ZTEBLADEA530 LTE/WCDMA/GSM(EDGE, GPRS) Multi- Mode Digital Mobile Phone RF Exposure Info R1803A0100-S1 ZTE A530 FCCx ZTE Corporation

ZTE Corporation LTE/WCDMA/GSM(EDGE, GPRS) Multi- Mode Digital Mobile Phone

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SA
AR TE
EST REPO
RT
Appliicant
ZTE Corporatio
on
FCC ID
SRQ-Z
ZTEBLAD
DEA530
LTE/W
WCDMA/G
GSM(EDGE,GPR
RS)
uct
Produ
Multi-M
Mode Dig
gital Mobile Phone
Mode
el
BLAD
DE A530
BLAD
DE A530, ZTE BLA
ADE A530
0,
Marketing
A530, ZTE Bla
ade A530, Blade A
A530
ort No.
Repo
3A0100-S
S1
R1803
Issue
e Date
April 8,
8 2018
ology (Shangh
hai) Co., Ltd. tested the ab
bove equipme
ent in accorda
ance with the
e requirementts in IEEE
TA Techno
1528- 201
13, ANSI/ IE
EEE C95.1-1992. The tesst results show
w that the equipment teste
ed is capable of
demonstratting complian
nce with the re
equirements as documentted in this rep
port.
Performed by: Jiangpeng
g Lan
Approved byy: Kai Xu
TA Techn
ology
y (Shan
nghai)) Co., L
Ltd.
No.145, Jintang Rd,
R Tangzhen Industry Park, Pudong Shanghai, C
China
86-021-50791
1141/2/3
TEL: +8
FAX: +86-0
021-5079114
41/2/3-8000
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table
e of Con
ntents
Test Laboratory
................................................................................................................................. 4
1.1
Notes
of the Test Reporrt ........................................................................................................... 4
1.2
Test
facility ................................................................................................................................ 4
1.3
Testing
Loca
ation ........................................................................................................................ 5
1.4
Laboratory
Environment
t ............................................................................................................ 5
2 State
ement of Com
mpliance ................................................................................................................. 6
3 Description of Eq
quipment under Test ................................................................................................ 7
n, Methods and
a Procedu
ures ................................................................................ 10
4 Test Specification
5 Opera
ational Cond
ditions durin
ng Test ................................................................................................. 11
5.1
Test
Position
ns........................................................................................................................... 11
5.1.1
Aga
ainst Phanto
om Head ·············································································· 11
5.1.2
Bod
dy Worn Configuration ············································································ 11
5.2
Measuremen
nt Variabilityy .......................................................................................................... 12
5.3
Test
Configu
uration ................................................................................................................... 12
5.3.1
GSM Test Conffiguration ············································································· 12
5.3.2
3G Test Config
guration ················································································ 13
5.3.2.1
WC
CDMA Test Configuratio
on ········································································ 13
5.3.3
LTE
E Test Config
guration ··············································································· 17
5.3.4
Wi--Fi Test Configuration ············································································· 19
6 SAR Measureme
ents System Configuration ................................................................................... 20
SAR
Measurrement Set-up ...................................................................................................... 20
6.1
6.2
DASY5
E-fie
eld Probe Syystem .................................................................................................. 21
6.3
SAR
Measurrement Proccedure ................................................................................................ 22
7 Main Test Equipm
ment ...................................................................................................................... 24
ents & Syste
em Verificatio
on ............................................... 25
8 Tissue Dielectric Parameter Measureme
Tissue
Verifiication ................................................................................................................... 25
8.1
8.2
System
Perfformance Ch
heck.................................................................................................... 26
9 Norm
mal and Maxiimum Outpu
ut Power ............................................................................................. 28
9.1
GSM
Mode .............................................................................................................................. 28
9.2
WCDMA
Mo
ode ........................................................................................................................ 29
9.3
LTE
Mode................................................................................................................................ 30
9.4
WLAN
Mode
e ............................................................................................................................ 40
9.5
Bluetooth
Mo
ode ....................................................................................................................... 41
10 Meassured and Reported (Sccaled) SAR Results
............................................................................ 42
10.1 EUT
Antenna Locations .......................................................................................................... 42
10.2 Standalone
SAR
test exxclusion conssiderations ...................................................................... 43
10.3 Measured
SA
AR Results ........................................................................................................... 44
10.4 Simultaneou
us Transmisssion Analysiis ..................................................................................... 57
11 Meassurement Un
ncertainty .............................................................................................................. 60
ANNEX A:
A Test Layou
ut ........................................................................................................................... 61
ANNEX B:
B System Ch
heck Resultss ......................................................................................................... 67
ANNEX C:
C Highest Graph Resultts......................................................................................................... 77
ANNEX D:
D Probe Calibration Cerrtificate .............................................................................................. 107
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
ANNEX E:
E D835V2 Dipole
Calibrration Certificcate............................................................................... 145
ANNEX F: D1750V2 Dipole
Calib
bration Certifficate ............................................................................. 153
G D1900V2 Dipole Calib
bration Certiificate ............................................................................ 161
ANNEX G:
ANNEX H:
H D2450V2 Dipole Calib
bration Certiificate ............................................................................ 169
ANNEX I: D2600V2 Dipole
Calibrration Certifiicate .............................................................................. 177
ANNEX J: DAE4 Calibration Certtificate ............................................................................................... 185
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
1 Testt Labora
atory
1.1 Nottes of the Test Repo
ort
This reporrt shall not be
b reproduce
ed in full or partial,
witho
out the writte
en approval of TA techn
nology
(shangha
ai) co., Ltd.T
The results documented
d in this repo
ort apply only to the testted sample, under the
conditionss and modess of operatio
on as describ
bed herein .Measureme
ent Uncertainties were not
n taken
into accou
unt and are published
fo
or informatio
onal purpose
es only. This report is wrritten to supp
port
regulatoryy compliance
e of the applicable stand
dards stated
d above.
1.2 Tes
st facility
CNAS (ac
ccreditation
n number:L2264)
TA Technology (Shan
nghai) Co., Ltd.
L has obta
ained the ac
ccreditation of
o China Na
ational Accre
editation
or Conformityy Assessme
ent (CNAS).
Service fo
FCC (Des
signation nu
umber: CN1
1179, Test Firm
Registtration Num
mber: 44662
26)
TA Techno
ology (Shanghai) Co., Ltd. has been
n listed on th
he US Federal Commun
nications Co
ommission
list of test facilities reccognized to perform electromagnetiic emissionss measurem
ments.
IC (recognition number is 8510
0A)
TA Techno
ology (Shanghai) Co., Ltd.
L has been
n listed by in
ndustry Canada to perfo
orm electrom
magnetic
emission measureme
ent.
VCCI (rec
cognition nu
umber is C--4595, T-2154, R-4113, G-10766)
TA Techno
ology (Shanghai) Co., Ltd.
L has been
n listed by in
ndustry Japa
an to perform
m electroma
agnetic
emission measureme
ent.
A2LA (Ce
ertificate Nu
umber: 3857
7.01)
TA Techno
ology (Shanghai) Co., Ltd.
L has been
n listed by American
Association forr Laboratory
Accreditattion to perform electrom
magnetic emission meas
surement.
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
1.3 Tes
sting Loca
ation
Compa
any:
TA
A Technology (Shanghai) Co., Ltd.
Address:
No
o.145, Jintang Rd, Tang
gzhen Indus
stry Park, Pu
udong Shang
ghai, China
City:
Sh
hanghai
ode:
Post co
20
01201
Countryy:
P. R. China
Contact:
Xu
u Kai
Telepho
one:
+8
86-021-5079
91141/2/3
Fax:
+8
86-021-5079
91141/2/3-8000
Website
e:
htttp://www.ta--shanghai.co
om
E-mail:
xu
ukai@ta-sha
anghai.com
1.4 Lab
boratory Environme
ent
Temp
perature
Min. = 18
8C, Max. = 25 C
Relative
e humidity
Min. = 30
0%, Max. = 70%
Ground
d system ressistance
< 0.5 
Ambien
nt noise is ch
hecked and found very low and in compliance
w requirem
with
ment of stan
ndards.
Reflection of surrou
unding objeccts is minimized and in compliance with require
ement of sta
andards.
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
2 Stattement of
o Compliance
The maxim
mum resultss of Specific Absorption Rate (SAR)) found durin
ng testing for the EUT are as followss:
Table 2.1:: Highest Re
eported SAR
R (Main-ante
enna and Wi-Fi antenna
a)
Highest Re
eported SA
AR (W/kg)
Mo
ode
1g SA
AR Head
1g SA
AR Body-worn
(Sepa
aration 15m
mm)
1g SAR Ho
otspot
(S
Separation 10mm)
GSM 850
0.4
415
0.797
1.229
GSM 1900
0.167
0.283
0.583
WCDMA
A Band II
0.4
456
0.373
0.793
WCDMA Band IV
0.353
0.401
0.846
WCDMA
A Band V
0.4
404
0.399
0.645
LTE FDD
0.354
0.363
1.214
LTE FDD
0.371
0.269
0.750
LTE FDD
0.513
0.347
0.676
LTE FDD
0.344
1.108
1.330
Wi-Fi (2.4G)
0.052
0.014
0.062
Date of Testing:
March
19, 2018 ~ March
h 28, 2018
Note: The
e device is in
n compliance
e with SAR for
f Uncontro
olled Environ
nment /General Populattion
exposure limits (1.6 W/kg
and 4.0
0 W/kg) speccified in ANS
SI/IEEE C95
5.1-1992, an
nd had been
n tested in
nt methods and procedu
ures specifie
ed in IEEE 1
1528-2013.
accordancce with the measuremen
Table 2.2:: Highest Sim
multaneous Transmissio
on SAR
Expo
osure
Configu
uration
1g SA
AR Head
1g SA
AR Body-worn
(Sepa
aration 15m
mm)
1g SAR Ho
otspot
(S
Separation 10mm)
High
hest
Simulta
aneous
Transmisssion SAR
(W/kg)
0.680
1.164
1.414
Note: 1. The
T detail forr simultaneo
ous transmisssion consideration is de
escribed in cchapter 10.4
4.
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
3 Des
scription of Equip
pment un
nder Tes
st
Client In
nformation
Applica
ant
ZTE Corpo
oration
Applica
ant address
ZTE Plaza, Keji Road South, Hi-Te
ech, Industrrial Park, Na
anshan
henzhen, Gu
uangdong, 518057, P.R.China
District, Sh
Manufa
acturer
ZTE Corpo
oration
Manufa
acturer add
dress
ZTE Plaza, Keji Road South, Hi-Te
ech, Industrrial Park, Na
anshan
henzhen,
Gu
uangdong,
18057,
P.R
.China
District, Sh
es
General Technologie
Applica
ation Purposse:
Class II Permissive
e Change
EUT Sttage
Identica
al Prototype
Model:
BLADE
E A530
IMEI:
SIM 1: 867670030007217
SIM 2: 867670030007712
Hardwa
are Version:
uecB
Softwarre Version:
CLA_C
CL_BLADE_
_A530V1.0.0
Antenna Type:
Interna
al Antenna
Device Class:
Wi-Fi Hotspot
Wi-Fi 2.4G
Power Class:
GSM 850:4
GSM 1900:1
V:3
UMTS Band II /IV/V
DD 2/4/5/7:3
LTE FD
Power Level
GSM 850:level
GSM 1900:level 0
up bits
UMTS Band II/IV/ V:all
DD 2/4/5/7:m
max power
LTE FD
EU
UT Accesso
ory
Adapter 1
Manufa
acturer: SHE
ENZHEN RU
UIJING INDU
USTRIAL CO
O LTD
Model: STC-A51A--Z
Adapter 2
Manufa
acturer: DON
NGGUAN AOHAI POWER TECHNO
OLOGY CO
O., LTD.
Model: STC-A51A--Z
Adapter 3
Manufa
acturer: Jian
ngsu Chenya
ang Electron
n Co., Ltd.
Model: STC-A51A--Z
Adapter 4
Manufa
acturer: SHE
ENZHEN RU
UIJING INDU
USTRIAL CO
O LTD
Model: STC-A51A--A
Battery 1
Manufa
acturer: Zho
ongshan Tian
nmao Batterry Co.,Ltd.
Model: Li3826T43P
P4h705949
TA Technology (Shangh
hai) Co., Ltd.
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Battery 2
Manufa
acturer: Jiad
de Energy Te
echnology (Z
Zhuhai) Co., Ltd.
Model: Li3826T43P
P4h705949
Earpho
one 1
Manufa
acturer: She
enzhen FDC Electronicss Co. ,Ltd.
Model:DEM-53
Earpho
one 2
Manufa
acturer: SAN
NGFAI ELEC
CTRICAL MA
ANUFACTU
URE LIMITED
Model: SF-880KM--53
USB Ca
able
Manufa
acturer: king
gpower-tech
100cm, Shielded
(R1803
3A0100-S1) is a variantt model of BLADE
A53
30 (R1801A
A0031-S1V2)).
BLADE A530
And test all frequenc
cy for varia
ant in this re
eport.
ct change de
escription please
refers to the FC
CC Class II Permission
n Change
The detaiiled produc
Letter.
DE A530 (R1803A0100-S
S1), The diff
fference betw
ween Config
gure 1 and C
Configure 2 is show in
For BLAD
the below table, and this
report only refer to Configure
2..
SIM card
slot
Otherr
Configurre 1
Co
onfigure 2
1* SIM card slot
2* S
SIM card slott
Same
Same
TA Technology (Shangh
hai) Co., Ltd.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Wireless Technology and Frequency Rang
ge
Wire
eless
Techn
nology
850
GSM
1900
Mod
dulation
Operating mode
Voicce(GMSK)
GPR
RS(GMSK)
EGPRS(GMSK,8PSK)
☐M
Multi-slot Class:8-1UP
☐Mu
ulti-slot Classs:10-2UP
☒Mu
ulti-slot Classs:12-4UP
☐Mu
ulti-slot Classs:33-4UP
Tx (MHz)
824
4 ~ 849
1850 ~ 1910
Does
this de
evice support DTM (Dua
al Transfer Mode)?
☐Ye
es ☒No
Band II
UMTS
Band IV
1850 ~ 1910
QPSK
HSD
DPA UE Cattegory:24
HSUPA UE Ca
ategory:7
1710 ~ 1755
Band V
824 ~ 849
FDD 2
1850 ~ 1910
FDD 4
1710 ~ 1755
QPSK
K, 16QAM
Rel.12
FDD 5
824 ~ 849
FDD 7
2500 ~ 2570
LTE
Does
this de
evice support Carrier Ag
ggregation (CA) ☐Yes ☒No
☒
Does
this de
evice support SV-LTE (1
1xRTT-LTE))? ☐Yes ☒No
BT
2.4G
2.4G
Wi-Fi
Version 4.0 LE
DSS
SS,OFDM
802.11b/g/n
HT20
2402 ~2480
2412 ~ 2462
Does
this de
evice support MIMO ☐Y
Yes ☒No
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
4 Testt Specification, Methods
and Pro
ocedures
The tests documented
d in this repo
ort were perrformed in accordance with
w FCC 47
7 CFR § 2.10
093, IEEE
13, ANSI/IEE
EE C95.1-19
992, the follo
owing FCC Published
R exposure
RF
e KDB proce
edures:
1528- 201
D 802.11 Wi-Fi SAR v02r02
248227 D01
447498 D01
D Genera
al RF Exposu
ure Guidancce v06
648474 D04
D Handse
et SAR v01r03
865664 D01
D SAR measurementt 100 MHz to
o 6 GHz v01
1r04
865664 D02
D RF Exp
posure Repo
orting v01r02
941225 D01
D 3G SAR
R Procedure
es v03r01
941225 D05
D SAR for LTE Devices v02r05
941225 D06
D Hotspott Mode v02rr01
941225 D05A
LTE Rel.10
KDB Inquiry
Shee
et v01r02
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
5 Ope
erational Conditio
ons during Test
5.1 Tes
st Position
ns
5.1.1 Ag
gainst Phan
ntom Head
Measure
ements were
e made in “ch
heek” and “ttilt” positions
s on both the
e left hand a
and right han
nd sides of
the phan
ntom.
The positions used in
n the measu
urements we
ere accordin
ng to IEEE 1528 - 2013 ""IEEE Recommended
ning the Pea
ak Spatial-A
Average Spe
ecific Absorp
ption Rate (S
SAR) in the Human
Practice for Determin
ations Devicces: Measure
ement Tech
hniques".
Head from Wireless Communica
5.1.2
ody Worn Configuratio
on
Bo
Body-worn
n operating configuratio
ons should be
b tested witth the belt-cllips and holssters attache
ed to the
device and positioned
d against a flat
f phantom
m in normal use
u configurrations.
n operating configuratio
ons are teste
ed with the belt-clips
an
nd holsters a
attached to the
t device
Body-worn
and positioned again
nst a flat ph
hantom in a normal us
se configura
ation. Per F
FCC KDB Publication
Body-w
worn accesssory exposu
ure is typica
ally related to voice mo
ode operatio
ons when
648474 D04,
handsets are carried in body-worn accessorries. The bo
ody-worn acccessory procedures in FCC KDB
on 447498 D01
D should be
b used to te
est for body
y-worn accesssory SAR ccompliance, without a
Publicatio
headset connected
to
o it. This enables
the test results for such configuration tto be compa
atible with
that required for hotsspot mode when
the bo
ody-worn ac
ccessory tesst separatio
on distance is greater
qual to thatt required fo
or hotspot mode,
when applicable. When the
e reported SAR
for a
than or eq
body-worn
n accessoryy, measured
d without a headset connected to the handse
et, is > 1.2 W/kg, the
highest re
eported SAR
R configuratiion for that wireless mo
ode and freq
quency band
d should be
e repeated
for that bo
ody-worn accessory with
h a headset attached to the handse
et.
Accessories for Body--worn opera
ation configu
urations are divided into two categorries: those that do not
com
mponents an
nd those th
hat do contain metallicc compone
ents. When
n multiple
contain metallic
accessorie
es that do no
ot contain metallic
comp
ponents are supplied with the device
e, the device
e is tested
with only the
t accesso
ory that dicta
ates the closest spacing to the body.. Then multiple access
sories that
contain metallic comp
ponents are tested with the device with
w each acccessory. Iff multiple ac
ccessories
me
etallic compo
onent (i.e. th
he same mettallic belt-clip
p used with different holsters with
share an identical
no other metallic
com
mponents) only
the acccessory that dictates the closest sp
pacing to th
he body is
tested.
n accessoriies may no
ot always be
b supplied or available as option
ns for some
e devices
Body-worn
intended to
t be autho
orized for bo
ody-worn usse. In this case, a test configuration with a separation
distance between
the
e back of the device an
nd the flat phantom is used.
Test position spa
acing was
documentted. Transmitters that arre designed to operate in front of a person’s fa
ace, as in pu
ush-to-talk
configurattions, are tested for SAR compliancce with the front of the device positioned to face the flat
phantom in head fluid
d. For devvices that arre carried ne
ext to the bo
ody such ass a shoulder, waist or
ers, SAR co
ompliance iss tested witth the acce
essories, inccluding head
dsets and
chest-worrn transmitte
microphon
nes, attache
ed to the device
and positioned against a flat phanto
om in a no
ormal use
configurattion.
TA Technology (Shangh
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
5.2 Mea
asuremen
nt Variabiliity
Per FCC KDB Publication 865664 D01, SAR
measu
urement varriability wass assessed for each
ermined by the SAR probe
calibra
ation point a
and tissue-e
equivalent
frequencyy band, whicch was dete
medium used
for the device
meassurements. When both head and bo
ody tissue-e
equivalent media
were
required for
f SAR mea
asurements in a frequency band, th
he variabilityy measurem
ment procedures were
applied to
o the tissue medium with
the high
hest measurred SAR, ussing the hig
ghest measu
ured SAR
configurattion for that tissue-equivvalent mediu
um. These additional
me
easurementts were repe
eated after
the complletion of all measureme
ents requiring
g the same head or bod
dy tissue-eq
quivalent me
edium in a
frequencyy band. The test device was returne
ed to ambien
nt conditionss (normal ro
oom tempera
ature) with
the battery fully charged befo
ore it was re-mounted
d on the device
holder for the repeated
ment(s) to minimize
any unexpected
d variations in the repea
ated results.
measurem
ariability was assessed using the fo
ollowing proccedures for e
each freque
ency band:
SAR Measurement Va
t original highest
mea
asured SAR is ≥ 0.80 W/kg, the mea
asurement w
was repeate
ed once.
