 472Ver.1.0 11A-Ant1-5280-PASS 11A-Ant2-5280-PASS Report No. ENS2510100210W00404RPage 340 of 472Ver.1.0 11A-Ant1-5320-PASS 11A-Ant2-5320-PASS Report No. ENS2510100210W00404RPage 341 of 472Ver.1.0 11A-Ant1-5500-PASS 11A-Ant2-5500-PASS Report No. ENS2510100210W00404RPage 342 of 472Ver.1.0 11A-Ant1-5580-PASS 11A-Ant2-5580-PASS Report No. ENS2510100210W00404RPage 343 of 472Ver.1.0 11A-Ant1-5700-PASS 11A-Ant2-5700-PASS Report No. ENS2510100210W00404RPage 344 of 472Ver.1.0 11A-Ant1-5745-PASS 11A-Ant2-5745-PASS Report No. ENS2510100210W00404RPage 345 of 472Ver.1.0 11A-Ant1-5785-PASS 11A-Ant2-5785-PASS Report No. ENS2510100210W00404RPage 346 of 472Ver.1.0 11A-Ant1-5825-PASS 11A-Ant2-5825-PASS Report No. ENS2510100210W00404RPage 347 of 472Ver.1.0 11N20MIMO-Ant1-5180-PASS 11N20MIMO-Ant2-5180-PASS Report No. ENS2510100210W00404RPage 348 of 472Ver.1.0 11N20MIMO-Ant1-5200-PASS 11N20MIMO-Ant2-5200-PASS Report No. ENS2510100210W00404RPage 349 of 472Ver.1.0 11N20MIMO-Ant1-5240-PASS 11N20MIMO-Ant2-5240-PASS Report No. ENS2510100210W00404RPage 350 of 472Ver.1.0 11N20MIMO-Ant1-5260-PASS 11N20MIMO-Ant2-5260-PASS Report No. ENS2510100210W00404RPage 351 of 472Ver.1.0 11N20MIMO-Ant1-5280-PASS 11N20MIMO-Ant2-5280-PASS Report No. ENS2510100210W00404RPage 352 of 472Ver.1.0 11N20MIMO-Ant1-5320-PASS 11N20MIMO-Ant2-5320-PASS Report No. ENS2510100210W00404RPage 353 of 472Ver.1.0 11N20MIMO-Ant1-5500-PASS 11N20MIMO-Ant2-5500-PASS Report No. ENS2510100210W00404RPage 354 of 472Ver.1.0 11N20MIMO-Ant1-5580-PASS 11N20MIMO-Ant2-5580-PASS Report No. ENS2510100210W00404RPage 355 of 472Ver.1.0 11N20MIMO-Ant1-5700-PASS 11N20MIMO-Ant2-5700-PASS Report No. ENS2510100210W00404RPage 356 of 472Ver.1.0 11N20MIMO-Ant1-5745-PASS 11N20MIMO-Ant2-5745-PASS Report No. ENS2510100210W00404RPage 357 of 472Ver.1.0 11N20MIMO-Ant1-5785-PASS 11N20MIMO-Ant2-5785-PASS Report No. ENS2510100210W00404RPage 358 of 472Ver.1.0 11N20MIMO-Ant1-5825-PASS 11N20MIMO-Ant2-5825-PASS Report No. ENS2510100210W00404RPage 359 of 472Ver.1.0 11N40MIMO-Ant1-5190-PASS 11N40MIMO-Ant2-5190-PASS Report No. ENS2510100210W00404RPage 360 of 472Ver.1.0 11N40MIMO-Ant1-5230-PASS 11N40MIMO-Ant2-5230-PASS Report No. ENS2510100210W00404RPage 361 of 472Ver.1.0 11N40MIMO-Ant1-5270-PASS 11N40MIMO-Ant2-5270-PASS Report No. ENS2510100210W00404RPage 362 of 472Ver.1.0 11N40MIMO-Ant1-5310-PASS 11N40MIMO-Ant2-5310-PASS Report No. ENS2510100210W00404RPage 363 of 472Ver.1.0 11N40MIMO-Ant1-5510-PASS 11N40MIMO-Ant2-5510-PASS Report No. ENS2510100210W00404RPage 364 of 