SAR TE ST REPORT - fccid.io · .1.1 Aga.1.2 Bod easuremen est Configu.3.1 GS.3.2 3G .3.2.1 ......

TA Techno

1528- 201

demonstrat

Appl

FCC

Prod

Mode

Repo

Issue

ology (Shangh

13, ANSI/ IE

ting complian

TA TNo.1

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icant

ID

duct

el

ort No.

e Date

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Performed

Techn45, Jintang R

AR TE

ZTE Co

SRQ-ZT

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Multi-Mo

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May 17

tested the ab

992. The tes

equirements

by: Jiangpeng

ologyRd, Tangzhe

TEL: +8

FAX: +86-0

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TEBLADE

CDMA/GS

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as document

g Lan

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86-021-50791

021-5079114

REPO

n

EA521

SM（GPR

tal Mobile

21/BLADE

SAR02R1

ent in accorda

w that the eq

ted in this rep

Approved by

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uipment teste

port.

y: Kai Xu

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e requirement

ed is capable

Ltd. China

ts in IEEE

of

FC

TA TechnoThis report sh

1 Test L

1.1 N

1.2 T

1.3 T

1.4 L

2 State

3 Desc

4 Test S

5 Opera

5.1 T

5

5

5.2 M

5.3 T

5

5

5

5

5

5

6 SAR

6.1 S

6.2 D

6.3 S

7 Main

8 Tissu

8.1 T

8.2 S

9 Norm

9.1 G

9.2 W

9.3 L

9.4 W

9.5 B

10 Meas

10.1 E

10.2 S

10.3 M

10.4 S

11 Meas

ANNEX A

CC SAR Test Re

logy (Shanghhall not be repr

Laboratory ..

Notes of the

Test facility .

Testing Loca

Laboratory E

ement of Com

ription of Eq

Specification

ational Cond

Test Position

5.1.1 Aga

5.1.2 Bod

Measuremen

Test Configu

5.3.1 GS

5.3.2 3G

5.3.2.1 WC

5.3.3 LTE

5.3.4 Wi-

5.3.5 BT

Measureme

SAR Measur

DASY5 E-fie

SAR Measur

Test Equipm

e Dielectric

Tissue Verifi

System Perf

mal and Maxi

GSM Mode .

WCDMA Mo

LTE Mode ...

WLAN Mode

Bluetooth Mo

sured and R

EUT Antenn

Standalone S

Measured SA

Simultaneou

surement Un

A: Test Layou

eport

hai) Co., Ltd. roduced except

..................

Test Repor

..................

ation ...........

Environment

mpliance ....

quipment un

n, Methods a

ditions durin

ns ...............

ainst Phanto

dy Worn Co

nt Variability

uration ........

M Test Conf

Test Config

CDMA Test C

E Test Config

-Fi Test Con

Test Config

ents System

rement Set-

eld Probe Sy

rement Proc

ment ...........

Parameter

ication ........

formance Ch

imum Outpu

..................

ode .............

..................

e .................

ode ............

eported (Sc

a Locations

SAR test ex

AR Results

us Transmiss

ncertainty ...

ut ................

t in full, without

Table

...................

rt .................

...................

...................

t ..................

...................

der Test ......

and Procedu

ng Test ........

...................

om Head ···

nfiguration ·

y ..................

...................

figuration ··

guration ·····

Configuratio

guration ····

figuration ··

guration ·····

Configurati

up ..............

ystem ..........

cedure ........

...................

Measureme

...................

heck ............

ut Power .....

...................

...................

...................

...................

...................

caled) SAR R

..................

xclusion cons

...................

sion Analysi

...................

...................

t the written ap

e of Con

...................

...................

...................

...................

...................

...................

...................

ures ...........

...................

...................

················

················

...................

...................

················

················

on ·············

················

················

················

on ..............

...................

...................

...................

...................

ents & Syste

...................

...................

...................

...................

...................

...................

...................

...................

Results .......

...................

siderations .

...................

is ................

...................

...................

pproval of TA Te

tents

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

···············

···············

..................

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···············

···············

···············

..................

..................

..................

..................

..................

em Verificatio

..................

..................

..................

..................

..................

..................

..................

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..................

..................

..................

..................

..................

..................

..................

Report No

echnology (Shan

..................

..................

..................

..................

..................

..................

..................

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..................

..................

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..................

..................

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..................

on ..............

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

: RXA1704-011

Page nghai) Co., Ltd.

...................

...................

...................

...................

...................

...................

...................

...................

...................

...................

················

················

...................

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...................

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12SAR02R1

2 of 177

................ 4

................ 4

................ 4

................ 5

................ 5

................ 6

................ 6

.............. 10

............... 11

............... 11

············ 11

············ 11

.............. 12

.............. 12

············ 12

············ 13

············ 13

············ 17

············ 19

············ 20

.............. 21

.............. 21

.............. 22

.............. 23

.............. 25

.............. 26

.............. 26

.............. 28

.............. 31

.............. 31

.............. 33

.............. 34

.............. 44

.............. 45

.............. 46

.............. 46

.............. 47

.............. 48

.............. 63

.............. 68

.............. 69

FC


ANNEX B

ANNEX C

ANNEX D

ANNEX E

ANNEX F

ANNEX G

ANNEX H

ANNEX I:

ANNEX J

ANNEX K

CC SAR Test Re


B: System Ch

C: Highest G

D: Probe Cal

E: D835V2 D

: D1750V2 D

G: D1900V2

H: D2450V2

D2600V2 D

: DAE4 Cali

K: The EUT A

eport


heck Results

raph Result

ibration Cer

Dipole Calibr

Dipole Calib

Dipole Calib

Dipole Calib

Dipole Calibr

bration Cert

Appearance

t in full, without

s .................

ts.................

rtificate ........

ration Certific

bration Certif

bration Certi

bration Certi

ration Certifi

tificate .........

s and Test C

t the written ap

...................

...................

...................

cate............

ficate ..........

ificate .........

ificate .........

icate ...........

...................

Configuratio

pproval of TA Te

..................

..................

..................

..................

..................

..................

..................

..................

..................

n ................

Report No

echnology (Shan

..................

..................

..................

..................

..................

..................

..................

..................

..................

..................

: RXA1704-011


...................

...................

...................

...................

...................

...................

...................

...................

...................

...................

12SAR02R1

3 of 177

.............. 76

.............. 87

............. 114

............ 125

............ 133

............ 141

............ 149

............ 157

............ 165

............ 170

FC


1 Test

1.1 Not

This repor

(shangha

conditions

into accou

regulatory

client to cl

1.2 Tes

CNAS (ac

TA Techn

Service fo

FCC (reco

TA Techno

list of test

IC (recog

TA Techno

emission m

VCCI (rec

TA Techno

emission m

A2LA (Ce

TA Techno

Accreditat

CC SAR Test Re


t Labora

tes of the

rt shall not b

ai) co., Ltd.T

s and modes

unt and are p

y compliance

laim product

st facility

ccreditation

ology (Shan

or Conformity

ognition nu

ology (Shan

facilities rec

nition num

ology (Shan

measureme

cognition nu

ology (Shan

measureme

ertificate Nu

ology (Shan

tion to perfo

eport


atory

Test Repo

be reproduce

The results d

s of operatio

published fo

e of the app

t certification

n number:L

nghai) Co., L

y Assessme

umber is 42

ghai) Co., L

cognized to

ber is 8510

ghai) Co., L

ent.

umber is C-

ghai) Co., L

ent.

umber: 3857

ghai) Co., L

rm electrom

t in full, without

ort

ed in full or p

documented

on as describ

or informatio

licable stand

n, approval,

2264)

Ltd. has obta

ent (CNAS).

8261)

td. has been

perform ele

0A)

Ltd. has been

-4595, T-21

Ltd. has been

7.01)

Ltd. has been

magnetic em

t the written ap

partial, witho

d in this repo

bed herein .

onal purpose

dards stated

or endorse

ained the ac

n listed on th

ctromagneti

n listed by in

54, R-4113,

n listed by in

n listed by A

ission meas

pproval of TA Te

out the writte

ort apply onl

Measureme

es only. This

d above. Thi

ment by CN

ccreditation o

he US Fede

ic emissions

ndustry Can

G-766)

ndustry Japa

American As

surement.

Report No

echnology (Shan

en approval

y to the test

ent Uncertai

report is wr

s report mu

NAS or any g

of China Na

ral Commun

s measurem

ada to perfo

an to perform

sociation for

: RXA1704-011


of TA techn

ted sample,

nties were n

ritten to supp

st not be us

government

ational Accre

nications Co

ments.

orm electrom

m electroma

r Laboratory

12SAR02R1

4 of 177

nology

under the

not taken

port

ed by the

agencies.

editation

ommission

magnetic

agnetic

y

FC


1.3 Tes

Compa

Addres

City:

Post co

Country

Contac

Telepho

Fax:

Website

E-mail:

1.4 Lab

Temp

Relative

Ground

Ambien

Reflect

CC SAR Test Re


sting Loca

any: TA

s: No

Sh

ode: 20

y: P.

t: Xu

one: +8

+8

e: ht

xu

boratory E

perature

e humidity

d system res

nt noise is ch

ion of surrou

eport


ation

A Technolog

o.145, Jinta

hanghai

01201

R. China

u Kai

86-021-5079

86-021-5079

ttp://www.ta-

ukai@ta-sha

Environme

sistance

hecked and

unding objec

t in full, without

y (Shangha

ng Rd, Tang

91141/2/3

91141/2/3-8

-shanghai.co

anghai.com

ent

found very

cts is minim

t the written ap

i) Co., Ltd.

gzhen Indus

000

om

Min. = 18

Min. = 30

< 0.5

low and in c

ized and in

pproval of TA Te

stry Park, Pu

8C, Max. =

0%, Max. =

compliance w

compliance

Report No

echnology (Shan

udong Shang

25 C

70%

with requirem

with require

: RXA1704-011


ghai, China

ment of stan

ement of sta

12SAR02R1

5 of 177

ndards.

andards.

FC


2 Stat

The maxim

Table 2.1:

Mod

GSM

GSM

WCDMA

WCDMA

WCDMA

LTE F

LTE F

LTE F

LTE F

WI

Bluet

Date of T

Note: The d

limits (1.6 W

with the me

Table 2.2:

Expo

Configu

High

Simulta

Transmiss

(W/

Note: 1. T

CC SAR Test Re


tement o

mum results

: Highest Re

de

850

1900

A Band II

Band IV

Band V

DD 2

DD 4

DD 5

DD 7

FI

ooth

Testing:

device is in c

W/kg and 4.0

easurement

: Highest Sim

osure

uration

hest

aneous

sion SAR

kg)

The detail for

eport


of Compl

s of Specific

eported SAR

1g SAR

Head

0.381

0.164

0.191

0.308

0.508

0.226

0.557

0.459

0.606

0.520

NA

compliance w

0 W/kg) spe

methods an

multaneous

1g SAR

Head

1.077

r simultaneo

t in full, without

iance

Absorption

R

1g

Bod

(Separat

0

0

1

0

0

1

1

0

1

0

0

with SAR fo

ecified in AN

nd procedure

Transmissio

1g

Body

(Separati

1.4

ous transmis

t the written ap

Rate (SAR)

Highest R

g SAR

dy-worn

tion 10mm)

0.708

0.726

.394

0.896

0.537

.405

.131

0.787

.186

0.208

0.028

April 12,

r Uncontroll

SI/IEEE C95

es specified

on SAR

SAR

y-worn

ion 10mm)

405

ssion consid

pproval of TA Te

) found durin

Reported SA

)

1g

Ho

(Separa

0

0

1

0

0

1

1

0

1

0

2017 ~ May

ed Environm

5.1-1992, an

in IEEE 152

1g

Hot

(Separat

1.

eration is de

Report No

echnology (Shan

ng testing fo

AR (W/kg)

g SAR

otspot

ation 10mm)

0.721

0.732

1.394

0.896

0.537

1.405

1.131

0.787

1.186

0.208

NA

y 4, 2017

ment /Gener

nd had been

28-2013.

SAR

tspot

tion 10mm)

.405

escribed in c

: RXA1704-011


r the EUT a

)

Produc

10-g

(Separa

3

3

0

0

ral Populatio

n tested in a

Product

10-g

(Separat

3.5

chapter 10.4

12SAR02R1

6 of 177

re as follows

ct Specific

g SAR

ation 0mm)

NA

NA

.522

NA

NA

.411

NA

NA

NA

.555

.075

on exposure

accordance

Specific

SAR

ion 0mm)

522

4.

s:

FC


3 Des

Client In

Applica

Applica

Manufa

Manufa

CC SAR Test Re


scription

nformation

ant

ant address

acturer

acturer add

eport


of Equip

s

dress

t in full, without

pment un

ZTE Corpo

ZTE Plaza

District, Sh

ZTE Corpo

ZTE Plaza

District, Sh

t the written ap

nder Tes

oration

,Keji Road S

henzhen, Gu

oration

,Keji Road S

henzhen, Gu

pproval of TA Te

st

South, Hi-Te

uangdong, 5

South, Hi-Te

uangdong, 5

Report No

echnology (Shan

ech Industria

18057, P.R

ech Industria

18057, P.R

: RXA1704-011


al Park, Nan

. China

al Park, Nan

. China

12SAR02R1

7 of 177

nshan

nshan

FC


General T

Applica

EUT St

Model:

IMEI:

Hardwa

Softwar

Antenn

Device

Wi-Fi H

Power C

Power

Battery

Adapte

Earpho

CC SAR Test Re


Technologie

ation Purpos

tage

are Version:

re Version:

a Type:

Class:

Hotspot

Class:

Level

r

one

eport


es

se: Orig

Iden

ZTE

8639

csrB

ATT

Inter

B

Wi-F

GSM

GSM

UMT

LTE

GSM

GSM

UMT

LTE

Man

Mod

Pow

Man

Mod

Inpu

Outp

Man

Mod

t in full, without

inal Grant

ntical Prototy

BLADE A52

9080300290

B

T_MX_BA52

rnal Antenna

Fi 2.4G

M 850:4

M 1900:1

TS Band II/IV

FDD 2/4/5/

M 850:level 5

M 1900:level

TS Band II/IV

FDD 2/4/5/

EU

nufacturer: Z

del: Li3824T4

wer Rating: D

nufacturer: S

del: STC-A51

ut power:100

put power:5V

nufacturer: S

del: 5000021

t the written ap

ype

21/BLADE A

060

1_V1.0

a

V/V:3

7:3

5

l 0

V/V:all up bi

7:max powe

UT Accesso

Zhongshan T

44P4h71604

DC 3.85V, 24

SHENZHEN

1A-Z

0-240 VAC 5

V DC 1000m

Shen zhen F

34813

pproval of TA Te

A521

ts

er

ory

Tianmao Bat

43

400mAh, Li-

RUIJING IN

50-60Hz 250

mA

DC Electron

Report No

echnology (Shan

ttery Co., Ltd

-ion

NDUSTRIAL

0mA

nic Co.,Ltd.

: RXA1704-011


d

L CO LTD

12SAR02R1

8 of 177

FC


Wireless

Wire

Techn

GSM

D

UMTS

LTE

D

D

BT

Wi-Fi D

CC SAR Test Re


Technolog

eless

nology

850

1900

Does this de

Band II

Band IV

Band V

FDD 2

FDD 4

FDD 5

FDD 7

Does this de

Does this de

2.4G

2.4G

Does this de

eport


y and Freq

Mod

Voic

GPR

EGPRS(

evice suppo

Q

QPSK

evice suppo

evice suppo

DSS

evice suppo

t in full, without

uency Rang

dulation

ce(GMSK)

RS(GMSK)

GMSK,8PS

rt DTM (Dua

QPSK

K, 16QAM

rt Carrier Ag

rt SV-LTE (1

SS, OFDM

rt MIMO Y

t the written ap

ge

K)

M

Mu

Mu

Mu

al Transfer M

HSD

HS

R

ggregation (

1xRTT-LTE)

Version 4.1

802.

Yes No

pproval of TA Te

Operating m

Multi-slot Cla

ulti-slot Clas

ulti-slot Clas

ulti-slot Clas

Mode)? Ye

DPA UE Cat

UPA UE Ca

Rel.10 /Cate

CA) Yes d

)? Yes

LE

11b/g/n (HT

Report No

echnology (Shan

mode

ss:8-1UP

ss:10-2UP

ss:12-4UP

ss:33-4UP

es No

tegory:24

ategory:6

egory 4

downlink on

No

T20/HT40)

: RXA1704-011


Tx (

824

1850

1850

1710

824

1850

1710

824

2500

nlyNo

2402

2402

12SAR02R1

9 of 177

(MHz)

4 ~ 849

~ 1910

~ 1910

~ 1755

~ 849

~ 1910

~ 1755

~ 849

~ 2570

~2480

~2472

FC


4 Test

The tests

1528- 201

248227 D

447498 D

648474 D

865664 D

865664 D

941225 D

941225 D

941225 D

941225 D

CC SAR Test Re


t Specifi

documented

13, ANSI/IEE

D01 802.11

D01 Genera

D04 Handse

D01 SAR m

D02 RF Exp

D01 3G SAR

D05 SAR fo

D06 Hotspot

D05A LTE R

eport


cation, M

d in this repo

EE C95.1-19

Wi-Fi SAR v

al RF Exposu

et SAR v01r

easurement

posure Repo

R Procedure

r LTE Devic

t Mode v02r

Rel.10 KDB I

t in full, without

Methods

ort were per

992, the follo

v02r02

ure Guidanc

03

t 100 MHz to

orting v01r02

es v03r01

es v02r05

r01

Inquiry Shee

t the written ap

and Pro

rformed in a

owing FCC P

ce v06

o 6 GHz v01

2

et v01r02

pproval of TA Te

ocedures

ccordance w

Published R

1r04

Report No

echnology (Shan

s

with FCC 47

RF exposure

: RXA1704-011


7 CFR § 2.10

e KDB proce

12SAR02R1

10 of 177

093, IEEE

edures:

FC


5 Ope

5.1 Tes

5.1.1 Ag

Measure

the phan

The posi

Practice

Head fro

5.1.2 Bo

Body-worn

device an

Body-worn

and posit

648474 D

handsets

Publicatio

headset c

that requi

than or eq

body-worn

highest re

for that bo

Accessori

contain m

accessorie

with only t

contain m

share an i

no other m

tested.

Body-worn

intended t

distance b

document

configurat

phantom

chest-wor

microphon

configurat

CC SAR Test Re


erational

st Position

gainst Phan

ements were

ntom.

tions used in

for Determin

m Wireless

ody Worn C

n operating

d positioned

n operating

ioned again

D04, Body-w

are carried

on 447498 D

connected to

red for hots

qual to that

n accessory

eported SAR

ody-worn ac

es for Body-

metallic com

es that do no

the accesso

etallic comp

identical me

metallic com

n accessori

to be autho

between the

ted. Transm

tions, are te

in head fluid

rn transmitte

nes, attache

tion.

eport


Conditio

ns

ntom Head

e made in “ch

n the measu

ning the Pea

Communica

Configuratio

configuratio

d against a f

configuratio

nst a flat ph

worn access

in body-wo

D01 should b

o it. This e

spot mode w

t required fo

y, measured

R configurati

cessory with

-worn opera

mponents an

ot contain m

ory that dicta

ponents are

etallic compo

mponents) o

ies may no

orized for bo

e back of th

itters that ar

sted for SA

d. For dev

ers, SAR co

ed to the d

t in full, without

ons duri

heek” and “t

urements we

ak Spatial-A

ations Devic

on

ons should b

flat phantom

ons are teste

hantom in a

sory exposu

rn accessor

be used to te

enables the

when the bo

or hotspot m

d without a

ion for that

h a headset

ation configu

nd those th

metallic comp

ates the clos

tested with

onent (i.e. th

only the acc

ot always b

ody-worn us

e device an

re designed

R complianc

vices that ar

ompliance is

device and

t the written ap

ng Test

tilt” positions

ere accordin

Average Spe

ces: Measure

be tested wit

m in normal u

ed with the b

a normal us

ure is typica

ries. The bo

est for body

test results

ody-worn ac

mode, when

headset co

wireless mo

attached to

urations are

hat do con

ponents are

est spacing

the device w

he same met

cessory that

be supplied

se. In this

nd the flat p

to operate

ce with the

re carried ne

s tested wit

positioned

pproval of TA Te

s on both the

ng to IEEE 1

ecific Absorp

ement Tech

th the belt-cl

use configur

belt-clips an

se configura

ally related

ody-worn acc

y-worn acces

for such co

ccessory tes

applicable.

nnected to

ode and freq

the handse

divided into

tain metallic

supplied wi

to the body.

with each ac

tallic belt-clip

dictates th

or availabl

case, a tes

hantom is u

in front of a

front of the

ext to the bo

th the acce

against a

Report No

echnology (Shan

e left hand a

528 - 2013 "

ption Rate (S

hniques".

lips and hols

rations.

nd holsters a

ation. Per F

to voice mo

cessory pro

ssory SAR c

nfiguration t

st separatio

When the

the handse

quency band

et.

two categor

c compone

th the device

. Then mu

ccessory. If

p used with

e closest sp

e as option

t configurat

used. Test

a person’s fa

device posi

ody such as

essories, inc

flat phanto

: RXA1704-011


and right han

"IEEE Reco

SAR) in the

sters attache

attached to t

FCC KDB P

ode operatio

cedures in

compliance,

to be compa

on distance

e reported S

et, is > 1.2

d should be

ries: those t

ents. When

e, the device

ltiple access

f multiple ac

different ho

pacing to th

ns for some

ion with a s

position spa

ace, as in pu

tioned to fa

s a shoulde

cluding head

om in a no

12SAR02R1

11 of 177

nd sides of

mmended

Human

ed to the

the device

Publication

ons when

FCC KDB

without a

atible with

is greater

SAR for a

W/kg, the

e repeated

hat do not

n multiple

e is tested

sories that

ccessories

lsters with

he body is

e devices

separation

acing was

ush-to-talk

ce the flat

r, waist or

dsets and

ormal use

FC


5.2 Mea

Per FCC

frequency

medium u

required f

applied to

configurat

the compl

frequency

the batte

measurem

SAR Mea

1) When t

2) A secon

original an

was ≥ 1.4

3) A third

measurem

second re

4) Repeat

The same

exposure

exposure

5.3 Tes

5.3.1 GS

According

reduction

Output po

Table 5.1

N

CC SAR Test Re


asuremen

KDB Publ

y band, whic

used for the d

for SAR mea

o the tissue

tion for that

letion of all m

y band. The

ry fully ch

ment(s) to m

surement Va

the original h

nd repeated

nd first repe

5 W/kg (~ 1

d repeated

ment was ≥

epeated mea

ted measure

e procedures

limits by ap

to the corre

st Configu

SM Test Co

g to specifica

for the mult

ower of redu

: The allowe

Number of t

ass

eport


nt Variabili

ication 865

ch was dete

device meas

asurements

medium w

tissue-equiv

measureme

test device

arged befo

minimize any

ariability wa

highest mea

d measurem

ated measu

0% from the

measureme

≥ 1.5 W/kg

asurements

ements are n

s should be

pplying a fac

sponding SA

uration

onfiguration

ation 3GPP

i-slot. The a

ctions:

ed power re

timeslots in

signment

1

2

3

4

t in full, without

ity

664 D01, S

ermined by

surements.

in a freque

with the high

valent mediu

ents requiring

was returne

ore it was

unexpected

s assessed

asured SAR

ent was pre

urements wa

e 1-g SAR li

ent was pe

and the rat

is > 1.20.

not required

adapted for

ctor of 2.5 fo

AR threshol

n

TS 51.010,

allowed powe

eduction in

n uplink

t the written ap

SAR measu

the SAR p

When both

ncy band, th

hest measur

um. These a

g the same

ed to ambien

re-mounted

d variations

using the fo

is ≥ 0.80 W

eformed only

as > 1.20 or

mit).

erformed on

tio of larges

when the o

r measureme

or extremity

ds.

the maximu

er reduction

n the multi-s

Permiss

pproval of TA Te

urement var

probe calibra

head and bo

he variability

red SAR, us

additional me

head or bod

nt conditions

d on the d

in the repea

ollowing proc

/kg, the mea

y if the ratio

when the o

nly if the or

st to smalles

riginal highe

ents accord

exposure a

um power of

in the multi

slot configu

sible nomin

output

0

1,

3,

Report No

echnology (Shan

riability was

ation point a

ody tissue-e

y measurem

sing the hig

easurement

dy tissue-eq

s (normal ro

device hold

ated results.

cedures for e

asurement w

of largest to

original or re

riginal, first

st SAR for

est measure

ing to extrem

and a factor

the GSM ca

-slot configu

uration

al reduction

t power,(dB

0

0 to 3,0

,8 to 4,8

,0 to 6,0

: RXA1704-011


s assessed

and tissue-e

equivalent m

ment proced

ghest measu

ts were repe

quivalent me

oom tempera

er for the

each freque

was repeate

o smallest SA

epeated mea

or second

the original

ed SAR is < 0

mity and occ

of 5 for occ

an do the po

uration is as

n of maxim

B)

12SAR02R1

12 of 177

for each

equivalent

media were

ures were

ured SAR

eated after

edium in a

ature) with

repeated

ency band:

ed once.

AR for the

asurement

repeated

, first and

0.80 W/kg

cupational

cupational

ower

following:

mum

FC


5.3.2 3G

3G SAR T

In the follo

equivalent

and secon

tune-up to

primary m

specified m

adjusted S

referred to

primary m

is wireless

reduction

measurem

5.3.2

Output po

Maximum

described

power con

procedure

physical c

requied in

measured

Head SAR

SAR for n

to all “1’s”

RMC as th

(signaling

exposure.

Body-Wo

SAR for b

configured

multiple D

Otherwise

code or D

kbps RMC

configure

approache

CC SAR Test Re


G Test Conf

Test Reduct

owing proce

t modes con

ndary modes

olerance spe

mode or whe

maximum o

SAR is ≤ 1.2

o as the 3G

mode is ident

s mode bein

procedure i

ment is requ

.1 WCDMA

ower Verific

output pow

in section 5

ntrol) set to a

es to mainta

channel conf

n the SAR re

d due to tech

R

ext to the ea

. The 3G SA

he primary m

radio beare

.

orn Accesso

body-worn ac

d to all “1’s”.

DPDCHn con

e, SAR is me

PDCHn, for

C. When mo

additional D

es with para

eport


figuration

tion Proced

dures, the m

nsidered for

s must be in

ecified for pr

n the highes

utput power

2 W/kg, SAR

SAR test re

tified in the a

ng considere

s not satisfie

ired for the s

A Test Conf

cation

wer is verified

5.2 of 3GPP

all “1’s” for W

in maximum

figurations (

eport. All con

hnical or equ

ar head exp

AR test redu

mode. Other

er) using the

ory SAR

ccessory co

. The 3G SA

nfigurations

easured usin

r the highest

ore than 2 DP

DPDCHn usi

ameters simi

t in full, without

dure

mode tested

SAR test re

n the same f

roduction un

st reported S

r and tune-u

R measurem

eduction proc

applicable w

ed for SAR t

ed, it is iden

secondary m

figuration

d on the high

TS 34.121,

WCDMA/HS

m output pow

DPCCH, DP

nfigurations

uipment limit

osure is me

uction proced

rwise, SAR

e highest rep

nfigurations

AR test redu

supported b

ng an applic

t reported bo

PDCHn are

ing FTM (Fa

ilar to those

t the written ap

for SAR is

eduction are

frequency ba

nits in a seco

SAR of the p

p tolerance

ment is not re

cedure in th

wireless mod

est reductio

ntified as “oth

mode.

h, middle an

using the a

DPA or by a

wer while HS

PDCHn and

that are not

tations must

easured usin

dure is appl

is measured

ported SAR c

s is measure

ction proced

by the hands

cable RMC c

ody-worn ac

supported b

actory Test M

used in 384

pproval of TA Te

referred to a

denoted as

and. When t

ondary mode

primary mod

of secondar

equired for th

e following S

de test proce

n by that pro

herwise” in t

nd low chann

appropriate R

applying the

SUPA is acti

spreading c

t supported b

t be clearly

ng a 12.2 kbp

ied to AMR

d for 12.2 kb

configuratio

ed using a 12

dure is appli

set with 12.2

configuration

ccessory exp

by the hands

Mode) or oth

4 kbps and 7

Report No

echnology (Shan

as the prima

s secondary

the maximum

e is ≤ ¼ dB

de is scaled

ry to primary

he secondar

SAR test gu

edures and t

ocedure. Wh

the applicab

nels accordi

RMC or AMR

required inn

ve. Results

codes, HSD

by the hand

identified.

ps RMC with

configuratio

bps AMR in 3

n in 12.2 kb

2.2 kbps RM

ed to other

2 kbps RMC

n with the co

posure SAR

set, it may b

her chipset b

768 kbps RM

: RXA1704-011


ary mode. Th

modes. Bot

m output po

higher than

by the ratio

y mode and

ry mode.3 T

uidance, whe

the seconda

hen the 3G

ble procedur

ing to proce

R with TPC

ner loop pow

for all applic

PA, HSPA)

set or canno

h TPC bits c

ons with 12.2

3.4 kbps SR

bps RMC for

MC with TPC

spreading c

as the prim

orresponding

R configuratio

be necessary

based test

MC.