1) When the
2) A secon
nd repeated
d measurement was pre
eformed only
y if the ratio of largest to
o smallest SA
AR for the
original an
nd first repeated measu
urements wa
as > 1.20 or when the original
or re
epeated mea
asurement
was ≥ 1.45 W/kg (~ 10% from the
e 1-g SAR limit).
d repeated measureme
ent was pe
erformed on
nly if the orriginal, first or second repeated
3) A third
measurem
ment was ≥ 1.5 W/kg and the rattio of larges
st to smallesst SAR for the original, first and
second re
epeated mea
asurements is > 1.20.
4) Repeatted measure
ements are not
n required when the original highe
est measure
ed SAR is < 0.80
W/kg
The same
e proceduress should be adapted forr measureme
ents according to extrem
mity and occ
cupational
exposure limits by ap
pplying a facctor of 2.5 fo
or extremity exposure and
a a factor of 5 for occ
cupational
AR thresholds.
exposure to the corresponding SA
5.3 Tes
st Configu
uration
5.3.1
GS
SM Test Co
onfiguration
g to specifica
ation 3GPP TS 51.010, the maximu
um power of the GSM ca
an do the po
ower
According
reduction for the multi-slot. The allowed
powe
er reduction in the multi-slot configu
uration is as following:
Output po
ower of reductions:
Table 5.1: The allowe
ed power re
eduction in
n the multi-s
slot configu
uration
Number
of timeslots
in
n uplink
ass
signment
Permiss
sible nominal reduction
n of maxim
mum
B)
outputt power,(dB
0 to 3,0
1,,8 to 4,8
3,,0 to 6,0
TA Technology (Shangh
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FCC SAR Test Report
5.3.2
Rep
port No: R1803
3A0100-S1
3G
G Test Conffiguration
Reducttion Proced
dure
3G SAR Test
In the follo
owing procedures, the mode
tested for SAR is referred to as
a the prima
ary mode. Th
he
equivalentt modes con
nsidered for SAR test re
eduction are denoted ass secondary modes. Botth primary
and secon
ndary modess must be in
n the same frequency
ba
and. When the
t maximum
m output po
ower and
tune-up to
olerance spe
ecified for prroduction un
nits in a seco
ondary mode
e is ≤ ¼ dB higher than the
primary mode
or when the highesst reported SAR
of the primary
mod
de is scaled by the ratio of
specified maximum
output powerr and tune-up tolerance of secondarry to primaryy mode and the
adjusted SAR
is ≤ 1.2
2 W/kg, SAR
R measurem
ment is not re
equired for th
he secondarry mode.3 This
is
referred to
o as the 3G SAR test re
eduction proccedure in the following SAR
test gu
uidance, whe
ere the
primary mode
is identtified in the applicable
wireless
mod
de test proce
edures and tthe seconda
ary mode
is wirelesss mode bein
ng considere
ed for SAR test reduction by that pro
ocedure. Wh
hen the 3G SAR test
reduction procedure is not satisfie
ed, it is iden
ntified as “oth
herwise” in the
t applicab
ble procedurres; SAR
ment is required for the secondary
mode.
measurem
5.3.2.1 WCDMA
A Test Conffiguration
Output po
ower Verific
cation
Maximum output pow
wer is verified
d on the high
h, middle an
nd low chann
nels accordiing to procedures
5 of 3GPP TS 34.121, using the appropriate
RMC
or AMR
R with TPC (transmit
described in section 5.2
ntrol) set to all
a “1’s” for WCDMA/HS
DPA or by applying
the required inn
ner loop pow
wer control
power con
procedure
es to maintain maximum
m output pow
wer while HS
SUPA is active. Results for all applic
cable
physical channel
conffigurations (DPCCH, DP
PDCHn and spreading codes,
HSDPA, HSPA) are
requied in
n the SAR re
eport. All con
nfigurations that are nott supported by
b the handset or canno
ot be
measured
d due to tech
hnical or equ
uipment limittations mustt be clearly identified.
Head SAR
SAR for next to the ea
ar head exposure is me
easured usin
ng a 12.2 kbp
ps RMC with
h TPC bits configured
AR test redu
uction proced
dure is applied to AMR configuratio
ons with 12.2
2 kbps
to all “1’s”. The 3G SA
he primary mode.
Otherrwise, SAR is measured
d for 12.2 kb
bps AMR in 3
3.4 kbps SR
RB
RMC as th
(signaling radio beare
er) using the
e highest rep
ported SAR configuratio
n in 12.2 kb
bps RMC for head
exposure..
Body-Wo
orn Accesso
ory SAR
SAR for body-worn
acccessory configurationss is measure
ed using a 12
2.2 kbps RM
MC with TPC
C bits
configured
d to all “1’s”.. The 3G SA
AR test reduction proced
dure is applied to other spreading codes
and
multiple DPDCHn
con
nfigurations supported by
b the hands
set with 12.2
2 kbps RMC as the primary mode.
Otherwise
e, SAR is me
easured usin
ng an appliccable RMC configuration
n with the co
orresponding
g spreaing
code or DPDCHn, forr the highestt reported bo
ody-worn ac
ccessory exp
posure SAR
R configuratio
on in 12.2
C. When mo
ore than 2 DP
PDCHn are supported by
b the handsset, it may b
be necessary
y to
kbps RMC
configure additional DPDCHn
usiing FTM (Fa
actory Test Mode)
or oth
her chipset b
based test
es with para
ameters simiilar to those used in 384
4 kbps and 768
7 kbps RM
MC.
approache
TA Technology (Shangh
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Handsets
s with Relea
ase 5 HSDP
PA
The 3G SAR test redu
uction proce
edure is app
plied to HSD
DPA body-wo
orn accesso
ory configura
ations with
he primary mode.
Othe
erwise, SAR
R is measure
ed for HSDP
PA using the HSDPA
12.2 kbpss RMC as th
body SAR
R procedure
es in the “R
Release 5 HSDPA Data
a Devices” section
of th
his documen
nt, for the
highest re
eported SAR
R body-worn accessory exposure
co
onfiguration in 12.2 kbpss RMC. Handsets with
both HSDPA and HSU
UPA are tessted accordin
ng to Releas
se 6 HSPA test
procedu
ures.
hould be configured acccording to th
he UE catego
ory of a test device.The number of HSDSCH/
HSDPA sh
HS-PDSC
CHs, HARQ processes, minimum inter-TTI
intterval, transsport block ssizes and RV
R coding
sequence are define
ed by the H-set. To maintain a consistent test conffiguration and stable
ons, QPSK is used in
n the H-sett for SAR testing. HS
S-DPCCH should
be
transmission conditio
d with a CQI feedback cycle
of 4 ms with a CQ
QI repetition factor of 2 to
o maintain a constant
configured
rate of acctive CQI slots. DPCCH
H and DPDCH gain fac
ctors(βc, βd
d), and HS-DPCCH pow
wer offset
parameterrs (∆ACK, ∆NACK,
∆
∆CQI) should be
b set according to valu
ues indicate
ed in the Tab
ble below.
The CQI value
is dete
ermined by the UE cate
egory, transport block size,
number of HS-PDS
SCHs and
modulation used in th
he H-set.
f UMTS Release
5 HSDPA
Table 5.2: Subtests for
Sub-set
βc
βd
βd
(SF)
βc/βd
βhs
(note 1, note
2)
CM(dB)
((note 3)
MPR(dB)
2/15
15/15
64
2/15
4/15
0.0
0.0
12/15
(note 4)
15/15
(note 4)
64
12/15
(note 4)
24/15
1.0
0.0
15/15
8/15
64
15/8
30/15
1.5
0.5
15/15
4/15
64
15/4
30/15
1.5
0.5
Note1: ∆ACCK, ∆NACK an
nd ∆CQI= 8⇔
⇔Ahs = βhs/βc=30/15
⇔ βhs
h =30/15*βc
Note2: CM
M=1 for βc/βd =12/15, βhss/βc=24/15.
Note3: For subtest 2 the
t βcβd ratiio of 12/15 for
f the TFC during the measureme
ent period(TF1,TF0) is
hieved by setting the sign
naled gain fa
actors for the reference TFC (TFC1,TF1) to βc=11/15
and
ach
βd=15/15.
Configu
uration
HSUPA Test
The 3G SA
AR test redu
uction proce
edure is applied to HSPA
A (HSUPA/H
HSDPA with
h RMC) body
y-worn
accessoryy configurations with 12..2 kbps RMC
C as the prim
mary mode. Otherwise, SAR is mea
asured for
HSPA using the HSPA
A body SAR
R proceduress in the “Release 6 HSP
PA Data Devvices” sectio
on of this
ed body-worrn accessory
y exposure SAR
configu
uration in 12.2 kbps
documentt, for the highest reporte
RMC. When VOIP is applicable fo
or next to th
he ear head exposure in HSPA, the 3G SAR tes
st
as the primary mode; otherwis
se, the
reduction procedure is applied to HSPA with 12.2 kbps RMC
PA configura
ation used fo
or body-worrn accessory
y measurem
ments is teste
ed for next to the ear
same HSP
head expo
osure.
ner loop pow
wer control requirementss in HSPA, a communiccation test se
et is required
d for
Due to inn
output pow
wer and SAR tests. The
e 12.2 kbps RMC, FRC H-set 1 and E-DCH con
nfigurations for HSPA
are config
gured accord
ding to the β values indicated in Tab
ble 2 and oth
her applicab
ble procedurres
described in the ‘WCD
DMA Handsset’ and ‘Rele
ease 5 HSD
DPA Data De
evices’ sectiions of this document
TA Technology (Shangh
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
or Release 6 HSUPA
Table 5.3:Sub-Testt 5 Setup fo
Subset
βc
11/15(3)
6/15
E-TFCI
1.0
0.0
20
75
3.0
2.0
12
67
2.0
1.0
15
92
103
39/225
12
2/15
94
4/75
15
5/15(3)
64
11/15(3)
22/15
209
9/225
15/15
64
6/15
12/15
βhs
βec
βed
CM
AG(4)
Index
βed
(codes)
βc/βd
βd
(1)
MP
PR
(dB
B)
βedd
(SF
F)
βd
(SF))
(2)
(dB)
15/15
9/15
64
15/9
30/15
30
0/15
βed1:47/15
βed22:47/15
2/15
15/15
64
2/15
4/15
2/15
56
6/75
3.0
2.0
17
71
30/15
24
4/15
13
34/15
1.0
0.0
21
81
(4)
(4)
15/15
15
5/15
(4)
64
15/15
Notte 1: ∆ACK, ∆NACK
∆
and ∆CQI = 8 ⇔ Ahs = βhs/βc = 30/15 ⇔ βhs= 30/15 *β
* c.
Note 2: CM = 1 for βc/βd =12/15,
βhs/β
βc =24/15. For
F all other combination
ns of DPDCH
H, DPCCH, HS- DPCCH
H,
E-DPD
DCH and E-D
DPCCH the MPR is bassed on the re
elative CM difference.
Note 3: For sub
btest 1 the βc/βd
β
ratio of
o 11/15 for the TFC duriing the meassurement pe
eriod (TF1, TF0)
is achie
eved by
setting the signaled gain facto
ors for the re
eference TFC
C (TF1, TF1) to βc = 10//15 and βd = 15/15.
Note 4: For sub
btest 5 the βc/βd
β
ratio of
o 15/15 for the TFC duriing the measurement pe
eriod (TF1, TF0)
is achie
eved by
setting the signaled gain facto
ors for the re
eference TFC
C (TF1, TF1) to βc = 14//15 and βd = 15/15.
Note 5: Testing
g UE using E-DPDCH
Physical
Laye
er category 1 Sub-test 3 is not requ
uired according to TS 25
5.306
Figure
e 5.1g.
Notte 6: βed ca
an not be sett directly; it is set by Abssolute Grantt Value.
Table 5.4: HSUPA UE category
UE
E-DCH
Categorry
Maximum
DCH
E-D
Co
odes
Trans
smitted
Number
o HARQ
of
Prrocesses
EDCH
TTI
(ms)
10
Minimum
Spreadin
ng
Factor
aximum
Ma
E-DCH
Tra
ansport
Blo
ock Bits
Max
Rate
(Mbps)
7110
0.7296
10
2798
14484
1.4592
10
14484
10
5772
20000
1.4592
2.9185
2.00
10
20000
2.00
CH)
(No DPDC
11484
5.76
10
20000
2.00
(No DPDC
CH)
22996
2 SF2 & 2 SF4
2 SF2 & 2 SF4
10
20000
NOTE: When
4 code
es are transm
mitted in pa
arallel, two codes
shall be
b transmittted with SF2
2 and two
wiith SF4.
UE
E Categoriess 1 to 6 sup
pports QPS
SK only. UE
E Category 7 supportss QPSK and
d 16QAM.
(TS2
25.306-7.3.0
0)
TA Technology (Shangh
hai) Co., Ltd.
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03S
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
HSPA, HS
SPA+ and DC-HSDPA
Test Config
guration
Measurem
ment is required for HSP
PA, HSPA+ or DC-HSDPA, a KDB inquiry is re
equired to co
onfirm that
the wirele
ess mode configuration
ns in the te
est setup have
remain
ned stable throughout the SAR
measurem
ments.35 Without prior KDB confirm
mation to de
etermine the
e SAR resu
ults are acce
eptable, a
PBA is req
quired for TC
CB approval.
SAR test exclusion
fo
or HSPA, HS
SPA+ and DC-HSDPA is
s determined
d according to the follow
wing:
1) The HS
SPA procedu
ures are app
plied to confiigure 3GPP Rel. 6 HSPA
A devices in
n the required sub-test
mode(s) to
o determine
e SAR test exclusion.
2) SAR is required for Rel. 7 HSP
PA+ when SAR
is required for Rel. 6 HSPA; ottherwise, the
e 3G SAR
ed to (uplinkk) HSPA+ with
w 12.2 kbp
ps RMC as the primary
y mode.36
test reducction procedure is applie
Power is measured for
f HSPA+ that supporrts uplink 16
6 QAM acco
ording to co
onfigurations
s in Table
o 3GPP TS 34.121-1 to
o determine SAR test re
eduction.
C.11.1.4 of
3) SAR is required forr Rel. 8 DC--HSDPA whe
en SAR is re
equired for Rel.
R 5 HSDP
PA; otherwis
se, the 3G
is applied to DC-HSDPA
A with 12.2 kbps
RMC a
as the prima
ary mode.
SAR test reduction procedure
fo
or DC-HSDP
PA according
g to the H-Set 12, FRC configuration in Table C.8.1.12
of
Power is measured
3GPP TS 34.121-1 to
o determine SAR test re
eduction. A primary and
d a seconda
ary serving HS-DSCH
equired to pe
erform the power
measurement and
d for the ressults to be accceptable.
Cell are re
4) Regard
dless of whetther a PBA is
i required, the
t following
g information
n must be ve
erified and in
ncluded in
the SAR report for devices su
upporting HSPA,
HSP
PA+ or DC--HSDPA: a) The outp
put power
ment results and applica
able release version(s) of
o 3GPP TS 34.121.
measurem
ent difficultie
es due to test
equipm
ment setup or
o availabiliity must be
e resolved
i) Power measureme
t grantee and its test lab.
between the
ower measurement resu
ults are in ag
greement with
w the indivvidual device
e implementtation and
b) The po
specificatiions. When Enhanced MPR (E-MP
PR) applies, the norma
al MPR targ
gets may be
e modified
according to the Cubic Metric (CM
M) measured
d by the dev
vice, which must
be take
en into cons
sideration.
E category, operating
pa
arameters, such
as the β and ∆ vallues used to
o configure the
t device
c) The UE
for testing
g, power setb
back proced
dures descriibed in 3GG
GPP TS 34.121 for the p
power measurements,
and HSPA
A/HSPA+ ch
hannel conditions (active
e and stable
e) for the en
ntire duration
n of the mea
asurement
according to the required E-TFCI and AG ind
dex values.
measurement is re
equired, the test
configurrations, proccedures and
d power mea
asurement
5) When SAR
results mu
ust be clearrly described to confirm
m that the re
equired testt parameterss are used, including
E-TFCI an
nd AG indexx stability and output pow
wer conditio
ons.
TA Technology (Shangh
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 5.5: HS-DSCH UE catego
ory
TE Test Con
nfiguration
5.3.3 LT
LTE mode
es were testted accordin
ng to FCC KD
DB 941225 D05 publica
ation. Please
e see notes after the
tabulated SAR data fo
or required test
configurrations. Esta
ablishing con
nnections with base station
means
for tessting SAR an
nd are recom
mmended fo
or evaluating
g SAR [4].
simulatorss ensure a consistent
The R&S CMW500 was
w used for LTE output power mea
asurements and
a SAR tessting. Max power
as used so the UE transsmits with maximum outtput power during
SAR ttesting. SAR
R must be
control wa
measured
d with the ma
aximum TTI (transmit tim
me interval) supported by
b the devicce in each LT
TE
configurattion.
f RB Con
nfigurations
A) Specttrum Plots for
A properlyy configured
d base statio
on simulator was used fo
or SAR testss and powerr measurements.
Therefore, spectrum plots
for RB configuratio
ons were no
ot required to
o be included in this rep
port.
TA Technology (Shangh
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
B) MPR
ermanently implemented
d for this device by the manufacture
er. The speccific manufacturer
MPR is pe
target MPR is indicate
ed alongside
e the SAR re
esults. MPR
R is enabled for this deviice, accordin
ng to
36.101 Secttion 6.2.3 – 6.2.5 under Table 6.2.3
3-1.
3GPP TS3
C) A-MPR
A-MPR (A
Additional MP
PR) has bee
en disabled for all SAR tests by settting NS=01 on the base
e station
simulator.
standalone
st channel bandwidth
e SAR test requiremen
nts
D) Larges
1) QPSK with
w 1 RB alllocation
Start with the largest channel ban
ndwidth and
d measure SAR
for QPS
SK with 1 RB
B allocation, using the
ed test channel combin
nation with the highestt maximum output pow
wer for RB
RB offset and require
middle
e and lower edge of eac
ch required test channe
el. When the
e reported
offsets at the upper edge,
0 W/kg, te
esting of the remaining RB
R offset con
nfigurations and require
ed test chann
nels is not
SAR is ≤ 0.8
required fo
or 1 RB allo
ocation; othe
erwise, SAR is required for the rema
aining requirred test cha
annels and
only for th
he RB offset configuratio
on with the highest
output power forr that channe
el. When the
e reported
SAR of a required tesst channel iss > 1.45 W/kkg, SAR is required
for all three RB
B offset conffigurations
for that required test channel.
w 50% RB
B allocation
2) QPSK with
The proce
edures required for 1 RB
B allocation in
i 1) are app
plied to measure the SA
AR for QPSK
K with 50%
RB allocation.
w 100% RB
R allocation
3) QPSK with
For QPSK
K with 100% RB allocatio
on, SAR is not
n required when the hiighest maxim
mum output power for
100 % RB
B allocation is less than the
t highest maximum
output powerr in 50% and
d 1 RB alloca
ations and
the highesst reported SAR for 1 RB
R and 50%
% RB allocation in 1) an
nd 2) are ≤ 0.8 W/kg. Otherwise,
SAR is measured for the highestt output pow
wer channel and if the reported
SAR is > 1.45 W/kg, the
g required test channels must also be
b tested.
remaining
ulations
4) Higher order modu
PSK; e.g., 16-QAM, 64--QAM, applyy the QPSK procedures
s in above
For each modulation besides QP
ne the QAM
M configura
ations that may need SAR mea
asurement. For each
sections to determin
ed as requirred for testiing, SAR is
s required only
when th
he highest maximum
configurattion identifie
output pow
wer for the configuratio
on in the hig
gher order modulation
is > ½ dB h
higher than the same
configurattion in QPSK
K or when th
he reported SAR for the QPSK conffiguration is > 1.45 W/kg
g.
bandwidth sta
andalone SAR
test req
quirements
E) Other channel
For the other channell bandwidthss used by th
he device in a frequencyy band, applyy all the procedures
or the largesst channel bandwidth
in
n section A) to
t determine
e the channe
els and RB
required fo
configurattions that ne
eed SAR tessting and onlly measure SAR when the
t highest m
maximum output
power of a configuratiion requiring
g testing in the
t smaller channel
ban
ndwidth is > ½ dB higher than the
equivalentt channel co
onfigurationss in the large
est channel bandwidth configuration
n or the repo
orted SAR
of a config
guration for the
t largest channel
ban
ndwidth is > 1.45 W/kg.
