Test Report NII DSF

FCC ID: QISMAR-LX1AM

Test Report

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FCCID_4290939

R TEST REPOR RF RT Applicant Huaw wei Technologies Co., C Ltd. C ID FCC QISMAR-LX1A AM Pro oduct Smartt Phone Mo odel MAR--LX1Am Rep port No. R1905 5H0093-R R8 Issue Date May 20, 2 2019 ology (Shang TA Techno ghai) Co., Ltd. tested the above equipm ment in accord dance with the e requiremen nts in FCC CFR47 Pa 8). The test re art 15E (2018 esults show th hat the equipm ment tested iss capable of d demonstrating g compliance e with the re equirements as a documente ed in this repo ort. P Performed byy: Peng Tao Approvved by: Kai Xu TA Techn nology y (Sha anghaii) Co., Ltd. No.145, Jinta ang Rd, Tangzh hen Industry Park, P Pudong Shanghai, Chiina TEL: +86‐021‐50791 + 1141/2/3 FAX: +86‐‐021‐5079114 41/2/3‐8000

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 TABLE E OF CO ONTENT T 1. Test Laboratory .............................................................................................................................. 4 1.1. Notes of the e test report ........................................................................................................... 4 1.2. Test facility ............................................................................................................................. 4 1.3. Testing Loccation ..................................................................................................................... 5 2. eral Descrip Gene ption of Equipment unde er Test............................................................................... 6 3. ds .......................................................................................................................... 9 Applied Standard 4. DFS Technical Requiremen R ts and Rada ar Test Waveforms ......................................................... 10 4.1. DFS Overview ...................................................................................................................... 10 4.2. DFS Detecttion Thresho olds ................................................................................................... 11 4.3. RADAR TES ST WAVEFO ORMS .............................................................................................. 12 4.4. Test set-upss ......................................................................................................................... 15 5. Test Case Results ........................................................................................................................ 17 5.1. DFS Detecttion Thresho olds ................................................................................................... 17 5.2. In-Service Monitoring M fo or Channel Move M Time, Channel Closing Transsmission Tim me and Non-Occcupancy Period ................................................................................................................... 19 6. Main n Test Instruments .................................................................................................................. 25 TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 2 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Summa ary of me easureme ent results Number Summ mary of me easurements of results s C Clause in FC CC rules Verdict 1 DFS Dete ection Thresshold 15.407/KDB 905462 5.2 pass 2 U-NII Dete ection Bandw width 15.4 407/KDB 90 05462 7.8.1 NA 3 C Channel Ava ailability Che eck Time 15.4 407/KDB 90 05462 7.8.2 NA 4 In-Service Monitorin ng for Chann nel Move Tim me 15.4 407/KDB 90 05462 7.8.3 pass In-Serrvice Monitoring for Cha annel Closing g 5 407/KDB 90 15.4 05462 7.8.3 pass Transmmission Time In-Serrvice Monito oring for Non n-Occupancy y 6 407/KDB 90 15.4 05462 7.8.3 pass Perriod(NOP) 7 S Statistical Performance Check 15.4 407/KDB 90 05462 7.8.4 NA Date of Te esting: May 10, 2019 ~ May 19, 201 19 TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 