12SAR02R1

13 of 177

he

th primary

ower and

the

of

the

This is

ere the

ary mode

SAR test

res; SAR

dures

(transmit

wer control

cable

are

ot be

configured

2 kbps

RB

head

C bits

codes and

ary mode.

g spreaing

on in 12.2

y to

FC


Handsets

The 3G S

12.2 kbps

body SAR

highest re

both HSD

HSDPA sh

HS-PDSC

sequence

transmiss

configured

rate of ac

parameter

The CQI v

modulatio

Table 5.2

Sub-set

1

2

3

4

Note1: ∆AC

Note2: CM

Note3: Fo

ach

βd=

HSUPA T

The 3G SA

accessory

HSPA usi

document

RMC. Wh

reduction

same HSP

head expo

Due to inn

output pow

are config

described

CC SAR Test Re


s with Relea

AR test redu

s RMC as th

R procedure

eported SAR

PA and HSU

hould be co

CHs, HARQ

are define

ion conditio

d with a CQ

ctive CQI sl

rs (∆ACK, ∆

value is dete

n used in th

: Subtests f

βc

2/15

12/15

(note 4)

15/15

15/15

CK, ∆NACK an

M=1 for βc/βd

r subtest 2 t

hieved by se

15/15.

Test Configu

AR test redu

y configurati

ng the HSPA

t, for the hig

en VOIP is

procedure i

PA configura

osure.

ner loop pow

wer and SA

gured accord

in the ‘WCD

eport


ase 5 HSDP

uction proce

he primary m

es in the “R

R body-worn

UPA are tes

nfigured acc

processes,

ed by the

ons, QPSK

I feedback c

ots. DPCCH

∆NACK, ∆C

ermined by

he H-set.

for UMTS R

βd

15/15

15/15

(note 4)

8/15

4/15

nd ∆CQI= 8⇔

d =12/15, βhs

the βcβd rati

tting the sign

uration

uction proce

ons with 12.

A body SAR

hest reporte

applicable fo

s applied to

ation used fo

wer control r

R tests. The

ding to the β

DMA Hands

t in full, without

PA

edure is app

mode. Othe

Release 5 H

accessory e

sted accordin

cording to th

minimum i

H-set. To

is used in

cycle of 4 m

H and DPD

QI) should b

the UE cate

Release 5 H

βd

(SF)

64

64

64

64

⇔Ahs = βhs/βc=

s/βc=24/15.

io of 12/15 f

naled gain fa

edure is app

.2 kbps RMC

R procedures

ed body-wor

or next to th

HSPA with

or body-wor

equirements

e 12.2 kbps

β values indi

set’ and ‘Rele

t the written ap

plied to HSD

erwise, SAR

SDPA Data

exposure co

ng to Releas

he UE catego

inter-TTI int

maintain a

n the H-set

s with a CQ

CH gain fac

be set acco

egory, trans

SDPA

βc/βd

2/15

12/15

(note 4)

15/8

15/4

=30/15 ⇔ βh

for the TFC

actors for th

lied to HSPA

C as the prim

s in the “Re

rn accessory

he ear head

12.2 kbps R

rn accessory

s in HSPA, a

RMC, FRC

cated in Tab

ease 5 HSD

pproval of TA Te

DPA body-wo

R is measure

a Devices” s

onfiguration

se 6 HSPA t

ory of a test

terval, trans

a consisten

t for SAR

QI repetition

ctors(βc, βd

rding to valu

port block s

βhs

(note 1, n

4/15

24/1

30/1

30/1

hs=30/15*βc

during the

e reference

A (HSUPA/H

mary mode.

lease 6 HSP

y exposure S

exposure in

RMC as the

y measurem

a communic

H-set 1 and

ble 2 and oth

DPA Data De

Report No

echnology (Shan

orn accesso

ed for HSDP

section of th

in 12.2 kbps

test procedu

device.The

sport block s

t test conf

testing. HS

factor of 2 to

d), and HS-

ues indicate

size, numbe

note 2)

C

(

5

5

5

5

measureme

TFC (TFC1

HSDPA with

Otherwise,

PA Data Dev

SAR configu

HSPA, the

primary mo

ments is teste

cation test se

E-DCH con

her applicab

evices’ secti

: RXA1704-011


ory configura

PA using th

his documen

s RMC. Han

ures.

number of H

sizes and R

figuration a

S-DPCCH s

o maintain a

DPCCH pow

ed in the Tab

r of HS-PDS

CM(dB)

(note 3)

0.0

1.0

1.5

1.5

ent period(T

,TF1) to βc=

h RMC) body

SAR is mea

vices” sectio

uration in 12

3G SAR tes

de; otherwis

ed for next t

et is required

nfigurations

ble procedur

ions of this d

12SAR02R1

14 of 177

ations with

e HSDPA

nt, for the

dsets with

HSDSCH/

RV coding

nd stable

should be

a constant

wer offset

ble below.

SCHs and

MPR(dB)

0.0

0.0

0.5

0.5

F1,TF0) is

=11/15 and

y-worn

asured for

on of this

.2 kbps

st

se, the

o the ear

d for

for HSPA

res

document

Sub-

set

1 1

2

3

4

5 1

NotNo

No

No

No

Not

FC


Table 5.3

βc

11/15(3) 15

6/15 1

15/15 9

2/15 1

15/15(4) 15

te 1: ∆ACK, ∆te 2: CM = 1

E-DPD

te 3: For sub

setting

te 4: For sub

setting

te 5: Testing

Figure

te 6: βed ca

Table 5.4

UE E-DCH

Categor

1

2

3

4

5

6 (No DPDC

7 (No DPDC

NOTE: Wwi

UE(TS2

CC SAR Test Re


：Sub-Test

βd βd

(SF)

5/15(3) 64

5/15 64

9/15 64

5/15 64

5/15(4) 64

∆NACK and 1 for βc/βd =

DCH and E-D

btest 1 the β

the signale

btest 5 the β

the signale

g UE using E

e 5.1g.

an not be set

: HSUPA U

H ry

MaxE-DCo

Trans

CH)

CH)

When 4 codeith SF4.

E Categories25.306-7.3.0

eport


t 5 Setup fo

) βc/βd

11/15(3)

6/15

15/9

2/15

15/15(4)

∆CQI = 8 ⇔ A=12/15, βhs/β

DPCCH the

βc/βd ratio o

d gain facto

βc/βd ratio o

d gain facto

E-DPDCH P

t directly; it i

E category

imum DCH odes smitted

No

Pr

1

2

2

2

2

2

2

4

4

4

4

es are transm

s 1 to 6 sup0)

t in full, without

or Release 6

βhs(1)

22/15 209

12/15 12

30/15 30

4/15 2

30/15 24

Ahs = βhs/βc

βc =24/15. F

MPR is bas

of 11/15 for t

ors for the re

of 15/15 for t

ors for the re

Physical Laye

s set by Abs

Number of HARQ rocesses

4

8

4

4

8

4

4

8

4

8

4

mitted in pa

pports QPS

t the written ap

6 HSUPA

βec β

9/225 103

2/15 94

0/15 βed1

βed2

2/15 56

4/15 13

= 30/15 ⇔ βFor all other

sed on the re

he TFC duri

eference TFC

he TFC duri

eference TFC

er category

solute Grant

E- DCH TTI

(ms)

10

2

10

10

2

10

10

2

10

2

10

arallel, two c

SK only. UE

pproval of TA Te

βed βed

(SF

39/225 4

4/75 4:47/15

2:47/15

4

6/75 4

34/15 4

βhs= 30/15 *combination

elative CM d

ing the meas

C (TF1, TF1

ing the mea

C (TF1, TF1

1 Sub-test 3

t Value.

Minimum

SpreadinFactor

4

4

4

4

2

2

2

2 SF2 & 2 S

2 SF2 & 2 S

codes shall b

E Category

Report No

echnology (Shan

d

F)

βed

(codes)

1

1

2

1

1

*βc. ns of DPDCH

difference.

surement pe

) to βc = 10/

surement pe

) to βc = 14/

3 is not requ

m

ng

MaE

TraBlo

1

1

2

2

SF4 1

2

SF4 2

2

be transmitt

7 supports

: RXA1704-011


CM

(2)

(dB)

MP

(dB

1.0 0.0

3.0 2.0

2.0 1.0

3.0 2.0

1.0 0.0

H, DPCCH,

eriod (TF1, T

/15 and βd =

eriod (TF1, T

/15 and βd =

uired accord

aximum E-DCH ansport ock Bits

7110

2798

14484

14484

5772

20000

20000

11484

20000

22996

20000

ted with SF2

s QPSK and

12SAR02R1

15 of 177

PR

B)

AG(4)

Index

0 20

0 12

0 15

0 17

0 21

HS- DPCCH

TF0) is achie

= 15/15.

TF0) is achie

= 15/15.

ing to TS 25

Max Rate

(Mbps)

0.7296

1.4592

1.4592

2.9185

2.00

2.00

5.76

2.00

?

?

2 and two

d 16QAM.

E-TFCI

75

67

92

71

81

H,

eved by

eved by

5.306

FC


HSPA, HS

Measurem

the wirele

measurem

PBA is req

SAR test e

1) The HS

mode(s) to

2) SAR is

test reduc

Power is

C.11.1.4 o

3) SAR is

SAR test

Power is m

3GPP TS

Cell are re

4) Regard

the SAR

measurem

i) Power

between t

b) The po

specificati

according

c) The UE

for testing

and HSPA

according

5) When S

results mu

E-TFCI an

CC SAR Test Re


SPA+ and D

ment is requ

ess mode c

ments.35 W

quired for TC

exclusion fo

SPA procedu

o determine

required fo

ction proced

measured f

of 3GPP TS

required for

reduction p

measured fo

34.121-1 to

equired to pe

dless of whet

report for

ment results

measureme

the grantee

ower measu

ions. When

to the Cubi

E category, o

g, power setb

A/HSPA+ ch

to the requ

SAR measu

ust be clear

nd AG index

eport


DC-HSDPA

ired for HSP

configuration

ithout prior

CB approva

or HSPA, HS

ures are app

e SAR test e

r Rel. 7 HSP

ure is applie

for HSPA+

34.121-1 to

r Rel. 8 DC-

procedure is

or DC-HSDP

o determine

erform the p

ther a PBA i

devices su

and applica

ent difficultie

and its test

rement resu

Enhanced

c Metric (CM

operating pa

back proced

hannel cond

ired E-TFCI

rement is re

rly describe

x stability an

t in full, without

Test Config

PA, HSPA+

ns in the te

KDB confirm

l.

SPA+ and D

plied to confi

xclusion.

PA+ when S

ed to (uplink

that suppor

o determine

-HSDPA whe

applied to

PA according

SAR test re

power meas

is required, t

upporting H

able release

es due to t

lab.

ults are in ag

MPR (E-MP

M) measured

arameters, s

dures descri

itions (active

and AG ind

equired, the t

d to confirm

d output pow

t the written ap

guration

or DC-HSD

est setup h

mation to de

C-HSDPA is

igure 3GPP

SAR is requi

k) HSPA+ w

rts uplink 16

SAR test re

en SAR is re

DC-HSDPA

g to the H-S

eduction. A

urement and

the following

HSPA, HSP

version(s) o

test equipm

greement w

PR) applies

d by the dev

such as the

ibed in 3GG

e and stable

dex values.

test configur

m that the re

wer conditio

pproval of TA Te

PA, a KDB

have remain

etermine the

s determined

Rel. 6 HSPA

red for Rel.

with 12.2 kbp

6 QAM acco

eduction.

equired for R

A with 12.2 k

et 12, FRC

primary and

d for the res

g information

PA+ or DC-

of 3GPP TS

ment setup o

with the indiv

, the norma

vice, which m

β and ∆ val

GPP TS 34.1

e) for the en

rations, proc

equired test

ons.

Report No

echnology (Shan

inquiry is re

ned stable

e SAR resu

d according

A devices in

6 HSPA; ot

ps RMC as

ording to co

Rel. 5 HSDP

kbps RMC a

configuratio

d a seconda

sults to be ac

n must be ve

-HSDPA: a

34.121.

or availabili

vidual device

al MPR targ

must be take

lues used to

21 for the p

ntire duration

cedures and

t parameters

: RXA1704-011


equired to co

throughout

ults are acce

to the follow

n the require

therwise, the

the primary

onfigurations

PA; otherwis

as the prima

n in Table C

ary serving H

cceptable.

erified and in

) The outp

ity must be

e implement

gets may be

en into cons

o configure t

power meas

n of the mea

d power mea

s are used,

12SAR02R1

16 of 177

onfirm that

the SAR

eptable, a

wing:

d sub-test

e 3G SAR

y mode.36

s in Table

se, the 3G

ary mode.

C.8.1.12 of

HS-DSCH

ncluded in

put power

e resolved

tation and

e modified

sideration.

the device

urements,

asurement

asurement

including

FC


Table 5.5

5.3.3 LT

LTE mode

tabulated

simulators

The R&S

control wa

measured

configurat

A) Spect

A properly

Therefore

CC SAR Test Re


: HS-DSCH

TE Test Con

es were test

SAR data fo

s ensure a c

CMW500 w

as used so t

d with the ma

tion.

trum Plots f

y configured

, spectrum p

eport


UE catego

nfiguration

ted accordin

or required t

consistent m

was used for

he UE trans

aximum TTI

for RB Con

d base statio

plots for RB

t in full, without

ory

ng to FCC KD

test configur

means for tes

LTE output

smits with m

(transmit tim

nfigurations

on simulator

configuratio

t the written ap

DB 941225

rations. Esta

sting SAR an

power mea

aximum out

me interval)

s

was used fo

ons were no

pproval of TA Te

D05 publica

ablishing con

nd are recom

asurements a

tput power d

supported b

or SAR tests

ot required to

Report No

echnology (Shan

ation. Please

nnections w

mmended fo

and SAR tes

during SAR t

by the devic

s and power

o be include

: RXA1704-011


e see notes

ith base sta

or evaluating

sting. Max p

testing. SAR

ce in each LT

r measurem

d in this rep

12SAR02R1

17 of 177

after the

tion

g SAR [4].

power

R must be

TE

ents.

port.

FC


B) MPR

MPR is pe

target MP

3GPP TS3

C) A-MPR

A-MPR (A

simulator.

D) Larges

1) QPSK w

Start with

RB offset

offsets at

SAR is ≤ 0

required fo

only for th

SAR of a

for that re

2) QPSK w

The proce

RB alloca

3) QPSK w

For QPSK

100 % RB

the highes

SAR is m

remaining

4) Higher

For each

sections

configurat

output pow

configurat

E) Other c

For the ot

required fo

configurat

power of a

equivalent

of a config

CC SAR Test Re


ermanently i

R is indicate

36.101 Sect

R

Additional MP

st channel b

with 1 RB al

the largest

and require

the upper e

0.8 W/kg, te

or 1 RB allo

he RB offset

required tes

quired test c

with 50% RB

edures requi

tion.

with 100% R

K with 100%

B allocation i

st reported

easured for

g required te

order modu

modulation

to determin

tion identifie

wer for the

tion in QPSK

channel ba

her channel

or the larges

tions that ne

a configurati

t channel co

guration for t

eport


implemented

ed alongside

tion 6.2.3 –

PR) has bee

bandwidth

llocation

channel ban

ed test cha

edge, middle

esting of the

ocation; othe

configuratio

st channel is

channel.

B allocation

red for 1 RB

RB allocation

RB allocatio

s less than t

SAR for 1 R

the highest

st channels

ulations

besides QP

ne the QAM

ed as requir

configuratio

K or when th

ndwidth sta

l bandwidths

st channel b

eed SAR tes

ion requiring

onfigurations

the largest c

t in full, without

d for this de

e the SAR re

6.2.5 under

en disabled

standalone

ndwidth and

nnel combin

e and lower

remaining R

erwise, SAR

on with the h

s > 1.45 W/k

B allocation i

n

on, SAR is n

the highest m

RB and 50%

t output pow

must also b

PSK; e.g., 1

M configura

red for testi

on in the hig

he reported

andalone S

s used by th

bandwidth in

sting and onl

g testing in t

s in the large

channel ban

t the written ap

vice by the

esults. MPR

Table 6.2.3

for all SAR

e SAR test r

d measure S

nation with

edge of eac

RB offset con

is required

highest outp

kg, SAR is r

in 1) are app

not required

maximum o

% RB alloca

wer channel

be tested.

6-QAM, 64-

ations that

ing, SAR is

gher order m

SAR for the

SAR test req

he device in

n section A) t

ly measure

the smaller c

est channel

ndwidth is >

pproval of TA Te

manufacture

R is enabled

3-1.

tests by sett

requiremen

SAR for QPS

the highest

ch required

nfigurations

for the rema

ut power for

required for

plied to mea

when the hi

utput power

tion in 1) an

and if the r

-QAM, apply

may need

s required o

modulation

QPSK conf

quirements

a frequency

to determine

SAR when t

channel ban

bandwidth c

1.45 W/kg.

Report No

echnology (Shan

er. The spec

for this devi

ting NS=01

nts

SK with 1 RB

t maximum

test channe

and require

aining requir

r that channe

all three RB

sure the SA

ighest maxim

r in 50% and

nd 2) are ≤

reported SA

y the QPSK

SAR mea

only when th

is > ½ dB h

figuration is

y band, apply

e the channe

the highest m

ndwidth is >

configuration

: RXA1704-011


cific manufa

ice, accordin

on the base

B allocation,

output pow

el. When the

ed test chann

red test cha

el. When the

B offset conf

AR for QPSK

mum output

d 1 RB alloca

0.8 W/kg. O

R is > 1.45

procedures

asurement.

he highest

higher than

> 1.45 W/kg

y all the pro

els and RB

maximum o

½ dB highe

n or the repo

12SAR02R1

18 of 177

cturer

ng to

e station

using the

wer for RB

e reported

nels is not

annels and

e reported

figurations

K with 50%

power for

ations and

Otherwise,

W/kg, the

s in above

For each

maximum

the same

g.

cedures

utput

r than the

orted SAR

FC


5.3.4 W

SAR test r

DSSS and

certain ex

for each fr

bandwidth

measurem

applied to

position is

which is te

conditions

configurat

The m

mini-table

the initial t

required w

measured

the report

≤

ex

a

th

0

in

a

th

F

p

p

u

To determ

Maximum

is conside

CC SAR Test Re


Wi-Fi Test Co

reduction fo

d OFDM. An

xposure conf

requency ba

h, wireless m

ment require

reduce the

s only applic

ested using

s with a fixed

tion.

ultiple test p

t configurati

test position

wireless mod

d maximum o

ted SAR for

0.4 W/kg, fu

xposure con

ggregated b

he required S

.4 W/kg, SA

nitial test pos

nd maximum

he reported

For

exp

con

Wh

or all positio

ositions, wh

ositions/con

ntil the repo

The

tho

the

mine the initia

Value of SA

ered the wor

eport


onfiguration

r 802.11 Wi

n initial test p

figurations w

and and agg

mode configu

ements. For

number of S

cable to next

the initial te

d test positio

positions req

ions may be

n(s) by apply

de test confi

output powe

the initial te

urther SAR

nfiguration a

band. DSSS

SAR proced

AR is repeate

sition to mea

m coupling t

SAR is ≤ 0.8

r subsequen

posure is do

ndition shoul

hen it is uncl

ons/configur

hen the repo

nfigurations o

orted SAR is

e additional

se necessar

test reducti

al test positi

AR (measur

rst case pos

t in full, without

n

-Fi transmis

position is d

with multiple

gregated ban

urations and

2.4 GHz DS

SAR tests; t

t to the ear,

st configura

on, SAR test

quire SAR m

e reduced ac

ying the DSS

iguration(s).

er channel in

st position is

measureme

and wireless

and OFDM

dures.

ed using the

asure the su

test position

8 W/kg or al

nt test positio

minated by

ld be tested

ear, all equi

rations teste

rted SAR is

on the subse

≤ 1.2 W/kg

power meas

ry for identif

on.

ion, Area Sc

red). The po

ition; thus u

t the written ap

ssion mode c

etermined to

test positio

nd according

d other oper

SSS, either t

these are mu

UMPC mini-

ation to facilit

t reduction i

measuremen

ccording to t

SS or OFDM

The initial t

n the require

s:

ent is not req

mode comb

configuratio

e same wirel

ubsequent n

, on the high

l required te

ons with equ

coupling co

.

valent cond

d using the

> 0.8 W/kg

equent next

or all requir

surements r

fying subseq

cans were pe

sition that p

sed as the i

pproval of TA Te

configuratio

o reduce the

ns. An initia

g to maximu

rating param

the initial tes

utually exclu

-tablet and h

tate test red

s determine

nts in head, h

the highest r

M SAR meas

test position

ed wireless m

quired for the

bination with

ons are cons

less mode te

ext closet/s

hest maximu

est positions

uivalent test

nditions, the

itions must

initial test po

, measure th

t highest me

red test chan

required for t

quent highes

erformed to

roduced the

nitial test po

Report No

echnology (Shan

ns are cons

e number of

l test config

um output po

meters to stre

st position or

usive. For O

hotspot mod

duction. For

ed using only

hotspot mod

reported SA

surement pr

(s) is measu

mode test co

e other test

hin the frequ

sidered sep

est configura

mallest test

um output po

s are tested.

separation

e position for

be tested.

osition and s

he SAR for t

easured outp

nnels are co

this step sho

st output pow

determine t

e highest Ma

osition.

: RXA1704-011


idered sepa

f tests requir

uration is de

ower, chann

eamline the

r DSSS proc

OFDM, an ini

de configura

other expos

y the initial t

de or UMPC

AR determine

rocedures in

ured using th

onfiguration

positions in

uency band o

arately acco

ation tested

separation

ower chann

distance or

r maximum

subsequent

these

put power ch

onsidered.

ould be limit

wer channel

the position

aximum Valu

12SAR02R1

19 of 177

arately for

red for

etermined

nel

cedure is

tial test

ations,

sure

est

C

ed using

the

he highest

(s). When

that

or

ording to

in the

distance

el, until

when

coupling

test

hannel(s)

ted to

ls to apply

with the

ue of SAR

FC


A Wi-Fi de

bandwidth

mode tool

100% duty

5.3.5 BT

For BT SA

transmittin

ng off and

100% duty

CC SAR Test Re


evice must b

h and signal

ls for SAR m

y cycle and

T Test Conf

AR testing, B

ng RF signa

d data rate s

y cycle and

eport


be configure

modulation

measuremen

its crest fac

figuration

BT engineer

l with maxim

et for 3DH5

its crest fac

t in full, without

ed to transm

, using the h

nt. This RF s

ctor is 1.

ring testing s

mum output

. This RF si

ctor is 1.

t the written ap

it continuou

highest trans

signal utilize

software ins

power. And

gnal utilized

pproval of TA Te

sly at the re

smission du

ed in SAR m

talled on the

the CBT co

d in SAR me

Report No

echnology (Shan

equired data

ty factor sup

easurement

e EUT can p

ontrl the EUT

easurement

: RXA1704-011


rate, chann

pported by t

t has almost

provide cont

T operating w

has almost

12SAR02R1

20 of 177

nel

he test

t

inuous

with hopi

FC


6 SAR

6.1 SA

The D

A

ex

A

A

m

d

si

T

fo

of

T

fil

T

p

A

R

w

T

m

CC SAR Test Re


R Measu

R Measur

DASY system

A standard h

xtension for

An isotropic F

A data acqu

multiplexing,

etection, etc

ignal is optic

The Electro-o

or the digital

f the EOC is

The function

ltering, cont

The Light Be

robe positio

A computer r

Remote cont

warning lamp

The phantom

measuremen

eport


rements

rement Set

m for perform

igh precisio

r accommod

Field probe o

uisition elec

AD-convers

c. The unit

cally transm

optical conve

l communica

s required. T

of the mea

rol of the rob

eam used is

ning.

unning WinX

trol and tea

ps, etc.

m, the dev

nt.

t in full, without

System

t-up

ming complia

on 6-axis rob

ating the da

optimized a

ctronics (D

sion, offset

is battery

itted to the E

erter (EOC)

ation to the

The EOC sig

surement se

bot operatio

for probe a

XP or Win7

ch pendant

vice holder

t the written ap

Configu

ance tests c

bot with con

ata acquisitio

nd calibrate

AE) which

measureme

powered wi

EOC.

performs th

DAE. To us

gnal is transm

erver is to p

on and fast m

alignment. T

and the DAS

as well as

r and othe

pproval of TA Te

uration

consists of th

ntroller, teac

on electronic

d for the tar

performs

ents, mecha

ith standard

e conversio

e optical su

mitted to the

perform the

movement in

This improve

SY software

additional c

er accessor

Report No

echnology (Shan

he following

h pendant a

cs (DAE).

geted meas

the signal

anical surfac

d or recharg

n from optic

rface detect

e measurem

time critical

nterrupts.

es the (abso

e.

circuitry for

ries accord

: RXA1704-011


items:

and software

surement.

amplificatio

ce detection

geable batte

cal to electric

tion, a speci

ment server.

tasks such

olute) accura

robot safety

ing to the

12SAR02R1

21 of 177

e. An arm

on, signal

n, collision

eries. The

cal signals

ial version

as signal

acy of the

y such as

targeted

FC


6.2 DA

The S

SPEA

evalua

EX3DV4 P

Constru

Calibra

Freque

Directiv

Dynam

Range

Dimens

Applica

E-field Pr

Each prob

10%. The

parameter

factor (Co

The free

performed

space. Fo

the proper

E-field tem

simulated

in a diele

CC SAR Test Re


ASY5 E-fiel

SAR measure

AG), designe

ation.

Probe Spec

uction S

B

P

o

tion IS

s

ncy 1

L

(3

vity ±

a

n

ic 1

±

sions O

d

T

c

ation H

m

S

fi

c

6

robe Calibra

be is calibrat

e spherical i

rs (NormX,

onvF) of the

space E-fie

d in a TEM

or the free sp

r orientation

mperature c

brain tissue

ctric medium

eport


ld Probe S

ements wer

ed in the clas

cification

Symmetrical

Built-in shield

PEEK enclos

organic solve

SO/IEC 170

service availa

0 MHz to >

Linearity: ± 0

30 MHz to 6

± 0.3 dB in H

axis) ± 0.5 dB

normal to p

0 µW/g to >

± 0.2dB (nois

Overall lengt

diameter: 2.5

Typical dista

centers: 1 m

High precisio

measuremen

Scenario (e.g

ields). Only

compliance t

6 GHz with p

ation

ted accordin

sotropy was

NormY, Nor

probe are te

eld from am

cell for freq

pace calibra

n with the fie

correlation c

e. The meas

m. For tem

t in full, without

System

re conducted

ssical triang

design with

ding against

sure materia

ents, e.g., D

025 calibratio

able

6 GHz

0.2 dB

6 GHz)

HSL (rotation

B in tissue m

probe axis)

> 100 mW/g

se: typically

th: 330 mm (

5 mm (Body

nce from pro

m

on dosimetri

nts in any ex

g., very stro

probe which

testing for fre

precision of b

ng to a dosim

s evaluated

rmZ), the di

ested.

mplified pro

quencies bel

ation, the pro

ld. The prob

alibration is

sured free sp

perature co

t the written ap

d with the do

ular configu

h triangular c

t static charg

al (resistant

DGBE)

on

n around pro

material (rota

Linearity:

< 1 µW/g)

(Tip: 20 mm

: 12 mm)

obe tip to di

c

xposure

ng gradient

h enables

equencies u

better 30%.

metric asses

and found

iode compre

obe outputs

llow 1 GHz,

obe is placed

be is then ro

s performed

pace E-field

orrelation ca

pproval of TA Te

osimetric pro

ration and o

core

ges

to

obe

ation

m) Tip

pole

up to

ssment proce

to be bette

ession param

is determi

and in a w

d in the volu

otated 360 de

in a flat ph

in the mediu

alibration a R

Report No

echnology (Shan

obe EX3DV4

optimized for

edure with a

er than ± 0.

meter (DCP

ned in a te

wave guide a

umetric cente

egrees.

antom filled

um correlate

RF transpar

: RXA1704-011


4 (manufact

r dosimetric

accuracy bet

25dB. The

P) and the c

est chambe

above 1 GH

er of the cav

d with the ap

es to temper

rent thermis

12SAR02R1

22 of 177

tured by

tter than ±

sensitivity

conversion

er. This is

Hz for free

vity and at

ppropriate

rature rise

stor-based

FC


temperatu

S

Where

Or

S

Where

6.3 SA

Power Re

The Powe

of the dev

determine

the distan

Area Sca

The area

doing a fin

in DASY s

maximum

range is re

when com

follows the

multiple m

Area scan

M

meas

pro

Maxim

p

Maxi

CC SAR Test Re


ure probe is

SAR=C∆T/∆

e: ∆t = Expo

C = Heat

∆T = Temp

SAR=IEI2σ/

e: σ = Simul

ρ = Tissue

R Measur

eference Me

er Reference

vice under te

es the closes

ce of senso

n

scan is used

ne measurem

software can

. The range

equired in IE

mpliance is a

e area scan

maximums a

n parameters

Maximum dis

urement poi

obe sensors)

mum probe a

phantom sur

measure

mum area s

∆xAre

eport


used in con

∆t

osure time (3

capacity of

perature incr

/ρ

ated tissue

e density (kg

rement Pro

easurement

e Measurem

est in the bat

st measurem

r calibration

d as a fast s

ment around

n find the ma

(in dB) is sp

EEE standar

assessed in

, then only t

re detected,

s extracted f

stance from

int (geometr

) to phantom

angle from p

rface norma

ement locati

scan spatial

ea, ∆yArea

t in full, without

njunction with

30 seconds)

tissue (brai

rease due to

conductivity

g/m3).

ocedure

t

ment and Pow

tch process

ment point to

n points to pr

scan in two d

d the hot spo

aximum foun

pecified in th

rd 1528 and

accordance

the absolute

, the numbe

from FCC K

closest

ric center of

m surface

probe axis to

l at the

on

resolution:

t the written ap

h the E-field

,

n or muscle

o RF exposu

y,

wer Drift Me

. The minim

o phantom s

robe tip as d

dimensions

ot. The soph

nd in the sca

he standards

d IEC 62209

e with the AR

e maximum w

r of zoom sc

KDB 865664

5

o

3

≤ 2 G

2 – 3 G

When t

the me

than

must be

the tes

pproval of TA Te

d probe.