TA Technology (Shangh
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03S
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
5.3.4 Wi-Fi
Test Co
onfiguration
SAR test reduction fo
or 802.11 Wi-Fi transmisssion mode configuratio
ons are conssidered sepa
arately for
d OFDM. An
A initial testt position is determined
d to reduce the numberr of tests re
equired for
DSSS and
certain exxposure conffigurations with
w multiple
e test positio
ons. An initia
al test config
guration is determined
for each frequency band and aggregated
band acco
ording to maximum
ou
utput powerr, channel
h, wireless mode con
nfigurations and otherr operating parameters to stream
mline the
bandwidth
measurem
ment require
ements. For 2.4 GHz DS
SSS, either the initial test position o
or DSSS pro
ocedure is
applied to
o reduce the
e number of SAR tests; these are mutually
excclusive. For OFDM, an initial test
position iss only appliccable to next to the ea
ar, UMPC mini-tablet
and hotspot mode configurations,
which is tested
using
g the initial test configuration to facilitate
tesst reduction.. For other exposure
conditionss with a fixe
ed test possition, SAR test reduction is deterrmined using
g only the initial test
configurattion.
The multiple
testt positions require SA
AR measure
ements in head, hotsp
pot mode or
o UMPC
mini-tablet configuratiions may be
e reduced according
to the highestt reported S
SAR determined using
on(s) by app
plying the DSSS
or OF
FDM SAR measureme
ent procedurres in the
the initial test positio
mod
de test confiiguration(s). The initial test
position(s) is measu
ured using th
he highest
required wireless
measured
d maximum output
powe
er channel in
n the require
ed wireless mode
test co
onfiguration(s). When
the reportted SAR for the initial test position iss:
 ≤ 0.4 W/kg, further SAR
R measurem
ment is not required for the other test positions in that
onfiguration and wirele
ess mode combination
e frequency
y band or
exxposure co
within the
aggregated band.
DSSS
S and OFDM
M configurations are considered se
eparately acc
cording to
he required SAR
proced
dures.
th
 0.4 W/kg, SA
AR is repea
ated using th
he same wireless mode
e test config
guration tested in the
nitial test position to me
easure the subsequent
next closet/ssmallest tesst separation
n distance
in
and maximum
m coupling test position
n, on the hig
ghest maxim
mum outputt power channel, until
he reported SAR is ≤ 0.8
8 W/kg or all required te
est positionss are tested.
th
nt test posittions with equivalent
te
est separation distance
e or when
 Forr subsequen
exp
posure is do
ominated by coupling co
onditions, the position fo
or maximum
m coupling
con
ndition shoulld be tested.

Wh
hen it is unclear, all equivalent conditions must be tested.
 For all positiions/configu
urations testted using th
he initial tesst position and subseq
quent test
the reported
SA
AR is > 0.8
W/kg, measure tthe SAR for
these
positions, when
nfigurations on
o the subssequent next highest me
easured outtput power channel(s)
positions/con
orted SAR is ≤ 1.2 W/kg or all requirred test chan
nnels are co
onsidered.
until the repo
 The
e additional power mea
asurements required fo
or this step should be limited to
those necessarry for identiffying subseq
quent highesst output pow
wer channells to apply
the test reduction.
mine the initiial test posittion, Area Scans
were performed
to
o determine
e the position with the
To determ
Maximum Value of SA
AR (measurred). The po
osition that produced
the
e highest Ma
aximum Valu
ue of SAR
ered the worrst case position; thus used as the initial test po
osition.
is conside
A Wi-Fi device
mustt be configured to tran
nsmit contin
nuously at the required
d data rate
e, channel
bandwidth
h and signal modulation
n, using the
e highest tra
ansmission duty
factor ssupported by
b the test
mode toolls for SAR measuremen
nt.
TA Technology (Shangh
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
6 SAR
R Measurements System Configu
uration
6.1 SAR Measurrement Sett-up
The DASY
system
m for perform
ming complia
ance tests consists
of th
he following items:









A standard high precisio
on 6-axis rob
bot with con
ntroller, teach pendant a
and software
e. An arm
exxtension forr accommodating the da
ata acquisitio
on electroniccs (DAE).
A isotropic Field
An
probe optimized
and calibrated for the targeted meassurement.
A data acqu
uisition elecctronics (DAE) which performs the signal amplificatio
on, signal
multiplexing,
AD-converssion, offset measureme
ents, mecha
anical surfacce detection
n, collision
detection, etcc. The unit is battery powered wiith standard
d or recharg
geable batte
eries. The
siignal is opticcally transmitted to the EOC.
T Electro-o
The
optical conve
erter (EOC) performs the conversion from opticcal to electric
cal signals
fo
or the digitall communica
ation to the DAE. To use optical surface detecttion, a speciial version
off the EOC iss required. The
T EOC sig
gnal is transm
mitted to the
e measurem
ment server.
T function of the measurement se
The
erver is to perform
the time critical tasks such as signal
filltering, control of the rob
bot operatio
on and fast movement
in
nterrupts.
T Light Be
The
eam used is for probe alignment.
This
improve
es the (abso
olute) accura
acy of the
probe positioning.
A computer running WinX
XP or Win7 and the DAS
SY software
e.
Remote
conttrol and teach pendant as well as additional circuitry
for robot safety
y such as
warning
lamp
ps, etc.
The
phantom
m, the devvice holderr and othe
er accessorries according to the targeted
measuremen
nt.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
6.2 DA
ASY5 E-fielld Probe System
The SAR
measure
ements werre conducted
d with the do
osimetric pro
obe EX3DV4
4 (manufacttured by
SPEA
AG), designe
ed in the classsical triangular configuration and optimized
forr dosimetric
evalua
ation.
EX3DV4 Probe
Spec
cification
Constru
uction
Calibration
Frequency
Directivvity
Dynamic
Range
Dimenssions
Applica
ation
Symmetrical design with
h triangular core
Built-in
shield
ding againstt static charg
ges
PEEK
enclossure materia
al (resistant to
organic
solve
ents, e.g., DGBE)
IS
SO/IEC 170
025 calibratio
on
service
availa
able
10 MHz to > 6 GHz
Linearity:
± 0.2
0 dB
(3
30 MHz to 6 GHz)
± 0.3 dB in HSL
H (rotation
n around pro
obe
axis)
± 0.5 dB
B in tissue material
(rota
ation
normal
to probe
axis)
10 µW/g to > 100 mW/g Linearity:
± 0.2dB (noisse: typically < 1 µW/g)
Overall
lengtth: 330 mm (Tip:
20 mm
m) Tip
diameter:
2.5
5 mm (Body: 12 mm)
Typical
distance from pro
obe tip to dipole
centers:
1 mm
High
precisio
on dosimetric
measuremen
nts in any exxposure
Scenario
(e.g
g., very strong gradient
fiields). Only probe which
h enables
compliance
testing
for fre
equencies up
u to
6 GHz with precision
of better
30%.
E-field Prrobe Calibra
ation
Each prob
be is calibratted accordin
ng to a dosim
metric asses
ssment proce
edure with a
accuracy bettter than ±
10%. The
e spherical isotropy wass evaluated and found to be bette
er than ± 0.25dB. The sensitivity
parameterrs (NormX, NormY, NorrmZ), the diiode compre
ession param
meter (DCP
P) and the conversion
factor (Co
onvF) of the probe are te
ested.
The free space E-fie
eld from am
mplified pro
obe outputs is determined in a te
est chambe
er. This is
d in a TEM cell for freq
quencies belllow 1 GHz, and in a wave
guide a
above 1 GH
Hz for free
performed
space. Fo
or the free sp
pace calibra
ation, the pro
obe is placed
d in the volu
umetric cente
er of the cav
vity and at
the properr orientation
n with the field. The prob
be is then ro
otated 360 de
egrees.
E-field tem
mperature correlation
calibration iss performed in a flat phantom filled
d with the ap
ppropriate
simulated brain tissue
e. The meassured free sp
pace E-field in the mediu
um correlate
es to temperrature rise
m. For temperature co
orrelation ca
alibration a RF
R transparrent thermis
stor-based
in a dielectric medium
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
temperatu
ure probe is used in con
njunction with
h the E-field
d probe.
SAR=C∆T/∆
∆t
Where
e: ∆t = Expo
osure time (3
30 seconds),
C = Heat capacity of tissue (brain or muscle),
perature incrrease due to
o RF exposu
ure.
∆T = Temp
Or
SAR=IEI2σ//ρ
Where
e: σ = Simulated tissue conductivityy,
e density (kg
g/m3).
ρ = Tissue
6.3 SAR Measurrement Pro
ocedure
Power Re
eference Me
easurementt
The Powe
er Reference
e Measurem
ment and Pow
wer Drift Measurementss are for mon
nitoring the power
drift
of the devvice under te
est in the battch process. The minim
mum distance
e of probe se
ensors to su
urface
determine
es the closesst measurem
ment point to
o phantom surface.
Thiss distance ca
annot be sm
maller than
the distance of sensor calibration
n points to prrobe tip as defined
in the probe properties.
Area Scan
The area scan is used
to find the area
d as a fast scan
in two dimensions
of high ffield values,, before
ne measurem
ment around
d the hot spo
ot. The soph
histicated interpolation rroutines imp
plemented
doing a fin
in DASY software
can
n find the ma
aximum foun
nd in the sca
anned area,, within a ran
nge of the global
maximum. The range (in dB) is sp
pecified in th
he standards
s for complia
ance testing. For examp
ple, a 2 dB
equired in IE
EEE standarrd 1528 and
d IEC 62209 standards, whereby 3 d
dB is a requirement
range is re
when com
mpliance is assessed
in accordance
e with the AR
RIB standard
d (Japan), if only one zo
oom scan
follows the
e area scan, then only the
t absolute
e maximum will
w be taken
n as referencce. For case
es where
multiple maximums
are detected,, the number of zoom sc
cans has to be increase
ed according
gly.
Area scan
n parameterss extracted from
FCC KDB
865664 D01 SAR measuremen
nt 100 MHz to 6 GHz.
≤3 GHz
> 3 GHz
Maximum disstance from closest
measurement poiint (geometrric center of
obe sensors)) to phantom
m surface
pro
5 ± 1 mm
½·δ
δ·ln(2) ± 0.5 mm
Maxim
mum probe angle
from probe
axis to
phantom
surrface normal at the
measure
ement location
30°
3 ± 1°
20° ± 1°
≤ 2 GHz:
≤ 15 mm
2 – 3 GHz:
≤ 12 mm
3 – 4 GHz: ≤ 12
2 mm
4 – 6 GHz: ≤ 10
0 mm
Maximum area scan
spatial resolution:
∆xAre
ea, ∆yArea
When the
t x or y dimension of the test dev
vice, in
the me
easurementt plane orien
ntation, is sm
maller
than the above, the
t measure
ement resolu
ution
e ≤ the corre
esponding x or y dimens
sion of
must be
the tes
st device witth at least one measure
ement
point on
o the test device.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Zoom Sc
can
Zoom sca
ans are used
d assess the
e peak spatia
al SAR value
es within a cubic
averag
ging volume
containing
g 1 gram and
d 10 gram of
o simulated tissue. The zoom scan measures p
points (refer to table
below) witthin a cube shoes
base faces are centered on the
t maxima found in a p
preceding arrea scan
job within the same procedure. When
the me
easurement is done, the
e zoom scan
n evaluates the
and 10
0 gram and displays
thes
se values ne
ext to the job’s label.
averaged SAR for 1 gram
an parameters extracted
d from FCC KDB
865664
4 D01 SAR measureme
nt 100 MHz to 6 GHz.
Zoom sca
Maxximum zoom
m scan spatiial resolution
n:△xzoom
△yzoom
Maximum
m scan
zoom
spa
atial
resolution,
mal to
norm
phan
ntom
surfface
Minim
mum
zoom
m scan
volu
ume
Uniform
m grid: △zzooom(n)
Graded
grid
ween 1st two
△zzzoom(1): betw
points closest to phantom
surface
△zzoom(n>1)): between
△
subsequen
nt points
X, y, z
≤3G
GHz
Hz
> 3 GH
≤2GHz: ≤8mm
2 – 3GHzz: ≤5mm*
3 – 4GHz: ≤5mm*
≤
4 – 6GHz: ≤4mm*
≤
≤5m
mm
3 – 4GHz: ≤4mm
4 – 5GHz: ≤3mm
5 – 6GHz: ≤2mm
≤4m
mm
3 – 4GHz: ≤3mm
≤
4 – 5GHz: ≤2.5mm
5 – 6GHz: ≤2mm
≤1.5•△zzzoom(n-1)
≥30
0mm
3 – 4GHz: ≥28mm
≥
4 – 5GHz: ≥25mm
≥
5 – 6GHz: ≥22mm
≥
Note: δ is the pene
etration deptth of a plane
e-wave at no
ormal incide
ence to the tissue mediu
um; see
draft sta
andard IEEE
E P1528-2011 for details.
* When
n zoom sca
an is require
ed and the reported SAR
from th
he area sca
an based 1--g SAR
estimattion procedu
ures of KDB
B 447498 is ≤ 1.4W/kg, ≤8mm, ≤7mm
≤
and ≤5mm zoom
m scan
resolution may be applied,
respectively, for 2GHz to 3GHz, 3GHz to 4GHz an
nd 4GHz to 6GHz.
Volume Scan
Proced
dures
The volum
me scan is used for asse
ess overlapp
ping SAR dis
stributions fo
or antennass transmitting
g in
different frrequency ba
ands. It is eq
quivalent to an oversized
d zoom scan used in sta
andalone
measurem
ments. The measuremen
nt volume will
w be used to
t enclose all
a the simulta
aneous tran
nsmitting
antennas.. For antenn
nas transmittting simultan
neously in different frequency bands, the volum
me scan is
measured
d separately in each freq
quency band
d. In order to
o sum correcctly to comp
pute the 1g aggregate
SAR, the EUT remain
n in the same test positio
on for all me
easurementss and all volume scan use
u the
on and grid spacing.
Wh
hen all volum
me scan werre completed
d, the softwa
are,
same spatial resolutio
postproces
sor
can
com
mbine
and
su
ubsequently
superpose
these
meas
surement
da
ata
to
SEMCAD
g the multiba
and SAR.
calculating
Power Drrift Monitoriing
All SAR te
esting is und
der the EUT install full charged batte
ery and tran
nsmit maximum output power.
In
DASY me
easurement software, the power refe
erence mea
asurement and power drrift measurem
ment
procedure
es are used for monitorin
ng the powe
er drift of EU
UT during SA
AR test. Both
h these proc
cedures
measure the
t field at a specified re
eference position before
e and after the SAR testting. The software will
calculate the
t field diffe
erence in dB
B. If the pow
wer drifts mo
ore than 5%, the SAR will be reteste
ed.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
7 Main Test Eq
quipmen
nt
Name of Equipmentt
Manufa
acturer
Ty
ype/Model
Seriall
Numbe
er
Las
st Cal.
Cal. Due
Date
Networkk analyzer
Agilent
E5071B
MY42404014
2017
7-05-20
2018-05-19
Dielectricc Probe Kit
HP
85070E
US44020115
2017
7-05-20
2018-05-19
Powe
er meter
Agilent
E4417A
GB41291714
2017
7-05-21
2018-05-20
Power sensor
Agilent
N8481H
MY50350004
2017
7-05-21
2018-05-20
Power sensor
Agilent
E9327A
US40441622
2017
7-05-20
2018-05-19
Dual directtional couple
er
Agilent
778D-012
50519
2017
7-05-21
2018-05-20
Dual directtional couple
er
Agilent
777D
50146
2017
7-05-20
2018-05-19
Am
mplifier
INDEX
XSAR
IXA-020
0401
2017
7-05-20
2018-05-19
Wideba
and radio
communiccation testerr
R&
&S
CMW
500
113645
2017
7-05-20
2018-05-19
BT Basse Station
Sim
mulator
R&
&S
CBT
100271
2017
7-05-14
2018-05-13
E-field
d Probe
SPE
EAG
EX3DV4
3898
2017
7-06-27
2018-06-26
DAE
SPE
EAG
DAE4
1291
2017
7-10-31
2018-10-30
Validation Kit 835MHzz
SPE
EAG
D835V2
4d020
2017
7-08-28
2020-08-27
Validation Kit 1750MH
Hz
SPE
EAG
D1750V2
1033
2017
7-01-10
2020-01-09
Validation Kit 1900MH
Hz
SPE
EAG
D1900V2
5d060
2017
7-08-26
2020-08-25
Validation Kit 2450MH
Hz
SPE
EAG
D2450V2
786
2017
7-08-29
2020-08-28
Validation Kit 2600MH
Hz
SPE
EAG
D2600V2
1058
2017
7-06-27
2020-06-26
Tempera
ature Probe
Tianjin jinming
JM222
AA10091
129
2017
7-05-17
2018-05-16
Hygrothe
ermograph
Anyymetr
NT-311
2015073
31
2017
7-05-17
2018-05-16
Softwarre for Test
Spe
eag
DASY5
52.8.8.12
222
Software
e for Tissue
Agilent
85070
E06.01.3
36
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
8 Tiss
sue Diele
ectric Pa
arameter Measure
ements & System
m Verifica
ation
8.1 Tis
ssue Verifiication
The tempe
erature of th
he tissue-equivalent med
dium used during
meassurement mu
ust also be within
18C to 25
5C and with
hin ± 2C off the tempera
ature when the tissue parameters a
are characte
erized.
The dielecctric parame
eters must be measured
d before the tissue-equivvalent mediu
um is used in a series
of SAR measurementts. The para
ameters shou
uld be re-me
easured afte
er each 3 – 4 days of us
se; or
he dielectricc parameterss can becom
me out of tole
erance.
earlier if th
Target values
Freque
ency
(MHzz)
Head
Body
Water
(%)
Salt
(%
%)
Suga
ar
(%)
Glycol
(%)
Preventol
(%)
Cellulos
se
(%)
εr
σ(s/m)
835
41.45
1..45
56
0.1
1.0
41.5
0.90
1750
55.24
0..31
44.45
40.1
1.37
1900
55
5.242
0.3
306
44.452
40.0
1.40
2450
62.7
0.5
36.8
39.2
1.80
2600
55
5.242
0.3
306
44.452
39.0
1.96
835
52.5
1.4
45
0.1
1.0
55.2
0.97
1750
69.91
0..12
29.97
53.4
1.49
1900
69.91
0..13
29.96
53.3
1.52
2450
73.2
0.1
26.7
52.7
1.95
2600
72.6
0.1
27.3
52.5
2.16
ments results
Measurem
Frequency
(MH
Hz)
835
1750
1900
2450
2600
Test
Date
Temp
℃
Measured Dielectric
Parameters
Target Diele
ectric
Paramete
ers
Limit
(Witthin ±5%)
εr
σ(s/m)
σ
εr
σ(s
s/m)
Dev
εr(%
%)
Dev
σ(%)
Head
3/26/2018
21.5
41.2
0.89
41.5
0.90
-0.72
-1.11
Body
3/27/2018
21.5
54.0
0.99
55.2
0.97
-2.17
2.06
Head
3/26/2018
21.5
40.1
1.40
40.1
1.37
0.00
2.19
Body
3/19/2018
21.5
52.3
1.44
53.4
1.49
-2.06
-3.36
Head
3/20/2018
21.5
39.6
1.38
40.0
1.40
-1.00
-1.43
Body
3/28/2018
21.5
54.0
1.52
53.3
1.52
1.31
0.00
Head
3/20/2018
21.5
39.3
1.84
39.2
1.80
0.26
2.22
Body
3/20/2018
21.5
51.5
1.95
52.7
1.95
-2.28
0.00
Head
3/20/2018
21.5
38.8
1.98
39.0
1.96
-0.51
1.02
Body
3/21/2018
21.5
51.0
2.12
52.5
2.16
-2.86
-1.85
Note: The depth of tiissue-equiva
alent liquid in a phantom
m must be ≥ 15.0 cm forr SAR meas
surements
a ≥ 10.0 cm
c for measu
urements > 3 GHz.
≤ 3 GHz and
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
8.2 Sys
stem Perfo
ormance Check
The manu
ufacturer calibrates the probes
annu
ually. Dielectric parametters of the tissue simula
ates were
measured
d using the dielectric
pro
obe kit and the network analyzer. A system che
eck measure
ement for
every dayy was made following the
e determina
ation of the dielectric
parrameters of the Tissue simulates,
using the dipole valida
ation kit. The dipole anttenna was placed underr the flat secction of the tw
win SAM
phantom.
heck is perfo
ormed regularly on all frrequency ba
ands where tests
are performed with
h the
System ch
DASY sysstem.