3 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 1. Tes st Labora atory 1.1. No otes of the e test repo ort This repo ort shall not be b reproducced in full or partial, with hout the writtten approva al of TA tech hnology ai) co., Ltd. The resultss documente (shangha ed in this rep port apply on nly to the tessted sample e, under the conditions and mode es of operatio ent Uncertainties were not taken on as described herein .Measureme into account and are published fo or informatio onal purpose es only. Thiss report is w written to sup pport regulatoryy compliancce of the app plicable stan ndards stated d above. 1.2. Test facility CNAS (accreditation n number: L2264) TA Techn nology (Shanghai) Co., Ltd. has obttained the ac ccreditation of China Na ational Accre editation Service fo or Conformitty Assessment (CNAS). FCC (Des signation number: n CN N1179, Test Firm Regis stration Num mber: 44662 26) TA Techn nology (Shanghai) Co., Ltd. has bee en listed on the US Federal Commu unications Commission C list of testt facilities re ecognized to o perform ele ectromagnettic emissions measurem ments. IC (recog gnition num mber is 8510 0A) TA Technnology (Shanghai) Co., Ltd. has bee en listed by industry Canada to perfform electro omagnetic emission measureme ent. cognition number VCCI (rec n is C-4595, C T-21 154, R-4113, G-10766) TA Technology (Shan nghai) Co., Ltd. L has bee en listed by industry Jap pan to perforrm electroma agnetic emission measuremeent. A2LA (Ce ertificate Number: 385 57.01) TA Technnology (Shanghai) Co., Ltd. has beeen listed by American Association A ffor Laboratory Accredita ation to perfo orm electrom magnetic em mission meas surement. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 4 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 1.3. Testing Location Compan ny: TA A Technolog gy (Shangha ai) Co., Ltd. Addresss: No o.145, Jintan ng Rd, Tang gzhen Industry Park, Pu udong City: Sh hanghai Post cod de: 20 01201 Countryy: P. R. China Contactt: Xu u Kai Telepho one: +8 86-021-5079 91141/2/3 Fax: +8 86-021-5079 91141/2/3-80 000 Website e: htttp://www.ta--shanghai.co om E-mail: xu ukai@ta-sha anghai.com TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 5 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 2. Gen neral Des scription n of Equiipment under u Tes st Client Infformation Applicant Hu uawei Techn nologies Co., Ltd. Ad dministrationn Building, Headquarter H rs of Huaweii Technologiies Co., Applicant addres ss Ltd d., Bantian, Longgang District, D Shenzhen, 5181 129, P.R.Chhina. Manu ufacturer Hu uawei Techn nologies Co., Ltd. Ad dministrationn Building, Headquarter H rs of Huaweii Technologiies Co., Manu ufacturer ad ddress Ltd d., Bantian, Longgang District, D Shenzhen, 5181 129, P.R.Chhina. General information n EUT Descrip ption Model MAR-LX1 1Am SN 76YDU19 9415000023 3 Hardw ware Version n HL4MAR RLM Softw ware Version 9.0.1.152 2(SP2C900E E140R1P6) Power Supply Battery/ AC A adapter Anten nna Type Internal Antenna A U-NII-2A((5250MHz-5 5350MHz) Test Mode M U-NII-2C((5470MHz-5 5725MHz wiith 5600MHzz -5650MHz z) 802.11a(HT20) : OFD DM Modulation Type 802.11n(HT20/HT40) : OFDM 802.11acc (VHT20/VH HT40/VHT80 0):OFDM Masterr Opera ating Mode Client with w radar detection Client without w rada ar detection Opera ating Freque ency U-NII-2A: 5250MHz-5350MHz Range e(s) U-NII-2C: 5470MHz-5725MHz with5600MH w Hz -5650MHz z E EUT Access sory Manufactturer: Huaweei Technolog gies Co., Ltd d. Batterry 1 (Sunwodaa Electronic c CO., LTD) Model: HB356687EC CW Manufactturer: Huawe ei Technolog gies Co., Ltd d. Batterry 2 (Huizhou Desay Batttcry Co., Ltd) Model: HB356687EC CW Manufactturer: Huawe ei Technologgies Co., Ltd d. Batterry 3 (SCUD (FFUJIAN) Eleectronics Co o., Ltd) Model: HB356687EC CW Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 1 Model: HWW-090200EEH0 TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 6 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 