),

ure.

asurements

mum distance

surface. This

defined in th

to find the a

histicated in

anned area,

s for complia

standards,

RIB standard

will be taken

cans has to

D01 SAR m

≤3 GHz

5 ± 1 mm

30° ± 1°

GHz: ≤ 15 mm

GHz: ≤ 12 m

the x or y di

easurement

the above, t

e ≤ the corre

st device wit

point o

Report No

echnology (Shan

s are for mon

e of probe se

s distance ca

e probe pro

area of high f

terpolation r

, within a ran

ance testing

whereby 3 d

d (Japan), if

n as referenc

be increase

measuremen

½·δ

m

mm

3 –

4 –

mension of

t plane orien

the measure

esponding x

th at least o

on the test d

: RXA1704-011


nitoring the p

ensors to su

annot be sm

perties.

field values,

routines imp

nge of the g

. For examp

dB is a requ

only one zo

ce. For case

ed according

nt 100 MHz

> 3 GHz

δ·ln(2) ± 0.5

20° ± 1°

4 GHz: ≤ 12

6 GHz: ≤ 10

the test dev

ntation, is sm

ement resolu

x or y dimens

ne measure

evice.

12SAR02R1

23 of 177

power drift

urface

maller than

, before

plemented

lobal

ple, a 2 dB

irement

oom scan

es where

gly.

to 6 GHz.

mm

2 mm

0 mm

vice, in

maller

ution

sion of

ement

FC


Zoom Sc

Zoom sca

containing

below) wit

job within

averaged

Zoom sca

Max

Maxi

zoom

spa

resol

norm

phan

surf

Minim

zoom

volu

Note: δ

draft sta

* When

estimat

resoluti

Volume S

The volum

different fr

measurem

antennas.

measured

SAR, the

same spa

SEMCAD

calculating

Power Dr

All SAR te

DASY me

procedure

measure t

calculate t

CC SAR Test Re


can

ans are used

g 1 gram and

thin a cube s

the same p

SAR for 1 g

an paramete

ximum zoom

mum

m scan

atial

ution,

mal to

ntom

face

G

mum

m scan

ume

δ is the pene

andard IEEE

n zoom sca

tion procedu

on may be a

Scan Proced

me scan is u

requency ba

ments. The m

. For antenn

d separately

EUT remain

tial resolutio

postproces

g the multiba

rift Monitori

esting is und

easurement

es are used

the field at a

the field diffe

eport


d assess the

d 10 gram o

shoes base

rocedure. W

gram and 10

rs extracted

m scan spati

yzoom

Uniform

Graded

grid

z

po

etration dept

E P1528-20

an is require

ures of KDB

applied, res

dures

sed for asse

ands. It is eq

measuremen

nas transmitt

in each freq

n in the sam

on and grid s

sor can com

and SAR.

ing

der the EUT

software, th

for monitorin

a specified re

erence in dB

t in full, without

e peak spatia

of simulated

faces are c

When the me

0 gram and d

d from FCC K

ial resolution

m

m grid: zzo

zzoom(1): betw

ints closest

surfa

zzoom(n＞1)

subsequen

X, y, z

th of a plane

11 for detail

ed and the

B 447498 i

pectively, fo

ess overlapp

quivalent to

nt volume w

ting simultan

quency band

e test positio

spacing. Wh

mbine and su

install full c

e power refe

ng the powe

eference po

B. If the pow

t the written ap

al SAR value

tissue. The

entered on t

easurement

displays thes

KDB 865664

n:xzoom

oom(n)

ween 1st two

to phantom

ce

): between

nt points

e-wave at no

s.

reported S

s ≤ 1.4W/k

r 2GHz to 3

ping SAR dis

an oversized

will be used t

neously in d

d. In order to

on for all me

hen all volum

ubsequently

harged batte

erence mea

er drift of EU

sition before

wer drifts mo

pproval of TA Te

es within a c

zoom scan

the maxima

is done, the

se values ne

4 D01 SAR m

≤3G

≤2GHz

2 – 3GHz

≤5m

o

≤4m

≥30

ormal incide

SAR from th

g, ≤8mm, ≤

GHz, 3GHz

stributions fo

d zoom sca

to enclose a

ifferent freq

o sum correc

easurements

me scan wer

y superpose

ery and tran

asurement a

UT during SA

e and after t

ore than 5%,

Report No

echnology (Shan

cubic averag

measures p

found in a p

e zoom scan

ext to the jo

measureme

GHz

: ≤8mm

z: ≤5mm*

mm

mm

≤1.5•zz

0mm

ence to the t

he area sca

≤7mm and

to 4GHz an

or antennas

n used in sta

all the simulta

uency band

ctly to comp

s and all vol

re completed

these meas

nsmit maxim

nd power dr

AR test. Both

he SAR test

the SAR w

: RXA1704-011


ging volume

points (refer

preceding ar

n evaluates t

b’s label.

nt 100 MHz

> 3 GH

3 – 4GHz: ≤

4 – 6GHz: ≤

3 – 4GHz:

4 – 5GHz:

5 – 6GHz:

3 – 4GHz:

4 – 5GHz: ≤

5 – 6GHz:

zoom(n-1)

3 – 4GHz: ≥

4 – 5GHz: ≥

5 – 6GHz: ≥

issue mediu

an based 1-

≤5mm zoom

nd 4GHz to 6

s transmitting

andalone

aneous tran

s, the volum

pute the 1g a

ume scan u

d, the softwa

surement da

um output p

rift measurem

h these proc

ting. The so

ill be reteste

12SAR02R1

24 of 177

e

to table

rea scan

the

to 6 GHz.

Hz

≤5mm*

≤4mm*

≤4mm

≤3mm

≤2mm

≤3mm

≤2.5mm

≤2mm

≥28mm

≥25mm

≥22mm

um; see

-g SAR

m scan

6GHz.

g in

nsmitting

me scan is

aggregate

use the

are,

ata to

power. In

ment

cedures

ftware will

ed.

FC


7 Mai

Name of

Network

Dielectric

Powe

Powe

Powe

Dual direct

Dual direct

Am

Wideba

communic

BT Bas

Sim

E-field

D

Validation

Validation

Validation

Validation

Validation

Tempera

Hygrothe

CC SAR Test Re


n Test Eq

Equipment

k analyzer

c Probe Kit

er meter

r sensor

r sensor

tional couple

tional couple

mplifier

and radio

cation tester

se Station

mulator

d Probe

DAE

Kit 835MHz

Kit 1750MH

Kit 1900MH

Kit 2450MH

Kit 2600MH

ature Probe

ermograph

eport


quipmen

t Manufa

Agi

H

Agi

Agi

Agi

er Agi

er Agi

INDEX

r R&

R&

SPE

SPE

z SPE

Hz SPE

Hz SPE

Hz SPE

Hz SPE

Tianjin

Any

t in full, without

nt

acturer Ty

lent

HP

lent

lent

lent

lent 7

lent

XSAR

&S C

&S

EAG

EAG

EAG

EAG

EAG

EAG

EAG

jinming

ymetr

t the written ap

ype/Model

E5071B

85070E

E4417A

N8481H

E9327A

778D-012

777D

IXA-020

CMW 500

CBT

EX3DV4

DAE4

D835V2

D1750V2

D1900V2

D2450V2

D2600V2

JM222

NT-311

pproval of TA Te

Serial

Numbe

MY42404

US44020

GB41291

MY50350

US40441

50519

50146

0401

113645

100271

3677

1317

4d020

1033

5d060

786

1025

AA10091

2015073

Report No

echnology (Shan

l

er Las

014 2016

115 2016

714 2016

004 2016

622 2016

9 2016

6 2016

2016

5 2016

1 2016

2017

2016

0 2014

2017

0 2014

2014

2014

129 2016

32 2016

: RXA1704-011


st Cal.

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

6-05-21 2

7-01-23 2

6-08-02 2

4-08-28 2

7-01-10 2

4-09-01 2

4-09-01 2

4-12-08 2

6-05-21 2

6-05-21 2

12SAR02R1

25 of 177

Cal. Due

Date

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2017-05-20

2018-01-22

2017-08-01

2017-08-27

2020-01-09

2017-08-31

2017-08-31

2017-12-07

2017-05-20

2017-05-20

FC


8 Tiss

8.1 Tis

The tempe

18C to 25

The dielec

of SAR m

earlier if th

Target va

Freque

(MHz

Head

Body

CC SAR Test Re


sue Diele

ssue Verifi

erature of th

5C and with

ctric parame

easurement

he dielectric

alues

ency

z)

W

835 4

1750 5

1900 55

2450 6

2600 55

835 5

1750 6

1900 6

2450 7

2600 7

eport


ectric Pa

ication

he tissue-eq

hin ± 2C of

eters must b

ts. The para

c parameters

Water

(%)

S

(%

41.45 1.

55.24 0.

5.242 0.3

62.7 0

5.242 0.3

52.5 1

69.91 0.

69.91 0.

73.2 0

72.6 0

t in full, without

arameter

uivalent med

f the tempera

e measured

ameters shou

s can becom

alt

%)

Suga

(%)

.45 56

.31 0

306 0

0.5 0

306 0

.4 45

.12 0

.13 0

0.1 0

0.1 0

t the written ap

Measure

dium used d

ature when

d before the

uld be re-me

me out of tole

ar Glycol

(%)

0

44.45

44.452

36.8

44.452

0

29.97

29.96

26.7

27.3

pproval of TA Te

ements &

during meas

the tissue p

tissue-equiv

easured afte

erance.

Prevento

(%)

0.1

0

0

0

0

0.1

0

0

0

0

Report No

echnology (Shan

& System

surement mu

arameters a

valent mediu

er each 3 – 4

l Cellulos

(%)

1.0

0

0

0

0

1.0

0

0

0

0

: RXA1704-011


m Verifica

ust also be w

are characte

um is used i

4 days of us

se εr

41.5

40.1

40.0

39.2

39.0

55.2

53.4

53.3

52.7

52.5

12SAR02R1

26 of 177

ation

within

erized.

n a series

se; or

σ(s/m)

0.90

1.37

1.40

1.80

1.96

0.97

1.49

1.52

1.95

2.16

FC


Measurem

Frequ

(MH

835

1750

1900

2450

2600

Note: The

3 GHz and

CC SAR Test Re


ments resu

ency

Hz) T

Head 4

Body 4

Head 4

Body 4

Head 4

Body 4

Head 4

Body 4

Head 4

Body 4

e depth of tis

d ≥ 10.0 cm

eport


lts

Test Date

4/12/2017

4/16/2017

4/14/2017

4/14/2017

4/21/2017

4/15/2017

5/4/2017

4/27/2017

4/27/2017

4/24/2017

4/24/2017

ssue-equival

for measure

t in full, without

Temp

M

21.5

21.5

21.5

21.5

21.5

21.5

21.5

21.5

21.5

21.5

21.5

lent liquid in

ements > 3

t the written ap

easured Di

Paramet

εr σ

42.5

55.4

41.6

51.6

40.5

51.6

52.1

39.4

51.1

38.8

50.7

a phantom

GHz.

pproval of TA Te

electric

ers

T

σ(s/m)

0.94

1.00

1.37

1.48

1.39

1.49

1.50

1.88

1.95

2.05

2.13

must be ≥ 1

Report No

echnology (Shan

Target Diele

Paramete

εr σ(s

41.5 0

55.2 0

40.1 1

53.4 1

40.0 1

53.3 1

53.3 1

39.2 1

52.7 1

39.0 1

52.5 2

15.0 cm for S

: RXA1704-011


ectric

ers (Wit

s/m) Dev

εr(%

0.90 2.41

0.97 0.36

.37 3.74

.49 -3.3

.40 1.25

.52 -3.1

.52 -2.2

.80 0.51

.95 -3.0

.96 -0.5

2.16 -3.4

SAR measu

12SAR02R1

27 of 177

Limit

thin ±5%)

v

%)

Dev

σ(%)

1 4.44

6 3.09

4 0.00

7 -0.67

5 -0.71

9 -1.97

5 -1.32

1 4.44

4 0.00

1 4.59

3 -1.39

rements ≤

FC


8.2 Sys

The manu

measured

every day

using the

phantom.

System ch

DASY sys

CC SAR Test Re


stem Perfo

ufacturer cal

d using the d

y was made

dipole valida

heck is perfo

stem.

eport


ormance C

ibrates the p

dielectric pro

following the

ation kit. Th

ormed regul

Pic

t in full, without

Check

probes annu

obe kit and t

e determina

e dipole ant

arly on all fr

cture 1 System

Pictu

t the written ap

ually. Dielec

he network

ation of the d

tenna was p

requency ba

m Performan

ure 2 Setup P

pproval of TA Te

tric paramet

analyzer. A

dielectric par

laced under

ands where t

ce Check set

Photo

Report No

echnology (Shan

ters of the ti

system che

rameters of

r the flat sec

tests are pe

tup

: RXA1704-011


ssue simula

eck measure

the Tissue s

ction of the tw

rformed with

12SAR02R1

28 of 177

ates were

ement for

simulates,

win SAM

h the

FC


JustificatUsage of

maintainin

prior calib

D

Dipole

D750V

SN: 10

Dipole

D835V

SN: 4d0

Dipole

D1900V

SN: 5d0

Dipole

D2450V

SN: 78

Dipole

D2600V

SN: 102

CC SAR Test Re


tion for ExSAR dipoles

ng return los

ration) requ

Dipole

e

V3

17

Head

Liquid

Body

Liquid

e

V2

020

Head

Liquid

Body

Liquid

e

V2

060

Head

Liquid

Body

Liquid

e

V2

86

Head

Liquid

Body

Liquid

e

V2

25

Head

Liquid

Body

Liquid

eport


xtended SAs calibrated

ss (< - 20 dB

irements pe

Date of M

d

d

8/2

8/2

8/2

y

d

8/2

8/2

8/2

d

d

8/2

8/2

8/2

y

d

8/2

8/2

8/2

d

d

9/

8/3

8/3

y

d

9/

8/3

8/3

d

d

9/

8/3

8/3

y

d

9/

8/3

8/3

d

d

12/

12/

12/

y

d

12/

12/

12/

t in full, without

AR Dipole Cless than 3

B, within 20%

er extended

Measureme

28/2014

27/2015

26/2016

28/2014

27/2015

26/2016

28/2014

27/2015

26/2016

28/2014

27/2015

26/2016

1/2014

31/2015

30/2016

1/2014

31/2015

30/2016

1/2014

31/2015

30/2016

1/2014

31/2015

30/2016

/8/2014

/7/2015

/6/2016

/8/2014

/7/2015

/6/2016

t the written ap

Calibrationsyears ago b

% of prior ca

calibrations

nt Return

-3

-3

-2

-2

-2

-2

-3

-3

-3

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

-2

pproval of TA Te

s but more tha

alibration) an

in KDB 865

Loss(dB)

30.1

30.0

29.7

28.9

29.3

29.2

30.1

31.1

32.2 -

23.3

23.9

24.2 -

22.8

23.7

23.2

21.6

20.8

20.8

23.6

23.9

23.3

23.7

24.0

24.4 -

24.2

23.9

23.3

23.6

24.0

24.4 -

Report No

echnology (Shan

an 1 year ag

nd impedanc

5664 D01:

∆ % Imp

/

0.3%

1.0%

/

1.4%

0.3%

/

3.3%

-3.4%

/

2.6%

-1.2%

/

3.8%

2.2%

/

3.8%

3.5%

/

1.3%

2.6%

/

1.3%

-1.6%

/

1.2%

2.6%

/

1.7%

-1.6%

: RXA1704-011


o were conf

ce (within 5 o

pedance (Ω)

53.2

52.7

52.4

48.0

48.6

48.7

48.6

49.7

49.8

54.0

53.5

53.1

54.1

55.4

56.7

57.6

57.3

57.0

57.1

57.4

57.7

56.0

55.8

55.1

49.7

50.4

50.7

46.6

47.2

47.1

12SAR02R1

29 of 177

firmed in

ohm from

∆Ω

/

0.5Ω

0.3Ω

/

0.6Ω

0.1Ω

/

1.1Ω

0.1Ω

/

0.5Ω

0.4Ω

/

1.3Ω

1.3Ω

/

0.3Ω

0.3Ω

/

0.3Ω

0.3Ω

/

0.2Ω

0.7Ω

/

0.7Ω

-0.3Ω

/

0.6Ω

0.1Ω

FC


System C

Frequen

(MHz

835 H

B

1750 H

B

1900

H

B

2450 H

B

2600 H

B

Note：Ta

CC SAR Test Re


Check resul

ncy

) Tes

Head 4/1

Body 4/1

Head 4/1

Body 4/1

Head 4/2

Body 4/1

5/4

Head 4/2

Body 4/2

Head 4/2

Body 4/2

arget Values

eport


lts

st Date T

2/2017 2

6/2017 2

4/2017 2

4/2017 2

1/2017 2

5/2017 2

4/2017 2

7/2017 2

7/2017 2

4/2017 2

4/2017 2

s used deriv

t in full, without

Temp

250

Mea

SA

(W

21.5 2

21.5 2

21.5 8

21.5 9

21.5 9

21.5 9

21.5 9

21.5 13

21.5 12

21.5 13

21.5 13

ve from the c

t the written ap

0mW

asured

AR1g

W/kg)

No

2.44

2.41

8.95

9.24

9.48

9.93

9.82

3.70

2.50

3.90

3.50

calibration ce

pproval of TA Te

1W

ormalized

SAR1g

(W/kg)

9.76

9.64

35.80

36.96

37.92

39.72

39.64

54.80

50.00

55.60

54.00

ertificate Da

Report No

echnology (Shan

1W

Target

SAR1g

(W/kg)

9.54

9.54

37.20

37.60

39.20

40.00

40.00

52.50

52.40

56.90

56.40

ata Storage a

: RXA1704-011


∆ %

(Limit

±10%)

2.31

1.05

-3.76

-1.70

-3.27

-0.70

-1.80

4.38

-4.58

-2.28

-4.26

and Evaluat

12SAR02R1

30 of 177

Plot No.

1

2

3

4

5

6

7

8

9

10

11

tion.

FC


9 Nor

KDB 4474

specified f

9.1 GS

GSM

Tx Ch

Frequenc

GSM(G

GPRS

(GMSK)

EGPRS

(GMSK)

EGPRS

(8PSK)

GSM

Tx Ch

Frequenc

GSM(G

GPRS

(GMSK)

EGPRS

(GMSK)

EGPRS

(8PSK)

CC SAR Test Re


rmal and

498 D01 at

for the produ

SM Mode

850

annel

cy(MHz)

GMSK)

1Txslot

2Txslots

3Txslots

4Txslots

1Txslot

2Txslots

3Txslots

4Txslots

1Txslot

2Txslots

3Txslots

4Txslots

1900

annel

cy(MHz)

GMSK)

1Txslot

2Txslots

3Txslots

4Txslots

1Txslot

2Txslots

3Txslots

4Txslots

1Txslot

2Txslots

3Txslots

eport


Maximu

t the maxim

uct, but not

Burst

Pow

128

824.2 8

32.73 3

32.34 3

29.43 2

27.25 2

25.96 2

32.36 3

29.38 2

27.24 2

25.70 2

26.22 2

24.09 2

22.86 2

22.31 2

Pow

512

1850.2

31.21 3

30.84 3

27.80 2

25.75 2

24.39 2

30.81 3

27.73 2

25.70 2

24.21 2

26.32 2

24.34 2

21.97 2

t in full, without

um Outpu

mum rated

more than 2

t Average

wer(dBm)

190 2

836.6 84

32.71 32

32.44 32

29.46 29

27.61 27

26.17 26

32.45 32

29.39 29

27.39 27

25.88 25

26.33 26

24.17 24

22.91 22

22.19 22

wer(dBm)

661 8

1880 19

31.14 31

30.79 30

27.69 27

25.74 25

24.34 24

30.68 30

27.65 27

25.68 25

24.25 24

26.18 26

24.20 24

21.89 21

t the written ap

ut Power

output pow

2 dB lower th

Divis

Fact

(dB251

48.8

2.52 9.0

2.16 9.0

9.38 6.0

7.12 4.2

6.02 3.0

2.11 9.0

9.09 6.0

7.24 4.2

5.55 3.0

6.21 9.0

4.04 6.0

2.87 4.2

2.21 3.0

Divis

Fact

(dB

810

09.8

1.11 9.0

0.75 9.0

7.66 6.0

5.73 4.2

4.43 3.0

0.74 9.0

7.64 6.0

5.69 4.2

4.11 3.0

6.22 9.0

4.08 6.0

1.92 4.2

pproval of TA Te

r

wer and with

han the max

sion

tors

B) 128

824.2

03 23.70

03 23.3

02 23.4

26 22.99

01 22.95

03 23.33

02 23.36

26 22.98

01 22.69

03 17.19

02 18.0

26 18.60

01 19.30

sion

tors

B)

512

1850

03 22.18

03 21.8

02 21.78

26 21.49

01 21.38

03 21.78

02 21.7

26 21.44

01 21.20

03 17.29

02 18.32

26 17.7

Report No

echnology (Shan

hin the tune

ximum tune-

Frame-Ave

Power(dB

8 190

2 836.6

0 23.68

1 23.41

1 23.44

9 23.35

5 23.16

3 23.42

6 23.37

8 23.13

9 22.87

9 17.30

7 18.15

0 18.65

0 19.18

Power(dB

2 661

.2 1880

8 22.11

1 21.76

8 21.67

9 21.48

8 21.33

8 21.65

1 21.63

4 21.42

0 21.24

9 17.15

2 18.18

1 17.63

: RXA1704-011


e-up toleran

-up tolerance

rage

Bm)

251

848.8

23.49

23.13

23.36

22.86

23.01

23.08

23.07

22.98

22.54

17.18

18.02

18.61

19.20

Bm)

810

1909.8

22.08

21.72

21.64

21.47

21.42

21.71

21.62

21.43

21.10

17.19

18.06

17.66

12SAR02R1

31 of 177

nce range

e limit.

Burst

Tune-up

Limit

(dBm)

33.00

33.00

30.00

28.00

27.00

33.00

30.00

28.00

27.00

27.00

25.00

24.00

23.00

Burst

Tune-up

Limit

(dBm)

31.50

31.50

28.50

26.50

25.00

31.50

28.50

26.50

25.00

27.00

25.00

23.00

FC


Notes: Th

1.

2.

CC SAR Test Re


4Txslots

e worst-cas

Standalon

GMSK (G

measurem

SAR is no

of GPRS

eport


19.86 1

e configurat

ne: GSM 850

GPRS) mode

ments above

ot required fo

Mode.

t in full, without

19.81 19

tion and mod

0 GMSK (G

e with 1 time

e.

or EGPRS (

t the written ap

9.67 3.0

de for SAR

PRS) mode

e slot for Max

8PSK) mod

pproval of TA Te

01 16.85

testing is de

with 2 time

x power, bas

e because it

Report No

echnology (Shan

5 16.80

etermined to

slots for Ma

sed on the o

ts output po

: RXA1704-011


16.66

o be as follow

ax power, GS

output powe

ower is less t

12SAR02R1

32 of 177

21.00

ws:

SM 1900

r

than that

W

Tx

Freq

RMC

HSDP

HSUP

DC-

HSDP

Note:

FC


9.2 WC

The follow

TS34.121

WCDMA

x Channel

uency(MHz)

C

12.2kbp

64kbps

144kbps

384kbps

PA

Sub 1

Sub 2

Sub 3

Sub 4

PA

Sub 1

Sub 2

Sub 3

Sub 4

Sub 5

-

PA

Sub 1

Sub 2

Sub 3

Sub 4

1.Per KDB

with TPC

2. When the

is ≤ ¼ dB

the ratio o

adjusted

CC SAR Test Re


CDMA Mod

wing tests

specificatio

9262 9

) 1852.4 1

s 22.47 2

s 22.41 2

s 22.32 2

s 22.31 2

22.30 2

22.38 2

21.87 2

21.86 2

22.35 2

20.54 2

21.27 2

20.49 2

22.41 2

22.40 2

22.39 2

21.88 2

21.87 2

941225 D0

C bits configu

e maximum

B higher than

of specified

SAR is ≤ 1.

eport


de

were comp

on.

Band II(dBm

9400 9538

1880 1907.6

22.51 22.73

22.39 22.57

22.34 22.56

22.35 22.57

22.34 22.56

22.42 22.64

21.91 22.13

21.90 22.12

22.39 22.61

20.58 20.68

21.31 21.69

20.53 20.78

22.45 22.67

22.40 22.62

22.39 22.61

21.88 22.10

21.97 22.08

1, SAR for H

ured to all “1

output powe

n the primary

maximum o

2 W/kg, SAR

t in full, without

pleted accor

m)

8 Tune-up

Limit

(dBm)6

3 23.00

7 23.00

6 23.00

7 23.00

6 23.00

4 23.00

3 22.50

2 22.50

23.00

8 21.00

9 22.00

8 21.00

7 23.00

2 23.00

23.00

0 22.50

8 22.50

Head / Hotsp

’s”.

er and tune-

y mode or w

output powe

R measurem

t the written ap

rding to the

Ba

1312 14

1712.4 173

22.38 22

22.32 22

22.23 22

22.22 22

22.21 22

22.29 22

21.78 21

21.77 21

22.26 22

20.45 20

21.18 21

20.40 20

22.32 22

22.31 22

22.30 22

21.79 21

21.78 21

pot / Body-w

-up tolerance

when the hig

r and tune-u

ment is not r

pproval of TA Te

e test requ

and IV(dBm

413 1513

32.6 1752.6

2.28 22.45

2.16 22.29

2.11 22.28

2.12 22.29

2.11 22.28

2.19 22.36

.68 21.85

.67 21.84

2.16 22.33

0.35 20.52

.08 21.41

0.30 20.50

2.22 22.39

2.17 22.34

2.16 22.33

.65 21.82

.74 21.80

worn exposu

e specified f

ghest reporte

up tolerance

required for t

Report No

echnology (Shan

uirements o

)

Tune-up

Limit

(dBm)6 8

23.00

23.00

23.00

23.00

23.00

23.00

22.50

22.50

23.00

21.00

22.00

21.00

23.00

23.00

23.00

22.50

22.50

ure is measu

for productio

ed SAR of th

e of seconda

the seconda

: RXA1704-011


utlined in t

Band

4132 4183

826.4 836.6

22.89 22.77

22.75 22.71

22.74 22.61

22.73 22.60

22.72 22.61

22.73 22.60

22.33 22.18

22.32 22.20

22.81 22.69

20.97 20.85

21.79 21.67

20.98 20.86

22.77 22.65

22.76 22.64

22.74 22.63

22.23 22.12

22.22 22.11

ured using a

on units in a

he primary m

ary to primar

ary mode.