Picturre 1 System
m Performan
nce Check setup
Picturre 2 Setup Photo
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Justificattion for Ex
xtended SA
AR Dipole Calibrations
Usage of SAR dipoless calibrated less than 3 years ago but
b more tha
an 1 year ago were conffirmed in
ng return losss (< - 20 dB
B, within 20%
% of prior ca
alibration) an
nd impedancce (within 5 ohm
from
maintainin
prior calibration) requirements pe
er extended calibrations in KDB 865
5664 D01:
Date of Measureme
nt
Return Loss(dB)
∆%
Imp
pedance (Ω)
∆Ω
Head
Liquid
10/2017
1/1
-4
40.3
49.8
1/9/2018
-4
40.0
0.7%
49.9
0.1Ω
Bodyy
Liquid
1/1
10/2017
-3
35.0
44.7
1/9/2018
-3
34.7
0.9%
44.9
-0.2Ω
Dipole
Dipole
D1750V
V2
SN: 1033
resullts
System Check
Tes
st Date
Temp
℃
250
0mW
Mea
asured
SA
AR1g
(W
W/kg)
1W
No
ormalized
SAR1g
(W/kg)
1W
Target
SAR1g
(W/kg)
∆%
(Limit
±10%)
Plot No.
Head
3/26/2018
21.5
2.44
9.76
9.45
3.28
Body
3/27/2018
21.5
2.41
9.64
9.75
-1.13
Head
3/26/2018
21.5
8.95
35.80
37.20
-3.76
Body
3/19/2018
21.5
9.24
36.96
37.60
-1.70
Head
3/20/2018
21.5
9.88
39.52
40.10
-1.45
Body
3/28/2018
21.5
9.93
39.72
39.50
0.56
Head
3/20/2018
21.5
13
3.70
54.80
52.60
4.18
Body
3/20/2018
21.5
12
2.50
50.00
50.80
-1.57
Head
3/20/2018
21.5
13
3.90
55.60
57.00
-2.46
Body
3/21/2018
21.5
13
3.50
54.00
54.30
-0.55
10
Frequen
ncy
(MHz)
835
1750
1900
2450
2600
Note:Ta
arget Valuess used derivve from the calibration
ce
ertificate Da
ata Storage a
and Evaluattion.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
9 Norrmal and Maximu
um Outpu
ut Powerr
KDB 4474
498 D01 att the maxim
mum rated output pow
wer and with
hin the tune
e-up toleran
nce range
specified for
f the produ
uct, but not more than 2 dB lower th
han the maxximum tune--up tolerance
e limit.
9.1 GS
SM Mode
Burst Average
GSM 850
Powe
er(dBm)
Tx Channel
128
190
25
51
requency(MHz)
824.2
83
36.6
848
8.8
GSM(GM
MSK)
32.18
32
2.28
32.2
24
1Txslot
32.16
32
2.27
2Txslots
31.59
3Txslots
GPRS
(GMSK)
EGPRS
(GMSK)
EGPRS
(8PSK)
Divisio
on
Facto
ors
(dB))
Frame-Avera
age
Power(dBm
m)
Burst
Tune-up
Limit(dBm)
128
190
251
824.2
836.6
848.8
9.03
23.15
23.25
23.21
33.00
32.2
24
9.03
23.13
23.24
23.21
33.00
31
1.69
31.6
66
6.02
25.57
25.67
25.64
32.00
30.04
30
0.13
30.10
4.26
25.78
25.87
25.84
30.50
4Txslots
28.98
29
9.08
29.0
02
3.01
25.97
26.07
26.01
29.50
1Txslot
32.16
32
2.28
32.19
9.03
23.13
23.25
23.16
33.00
2Txslots
31.58
31
1.69
31.6
63
6.02
25.56
25.67
25.61
32.00
3Txslots
30.02
30
0.11
30.0
05
4.26
25.76
25.85
25.79
30.50
4Txslots
28.97
29
9.06
29.0
00
3.01
25.96
26.05
25.99
29.50
1Txslot
26.65
26
6.94
26.9
91
9.03
17.62
17.91
17.88
28.00
2Txslots
25.54
25
5.83
25.8
88
6.02
19.52
19.81
19.86
27.00
3Txslots
23.22
23
3.56
23.6
61
4.26
18.96
19.30
19.35
24.50
4Txslots
22.65
22
2.79
22.7
78
3.01
19.64
19.78
19.77
23.00
512
661
810
1850.2
1880
1909.8
Burst
Tune-up
Limit(dBm)
GSM 1900
Powe
er(dBm)
Power(dBm
m)
Tx Channel
512
661
810
Frequencyy(MHz)
1850.2
18
880
1909
9.8
Divisio
on
Facto
ors
(dB))
GSM(GM
MSK)
29.37
29
9.21
29.2
20
9.03
20.34
20.18
20.17
30.00
1Txslot
29.37
29
9.20
29.19
9.03
20.34
20.17
20.16
30.00
2Txslots
28.68
28
8.53
28.5
53
6.02
22.66
22.51
22.51
29.00
3Txslots
26.94
26
6.80
26.8
81
4.26
22.68
22.54
22.55
27.50
4Txslots
25.93
25
5.79
25.8
81
3.01
22.92
22.78
22.80
26.50
1Txslot
29.35
29
9.19
29.18
9.03
20.32
20.16
20.15
30.00
2Txslots
28.67
28
8.52
28.5
52
6.02
22.65
22.50
22.50
29.00
3Txslots
26.93
26
6.79
26.7
79
4.26
22.67
22.53
22.53
27.50
4Txslots
25.92
25
5.78
25.8
81
3.01
22.91
22.77
22.80
26.50
1Txslot
25.98
25
5.96
25.9
95
9.03
16.95
16.93
16.92
27.00
2Txslots
24.88
24
4.96
24.9
92
6.02
18.86
18.94
18.90
26.00
3Txslots
22.32
22
2.45
22.4
44
4.26
18.06
18.19
18.18
23.00
4Txslots
21.79
21
1.89
21.8
82
3.01
18.78
18.88
18.81
22.50
GPRS
(GMSK)
EGPRS
(GMSK)
EGPRS
(8PSK)
Notes: The worst-case configuratio
on and mode
e for SAR te
esting is dete
ermined to b
be as follows
s:
alone: GSM 850 GMSK (GPRS) mo
ode with 4 tim
me slots for Max powerr, GSM 1900
0 GMSK
1. Standa
(GPRS) mo
ode with 4 tim
me slots for Max powerr, based on the
t output po
ower measu
urements ab
bove.
2. SAR iss not require
ed for EGPR
RS (8PSK) mode
becaus
se its outputt power is less than thatt of GPRS
Mode.
TA Technology (Shangh
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03S
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
9.2 WC
CDMA Mod
de
The follow
wing tests were comp
pleted accorrding to the
e test requ
uirements outlined in the
3GPP
TS34.121 specificatio
on.
WCDMA
Txx Channel
Band II(dBm
m)
9262
Ba
and IV(dBm)
Band
d V(dBm)
9400
9538
8 Tune-up 1312 14
413 1513 Tune-up 4132 4183
3 4233 Tun
ne-up
Limit
Limit
Limit
Frequency(MHz)) 1852.4 1
1880 1907.6
1712.4 173
32.6 1752.6
826.4 836.6
6 846.6
(dBm)
(dBm)
(d
dBm)
12.2kbps 22.97 23.01
23.12
23.50
23.00
23
3.05
23.11
23.50
24.06 24.07
7 24.05
24
4.50
22.91 22.89
22.96
23.50
22.94
22
2.93
22.95
23.50
23.99 23.93
3 23.99
24
4.50
144kbpss 22.82 22.84
22.95
23.50
22.85
22
2.88
22.94
23.50
23.98 23.92
2 23.89
24
4.50
384kbpss 22.81 22.85
22.96
23.50
22.84
22
2.89
22.95
23.50
23.97 23.91
1 23.88
24
4.50
Sub 1
22.80 22.84
22.95
23.50
22.83
22
2.88
22.94
23.50
23.96 23.90
0 23.89
24
4.50
Sub 2
22.88 22.92
23.03
23.50
22.91
22
2.96
23.02
23.50
23.90 23.91
1 23.88
24
4.50
Sub 3
22.37 22.41
22.52
23.00
22.40
22
2.45
22.51
23.00
23.39 23.51
1 23.46
24
4.00
Sub 4
22.36 22.40
22.51
23.00
22.39
22
2.44
22.50
23.00
23.40 23.50
0 23.48
24
4.00
Sub 1
22.85 22.89
23.00
23.50
22.88
22
2.93
22.99
23.50
23.89 23.99
9 23.97
24
4.50
Sub 2
20.84 20.88
20.99
21.50
20.87
20
0.92
20.98
21.50
21.97 21.98
8 21.96
22
2.50
Sub 3
21.77 21.81
22.08
22.50
21.80
21.85
22.07
22.50
22.96 22.97
7 22.95
23
3.50
Sub 4
20.76 20.80
21.07
21.50
20.79
20
0.84
21.06
21.50
21.95 21.96
6 21.94
22
2.50
Sub 5
22.91 22.95
23.06
23.50
22.94
22
2.99
23.05
23.50
23.94 23.95
5 23.93
24
4.50
Sub 1
22.90 22.90
23.01
23.50
22.93
22
2.94
23.00
23.50
23.93 23.94
4 23.92
24
4.50
Sub 2
22.89 22.89
23.00
23.50
22.92
22
2.93
22.99
23.50
24.02 23.92
2 23.91
24
4.50
Sub 3
22.38 22.38
22.49
23.00
22.41
22
2.42
22.48
23.00
23.51 23.41
1 23.40
24
4.00
Sub 4
22.37 22.47
22.47
23.00
22.40
22
2.51
22.46
23.00
23.50 23.40
0 23.39
24
4.00
21.86 21.96
21.96
22.50
21.89
22
2.00
21.95
22.50
22.95 22.91
1 22.91
23
3.50
64kbpss
RMC
HSDP
PA
HSUP
PA
DC-HSDP
PA
HSPA
A+ 16QAM
Note: 1.Per KDB 941225 D01, SAR for Head
/ Hotsp
pot / Body-w
worn exposu
ure is measu
ured using a 12.2 kbps AMR
C bits configu
ured to all “1’s”.
with TPC
2. When the
e maximum output powe
er and tune--up tolerance
e specified for
f productio
on units in a secondary mode
is ≤ ¼ dB
B higher than
n the primaryy mode or when
the hig
ghest reporte
ed SAR of th
he primary mode
is scaled by
the ratio of
o specified maximum output
power and tune-u
up tolerance
e of seconda
ary to primarry mode and
d the
adjusted SAR is ≤ 1.2 W/kg, SAR
R measurem
ment is not required
for the
t seconda
ary mode.
TA Technology (Shangh
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03S
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
9.3 LTE
E Mode
UE Power
Classs: 3 (23 +/-- 2dBm). Th
he allowed Maximum Power
Redu
uction (MPR
R) for the
maxim
mum outputt power due
e to higher order modu
ulation and transmit
ban
ndwidth con
nfiguration
(resource blocks)) is specified
d in Table 6.2.3-1 of the 3GPP TS36
6.101.
LTE FDD
D Band 2
Bandwidth
Modulatio
on
QPSK
1.4MHz
16QAM
Conducted
d Power(dB
Bm)
18607/18
850.7
1890
00/1880
19193/1909.3
Tune-up
Limit
(dBm)
23.24
23.22
23.36
24.00
23.40
23.38
23.40
24.00
23.24
23.18
23.37
24.00
23.45
23.37
23.48
24.00
23.48
23.45
23.46
24.00
23.37
23.34
23.45
24.00
22.45
22.46
22.55
23.00
22.48
22.48
22.39
23.00
22.70
22.45
22.47
23.00
22.48
22.43
22.50
23.00
22.43
22.33
22.49
23.00
22.38
22.47
22.58
23.00
22.31
22.44
22.45
23.00
21.41
21.50
21.59
22.00
RB size
RB offset
Channel/Fre
equency (MHz)
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
3MHz
16QAM
RB size
RB offset
Tune-up
Limit
(dBm)
18615/18
851.5
1890
00/1880
19185/1908.5
23.26
23.26
23.39
24.00
23.43
23.43
23.44
24.00
14
23.27
23.23
23.41
24.00
22.55
22.49
22.61
23.00
22.60
22.55
22.58
23.00
22.47
22.45
22.55
23.00
15
22.48
22.50
22.58
23.00
22.51
22.50
22.42
23.00
22.73
22.50
22.51
23.00
14
22.50
22.47
22.53
23.00
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03S
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
21.54
21.46
21.61
22.00
21.49
21.60
21.70
22.00
21.41
21.56
21.58
22.00
15
21.44
21.54
21.62
22.00
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
5MHz
16QAM
RB size
RB offset
18625/18
852.5
1890
00/1880
19175/1907.5
23.23
23.24
23.35
24.00
13
23.41
23.39
23.41
24.00
24
23.24
23.18
23.37
24.00
12
22.52
22.44
22.57
23.00
12
22.58
22.51
22.53
23.00
12
13
22.45
22.43
22.51
23.00
25
22.46
22.49
22.56
23.00
22.48
22.46
22.39
23.00
13
22.70
22.48
22.48
23.00
24
22.47
22.45
22.49
23.00
12
21.52
21.42
21.58
22.00
12
21.46
21.55
21.66
22.00
12
13
21.38
21.51
21.54
22.00
25
21.42
21.50
21.57
22.00
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
10MHz
16QAM
RB size
RB offset
Modulatio
on
15MHz
QPSK
Tune-up
Limit
(dBm)
18650/1
1855
1890
00/1880
19150/1905
23.25
23.25
23.38
24.00
25
23.44
23.44
23.45
24.00
49
23.26
23.22
23.40
24.00
25
22.55
22.49
22.61
23.00
25
13
22.61
22.56
22.57
23.00
25
25
22.47
22.47
22.56
23.00
50
22.54
22.51
22.60
23.00
22.50
22.49
22.41
23.00
25
22.73
22.52
22.51
23.00
49
22.50
22.47
22.52
23.00
25
21.55
21.47
21.62
22.00
25
13
21.48
21.59
21.69
22.00
25
25
21.41
21.56
21.58
22.00
50
21.45
21.55
21.61
22.00
Channel/Fre
equency (MHz)
Bandwidth
Tune-up
Limit
(dBm)
RB size
RB offset
Tune-up
Limit
(dBm)
18675/18
857.5
1890
00/1880
19125/1902.5
23.24
23.21
23.36
24.00
38
23.42
23.43
23.42
24.00
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
16QAM
Rep
port No: R1803
3A0100-S1
74
23.23
23.17
23.36
24.00
36
22.53
22.45
22.58
23.00
36
18
22.58
22.51
22.53
23.00
36
39
22.44
22.44
22.52
23.00
75
22.52
22.47
22.55
23.00
22.45
22.47
22.39
23.00
38
22.71
22.49
22.49
23.00
74
22.47
22.43
22.49
23.00
36
21.52
21.45
21.59
22.00
36
18
21.45
21.54
21.65
22.00
36
39
21.39
21.52
21.55
22.00
75
21.42
21.50
21.57
22.00
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
20MHz
16QAM
RB size
RB offset
18700/1
1860
1890
00/1880
19100/1900
23.21
23.17
23.33
24.00
50
23.41
23.39
23.40
24.00
99
23.21
23.16
23.33
24.00
50
22.50
22.40
22.54
23.00
50
25
22.56
22.47
22.50
23.00
50
50
22.41
22.39
22.48
23.00
100
22.49
22.42
22.51
23.00
22.43
22.43
22.34
23.00
50
22.67
22.47
22.45
23.00
99
22.45
22.40
22.47
23.00
50
21.49
21.41
21.56
22.00
50
25
21.42
21.52
21.62
22.00
50
50
21.36
21.47
21.51
22.00
100
21.40
21.46
21.54
22.00
LTE FDD
D Band 4
Bandwidth
Modulation
QPSK
1.4MHz
16QAM
Tune-up
Limit
(dBm)
Conducted
d Power(dB
Bm)
19957/1710.7
20175/1732.5
20393/1754.3
Tune-up
Limit
(dBm)
22.98
22.94
23.07
23.50
23.12
23.10
23.19
23.50
22.95
22.94
22.85
23.50
23.07
23.24
23.03
23.50
23.07
23.17
23.07
23.50
23.01
23.03
23.10
23.50
22.06
22.17
22.19
22.50
22.21
22.11
22.24
22.50
22.31
22.26
22.39
22.50
RB size
RB offset
Channel/Fre
equency (MHz)
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
22.15
22.14
22.11
22.50
22.10
22.27
22.06
22.50
22.14
22.27
22.14
22.50
22.05
22.16
22.00
22.50
21.02
21.27
21.19
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulation
QPSK
3MHz
16QAM
RB size
RB offset
19965/1711.5
20175/1732.5
20385/1753.5
23.00
22.98
23.10
23.50
23.15
23.15
23.23
23.50
14
22.98
22.99
22.89
23.50
22.17
22.36
22.16
22.50
22.19
22.27
22.19
22.50
22.11
22.14
22.20
22.50
15
22.09
22.21
22.22
22.50
22.24
22.13
22.27
22.50
22.34
22.31
22.43
22.50
14
22.17
22.18
22.14
22.50
21.21
21.40
21.18
21.50
21.25
21.40
21.26
21.50
21.15
21.28
21.13
21.50
15
21.05
21.31
21.22
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulation
QPSK
5MHz
16QAM
Tune-up
Limit
(dBm)
RB size
RB offset
Tune-up
Limit
(dBm)
19975/1712.5
20175/1732.5
20375/1752.5
22.97
22.96
23.06
23.50
13
23.13
23.11
23.20
23.50
24
22.95
22.94
22.85
23.50
12
22.14
22.31
22.12
22.50
12
22.17
22.23
22.14
22.50
12
13
22.09
22.12
22.16
22.50
25
22.07
22.20
22.20
22.50
22.21
22.09
22.24
22.50
13
22.31
22.29
22.40
22.50
24
22.14
22.16
22.10
22.50
12
21.19
21.36
21.15
21.50
12
21.22
21.35
21.22
21.50
12
13
21.12
21.23
21.09
21.50
25
21.03
21.27
21.17
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulation
RB size
RB offset
10MHz
QPSK
20000/17
715
20175/1732.5
20350/1750
22.99
22.97
23.09
Tune-up
Limit
(dBm)
23.50
TA Technology (Shangh
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
16QAM
Rep
port No: R1803
3A0100-S1
25
23.16
23.16
23.24
23.50
49
22.97
22.98
22.88
23.50
25
22.17
22.36
22.16
22.50
25
13
22.20
22.28
22.18
22.50
25
25
22.11
22.16
22.21
22.50
50
22.15
22.22
22.24
22.50
22.23
22.12
22.26
22.50
25
22.34
22.33
22.43
22.50
49
22.17
22.18
22.13
22.50
25
21.22
21.41
21.19
21.50
25
13
21.24
21.39
21.25
21.50
25
25
21.15
21.28
21.13
21.50
50
21.06
21.32
21.21
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulation
QPSK
15MHz
16QAM
RB size
RB offset
20025/1717.5
20175/1732.5
20325/1747.5
22.98
22.93
23.07
23.50
38
23.14
23.15
23.21
23.50
74
22.94
22.93
22.84
23.50
36
22.15
22.32
22.13
22.50
36
18
22.17
22.23
22.14
22.50
36
39
22.08
22.13
22.17
22.50
75
22.13
22.18
22.19
22.50
22.18
22.10
22.24
22.50
38
22.32
22.30
22.41
22.50
74
22.14
22.14
22.10
22.50
36
21.19
21.39
21.16
21.50
36
18
21.21
21.34
21.21
21.50
36
39
21.13
21.24
21.10
21.50
75
21.03
21.27
21.17
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulation
QPSK
20MHz
16QAM
Tune-up
Limit
(dBm)
RB size
RB offset
Tune-up
Limit
(dBm)
20050/17
720
20175/1732.5
20300/1745
22.95
22.89
23.04
23.50
50
23.13
23.11
23.19
23.50
99
22.92
22.92
22.81
23.50
50
22.12
22.27
22.09
22.50
50
25
22.15
22.19
22.11
22.50
50
50
22.05
22.08
22.13
22.50
100
22.10
22.13
22.15
22.50
22.16
22.06
22.19
22.50
50
22.28
22.28
22.37
22.50
99
22.12
22.11
22.08
22.50
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
50
21.16
21.35
21.13
21.50
50
25
21.18
21.32
21.18
21.50
50
50
21.10
21.19
21.06
21.50
100
21.01
21.23
21.14
21.50
LTE FDD
D Band 5
Bandwidth
Modulatio
on
QPSK
1.4MHz
16QAM
Conducte
ed Power(dB
Bm)
20407/8
824.7
205
525/836.5
20643/848..3
Tune-up
Limit
(dBm)
20.8
82
20.76
20.77
22.00
20.8
87
20.76
20.80
22.00
20.8
81
20.77
20.80
22.00
20.8
87
20.71
20.83
22.00
20.7
75
20.77
20.81
22.00
20.7
74
20.72
20.79
22.00
19.8
84
19.79
19.88
21.00
19.9
96
19.78
19.82
21.00
20.0
02
19.74
19.89
21.00
19.9
93
19.86
19.87
21.00
19.8
85
19.74
19.80
21.00
19.8
88
19.74
19.87
21.00
19.8
81
19.72
19.80
21.00
18.9
90
18.85
18.87
20.00
RB size
RB offse
et
Channel/Frequency (M
MHz)
Channel/Frequency (M
MHz)
Bandwidth
Modulatio
on
QPSK
3MHz
16QAM
RB size
RB offse
et
Tune-up
Limit
(dBm)
20415/8
825.5
205
525/836.5
20635/847..5
20.8
84
20.80
20.80
22.00
20.9
90
20.81
20.84
22.00
14
20.8
84
20.82
20.84
22.00