2 Model: HWW-090200BBH0 Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 3 Model: HWW-090200AAH0 Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 4 Model: HWW-090200UUH0 Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 5 Model: HWW-059200EEHQ Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 6 Model: HWW-090200UUH1 Manufactturer: Huawe ei Technolog gies Co., Ltd d. Adaptter 7 Model: HWW-090200IHH0 Manufactturer: Jiangx xi Lianchuang Hongshen ng Electronic c Co., Earph hone 1 LTD. Model: MEND1532B5 M 528A02 Manufactturer: Boluo County Qua ancheng Electronic Co., Ltd. Earph hone 2 Model: 12 293-3283-3.5mm-322 Manufactturer: FOXCO ONN INTER RCONNECT TECHNOLO OGY Earph hone 3 LIMITED Model: EP PAB542-2W WH05-DH Manufactturer: Jiangx xi Lianchuang g Hongshen ng Electronic c Co., Earph hone 4 LTD. Model: MEND1532B5 528B00 Manufactturer: Boluo County Qua ancheng Elecctronic Co., Ltd. Earph hone 5 Model: 12 293-3283-3.5 5mm-336 Manufactturer: Hong Fu F Jin Precission Industryy (Shenzhen n) Co., Earph hone 6 LTD. Model: EP PAB542-2W WH06-DH Manufactturer: HUIZH HOU DEHON NG TECHNOLOGY CO O.,LTD. USB Cable C 1 Model: 33 30-50507 Manufactturer: FOXC CONN INTER RCONNECT T TECHNOL LOGY USB Cable C 2 LIMITED Model: CUDU01B-HC C295-EH Manufactturer: NingBo Broad Tele ecommunica ation Co.,Ltd d. USB Cable C 3 Model: WA0020 W Manufactturer: LUXSHARE Preciision Industrry Co., Ltd. USB Cable C 4 Model: L9 99UC131-CS-H Manufactturer: Freepo ort Resources Enterprisses (Jiangxi)) Co.,Ltd USB Cable C 5 Model: 18 8-93C2CHO O-001HF Manufactturer: Dongg guan Mingji Electronics Technology Group USB Cable C 6 Co.,Ltd Model: 20 03-1572-0 Note: The informa ation of the EUT is decla ared by the manufacturer. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 7 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Wireless s Technolog gy and Freq quency Ran nge Wireless s Technolog gy B Bandwidth Channe el Frequ uency 52 5260 0MHz 56 5280 0MHz 20 MHz 60 5300 0MHz U-NII-2A A 64 5320 0MHz 54 5270 0MHz 40 MHz 62 5310 0MHz 80 MHz 58 5290 0MHz 100 5500 0MHz 104 5520 0MHz 108 5540 0MHz 112 5560 0MHz 116 5580 0MHz 120 5600 0MHz 20 MHz 124 5620 0MHz Wi-Fi 128 5640 0MHz 132 5660 0MHz 136 5680 0MHz U-NII-2C C 140 5700 0MHz 144 5720 0MHz 102 5510 0MHz 110 5550 0MHz 118 5590 0MHz 40 MHz 126 5630 0MHz 134 5670 0MHz 142 5710 0MHz 106 5530 0MHz 80 MHz 122 5610 0MHz 138 5690 0MHz Does thiss device sup pport TPC Fu unction? Yes No Does thiss device sup pport TDWR Band? Y Yes No TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 8 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 3. App plied Sta andards Accordingg to the specifications of o the manufa acturer, it must m comply with the req quirements of o the following standards: R47 Part 15E (2018) Un FCC CFR nlicensed Na ational Inform mation Infra astructure De evices FCC KDB B 905462 D02UNII DFS S Compliance Procedu ures New Rules v02 FCC KDB B 905462 D03 Client Without W DFS S New Rules s v01r02 TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 9 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 4. DFS S Techniical Requ uirementts and Radar R Tes st Wavefforms 4.1. DF FS Overvie ew Table 1 Applicability A y of DFS Re equirementts Prior to Use U of a Ch hannel Opera ational Mode Requirem ment Client C Without Radar Client With W Radar M Master Detec ction Dete ection Non-Occu upancy Periiod Yes Ye es Yes Y DFS Dete ection Thresshold Yes Not req quired Yes Y Channel Availability A C Check Time e Yes Not req quired Not re equired U-NII Dettection Band dwidth Yes Not req quired Yes Y Table 2 Applicability A y of DFS re equirements s during no ormal opera ation Opera ational Mod de Requirem ment Master Device or Client with C ClientWithou ut Radar Radar Deetection Detectiion DFS Detection Thresh hold Yes Not requ uired Channel Closing C Tran nsmission Time Yes Yes Channel Move M Time Yes Yes U-NII Dete ection Bandw width Yes Not requ uired