R1807B0070-M1V1_G-240W-G_FCC MPE

FCC ID: 2ADZRG240WG

RF Exposure Info

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FCCID_4042756

MP PE TE EST REPO R ORT Applicant Nokiia ShangHai Bell Co., C Ltd CC ID FC 2ADZRG240WG Prroduct 8 ISAM ONT 7368 O Brand NOK KIA M Marketing g G-24 40W-G M Model G-24 40W-G Report No o. R180 07B0070 0-M1V1 ssue Date Is e Octo ober 19, 2018 2 TA Techno ology (Shangh hai) Co., Ltd. tested the ab bove equipme ent in accorda ance with the e requirementts in FCC art 1 1.1310. The test resu 47 CFR Pa ults show thatt the equipme ent tested is capable c of demonstrating compliance c with the req quirements as documente ed in this repo ort. Perfo ormed by: Jia angpeng Lan Approvved by: Kai Xu u TA Techn T ology y (Shan nghai)) Co., L Ltd. No.145, Jintang Rd, R Tangzhen Industry Park, Pudong Shanghai, C China 86-021-50791 TEL: +8 1141/2/3 FAX: +86-0 021-5079114 41/2/3-8000

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 Table e of Contents 1 Test Laboratory L ................................................................................................................................. 3 1.1 N Notes of the Test Reporrt ........................................................................................................... 3 1.2 T Test facility ................................................................................................................................ 3 1.3 T Testing Loca ation ........................................................................................................................ 4 1.4 L Laboratory E Environment t ............................................................................................................ 4 2 Description of Eq quipment under Test ................................................................................................ 5 3 Maxim mum conduccted output power (mea asured) and antenna Ga ain ................................................. 6 TA Techno ology (Shang ghai) Co., Lttd. Paage 2 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 1 Testt Labora atory 1.1 Nottes of the Test Repo ort This reporrt shall not be b reproduce ed in full or partial, p witho out the writte en approval of TA techn nology (shangha ai) co., Ltd.T The results documented d d in this repo ort apply only to the testted sample, under the conditionss and modess of operatio bed herein .Measureme on as describ ent Uncertainties were not n taken into accou unt and are published p fo or informatio onal purpose es only. This report is wrritten to supp port regulatoryy compliance e of the applicable stand dards stated d above. 1.2 Tes st facility CNAS (ac ccreditation n number:L2264) TA Technology (Shan nghai) Co., Ltd. L has obta ained the ac ccreditation of o China Na ational Accre editation Service fo or Conformityy Assessmeent (CNAS). FCC (Des signation nu umber: CN1 1179, Test Firm F Registtration Num mber: 44662 26) TA Techno ology (Shanghai) Co., Ltd. has been n listed on th he US Federal Communnications Co ommission list of test facilities reccognized to perform electromagnetiic emissionss measurem ments. IC (recognition number is 8510 0A) ology (Shanghai) Co., Ltd. TA Techno L has been n listed by in ndustry Canada to perfo orm electrom magnetic emission measureme m ent. VCCI (rec cognition nu umber is C--4595, T-2154, R-4113, G-10766) TA Techno ology (Shanghai) Co., Ltd. L has been n listed by in ndustry Japa an to perform m electroma agnetic emission measureme m ent. A2LA (Ce ertificate Nu umber: 3857 7.01) TA Technoology (Shanghai) Co., Ltd. L has been n listed by American A Association forr Laboratory y Accreditattion to perform electrom magnetic emission meas surement. TA Techno ology (Shang ghai) Co., Lttd. Paage 3 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 1.3 Tes sting Loca ation Compa any: TA A Technology (Shanghai) Co., Ltd. Address: o.145, Jintang Rd, Tang No gzhen Indus stry Park, Pu udong Shang ghai, China City: Sh hanghai Post co ode: 20 01201 Countryy: P. R. China Contact: Xu u Kai Telepho one: +8 86-021-5079 91141/2/3 Fax: +8 86-021-5079 91141/2/3-8000 e: Website htttp://www.ta--shanghai.co om E-mail: xu ukai@ta-sha anghai.com 1.4 Lab boratory Environme E ent Temperrature 8C, Max. = 25 C Min. = 18 Relative e humidity Min. = 30 0%, Max. = 70% Ground d system ressistance < 0.5  Ambiennt noise is ch hecked and found very low and in compliance c w requirem with ment of stan ndards. Reflection of surrou unding objeccts is minimized and in compliance with require ement of sta andards. TA Techno ology (Shang ghai) Co., Lttd. Paage 4 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 2 Des scription of Equip pment un nder Tes st Client In nformation Applica ant Nokia Shangh hai Bell CO., Ltd. Applica ant address s No. 388, Ning gqiao Rd. Pilot Free Tra ade Zone, Sh hanghai, Ch hina Manufa acturer Nokia Shangh hai Bell CO., Ltd. Manufa acturer add dress No. 388, Ning gqiao Rd. Pilot Free Tra ade Zone, Sh hanghai, Ch hina General Technologie T es Model G G-240W-G SN / Hardwa are Version n P PEM2 Softwa are Version N Null Date off Testing: July 9, 2018~ ~ Septembe er 5, 2018 TA Techno ology (Shang ghai) Co., Lttd. Paage 5 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 3 Max ximum co onducted d outputt power (measure ( ed) and a antenna Gain The numeeric gain (G) of the anten nna with a gain g specifie ed in dB is de etermined b by Numeric gain g (G)=10^^(antenna gain/10) Maximum Conducted Output Antenna Gaain Band Po ower (dBm) Num meric gain (dBi) (dBm) (m mW) Wi-Fi 2.4G 24.32 270 0.40 3.00 2.00 Wi-Fi 5G 26.96 496 6.59 3.00 2.00 TA Techno ology (Shang ghai) Co., Lttd. Paage 6 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 According to section 1.1310 of o FCC 47 CFR C Part 1, limits for ma aximum perm missible exp posure (MPE)) are as follo owing Note e1. Occupattional/contro olled limits apply in situa ations in whic ch persons are exposed d as a conse equence of their em mployment provided thosse persons are a fully awa are of the po otential for e exposure and can exercise e control ove er their expo osure. Limitss for occupa ational/contro olled exposu ure also app ply in situation ns when an individual iss transient th hrough a location where occupational / controlle ed limits app ply provided d he or she is made aware of the po otential for exposure. e Note e2: General population/uncontrolled d exposuress apply in situations in which w the gen neral public may be d, or in whicch persons th exposed hat are expo osed as a co onsequence of their emp ployment ma ay not be fullly aware of o the potenttial for expossure or can not exercise e control ove er their expo osure. TA Techno ology (Shang ghai) Co., Lttd. Paage 7 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 The ma aximum perm missible exp posure for 15 500~100,000MHz is 1.0 0.So Ba and The maximum permissible p e exposure Wi-Fi 2.4G 0mW/cm2 1.0 Wi-F Fi 5G 0mW/cm2 1.0 TA Techno ology (Shang ghai) Co., Lttd. Paage 8 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