19.9
97
19.83
19.96
21.00
19.8
87
19.87
19.93
21.00
19.8
84
19.83
19.89
21.00
15
19.8
87
19.83
19.91
21.00
19.9
99
19.80
19.85
21.00
20.0
05
19.79
19.93
21.00
14
19.9
95
19.90
19.90
21.00
18.9
96
18.87
18.92
20.00
18.9
99
18.87
18.99
20.00
18.9
91
18.84
18.93
20.00
15
18.9
93
18.89
18.90
20.00
Channel/Frequency (M
MHz)
Bandwidth
Modulatio
on
RB size
RB offse
et
5MHz
QPSK
20425/8
826.5
205
525/836.5
20625/846..5
20.8
81
20.78
20.76
Tune-up
Limit
(dBm)
22.00
TA Technology (Shangh
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FCC SAR Test Report
16QAM
Rep
port No: R1803
3A0100-S1
13
20.8
88
20.77
20.81
22.00
24
20.8
81
20.77
20.80
22.00
12
19.9
94
19.78
19.92
21.00
12
19.8
85
19.83
19.88
21.00
12
13
19.8
82
19.81
19.85
21.00
25
19.8
85
19.82
19.89
21.00
19.9
96
19.76
19.82
21.00
13
20.0
02
19.77
19.90
21.00
24
19.9
92
19.88
19.86
21.00
12
18.9
94
18.83
18.89
20.00
12
18.9
96
18.82
18.95
20.00
12
13
18.8
88
18.79
18.89
20.00
25
18.9
91
18.85
18.85
20.00
Channel/Frequency (M
MHz)
Bandwidth
Modulatio
on
QPSK
10MHz
16QAM
RB size
RB offse
et
20450//829
205
525/836.5
20600/844
20.7
79
20.71
20.74
22.00
25
20.8
88
20.77
20.80
22.00
49
20.7
78
20.75
20.76
22.00
25
19.9
92
19.74
19.89
21.00
25
13
19.8
83
19.79
19.85
21.00
25
25
19.7
78
19.77
19.82
21.00
50
19.8
88
19.75
19.84
21.00
19.9
91
19.73
19.77
21.00
25
19.9
99
19.76
19.87
21.00
49
19.9
90
19.83
19.84
21.00
25
18.9
91
18.82
18.87
20.00
25
13
18.9
92
18.79
18.91
20.00
25
25
18.8
86
18.75
18.86
20.00
50
18.8
89
18.81
18.82
20.00
LTE FDD
D Band 7
Hotsp
pot Off
Bandwidth
5MHz
Modulatio
on
QPSK
16QAM
Tune-up
Limit
(dBm)
Conducted
d Power(dB
Bm)
RB size
RB offset
Channel/Fre
equency (MHz)
Tune-up
Limit
(dBm)
20775/25
502.5
2110
00/2535
21425/2567.5
22.77
22.74
23.15
23.50
13
23.02
22.91
23.24
23.50
24
22.79
22.85
23.01
23.50
12
22.11
21.82
22.28
22.50
12
22.08
21.93
22.22
22.50
12
13
21.97
21.94
22.18
22.50
25
21.94
22.01
22.25
22.50
22.03
21.96
22.12
22.50
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
13
22.06
21.98
22.24
22.50
24
22.04
21.94
22.13
22.50
12
21.40
21.19
21.20
21.50
12
21.37
21.36
21.19
21.50
12
13
21.27
21.36
21.11
21.50
25
21.37
21.34
21.15
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
10MHz
16QAM
RB size
RB offset
20800/2
2505
2110
00/2535
21400/2565
22.79
22.75
23.18
23.50
25
23.05
22.96
23.28
23.50
49
22.81
22.89
23.04
23.50
25
22.14
21.87
22.32
22.50
25
13
22.11
21.98
22.26
22.50
25
25
21.99
21.98
22.23
22.50
50
22.02
22.03
22.29
22.50
22.05
21.99
22.14
22.50
25
22.09
22.02
22.27
22.50
49
22.07
21.96
22.16
22.50
25
21.43
21.24
21.24
21.50
25
13
21.39
21.40
21.22
21.50
25
25
21.30
21.41
21.15
21.50
50
21.40
21.39
21.19
21.50
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
15MHz
16QAM
RB size
RB offset
Modulatio
on
Tune-up
Limit
(dBm)
20825/25
507.5
2110
00/2535
21375/2562.5
22.78
22.71
23.16
23.50
38
23.03
22.95
23.25
23.50
74
22.78
22.84
23.00
23.50
36
22.12
21.83
22.29
22.50
36
18
22.08
21.93
22.22
22.50
36
39
21.96
21.95
22.19
22.50
75
22.00
21.99
22.24
22.50
22.00
21.97
22.12
22.50
38
22.07
21.99
22.25
22.50
74
22.04
21.92
22.13
22.50
36
21.40
21.22
21.21
21.50
36
18
21.36
21.35
21.18
21.50
36
39
21.28
21.37
21.12
21.50
75
21.37
21.34
21.15
21.50
Channel/Fre
equency (MHz)
Bandwidth
Tune-up
Limit
(dBm)
RB size
RB offset
20850/2
2510
2110
00/2535
21350/2560
Tune-up
Limit
(dBm)
TA Technology (Shangh
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FCC SAR Test Report
QPSK
20MHz
16QAM
Rep
port No: R1803
3A0100-S1
22.75
22.67
23.13
23.50
50
23.02
22.91
23.23
23.50
99
22.76
22.83
22.97
23.50
50
22.09
21.78
22.25
22.50
50
25
22.06
21.89
22.19
22.50
50
50
21.93
21.90
22.15
22.50
100
21.97
21.94
22.20
22.50
21.98
21.93
22.07
22.50
50
22.03
21.97
22.21
22.50
99
22.02
21.89
22.11
22.50
50
21.37
21.18
21.18
21.50
50
25
21.33
21.33
21.15
21.50
50
50
21.25
21.32
21.08
21.50
100
21.35
21.30
21.12
21.50
LTE FDD
D Band 7
Hotsp
pot On
Bandwidth
Modulatio
on
QPSK
5MHz
16QAM
Conducted
d Power(dB
Bm)
RB size
RB offset
Channel/Fre
equency (MHz)
20775/25
502.5
2110
00/2535
21425/2567.5
19.41
19.43
19.42
20.50
13
19.87
19.81
19.95
20.50
24
19.47
19.50
19.57
20.50
12
19.76
19.70
19.89
20.50
12
19.81
19.85
19.87
20.50
12
13
19.72
19.81
19.85
20.50
25
19.66
19.83
19.89
20.50
19.81
19.77
19.75
20.50
13
19.96
19.89
19.78
20.50
24
19.83
19.91
19.83
20.50
12
19.78
19.69
19.40
20.50
12
19.86
19.88
19.86
20.50
12
13
19.71
19.83
19.77
20.50
25
19.66
19.76
19.67
20.50
Channel/Fre
equency (MHz)
Bandwidth
10MHz
Modulatio
on
QPSK
Tune-up
Limit
(dBm)
RB size
RB offset
Tune-up
Limit
(dBm)
20800/2
2505
2110
00/2535
21400/2565
19.43
19.44
19.45
20.50
25
19.90
19.86
19.99
20.50
49
19.49
19.54
19.60
20.50
25
19.79
19.75
19.93
20.50
25
13
19.84
19.90
19.91
20.50
25
25
19.74
19.85
19.90
20.50
50
19.74
19.85
19.93
20.50
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pproval of TA Teechnology (Shan
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FCC SAR Test Report
16QAM
Rep
port No: R1803
3A0100-S1
19.83
19.80
19.77
20.50
25
19.99
19.93
19.81
20.50
49
19.86
19.93
19.86
20.50
25
19.81
19.74
19.44
20.50
25
13
19.88
19.92
19.89
20.50
25
25
19.74
19.88
19.81
20.50
50
19.69
19.81
19.71
20.50
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
15MHz
16QAM
RB size
RB offset
20825/25
507.5
2110
00/2535
21375/2562.5
19.42
19.40
19.43
20.50
38
19.88
19.85
19.96
20.50
74
19.46
19.49
19.56
20.50
36
19.77
19.71
19.90
20.50
36
18
19.81
19.85
19.87
20.50
36
39
19.71
19.82
19.86
20.50
75
19.72
19.81
19.88
20.50
19.78
19.78
19.75
20.50
38
19.97
19.90
19.79
20.50
74
19.83
19.89
19.83
20.50
36
19.78
19.72
19.41
20.50
36
18
19.85
19.87
19.85
20.50
36
39
19.72
19.84
19.78
20.50
75
19.66
19.76
19.67
20.50
Channel/Fre
equency (MHz)
Bandwidth
Modulatio
on
QPSK
20MHz
16QAM
Tune-up
Limit
(dBm)
RB size
RB offset
Tune-up
Limit
(dBm)
20850/2
2510
2110
00/2535
21350/2560
19.39
19.36
19.40
20.50
50
19.87
19.81
20.00
20.50
99
19.44
19.48
19.53
20.50
50
19.79
19.81
19.95
20.50
50
25
19.74
19.66
19.84
20.50
50
50
19.68
19.77
19.82
20.50
100
19.69
19.76
19.84
20.50
19.76
19.74
19.70
20.50
50
19.93
19.88
19.75
20.50
99
19.81
19.86
19.81
20.50
50
19.75
19.68
19.38
20.50
50
25
19.82
19.85
19.82
20.50
50
50
19.69
19.79
19.74
20.50
100
19.64
19.72
19.64
20.50
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
9.4 WL
LAN Mode
Wi-Fi
2.4G
Channel
Mode
802.11b
Mode
802.11g
Mode
802.11n
(HT20)
Frequenccy
(MHz)
Avera
age Conductted Power (d
dBm)
for Data Rates
(bps)
1M
Tune-up
Lim
mit (dBm)
TX Power
Setting levvel
2412
16..04
17.00
19
2437
16..11
17.00
20
11
2462
16..10
17.00
19
Channel
Frequenccy
(MHz)
6M
Tune-up
Lim
mit (dBm)
TX Power
Setting levvel
2412
12..87
14.00
16
2437
12..96
14.00
17
11
2462
12..88
14.00
16
Channel
Frequenccy
(MHz)
6.5
5M
Tune-up
Lim
mit (dBm)
TX Power
Setting levvel
2412
11.03
12.00
14
2437
11.36
12.00
15
11
2462
10..91
12.00
14
No
ote: Initial tesst configurattion is 802.11b mode, siince the high
hest maximu
um output p
power.
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
9.5 Blu
uetooth Mo
ode
Con
nducted Po
ower(dBm)
BT
Tune-up
Lim
mit (dBm)
Cha
annel/Frequ
uency(MHz)
Ch 0/240
02 MHz
Ch 39/2441 MHz
C 78/2480 MHz
Ch
GFSK
5.3
33
4.58
4.68
6.00
π/4DQ
QPSK
5.3
34
4.52
4.70
6.00
8DP
PSK
5.5
59
4.76
4.94
6.00
BL
LE
Ch 0/240
02 MHz
Ch 19/2440 MHz
C 39/2480 MHz
Ch
Tune-up
Lim
mit (dBm)
GFSK
2.9
91
2.64
2.85
4.00
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
10 Mea
asured and Repo
orted (Scaled) SA
AR Results
10.1 EUT Antenna
a Location
ns
Overall (Length x Width): 14
45 mm x 69 mm
Overall Diagonal:
15
56 mm/Displa
ay Diagonall: 140mm
Distancce of the Anttenna to the EUT surfacce/edge
Antenna
Back Side
Frront side
Left Edge
Right Edge
Top Edge
Bottom Edge
Main-Anttenna
<25mm
<25 mm
>25 mm
<25m
mm
BT/Wi-Fi Antenna
<25mm
>25 mm
<25mm
>25 mm
Ho
otspot mode
e, Positions for SAR tessts
Mode
Back Side
Frront side
Left Edge
Right Edge
Top Edge
Bottom Edge
Main-Anttenna
Ye
es
Yes
Yes
Yes
N/A
Yess
BT/Wi-Fi Antenna
Ye
es
Yes
Yes
N/A
Yes
N/A
Note: 1. Per KDB
B 941225 D0
06, when the
e overall devvice length and
a width are
e ≥ 9cm*5cm
m, the test distance
is 10mm.
be measured for all
a sides and surfaces wiith a transmitting antenn
na located w
within 25mm from that su
urface
SAR must
or edg
ge.
2. Per FCC KDB Publication 447498 D0
01, if the rep
ported (scale
ed) SAR me
easured at th
he middle ch
hannel or highest
ut power cha
annel for eacch test config
guration is ≤ 0.8 W/kg (ffor 1g SAR) or ≤ 2 W/kg (for 10g SA
AR) then testting at
outpu
the otther channels is not required for succh test confiiguration(s).
3. Wh
hen the original highest measured SAR
is ≥ 0.80
W/kg, th
he measurem
ment was re
epeated onc
ce.
4. Perr FCC KDB Publication 648474 D04
4, SAR was evaluated without
a hea
adset conne
ected to the device. Sincce the
reportted SAR wa
as ≤ 1.2 W/kg, no additio
onal SAR evvaluations us
sing a headsset cable we
ere required
d.
TA Technology (Shangh
hai) Co., Ltd.
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
10.2 Sta
andalone SAR
test exclusion
considera
ations
Per KDB 447498
D01
1, the 1-g an
nd 10-g SAR
R test exclus
sion thresho
olds for 100 MHz to 6 GHz
at test
separation
n distances ≤ 50 mm are determine
ed by:
[(max. pow
wer of chann
nel, includin
ng tune-up to
olerance, mW
W)/(min. tesst separation
n distance,
mm)] ·[√f(GHz)] ≤ 3.0 for 1-g SAR
R and ≤ 7.5 for 10-g extrremity SAR
nsmit freque
ency in GHz
 f(GHzz) is the RF channel tran
 Powe
er and distan
nce are roun
nded to the nearest
mW
W and mm be
efore calcula
ation
 The result
is roun
nded to one decimal pla
ace for comp
parison
D01
1, when the minimum te
est separatio
on distance is < 5 mm, a distance of
o 5 mm is
Per KDB 447498
applied to determine SAR
test exxclusion.
Blueto
ooth
Distance
(mm)
MAX Power
Frequency
(dBm
m)
(MHz)
Hea
ad
6.00
Body-w
worn
15
Hotsspot
10
Ratio
Eva
aluation
2480
1.25
No
6.00
2480
0.42
No
6.00
2480
0.63
No
TA Technology (Shangh
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
10.3 Measured SA
AR Resultts
Table 1: GSM
850
Te
est
Co
over
Pos
sition
Ty
ype
Chan
nnel/
Frequ
uency
(MH
Hz)
Tim
me
Duty
slo
ot
Cycle
Tune-up
limit
(dBm)
Conducted
Drift
Po
ower (dBm)
(dB)
Measured
SA
AR1g
(W
W/kg)
Scalin
ng
Reported
Facto
or
SAR1g
Plot
No.
(W/kg)
Head SAR
Left Cheek
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
-0.054
0.2
273
1.18
0.322
Lefft Tilt
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
0.012
0.2
209
1.18
0.247
Right Cheek
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
-0.023
0.352
1.18
0.415
11
Righ
ht Tilt
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
0.021
0.184
1.18
0.217
Right Cheek
Battery 2
190/8
836.6
GS
SM
1:8.3
33.00
32.28
0.014
0.350
1.18
0.413
Right Cheek
SIM
M2
190/8
836.6
GS
SM
1:8.3
33.00
32.28
0.040
0.327
1.18
0.386
Body-wo
orn (Distance
e 15mm)
Backk Side
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
0.100
0.6
675
1.18
0.797
12
Front Side
stan
ndard
190/8
836.6
GS
SM
1:8.3
33.00
32.28
-0.060
0.380
1.18
0.449
Hotspo
ot (Distance 10mm)
stan
ndard
251/8
848.8
4Txsslots
1:2.07
29.50
29.02
0.080
1.030
1.12
1.150
stan
ndard
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.070
1.110
1.10
1.223
stan
ndard
128/8
824.2
4Txsslots
1:2.07
29.50
28.98
-0.020
1.090
1.13
1.229
13
Front Side
stan
ndard
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.021
0.580
1.10
0.639
Left Edge
stan
ndard
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.000
0.4
414
1.10
0.456
Rightt Edge
stan
ndard
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.020
0.611
1.10
0.673
Top Edge
N/A
N//A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Bottom
m Edge
stan
ndard
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.014
0.399
1.10
0.440
Backk Side
SIM
M2
128/8
824.2
4Txsslots
1:2.07
29.50
28.98
0.014
0.976
1.13
1.100
Backk Side
Battery 2
128/8
824.2
4Txsslots
1:2.07
29.50
28.98
0.030
0.957
1.13
1.079
Backk Side
No Holder
128/8
824.2
4Txsslots
1:2.07
29.50
28.98
0.074
1.001
1.13
1.128
Backk Side
Repe
eated
190/8
836.6
4Txsslots
1:2.07
29.50
29.08
0.026
1.080
1.10
1.190
Backk Side
Note: 1.The value with
w blue colorr is the maxim
mum SAR Valu
ue of each testt band.
2. Wh
hen multiple sllots are used, SAR should be
b tested to acccount for the maximum sou
urce-based tim
me-averaged output
power.
Measu
urement Varia
ability
Testt Position
Channel/ Fre
equency(MHzz)
MAX Measured
SAR
R1g (W/kg)
1st Repea
ated SAR1g (W
W/kg)
Ra
atio
Ba
ack Side
190/836.6
1.110
1.080
1.03
Note: 1) A second repeated
mea
asurement wass preformed only if the ratio of largest to smallest
SAR for the origina
al and first repe
eated
meassurements wass > 1.20 or wh
hen the origina
al or repeated measuremen
nt was ≥ 1.45 W/kg
(~ 10% ffrom the 1-g SAR
limit).
2) A third
repeated measuremen
nt was perform
med only if the
e original, first or second rep
peated measu
urement was ≥ 1.5 W/kg an
nd the
ratio of
o largest to smallest SAR for
f the originall, first and seccond repeated measuremen
nts is > 1.20.
TA Technology (Shangh
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 2: GSM
1900
Test
Co
over
Pos
sition
Ty
ype
Channel/
Freque
ency
(MH
Hz)
Time
Duty
slott
Cycle
Tune-up Co
onducted
limit
Power
(dBm)
(dBm)
Drift
(dB)
Measu
ured
SAR
R1g
(W/k
kg)
Scaling
Factorr
Reported
SAR1g
Plot
(W/kg)
No.
Head SAR
Left Cheek
stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
0.020
0.13
36
1.20
0.163
Le
eft Tilt
stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
0.040
0.05
54
1.20
0.065
Rightt Cheek stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
0.041
0.13
39
1.20
0.167
14
Rig
ght Tilt
stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
0.100
0.06
61
1.20
0.073
Rightt Cheek
SIM2
661/1880
GSM
1:8.3
30.00
29.21
0.040
0.13
30
1.20
0.156
661/1880
GSM
1:8.3
30.00
29.21
0.060
0.12
29
1.20
0.155
Rightt Cheek Battery 2
Body-wo
orn (Distance
e 15mm)
Bacck Side
stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
-0
0.094
0.23
36
1.20
0.283
15
Fron
nt Side
stan
ndard
661/1880
GSM
1:8.3
30.00
29.21
0.021
0.14
40
1.20
0.168
Hotspo
ot (Distance 10mm)
Bacck Side
stan
ndard
661/1880
4Txslo
ots
1:2.07
26.50
25.79
0.103
0.36
60
1.18
0.424
Fron
nt Side
stan
ndard
661/1880
4Txslo
ots
1:2.07
26.50
25.79
-0
0.010
0.21
14
1.18
0.252
Leftt Edge
stan
ndard
661/1880
4Txslo
ots
1:2.07
26.50
25.79
0.100
0.12
29
1.18
0.152
Righ
ht Edge
stan
ndard
661/1880
4Txslo
ots
1:2.07
26.50
25.79
0.020
0.16
65
1.18
0.194
Top
p Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Botto
om Edge stan
ndard
661/1880
4Txslo
ots
1:2.07
26.50
25.79
0.019
0.49
95
1.18
0.583
16
Botto
om Edge
661/1880
4Txslo
ots
1:2.07
26.50
25.79
-0
0.060
0.45
55
1.18
0.536
661/1880
4Txslo
ots
1:2.07
26.50
25.79
-0
0.060
0.44
42
1.18
0.521
SIM2
Botto
om Edge Battery 2
Note: 1.The value with
w blue colorr is the maximum SAR Value of each test band.