12SAR02R1

33 of 177

the 3GPP

d V(dBm)

3 4233 Tun

L

(d6 846.6

7 22.63 2

22.50 2

22.49 2

0 22.48 2

22.47 2

0 22.49 2

8 22.07 2

0 22.06 2

9 22.55 2

5 20.71 2

7 21.53 2

6 20.72 2

5 22.51 2

4 22.50 2

3 22.49 2

2 21.98 2

21.97 2

12.2 kbps A

secondary

mode is scal

ry mode and

ne-up

Limit

dBm)

3.50

3.50

3.50

3.50

3.50

3.50

3.00

3.00

3.50

1.50

2.50

1.50

3.50

3.50

3.50

3.00

3.00

AMR

mode

ed by

d the

B

B

FC


9.3 LTE

UE P

maxim

(reso

Bandwidth

1.4MHz

Bandwidth

3MHz

CC SAR Test Re


E Mode

ower Class:

mum output

urce blocks)

LTE FDD

Modulatio

QPSK

16QAM

Modulatio

QPSK

16QAM

eport


: 3 (23 +/- 2d

power due

) is specified

D Band 2

on RB size

1

1

1

3

3

3

6

1

1

1

3

3

3

6

on RB size

1

1

1

8

8

8

15

1

1

1

t in full, without

dBm). The a

to higher or

d in Table 6.

RB offset

0

2

5

0

2

3

0

0

2

5

0

2

3

0

RB offset

0

7

14

0

4

7

0

0

7

14

t the written ap

allowed Max

rder modulat

2.3-1 of the

18607/18

23.67

23.58

23.61

23.26

23.29

23.31

22.23

22.81

22.48

22.52

22.29

22.37

22.30

21.35

18615/18

23.69

23.61

23.64

22.36

22.41

22.41

22.26

22.84

22.51

22.54

pproval of TA Te

ximum Powe

tion and tran

3GPP TS36

Conducted

Channel/Fre

850.7 1890

7 2

8 2

1 2

6 2

9 2

1 2

3 2

1 2

8 2

2 2

9 2

7 2

0 2

5 2

Channel/Fre

851.5 1890

9 2

1 2

4 2

6 2

1 2

1 2

6 2

4 2

1 2

4 2

Report No

echnology (Shan

er Reduction

nsmit bandw

6.101.

d Power(dB

equency (M

00/1880 1

23.58

23.55

23.50

23.30

23.29

23.23

22.49

22.64

22.63

22.60

22.11

22.05

22.16

21.37

equency (M

00/1880 1

23.62

23.60

23.55

22.42

22.39

22.34

22.53

22.66

22.68

22.64

: RXA1704-011


n (MPR) for

width configu

Bm)

Hz)

19193/1909.

23.82

23.70

23.78

23.37

23.46

23.34

22.60

22.24

22.75

22.42

22.26

22.39

22.26

21.43

Hz)

19185/1908.

23.85

23.74

23.82

22.50

22.58

22.44

22.63

22.27

22.79

22.45

12SAR02R1

34 of 177

the

uration

Tune-up

Limit

(dBm).3

24.00

24.00

23.00

23.00

23.00

22.00

Tune-up

Limit

(dBm).5

24.00

23.00

23.00

23.00

p

p

B

B

B

FC


Bandwidth

5MHz

Bandwidth

10MHz

Bandwidth

15MHz

CC SAR Test Re


Modulatio

QPSK

16QAM

Modulatio

QPSK

16QAM

Modulatio

QPSK

eport


8

8

8

15

on RB size

1

1

1

12

12

12

25

1

1

1

12

12

12

25

on RB size

1

1

1

25

25

25

50

1

1

1

25

25

25

50

on RB size

1

1

t in full, without

0

4

7

0

RB offset

0

13

24

0

6

13

0

0

13

24

0

6

13

0

RB offset

0

25

49

0

13

25

0

0

25

49

0

13

25

0

RB offset

0

38

t the written ap

21.40

21.48

21.40

21.38

18625/18

23.66

23.59

23.61

22.33

22.39

22.39

22.24

22.81

22.48

22.51

21.38

21.45

21.37

21.36

18650/18

23.70

23.61

23.62

22.37

22.41

22.41

22.33

22.80

22.53

22.53

21.41

21.47

21.41

21.38

18675/18

23.67

23.60

pproval of TA Te

0 2

8 2

0 2

8 2

Channel/Fre

852.5 1890

6 2

9 2

1 2

3 2

9 2

9 2

4 2

1 2

8 2

1 2

8 2

5 2

7 2

6 2

Channel/Fre

855 1890

0 2

1 2

2 2

7 2

1 2

1 2

3 2

0 2

3 2

3 2

1 2

7 2

1 2

8 2

Channel/Fre

857.5 1890

7 2

0 2

Report No

echnology (Shan

21.24

21.18

21.28

21.41

equency (M

00/1880 1

23.60

23.56

23.50

22.37

22.35

22.32

22.52

22.62

22.66

22.62

21.20

21.13

21.23

21.37

equency (M

00/1880

23.61

23.64

23.50

22.43

22.39

22.38

22.55

22.67

22.69

22.63

21.27

21.14

21.29

21.41

equency (M

00/1880 1

23.57

23.60

: RXA1704-011


21.38

21.51

21.39

21.46

Hz)

19175/1907.

23.81

23.71

23.78

22.46

22.53

22.40

22.61

22.24

22.76

22.41

21.35

21.47

21.35

21.41

Hz)

19150/1905

23.85

23.74

23.80

22.51

22.56

22.45

22.64

22.29

22.81

22.43

21.39

21.49

21.40

21.44

Hz)

19125/1902.

23.82

23.72

12SAR02R1

35 of 177

22.00

22.00

Tune-up

Limit

(dBm).5

24.00

23.00

23.00

23.00

22.00

22.00

Tune-up

Limit

(dBm)5

24.00

23.00

23.00

23.00

22.00

22.00

Tune-up

Limit

(dBm).5

24.00

p

p

p

B

FC


Bandwidth

20MHz

CC SAR Test Re


16QAM

Modulatio

QPSK

16QAM

eport


1

36

36

36

75

1

1

1

36

36

36

75

on RB size

1

1

1

50

50

50

100

1

1

1

50

50

50

100

t in full, without

74

0

18

39

0

0

38

74

0

18

39

0

RB offset

0

50

99

0

25

50

0

0

50

99

0

25

50

0

t the written ap

23.60

22.34

22.39

22.38

22.30

22.78

22.49

22.51

21.38

21.44

21.38

21.36

18700/18

23.64

23.59

23.58

22.31

22.37

22.35

22.27

22.76

22.45

22.49

21.35

21.41

21.35

21.34

pproval of TA Te

0 2

4 2

9 2

8 2

0 2

8 2

9 2

1 2

8 2

4 2

8 2

6 2

Channel/Fre

860 1890

4 2

9 2

8 2

1 2

7 2

5 2

7 2

6 2

5 2

9 2

5 2

1 2

5 2

4 2

Report No

echnology (Shan

23.49

22.38

22.35

22.33

22.50

22.63

22.67

22.60

21.23

21.12

21.24

21.37

equency (M

00/1880

23.53

23.56

23.48

22.33

22.31

22.28

22.45

22.59

22.65

22.57

21.19

21.10

21.19

21.33

: RXA1704-011


23.77

22.47

22.53

22.41

22.60

22.24

22.77

22.41

21.36

21.46

21.36

21.41

Hz)

19100/1900

23.79

23.70

23.74

22.43

22.50

22.37

22.56

22.19

22.73

22.39

21.33

21.43

21.32

21.38

12SAR02R1

36 of 177

23.00

23.00

23.00

22.00

22.00

Tune-up

Limit

(dBm)0

24.00

23.00

23.00

23.00

22.00

22.00

p

B

B

B

FC


Bandwidth

1.4MHz

Bandwidth

3MHz

Bandwidth

5MHz

CC SAR Test Re


LTE FDD

Modulation

QPSK

16QAM

Modulation

QPSK

16QAM

Modulation

QPSK

eport


D Band 4

n RB size

1

1

1

3

3

3

6

1

1

1

3

3

3

6

n RB size

1

1

1

8

8

8

15

1

1

1

8

8

8

15

n RB size

1

1

1

12

12

t in full, without

RB offset

0

2

5

0

2

3

0

0

2

5

0

2

3

0

RB offset

0

7

14

0

4

7

0

0

7

14

0

4

7

0

RB offset

0

13

24

0

6

t the written ap

19957/17

23.88

23.70

23.59

23.52

23.46

23.40

22.41

22.71

22.94

22.59

22.77

22.53

22.30

21.53

19965/17

23.90

23.73

23.62

22.62

22.58

22.50

22.44

22.74

22.97

22.61

21.88

21.64

21.40

21.56

19975/17

23.87

23.71

23.59

22.59

22.56

pproval of TA Te

Conducted

Channel/Fre

10.7 2017

8 2

0 2

9 2

2 2

6 2

0 2

2

2

4 2

9 2

7 2

3 2

0 2

3 2

Channel/Fre

11.5 2017

0 2

3 2

2 2

2 2

8 2

0 2

4 2

4 2

7 2

2

8 2

4 2

0 2

6 2

Channel/Fre

12.5 2017

7 2

2

9 2

9 2

6 2

Report No

echnology (Shan

d Power(dB

equency (M

5/1732.5 2

23.77

23.88

23.70

23.56

23.56

23.31

22.54

22.76

22.82

22.66

22.43

22.42

22.46

21.62

equency (M

5/1732.5 2

23.81

23.93

23.75

22.68

22.66

22.42

22.58

22.78

22.87

22.70

21.56

21.55

21.58

21.66

equency (M

5/1732.5 2

23.79

23.89

23.70

22.63

22.62

: RXA1704-011


Bm)

Hz)

20393/1754

23.85

23.91

23.63

23.41

23.56

23.45

22.61

22.53

22.84

22.61

22.51

22.67

22.40

21.65

Hz)

20385/1753

23.88

23.95

23.67

22.54

22.68

22.55

22.64

22.56

22.88

22.64

21.63

21.79

21.53

21.68

Hz)

20375/1752

23.84

23.92

23.63

22.50

22.63

12SAR02R1

37 of 177

Tune-up

Limit

(dBm).3

24.50

24.50

23.50

23.50

23.50

22.50

Tune-up

Limit

(dBm).5

24.50

23.50

23.50

23.50

22.50

22.50

Tune-up

Limit

(dBm).5

24.50

23.50

p

p

p

B

B

FC


Bandwidth

10MHz

Bandwidth

15MHz

CC SAR Test Re


16QAM

Modulation

QPSK

16QAM

Modulation

QPSK

16QAM

eport


12

25

1

1

1

12

12

12

25

n RB size

1

1

1

25

25

25

50

1

1

1

25

25

25

50

n RB size

1

1

1

36

36

36

75

1

1

1

36

36

36

75

t in full, without

13

0

0

13

24

0

6

13

0

RB offset

0

25

49

0

13

25

0

0

25

49

0

13

25

0

RB offset

0

38

74

0

18

39

0

0

38

74

0

18

39

0

t the written ap

22.48

22.42

22.71

22.94

22.58

21.86

21.61

21.37

21.54

20000/17

23.89

23.74

23.61

22.62

22.59

22.50

22.50

22.73

22.97

22.61

21.89

21.63

21.40

21.57

20025/17

23.88

23.72

23.58

22.60

22.56

22.47

22.48

22.68

22.95

22.58

21.86

21.60

21.38

21.54

pproval of TA Te

8 2

2 2

2

4 2

8 2

6 2

2

7 2

4 2

Channel/Fre

715 2017

9 2

4 2

2

2 2

9 2

0 2

0 2

3 2

7 2

2

9 2

3 2

0 2

7 2

Channel/Fre

17.5 2017

8 2

2 2

8 2

0 2

6 2

7 2

8 2

8 2

5 2

8 2

6 2

0 2

8 2

4 2

Report No

echnology (Shan

22.40

22.57

22.74

22.85

22.68

21.52

21.50

21.53

21.62

equency (M

5/1732.5

23.80

23.94

23.74

22.68

22.67

22.44

22.59

22.77

22.89

22.70

21.57

21.54

21.58

21.67

equency (M

5/1732.5 2

23.76

23.93

23.69

22.64

22.62

22.41

22.55

22.75

22.86

22.66

21.55

21.49

21.54

21.62

: RXA1704-011


22.51

22.62

22.53

22.85

22.60

21.60

21.75

21.49

21.63

Hz)

20350/1750

23.87

23.96

23.66

22.54

22.67

22.56

22.66

22.55

22.88

22.63

21.64

21.78

21.53

21.67

Hz)

20325/1747

23.85

23.93

23.62

22.51

22.63

22.52

22.61

22.53

22.86

22.60

21.61

21.74

21.50

21.63

12SAR02R1

38 of 177

23.50

23.50

22.50

22.50

Tune-up

Limit

(dBm)0

24.50

23.50

23.50

23.50

22.50

22.50

Tune-up

Limit

(dBm).5

24.50

23.50

23.50

23.50

22.50

22.50

p

p

B

FC


Bandwidth

20MHz

CC SAR Test Re


Modulation

QPSK

16QAM

eport


n RB size

1

1

1

50

50

50

100

1

1

1

50

50

50

100

t in full, without

RB offset

0

50

99

0

25

50

0

0

50

99

0

25

50

0

t the written ap

20050/17

23.85

23.71

23.56

22.57

22.54

22.44

22.45

22.66

22.91

22.56

21.83

21.57

21.35

21.52

pproval of TA Te

Channel/Fre

720 2017

5 2

2

6 2

7 2

4 2

4 2

5 2

6 2

2

6 2

3 2

7 2

5 2

2 2

Report No

echnology (Shan

equency (M

5/1732.5

23.72

23.89

23.68

22.59

22.58

22.36

22.50

22.71

22.84

22.63

21.51

21.47

21.49

21.58

: RXA1704-011


Hz)

20300/1745

23.82

23.91

23.59

22.47

22.60

22.48

22.57

22.48

22.82

22.58

21.58

21.71

21.46

21.60

12SAR02R1

39 of 177

Tune-up

Limit

(dBm)5

24.50

23.50

23.50

23.50

22.50

22.50

p

B

B

B

FC


Bandwidth

1.4MHz

Bandwidth

3MHz

Bandwidth

5MHz

CC SAR Test Re


LTE FDD

Modulatio

QPSK

16QAM

Modulatio

QPSK

16QAM

Modulatio

QPSK

eport


D Band 5

on RB size

1

1

1

3

3

3

6

M

1

1

1

3

3

3

6

on RB size

1

1

1

8

8

8

15

M

1

1

1

8

8

8

15

on RB size

1

1

1

12

12

t in full, without

e RB offse

0

2

5

0

2

3

0

0

2

5

0

2

3

0

e RB offse

0

7

14

0

4

7

0

0

7

14

0

4

7

0

e RB offse

0

13

24

0

6

t the written ap

et20407/8

23.9

23.8

23.8

23.7

23.6

23.6

22.7

22.9

22.9

22.9

23.0

22.9

22.4

21.8

et20415/8

23.9

23.8

23.8

22.8

22.7

22.7

22.8

23.0

22.9

22.9

22.1

22.0

21.5

21.8

et20425/8

23.9

23.8

23.8

22.7

22.7

pproval of TA Te

Conducte

Channel/F

824.7 205

90

82

81

70

64

66

77

99

96

90

00

90

47

83

Channel/F

825.5 205

91

86

83

80

77

76

86

01

99

92

12

00

57

87

Channel/F

826.5 205

90

84

80

78

74

Report No

echnology (Shan

ed Power(dB

requency (M

525/836.5

23.93

23.80

23.39

23.69

23.67

23.56

22.73

22.98

22.77

23.04

22.83

22.61

22.69

21.72

requency (M

525/836.5

23.96

23.86

23.43

22.81

22.78

22.69

22.78

22.99

22.84

23.08

21.97

21.73

21.81

21.77

requency (M

525/836.5

23.92

23.85

23.38

22.77

22.73

: RXA1704-011


Bm)

MHz)

20643/848.

23.89

23.57

23.72

23.68

23.46

23.41

22.57

23.16

22.98

22.85

22.81

22.53

22.59

21.57

MHz)

20635/847.

23.91

23.62

23.75

22.81

22.57

22.52

22.62

23.18

23.02

22.87

21.94

21.64

21.72

21.59

MHz)

20625/846.

23.89

23.59

23.71

22.78

22.53

12SAR02R1

40 of 177

Tune-up

Limit

(dBm).3

24.50

24.50

23.50

23.50

23.50

22.50

Tune-up

Limit

(dBm).5

24.50

23.50

23.50

23.50

22.50

22.50

Tune-up

Limit

(dBm).5

24.50

23.50

p

p

p

B

FC


Bandwidth

10MHz

CC SAR Test Re


16QAM

Modulatio

QPSK

16QAM

eport


12

25

M

1

1

1

12

12

12

25

on RB size

1

1

1

25

25

25

50

M

1

1

1

25

25

25

50

t in full, without

13

0

0

13

24

0

6

13

0

e RB offse

0

25

49

0

13

25

0

0

25

49

0

13

25

0

t the written ap

22.7

22.8

22.9

22.9

22.8

22.0

21.9

21.5

21.8

et20450/

23.8

23.8

23.7

22.7

22.7

22.7

22.8

22.9

22.9

22.8

22.0

21.9

21.5

21.8

pproval of TA Te

73

84

96

97

89

09

97

55

84

Channel/F

/829 205

87

83

78

75

72

70

81

94

93

87

06

94

52

82

Report No

echnology (Shan

22.66

22.74

22.97

22.81

23.04

21.95

21.68

21.77

21.72

requency (M

525/836.5

23.88

23.81

23.37

22.72

22.69

22.61

22.69

22.93

22.79

23.01

21.91

21.66

21.72

21.68

: RXA1704-011


22.48

22.57

23.16

23.00

22.84

21.91

21.60

21.69

21.55

MHz)

20600/844

23.86

23.57

23.68

22.74

22.50

22.44

22.53

23.11

22.96

22.82

21.88

21.57

21.65

21.52

12SAR02R1

41 of 177

23.50

23.50

22.50

22.50

Tune-up

Limit

(dBm)4

24.50

23.50

23.50

23.50

22.50

22.50

p

FC


Bandwidth

5MHz

Bandwidth

10MHz

Bandwidth

15MHz

CC SAR Test Re


LTE FDD

h Modulatio

QPSK

16QAM

h Modulatio

QPSK

16QAM

h Modulatio

QPSK

eport


D Band 7

on RB size

1

1

1

12

12

12

25

M

1

1

1

12

12

12

25

on RB size

1

1

1

25

25

25

50

M

1

1

1

25

25

25

50

on RB size

1

1

1

36

36

t in full, without

e RB offse

0

13

24

0

6

13

0

0

13

24

0

6

13

0

e RB offse

0

25

49

0

13

25

0

0

25

49

0

13

25

0

e RB offse

0

38

74

0

18

t the written ap

t20775/25

22.97

22.73

22.9

21.6

21.7

21.56

21.62

21.64

21.89

21.9

20.28

20.42

20.26

20.52

t20800/2

22.99

22.76

22.93

21.64

21.74

21.58

21.70

21.66

21.92

21.94

20.3

20.44

20.29

20.55

t20825/25

22.98

22.74

22.90

21.62

21.7

pproval of TA Te

Conducted

Channel/Fre

502.5 2110

7 2

3 2

1 2

1 2

1 2

6 2

2 2

4 2

9 2

1 2

8 2

2 2

6 2

2 2

Channel/Fre

2505 2110

9 2

6 2

3 2

4 2

4 2

8 2

0 2

6 2

2 2

4 2

1 2

4 2

9 2

5 2

Channel/Fre

507.5 2110

8 2

4 2

0 2

2 2

1 2

Report No

echnology (Shan

d Power(dB

equency (M

00/2535 2

22.91

22.61

22.58

21.87

21.63

21.52

21.76

21.87

21.52

21.46

20.50

20.32

20.22

20.42

equency (M

00/2535 2

22.92

22.66

22.62

21.92

21.68

21.56

21.78

21.90

21.56

21.48

20.55

20.36

20.27

20.47

equency (M

00/2535 2

22.88

22.65

22.57

21.88

21.63

: RXA1704-011


Bm)

Hz)

1425/2567.5

22.96

22.89

22.65

22.14

21.93

21.48

21.81

22.12

22.07

21.09

20.88

20.75

20.26

20.57

Hz)

21400/2565

22.99

22.93

22.68

22.18

21.97

21.53

21.85

22.14

22.10

21.12

20.92

20.78

20.30

20.61

Hz)

1375/2562.5

22.97

22.90

22.64

22.15

21.93

12SAR02R1

42 of 177

Tune-up

Limit

(dBm)5

23.00

22.50

22.50

22.50

21.50

21.50

Tune-up

Limit

(dBm)

23.00

22.50

22.50

22.50

21.50

21.50

Tune-up

Limit

(dBm)5

23.00

22.50

FC


Bandwidth

20MHz

CC SAR Test Re


16QAM

h Modulatio

QPSK

16QAM

eport


36

75

M

1

1

1

36

36

36

75

on RB size

1

1

1

50

50

50

100

M

1

1

1

50

50

50

100

t in full, without

39

0

0

38

74

0

18

39

0

e RB offse

0

50

99

0

25

50

0

0

50

99

0

25

50

0

t the written ap

21.55

21.68

21.6

21.90

21.9

20.28

20.4

20.27

20.52

t20850/2

22.95

22.73

22.88

21.59

21.69

21.52

21.65

21.59

21.86

21.89

20.25

20.38

20.24

20.50

pproval of TA Te

5 2

8 2

1 2

0 2

1 2

8 2

1 2

7 2

2 2

Channel/Fre

2510 2110

5 2

3 2

8 2

9 2

9 2

2 2

5 2

9 2

6 2

9 2

5 2

8 2

4 2

0 2

Report No

echnology (Shan

21.53

21.74

21.88

21.53

21.44

20.53

20.31

20.23

20.42

equency (M

00/2535 2

22.84

22.61

22.56

21.83

21.59

21.48

21.69

21.84

21.51

21.41

20.49

20.29

20.18

20.38

: RXA1704-011


21.49

21.80

22.12

22.08

21.09

20.89

20.74

20.27

20.57

Hz)

21350/2560

22.94

22.88

22.61

22.11

21.90

21.45

21.76

22.07

22.04

21.07

20.86

20.71

20.23

20.54

12SAR02R1

43 of 177

22.50

22.50

21.50

21.50

Tune-up

Limit

(dBm)

23.00

22.50

22.50

22.50

21.50

21.50

FC


9.4 WL

Wi-Fi

2.4G

Mode

802.11b

Mode

802.11g

Mode

802.11n

(HT20)

Note. 1. S

ratio of OF

2. The Tx

HT20 mod

CC SAR Test Re


LAN Mode

Channe

1

6

11

Channe

1

6

11

Channe

1

6

11

SAR is not re

FDM to DSS

power is se

de by softwa

eport


l Frequen

(MHz)

2412

2437

2462

l Frequen

(MHz)

2412

2437

2462

l Frequen

(MHz)

2412

2437

2462

equired for O

SS specified

et to 14 for 8

are.

t in full, without

cy Averag

cy

cy

OFDM when

maximum o

802.11 b mo

t the written ap

ge Conducte

the highest

output powe

ode, set to 1

pproval of TA Te

ed Power (dB

(bps)

1M

12.91

12.94

12.74

6M

8.50

9.17

9.09

6.5M

8.33

8.93

8.89

t reported SA

er and the ad

13 for 802.1

Report No

echnology (Shan

Bm) for Data

AR for DSSS

djusted SAR

1g mode, is

: RXA1704-011


a Rates T

Lim

T

T

S is adjuste

R is ≤ 1.2 W

set to 12 fo

12SAR02R1

44 of 177

Tune-up

mit (dBm)

13.50

13.50

13.50

Tune-up

10.00

10.00

10.00

Tune-up

10.00

10.00

10.00

d by the

W/kg.

or 802.11n

FC


9.5 Blu

π

CC SAR Test Re


uetooth Mo

BT

GFSK

π/4DQPSK

8DPSK

BT 4.1

GFSK

eport


ode

Ch 0/240

6.7

5.2

5.2

Ch 0/240

-2.5

t in full, without

Average

Chan

02 MHz C

76

28

27

02 MHz C

56

t the written ap

Conducted

nnel/Freque

Ch 39/2441

8.78

7.39

6.29

Ch 19/2440

-1.53

pproval of TA Te

d Power (dB

ency(MHz)

MHz Ch

MHz Ch

Report No

echnology (Shan

Bm)

78/2480 MH

8.44

6.97

6.95

39/2480 MH

-2.34

: RXA1704-011


Tune

Lim

(dBmHz

9.5

8.0

7.5

Hz /

-1.0

12SAR02R1

45 of 177

-up

mit

m)

0

0

0

00

Note:

SAR m

or edg

FC


10 Mea

10.1 EU

Anten

Main-Ant

BT/Wi-Fi A

Mode

GSM 850

UMTS Band

LTE 2/4

Wi-F

1. Per KDB

must be me

ge.

CC SAR Test Re


asured a

T Antenna

na

tenna

Antenna

e

0/1900

d II/IV/V

4/5/7

Fi

B 941225 D0

asured for a

eport


nd Repo

a Location

Ove

Overall D

Distanc

Back

0

0

Ho

Back

Ye

Ye

Ye

Ye

06, when the

all sides and

t in full, without

orted (Sc

ns

rall (Length

Diagonal: 15

ce of the Ant

Side Fr

0

0

otspot mode

Side Fr

es

es

es

es

e overall dev

surfaces wi

t the written ap

aled) SA

x Width): 14

55 mm/Displa

tenna to the

ront side

0

0

e, Positions

ront side

Yes

Yes

Yes

Yes

vice length a

ith a transm

pproval of TA Te

AR Resul

42 mm x 70

ay Diagonal

EUT surfac

Left Edge

0

0

for SAR tes

Left Edge

Yes

Yes

Yes

Yes

and width are

itting antenn

Report No

echnology (Shan

ts

mm

l: 127mm

ce/edge

Right Edge

0

50

sts

Right Edge

Yes

Yes

Yes

N/A

e ≥ 9cm*5cm

na located w

: RXA1704-011


e Top Edg

120

0

e Top Edg

N/A

N/A

N/A

Yes

m, the test d

within 25mm

12SAR02R1

46 of 177

e Bottom

0

125

e Bottom

Yes

Yes

Yes

N/A

distance is 1

from that su

Edge

5

Edge

s

s

s

A

0mm.

urface

FC


10.2 Sta

Per KDB 4

separation

[(max. pow

mm)] ·[√f(

f(GHz

Powe

The r

Per KDB 4

applied to

Blueto

Hea

Body-w

Extre

CC SAR Test Re


andalone S

447498 D01

n distances

wer of chann

GHz)] ≤ 3.0

z) is the RF

er and distan

result is roun

447498 D01

determine S

ooth

ad

worn

mity

eport


SAR test e

1, the 1-g an

≤ 50 mm ar

nel, includin

for 1-g SAR

channel tran

nce are roun

nded to one

1, when the

SAR test ex

Distance

(mm)

5

10

5

t in full, without

exclusion

nd 10-g SAR

e determine

ng tune-up to

R and ≤ 7.5

nsmit freque

nded to the n

decimal pla

minimum te

xclusion.

MAX P

(dBm

9.5

9.5

9.5

t the written ap

considera

R test exclus

ed by:

olerance, mW

for 10-g extr

ency in GHz

nearest mW

ace for comp

est separatio

ower

m)

F

5

5

5

pproval of TA Te

ations

sion thresho

W)/(min. tes

remity SAR

z

W and mm be

parison

on distance

Frequency

(MHz)

2480

2480

2480

Report No

echnology (Shan

olds for 100

st separation

efore calcula

is < 5 mm, a

Ratio

2.8

1.4

2.8

: RXA1704-011


MHz to 6 G

n distance,

ation

a distance o

Eva

12SAR02R1

47 of 177

GHz at test

of 5 mm is

aluation

No

No

No

T

Pos

Left

Le

Right

Rig

Bac

Fron

Bac

Fron

Left

Righ

Top

Botto

Note:

2. Pe

chann

3. Wh

4. Pe

was ≤

FC


10.3 Me

Table 1: G

Test

sition

Co

Ty

Cheek sta

eft Tilt sta

t Cheek sta

ght Tilt sta

ck Side sta

nt Side sta

ck Side sta

nt Side sta

t Edge sta

ht Edge sta

p Edge N

m Edge sta

1.The value w

er FCC KDB P

nel for each te

hen multiple sl

er FCC KDB P

≤ 1.2 W/kg, no

CC SAR Test Re


asured SA

GSM 850

over

Type

Chan

Frequ

(MH

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

ndard 190/8

N/A N/

ndard 190/8

with blue colo

Publication 44

est configuratio

lots are used,

Publication 648

o additional SA

eport


AR Result

nnel/

uency

Hz)

Tim

slo

836.6 GS

836.6 GS

836.6 GS

836.6 GS

836.6 GS

836.6 GS

836.6 2Txs

836.6 2Txs

836.6 2Txs

836.6 2Txs

/A N/A

836.6 2Txs

r is the maxim

47498 D01, if

on is ≤ 0.8 W/

SAR should b

8474 D04, SA

AR evaluation

t in full, without

ts

me

ot

Duty

Cycle

M 1:8.3

M 1:8.3

M 1:8.3

M 1:8.3

Body-wo

M 1:8.3

M 1:8.3

Hotsp

lots 1:4.15

lots 1:4.15

lots 1:4.15

lots 1:4.15

A N/A

lots 1:4.15

mum SAR Valu

the reported

/kg then testin

be tested to ac

AR was evalua

s using a hea

t the written ap

Tune-up

limit

(dBm)

C

Po

Head SAR

33.00

33.00

33.00

33.00

orn (Distance

33.00

33.00

pot (Distance

30.00

30.00

30.00

30.00

N/A

30.00

ue of each test

(scaled) SAR

g at the other

ccount for the

ated without a

dset cable we

pproval of TA Te

Conducted

ower (dBm)

32.71

32.71

32.71

32.71

e 10mm)

32.71

32.71

10mm)

29.46

29.46

29.46

29.46

N/A

29.46

t band.