MPE E Test Report Repo ort No: R1807B B0070‐M1V1 R Exposure RF e Calculatio ons: T followin The ng informatio on provides the minimum m separation n distance fo or the highe est gain ante enna provided. Th his calculatio on is based on the cond ducted powe er, considering maximum m power and d antenna g gain. The fo ormula show wn in KDB 44 47498 D01 is used in the calculation n. E Equation from KDB 447498 D01 Ge eneral RF Exxposure Guidance v06 (10/23/2015 5) is: 2 S= PG / 4∏R R 2 Where: ensity (in app S = power de propriate units, e.g. mW W/cm ) P = Time-average maximum tune up procedure (in ( appropria ate units, e.g g., mW) eric gain of th G = the nume he antenna R = distance to t the cente er of radiation of the ante enna (20 cm m = limit for M MPE) Test Resu ult Limit Value V The e MPE Band P (mW) PG 2 2 Co onclusion (mW/cm ) (mW//cm ) rratio W Wi-Fi 2.4G 539.51 0.11 1.0 00 0 0.11 Pass W Wi-Fi 5G 990.83 0.20 1.0 00 0 0.20 Pass Note: R = 20cm ∏= 3.1416 3 The MPE M ratio = Mac Test Result÷Limitt Value So the sim multaneous transmitting t antenna pa airs as below w: ∑of MPE ratios=WiFi 2.4G + WiF Fi 5G =0.11+ +0.20=0.31 <1 < Note: For transmitters, t , minimum separation distance is s 20cm, eve en if calcula ations indic cate MPE distance is less. TA Techno ology (Shang ghai) Co., Lttd. Paage 9 of 9 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.


Document Created: 2018-10-19 09:22:45
Document Modified: 2018-10-19 09:22:45
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