2. When
multiple slots
are used, SAR should be tested to account
for the
e maximum so
ource-based tiime-averaged output powerr.
TA Technology (Shangh
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TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 3: UMTS
Band
d II
Test
Cover
Position
Type
Cha
annel/
Freq
quency
(M
MHz)
Cha
annel
Duty
Ty
ype
Cycle
Tune-up Conducted
limit
Power
(dBm)
(dBm)
Drift
(dB)
Measured
SAR
R1g
(W/k
kg)
Scaling
Factorr
Reported
SAR1g
(W/kg)
Plot
No.
Head SAR
Left Cheek
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.020
0.35
58
1.12
0.401
L Tilt
Left
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.065
0.26
61
1.12
0.292
Right Cheek
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.190
0.40
07
1.12
0.456
17
Right
Tilt
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.021
0.09
94
1.12
0.105
9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.025
0.40
00
1.12
0.448
Ba
attery 2 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.021
0.33
37
1.12
0.377
Right Cheek
Right Cheek
SIM2
Body-worn
n SAR (Distan
nce 15mm)
Ba
ack Side
Sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
-0.024
0.33
33
1.12
0.373
18
Fro
ont Side
Sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.196
0.311
1.12
0.348
Hotspo
ot (Distance 10mm)
Ba
ack Side
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.030
0.50
09
1.12
0.570
Fro
ont Side
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.060
0.47
74
1.12
0.531
Le
eft Edge
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.130
0.38
80
1.12
0.425
Rig
ght Edge
sttandard 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.110
0.24
48
1.12
0.278
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
1:1
23.50
23.01
0.030
0.70
08
1.12
0.793
19
9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.031
0.70
00
1.12
0.784
Ba
attery 2 9400
0/1880 RMC
C 12.2K
1:1
23.50
23.01
0.021
0.67
73
1.12
0.753
To
op Edge
Botttom Edge
Botttom Edge
Botttom Edge
N/A
N/A
N/A
sttandard 9400
0/1880 RMC
C 12.2K
SIM2
Note
e: 1.The value
e with blue color is the maximum SAR Value of each te
est band.
2. When
the maxiimum output power
and tun
ne-up tolerance
e specified forr production units in a secon
ndary mode is
s ≤ ¼ dB highe
er
than
n the primary mode
or when
n the highest reported
SAR of the primary
y mode is scaled by the ratio
o of specified maximum outtput
pow
wer and tune-u
up tolerance off secondary to
o primary mod
de and the adju
usted SAR is ≤ 1.2 W/kg, SAR measurem
ment is not
requ
uired for the se
econdary mod
de.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Band
d IV
Table 4: UMTS
Test
Co
over
Po
osition
Ty
ype
Chan
nnel/
Frequ
uency
(MH
Hz)
Cha
annel
Duty
Ty
ype
Cycle
Tune-up Conducted
limit
Power
(dBm)
(dBm)
Drift
(dB)
Meas
sured
SAR
R1g
(W/kg)
Scaling
Facto
or
Reported
SAR1g
(W/kg)
Plot
No.
Head SAR
Leftt Cheek
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
-0.029
0.2
220
1.11
0.244
Le
eft Tilt
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.160
0.157
1.11
0.174
Righ
ht Cheek stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.060
0.3
318
1.11
0.353
20
RMC
C 12.2K
1:1
23.50
23.05
0.130
0.106
1.11
0.118
1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.021
0.2
298
1.11
0.331
Righ
ht Cheek Batttery 2 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
-0.032
0.2
289
1.11
0.321
Rig
ght Tilt
Righ
ht Cheek
stan
ndard 1413/1
1732.6
SIM2
Body-wo
orn (Distance
e 15mm)
Bacck Side
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.020
0.3
362
1.11
0.401
21
Front Side
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.010
0.3
357
1.11
0.396
Hotspo
ot (Distance 10mm)
Bacck Side
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
-0.160
0.5
553
1.11
0.613
Front Side
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.050
0.5
544
1.11
0.603
Lefft Edge
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
-0.010
0.172
1.11
0.191
Righ
ht Edge
stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.026
0.2
217
1.11
0.241
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
N/A
ndard 1513/1
1752.6
stan
RMC
C 12.2K
1:1
23.50
23.11
0.110
0.7
773
1.09
0.846
22
Botto
om Edge stan
ndard 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.05
0.070
0.7
729
1.11
0.809
stan
ndard 1312/1
1712.4
RMC
C 12.2K
1:1
23.50
23.00
0.060
0.6
637
1.12
0.715
1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.11
0.030
0.7
762
1.09
0.834
Botto
om Edge Batttery 2 1413/1
1732.6
RMC
C 12.2K
1:1
23.50
23.11
0.010
0.7
759
1.09
0.830
Top
p Edge
Botto
om Edge
N/A
SIM2
N//A
Note: 1.The value with blue colo
or is the maxim
mum SAR Valu
ue of each tes
st band.
2. Wh
hen the maxim
mum output po
ower and tune
e-up tolerance specified for production
units in a second
dary mode is ≤ ¼ dB higherr than
the primary
mode or
o when the highest reporte
ed SAR of the primary mode
e is scaled by the ratio of sp
pecified maxim
mum output po
ower
and tune-up
tolerance of second
dary to primaryy mode and th
he adjusted SA
AR is ≤ 1.2 W//kg, SAR mea
asurement is not
n required fo
or the
secondary mode.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 47
4 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 5: UMTS
Band
dV
Test
Co
over
Po
osition
Type
Chan
nnel/
Frequ
uency
(MHz)
Cha
annel
Duty
Ty
ype
Cycle
Tune-up Conducted
limit
Power
(dBm)
(dBm)
Drift
(dB)
Measu
ured
SAR
R1g
(W/k
kg)
Scaling
Factorr
Reported
SAR1g
(W/kg)
Plot
No.
Head SAR
Leftt Cheek
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.030
0.30
02
1.10
0.333
Le
eft Tilt
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.011
0.22
23
1.10
0.246
Righ
ht Cheek standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
-0
0.100
0.36
66
1.10
0.404
23
Rig
ght Tilt
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.180
0.20
04
1.10
0.225
Righ
ht Cheek
SIM2
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.036
0.34
41
1.10
0.376
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.041
0.33
35
1.10
0.370
Righ
ht Cheek Batttery 2
Body-wo
orn (Distance
e 15mm)
Bacck Side
Sta
andard 4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.020
0.36
62
1.10
0.399
24
Fro
ont Side
Sta
andard 4183//836.6 RMC 12.2K
1:1
24.50
24.07
-0
0.036
0.28
84
1.10
0.314
Hotspo
ot (Distance 10mm)
Bacck Side
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.030
0.58
84
1.10
0.645
25
Fro
ont Side
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.020
0.43
34
1.10
0.479
Lefft Edge
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.060
0.32
26
1.10
0.360
Righ
ht Edge
standard
4183//836.6 RMC 12.2K
1:1
24.50
24.07
-0
0.025
0.46
65
1.10
0.514
Top
p Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.054
0.26
63
1.10
0.291
Botto
om Edge standard
N/A
N/A
Bacck Side
SIM2
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.020
0.57
74
1.10
0.634
Bacck Side
Batttery 2
4183//836.6 RMC 12.2K
1:1
24.50
24.07
0.036
0.58
80
1.10
0.640
Note
e: 1.The value
e with blue color is the maximum SAR Value of each test band.
2. When th
he maximum output
power and
a tune-up to
olerance specified for producction units in a secondary mode
is ≤ ¼ dB
higher th
han the primarry mode or wh
hen the highesst reported SA
AR of the prima
ary mode is sccaled by the ra
atio of specifie
ed
maximum
m output powe
er and tune-up
p tolerance of secondary to primary mode
e and the adju
usted SAR is ≤ 1.2 W/kg, SA
AR
measure
ement is not re
equired for the
e secondary mode
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 48
4 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 6: LTE
L Band 2
Te
est
Cover
RB
RB
Posiition
Ty
ype
size
offset
Channel/
Maximum
Conducted
Frequency
Allowed
Power
(MHz)
Power(dBm))
(dBm)
Drift
(dB)
Me
easured
SAR1g
(W
W/kg)
Scalling
Fac
ctor
Reporte
ed
SAR1g
(W/kg)
Plot
No.
Head SAR (QPS
SK)
Left Cheek
standard
1RB
50
18700/1860
24.00
23.41
0.010
0.294
1.1
15
0.337
Left Tilt
standard
1RB
50
18700/1860
24.00
23.41
0.184
0.197
1.1
15
0.226
Right Cheek
standard
1RB
50
18700/1860
24.00
23.41
0.030
0.309
1.1
15
0.354
26
Right Tilt
standard
1RB
50
18700/1860
24.00
23.41
-0.030
0.169
1.1
15
0.194
Left Cheek
standard
50%R
RB
25
18700/1860
23.00
22.56
0.060
0.257
1.1
11
0.284
Left Tilt
standard
50%R
RB
25
18700/1860
23.00
22.56
0.020
0.187
1.1
11
0.207
Right Cheek
standard
50%R
RB
25
18700/1860
23.00
22.56
0.123
0.248
1.1
11
0.274
Right Tilt
standard
50%R
RB
25
18700/1860
23.00
22.56
0.021
0.166
1.1
11
0.184
Right Cheek
SIM
M2
1RB
50
18700/1860
24.00
23.41
0.036
0.300
1.1
15
0.344
Right Cheek
Batte
ery 2
1RB
50
18700/1860
24.00
23.41
0.100
0.278
1.1
15
0.318
Body-worn
n SAR (Distan
nce 15mm)
Back Side
Stan
ndard
1RB
50
18700/1860
24.00
23.41
-0.037
0.317
1.1
15
0.363
27
Front Side
Stan
ndard
1RB
50
18700/1860
24.00
23.41
-0.037
0.297
1.1
15
0.340
Back Side
Stan
ndard
50%R
RB
25
18700/1860
23.00
22.56
-0.100
0.276
1.1
11
0.305
Front Side
Stan
ndard
50%R
RB
25
18700/1860
23.00
22.56
0.080
0.231
1.1
11
0.256
Hotspot (Q
QPSK, Distan
nce 10mm)
Back Side
standard
1RB
50
18700/1860
24.00
23.41
-0.080
0.617
1.1
15
0.707
Front Side
standard
1RB
50
18700/1860
24.00
23.41
0.030
0.540
1.1
15
0.619
Left Edge
standard
1RB
50
18700/1860
24.00
23.41
0.023
0.330
1.1
15
0.378
Right Edge
standard
1RB
50
18700/1860
24.00
23.41
0.036
0.192
1.1
15
0.220
Top Edge
N//A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
standard
1RB
50
19100/1900
24.00
23.40
0.012
0.921
1.1
15
1.057
standard
1RB
50
18900/1880
24.00
23.39
-0.036
0.916
1.1
15
1.054
standard
1RB
50
18700/1860
24.00
23.41
0.060
0.932
1.1
15
1.068
Back Side
standard
50%R
RB
25
18700/1860
23.00
22.56
-0.010
0.511
1.1
11
0.565
Front Side
standard
50%R
RB
25
18700/1860
23.00
22.56
0.100
0.416
1.1
11
0.460
Left Edge
standard
50%R
RB
25
18700/1860
23.00
22.56
0.056
0.331
1.1
11
0.366
Right Edge
standard
50%R
RB
25
18700/1860
23.00
22.56
0.113
0.347
1.1
11
0.384
Top Edge
N//A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
Bottom
m Edge
standard
50%R
RB
25
18700/1860
23.00
22.56
0.020
0.663
1.1
11
0.734
Bottom
m Edge
Stan
ndard
100%R
RB
19100/1900
23.00
22.51
0.030
0.673
1.1
12
0.753
Bottom
m Edge
SIM
M2
1RB
50
18700/1860
24.00
23.41
0.140
1.060
1.1
15
1.214
28
Bottom
m Edge
Batte
ery 2
1RB
50
18700/1860
24.00
23.41
-0.027
0.897
1.1
15
1.028
Bottom
m Edge
Repe
eated
1RB
50
18700/1860
24.00
23.41
0.021
0.956
1.1
15
1.095
Bottom
m Edge
Note: 1.The value with blue color is the maximum SAR Value of each test band.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 49
4 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
2. For QPSK
with 100% RB alloca
ation, SAR is re
equired when and the highe
est reported SAR
for 1 RB a
and 50% RB allocation
in arre ≥ 0.8
W/kg.
Measu
urement Varia
ability
Testt Position
Channel/ Fre
equency(MHzz)
MAX Measured
SAR
R1g (W/kg)
1st Repea
ated SAR1g (W
W/kg)
Ra
atio
Botttom Edge
1870
00/1860
1.060
0.956
1.11
Note: 1) A second repeated
mea
asurement wass preformed only if the ratio of largest to smallest
SAR for the origina
al and first repe
eated
meassurements wass > 1.20 or wh
hen the origina
al or repeated measuremen
nt was ≥ 1.45 W/kg
(~ 10% ffrom the 1-g SAR
limit).
2) A third
repeated measuremen
nt was perform
med only if the
e original, first or second rep
peated measu
urement was ≥ 1.5 W/kg an
nd the
ratio of
o largest to smallest SAR for
f the originall, first and seccond repeated measuremen
nts is > 1.20.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 50
5 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 7: LTE
L Band 4
Te
est
Cov
ver
RB
RB
Posiition
Typ
pe
size
offset
Channel/
Maximum
Conducted
Frequency
Allowed
Power
(MHz)
Power(dBm))
(dBm)
Drift
(dB)
Mea
asured
SAR1g
(W
W/kg)
Scalling
Fac
ctor
Reporte
ed
SAR1g
(W/kg))
Plot
No.
Head SAR (QPS
SK)
Left Cheek
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.100
0.297
1.0
07
0.319
Left Tilt
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.020
0.216
1.0
07
0.232
Right Cheek
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.025
0.345
1.0
07
0.371
29
Right Tilt
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.013
0.258
1.0
07
0.277
Left Cheek
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.021
0.305
1.0
05
0.322
Left Tilt
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.110
0.244
1.0
05
0.257
Right Cheek
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.033
0.268
1.0
05
0.283
Right Tilt
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.012
0.303
1.0
05
0.319
1RB
50
20
0300/1745
23.50
23.19
0.150
0.302
1.0
07
0.324
1RB
50
20
0300/1745
23.50
23.19
0.020
0.333
1.0
07
0.358
Right Cheek
SIM
M2
Right Cheek
Battery 2
Body-worn
n SAR (Distan
nce 15mm)
Back Side
Stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.010
0.226
1.0
07
0.243
Front Side
Stand
dard
1RB
50
20
0300/1745
23.50
23.19
-0.020
0.195
1.0
07
0.209
Back Side
Stand
dard 50%RB
20175/1732.5
22.50
22.27
0.000
0.255
1.0
05
0.269
30
Front Side
Stand
dard 50%RB
20175/1732.5
22.50
22.27
0.056
0.219
1.0
05
0.231
Hotspot (Q
QPSK, Distan
nce 10mm)
Back Side
stand
dard
1RB
50
20
0300/1745
23.50
23.19
-0.040
0.441
1.0
07
0.473
Front Side
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.110
0.355
1.0
07
0.381
Left Edge
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.015
0.176
1.0
07
0.189
Right Edge
stand
dard
1RB
50
20
0300/1745
23.50
23.19
0.036
0.206
1.0
07
0.221
Top Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
1RB
50
20
0300/1745
23.50
23.19
0.030
0.631
1.0
07
0.678
Bottom
m Edge stand
dard
Back Side
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.021
0.473
1.0
05
0.499
Front Side
stand
dard 50%RB
20175/1732.5
22.50
22.27
-0.060
0.395
1.0
05
0.416
Left Edge
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.021
0.181
1.0
05
0.191
Right Edge
stand
dard 50%RB
20175/1732.5
22.50
22.27
0.023
0.218
1.0
05
0.230
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
Bottom
m Edge stand
dard 50%RB
20175/1732.5
22.50
22.27
0.060
0.706
1.0
05
0.744
Bottom
m Edge
50%RB
20175/1732.5
22.50
22.27
-0.030
0.711
1.0
05
0.750
31
Bottom
m Edge Battery 2 50%RB
20175/1732.5
22.50
22.27
0.021
0.702
1.0
05
0.740
Top Edge
N/A
SIM
M2
N/A
Note: 1.The value with
w blue colorr is the maximu
um SAR Value
e of each test band.
2. For QPSK with
w 100% RB allocation,
SA
AR is required when and the
e highest reported SAR for 1 RB and 50%
% RB allocation
n in are
≥ 0.8 W/kg.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 51
5 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 8: LTE
L Band 5
Test
Cover
RB
RB
Po
osition
Type
sizze
offset
Maximum
Channel/
Frequency
(MHz)
Allowed
Power
(dBm)
Conducted
Power
(dBm)
Drift
(dB)
Measured
SAR
R1g
(W/k
kg)
Scaling
Factorr
Reported
SAR1g
(W/kg)
Plot
No.
Head SAR (QPS
SK)
Lefft Cheek
sttandard
1R
RB
25
20450/829
22.00
20.88
-0.026
0.34
45
1.29
0.446
L Tilt
Left
sttandard
1R
RB
25
20450/829
22.00
20.88
0.120
0.214
1.29
0.277
Right Cheek
sttandard
1R
RB
25
20450/829
22.00
20.88
-0.130
0.396
1.29
0.513
32
Right
Tilt
sttandard
1R
RB
25
20450/829
22.00
20.88
0.120
0.24
45
1.29
0.317
Lefft Cheek
sttandard 50%RB
20450/829
21.00
19.92
0.026
0.270
1.28
0.346
L Tilt
Left
sttandard 50%RB
20450/829
21.00
19.92
0.140
0.16
68
1.28
0.215
Right Cheek
sttandard 50%RB
20450/829
21.00
19.92
0.031
0.303
1.28
0.389
Right
Tilt
sttandard 50%RB
20450/829
21.00
19.92
0.170
0.192
1.28
0.246
Right Cheek
SIM2
1R
RB
25
20450/829
22.00
20.88
0.021
0.385
1.29
0.498
Right Cheek
Ba
attery 2
1R
RB
25
20450/829
22.00
20.88
0.020
0.380
1.29
0.492
Body-worn (QPSK, Dista
ance 15mm)
Ba
ack Side
sttandard
1R
RB
25
20450/829
22.00
20.88
0.021
0.26
68
1.29
0.347
33
Fro
ont Side
sttandard
1R
RB
25
20450/829
22.00
20.88
-0.030
0.202
1.29
0.261
Ba
ack Side
sttandard 50%RB
20450/829
21.00
19.92
0.025
0.22
21
1.28
0.283
Fro
ont Side
sttandard 50%RB
20450/829
21.00
19.92
0.036
0.16
61
1.28
0.206
Hotspot (Q
QPSK, Distan
nce 10mm)
Ba
ack Side
sttandard
1R
RB
25
20450/829
22.00
20.88
0.110
0.52
22
1.29
0.676
34
Fro
ont Side
sttandard
1R
RB
25
20450/829
22.00
20.88
-0.080
0.36
68
1.29
0.476
Le
eft Edge
sttandard
1R
RB
25
20450/829
22.00
20.88
0.070
0.22
21
1.29
0.286
Rig
ght Edge
sttandard
1R
RB
25
20450/829
22.00
20.88
0.060
0.34
41
1.29
0.441
To
op Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Botttom Edge
sttandard
1R
RB
25
20450/829
22.00
20.88
0.029
0.16
67
1.29
0.216
Ba
ack Side
sttandard 50%RB
20450/829
21.00
19.92
0.010
0.410
1.28
0.526
Fro
ont Side
sttandard 50%RB
20450/829
21.00
19.92
-0.010
0.290
1.28
0.372
Le
eft Edge
sttandard 50%RB
20450/829
21.00
19.92
0.060
0.173
1.28
0.222
Rig
ght Edge
sttandard 50%RB
20450/829
21.00
19.92
0.070
0.26
65
1.28
0.340
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
20450/829
21.00
19.92
0.031
0.12
27
1.28
0.163
To
op Edge
Botttom Edge
N/A
N/A
sttandard 50%RB
Ba
ack Side
SIM2
1R
RB
25
20450/829
22.00
20.88
0.036
0.512
1.29
0.663
Ba
ack Side
Ba
attery 2
1R
RB
25
20450/829
22.00
20.88
0.012
0.500
1.29
0.647
No
ote: 1.The valu
ue with blue co
olor is the maxximum SAR Value
of each test
band.