R measured at

channels is n

maximum so

a headset con

ere required.

Report No

echnology (Shan

Drift

(dB)

Meas

SA

(W

-0.014 0.3

0.011 0.2

0.026 0.3

0.028 0.2

-0.130 0.6

0.012 0.3

-0.040 0.6

-0.017 0.3

0.014 0.3

-0.018 0.3

N/A N

0.004 0.1

t the middle c

not required fo

urce-based tim

nected to the

: RXA1704-011


sured

AR1g

W/kg)

Scalin

Facto

351 1.07

222 1.07

356 1.07

225 1.07

662 1.07

319 1.07

637 1.13

383 1.13

343 1.13

338 1.13

N/A N/A

109 1.13

channel or hig

r such test co

me-averaged

device. Since

12SAR02R1

48 of 177

ng

or

Reported

SAR1g

(W/kg)

7 0.375

7 0.237

7 0.381

7 0.241

7 0.708

7 0.341

3 0.721

3 0.434

3 0.388

3 0.383

A N/A

3 0.123

ghest output p

nfiguration(s).

output power.

e the reported

Plot

No.

/

/

12

/

13

/

14

/

/

/

N/A

/

power

.

SAR

T

Po

Left

Le

Righ

Rig

Bac

Fron

Bac

Fron

Left

Righ

Top

Botto

Note:

2. Pe

chan

3. W

4. Pe

was

FC


Table 2: G

Test

osition

Co

Ty

Cheek stan

eft Tilt stan

t Cheek stan

ght Tilt stan

ck Side stan

nt Side stan

ck Side stan

nt Side stan

ft Edge stan

ht Edge stan

p Edge N

om Edge stan

1.The value w

er FCC KDB

nnel for each t

When multiple s

er FCC KDB P

≤ 1.2 W/kg, no

CC SAR Test Re


GSM 1900

over

ype

Chan

Frequ

(MH

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

ndard 661/1

N/A N/

ndard 661/1

with blue color

Publication 44

est configurat

slots are used

Publication 64

o additional S

eport


nnel/

uency

Hz)

Tim

slo

1880 GSM

1880 GSM

1880 GSM

1880 GSM

1880 GSM

1880 GSM

1880 1Txs

1880 1Txs

1880 1Txs

1880 1Txs

/A N/A

1880 1Txs

r is the maxim

47498 D01, if

ion is ≤ 0.8 W

, SAR should

8474 D04, SA

AR evaluation

t in full, without

me

t

Duty

Cycle

M 1:8.3

M 1:8.3

M 1:8.3

M 1:8.3

Body-wo

M 1:8.3

M 1:8.3

Hotspo

lot 1:8.3

lot 1:8.3

lot 1:8.3

lot 1:8.3

A N/A

lot 1:8.3

um SAR Valu

the reported

W/kg then testin

be tested to a

AR was evalua

ns using a hea

t the written ap

Tune-up

limit

(dBm)

Co

Head SAR

31.50

31.50

31.50

31.50

orn (Distance

31.50

31.50

ot (Distance 1

31.50

31.50

31.50

31.50

N/A

31.50

e of each test

(scaled) SAR

ng at the other

account for the

ated without a

adset cable we

pproval of TA Te

onducted

Power

(dBm)

D

(

31.14 0

31.14 0

31.14 0

31.14 0

e 10mm)

31.14 0

31.14 0

10mm)

30.79 -0

30.79 0

30.79 -0

30.79 0

N/A

30.79 0

band.

R measured at

r channels is n

e maximum so

a headset conn

ere required.

Report No

echnology (Shan

Drift

(dB)

Measu

SAR

(W/k

0.022 0.15

0.027 0.05

0.040 0.15

0.029 0.02

0.190 0.66

0.051 0.29

0.080 0.62

0.010 0.29

0.120 0.04

0.180 0.05

N/A N/A

0.058 0.50

t the middle c

not required fo

ource-based ti

nected to the

: RXA1704-011


ured

R1g

kg)

Scaling

Factor

50 1.09

59 1.09

51 1.09

27 1.09

68 1.09

94 1.09

22 1.18

91 1.18

44 1.18

56 1.18

A N/A

06 1.18

channel or hig

or such test co

ime-averaged

device. Since

12SAR02R1

49 of 177

g

r

Reported

SAR1g

(W/kg)

0.163

0.064

0.164

0.030

0.726

0.319

0.732

0.343

0.052

0.066

N/A

0.596

hest output po

onfiguration(s)

output power

e the reported

Plot

No.

/

/

15

/

16

/

17

/

/

/

N/A

/

ower

).

r.

SAR

P

Le

L

Rig

R

Ba

Fro

Ba

Ba

Le

Rig

To

Bott

P

Ba

Ba

Note

2. Pe

chan

3. Pe

was

FC


Table 3: U

Test

osition

ft Cheek s

Left Tilt s

ght Cheek s

Right Tilt s

ack Side

s

s

s

ont Side s

ack Edge Ea

ack Edge R

eft Edge s

ght Edge s

op Edge

tom Edge

s

s

s

Test

osition

ack Side

s

s

s

ack Side R

e: 1.The value

er FCC KDB

nnel for each t

er FCC KDB P

≤ 1.2 W/kg, n

CC SAR Test Re


UMTS Band

Cover

Type

Ch

Fre

(

tandard 940

tandard 940

tandard 940

tandard 940

tandard 9538

tandard 940

tandard 9262

tandard 940

arphone 9538

Repeat 9538

tandard 940

tandard 940

N/A

tandard 9538

tandard 940

tandard 9262

Cover

Type

Ch

Fre

(

tandard 9538

tandard 940

tandard 9262

Repeat 9538

with blue colo

Publication 44

test configurat

Publication 64

o additional S

eport


d II

hannel/

equency

MHz)

Ch

00/1880 RM

00/1880 RM

00/1880 RM

00/1880 RM

8/1907.6 RM

00/1880 RM

2/1852.4 RM

00/1880 RM

8/1907.6 RM

8/1907.6 RM

00/1880 RM

00/1880 RM

N/A

8/1907.6 RM

00/1880 RM

2/1852.4 RM

hannel/

equency

MHz)

Ch

8/1907.6 RM

00/1880 RM

2/1852.4 RM

8/1907.6 RM

or is the maxim

47498 D01, if

tion is ≤ 2 W/k

8474 D04, SA

SAR evaluation

t in full, without

hannel

Type

Dut

Cyc

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

Body-worn&

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

Hotspo

MC 12.2K 1:1

MC 12.2K 1:1

N/A N/A

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

hannel

Type

Dut

Cyc

10-g extrem

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

MC 12.2K 1:1

mum SAR Val

the reported

kg then testing

AR was evalua

ns using a hea

t the written ap

ty

cle

Tune-up

limit

(dBm)

Head SAR

1 23.00

1 23.00

1 23.00

1 23.00

Hotspot (Dist

1 23.00

1 23.00

1 23.00

1 23.00

1 23.00

1 23.00

ot (Distance 1

1 23.00

1 23.00

A N/A

1 23.00

1 23.00

1 23.00

ty

cle

Tune-up

limit

(dBm)

mity SAR (Dist

1 23.00

1 23.00

1 23.00

1 23.00

ue of each tes

(scaled) SAR

g at the other c

ated without a

adset cable we

pproval of TA Te

Conducted

Power

(dBm)

22.51

22.51

22.51

22.51

tance 10mm)

22.73

22.51

22.47

22.51

22.73

22.73

10mm)

22.51

22.51

N/A

22.73

22.51

22.47

Conducted

Power

(dBm)

tance 0mm)

22.73

22.51

22.47

22.73

st band.

R measured at

channels is no

headset conn

ere required.

Report No

echnology (Shan

Drift

(dB)

Meas

SAR

(W/

0.090 0.1

0.058 0.0

-0.090 0.1

0.030 0.0

)

-0.010 1.3

-0.020 1.0

-0.040 0.8

0.070 0.4

0.040 1.2

0.120 1.2

-0.010 0.1

0.110 0.1

N/A N/

0.040 1.1

0.030 0.8

0.046 0.7

Drift

(dB)

Meas

SAR

(W/

0.140 3.3

-0.170 2.8

0.040 2.5

0.116 3.1

t the middle c

ot required for

nected to the d

: RXA1704-011


sured

R1g

kg)

Scaling

Factor

44 1.12

071 1.12

71 1.12

046 1.12

310 1.06

040 1.12

874 1.13

477 1.12

290 1.06

270 1.06

28 1.12

52 1.12

/A N/A

40 1.06

888 1.12

765 1.13

sured

R10g

kg)

Scaling

Factor

310 1.06

850 1.12

540 1.13

20 1.06

channel or hig

such test con

device. Since

12SAR02R1

50 of 177

g

r

Reported

SAR1g

(W/kg)

0.161

0.079

0.191

0.052

1.394

1.164

0.987

0.534

1.373

1.351

0.143

0.170

N/A

1.213

0.994

0.864

g

r

Reported

SAR10g

(W/kg)

3.522

3.190

2.870

3.320

hest output po

figuration(s).

the reported S

Plot

No.

/

/

18

/

19

/

/

/

/

/

/

/

N/A

/

/

/

Plot

No.

20

/

/

/

ower

SAR

Tes

B

Tes

B

Note

2) A

meas

FC


st Position

Back Side

st Position

Back Side

: 1) When the

second repea

surements wa

CC SAR Test Re


Ch

Freque

9538

Ch

Freque

9538

original highe

ated measure

as > 1.20.

eport


hannel/

ency(MHz)

8/1907.6

hannel/

ency(MHz)

8/1907.6

est measured

ment was pre

t in full, without

Measu

MAX

MAX

SAR1g is ≥ 0.8

eformed only

t the written ap

urement Varia

X Measured S

(W/kg)

1.310

X Measured S

(W/kg)

3.310

80 W/kg or SA

if the ratio of

pproval of TA Te

ability

SAR1g

SAR10g

AR10g is ≥ 2.0 W

largest to sm

Report No

echnology (Shan

1st Repeat

(W/

1.2

1st Repeat

(W/

3.1

W/kg, the mea

mallest SAR fo

: RXA1704-011


ted SAR1g

/kg)

270

ted SAR10g

/kg)

20

asurement wa

or the original

12SAR02R1

51 of 177

Ratio

1.03

Ratio

1.06

as repeated on

and first repe

nce.

eated

T

Po

Left

Le

Righ

Rig

Bac

Fro

Lef

Rig

Top

Botto

Note

2. Pe

chan

3. Pe

was ≤

FC


Table 4: U

Test

osition

C

T

t Cheek sta

eft Tilt sta

ht Cheek sta

ght Tilt sta

ck Side

sta

sta

sta

ont Side sta

ft Edge sta

ht Edge sta

p Edge

om Edge sta

: 1.The value

er FCC KDB P

nel for each te

er FCC KDB P

≤ 1.2 W/kg, no

CC SAR Test Re


UMTS Band

Cover

Type

Ch

Fre

(

andard 1413

andard 1413

andard 1413

andard 1413

andard 1513

andard 1413

andard 1312

andard 1413

andard 1413

andard 1413

N/A

andard 1413

with blue colo

Publication 44

est configurati

Publication 648

o additional SA

eport


d IV

hannel/

equency

MHz)

C

3/1732.6 RM

3/1732.6 RM

3/1732.6 RM

3/1732.6 RM

3/1752.6 RM

3/1732.6 RM

2/1712.4 RM

3/1732.6 RM

3/1732.6 RM

3/1732.6 RM

N/A

3/1732.6 RM

or is the maxim

47498 D01, if

ion is ≤ 0.8 W/

8474 D04, SA

AR evaluation

t in full, without

Channel

Type

Du

Cyc

MC 12.2K 1:

MC 12.2K 1:

MC 12.2K 1:

MC 12.2K 1:

Body-worn&

MC 12.2K 1:

MC 12.2K 1:

MC 12.2K 1:

MC 12.2K 1:

Hotspo

MC 12.2K 1:

MC 12.2K 1:

N/A N/

MC 12.2K 1:

mum SAR Valu

the reported

/kg then testin

AR was evalua

ns using a hea

t the written ap

uty

cle

Tune-up

limit

(dBm)

Head SAR

1 23.00

1 23.00

1 23.00

1 23.00

Hotspot (Dist

1 23.00

1 23.00

1 23.00

1 23.00

ot (Distance 1

1 23.00

1 23.00

/A N/A

1 23.00

ue of each tes

(scaled) SAR

ng at the other

ated without a

adset cable we

pproval of TA Te

Conducted

Power

(dBm)

22.28

22.28

22.28

22.28

tance 10mm)

22.45

22.28

22.38

22.28

10mm)

22.28

22.28

N/A

22.28

st band.

R measured at

r channels is n

headset conn

ere required.

Report No

echnology (Shan

Drift

(dB)

Meas

SA

(W/

0.040 0.2

0.023 0.1

0.000 0.2

0.160 0.1

)

0.066 0.7

-0.049 0.7

0.104 0.7

0.040 0.4

-0.030 0.2

0.000 0.1

N/A N

0.130 0.4

t the middle c

not required fo

nected to the d

: RXA1704-011


sured

AR1g

/kg)

Scalin

Facto

261 1.18

141 1.18

204 1.18

105 1.18

731 1.14

759 1.18

724 1.15

450 1.18

226 1.18

195 1.18

/A N/A

458 1.18

channel or hig

or such test co

device. Since t

12SAR02R1

52 of 177

g

or

Reported

SAR1g

(W/kg)

0.308

0.166

0.241

0.124

0.830

0.896

0.835

0.531

0.267

0.230

N/A

0.541

ghest output p

onfiguration(s)

the reported S

Plot

No.

21

/

/

/

/

22

/

/

/

/

N/A

/

power

.

SAR

Po

Lef

L

Righ

Ri

Ba

Fro

Le

Rig

To

Botto

Note

FC


Table 5: U

Test

osition

C

ft Cheek st

eft Tilt st

ht Cheek st

ght Tilt st

ck Side st

ont Side st

ft Edge st

ght Edge st

p Edge

om Edge st

e: 1.The value

2. Per FCC

power cha

configurat

3. When th

higher th

maximum

measure

4. Per FCC

reported

CC SAR Test Re


UMTS Band

Cover

Type

Ch

Fre

(

tandard 418

tandard 418

tandard 418

tandard 418

tandard 418

tandard 418

tandard 418

tandard 418

N/A

tandard 418

e with blue col

KDB Publicat

annel for each

tion(s).

he maximum o

han the primar

m output powe

ement is not re

C KDB Publica

SAR was ≤ 1

eport


d V

hannel/

equency

(MHz)

Ch

T

83/836.6 RM

83/836.6 RM

83/836.6 RM

83/836.6 RM

83/836.6 RM

83/836.6 RM

83/836.6 RM

83/836.6 RM

N/A

83/836.6 RM

or is the maxi

tion 447498 D

h test configur

output power a

ry mode or wh

er and tune-up

equired for the

ation 648474 D

.2 W/kg, no a

t in full, without

hannel

Type

Dut

Cyc

C 12.2K 1:1

C 12.2K 1:1

C 12.2K 1:1

C 12.2K 1:1

Body-worn&

C 12.2K 1:1

C 12.2K 1:1

Hotspo

C 12.2K 1:1

C 12.2K 1:1

N/A N/A

C 12.2K 1:1

mum SAR Va

01, if the repo

ration is ≤ 0.8 W

and tune-up to

hen the highes

p tolerance of

e secondary m

D04, SAR was

dditional SAR

t the written ap

ty

cle

Tune-up

limit

(dBm)

Head SAR

1 23.50

1 23.50

1 23.50

1 23.50

Hotspot (Dist

1 23.50

1 23.50

ot (Distance 1

1 23.50

1 23.50

A N/A

1 23.50

lue of each te

orted (scaled)

W/kg then tes

olerance speci

st reported SA

secondary to

mode

s evaluated wi

R evaluations u

pproval of TA Te

Conducted

Power

(dBm)

22.77

22.77

22.77

22.77

tance 10mm)

22.77

22.77

10mm)

22.77

22.77

N/A

22.77

st band.

SAR measure

sting at the oth

fied for produc

AR of the prima

primary mode

ithout a heads

using a headse

Report No

echnology (Shan

Drift

(dB)

Meas

SAR

(W/

-0.030 0.4

0.130 0.2

0.028 0.4

0.025 0.2

)

-0.010 0.4

-0.050 0.4

0.130 0.2

-0.040 0.2

N/A N/

0.028 0.0

ed at the midd

her channels is

ction units in a

ary mode is sc

e and the adju

set connected

et cable were

: RXA1704-011


sured

R1g

kg)

Scaling

Factor

415 1.18

296 1.18

429 1.18

258 1.18

454 1.18

426 1.18

235 1.18

211 1.18

/A N/A

049 1.18

dle channel or

s not required

a secondary m

caled by the ra

usted SAR is ≤

to the device.

required.

12SAR02R1

53 of 177

g

r

Reported

SAR1g

(W/kg)

0.491

0.350

0.508

0.305

0.537

0.504

0.278

0.250

N/A

0.058

highest outpu

for such test

mode is ≤ ¼ dB

atio of specifie

≤ 1.2 W/kg, SA

. Since the

Plot

No.

/

/

23

/

24

/

/

/

N/A

/

ut

B

ed

AR

Tes

Posit

Le

Left

Rig

Right

Le

Left

Rig

Right

Bac

Sid

Fro

Bac

Sid

Fro

Bac

Sid

Bac

Bac

Le

Rig

To

Botto

Edg

Le

Rig

To

Botto

Edg

Botto

FC


Table 6: L

st

tion

Cover

Type

ft standar

Tilt standar

ght standar

t Tilt standar

ft standar

Tilt standar

ght standar

t Tilt standar

ck

de

standar

standar

standar

ont standar

ck

de

standar

standar

standar

ont standar

ck

de

standar

standar

standar

ck Earphon

ck Repea

ft standar

ght standar

p standar

om

ge

standar

standar

standar

ft standar

ght standar

p standar

om

ge

standar

standar

standar

om standar

CC SAR Test Re


LTE Band 2

r RB

size

rd 1RB

rd 1RB

rd 1RB

rd 1RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 1RB

rd 1RB

rd 1RB

rd 1RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 100%RB

rd 100%RB

rd 100%RB

ne 1RB

t 1 RB

rd 1RB

rd 1RB

rd 1RB

rd 1RB

rd 1RB

rd 1RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 100%RB

eport


(20MHz)

RB

offset

Chan

Frequ

(M

0 19100

0 19100

0 19100

0 19100

25 19100

25 19100

25 19100

25 19100

Bod

0 19100

50 18900

0 18700

0 19100

25 19100

0 18900

25 18700

25 19100

0 19100

0 18900

0 18700

50 18900

50 18900

0 19100

0 19100

N/A N

0 19100

50 18900

0 18700

25 19100

25 19100

N/A N

25 19100

0 18900

25 18700

0 19100

t in full, without

nnel/

uency

Hz)

Max

Allo

Powe

He

0/1900 24

0/1900 24

0/1900 24

0/1900 24

0/1900 23

0/1900 23

0/1900 23

0/1900 23

dy-worn&Hots

0/1900 24

0/1880 24

0/1860 24

0/1900 24

0/1900 23

0/1880 23

0/1860 23

0/1900 23

0/1900 23

0/1880 23

0/1860 23

0/1880 24

0/1880 24

Hotspot (Q

0/1900 24

0/1900 24

/A N

0/1900 24

0/1880 24

0/1860 24

0/1900 23

0/1900 23

/A N

0/1900 23

0/1880 23

0/1860 23

0/1900 23

t the written ap

ximum

owed

er(dBm)

Con

P

(d

ad SAR (QPS

4.00 2

4.00 2

4.00 2

4.00 2

3.00 2

3.00 2

3.00 2

3.00 2

spot (QPSK,

4.00 2

4.00 2

4.00 2

4.00 2

3.00 2

3.00 2

3.00 2

3.00 2

3.00 2

3.00 2

3.00 2

4.00 2

4.00 2

QPSK, Distan

4.00 2

4.00 2

N/A

4.00 2

4.00 2

4.00 2

3.00 2

3.00 2

N/A

3.00 2

3.00 2

3.00 2

3.00 2

pproval of TA Te

nducted

Power

dBm)

Dr

(dB

SK)

23.79 0.1

23.79 0.0

23.79 0.0

23.79 0.0

22.50 0.0

22.50 0.0

22.50 0.0

22.50 0.0

Distance 10m

23.79 0.0

23.56 -0.1

23.64 -0.0

23.79 -0.0

22.50 0.0

22.33 0.0

22.37 -0.1

22.50 0.0

22.56 -0.1

22.45 0.1

22.27 0.0

23.56 0.0

23.56 0.0

nce 10mm)

23.79 0.0

23.79 -0.0

N/A N/

23.79 0.0

23.56 0.0

23.64 0.0

22.50 -0.0

22.50 0.0

N/A N/

22.50 0.0

22.33 0.0

22.37 0.0

22.56 -0.1

Report No

echnology (Shan

ift

B)

Measu

SAR1

(W/kg

20 0.16

46 0.13

93 0.21

44 0.07

56 0.12

54 0.08

45 0.15

53 0.04

mm)

70 1.12

60 1.27

020 0.944

034 0.62

70 1.12

70 0.78

60 0.77

15 0.49

00 0.89

20 0.68

63 0.56

22 1.07

30 1.19

24 0.19

070 0.18

/A N/A

32 1.02

28 0.96

20 0.86

032 0.16

20 0.17

/A N/A

31 0.85

33 0.70

36 0.64

00 0.644

: RXA1704-011


ured

1g

g)

Scalin

Facto

9 1.05

5 1.05

5 1.05

0 1.05

3 1.12

6 1.12

7 1.12

7 1.12

0 1.05

0 1.11

4 1.09

6 1.05

0 1.12

3 1.17

0 1.16

8 1.12

8 1.11

5 1.14

2 1.18

0 1.11

0 1.11

2 1.05

0 1.05

A N/A

0 1.05

2 1.11

9 1.09

2 1.12

1 1.12

A N/A

6 1.12

6 1.17

2 1.16

4 1.11

12SAR02R1

54 of 177

ng

or

Reported

SAR1g

(W/kg)

5 0.177

5 0.142

5 0.226

5 0.074

0.138

0.096

0.176

0.053

5 1.175

1.405

1.026

5 0.657

1.257

7 0.914

6 0.890

0.559

0.994

4 0.777

8 0.665

1.184

1.317

5 0.202

5 0.189

N/A

5 1.071

1.065

9 0.944

0.182

0.192

N/A

0.960

7 0.824

6 0.742

0.713

Plot

No.

/

/

25

/

/

/

/

/

/

26

/

/

/

/

/

/

/

/

/

/

/

/

/

N/A

/

/

/

/

/

N/A

/

/

/

/

Tes

Posit

Bac

Sid

Bac

Sid

Bac

Bac

Note

2. Pe

chann

3. Pe

was ≤

Tes

B

Tes

B

Note

2) A

meas

FC


st

tion

Cover

Type

ck

de

standar

standar

standar

ck

de

standar

standar

standar

ck standar

ck Repea

e: 1.The value

er FCC KDB P

nel for each te

r FCC KDB P

≤ 1.2 W/kg, no

st Position

Back Side

st Position

Back Side

: 1) When the

second repea

surements wa

CC SAR Test Re


r RB

size

rd 1RB

rd 1RB

rd 1RB

rd 50%RB

rd 50%RB

rd 50%RB

rd 100%RB

t 1RB

e with blue colo

Publication 44

est configuratio

ublication 648

o additional SA

Ch

Freque

189

Ch

Freque

191

original highe

ated measure

as > 1.20

eport


RB

offset

Chan

Frequ

(M

0 19100

0 18900

0 18700

25 19100

0 18900

25 18700

0 19100

0 19100

or is the maxim

47498 D01, if

on is ≤ 2 W/kg

8474 D04, SAR

AR evaluation

hannel/

ency(MHz)

00/1880

hannel/

ency(MHz)

00/1900

est measured

ment was pre

t in full, without

nnel/

uency

Hz)

Max

Allo

Powe

Limb S

0/1900 24

0/1880 24

0/1860 24

0/1900 23

0/1880 23

0/1860 23

0/1900 23

0/1900 24

mum SAR Val

the reported

g then testing

R was evaluat

s using a head

Measu

MAX

MAX

SAR1g is ≥ 0.8

eformed only

t the written ap

ximum

owed

er(dBm)

Con

P

(d

SAR (Distance

4.00 2

4.00 2

4.00 2

3.00 2

3.00 2

3.00 2

3.00 2

4.00 2

lue of each tes

(scaled) SAR

at the other ch

ted without a h

dset cable we

urement Varia

X Measured S

(W/kg)

1.270

X Measured S

(W/kg)

3.250

80 W/kg or SA

if the ratio of

pproval of TA Te

nducted

Power

dBm)

Dr

(dB

e 0mm)

23.79 0.0

23.56 0.0

23.64 0.0

22.50 0.1

22.33 0.0

22.37 0.1

22.56 0.0

23.79 0.0

st band.

R measured at

hannels is not

headset conne

ere required.

ability

SAR1g

SAR10g

AR10g is ≥ 2 W

largest to sm

Report No

echnology (Shan

ift

B)

Measu

SAR1

(W/kg

10 3.25

70 3.13

70 2.95

20 2.46

22 2.21

80 2.07

37 2.57

42 3.110

t the middle c

t required for s

ected to the d

1st Repeat

(W/

1.1

1st Repeat

(W/

3.1

W/kg, the meas

mallest SAR fo

: RXA1704-011


ured

10g

g)

Scalin

Facto

0 1.05

0 1.11

0 1.09

0 1.122

0 1.167

0 1.156

0 1.107

0 1.05

channel or hig

such test conf

evice. Since t

ted SAR1g

/kg)

90

ted SAR10g

/kg)

10

surement was

or the original

12SAR02R1

55 of 177

ng

or

Reported

SAR10g

(W/kg)

5 3.411

3.464

9 3.205

2 2.760

7 2.579

6 2.393

7 2.844

5 3.264

ghest output p

iguration(s).

he reported S

Ratio

1.067

Ratio

1.045

repeated once

and first repe

Plot

No.