Additiona al requiremeents for Master Device or Client with Cllient Withouut Radar devices with w multiple bandwidtth Radar Deetection Detectiion modes U-NII Dete ection Bandw width All BW B modes must m be tested Not requ uired Statistical Performancce Check All BW B modes must m be tested Not requ uired Tesst using wide est BW mod de Tesst using the widest w BW Channel Closing C Tran nsmission Time availa able modde available for the link Tesst using wide est BW mod de Tesst using the widest w BW Channel Move M Time availa able modde available for the link All other te ests Any single BW B mode Not requ uired Note: Freqquencies se elected for sttatistical perrformance check shouldd include sevveral frequencies within the radar detection d baandwidth and d frequencie es near the edge e of the radar detecction bandwiddth. For 802.11 deevices it is su uggested to select frequ uencies in ea ach of the bo onded 20 MMHz channels and the channel ceenter freque ency. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 10 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 4.2. DF FS Detection Thresh holds Table 3 DFS D Detectiion Thresho olds for Ma aster Device es and Client Devices with Radarr Detection Value Maximum Transmitt Power (See Notes 1,, 2, and 3) EIRP ≥ 200 2 milliwattt -64 dB Bm EIRP < 200 2 milliwattt and powe er spectral density d -62 dB Bm < 10 dBm m/MHz EIRP < 200 2 milliwattt that do no ot meet the power -64 dB Bm spectral density requ uirement Note 1: This T is the le evel at the in nput of the receiver r assuming a 0 dBi d receive a antenna. Note 2: Throughout T these test procedures p a additiona an al 1 dB has been b added to the amplitude of the test transmission wa aveforms too account for variations in measure ement equippment. This will ensure that the test t signal iss at or abovee the detection threshold level to trigger a DFS response. Note3: EIRP E is bassed on the highest anttenna gain. For MIMO devices reffer to KDB Publication 662911 D01. D Table 4 DFS D Respon nse Require ement Valu ues Parametter Value Non-occu upancy period M Minimum 30 minutes Channel Availability Check Time e 60 seco onds 10 seco onds Channel Move Time See Notte 1. 200 milliseconds + an n aggregate of 60 Channel Closing Tra ansmission Time T milliseconds over o remainiing 10 secon nd period. See Notes 1 and 2. Minimum 100 0% of the U-NII 99% tran nsmission U-NII De etection Bandwidth power bandwidth. See Note 3. 3 Note 1: Channel C Moove Time and the Chann nel Closing Transmissio T on Time should be perfo ormed with Radar Tyype 0. The measuremen m nt timing beg gins at the end e of the Radar Type 0 burst. Note 2: The T Channe el Closing Trransmission n Time is com mprised of 200 2 milliseco onds startingg at the beginning of the Cha annel Move Time plus anya additiona al intermitten nt control sig gnals required to facilitate a Channel move m (an ag ggregate of 60 milliseco onds) during the remaind der of the 10 0 second period. The T aggrega ate duration of control signals will no ot count quie et periods in n between transmissions. Note 3: During D the U-NII U Detecttion Bandwid dth detectionn test, radarr type 0 shou uld be used.. For each frequenccy step the minimum m perrcentage of detection is 90 percent.. Measurements are performed with no data d traffic TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 11 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 4.3. RA ADAR TES ST WAVEF FORMS Table 5 Short S Pulse e Radar Tes st Waveform ms Minim mum Pulse Minimum M Radarr PRI Number off Percentaage of Width Nu umber of Type (μsec) Pulses Successful (μsec) Trials Detecction 0 1 1428 18 See No ote 1 Se ee Note 1 Test A: 15 unique PR RI values randomly selected froom the list of 23 PRRI values in Table T 5a Test B: 155 unique PRI values 1 1 randomly selected s witthin the Roundup 60% % 30 range of 518-3066 5 μseec, with a minimum increment i off 1 μsec, excluding PRI values selected in Test A 2 1-5 150-230 23-29 60% % 30 3 6-10 200-500 16-18 60% % 30 4 11-20 200-500 12-16 60% % 30 Aggreg gate (Radar Types 1-4) 80% 120 0 Note 1: Short Pulse e Radar Type 0 should be b used for th he detection bandwidth te est, channel move time, and channel closing c time tests. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 12 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Table 5a Pulse Repe etition Interrvals Value es for Test A Pulse Repettition P Pulse Rep petition Fre equency Pulse Re epetition Intterval Frrequency Number (Pulse es Per Secoond) (Mic croseconds s) 1 1930.5 518 2 1858.7 538 3 1792.1 558 4 1730.1 578 5 1672.2 598 6 1618.1 618 7 1567.4 638 8 1519.8 658 9 1474.9 678 10 1432.7 698 11 1392.8 718 12 1355 738 13 1319.3 758 14 1285.3 778 15 1253.1 798 16 1222.5 818 17 1193.3 838 18 1165.6 858 19 1139 878 20 1113.6 898 21 1089.3 918 22 1066.1 938 23 326.2 3066 The aggrregate is the e average off the percentage of succ cessful dete ections of Sh hort Pulse Radar R Typess 1-4. For example, the following g table indicates how to compute e the aggre egate of percentage off successfuul detectionss. Number of Successful Minim mum Percenttage of Rad dar Type Number of o Trials Detecctions Succcessful Dete ection 1 35 5 29 2 82.9% 2 30 0 18 1 60% 3 30 0 27 2 90% 4 50 0 44 4 88% Aggregate (82.9% % + 60% + 90% + 88%)//4 = 80.2% TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 13 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Table 6 Long L Pulse Radar Testt Waveform m Minim mum Pulse Chirp Numberr Minimum Rada ar PRI Numbe er Percenntage Width Width of Pulses s Nu umber of Type e (μsec) of Burstts of Succcessful (μsec) (MHz) per Burs st Trials T Detecction 5 50-100 5-20 1000-2000 0 1-3 8-20 80% % 30 The parameters for this t waveforrm are rando omly chosen n.Thirty uniq que waveforrms are requ uired for the e Long Pulse Radar Type T wavefo orms. If more e than 30 waveforms w a used forr the Long Pulse are P Radarr Type wavveforms, theen each addditional wavveform mus st also be unique u and not repeateed from the e previous waveforms. Table 7 Frequency F H Hopping Ra adar Test Waveform W Hopping Minim mum Pulse Hopping Minimum Rada ar PRI Pulses Sequencee Percenntage Width Rate Number of Type e (μsec) per Hop Length of Succeessful (μsec) (kHz) Trials T (msec) Detecction 6 1 333 9 0.333 300 70% % 30 For the Frequency Hopping Radar Type, the e same Burs st parameterrs are used ffor each wav veform. The e hopping sequence iss different for f each wa aveform and d a 100-length segmen nt is selecte ed from the e hopping sequence s d defined by th g algorithm: The first fre he following equency in a hopping sequence s iss selected randomly from f the gro oup of 475 integer frequencies frrom 5250 – 5724 MHz z. Next, thee frequencyy that was ju ust chosen is removed fromf the gro oup and a freequency is rrandomly seelected from m the remaaining 474 frequencies f in the grou up. This proocess contin nues until a all 475 frequ uencies are e chosen foor the set. For F selection n of a rando om frequenc cy, the frequuencies rem maining within the group p are alwayys treated ass equally like ely. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 14 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 4.4. Test set-ups s We test th he data stre eam using MPEG-X M filess. Setup for Master wiith injection n at the Mas ster Figure 2: Example Conducted C Setup where UUT is a Master M and Radar R Test W Waveforms are injected d into the Master M Setup for Client with injection at the Mastter Figure 3: Example Conducted C S Setup where e UUT is a Client C and Radar R Waveforms are injected Test W d into the Master M TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 15 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Setup for Client with injection at the Clien nt Figure 4: Example Conducted C S Setup where e UUT is a Client C and Radar R Test W Waveforms are injected d into the Client C TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 16 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 5. Tes st Case Results R 5.1. DF FS Detection Thresh holds Ambient condition Temperrature Relative e humidity Pressure 23°C ~25°C ~ 45% %~50% 101.5kP Pa Methods s of Measure ement Client witth injection at a the Masteer. For a detection thresshold level of -64dBm, the require ed signal strrength at EUT antenna a location iss -64dBm, the tested le evel is lowerr than requirred level hen nce it provid des margin to o the limit. Frequ uency of Calibration Bandwidth Central C Frequency 5300MH Hz 20MHz 5500MH Hz 5270MH Hz 40MHz 5550MH Hz 5290MH Hz 80MHz 5610MH Hz TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 17 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Calibration Result Radar 0 Central Frrequency: 5270 MHz Centra al Frequencyy: 5290 MHz z Central Frrequency: 5300 MHz Centra al Frequencyy: 5500 MHz z Central Frrequency: 5550 MHz Centra al Frequencyy: 5610 MHz z TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 18 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 5.2. In--Service Monitoring M g for Chan nnel Move Time, Ch hannel Clo osing Tran nsmission n Time annd Non-Oc ccupancy Period Ambient condition Temp perature Relativve humidity Pressure e 23°C C ~25°C 45% %~50% 101.5kPa s of Measure Methods ement These tessts define ho ow the follow wing DFS pa arameters are a verified during d In-Service Monito oring; - Channeel Closing Trransmission Time - Channeel Move Time e - Non-Occcupancy Pe eriod The stepss below define the proceedure to dettermine the above menttioned parammeters whenn a radar Burst with h a level equ ual to the DF FS Detection enerated on the Operating Channel n Threshold + 1dB is ge of the U-N NII device (In- Service Monitoring). M 1. One freequency willl be chosen from the Opperating Cha annels of the e EUT within n the 5250-55350 MHz orr 5470-572 25 MHz band ds. For 802..11 devices, the test freq quency musst contain coontrol signalss. This can be verified by disablin ng channel loading l and monitoring thet spectrum m analyzer. If no controll signals are e detected,, another fre equency musst be selecteed within thee emission bandwidth b where controll signals are e detected.. 2. In casee the EUT iss a U-NII devvice operatin ng as a Client Device (w with or without DFS), a U-NII U device e operating g as a Masteer Device will be used to allow the EUT (Client device) d to Asssociate with h the Masterr Device. In n case the EUT E is a Master Device,, a U-NII dev vice operatinng as a Clieent Device will w be used and it is assumed a tha at the Client will Associa ate with the EUT (Maste er). In both ccases for connducted tests, the Radar Wavveform gene erator will be e connected to the Master Device. F For radiated tests, the emissionss of the Rad dar Waveform generatorr will be dire ected toward ds the Maste er Device. If the Master Device ha as antenna gain, the ma ain beam of the antenna a will be dire ected toward d the radar emitter. e Vertical polarization p i used for te is esting. 3. Streamm the channe el loading te est file from the t Master Device D to the e Client Devvice on the te est Channell for the en ntire period of o the test. 4. At time e T0 the Raddar Waveform m generatorr sends a Buurst of pulse es for one off the Radar Type T 0 in Table 5 at a levels defin ned in Table e 3, on the Operating O Chhannel. An additional a 1d dB is added to the radarr test signa al to ensure it is at or ab bove the DFS S Detection Threshold, accounting for equipme ent variationss/errors. 