2. For QPSK with 100% RB
R allocation, SAR is requirred when and the highest re
eported SAR fo
or 1 RB and 50%
RB alloca
ation
in are ≥ 0.8 W/kg.
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 52
5 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 9: LTE
L Band 7
Tes
st
Cov
ver
RB
RB
Posittion
Typ
pe
size
offset
Channel/
Maximum
Conducted
Frequency
Allowed
Power
(MHz)
Power(dBm))
(dBm)
Drift
(dB)
Mea
asured
SAR1g
(W
W/kg)
Scalling
Fac
ctor
Reporte
ed
SAR1g
(W/kg))
Plot
No.
Head SAR (QPS
SK)
Left Cheek
stand
dard
1RB
50
21350/2560
23.50
23.23
0.043
0.323
1.0
06
0.344
35
Left Tilt
stand
dard
1RB
50
21350/2560
23.50
23.23
0.020
0.204
1.0
06
0.217
Right Cheek
stand
dard
1RB
50
21350/2560
23.50
23.23
0.032
0.262
1.0
06
0.279
Rightt Tilt
stand
dard
1RB
50
21350/2560
23.50
23.23
0.030
0.247
1.0
06
0.263
Left Cheek
stand
dard
50%RB
21350/2560
22.50
22.25
-0.021
0.288
1.0
06
0.305
Left Tilt
stand
dard
50%RB
21350/2560
22.50
22.25
-0.061
0.207
1.0
06
0.219
Right Cheek
stand
dard
50%RB
21350/2560
22.50
22.25
-0.054
0.250
1.0
06
0.265
Rightt Tilt
stand
dard
50%RB
21350/2560
22.50
22.25
-0.030
0.229
1.0
06
0.243
Left Cheek
SIM
M2
1RB
50
21350/2560
23.50
23.23
-0.020
0.310
1.0
06
0.330
Left Cheek
Batte
ery 2
1RB
50
21350/2560
23.50
23.23
0.012
0.306
1.0
06
0.326
Body-worn (QPSK, Dista
ance 15mm)
dard
Stand
1RB
50
21350/2560
23.50
23.23
0.021
0.846
1.0
06
0.900
Stand
dard
1RB
50
21100/2535
23.50
22.91
0.118
0.928
1.1
15
1.063
Stand
dard
1RB
50
20850/2510
23.50
23.02
0.036
0.992
1.1
12
1.108
36
Front Side
Stand
dard
1RB
50
21350/2560
23.50
23.23
0.027
0.373
1.0
06
0.397
Back Side
Stand
dard
50%RB
21350/2560
22.50
22.25
0.030
0.501
1.0
06
0.531
Front Side
Stand
dard
50%RB
21350/2560
22.50
22.25
0.010
0.198
1.0
06
0.210
Back Side
Stand
dard
100%R
RB
21350/2560
22.50
22.20
0.015
0.486
1.0
07
0.521
Back Side
Hotspot (Q
QPSK, Distan
nce 10mm)
stand
dard
1RB
50
21350/2560
20.50
20.00
0.036
1.030
1.1
12
1.156
stand
dard
1RB
50
21100/2535
20.50
19.81
0.160
1.080
1.1
17
1.266
stand
dard
1RB
50
20850/2510
20.50
19.87
-0.028
1.150
1.1
16
1.330
37
Front Side
stand
dard
1RB
50
21350/2560
20.50
20.00
0.036
0.474
1.1
12
0.532
Left Edge
stand
dard
1RB
50
21350/2560
20.50
20.00
-0.025
0.220
1.1
12
0.247
Right Edge
stand
dard
1RB
50
21350/2560
20.50
20.00
0.024
0.181
1.1
12
0.203
Top Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
Bottom Edge
stand
dard
1RB
50
21350/2560
20.50
20.00
0.030
0.710
1.1
12
0.797
stand
dard
50%RB
21350/2560
20.50
19.95
0.048
0.987
1.1
14
1.120
stand
dard
50%RB
21100/2535
20.50
19.81
0.032
0.991
1.1
17
1.162
stand
dard
50%RB
20850/2510
20.50
19.79
-0.063
0.982
1.1
18
1.156
Front Side
stand
dard
50%RB
21350/2560
20.50
19.95
0.036
0.509
1.1
14
0.578
Left Edge
stand
dard
50%RB
21350/2560
20.50
19.95
-0.065
0.204
1.1
14
0.232
Right Edge
stand
dard
50%RB
21350/2560
20.50
19.95
-0.048
0.203
1.1
14
0.230
Top Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N//A
N/A
N/A
Bottom Edge
stand
dard
50%RB
21350/2560
20.50
19.95
0.060
0.702
1.1
14
0.797
Back Side
Back Side
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Stand
dard
100%R
RB
21350/2560
20.50
19.84
0.040
0.992
1.1
16
1.155
stand
dard
100%R
RB
21100/2535
20.50
19.76
0.060
0.981
1.1
19
1.163
Stand
dard
100%R
RB
20850/2510
20.50
19.69
0.010
0.900
1.2
21
1.085
Back Side
SIM
M2
1RB
50
20850/2510
20.50
19.87
-0.010
1.080
1.1
16
1.249
Back Side
Batte
ery 2
1RB
50
20850/2510
20.50
19.87
0.023
1.096
1.1
16
1.267
Back Side
No Ho
older
1RB
50
20850/2510
20.50
19.87
0.036
1.100
1.1
16
1.272
Back Side
Repea
ated
1RB
50
20850/2510
20.50
19.94
-0.060
1.030
1.1
14
1.172
Back Side
Note: 1.The value with
w blue colorr is the maximu
um SAR Value
e of each test band.
2. For QPSK with
w 100% RB allocation,
SA
AR is required when and the
e highest reported SAR for 1 RB and 50%
% RB allocation
n in are
≥ 0.8 W/kg.
Measu
urement Varia
ability
Testt Position
Channel/ Fre
equency(MHzz)
MAX Measured
SAR
R1g (W/kg)
1st Repea
ated SAR1g (W
W/kg)
Ra
atio
Ba
ack Side
2085
50/2510
1.150
1.030
1.12
Note: 1) A second repeated
mea
asurement wass preformed only if the ratio of largest to smallest
SAR for the origina
al and first repe
eated
meassurements wass > 1.20 or wh
hen the origina
al or repeated measuremen
nt was ≥ 1.45 W/kg
(~ 10% ffrom the 1-g SAR
limit).
2) A third
repeated measuremen
nt was perform
med only if the
e original, first or second rep
peated measu
urement was ≥ 1.5 W/kg an
nd the
ratio of
o largest to smallest SAR for
f the originall, first and seccond repeated measuremen
nts is > 1.20.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 10: Wi-Fi (2.4G
G)
Testt
Cover
Position
Type
Channell/
Frequenc
cy
(MHz)
Mode
Duty
802.11b Cycle
Tune-u
up Conducte
ed
limitt
Power
(dBm
m)
(dBm)
Area
Drift
Scan
(dB)
Max.SAR
(W/Kg)
Measured
SAR1g
(W/kg)
Sca
aling
Fa
actor
Reportted
SAR1g
(W/kg
g)
Plot
No.
Head SAR
Left Cheek
standard
6/2437
DSSS
1:1
17.00
16.11
-0.121
0.012
0.015
1.23
0.018
Left Tilt
standard
6/2437
DSSS
1:1
17.00
16.11
0.038
0.011
0.012
1.23
0.014
Right Ch
heek
standard
6/2437
DSSS
1:1
17.00
16.11
0.040
0.043
0.042
1.23
0.052
38
Right Tilt
standard
6/2437
DSSS
1:1
17.00
16.11
0.090
0.043
0.041
1.23
0.051
Right Ch
heek
Batteryy 2
6/2437
DSSS
1:1
17.00
16.11
-0.017
0.042
0.034
1.23
0.042
Body-worn
& Hotspot (Dis
stance 10mm)
Back Side
standa
ard
6/2437
DSSS
1:1
17.00
16.11
0.000
0.013
0.012
1.23
0.014
39
Front Side
standa
ard
6/2437
DSSS
1:1
17.00
16.11
0.000
0.014
0.011
1.23
0.013
Left Ed
dge
standa
ard
6/2437
DSSS
1:1
17.00
16.11
0.000
0.004
0.012
1.23
0.014
Right Edge
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Top Ed
dge
standa
ard
6/2437
DSSS
1:1
17.00
16.11
0.063
0.024
0.051
1.23
0.062
40
Top Ed
dge
Batteryy 2
6/2437
DSSS
1:1
17.00
16.11
0.001
0.023
0.041
1.23
0.051
Note: 1. The value witth blue color iss the maximum
m SAR Value of each test band.
2. Initial test conffiguration is 80
02.11b mode, since the high
hest maximum
m output powe
er.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Table 11: BT
Band
Bluetooth
Configu
uration
Frequency
(MHz)
Maximu
um
Powe
er
(dBm
m)
Separation
Distance
(mm)
Esttimated
SAR
(W/kg)
Hea
ad
2480
6.00
0.167
Body-worn
2480
6.00
15
0.056
Hotsspot
2480
6.00
10
0.084
For simultan
neous transmiission analysiss, Bluetooth SAR
is estimatted per KDB 447498
D01 ba
ased on the fo
ormula
below.
(max. power of channel, including tune-up tolerance,, mW)/(min. te
est separation distance, mm
m)]·[√f(GHz)/x] W/kg
for test sepa
aration distancces ≤ 50 mm; where x = 7.5
5 for 1-g SAR, and x = 18.75
5 for 10-g SAR
R.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
10.4 Sim
multaneou
us Transm
mission An
nalysis
Simultaneo
ous Transmission Configurations
Head
Body-worn
Hotspo
ot
GSM
M(Voice) + Bluetooth(da
ata)
Yes
Yes
N/A
GPRS/E
EDGE(Data) + Bluetootth(data)
N/A
Yes
Yes
WCDMA(Voice) + Bluetooth((data)
Yes
Yes
N/A
WCD
DMA(Data) + Bluetooth(d
data)
N/A
Yes
Yes
LTE(Data) + Bluetooth(dat
ta)
Yes
Yes
Yes
GSM((Voice) + Wi-Fi-2.4GHz((data)
Yes
Yes
N/A
GPRS/ED
DGE(Data) + Wi-Fi-2.4G
GHz(data)
N/A
Yes
Yes
WCDMA
A(Voice) + Wi-Fi-2.4GH
Hz(data)
Yes
Yes
N/A
WCDMA(Data) + Wi-Fi-2.4GHz
z(data)
N/A
Yes
Yes
LTE((Data) + Wi-Fi-2.4GHz(d
data)
Yes
Yes
Yes
Wi-Fi-2.4GHz(data) + Bluetooth(data)
N/A
N/A
N/A
General Note:
1. The Scaled SAR su
ummation iss calculated based on th
he same con
nfiguration a
and test position.
simultan
neous transmission SAR
R is complia
ant if,
2. Per KDB 447498 D01,
mation < 1.6
6W/kg, simultaneously trransmission
n SAR meassurement is not
i) Scalar SAR summ
necessaryy.
ii) SPLS
SR = (SAR1 + SAR2)^1..5 / (min. separation distance, mm),, and the pe
eak separatio
on
distan
nce is determ
mined from the
t square root of [(x1-x
x2)2 + (y1-y2
2)2 + (z1-z2))2], where (x
x1, y1, z1)
and (xx2, y2, z2) are
a the coord
dinates of th
he extrapolated peak SA
AR locationss in the zoom
m scan.
iii) If SP
PLSR ≤ 0.04, simultaneo
ously transm
mission SAR
R measureme
ent is not ne
ecessary.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
The max
ximum SAR
R1g Value for Main- Anttenna
SA
AR1g(W/kg)
GSM
GSM
WCDMA WCDMA WC
CDMA
850
1900
Band II
Band IV
Left Ch
heek
0.322
0.163
0.401
Left Tilt
0.247
0.065
Right Cheek
0.415
Right Tilt
Test Position
LTE
LTE
LTE
LT
TE
MAX.
Ba
and V
FDD
D2
FDD 4
FDD 5
FD
DD 7
SAR1g
0.244
0.333
0.33
37
0.322
0.446
344
0.3
0.446
0.292
0.174
0.246
0.22
26
0.257
0.277
0.2
219
0.292
0.167
0.456
0.353
0.404
0.35
54
0.371
0.513
279
0.2
0.513
0.217
0.073
0.105
0.118
0.225
0.19
94
0.319
0.317
0.2
263
0.319
Body
Back
Side
0.797
0.283
0.373
0.401
0.399
0.36
63
0.269
0.347
1.1
108
1.108
worn
Front
Side
0.449
0.168
0.348
0.396
0.314
0.34
40
0.231
0.261
0.3
397
0.449
Back
Side
1.229
0.424
0.570
0.613
0.645
0.70
07
0.499
0.676
1.3
330
1.330
Front
Side
0.639
0.252
0.531
0.603
0.479
0.619
0.416
0.476
0.5
578
0.639
Left
Edge
0.456
0.152
0.425
0.191
0.360
0.37
78
0.191
0.286
0.2
247
0.456
Right
Edge
0.673
0.194
0.278
0.241
0.514
0.38
84
0.230
0.441
0.2
230
0.673
T Edge
Top
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Bo
ottom Edge
0.440
0.583
0.793
0.846
0.291
1.214
0.750
0.216
0.7
797
1.214
Hotspot
T and Main- Antenna
About BT
SAR
R1g (W/kg)
Main-antenna
BT
MAX. ΣSA
AR1g
Left Che
eek
0.446
0.1
167
0.613
Left Tilt
0.292
0.1
167
0.459
Right Cheek
0.513
0.1
167
0.680
Right Tilt
0.319
0.1
167
0.486
Back Side
1.108
0.0
056
1.164
Front Side
0.449
0.0
056
0.505
Back Side
1.330
0.0
084
1.414
Front Side
0.639
0.0
084
0.723
Left Edge
0.456
0.0
084
0.540
Right
Edge
0.673
0.0
084
0.757
Top Edge
N/A
0.0
084
0.084
Bottom Edge
1.214
0.0
084
1.298
Test Po
osition
Body worn
1g
Hots
spot
Note: 1.The value with
w blue co
olor is the ma
aximum ΣSA
AR1g Value.
R1g =Unlicensed SARMAXX +Licensed SARMAX
2. MAX. ΣSAR
MAX. ΣSA
AR1g = 1.414
4W/kg <1.6 W/kg, so the
e Simultane
eous transim
mition SAR w
with volum sc
can are
not require
ed for BT an
nd Main-Antenna.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
About Wii-Fi and Maiin- Antenna
S 1g (W/k
SAR
kg)
Main--antenna
Wi-Fi 2.4G
MAX. ΣSA
AR1g
Left, Che
eek
0.446
0.018
0.464
Left, Tilt
0.292
0.014
0.306
Right, Ch
heek
0.513
0.052
0.565
Right, Tilt
0.319
0.051
0.370
Back Side
1.108
0.014
1.122
Front
Side
0.449
0.013
0.462
Back Side
1.330
0.014
1.344
Front
Side
0.639
0.013
0.652
Left Edge
0.456
0.014
0.470
Right
Edge
0.673
N//A
0.673
Top Edge
N/A
0.062
0.062
Bottom Edge
1.214
N//A
1.214
Test Po
osition
Body worn
1g
Hots
spot
1g
Note: 1.The value with
w blue co
olor is the ma
aximum ΣSA
AR1g Value.