27

/

/

/

/

/

/

/

power

AR

e.

eated

T

Pos

Left

Le

Right

Rig

Left

Le

Right

Rig

Bac

Fron

Bac

Fron

Bac

Bac

Left

Righ

Top

Botto

Left

Righ

Top

Botto

Note

2. Pe

chann

3. For

0.8 W

4. Pe

was ≤

FC


Table 7: L

Test

sition

Co

Ty

Cheek stan

ft Tilt stan

t Cheek stan

ght Tilt stan

Cheek stan

ft Tilt stan

t Cheek stan

ght Tilt stan

k Side

stan

stan

stan

nt Side stan

k Side

stan

stan

stan

nt Side stan

k Side

stan

stan

stan

k Side Re

t Edge stan

ht Edge stan

p Edge stan

m Edge stan

t Edge stan

ht Edge stan

p Edge stan

m Edge stan

e: 1.The value

r FCC KDB Pu

nel for each te

r QPSK with 1

W/kg.

r FCC KDB Pu

≤ 1.2 W/kg, no

CC SAR Test Re


LTE Band 4

over

ype

RB

size

ndard 1RB

ndard 1RB

ndard 1RB

ndard 1RB

ndard 50%R

ndard 50%R

ndard 50%R

ndard 50%R

ndard 1RB

ndard 1RB

ndard 1RB

ndard 1RB

ndard 50%R

ndard 50%R

ndard 50%R

ndard 50%R

ndard 100%R

ndard 100%R

ndard 100%R

peat 1RB

ndard 1RB

ndard 1RB

ndard 1RB

ndard 1RB

ndard 50%R

ndard 50%R

ndard 50%R

ndard 50%R

e with blue colo

ublication 447

est configuratio

100% RB alloc

ublication 648

o additional SA

eport


(20MHz)

RB

offset F

B 50 2

B 50 2

B 50 2

B 50 2

RB 25 2

RB 25 2

RB 25 2

RB 25 2

Bod

B 50 2

B 50 20

B 0 2

B 50 2

RB 25 2

RB 0 20

RB 0 2

RB 25 2

RB 0 2

RB 0 20

RB 0 2

B 50 20

B 50 2

B 50 2

B N/A

B 50 2

RB 25 2

RB 25 2

RB N/A

RB 25 2

or is the maxim

7498 D01, if th

on is ≤ 0.8 W/

cation, SAR is

8474 D04, SAR

AR evaluations

t in full, without

Channel/

Frequency

(MHz)

He

20300/1745

20300/1745

20300/1745

20300/1745

20300/1745

20300/1745

20300/1745

20300/1745

dy-worn&Hots

20300/1745

0175/1732.5

20050/1720

20300/1745

20300/1745

0175/1732.5

20050/1720

20300/1745

20300/1745

0175/1732.5

20050/1720

0175/1732.5

Hotspot (Q

20300/1745

20300/1745

N/A

20300/1745

20300/1745

20300/1745

N/A

20300/1745

mum SAR Val

he reported (sc

kg then testing

s required whe

R was evaluat

s using a head

t the written ap

Maximum

Allowed

Power(dBm)

ad SAR (QPS

24.50

24.50

24.50

24.50

23.50

23.50

23.50

23.50

spot (QPSK,

24.50

24.50

24.50

24.50

23.50

23.50

23.50

23.50

23.50

23.50

23.50

24.50

QPSK, Distan

24.50

24.50

N/A

24.50

23.50

23.50

N/A

23.50

ue of each tes

caled) SAR m

g at the other

en and the high

ted without a h

dset cable we

pproval of TA Te

Conducted

Power

(dBm)

SK)

23.91

23.91

23.91

23.91

22.60

22.60

22.60

22.60

Distance 10m

23.91

23.89

23.85

23.91

22.60

22.59

22.57

22.60

22.57

22.50

22.45

23.89

nce 10mm)

23.91

23.91

N/A

23.91

22.60

22.60

N/A

22.60

st band.

easured at the

channels is n

hest reported

headset conne

re required.

Report No

echnology (Shan

Drift

(dB)

Mea

SA

(W

0.130 0.4

0.180 0.2

0.080 0.4

0.040 0.2

0.033 0.

0.040 0.

0.130 0.

0.060 0.

mm)

-0.020 0.

-0.025 0.

-0.022 0.

-0.140 0.6

-0.170 0.

0.060 0.

-0.010 0.

-0.040 0.

-0.024 0.

-0.100 0.

-0.060 0.

0.160 0.

0.030 0.

-0.029 0.2

N/A N

0.120 0.6

-0.030 0.2

0.100 0.

N/A N

0.100 0.4

e middle chan

ot required for

SAR for 1 RB

ected to the de

: RXA1704-011


sured

AR1g

W/kg)

Scalin

Facto

412 1.15

256 1.15

486 1.15

224 1.15

307 1.23

192 1.23

369 1.23

166 1.23

973 1.15

983 1.15

960 1.16

669 1.15

856 1.23

870 1.23

869 1.24

513 1.23

756 1.24

726 1.26

706 1.27

978 1.15

340 1.15

228 1.15

N/A N/A

614 1.15

251 1.23

169 1.23

N/A N/A

481 1.23

nnel or highest

r such test con

B and 50% RB

evice. Since th

12SAR02R1

56 of 177

ng

or

Reported

SAR1g

(W/kg)

5 0.472

5 0.293

5 0.557

5 0.257

3 0.378

3 0.236

3 0.454

3 0.204

5 1.115

5 1.131

6 1.115

5 0.766

3 1.053

3 1.073

4 1.077

3 0.631

4 0.937

6 0.914

7 0.899

5 1.125

5 0.389

5 0.261

N/A

5 0.703

3 0.309

3 0.208

N/A

3 0.592

t output power

nfiguration(s).

B allocation in a

he reported SA

Plot

No.

/

/

28

/

/

/

/

/

/

29

/

/

/

/

/

/

/

/

/

/

/

/

N/A

/

/

/

N/A

/

r

are ≥

AR

Tes

B

Note

2) A

meas

3) A t

ratio

4) Re

FC


st Position

Back Side

: 1) When the

second repea

surements wa

third repeated

of largest to s

epeated meas

CC SAR Test Re


Ch

Freque

2017

original highe

ated measure

as > 1.20 or wh

measuremen

smallest SAR f

surements are

eport


hannel/

ency(MHz)

75/1732.5

est measured

ment was pre

hen the origina

nt was perform

for the origina

not required w

t in full, without

Measu

MAX

SAR is ≥ 0.80

eformed only

al or repeated

med only if the

al, first and sec

when the orig

t the written ap

urement Varia

X Measured S

(W/kg)

0.983

0 W/kg, the me

if the ratio of

d measuremen

original, first o

cond repeated

inal highest m

pproval of TA Te

ability

SAR1g

easurement w

largest to sm

nt was ≥ 1.45 W

or second repe

d measuremen

measured SAR

Report No

echnology (Shan

1st Repeat

(W/

0.9

was repeated o

mallest SAR fo

W/kg (~ 10%

eated measur

nts is > 1.20.

R is < 0.80 W/k

: RXA1704-011


ted SAR1g

/kg)

978

once.

or the original

from the 1-g S

rement was ≥

kg

12SAR02R1

57 of 177

Ratio

1.005

and first repe

SAR limit).

≥ 1.5 W/kg an

eated

d the

Po

Lef

L

Righ

Ri

Lef

L

Righ

Ri

Ba

Fro

Ba

Fro

Le

Rig

To

Bott

Le

Rig

To

Bott

No

2. P

cha

3. F

≥ 0.

4. P

was

FC


Table 8: L

Test

osition

C

T

ft Cheek sta

Left Tilt sta

ht Cheek sta

ight Tilt sta

ft Cheek sta

Left Tilt sta

ht Cheek sta

ight Tilt sta

ack Side sta

ont Side sta

ack Side sta

ont Side sta

eft Edge sta

ght Edge sta

op Edge sta

om Edge sta

eft Edge sta

ght Edge sta

op Edge sta

om Edge sta

ote: 1.The valu

Per FCC KDB

annel for each

For QPSK with

.8 W/kg.

Per FCC KDB

s ≤ 1.2 W/kg, n

CC SAR Test Re


LTE Band 5

over

Type

RB

size

andard 1RB

andard 1RB

andard 1RB

andard 1RB

andard 50%R

andard 50%R

andard 50%R

andard 50%R

andard 1RB

andard 1RB

andard 50%R

andard 50%R

andard 1RB

andard 1RB

andard 1RB

andard 1RB

andard 50%R

andard 50%R

andard 50%R

andard 50%R

ue with blue co

Publication 4

test configura

h 100% RB allo

Publication 64

no additional S

eport


(10MHz)

B

e

RB

offset

B 0 2

B 0 2

B 0 2

B 0 2

RB 0

RB 0

RB 0

RB 0

Bod

B 0 2

B 0 2

RB 0

RB 0

B 0 2

B 0 2

B N/A

B 0 2

RB 0

RB 0

RB N/A

RB 0

olor is the max

47498 D01, if

ation is ≤ 0.8 W

ocation, SAR

48474 D04, SA

SAR evaluatio

t in full, without

Channel/

Frequency

(MHz)

He

20525/836.5

20525/836.5

20525/836.5

20525/836.5

20450/829

20450/829

20450/829

20450/829

dy-worn&Hots

20525/836.5

20525/836.5

20450/829

20450/829

Hotspot (Q

20525/836.5

20525/836.5

N/A

20525/836.5

20450/829

20450/829

N/A

20450/829

ximum SAR V

f the reported

W/kg then test

is required wh

AR was evalua

ons using a he

t the written ap

Maximum

Allowed

Power

(dBm)

C

ad SAR (QPS

24.50

24.50

24.50

24.50

23.50

23.50

23.50

23.50

spot (QPSK,

24.50

24.50

23.50

23.50

QPSK, Distan

24.50

24.50

N/A

24.50

23.50

23.50

N/A

23.50

Value of each t

(scaled) SAR

ting at the othe

hen and the hig

ated without a

eadset cable w

pproval of TA Te

Conducted

Power

(dBm)

SK)

23.88

23.88

23.88

23.88

22.75

22.75 -

22.75

22.75

Distance 10m

23.88 -

23.88

22.75 -

22.75

nce 10mm)

23.88

23.88 -

N/A

23.88

22.75

22.75 -

N/A

22.75

test band.

R measured at

er channels is

ghest reported

a headset conn

were required.

Report No

echnology (Shan

Drift

(dB)

Meas

SAR

(W/k

0.029 0.3

0.030 0.2

0.037 0.3

0.130 0.2

0.100 0.2

-0.010 0.2

0.150 0.3

0.080 0.22

mm)

-0.033 0.6

0.180 0.4

-0.020 0.5

0.030 0.34

0.023 0.3

-0.180 0.3

N/A N/A

0.043 0.0

0.060 0.2

-0.020 0.2

N/A N/A

0.025 0.0

the middle ch

not required f

d SAR for 1 RB

nected to the d

: RXA1704-011


ured

R1g

kg)

Scaling

Factor

83 1.15

86 1.15

98 1.15

98 1.15

91 1.19

16 1.19

13 1.19

28 1.19

82 1.15

38 1.15

50 1.19

43 1.19

19 1.15

00 1.15

A N/A

53 1.15

55 1.19

37 1.19

A N/A

39 1.19

hannel or high

for such test c

B and 50% RB

device. Since t

12SAR02R1

58 of 177

g

r

Reported

SAR1g

(W/kg)

0.442

0.330

0.459

0.344

0.346

0.257

0.372

0.271

0.787

0.505

0.654

0.408

0.368

0.346

N/A

0.061

0.303

0.282

N/A

0.046

hest output po

configuration(s

B allocation in

the reported S

Plot

No.

/

/

30

/

/

/

/

/

31

/

/

/

/

/

N/A

/

/

/

N/A

/

ower

s).

are

SAR

Po

Righ

Lef

L

Ri

Lef

L

Righ

Ri

Ba

Fro

Ba

Fro

Ba

Fro

Fro

Le

Rig

To

Bott

Le

Rig

To

Bott

No

FC


Table 9: L

Test

osition

C

ht Cheek sta

ft Cheek sta

Left Tilt sta

ight Tilt sta

ft Cheek sta

Left Tilt sta

ht Cheek sta

ight Tilt sta

ack Side

sta

sta

sta

ont Side

sta

sta

sta

ack Side

sta

sta

sta

ont Side

sta

sta

sta

ack Side

sta

sta

sta

ont Side sta

ont Side R

eft Edge sta

ght Edge sta

op Edge sta

om Edge sta

eft Edge sta

ght Edge sta

op Edge sta

om Edge sta

ote: 1.The valu

CC SAR Test Re


LTE Band 7

Cover

Type

R

siz

andard 1R

andard 1R

andard 1R

andard 1R

andard 50%

andard 50%

andard 50%

andard 50%

andard 1R

andard 1R

andard 1R

andard 1R

andard 1R

andard 1R

andard 50%

andard 50%

andard 50%

andard 50%

andard 50%

andard 50%

andard 100%

andard 100%

andard 100%

andard 100%

Repeat 1R

andard 1R

andard 1R

andard 1R

andard 1R

andard 50%

andard 50%

andard 50%

andard 50%

ue with blue co

eport


(20MHz)

RB

ze

RB

offset

RB 0

RB 0

RB 0

RB 0

%RB 0

%RB 0

%RB 0

%RB 0

Bod

RB 0

RB 0

RB 0

RB 0

RB 0

RB 0

%RB 0

%RB 0

%RB 25

%RB 0

%RB 0

%RB 25

%RB 0

%RB 0

%RB 0

%RB 0

RB 0

RB 0

RB 0

RB N/A

RB 0

%RB 0

%RB 0

%RB N/A

%RB 0

olor is the max

t in full, without

Channel/

Frequency

(MHz)

He

20850/2510

20850/2510

20850/2510

20850/2510

21350/2560

21350/2560

21350/2560

21350/2560

dy-worn&Hots

21350/2560

21100/2535

20850/2510

21350/2560

21100/2535

20850/2510

21350/2560

21100/2535

20850/2510

21350/2560

21100/2535

20850/2510

21350/2560

21100/2535

20850/2510

21350/2560

21350/2560

Hotspot (Q

20850/2510

20850/2510

N/A

20850/2510

21350/2560

21350/2560

N/A

21350/2560

ximum SAR V

t the written ap

Maximum

Allowed

Power

(dBm)

ad SAR (QPS

23.00

23.00

23.00

23.00

22.50

22.50

22.50

22.50

spot (QPSK,

23.00

23.00

23.00

23.00

23.00

23.00

22.50

22.50

22.50

22.50

22.50

22.50

22.00

22.00

22.00

22.00

23.00

QPSK, Distan

23.00

23.00

N/A

23.00

22.50

22.50

N/A

22.50

Value of each t

pproval of TA Te

Conducted

Power

(dBm)

SK)

22.95

22.95

22.95

22.95

22.11 -

22.11

22.11 -

22.11 -

Distance 10m

22.94 -

22.84

22.95 -

22.94

22.84

22.95

22.11 -

21.83

21.69

22.11

21.83

21.69

21.76 -

21.69

21.65 -

21.76

22.94

nce 10mm)

22.95 -

22.95

N/A

22.95 -

22.11 -

22.11

N/A

22.11

test band.

Report No

echnology (Shan

Drift

(dB)

Meas

SAR

(W/

0.056 0.5

0.060 0.2

0.042 0.3

0.100 0.4

-0.020 0.5

0.040 0.1

-0.031 0.3

-0.080 0.2

mm)

-0.150 1.0

0.090 0.9

-0.049 1.0

0.024 1.1

0.090 1.0

0.160 1.0

-0.030 0.7

0.010 0.7

0.050 0.7

0.024 0.8

0.032 0.8

0.160 0.7

-0.050 1.0

-0.04 0.9

-0.029 0.9

0.020 0.5

0.031 1.1

-0.080 0.4

0.150 0.1

N/A N/

-0.080 0.5

-0.020 0.4

0.000 0.1

N/A N/

0.130 0.3

: RXA1704-011


sured

R1g

kg)

Scaling

Factor

597 1.01

82 1.01

362 1.01

405 1.01

554 1.09

87 1.09

308 1.09

35 1.09

000 1.01

975 1.04

070 1.01

70 1.01

090 1.04

020 1.01

746 1.09

708 1.17

702 1.21

842 1.09

815 1.17

745 1.21

020 1.06

997 1.07

927 1.08

534 1.06

10 1.01

449 1.01

71 1.01

/A N/A

514 1.01

456 1.09

13 1.09

/A N/A

389 1.09

12SAR02R1

59 of 177

g

r

Reported

SAR1g

(W/kg)

0.604

0.285

0.366

0.410

0.606

0.205

0.337

0.257

1.014

1.012

1.082

1.186

1.131

1.032

0.816

0.826

0.846

0.921

0.951

0.898

1.078

1.071

1.005

0.564

1.125

0.454

0.173

N/A

0.520

0.499

0.124

N/A

0.426

Plot

No.

32

/

/

/

/

/

/

/

/

/

/

33

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

N/A

/

/

/

N/A

/

2. P

cha

3. F

≥ 0.

4. P

was

Tes

B

Note

2) A

mea

3) A

the r

4) Re

FC


Per FCC KDB

nnel for each

For QPSK with

8 W/kg.

Per FCC KDB P

s ≤ 1.2 W/kg, n

st Position

Back Side

e: 1) When the

second repea

surements wa

third repeated

ratio of largest

epeated meas

CC SAR Test Re


Publication 44

test configura

100% RB allo

Publication 64

no additional S

Ch

Freque

2135

e original highe

ated measure

as > 1.20 or w

d measureme

t to smallest S

surements are

eport


47498 D01, if

ation is ≤ 0.8 W

ocation, SAR

48474 D04, SA

SAR evaluatio

hannel/

ency(MHz)

50/2560

est measured

ement was pre

when the origin

ent was perfor

SAR for the ori

e not required

t in full, without

f the reported

W/kg then testi

is required wh

AR was evalua

ons using a he

Measu

MAX

SAR is ≥ 0.80

eformed only

nal or repeated

rmed only if th

ginal, first and

when the orig

t the written ap

(scaled) SAR

ing at the othe

hen and the hig

ated without a

eadset cable w

urement Varia

X Measured S

(W/kg)

1.170

0 W/kg, the m

if the ratio of

d measuremen

he original, firs

d second repe

ginal highest m

pproval of TA Te

R measured at

er channels is

ghest reported

a headset conn

were required.

ability

SAR1g

easurement w

largest to sm

nt was ≥ 1.45

st or second re

eated measure

measured SAR

Report No

echnology (Shan

the middle ch

not required f

d SAR for 1 R

nected to the d

1st Repeat

(W/

1.1

was repeated o

allest SAR fo

W/kg (~ 10%

epeated meas

ements is > 1.2

R is < 0.80 W/

: RXA1704-011


hannel or high

for such test c

B and 50% RB

device. Since

ted SAR1g

/kg)

10

once.

or the original

from the 1-g S

surement was

20.

kg

12SAR02R1

60 of 177

hest output po

configuration(s

B allocation in

the reported S

Ratio

1.054

and first repe

SAR limit).

s ≥ 1.5 W/kg

ower

s).

are

SAR

eated

g and

Tes

Posit

Left Ch

Left

Right C

Right

Back S

Front

Left E

Right E

Top E

Bottom

Tes

Posit

Back

Note: 1

8

802

FC


Table 10:

st

tion

Cove

Type

heek standa

Tilt standa

Cheek standa

t Tilt standa

Side standa

Side standa

Edge standa

Edge N/A

Edge standa

Edge N/A

st

tion

Cove

Typ

Side standa

1. The value w

Mode

802.11g R

2.11n HT20 R

Note: SAR is

specified ma

CC SAR Test Re


Wi-Fi (2.4G

er

e

Channe

Frequen

(MHz)

ard 6/2437

ard 6/2437

ard 6/2437

ard 6/2437

ard 6/2437

ard 6/2437

ard 6/2437

A N/A

ard 6/2437

A N/A

er

e

Channe

Frequen

(MHz)

ard 6/2437

with blue color

Test

Position F

Right Cheek

Right Cheek

s not required

aximum outpu

eport


G)

el/

ncy

)

Mode

802.11b

7 DSSS

7 DSSS

7 DSSS

7 DSSS

7 DSSS

7 DSSS

7 DSSS

N/A

7 DSSS

N/A

el/

ncy

Mode

802.11b

7 DSSS

is the maximu

Channel/

Frequency(M

6/2437

6/2437

for OFDM wh

t power and th

t in full, without

Duty

Cycle

Are

Sca

Max.S

(W/K

1:1 0.3

1:1 0.3

1:1 0.3

1:1 0.3

Body-worn&

1:1 0.1

1:1 0.1

Hotspo

1:1 0.0

N/A N/

1:1 0.1

N/A N/

Duty

Cycle

Are

Sc

Max.

(W/K

Limb S

1:1 0.5

um SAR Value

MA

MHz)

MAX M

SA

(W

0.4

0.4

en the highes

he adjusted SA

t the written ap

ea

an

SAR

Kg)

Tune-u

limit

(dBm)

Head SAR

321 13.50

332 13.50

383 13.50

323 13.50

Hotspot (Dist

81 13.50

23 13.50

ot (Distance 1

057 13.50

/A N/A

04 13.50

/A N/A

ea

an

SAR

Kg)

Tune-u

limit

(dBm)

SAR (Distance

560 13.50

e of each test

AX Adjusted S

easured

AR1g

W/kg) li

457

457

t reported SA

AR is ≤ 1.2 W

pproval of TA Te

p

)

Conducted

Power

(dBm)

12.94

12.94

12.94

12.94

tance 10mm)

12.94

12.94

10mm)

12.94

N/A

12.94

N/A

up

)

Conducted

Power

(dBm)

e 0mm)

12.94

band.

SAR

802.11b

Tune-up

imit (dBm)

13.5

13.5

R for DSSS is

W/kg.

Report No

echnology (Shan

dDrift

(dB)

Me

S

(

0.050 0

0.040 0

0.180 0

0.110 0

)

0.054 0

0.044 0

0.030 0

N/A

0.070 0

N/A

dDrift

(dB)

Me

S

(

0.177 0

Tune-up

limit

(dBm)

10.0

10.0

s adjusted by t

: RXA1704-011


easured

SAR1g

W/kg)

Sca

Fac

0.377 1.1

0.401 1.1

0.457 1.1

0.375 1.1

0.183 1.1

0.128 1.1

0.068 1.1

N/A N/

0.104 1.1

N/A N/

easured

SAR10g

W/kg)

Sca

Fac

0.488 1.1

Scaling

Factor

0.741

0.741

the ratio of OF

12SAR02R1

61 of 177

ling

ctor

Reporte

SAR1g

(W/kg)

14 0.429

14 0.456

14 0.520

14 0.427

14 0.208

14 0.146

14 0.077

/A N/A

14 0.118

/A N/A

ling

ctor

Reporte

SAR10g

(W/kg)

14 0.555

Adjuste

SAR1g

(W/kg

0.339

0.339

FDM to DSSS

ed

g

)

Plot

No.

/

/

34

/

35

/

N/A

/

/

N/A

ed

g

)

Plot

No.

36

ed

g

g)

Tes

Posit

Back

Back

Note: 1

FC


Table 11:

st

tion

Cove

Typ

Side standa

Side standa

1. The value w

CC SAR Test Re


BT

er

e

Channe

Frequen

(MHz)

ard 39/244

ard 39/244

with blue color

eport


el/

ncy

)

Mode

1 GFSK

1 GFSK

r is the maxim

t in full, without

Duty

Cycle

Are

Sca

Max.S

(W/K

Body SA

1:1 0.02

Limb S

1:1 0.06

um SAR Value

t the written ap

ea

an

SAR

Kg)

Tune-up

limit

(dBm)

AR (Distance

27 9.50

SAR (Distance

65 9.50

e of each test

pproval of TA Te

p Conducted

Power

(dBm)

e 10mm)

8.78

e 0mm)

8.78

band.

Report No

echnology (Shan

dDrift

(dB)

Me

S

(W

-0.059 0

0.081 0

: RXA1704-011


asured

SAR1g

W/kg)

Scal

Fac

0.023 1.1

0.063 1.1

12SAR02R1

62 of 177

ling

ctor

Reporte

SAR1g

(W/kg)

18 0.028

18 0.075

edPlot

No.

37

38

FC


10.4 Sim

S

General N

1. The Sc

2. Per KD

i) Scala

necessary

ii) SPLS

distan

and (x

iii) If SP

CC SAR Test Re


multaneou

Simultaneo

GSM

GPRS/E

WCD

WCD

LT

GSM(

GPRS/ED

WCDMA

WCDM

LTE(

Wi-Fi-2

Note:

aled SAR su

B 447498 D

r SAR summ

y.

SR = (SAR1

nce is determ

x2, y2, z2) a

PLSR ≤ 0.04

eport


us Transm

ous Transm

M(Voice) + B

EDGE(Data

MA(Voice) +

DMA(Data) +

E(Data) + B

(Voice) + Wi

DGE(Data) +

A(Voice) + W

A(Data) + W

(Data) + Wi-

.4GHz(data

ummation is

D01, simultan

mation < 1.6

+ SAR2)^1.

mined from t

are the coord

, simultaneo

t in full, without

mission An

ission Con

Bluetooth(da

) + Bluetoot

+ Bluetooth(

+ Bluetooth(d

Bluetooth(dat

-Fi-2.4GHz(

+ Wi-Fi-2.4G

Wi-Fi-2.4GH

Wi-Fi-2.4GHz

Fi-2.4GHz(d

) + Bluetoot

s calculated

neous trans

6W/kg, simu

.5 / (min. se

the square r

dinates of th

ously transm

t the written ap

nalysis

figurations

ata)

th(data)

(data)

data)

ta)

(data)

GHz(data)

Hz(data)

z(data)

data)

h(data)

based on th

mission SAR

ltaneously tr

paration dis

oot of [(x1-x

he extrapola

mission SAR

pproval of TA Te

s Head

N/A

N/A

N/A

N/A

N/A

Yes

N/A

Yes

N/A

Yes

N/A

he same con

R is complia

ransmission

tance, mm),

x2)2 + (y1-y2

ted peak SA

R measureme

Report No

echnology (Shan

Body-wor

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

N/A

nfiguration a

ant if,

n SAR meas

, and the pe

2)2 + (z1-z2)

AR locations

ent is not ne

: RXA1704-011


n Hotspo

N/A

N/A

N/A

N/A

N/A

N/A

Yes

N/A

Yes

Yes

N/A

and test posi

surement is n

eak separatio

)2], where (x

s in the zoom

ecessary.

12SAR02R1

63 of 177

ot

tion.

not

on

x1, y1, z1)

m scan.

T

E

FC


The max

SAR

Test Position

Left Ch

Left T

Right C

Right

Body

worn 1g

B

F

Hotspot

1g

B

F

R

Bo

Extremity

10g

B

F

About BT

Test P

Body

1

Hots

1

Extre

10

Note: 1

2.

MAX. ΣSA

so the Sim

CC SAR Test Re


ximum SAR

R1g/10g(W/kg)

heek

Tilt

Cheek

Tilt

Back Side

Front Side

Back Side

Front Side

Left Edge

Right Edge

Top Edge

ottom Edge

Back Side

Front Side

T and GSM/W

SAR

osition

y worn

g

spot

g R

B

emity

0g

1.The value

MAX. ΣSAR

AR1g = 1.433

multaneous t

eport


R1g Value

GSM

850

GSM

190

0.375 0.16

0.237 0.06

0.381 0.16

0.241 0.03

0.708 0.72

0.341 0.31

0.721 0.73

0.434 0.34

0.388 0.05

0.383 0.06

N/A N/A

0.123 0.59

N/A N/A

N/A N/A

WCDMA/LT

R1g/10g(W/kg

Back Side

Front Side

Back Side

Front Side

Left Edge

Right Edge

Top Edge

Bottom Edge

Back Side

with blue co

R1g/10g =Unlic

3 W/kg <1.6

transimition

t in full, without

M

0

WCDMA

Band II

63 0.161

64 0.079

64 0.191

3 0.052

26 1.394

9 0.534

32 1.394

43 0.534

52 0.143

66 0.17

A N/A

96 1.213

A 3.522

A N/A

TE

g) GSM/W

1

1

1

1

0

e 0

0

e 1

3

olor is the m

censed SAR

6 W/kg and M

SAR with vo

t the written ap

WCDMA

Band IV

W

B

0.308 0

0.166

0.241 0

0.124 0

0.896 0

0.531 0

0.896 0

0.531 0

0.267 0

0.23

N/A

0.541 0

N/A

N/A

WCDMA/LTE

1.405

1.186

1.405

1.186

0.499

0.383

0.000

1.213

3.522

aximum ΣSA

RMAX +Licens

MAX. ΣSAR

olum scan a

pproval of TA Te

WCDMA

and V

LTE

FDD

0.491 0.17

0.35 0.14

0.508 0.22

0.305 0.07

0.537 1.40

0.504 0.65

0.537 1.40

0.504 0.65

0.278 0.20

0.25 0.19

N/A N/A

0.058 1.07

N/A 3.41

N/A N/A

E BT

0.02

0.02

0.02

0.02

0.02

0.02

0.02

0.02

0.07

AR1g Value.

sed SARMAX

10g = 3.597 W

are not requ

Report No

echnology (Shan

E

2

LTE

FDD 4 F

77 0.472

42 0.293

26 0.557

74 0.257

05 1.131

57 0.766

05 1.131

57 0.766

02 0.389

92 0.261

A N/A

71 0.703

1 N/A

A N/A

T M

28

28

28

28

28

28

28

28

75

X

W/kg <4 W/

ired for BT a

: RXA1704-011


LTE

FDD 5

LTE

FDD

0.442 0.606

0.33 0.285

0.459 0.366

0.344 0.41

0.787 1.082

0.505 1.186

0.787 1.082

0.505 1.186

0.368 0.499

0.346 0.173

N/A N/A

0.061 0.52

N/A N/A

N/A N/A

MAX. ΣSAR1

1.433

1.214

1.433

1.214

0.527

0.411

0.028

1.241

3.597

kg,

and Main-An

12SAR02R1

64 of 177

E

7

MAX.