5. Observve the transmmissions of the EUT at the end of thhe radar Burst on the OOperating Chhannel for duration greater g than n 10 secondss. Measure and record thet transmisssions from the EUT during the observation time (Ch hannel Move e Time). Meaasure and re ecord the Ch hannel Movee Time and Channel Closing Transmission T n Time if rad dar detection n occurs. Fig gure 17 illusstrates Chan nnel Closing TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 19 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Transmisssion Time. 6. When operating ass a Master Device, D monnitor the EUT T for more th han 30 minu utes following instant T2 to verify that t the EUT T does not reesume any transmission t ns on this Channel. Perf rform this tes st once and record the e measuremment result. 7. In case e the EUT iss a U-NII devvice operatin ng as a Client Device with w In-Servicce Monitoring, perform steps 1 to o 6. Figure 17: Example of Channel Clo osing Transm mission Time e & Channel C Closing Time e Limits Cha annel Move Time ≤10s Cha annel Closin ng Transmission Time ≤200ms s + 60ms (ovver remainin ng 10s period) Non n-Occupanccy Period ≥30min Note 1: Channel C Move Time and the t Channel Closing Tran nsmission Tiime should b be performed d with Radar Type 0. The measurem ment timing begins at the e end of the Radar Type 0 burst. he Channel Closing Note 2:Th C Tran nsmission Tim me is comprised of 200 milliseconds m sstarting at the beginning of the Cha annel Move Time T ny additional intermittent control signa plus an als required tto facilitateaC Channel move (an aggregate of o 60 millisecconds) during g the remaind der of the 10 0 second periiod. The agg gregate duration of o control signals will not count quiet periods p in be etween transmissions. Measurement Uncertainty The asseessed measu urement unccertainty to ensure e 95% confidence level for the e normal dis stribution is with the coverage c facctor k = 1.96 6, U=2.69 dBB. TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 20 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 Test Res sults: Timing plot p Band dwidth 20MHz Bandwidth 4 40MHz Band dwidth 80MHz TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 21 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 In-Servic ce Monitorin ng for Chan nnel Move Time T Central Frrequency: 5270 MHz Centra al Frequencyy: 5290 MHz z Central Frrequency: 5300 MHz Centra al Frequencyy: 5500 MHz z Central Frrequency: 5550 MHz Centra al Frequencyy: 5610 MHz z TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 22 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 In-Servic ce Monitorin ng for Chan nnel Closing Transmis ssion Time Central Frrequency: 5270 MHz al Frequencyy: 5290 MHz Centra z Central Frrequency: 5300 MHz Centra al Frequencyy: 5500 MHz z Central Frrequency: 5550 MHz Centra al Frequencyy: 5610 MHz z TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 23 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 In-Servic ce Monitorin ng for Non--Occupancy y Period Central Frrequency: 5270 MHz Centra al Frequencyy: 5290 MHz z Central Frrequency: 5300 MHz Centra al Frequencyy: 5500 MHz z Central Frrequency: 5550 MHz Centra al Frequencyy: 5610 MHz z TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 24 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..

FCC RF Test Report R Reporrt No: R1905H0 0093-R8 6. Maiin Test In nstruments Caliibration Expiration Nam me Manufactu urer T Type Serial Num mber D Date Date Spectrum Analyzer Agilentt N9 9020A MY523300 084 2018-05-20 2019-05-19 9 Signal Generator Agilentt N5 5182B MY513503 303 2018-05-20 2019-05-19 9 UCL Splitter 2 way UCL-PD051 U 2-2S / / Microwavve RF Cable C Agilentt SMA A 15cm 0001 / / RF Cable C Agilentt SMA A 15cm 0002 / / RF Cable C Agilentt SMA A 15cm 0003 / / RF Cable C Agilentt SMA A 15cm 0004 / / N7 7607B Softw ware Agilentt / / / V3 3.0.0.0 Air-A AP1262 LDK1020773 WLAN N AP Cisco / / N--A-K9 (FCC ID) *****EN ND OF REPO ORT ***** TA Techno ology (Shanghai) Co., Ltd.. TA-M MB-04-007R Pagge 25 of 25 This report shall s not be rep produced except in full, withou ut the written ap pproval of TA Technology Te (Sha anghai) Co., Ltd..


Document Created: 2019-05-23 17:20:39
Document Modified: 2019-05-23 17:20:39
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