472Ver.1.0 11N40MIMO-Ant1-5550-PASS 11N40MIMO-Ant2-5550-PASS Report No. ENS2510100210W00404RPage 365 of 472Ver.1.0 11N40MIMO-Ant1-5670-PASS 11N40MIMO-Ant2-5670-PASS Report No. ENS2510100210W00404RPage 366 of 472Ver.1.0 11N40MIMO-Ant1-5755-PASS 11N40MIMO-Ant2-5755-PASS Report No. ENS2510100210W00404RPage 367 of 472Ver.1.0 11N40MIMO-Ant1-5795-PASS 11N40MIMO-Ant2-5795-PASS Report No. ENS2510100210W00404RPage 368 of 472Ver.1.0 11AC20MIMO-Ant1-5180-PASS 11AC20MIMO-Ant2-5180-PASS Report No. ENS2510100210W00404RPage 369 of 472Ver.1.0 11AC20MIMO-Ant1-5200-PASS 11AC20MIMO-Ant2-5200-PASS Report No. ENS2510100210W00404RPage 370 of 472Ver.1.0 11AC20MIMO-Ant1-5240-PASS 11AC20MIMO-Ant2-5240-PASS Report No. ENS2510100210W00404RPage 371 of 472Ver.1.0 11AC20MIMO-Ant1-5260-PASS 11AC20MIMO-Ant2-5260-PASS Report No. ENS2510100210W00404RPage 372 of 472Ver.1.0 11AC20MIMO-Ant1-5280-PASS 11AC20MIMO-Ant2-5280-PASS Report No. ENS2510100210W00404RPage 373 of 472Ver.1.0 11AC20MIMO-Ant1-5320-PASS 11AC20MIMO-Ant2-5320-PASS Report No. ENS2510100210W00404RPage 374 of 472Ver.1.0 11AC20MIMO-Ant1-5500-PASS 11AC20MIMO-Ant2-5500-PASS Report No. ENS2510100210W00404RPage 375 of 472Ver.1.0 11AC20MIMO-Ant1-5580-PASS 11AC20MIMO-Ant2-5580-PASS Report No. ENS2510100210W00404RPage 376 of 472Ver.1.0 11AC20MIMO-Ant1-5700-PASS 11AC20MIMO-Ant2-5700-PASS Report No. ENS2510100210W00404RPage 377 of 472Ver.1.0 11AC20MIMO-Ant1-5745-PASS 11AC20MIMO-Ant2-5745-PASS Report No. ENS2510100210W00404RPage 378 of 472Ver.1.0 11AC20MIMO-Ant1-5785-PASS 11AC20MIMO-Ant2-5785-PASS Report No. ENS2510100210W00404RPage 379 of 472Ver.1.0 11AC20MIMO-Ant1-5825-PASS 11AC20MIMO-Ant2-5825-PASS Report No. ENS2510100210W00404RPage 380 of 472Ver.1.0 11AC40MIMO-Ant1-5190-PASS 11AC40MIMO-Ant2-5190-PASS Report No. ENS2510100210W00404RPage 381 of 472Ver.1.0 11AC40MIMO-Ant1-5230-PASS 11AC40MIMO-Ant2-5230-PASS Report No. ENS2510100210W00404RPage 382 of 472Ver.1.0 11AC40MIMO-Ant1-5270-PASS 11AC40MIMO-Ant2-5270-PASS Report No. ENS2510100210W00404RPage 383 of 472Ver.1.0 11AC40MIMO-Ant1-5310-PASS 11AC40MIMO-Ant2-5310-PASS Report No. ENS2510100210W00404RPage 384 of 472Ver.1.0 11AC40MIMO-Ant1-5510-PASS 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5 HOLLAND, BLDG.201 · IRVINE, 92618 · United States
| # | Rule Parts | Frequency Range | Power Output |
|---|---|---|---|
| 1 | 15E | 5.18 GHz - 5.24 GHz | 20.00 mW |
| 2 | 15E | 5.26 GHz - 5.32 GHz | 21.00 mW |
| 3 | 15E | 5.50 GHz - 5.70 GHz | 19.00 mW |
| 4 | 15E | 5.75 GHz - 5.83 GHz | 19.00 mW |