SAR1g/10g

6 0.606

5 0.350

6 0.557

1 0.410

2 1.405

6 1.186

2 1.405

6 1.186

9 0.499

3 0.383

A 0.000

2 1.213

A 3.522

A N/A

1g/10g

ntenna.

g

Test P

Bod

Ho

Ext

1

Note:

FC


About Wi

S

Position

Left, Ch

Left, T

Right, C

Right,

dy worn

1g

otspot

1g

tremity

10g

1.The value

2. MAX. ΣSA

CC SAR Test Re


i-Fi and GS

SAR1g/10g(W/

heek

Tilt

Cheek

Tilt

Back Side

Front Side

Back Side

Front Side

Left Edge

Right Edg

Top Edge

Bottom Edg

Back Side

e with blue c

AR1g/10g =Un

eport


M/WCDMA/

/kg)GSM/W

e

e

e

e

e

e

e

ge

e

color is the m

nlicensed SA

t in full, without

/LTE

WCDMA/LTE

0.606

0.350

0.557

0.410

1.405

1.186

1.405

1.186

0.499

0.383

0.000

1.213

3.522

maximum ΣS

ARMAX +Lice

t the written ap

E Wi-F

0.4

0.4

0.5

0.4

0.2

0.

0.2

0.

0.0

N

0.

N

0.5

SAR1g/10g Va

ensed SARM

pproval of TA Te

Fi 2.4G

429

456

520

427

208

146

208

146

077

N/A

118

N/A

555

alue.

MAX

Report No

echnology (Shan

MAX. ΣSA

1.035

0.806

1.077

0.837

1.613

1.332

1.613

1.332

0.576

0.383

0.118

1.213

4.077

: RXA1704-011


AR1g/10g s

5

6

7

7

3

2

3

2

6

3

8

3

7

12SAR02R1

65 of 177

Peak locati

separation

No

No

No

No

Yes

No

Yes

No

No

No

No

No

Yes

ion

ratio

FC


(SARMax =

The positi

The positi

so the dis

Ratio =[(R

= 0.0

So the Sim

GSM/WC

CC SAR Test Re


=1.613W/Kg

on SARLTE 2

on SARWiFi2

tance is 114

Reported SA

018 <0.1

multaneous

DMA/LTE.

eport


)

2 is (x1= -9.5

2.4G is (x2= -2

4.50mm.

ARMax.GSM/UMT

transimition

t in full, without

, y1= -60, z1

20, y2=54, z2

TS/LTE) +(Rep

n SAR with v

t the written ap

= -207.1),

2= -205)

ported SARM

volum scan a

pproval of TA Te

Max.WIFI)]3/2 /P

are not requ

Report No

echnology (Shan

Peak SAR L

uired for WiF

: RXA1704-011


Location Sep

Fi and

12SAR02R1

66 of 177

paration

FC


(SARMax =

The positi

The positi

so the dis

Ratio =[(R

= 0.0

So the Sim

GSM/WC

CC SAR Test Re


=4.077W/Kg

on SARWCD

on SARWiFi2

tance is 126

Reported SA

0649 <0.1

multaneous

DMA/LTE.

eport


)

MA 2 is (x1= 1

2.4G is (x2= 4

6.85mm.

ARMax.GSM/UMT

transimition

t in full, without

16.5, y1= -66

, y2=57, z2=

TS/LTE) +(Rep

n SAR with v

t the written ap

6, z1= -177.4

-206)

ported SARM

volum scan a

pproval of TA Te

4),

Max.WIFI)]3/2 /P

are not requ

Report No

echnology (Shan

Peak SAR L

uired for WiF

: RXA1704-011


Location Sep

Fi and

12SAR02R1

67 of 177

paration

FC


11 Mea

Per KDB

within a f

described

CC SAR Test Re


asureme

865664 D01

frequency b

in IEEE Std

eport


nt Uncer

1 SAR Meas

band is < 1

d 1528- 201

t in full, without

rtainty

surement 10

1.5 W/kg, t

3 is not requ

t the written ap

00 MHz to 6

the extensiv

uired in SAR

pproval of TA Te

6 GHz, when

ve SAR me

R reports sub

Report No

echnology (Shan

n the highes

easurement

bmitted for e

: RXA1704-011


st measured

uncertainty

equipment a

12SAR02R1

68 of 177

d 1-g SAR

y analysis

approval.

FC


ANNEX

CC SAR Test Re


X A: Test

eport


Layout

t in full, without

t the written ap

pproval of TA Te

Report No

echnology (Shan

: RXA1704-011


12SAR02R1

69 of 177

FC


CC SAR Test Re


Pictur

Pictu

eport


re 3: Liquid d

ure 4: Liquid

t in full, without

depth in the

depth in the

t the written ap

head Phant

e flat Phanto

pproval of TA Te

tom (750MH

om (750MHz

Report No

echnology (Shan

Hz, 15.3cm d

z, 15.4cm de

: RXA1704-011


depth)

epth)

12SAR02R1

70 of 177

FC


CC SAR Test Re


Pictur

Pictu

eport


re 5: Liquid d

ure 6: Liquid

t in full, without

depth in the

depth in the

t the written ap

head Phant

e flat Phanto

pproval of TA Te

tom (835MH

om (835MHz

Report No

echnology (Shan

Hz, 15.3cm d

z, 15.4cm de

: RXA1704-011


depth)

epth)

12SAR02R1

71 of 177

FC


CC SAR Test Re


Picture

Pictur

eport


e 7: liquid de

re 8: Liquid d

t in full, without

epth in the h

depth in the

t the written ap

head Phanto

flat Phantom

pproval of TA Te

om (1750 MH

m (1750 MH

Report No

echnology (Shan

Hz, 15.3cm

Hz, 15.2cm d

: RXA1704-011


depth)

depth)

12SAR02R1

72 of 177

FC


CC SAR Test Re


Picture

Picture

eport


e 9: liquid de

e 10: Liquid

t in full, without

epth in the h

depth in the

t the written ap

head Phanto

e flat Phanto

pproval of TA Te

om (1900 MH

om (1900 MH

Report No

echnology (Shan

Hz, 15.3cm

Hz, 15.2cm

: RXA1704-011


depth)

depth)

12SAR02R1

73 of 177

FC


CC SAR Test Re


Picture

Picture

eport


11: Liquid d

e 12: Liquid

t in full, without

depth in the

depth in the

t the written ap

head Phant

e flat Phanto

pproval of TA Te

om (2450 M

om (2450 MH

Report No

echnology (Shan

MHz, 15.4cm

Hz, 15.3cm

: RXA1704-011


m depth)

depth)

12SAR02R1

74 of 177

FC


CC SAR Test Re


Picture

Picture

eport


13: Liquid d

e 14: Liquid

t in full, without

depth in the

depth in the

t the written ap

head Phant

e flat Phanto

pproval of TA Te

tom (2600 M

om (2600 MH

Report No

echnology (Shan

MHz, 15.4cm

Hz, 15.3cm

: RXA1704-011


m depth)

depth)

12SAR02R1

75 of 177

FC


ANNEX

Plot 1 SyDUT: Dipo

Date: 4/12

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=15mm,

Maximum

d=15mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


X B: Syst

ystem Perole 835 MHz

2/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 54

R (extrapolat

= 2.44 mW/

value of SA

eport


tem Chec

rformancez; Type: D8

em: CW; Fre

used: f = 835

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

4.4 V/m; Pow

ted) = 3.67 W

/g; SAR(10

AR (measure

t in full, without

ck Resu

e Check at835V2; Seria

equency: 83

5 MHz; σ =

Liquid Te

cal Surface D

F(9.31, 9.31

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x121x

ated) = 2.64

can (5x5x7)

wer Drift = -0

W/kg

g) = 1.6 mW

ed) = 2.64 m

t the written ap

lts

t 835 MHzal: D835V2

35 MHz;Duty

0.94 mho/m

emperature:

Detection)

1, 9.31); Cal

016

4

); SEMCAD

x1): Measur

mW/g

/Cube 0: Me

0.076 dB

W/g

mW/g

pproval of TA Te

Head TSL- SN: 4d020

y Cycle: 1:1

m; εr = 42.5; ρ

21.5

ibrated: 1/23

X Version 1

rement grid:

easurement

Report No

echnology (Shan

L 0

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.500 m

t grid: dx=8m

: RXA1704-011


/m3

31)

mm, dy=1.50

mm, dy=8mm

12SAR02R1

76 of 177

00 mm

m,

FC


Plot 2 SyDUT: Dipo

Date: 4/16

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=15mm,

Maximum

d=15mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


ystem Perole 835 MHz

6/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 51

R (extrapolat

= 2.41 mW/

value of SA

eport


rformancez; Type: D8

em: CW; Fre

used: f = 835

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

1.9 V/m; Pow

ted) = 3.5 W

/g; SAR(10

AR (measure

t in full, without

e Check at835V2; Seria

equency: 83

5 MHz; σ =

Liquid Te

cal Surface D

F(9.74, 9.74

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x121x

ated) = 2.58

can (5x5x7)

wer Drift = -0

W/kg

g) = 1.6 mW

ed) = 2.6 mW

t the written ap

t 835 MHzal: D835V2

35 MHz;Duty

1.00 mho/m

emperature:

Detection)

4, 9.74); Cal

016

4

); SEMCAD

x1): Measur

8 mW/g

/Cube 0: Me

0.058 dB

W/g

W/g

pproval of TA Te

Body TSL- SN: 4d020

y Cycle: 1:1

m; εr = 55.4; ρ

21.5

ibrated: 1/23

X Version 1

rement grid:

easurement

Report No

echnology (Shan

L 0

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.500 m

t grid: dx=8m

: RXA1704-011


/m3

31)

mm, dy=1.50

mm, dy=8mm

12SAR02R1

77 of 177

00 mm

m,

FC


Plot 3 SyDUT: DipoDate: 4/14

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


ystem Perole 1750 MH4/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 80

R (extrapolat

= 8.95 mW/

value of SA

eport


rformanceHz; Type: D

em: CW; Fre

used: f = 175

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

0 V/m; Powe

ted) = 15.5 W

/g; SAR(10

AR (measure

t in full, without

e Check atD1750V2; Se

equency: 17

50 MHz; σ =

Liquid Te

cal Surface D

F(8.60, 8.60

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (51x81x1

ated) = 9.78

can (5x5x7)

er Drift = 0.0

W/kg

g) = 4.5 mW

ed) = 9.46 m

t the written ap

t 1750 MHerial: D1750

750 MHz;Dut

= 1.37 mho/m

emperature:

Detection)

0, 8.60); Cal

016

4

); SEMCAD

1): Measure

8 mW/g

/Cube 0: Me

075 dB

W/g

mW/g

pproval of TA Te

z Head TS0V2 - SN: 10

ty Cycle: 1:1

m; εr = 41.6;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL 033

1

; ρ = 1000 k

3/2017;

14.6.10 (733

dx=1.500 mm

t grid: dx=8m

: RXA1704-011


kg/m3

31)

m, dy=1.500

mm, dy=8mm

12SAR02R1

78 of 177

0 mm

m,

FC


Plot 4 SyDUT: DipoDate: 4/14

Communi

Medium p

Ambient T

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


ystem Perole 1750 MH4/2017

cation Syste

parameters u

Temperature

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 77

R (extrapolat

= 9.24 mW/

value of SA

eport



em: CW; Fre

used: f = 175

e:22.3

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Area Sca

7.7 V/m; Pow

ted) = 16.8 W

/g; SAR(10

AR (measure

t in full, without


equency: 17

50 MHz; σ =

Liquid Tem

cal Surface D

F(8.39, 8.39

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (51x81x1

ated) = 10.6

an (5x5x7)/C

wer Drift = 0

W/kg

g) = 4.9 mW

ed) = 10.3 m

t the written ap


750 MHz;Dut

= 1.48mho/m

mperature: 2

Detection)

9, 8.39); Cal

016

4

); SEMCAD

1): Measure

6 mW/g

Cube 0: Mea

0.097 dB

W/g

mW/g

pproval of TA Te

z Body TS0V2 - SN: 10

ty Cycle: 1:1

m; εr = 51.6;

21.7

ibrated: 1/23

X Version 1

ment grid: d

asurement g

Report No

echnology (Shan

SL 033

1

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.500 mm

grid: dx=8mm

: RXA1704-011


g/m3

31)

m, dy=1.500

m, dy=8mm

12SAR02R1

79 of 177

0 mm

, dz=5mm

FC


Plot 5 SyDUT: Dipo

Date: 4/21

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


ystem Perole 1900 MH

1/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 85

R (extrapolat

= 9.48 mW/

value of SA

eport



em: CW; Fre

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

5.5 V/m; Pow

ted) = 17.8 W

/g; SAR(10

AR (measure

t in full, without


equency: 19

00 MHz; σ =

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 11.3

can (5x5x7)

wer Drift = 0

W/kg

g) = 4.9 mW

ed) = 10.7 m

t the written ap


900 MHz;Dut

= 1.39 mho/m

emperature:

Detection)

9, 8.39); Cal

016

4

); SEMCAD

1): Measure

3 mW/g

/Cube 0: Me

0.028 dB

W/g

mW/g

pproval of TA Te

z Head TS0V2 - SN: 5d

ty Cycle: 1:1

m; εr = 40.5;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL d060

1

; ρ = 1000 k

3/2017;

14.6.10 (733

dx=1.500 mm

t grid: dx=8m

: RXA1704-011


kg/m3

31)

m, dy=1.500

mm, dy=8mm

12SAR02R1

80 of 177

0 mm

m,

FC


Plot 6 SyDUT: Dipo

Date: 4/15

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re



5/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 82

R (extrapolat

= 9.93 mW/

value of SA

eport



em: CW; Fre

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

2.3 V/m; Pow

ted) = 17.8 W

/g; SAR(10

AR (measure

t in full, without


equency: 19

00 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 12.2

can (5x5x7)

wer Drift = 0

W/kg

g) = 5.25 m

ed) = 11.3 m

t the written ap


900 MHz;Dut

= 1.49mho/m

emperature:

Detection)

8, 7.98); Cal

016

4

); SEMCAD

1): Measure

mW/g

/Cube 0: Me

0.068 dB

mW/g

mW/g

pproval of TA Te

z Body TS0V2 - SN: 5d

ty Cycle: 1:1

m; εr = 51.6;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL d060

1

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.500 mm

t grid: dx=8m

: RXA1704-011


g/m3

31)

m, dy=1.500

mm, dy=8mm

12SAR02R1

81 of 177

0 mm

m,

FC


Plot 7 SyDUT: Dipo

Date: 5/4/

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re



/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 80

R (extrapolat

= 9.82 mW/

value of SA

eport



em: CW; Fre

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

0.8 V/m; Pow

ted) = 17.6 W

/g; SAR(10

AR (measure

t in full, without


equency: 19

00 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 11.9

can (5x5x7)

wer Drift = -0

W/kg

g) = 5.2 mW

ed) = 11 mW

t the written ap


900 MHz;Dut

= 1.50mho/m

emperature:

Detection)

8, 7.98); Cal

016

4

); SEMCAD

1): Measure

9 mW/g

/Cube 0: Me

0.063 dB

W/g

W/g

pproval of TA Te

z Body TS0V2 - SN: 5d

ty Cycle: 1:1

m; εr = 52.1;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL d060

1

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.500 mm

t grid: dx=8m

: RXA1704-011


g/m3

31)

m, dy=1.500

mm, dy=8mm

12SAR02R1

82 of 177

0 mm

m,

FC


Plot 8 SyDUT: Dipo

Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re



7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 88

R (extrapolat

= 13.7 mW/

value of SA

eport



em: CW; Fre

used: f = 245

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

8.8 V/m; Pow

ted) = 30 W/

/g; SAR(10

AR (measure

t in full, without


equency: 24

50 MHz; σ =

Liquid Te

cal Surface D

F(7.90, 7.90

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 18.2

can (7x7x7)

wer Drift = 0

/kg

g) = 6.22 m

ed) = 15.9 m

t the written ap


450 MHz;Dut

= 1.88mho/m

emperature:

Detection)

0, 7.90); Cal

016

4

); SEMCAD

1): Measure

mW/g

/Cube 0: Me

0.075 dB

mW/g

mW/g

pproval of TA Te

z Head TS0V2 - SN: 78

ty Cycle: 1:1

m; εr = 39.4;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL 86

1

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.200 mm

t grid: dx=5m

: RXA1704-011


g/m3

31)

m, dy=1.200

mm, dy=5mm

12SAR02R1

83 of 177

0 mm

m,

FC


Plot 9 SyDUT: Dipo

Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re



7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 81

R (extrapolat

= 12.5 mW/

value of SA

eport



em: CW; Fre

used: f = 245

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

W/Zoom Sc

1.2 V/m; Pow

ted) = 25.4 W

/g; SAR(10

AR (measure

t in full, without


equency: 24

50 MHz; σ =

Liquid Te

cal Surface D

F(7.85, 7.85

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 16 m

can (7x7x7)

wer Drift = 0

W/kg

g) = 6.20 m

ed) = 14.4 m

t the written ap


450 MHz;Dut

= 1.95mho/m

emperature:

Detection)

5, 7.85); Cal

016

4

); SEMCAD

1): Measure

mW/g

/Cube 0: Me

0.003 dB

mW/g

mW/g

pproval of TA Te

z Body TS0V2 - SN: 78

ty Cycle: 1:1

m; εr = 51.1;

21.5

ibrated: 1/23

X Version 1

ment grid: d

easurement

Report No

echnology (Shan

SL 86

1

ρ = 1000 kg

3/2017;

14.6.10 (733

dx=1.200 mm

t grid: dx=5m

: RXA1704-011


g/m3

31)

m, dy=1.200

mm, dy=5mm

12SAR02R1

84 of 177

0 mm

m,

FC


Plot 10 SDUT: Dipo

Date: 4/24

Communi

Medium p

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


System Peole 2600 MH

4/2017

cation Syste

parameters u

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250m

e Value = 87

R (extrapolat

= 13.9 mW/

value of SA

eport


erformancHz; Type: D

em: CW; Fre

used: f = 260

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W/Area Sca

AR (interpola

mW/Zoom S

7.998 V/m; P

ted) = 31.85

/g; SAR(10

AR (measure

t in full, without

ce Check aD2600V2; Se

equency: 26

00 MHz; σ =

cal Surface D

F(7.64, 7.64

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x1

ated) = 17.4

Scan (7x7x

Power Drift =

58 W/kg

g) = 6.07 m

ed) = 15.617

t the written ap

at 2600 MHerial: D2600

600 MHz

= 2.05 mho/m

Detection)

4, 7.64); Cal

016

4

); SEMCAD

1): Measure

39 mW/g

x7)/Cube 0

= -0.04 dB

mW/g

7 mW/g

pproval of TA Te

Hz Head T0V2 - SN: 10

m; εr = 38.8;

ibrated: 1/23

X Version 1

ment grid: d

0: Measure

Report No

echnology (Shan

TSL 025

; ρ = 1000 k

3/2017;

14.6.10 (733

dx=1.200 mm

ement grid:

: RXA1704-011


kg/m3

31)

m, dy=1.200

dx=5mm,

12SAR02R1

85 of 177

0 mm

dy=5mm,

FC


Plot 11 SDUT: Dipo

Date: 4/24

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

d=10mm,

Maximum

d=10mm,

dz=5mm

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


System Peole 2600 MH

4/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM1; Typ

ment SW: DA

Pin=250mW

value of SA

Pin=250mW

e Value = 74

R (extrapolat

= 13.5 mW/

value of SA

eport


erformancHz; Type: D

em: CW; Fre

used: f = 260

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

e: SAM; Se

ASY52, Vers

W /Area Sc

AR (interpola

W/Zoom Sc

4 V/m; Powe

ted) = 28.5 W

/g; SAR(10

AR (measure

t in full, without

ce Check aD2600V2; Se

equency: 26

00 MHz; σ =

Liquid Te

cal Surface D

F(7.63, 7.63

brated: 8/2/2

rial: TP-1534

sion 52.8 (8

an (41x71x

ated) = 17.7

can (7x7x7)

er Drift = -0.0

W/kg

g) = 5.99 m

ed) = 15.7 m

t the written ap

at 2600 MHerial: D2600

600 MHz;Dut

= 2.13 mho/m

emperature:

Detection)

3, 7.63); Cal

016

4

); SEMCAD

x1): Measure

7 mW/g

/Cube 0: Me

0027 dB

mW/g

mW/g

pproval of TA Te

Hz Body T0V2 - SN: 10

ty Cycle: 1:1

m; εr = 50.7;

21.5

ibrated: 1/23

X Version 1

ement grid: d

easurement

Report No

echnology (Shan

TSL 025

1

; ρ = 1000 k

3/2017;

14.6.10 (733

dx=1.200 m

t grid: dx=5m

: RXA1704-011


kg/m3

31)

m, dy=1.200

mm, dy=5mm

12SAR02R1

86 of 177

0 mm

m,

FC


ANNEX

Plot 12 GDate: 4/12

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


X C: High

GSM 850 R2/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

eek Middle

value of SA

eek Middle

e Value = 6.2

R (extrapolat

= 0.356 W/

value of SA

eport


hest Grap

Right Che

em: UID 0, G

used: f = 837

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Sca

220 V/m; Po

ted) = 0.432

kg; SAR(10

AR (measure

t in full, without

ph Resu

eek Middle

GSM 850 (0

7 MHz; σ =

Liquid Te

cal Surface D

F(9.31, 9.31

brated: 8/2/2

erial:

sion 52.8 (8

n (71x121x1

ated) = 0.37

an (5x5x7)/C

ower Drift =

2 W/kg

0 g) = 0.271

ed) = 0.373

t the written ap

lts

e

); Frequency

0.94 S/m; εr

emperature:

Detection)

1, 9.31); Cal

016

); SEMCAD

): Interpolat

71W/kg

Cube 0: Mea

0.026 dB

W/kg

W/kg

pproval of TA Te

y: 836.6 MH

r = 42.425; ρ

21.5

ibrated: 1/23

X Version 1

ted grid: dx=

asurement g

Report No

echnology (Shan

Hz;Duty Cyc

ρ = 1000 kg/

3/2017;

14.6.10 (733

=1.500 mm,

grid: dx=8mm

: RXA1704-011


le: 1:8.3004

/m3

31)

dy=1.500 m

m, dy=8mm

12SAR02R1

87 of 177

2

mm

, dz=5mm

FC


Plot 13 GDate: 4/16

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


GSM 850 B6/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle /Z

e Value = 26

R (extrapolat

= 0.662 W/

value of SA

eport


Back Side

em: UID 0, G

used: f = 837

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

6.39 V/m; Po

ted) = 0.816

kg; SAR(10

AR (measure

t in full, without

e Middle (D

GSM (0); Fre

7 MHz; σ =

Liquid Te

cal Surface D

F(9.74, 9.74

brated: 8/2/2

erial:

sion 52.8 (8

1x121x1): I

ated) = 0.70

(5x5x7)/Cub

ower Drift =

6 W/kg

0 g) = 0.510

ed) = 0.692

t the written ap

Distance 1

equency: 83

1.028 S/m;

emperature:

Detection)

4, 9.74); Cal

016

); SEMCAD

nterpolated

1 W/kg

be 0: Measu

-0.13 dB

W/kg

W/kg

pproval of TA Te

10mm)

36.6 MHz;Du

εr = 55.335;

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

uty Cycle: 1:

ρ = 1000 kg

3/2017;

14.6.10 (733

500 mm, dy=

d: dx=8mm,

: RXA1704-011


:8.30042

g/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

88 of 177

z=5mm

FC


Plot 14 GDate: 4/16

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


GSM 850 G6/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 25

R (extrapolat

= 0.637 W/

value of SA

eport


GPRS (2Tx

em: UID 0, 2

used: f = 837

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

5.84 V/m; Po

ted) = 0.792

kg; SAR(10

AR (measure

t in full, without

xslots) Ba

2 slot GPRS

7 MHz; σ =

Liquid Te

cal Surface D

F(9.74, 9.74

brated: 8/2/2

erial:

sion 52.8 (8

1x121x1): I

ated) = 0.66

5x5x7)/Cub

ower Drift =

2 W/kg

0 g) = 0.487

ed) = 0.663

t the written ap

ack Side M

S (0); Freque

1.028 S/m;

emperature:

Detection)

4, 9.74); Cal

016

); SEMCAD

nterpolated

65 W/kg

be 0: Measu

-0.04 dB

W/kg

W/kg

pproval of TA Te

Middle (Dis

ency: 836.6

εr = 55.335;

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

rement grid

Report No

echnology (Shan

stance 10m

MHz;Duty C

ρ = 1000 kg

3/2017;

14.6.10 (733

500 mm, dy=

: dx=8mm, d

: RXA1704-011


mm)

Cycle: 1:4.14

g/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

89 of 177

4954

z=5mm

FC


Plot 15 GDate: 4/21

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


GSM 19001/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

eek Middle

value of SA

eek Middle

e Value = 4.

R (extrapolat

= 0.151 W/

value of SA

eport


0 Right Ch

em: UID 0, G

used: f = 188

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Sca

189 V/m; Po

ted) = 0.233

kg; SAR(10

AR (measure

t in full, without

eek Middl

GSM (0); Fre

80 MHz; σ =

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

n (71x121x1

ated) = 0.16

an (5x5x7)/C

ower Drift =

3 W/kg

0 g) = 0.093

ed) = 0.163

t the written ap

le

equency: 18

= 1.363 S/m

emperature:

Detection)

9, 8.39); Cal

016

al: TP:1666

); SEMCAD

): Interpolat

65 W/kg

Cube 0: Mea

0.040 dB

W/kg

W/kg

pproval of TA Te

880 MHz;Du

; εr = 39.073

21.5

ibrated: 1/23

X Version 1

ted grid: dx=

asurement g

Report No

echnology (Shan

ty Cycle: 1:8

3; ρ = 1000 k

3/2017;

14.6.10 (733

=1.500 mm,

grid: dx=8mm

: RXA1704-011


8.30042

kg/m3

31)

dy=1.500 m

m, dy=8mm

12SAR02R1

90 of 177

mm

, dz=5mm

FC


Plot 16 GDate: 4/15

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


GSM 19005/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle /A

value of SA

e Middle /Z

e Value = 5.4

R (extrapolat

= 0.668 W/

value of SA

eport


0 Back Sid

em: UID 0, G

used: f = 188

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

Area Scan (7

AR (interpola

oom Scan (

418 V/m; Po

ted) = 1.23 W

kg; SAR(10

AR (measure

t in full, without

de Middle (

GSM (0); Fre

80 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

71x121x1):

ated) = 0.69

(5x5x7)/Cub

ower Drift =

W/kg

0 g) = 0.342

ed) = 0.751

t the written ap

(Distance

equency: 18

= 1.477 S/m

emperature:

Detection)

8, 7.98); Cal

016

al: TP:1666

); SEMCAD

Interpolated

91 W/kg

be 0: Measu

0.19 dB

W/kg

W/kg

pproval of TA Te

10mm)

880 MHz;Du

; εr = 51.607

21.5

ibrated: 1/23

X Version 1

d grid: dx=1.

urement grid

Report No

echnology (Shan

ty Cycle: 1:8

7; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy

d: dx=8mm,

: RXA1704-011


8.30042

kg/m3

31)

y=1.500 mm

dy=8mm, dz

12SAR02R1

91 of 177

z=5mm

FC


Plot 17 GDate: 4/15

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


GSM 19005/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle /A

value of SA

e Middle /Z

e Value = 5.4

R (extrapolat

= 0.622 W/

value of SA

eport


0 GPRS (1T

em: UID 0, 1

used: f = 188

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

Area Scan (7

AR (interpola

oom Scan (

415 V/m; Po

ted) = 1.03 W

kg; SAR(10

AR (measure

t in full, without

Txslot) Ba

1 slot GPRS

80 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

71x121x1):

ated) = 0.67

(5x5x7)/Cub

ower Drift =

W/kg

0 g) = 0.317

ed) = 0.730

t the written ap

ack Side M

S (0); Freque

= 1.477 S/m

emperature:

Detection)

8, 7.98); Cal

016

al: TP:1666

); SEMCAD

Interpolated

75 W/kg

be 0: Measu

-0.08 dB

W/kg

W/kg

pproval of TA Te

Middle (Dis

ency: 1880 M

; εr = 51.607

21.5

ibrated: 1/23

X Version 1

d grid: dx=1.

urement grid

Report No

echnology (Shan

stance 10m

MHz;Duty Cy

7; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy

d: dx=8mm,

: RXA1704-011


mm)

ycle: 1:8.300

kg/m3

31)

y=1.500 mm

dy=8mm, dz

12SAR02R1

92 of 177

042

z=5mm

FC


Plot 18 UDate: 4/21

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban1/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

eek Middle/

value of SA

eek Middle/

e Value = 4.5

R (extrapolat

= 0.171 W/

value of SA

eport


nd II Right

em: UID 0, W

used: f = 188

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM;

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Scan

563 V/m; Po

ted) = 0.255

kg; SAR(10

AR (measure

t in full, without

t Cheek M

WCDMA II (0

80 MHz; σ =

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

sion 52.8 (8

(71x121x1)

ated) = 0.19

n (5x5x7)/C

ower Drift =

5 W/kg

0 g) = 0.108

ed) = 0.183

t the written ap

iddle

0); Frequenc

= 1.371 S/m

emperature:

Detection)

9, 8.39); Cal

016

); SEMCAD

): Interpolate

97 W/kg

ube 0: Mea

-0.09 dB

W/kg

W/kg

pproval of TA Te

cy: 1880 MH

; εr = 40.52;

21.5

ibrated: 1/23

X Version 1

ed grid: dx=

asurement g

Report No

echnology (Shan

Hz;Duty Cyc

ρ = 1000 kg

3/2017;

14.6.10 (733

1.500 mm, d

rid: dx=8mm

: RXA1704-011


cle: 1:1

g/m3

31)

dy=1.500 m

m, dy=8mm,

12SAR02R1

93 of 177

m

dz=5mm

FC


Plot 19 UDate: 4/15

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban5/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e High/Area

value of SA

e High/Zoo

e Value = 9.7

R (extrapolat

= 1.31 W/kg

value of SA

eport


nd II Back

em: UID 0, W

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

a Scan (71x

AR (interpola

m Scan (5x

735 V/m; Po

ted) = 2.45 W

g; SAR(10 g

AR (measure

t in full, without

Side High

WCDMA (0);

08 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

x121x1): Inte

ated) = 1.27

x5x7)/Cube

ower Drift =

W/kg

g) = 0.647 W

ed) = 1.45 W

t the written ap

h (Distanc

; Frequency

= 1.5 S/m; εr

emperature:

Detection)

8, 7.98); Cal

016

al: TP:1666

); SEMCAD

erpolated gr

7 W/kg

0: Measure

-0.01 dB

W/kg

W/kg

pproval of TA Te

ce 10mm)

y: 1907.6 MH

r = 51.539; ρ

21.5

ibrated: 1/23

X Version 1

rid: dx=1.500

ment grid: d

Report No

echnology (Shan

Hz;Duty Cyc

ρ = 1000 kg/

3/2017;

14.6.10 (733

0 mm, dy=1

dx=8mm, dy

: RXA1704-011


cle: 1:1

/m3

31)

.500 mm

=8mm, dz=5

12SAR02R1

94 of 177

5mm

FC


Plot 20 UDate: 4/15

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban5/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

ELI v5.0 (3

ment SW: DA

e High/Area

value of SA

e High/Zoo

e Value = 7.9

R (extrapolat

= 7.89 W/kg

value of SA

eport


nd II Back

em: UID 0, W

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

0deg probe

ASY52, Vers

a Scan (71x

AR (interpola

m Scan (5x

903 V/m; Po

ted) = 19.9 W

g; SAR(10 g

AR (measure

t in full, without

Side High

WCDMA II (0

08 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

tilt); Type: Q

sion 52.8 (8

x121x1): Inte

ated) = 7.92

x5x7)/Cube

ower Drift =

W/kg

g) = 3.31 W

ed) = 9.05 W

t the written ap

h (Distanc

0); Frequenc

= 1.5 S/m; εr

emperature:

Detection)

8, 7.98); Cal

016

QDOVA002A

); SEMCAD

erpolated gr

W/kg

0: Measure

0.14 dB

W/kg

W/kg

pproval of TA Te

ce 0mm)

cy: 1907.6 M

r = 51.539; ρ

21.5

ibrated: 1/23

AA;

X Version 1

rid: dx=1.500

ment grid: d

Report No

echnology (Shan

MHz;Duty Cy

ρ = 1000 kg/

3/2017;

14.6.10 (733

0 mm, dy=1

dx=8mm, dy

: RXA1704-011


ycle: 1:1

/m3

31)

.500 mm

=8mm, dz=5

12SAR02R1

95 of 177

5mm

FC


Plot 21 UDate: 4/14

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Left Chee

Maximum

Left Chee

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban4/2017

cation Syste

parameters u

Temperature

section: Left

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

ek Middle/A

value of SA

ek Middle /Z

e Value = 5.9

R (extrapolat

= 0.261 W/

value of SA

eport


nd IV Left

em: UID 0, W

used: f = 173

e:22.3

ft Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

Area Scan (7

AR (interpola

Zoom Scan

988 V/m; Po

ted) = 0.397

kg; SAR(10

AR (measure

t in full, without

Cheek Mi

WCDMA (0);

33 MHz; σ =

Liquid Te

cal Surface D

F(8.60, 8.60

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

71x121x1):

ated) = 0.28

(5x5x7)/Cu

ower Drift =

7 W/kg

0 g) = 0.166

ed) = 0.278

t the written ap

ddle

; Frequency

= 1.383 S/m

emperature:

Detection)

0, 8.60); Cal

016

al: TP:1666

); SEMCAD

Interpolated

89 W/kg

ube 0: Meas

0.04 dB

W/kg

W/kg

pproval of TA Te

y: 1732.6 MH

; εr = 41.771

21.5

ibrated: 1/23

X Version 1

d grid: dx=1.

surement gri

Report No

echnology (Shan

Hz;Duty Cyc

1; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy

d: dx=8mm,

: RXA1704-011


cle: 1:1

kg/m3

31)

y=1.500 mm

, dy=8mm, d

12SAR02R1

96 of 177

m

dz=5mm

FC


Plot 22 UDate: 4/14

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban4/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle /Z

e Value = 10

R (extrapolat

= 0.759 W/

value of SA

eport


nd IV Back

em: UID 0, W

used: f = 173

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

0.10 V/m; Po

ted) = 1.19 W

kg; SAR(10

AR (measure

t in full, without

k Side Mid

WCDMA (0);

33 MHz; σ =

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

1x121x1): I

ated) = 0.78

(5x5x7)/Cub

ower Drift =

W/kg

0 g) = 0.473

ed) = 0.794

t the written ap

ddle (Dista

; Frequency

= 1.464 S/m

emperature:

Detection)

9, 8.39); Cal

016

al: TP:1666

); SEMCAD

nterpolated

84 W/kg

be 0: Measu

-0.049 dB

W/kg

W/kg

pproval of TA Te

ance 10mm

y: 1732.6 MH

; εr = 51.657

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

m)

Hz;Duty Cyc

7; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy=

d: dx=8mm,

: RXA1704-011


cle: 1:1

kg/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

97 of 177

z=5mm

FC


Plot 23 UDate: 4/12

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban2/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

eek Middle/

value of SA

eek Middle/

e Value = 7.

R (extrapolat

= 0.429 W/

value of SA

eport


nd V Right

em: UID 0, W

used: f = 837

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Scan

137 V/m; Po

ted) = 0.541

kg; SAR(10

AR (measure

t in full, without

t Cheek M

WCDMA (0);

7 MHz; σ =

Liquid Te

cal Surface D

F(9.31, 9.31

brated: 8/2/2

erial:

sion 52.8 (8

(71x121x1)

ated) = 0.44

n (5x5x7)/C

ower Drift =

W/kg

0 g) = 0.322

ed) = 0.458

t the written ap

Middle

; Frequency

0.94 S/m; εr

emperature:

Detection)

1, 9.31); Cal

016

); SEMCAD

): Interpolate

9 W/kg

ube 0: Mea

0.028 dB

W/kg

W/kg

pproval of TA Te

y: 836.6 MHz

r = 42.425; ρ

21.5

ibrated: 1/23

X Version 1

ed grid: dx=

asurement g

Report No

echnology (Shan

z;Duty Cycle

ρ = 1000 kg/

3/2017;

14.6.10 (733

1.500 mm, d

rid: dx=8mm

: RXA1704-011


e: 1:1

/m3

31)

dy=1.500 m

m, dy=8mm,

12SAR02R1

98 of 177

m

dz=5mm

FC


Plot 24 UDate: 4/16

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


UMTS Ban6/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle /Z

e Value = 21

R (extrapolat

= 0.454 W/

value of SA

eport


nd V Back

em: UID 0, W

used: f = 837

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

1.88 V/m; Po

ted) = 0.563

kg; SAR(10

AR (measure

t in full, without

k Side Mid

WCDMA (0);

7 MHz; σ =

Liquid Te

cal Surface D

F(9.74, 9.74

brated: 8/2/2

erial:

sion 52.8 (8

1x121x1): I

ated) = 0.47

(5x5x7)/Cub

ower Drift =

3 W/kg

0 g) = 0.348

ed) = 0.475

t the written ap

dle (Dista

; Frequency

1.028 S/m;

emperature:

Detection)

4, 9.74); Cal

016

); SEMCAD

nterpolated

79 W/kg

be 0: Measu

-0.01 dB

W/kg

W/kg

pproval of TA Te

nce 10mm

y: 836.6 MHz

εr = 55.335;

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

m)

z;Duty Cycle

ρ = 1000 kg

3/2017;

14.6.10 (733

500 mm, dy=

d: dx=8mm,

: RXA1704-011


e: 1:1

g/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

99 of 177

z=5mm

FC


Plot 25 LDate: 4/21

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 1/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

eek High/Ar

value of SA

eek High/Zo

e Value = 4.5

R (extrapolat

= 0.215 W/

value of SA

eport


2 1RB Rig

em: UID 0, L

used: f = 190

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM;

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

519 V/m; Po

ted) = 0.314

kg; SAR(10

AR (measure

t in full, without

ght Cheek

LTE_FDD (0

00 MHz; σ =

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

sion 52.8 (8

71x121x1): I

ated) = 0.23

(5x5x7)/Cub

ower Drift =

4 W/kg

0 g) = 0.135

ed) = 0.235

t the written ap

k High

0); Frequenc

= 1.389 S/m

emperature:

Detection)

9, 8.39); Cal

016

); SEMCAD

Interpolated

37 W/kg

be 0: Measu

0.093 dB

W/kg

W/kg

pproval of TA Te

cy: 1900 MH

; εr = 40.495

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

Hz;Duty Cycl

5; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy

d: dx=8mm, d

: RXA1704-011


e: 1:1

kg/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

100 of 177

z=5mm

FC


Plot 26 LDate: 5/4/

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band /2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 11

R (extrapolat

= 1.27 W/kg

value of SA

eport


2 1RB Ba

em: UID 0, L

used: f = 188

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

.48 V/m; Po

ted) = 2.44 W

g; SAR(10 g

AR (measure

t in full, without

ack Side M

LTE_FDD (0

80 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

1x121x1): I

ated) = 1.41

5x5x7)/Cub

ower Drift =

W/kg

g) = 0.617 W

ed) = 1.37 W

t the written ap

Middle (Dis

0); Frequenc

= 1.477 S/m

emperature:

Detection)

8, 7.98); Cal

016

al: TP:1666

); SEMCAD

nterpolated

W/kg

be 0: Measu

-0.16 dB

W/kg

W/kg

pproval of TA Te

stance 10m

cy: 1880 MH

; εr = 51.607

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

rement grid

Report No

echnology (Shan

mm)

Hz;Duty Cycl

7; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy=

: dx=8mm, d

: RXA1704-011


e: 1:1

kg/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

101 of 177

z=5mm

FC


Plot 27 LDate: 5/4/

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band /2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e High/Area

value of SA

e High/Zoo

e Value = 7.

R (extrapolat

= 7.42 W/kg

value of SA

eport


2 1RB Ba

em: UID 0, L

used: f = 190

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

a Scan (71x

AR (interpola

m Scan (5x

189 V/m; Po

ted) = 18.0 W

g; SAR(10 g

AR (measure

t in full, without

ack Side H

LTE_FDD (0

00 MHz; σ =

Liquid Te

cal Surface D

F(7.98, 7.98

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

x121x1): Inte

ated) = 10.1

x5x7)/Cube

ower Drift =

W/kg

g) = 3.25 W

ed) = 7.83 W

t the written ap

High (Dista

0); Frequenc

= 1.493 S/m

emperature:

Detection)

8, 7.98); Cal

016

al: TP:1666

); SEMCAD

erpolated gr

W/kg

0: Measure

0.01 dB

W/kg

W/kg

pproval of TA Te

ance 0mm

cy: 1900 MH

; εr = 51.566

21.5

ibrated: 1/23

X Version 1

rid: dx=1.500

ment grid: d

Report No

echnology (Shan

)

Hz;Duty Cycl

6; ρ = 1000 k

3/2017;

14.6.10 (733

0 mm, dy=1

dx=8mm, dy

: RXA1704-011


e: 1:1

kg/m3

31)

.500 mm

=8mm, dz=5

12SAR02R1

102 of 177

5mm

FC


Plot 28 LDate: 4/14

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 4/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

eek High/Ar

value of SA

eek High/Zo

e Value = 9.0

R (extrapolat

= 0.486 W/

value of SA

eport


4 1RB Rig

em: UID 0, L

used: f = 174

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

046 V/m; Po

ted) = 0.751

kg; SAR(10

AR (measure

t in full, without

ght Cheek

LTE_FDD (0

45 MHz; σ =

Liquid Te

cal Surface D

F(8.60, 8.60

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

71x121x1): I

ated) = 0.54

(5x5x7)/Cub

ower Drift =

W/kg

0 g) = 0.300

ed) = 0.519

t the written ap

k High

0); Frequenc

= 1.394 S/m

emperature:

Detection)

0, 8.60); Cal

016

al: TP:1666

); SEMCAD

Interpolated

2 W/kg

be 0: Measu

0.08 dB

W/kg

W/kg

pproval of TA Te

cy: 1745 MH

; εr = 41.729

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

Hz;Duty Cycl

9; ρ = 1000 k

3/2017;

14.6.10 (733

500 mm, dy

d: dx=8mm, d

: RXA1704-011


e: 1:1

kg/m3

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

103 of 177

z=5mm

FC


Plot 29 LDate: 4/14

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 4/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle /Z

e Value = 13

R (extrapolat

= 0.983 W/

value of SA

eport


4 1RB Ba

em: UID 0, L

used (interpo

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

3.10 V/m; Po

ted) = 1.55 W

kg; SAR(10

AR (measure

t in full, without

ack Side M

LTE_FDD (0

olated): f = 1

Liquid Te

cal Surface D

F(8.39, 8.39

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

1x121x1): I

ated) = 1.08

(5x5x7)/Cub

ower Drift =

W/kg

0 g) = 0.605

ed) = 1.09 W

t the written ap

Middle (Dis

0); Frequenc

1732.5 MHz

emperature:

Detection)

9, 8.39); Cal

016

al: TP:1666

); SEMCAD

nterpolated

8 W/kg

be 0: Measu

-0.025 dB

W/kg

W/kg

pproval of TA Te

stance 10m

cy: 1732.5 M

z; σ = 1.464

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

urement grid

Report No

echnology (Shan

mm)

MHz;Duty Cy

S/m; εr = 51

3/2017;

14.6.10 (733

500 mm, dy=

d: dx=8mm,

: RXA1704-011


ycle: 1:1

1.659; ρ = 10

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

104 of 177

000 kg/m3

z=5mm

FC


Plot 30 LDate: 4/12

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 2/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

eek Middle/

value of SA

eek Middle/

e Value = 7.3

R (extrapolat

= 0.398 W/

value of SA

eport


5 1RB Rig

em: UID 0, L

used (interpo

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Scan

340 V/m; Po

ted) = 0.501

kg; SAR(10

AR (measure

t in full, without

ght Cheek

LTE_FDD (0

olated): f = 8

Liquid Te

cal Surface D

F(9.31, 9.31

brated: 8/2/2

erial:

sion 52.8 (8

(71x121x1)

ated) = 0.43

n (5x5x7)/C

ower Drift =

W/kg

0 g) = 0.302

ed) = 0.414

t the written ap

k Middle

0); Frequenc

836.5 MHz;

emperature:

Detection)

1, 9.31); Cal

016

); SEMCAD

): Interpolate

30 W/kg

ube 0: Mea

0.037 dB

W/kg

W/kg

pproval of TA Te

cy: 836.5 MH

σ = 0.939 S

21.5

ibrated: 1/23

X Version 1

ed grid: dx=

asurement g

Report No

echnology (Shan

Hz;Duty Cyc

S/m; εr = 42.4

3/2017;

14.6.10 (733

1.500 mm, d

rid: dx=8mm

: RXA1704-011


cle: 1:1

429; ρ = 100

31)

dy=1.500 m

m, dy=8mm,

12SAR02R1

105 of 177

00 kg/m3

m

dz=5mm

FC


Plot 31 LDate: 4/16

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 6/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 27

R (extrapolat

= 0.682 W/

value of SA

eport


5 1RB Ba

em: UID 0, L

used (interpo

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM; Se

ASY52, Vers

rea Scan (7

AR (interpola

oom Scan (

7.70 V/m; Po

ted) = 0.840

kg; SAR(10

AR (measure

t in full, without

ack Side M

LTE_FDD (0

olated): f = 8

Liquid Te

cal Surface D

F(9.74, 9.74

brated: 8/2/2

erial:

sion 52.8 (8

1x121x1): I

ated) = 0.74

5x5x7)/Cub

ower Drift =

0 W/kg

0 g) = 0.524

ed) = 0.715

t the written ap

Middle (Dis

0); Frequenc

836.5 MHz;

emperature:

Detection)

4, 9.74); Cal

016

); SEMCAD

nterpolated

9 W/kg

be 0: Measu

-0.033 dB

W/kg

W/kg

pproval of TA Te

stance 10m

cy: 836.5 MH

σ = 1.027 S

21.5

ibrated: 1/23

X Version 1

grid: dx=1.5

rement grid

Report No

echnology (Shan

mm)

Hz;Duty Cyc

S/m; εr = 55.3

3/2017;

14.6.10 (733

500 mm, dy=

: dx=8mm, d

: RXA1704-011


cle: 1:1

337; ρ = 100

31)

=1.500 mm

dy=8mm, dz

12SAR02R1

106 of 177

00 kg/m3

z=5mm

FC


Plot 32 LDate: 4/24

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Left Chee

Maximum

Left Chee

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 4/2017

cation Syste

parameters u

Temperature

section: Left

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

ek Low/Area

value of SA

ek Low/Zoo

e Value = 5.5

R (extrapolat

= 0.597 W/

value of SA

eport


7 1RB Lef

em: UID 0, L

used: f = 25

e:22.3

ft Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

a Scan (91x

AR (interpola

om Scan (7x

573 V/m; Po

ted) = 1.05 W

kg; SAR(10

AR (measure

t in full, without

ft Cheek L

LTE_FDD (0

10 MHz; σ =

Liquid Te

cal Surface D

F(7.64, 7.64

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

x151x1): Int

ated) = 0.64

x7x7)/Cube

ower Drift =

W/kg

0 g) = 0.326

ed) = 0.638

t the written ap

Low

0); Frequenc

= 1.928 S/m

emperature:

Detection)

4, 7.64); Cal

016

al: TP:1666

); SEMCAD

terpolated gr

8 W/kg

0: Measure

0.056 dB

W/kg

W/kg

pproval of TA Te

cy: 2510 MH

; εr = 39.278

21.5

ibrated: 1/23

X Version 1

rid: dx=1.20

ement grid: d

Report No

echnology (Shan

Hz;Duty Cycl

8; ρ = 1000 k

3/2017;

14.6.10 (733

0 mm, dy=1

dx=5mm, dy

: RXA1704-011


e: 1:1

kg/m3

31)

.200 mm

y=5mm, dz=5

12SAR02R1

107 of 177

5mm

FC


Plot 33 LDate: 4/24

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Front Sid

Maximum

Front Sid

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


LTE Band 4/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

de High/Are

value of SA

de High/Zoo

e Value = 8.6

R (extrapolat

= 1.17 W/kg

value of SA

eport


7 1RB Fro

em: UID 0, L

used: f = 256

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

a Scan (91x

AR (interpola

om Scan (7

664 V/m; Po

ted) = 2.23 W

g; SAR(10 g

AR (measure

t in full, without

ont Side H

LTE_FDD (0

60 MHz; σ =

Liquid Te

cal Surface D

F(7.63, 7.63

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

x151x1): Int

ated) = 1.24

7x7x7)/Cub

ower Drift =

W/kg

g) = 0.594 W

ed) = 1.28 W

t the written ap

High (Dista

0); Frequenc

= 2.079 S/m

emperature:

Detection)

3, 7.63); Cal

016

al: TP:1666

); SEMCAD

terpolated g

W/kg

be 0: Measu

0.024 dB

W/kg

W/kg

pproval of TA Te

ance 10mm

cy: 2560 MH

; εr = 50.798

21.5

ibrated: 1/23

X Version 1

rid: dx=1.20

rement grid

Report No

echnology (Shan

m)

Hz;Duty Cycl

8; ρ = 1000 k

3/2017;

14.6.10 (733

00 mm, dy=1

: dx=5mm, d

: RXA1704-011


e: 1:1

kg/m3

31)

1.200 mm

dy=5mm, dz

12SAR02R1

108 of 177

z=5mm

FC


Wi-Fi-AnPlot 34 8Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Right Che

Maximum

Right Che

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


ntenna 802.11b R7/2017

cation Syste

parameters u

Temperature

section: Rig

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

eek Middle/

value of SA

eek Middle/

e Value = 12

R (extrapolat

= 0.457 W/

value of SA

eport


ight Chee

em: UID 0, W

used: f = 243

e:22.3

ght Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

/Area Scan

AR (interpola

/Zoom Scan

2.71 V/m; Po

ted) = 1.06 W

kg; SAR(10

AR (measure

t in full, without

k Middle

WiFi (0); Fre

37 MHz; σ =

Liquid Te

cal Surface D

F(7.90, 7.90

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

(91x151x1)

ated) = 0.48

n (7x7x7)/C

ower Drift =

W/kg

0 g) = 0.213

ed) = 0.469

t the written ap

equency: 243

= 1.804 S/m

emperature:

Detection)

0, 7.90); Cal

016

al: TP:1666

); SEMCAD

): Interpolate

89 W/kg

ube 0: Mea

0.18 dB

W/kg

W/kg

pproval of TA Te

37 MHz;Dut

; εr = 40.591

21.5

ibrated: 1/23

X Version 1

ed grid: dx=

asurement g

Report No

echnology (Shan

ty Cycle: 1:1

1; ρ = 1000 k

3/2017;

14.6.10 (733

1.200 mm, d

rid: dx=5mm

: RXA1704-011


kg/m3

31)

dy=1.200 m

m, dy=5mm,

12SAR02R1

109 of 177

m

dz=5mm

FC


Plot 35 8Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


802.11b Ba7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 3.4

R (extrapolat

= 0.183 W/

value of SA

eport


ack Side M

em: UID 0, W

used: f = 243

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (9

AR (interpola

oom Scan

425 V/m; Po

ted) = 0.306

kg; SAR(10

AR (measure

t in full, without

Middle (Di

WiFi (0); Fre

37 MHz; σ =

Liquid Te

cal Surface D

F(7.85, 7.85

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

1x151x1): I

ated) = 0.20

(7x7x7)/Cu

ower Drift =

6 W/kg

0 g) = 0.102

ed) = 0.198

t the written ap

istance 10

equency: 243

= 1.93 S/m;

emperature:

Detection)

5, 7.85); Cal

016

al: TP:1666

); SEMCAD

nterpolated

9 W/kg

ube 0: Meas

0.054 dB

W/kg

W/kg

pproval of TA Te

0mm)

37 MHz;Dut

εr = 51.146;

21.5

ibrated: 1/23

X Version 1

grid: dx=1.2

surement gr

Report No

echnology (Shan

ty Cycle: 1:1

ρ = 1000 kg

3/2017;

14.6.10 (733

200 mm, dy=

id: dx=5mm

: RXA1704-011


g/m3

31)

=1.200 mm

, dy=5mm, d

12SAR02R1

110 of 177

dz=5mm

FC


Plot 36 8Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


802.11b Ba7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 1; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 3.0

R (extrapolat

= 1.4 W/kg

value of SA

eport


ack Side M

em: UID 0, W

used: f = 243

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: QD000P

ASY52, Vers

rea Scan (9

AR (interpola

oom (7x7x

047 V/m; Po

ted) = 4.00 W

; SAR(10 g)

AR (measure

t in full, without

Middle (Di

WiFi (0); Fre

37 MHz; σ =

Liquid Te

cal Surface D

F(7.85, 7.85

brated: 8/2/2

P40CD; Seria

sion 52.8 (8

1x151x1): I

ated) = 2.53

x7)/Cube 0:

ower Drift =

W/kg

) = 0.488 W

ed) = 1.87 W

t the written ap

istance 0m

equency: 243

= 1.93 S/m;

emperature:

Detection)

5, 7.85); Cal

016

al: TP:1666

); SEMCAD

nterpolated

3 W/kg

Measureme

0.177 dB

W/kg

W/kg

pproval of TA Te

mm)

37 MHz;Dut

εr = 51.146;

21.5

ibrated: 1/23

X Version 1

grid: dx=1.2

ent grid: dx=

Report No

echnology (Shan

ty Cycle: 1:1

ρ = 1000 kg

3/2017;

14.6.10 (733

200 mm, dy=

=5mm, dy=5

: RXA1704-011


g/m3

31)

=1.200 mm

5mm, dz=5m

12SAR02R1

111 of 177

mm

FC


Plot 37 BDate: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


BT Back S7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 1.8

R (extrapolat

= 0.023 W/

value of SA

eport


Side Middl

em: UID 0, B

used: f = 244

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM;

ASY52, Vers

rea Scan (9

AR (interpola

oom Scan

896 V/m; Po

ted) = 0.036

kg; SAR(10

AR (measure

t in full, without

le (Distanc

Bluetooth (0

41 MHz; σ =

Liquid Te

cal Surface D

F(7.85, 7.85

brated: 8/2/2

sion 52.8 (8

1x151x1): I

ated) = 0.03

(7x7x7)/Cu

ower Drift =

60 W/kg

0 g) = 0.012

ed) = 0.027

t the written ap

ce 10mm)

); Frequency

= 1.932 S/m

emperature:

Detection)

5, 7.85); Cal

016

); SEMCAD

nterpolated

308 W/kg

ube 0: Meas

-0.059 dB

W/kg

W/kg

pproval of TA Te

y: 2441 MHz

; εr = 52.009

21.5

ibrated: 1/23

X Version 1

grid: dx=1.2

surement gr

Report No

echnology (Shan

z;Duty Cycle

9; ρ = 1000 k

3/2017;

14.6.10 (733

200 mm, dy=

id: dx=5mm

: RXA1704-011


e: 1:1

kg/m3

31)

=1.200 mm

, dy=5mm, d

12SAR02R1

112 of 177

dz=5mm

FC


Plot 38 Date: 4/27

Communi

Medium p

Ambient T

Phantom

DASY5 C

Sensor-Su

Probe: EX

Electronic

Phantom:

Measurem

Back Side

Maximum

Back Side

Reference

Peak SAR

SAR(1 g)

Maximum

CC SAR Test Re


BT Back S7/2017

cation Syste

parameters u

Temperature

section: Flat

onfiguration

urface: 4mm

X3DV4 - SN3

cs: DAE4 Sn

SAM 2; Typ

ment SW: DA

e Middle/Ar

value of SA

e Middle/Zo

e Value = 0.3

R (extrapolat

= 0.182 W/

value of SA

eport


Side Midd

em: UID 0, B

used: f = 244

e:22.3

t Section

n:

m (Mechanic

3677; ConvF

n1317; Calib

pe: SAM;

ASY52, Vers

rea Scan (9

AR (interpola

oom Scan

3810 V/m; P

ted) = 0.496

kg; SAR(10

AR (measure

t in full, without

le (Distan

Bluetooth (0

41 MHz; σ =

Liquid Te

cal Surface D

F(7.85, 7.85

brated: 8/2/2

sion 52.8 (8

1x151x1): I

ated) = 0.30

(7x7x7)/Cu

Power Drift =

6 W/kg

0 g) = 0.063

ed) = 0.206

t the written ap

ce 0mm)

); Frequency

= 1.932 S/m

emperature:

Detection)

5, 7.85); Cal

016

); SEMCAD

nterpolated

6 W/kg

ube 0: Meas

= 0.081 dB

W/kg

W/kg

pproval of TA Te

y: 2441 MHz

; εr = 52.009

21.5

ibrated: 1/23

X Version 1

grid: dx=1.2

surement gr

Report No

echnology (Shan

z;Duty Cycle

9; ρ = 1000 k

3/2017;

14.6.10 (733

200 mm, dy=

id: dx=5mm

: RXA1704-011


e: 1:1

kg/m3

31)

=1.200 mm

, dy=5mm, d

12SAR02R1

113 of 177

dz=5mm

FC


ANNEX

CC SAR Test Re


X D: Prob

eport


be Calibr

t in full, without

ration Ce

t the written ap

ertificate

pproval of TA Te

Report No

echnology (Shan

: RXA1704-011


12SAR02R1

114 of 177

SAR TE ST REPORT - fccid.io · .1.1 Aga.1.2 Bod easuremen est Configu.3.1 GS.3.2 3G .3.2.1 ......

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Transcript of SAR TE ST REPORT - fccid.io · .1.1 Aga.1.2 Bod easuremen est Configu.3.1 GS.3.2 3G .3.2.1 ......