R1g =Unlicensed SARMAXX +Licensed SARMAX
2. MAX. ΣSAR
MAX. ΣSA
AR1g = 1.344
4 W/kg <1.6
6 W/kg, so th
he Simultane
eous transim
mition SAR w
with volum scan
are
not require
ed for WIFI and Main-A
Antenna.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
11 Mea
asurement Uncerrtainty
Per KDB 865664 D01
1 SAR Meassurement 10
00 MHz to 6 GHz, when
n the highesst measured
d 1-g SAR
band
is < 1.5
1 W/kg, the
extensiv
ve SAR me
easurement uncertainty
y analysis
within a frequency
described in IEEE Std
d 1528- 2013 is not requ
uired in SAR
R reports sub
bmitted for e
equipment approval.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
ANNEX
X A: Test Layout
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Picturre 3: Liquid depth
in the head Phanttom (835MH
Hz, 15.3cm d
depth)
Pictu
ure 4: Liquid depth in the
e flat Phanto
om (835MHzz, 15.4cm de
epth)
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Picture
e 5: liquid de
epth in the head
Phanto
om (1750 MH
Hz, 15.3cm depth)
Picturre 6: Liquid depth
in the flat Phantom
m (1750 MH
Hz, 15.2cm d
depth)
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Picture
e 7: liquid de
epth in the head
Phanto
om (1900 MH
Hz, 15.3cm depth)
Picturre 8: Liquid depth
in the flat Phantom
m (1900 MH
Hz, 15.2cm d
depth)
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Picture
e 9: Liquid de
epth in the head
Phanto
om (2450 MHz, 15.4cm depth)
Picture
e 10: Liquid depth in the
e flat Phanto
om (2450 MH
Hz, 15.3cm depth)
TA Technology (Shangh
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Picture 11: Liquid depth
in the head Phantom (2600 MHz,
15.4cm
m depth)
e 12: Liquid depth in the
e flat Phanto
om (2600 MH
Hz, 15.3cm depth)
Picture
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
ANNEX
X B: Systtem Chec
ck Results
Plot 1 Sy
ystem Perrformance
e Check att 835 MHz Head TSL
DUT: Dipo
ole 835 MHzz; Type: D8
835V2; Seria
al: D835V2 - SN: 4d020
Date: 3/26
6/2018
Communication Syste
em: CW; Fre
equency: 83
35 MHz;Duty
y Cycle: 1:1
used:
f = 835
5 MHz; σ = 0.89 mho/m
m; εr = 41.2; ρ = 1000 kg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
emperature: 21.5℃
Liquid Te
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.23, 10..23, 10.23); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x121x
x1): Measurrement grid: dx=1.500 m
mm, dy=1.50
00 mm
d=15mm, Pin=250mW
AR (interpola
ated) = 2.64 mW/g
Maximum value of SA
W/Zoom Sc
can (5x5x7)/Cube 0: Me
easurementt grid: dx=8m
mm, dy=8mm
m,
d=15mm, Pin=250mW
dz=5mm
e Value = 54
4.4 V/m; Pow
wer Drift = -0
0.076 dB
Reference
Peak SAR
R (extrapolatted) = 3.67 W/kg
SAR(1 g) = 2.44 mW//g; SAR(10 g) = 1.6 mW
W/g
AR (measure
ed) = 2.64 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
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03S
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 2 Sy
ystem Perrformance
e Check att 835 MHz Body TSL
DUT: Dipo
ole 835 MHzz; Type: D8
835V2; Seria
al: D835V2 - SN: 4d020
Date: 3/27
7/2018
Communication Syste
em: CW; Fre
equency: 83
35 MHz;Duty
y Cycle: 1:1
used:
f = 835
5 MHz; σ = 0.99 mho/m
m; εr = 54.0; ρ = 1000 kg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
emperature: 21.5℃
Liquid Te
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x121x
x1): Measurrement grid: dx=1.500 m
mm, dy=1.50
00 mm
d=15mm, Pin=250mW
AR (interpola
ated) = 2.58
8 mW/g
Maximum value of SA
W/Zoom Sc
can (5x5x7)/Cube 0: Me
easurementt grid: dx=8m
mm, dy=8mm
m,
d=15mm, Pin=250mW
dz=5mm
e Value = 51
1.9 V/m; Pow
wer Drift = -0
0.058 dB
Reference
Peak SAR
R (extrapolatted) = 3.5 W/kg
SAR(1 g) = 2.41 mW//g; SAR(10 g) = 1.6 mW
W/g
AR (measure
ed) = 2.6 mW
W/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 3 Sy
ystem Perrformance
e Check att 1750 MHz Head TS
SL
DUT: Dipo
ole 1750 MH
Hz; Type: D1750V2;
Se
erial: D1750
0V2 - SN: 10
033
Date:3/26/2018
em: CW; Fre
equency: 17
750 MHz;Dutty Cycle: 1:1
Communication Syste
used:
f = 175
50 MHz; σ = 1.40 mho/m
m; εr = 40.1;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.63, 8.63
3, 8.63); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (51x81x1
1): Measurement grid: dx=1.500
mm
m, dy=1.500
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 9.78
8 mW/g
Maximum value of SA
W/Zoom Sc
can (5x5x7)/Cube 0: Me
easurementt grid: dx=8m
mm, dy=8mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 80
0 V/m; Powe
er Drift = 0.0
075 dB
Reference
Peak SAR
R (extrapolatted) = 15.5 W/kg
SAR(1 g) = 8.95 mW//g; SAR(10 g) = 4.5 mW
W/g
AR (measure
ed) = 9.46 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 4 Sy
ystem Perrformance
e Check att 1750 MHz Body TS
SL
DUT: Dipo
ole 1750 MH
Hz; Type: D1750V2;
Se
erial: D1750
0V2 - SN: 10
033
Date: 3/19
9/2018
Communication Syste
em: CW; Fre
equency: 17
750 MHz;Dutty Cycle: 1:1
used:
f = 175
50 MHz; σ = 1.44 mho/m
m; εr = 52.3;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Tem
mperature: 21.7℃
DASY5 Configuration
n:
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.50, 8.50
0, 8.50); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (51x81x1
1): Measurement grid: dx=1.500
mm
m, dy=1.500
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 10.6
6 mW/g
Maximum value of SA
W/Area Sca
an (5x5x7)/C
Cube 0: Mea
asurement grid:
dx=8mm
m, dy=8mm, dz=5mm
d=10mm, Pin=250mW
e Value = 77
7.7 V/m; Pow
wer Drift = 0.097
dB
Reference
Peak SAR
R (extrapolatted) = 16.8 W/kg
SAR(1 g) = 9.24 mW//g; SAR(10 g) = 4.9 mW
W/g
AR (measure
ed) = 10.3 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
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03S
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 5 Sy
ystem Perrformance
e Check att 1900 MHz Head TS
SL
DUT: Dipo
ole 1900 MH
Hz; Type: D1900V2;
Se
erial: D1900
0V2 - SN: 5d
d060
Date:3/20/2018
em: CW; Fre
equency: 19
900 MHz;Dutty Cycle: 1:1
Communication Syste
used:
f = 190
00 MHz; σ = 1.38 mho/m
m; εr = 39.6;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.37, 8.37
7, 8.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x71x1
1): Measurement grid: dx=1.500
mm
m, dy=1.500
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 11.3
3 mW/g
Maximum value of SA
W/Zoom Sc
can (5x5x7)/Cube 0: Me
easurementt grid: dx=8m
mm, dy=8mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 85
5.5 V/m; Pow
wer Drift = 0.028
dB
Reference
Peak SAR
R (extrapolatted) = 17.8 W/kg
SAR(1 g) = 9.88 mW//g; SAR(10 g) = 4.9 mW
W/g
AR (measure
ed) = 10.7 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 6 Sy
ystem Perrformance
e Check att 1900 MHz Body TS
SL
DUT: Dipo
ole 1900 MH
Hz; Type: D1900V2;
Se
erial: D1900
0V2 - SN: 5d
d060
Date: 3/28
8/2018
Communication Syste
em: CW; Fre
equency: 19
900 MHz;Dutty Cycle: 1:1
used:
f = 190
00 MHz; σ = 1.52 mho/m
m; εr = 54.0;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x71x1
1): Measurement grid: dx=1.500
mm
m, dy=1.500
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 12.2 mW/g
Maximum value of SA
W/Zoom Sc
can (5x5x7)/Cube 0: Me
easurementt grid: dx=8m
mm, dy=8mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 82
2.3 V/m; Pow
wer Drift = 0.068
dB
Reference
Peak SAR
R (extrapolatted) = 17.8 W/kg
SAR(1 g) = 9.93 mW//g; SAR(10 g) = 5.25 mW/g
AR (measure
ed) = 11.3 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 7 Sy
ystem Perrformance
e Check att 2450 MHz Head TS
SL
DUT: Dipo
ole 2450 MH
Hz; Type: D2450V2;
Se
erial: D2450
0V2 - SN: 78
86
Date: 3/20
0/2018
Communication Syste
em: CW; Fre
equency: 24
450 MHz;Dutty Cycle: 1:1
used:
f = 245
50 MHz; σ = 1.84 mho/m
m; εr = 39.3;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.55, 7.55
5, 7.55); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x71x1
1): Measurement grid: dx=1.200
mm
m, dy=1.200
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 18.2 mW/g
Maximum value of SA
W/Zoom Sc
can (7x7x7)/Cube 0: Me
easurementt grid: dx=5m
mm, dy=5mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 88
8.8 V/m; Pow
wer Drift = 0.075
dB
Reference
Peak SAR
R (extrapolatted) = 30 W/kg
SAR(1 g) = 13.7 mW//g; SAR(10 g) = 6.22 mW/g
AR (measure
ed) = 15.9 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 8 Sy
ystem Perrformance
e Check att 2450 MHz Body TS
SL
DUT: Dipo
ole 2450 MH
Hz; Type: D2450V2;
Se
erial: D2450
0V2 - SN: 78
86
Date: 3/20
0/2018
Communication Syste
em: CW; Fre
equency: 24
450 MHz;Dutty Cycle: 1:1
used:
f = 245
50 MHz; σ = 1.95 mho/m
m; εr = 51.5;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.85, 7.85
5, 7.85); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x71x1
1): Measurement grid: dx=1.200
mm
m, dy=1.200
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 16 mW/g
Maximum value of SA
W/Zoom Sc
can (7x7x7)/Cube 0: Me
easurementt grid: dx=5m
mm, dy=5mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 81
1.2 V/m; Pow
wer Drift = 0.003
dB
Reference
Peak SAR
R (extrapolatted) = 25.4 W/kg
SAR(1 g) = 12.5 mW//g; SAR(10 g) = 6.20 mW/g
AR (measure
ed) = 14.4 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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7 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 9 Sy
ystem Perrformance
e Check att 2600 MHz Head TS
SL
DUT: Dipo
ole 2600 MH
Hz; Type: D2600V2;
Se
erial: D2600
0V2 - SN: 10
058
Date: 3/20
0/2018
Communication Syste
em: CW; Fre
equency: 26
600 MHz
used:
f = 260
00 MHz; σ = 1.98 mho/m
m; εr = 38.8;; ρ = 1000 kkg/m3
Medium parameters
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.37, 7.37
7, 7.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W/Area Sca
an (41x71x1
1): Measurement grid: dx=1.200
mm
m, dy=1.200
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 17.439 mW/g
Maximum value of SA
mW/Zoom Scan
(7x7x
x7)/Cube 0:
0 Measure
ement grid: dx=5mm, dy=5mm,
d=10mm, Pin=250m
dz=5mm
e Value = 87
7.998 V/m; Power
Drift = -0.04 dB
Reference
Peak SAR
R (extrapolatted) = 31.85
58 W/kg
SAR(1 g) = 13.9 mW//g; SAR(10 g) = 6.07 mW/g
AR (measure
ed) = 15.617
7 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 75
7 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 10 System
Pe
erformanc
ce Check at
a 2600 MH
Hz Body TSL
DUT: Dipo
ole 2600 MH
Hz; Type: D2600V2;
Se
erial: D2600
0V2 - SN: 10
058
Date: 3/21
1/2018
Communication Syste
em: CW; Fre
equency: 26
600 MHz;Dutty Cycle: 1:1
used:
f = 260
00 MHz; σ = 2.12 mho/m
m; εr = 51.0;; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.51, 7.51
1, 7.51); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
W /Area Scan (41x71x
x1): Measure
ement grid: dx=1.200
mm, dy=1.200
0 mm
d=10mm, Pin=250mW
AR (interpola
ated) = 17.7
7 mW/g
Maximum value of SA
W/Zoom Sc
can (7x7x7)/Cube 0: Me
easurementt grid: dx=5m
mm, dy=5mm
m,
d=10mm, Pin=250mW
dz=5mm
e Value = 74
4 V/m; Powe
er Drift = -0.0
0027 dB
Reference
Peak SAR
R (extrapolatted) = 28.5 W/kg
SAR(1 g) = 13.5 mW//g; SAR(10 g) = 5.99 mW/g
AR (measure
ed) = 15.7 mW/g
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 76
7 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
ANNEX
X C: High
hest Grap
ph Results
Plot 11 GSM
850 Right
Cheek Middle
Date: 3/26
6/2018
Communication Syste
em: UID 0, GSM
850 (0); Frequency
y: 836.6 MH
Hz;Duty Cycle: 1:8.30042
used:
f = 837
7 MHz; σ = 0.892 S/m; εr = 41.145; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.23, 10..23, 10.23); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Middle//Area Scan (71x121x1)): Interpolate
ed grid: dx=1.500 mm, d
dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.36
65 W/kg
eek Middle//Zoom Scan
n (5x5x7)/Cube 0: Mea
asurement grid: dx=8mm
m, dy=8mm, dz=5mm
Right Che
Reference
e Value = 5.0
096 V/m; Po
ower Drift = -0.023 dB
Peak SAR
R (extrapolatted) = 0.444
4 W/kg
SAR(1 g) = 0.352 W/kg; SAR(10
0 g) = 0.266 W/kg
AR (measure
ed) = 0.368 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 77
7 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 12 GSM
850 Back
Side
e Middle (D
Distance 15mm)
Date: 3/27
7/2018
Communication Syste
em: UID 0, GSM
850 (0); Frequency
y: 836.6 MH
Hz;Duty Cycle: 1:8.30042
used:
f = 837
7 MHz; σ = 0.99 S/m; εr = 54.019; ρ = 1000 kg//m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.73
39 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 23
3.13 V/m; Po
ower Drift = 0.10 dB
Peak SAR
R (extrapolatted) = 0.935
5 W/kg
SAR(1 g) = 0.675 W/kg; SAR(10
0 g) = 0.453 W/kg
AR (measure
ed) = 0.738 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 78
7 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 13 GSM
850 GPRS
(4Tx
xslots) Ba
ack Side High
(Dista
ance 10mm
m)
Date: 3/27
7/2018
Communication Syste
em: UID 0, GPRS
4TX (0);
( Frequen
ncy: 836.6 MHz;Duty
Cyycle: 1:2.074
491
used:
f = 837
7 MHz; σ = 0.99 S/m; εr = 54.019; ρ = 1000 kg//m
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 1.19
9 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 33
3.22 V/m; Po
ower Drift = 0.07 dB
Peak SAR
R (extrapolatted) = 1.36 W/kg
SAR(1 g) = 1.11 W/kg
g; SAR(10 g)
g = 0.856 W/kg
AR (measure
ed) = 1.16 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 79
7 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 14 GSM
1900
0 Right Cheek Middlle
Date: 3/20
0/2018
Communication Syste
em: UID 0, GSM
1900 (0); Frequency: 1880 MH
Hz;Duty Cyccle: 1:8.3004
42
used:
f = 188
80 MHz; σ = 1.365 S/m; εr = 39.636
6; ρ = 1000 kkg/m
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.37, 8.37
7, 8.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Middle//Area Scan (71x121x1)): Interpolate
ed grid: dx=1.500 mm, d
dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.15
53 W/kg
eek Middle//Zoom Scan
n (5x5x7)/Cube 0: Mea
asurement grid: dx=8mm
m, dy=8mm, dz=5mm
Right Che
Reference
e Value = 3.8
868 V/m; Po
ower Drift = 0.041 dB
Peak SAR
R (extrapolatted) = 0.214
4 W/kg
SAR(1 g) = 0.139 W/kg; SAR(10
0 g) = 0.086 W/kg
AR (measure
ed) = 0.150 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 80
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 15 GSM
1900
0 Back Sid
de Middle (Distance
15mm)
Date: 3/28
8/2018
Communication Syste
em: UID 0, GSM
1900 (0); Frequency: 1880 MH
Hz;Duty Cyccle: 1:8.3004
42
used:
f = 188
80 MHz; σ = 1.498 S/m; εr = 54.067
7; ρ = 1000 kkg/m
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.343 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 4.6
639 V/m; Po
ower Drift = -0.094 dB
Peak SAR
R (extrapolatted) = 0.620
0 W/kg
SAR(1 g) = 0.236 W/kg; SAR(10
0 g) = 0.150 W/kg
AR (measure
ed) = 0.358 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 81
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 16 GSM
1900
0 GPRS (4T
Txslots) Bottom
Ed
dge Middle
e (Distance
e 10mm)
Date: 3/28
8/2018
Communication Syste
em: UID 0, GPRS
4TX (0);
( Frequen
ncy: 1880 MHz;Duty Cyccle: 1:2.0749
91
used:
f = 188
80 MHz; σ = 1.498 S/m; εr = 54.067
7; ρ = 1000 kkg/m
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
Middle
e/Area Scan
n (51x111x1): Interpolatted grid: dx=
=1.000 mm, dy=1.000 mm
Bottom Edge
Maximum value of SA
AR (interpola
ated) = 0.57
74 W/kg
Middle
e/Zoom Sca
an (7x7x7)/C
Cube 0: Mea
asurement grid:
dx=5mm
m, dy=5mm, dz=5mm
Bottom Edge
Reference
e Value = 10
0.284 V/m; Power
Drift = 0.019 dB
Peak SAR
R (extrapolatted) = 0.742
2 W/kg
SAR(1 g) = 0.495 W/kg; SAR(10
0 g) = 0.308 W/kg
AR (measure
ed) = 0.599 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 82
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 17 UMTS
Ban
nd II Rightt Cheek Middle
Date: 3/20
0/2018
Communication Syste
em: UID 0, WCDMA
II (0
0); Frequenc
cy: 1880 MH
Hz;Duty Cyccle: 1:1
used:
f = 188
80 MHz; σ = 1.365 S/m; εr = 39.636
6; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.37, 8.37
7, 8.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Middle//Area Scan (71x121x1)): Interpolate
ed grid: dx=1.500 mm, d
dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.45
52 W/kg
eek Middle//Zoom Scan
n (5x5x7)/Cube 0: Mea
asurement grid: dx=8mm
m, dy=8mm, dz=5mm
Right Che
Reference
e Value = 6.0
075 V/m; Po
ower Drift = 0.19 dB
Peak SAR
R (extrapolatted) = 0.630
0 W/kg
SAR(1 g) = 0.407 W/kg; SAR(10
0 g) = 0.249 W/kg
AR (measure
ed) = 0.441 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 83
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 18 UMTS
Ban
nd II Back Side Midd
dle (Distan
nce 15mm
m)
Date: 3/28
8/2018
Communication Syste
em: UID 0, WCDMA
II (0
0); Frequenc
cy: 1880 MH
Hz;Duty Cyccle: 1:1
used:
f = 188
80 MHz; σ = 1.495 S/m; εr = 53.672
2; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.37
72 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 10
0.15 V/m; Po
ower Drift = -0.024 dB
Peak SAR
R (extrapolatted) = 0.533
3 W/kg
SAR(1 g) = 0.333 W/kg; SAR(10
0 g) = 0.207 W/kg
AR (measure
ed) = 0.365 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 84
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 19 UMTS
Ban
nd II Botto
om Edge Middle
(Dis
stance 10mm)
Date: 3/28
8/2018
Communication Syste
em: UID 0, WCDMA
II (0
0); Frequenc
cy: 1880 MH
Hz;Duty Cyccle: 1:1
used:
f = 188
80 MHz; σ = 1.495 S/m; εr = 53.672
2; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
Middle
e/Area Scan
n (51x111x1): Interpolatted grid: dx=
=1.000 mm, dy=1.000 mm
Bottom Edge
Maximum value of SA
AR (interpola
ated) = 0.83
33 W/kg
Middle
e/Zoom Sca
an (7x7x7)/C
Cube 0: Mea
asurement grid:
dx=5mm
m, dy=5mm, dz=5mm
Bottom Edge
Reference
e Value = 20
0.76 V/m; Po
ower Drift = 0.03 dB
Peak SAR
R (extrapolatted) = 1.34 W/kg
SAR(1 g) = 0.708 W/kg; SAR(10
0 g) = 0.361 W/kg
AR (measure
ed) = 0.827 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 85
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 20 UMTS
Ban
nd IV Righ
ht Cheek Middle
Date: 3/26
6/2018
Communication Syste
em: UID 0, WCDMA
(0);; Frequency
y: 1732.6 MH
Hz;Duty Cyccle: 1:1
used:
f = 173
33 MHz; σ = 1.322 S/m; εr = 40.341
1; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.63, 8.63
3, 8.63); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Middle//Area Scan (71x121x1)): Interpolate
ed grid: dx=1.500 mm, d
dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.343 W/kg
eek Middle//Zoom Scan
n (5x5x7)/Cube 0: Mea
asurement grid: dx=8mm
m, dy=8mm, dz=5mm
Right Che
Reference
e Value = 6.8
838 V/m; Po
ower Drift = 0.06 dB
Peak SAR
R (extrapolatted) = 0.477
7 W/kg
SAR(1 g) = 0.318 W/kg; SAR(10
0 g) = 0.202 W/kg
AR (measure
ed) = 0.340 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 86
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 21 UMTS
Ban
nd IV Back
k Side Mid
ddle (Dista
ance 15mm
m)
Date: 3/19
9/2018
Communication Syste
em: UID 0, WCDMA
(0);; Frequency
y: 1732.6 MH
Hz;Duty Cyccle: 1:1
used:
f = 173
33 MHz; σ = 1.478 S/m; εr = 52.899
9; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.50, 8.50
0, 8.50); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.412 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 10
0.52 V/m; Po
ower Drift = 0.02 dB
Peak SAR
R (extrapolatted) = 0.667
7 W/kg
SAR(1 g) = 0.362 W/kg; SAR(10
0 g) = 0.129 W/kg
AR (measure
ed) = 0.455 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 87
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 22 UMTS
Ban
nd IV Botto
om Edge Middle (Distance 10
0mm)
Date: 3/19
9/2018
Communication Syste
em: UID 0, WCDMA
(0);; Frequency
y: 1752.6 MH
Hz;Duty Cyccle: 1:1
used:
f = 175
53 MHz; σ = 1.5 S/m; εr = 52.852; ρ = 1000 kg//m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.50, 8.50
0, 8.50); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
High/A
Area Scan (51x111x1): Interpolated
d grid: dx=1..000 mm, dyy=1.000 mm
Bottom Edge
Maximum value of SA
AR (interpola
ated) = 0.86
62 W/kg
High/Z
Zoom Scan (7x7x7)/Cube 0: Measurement grid
d: dx=5mm, dy=5mm, dz=5mm
Bottom Edge
Reference
e Value = 24
4.05 V/m; Po
ower Drift = 0.11 dB
Peak SAR
R (extrapolatted) = 1.30 W/kg
SAR(1 g) = 0.773 W/kg; SAR(10
0 g) = 0.437 W/kg
AR (measure
ed) = 0.858 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 88
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 23 UMTS
Ban
nd V Rightt Cheek Middle
Date: 3/26
6/2018
Communication Syste
em: UID 0, WCDMA
V (0); Frequency: 836.6 MHz;Duty Cycle: 1:1
used:
f = 837
7 MHz; σ = 0.892 S/m; εr = 41.145; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.23, 10..23, 10.23); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Middle//Area Scan (71x121x1)): Interpolate
ed grid: dx=1.500 mm, d
dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.37
77 W/kg
eek Middle//Zoom Scan
n (5x5x7)/Cube 0: Mea
asurement grid: dx=8mm
m, dy=8mm, dz=5mm
Right Che
Reference
e Value = 4.7
778 V/m; Po
ower Drift = -0.10 dB
Peak SAR
R (extrapolatted) = 0.461 W/kg
SAR(1 g) = 0.366 W/kg; SAR(10
0 g) = 0.276 W/kg
AR (measure
ed) = 0.385 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 89
8 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 24 UMTS
Ban
nd V Back
k Side Middle (Distance 15mm
m)
Date: 3/27
7/2018
Communication Syste
em: UID 0, WCDMA
V (0); Frequency: 836.6 MHz;Duty Cycle: 1:1
used:
f = 837
7 MHz; σ = 0.99 S/m; εr = 54.019; ρ = 1000 kg//m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.545 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 18
8.16 V/m; Po
ower Drift = 0.02 dB
Peak SAR
R (extrapolatted) = 0.640
0 W/kg
SAR(1 g) = 0.362 W/kg; SAR(10
0 g) = 0.137 W/kg
AR (measure
ed) = 0.544 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 90
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 25 UMTS
Ban
nd V Back
k Side Middle (Distance 10mm
m)
Date: 3/27
7/2018
Communication Syste
em: UID 0, WCDMA
V (0); Frequency: 836.6 MHz;Duty Cycle: 1:1
used:
f = 837
7 MHz; σ = 0.99 S/m; εr = 54.019; ρ = 1000 kg//m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.609 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 24
4.57 V/m; Po
ower Drift = 0.03 dB
Peak SAR
R (extrapolatted) = 0.720
0 W/kg
SAR(1 g) = 0.584 W/kg; SAR(10
0 g) = 0.451 W/kg
AR (measure
ed) = 0.612 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 91
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 26 LTE
L Band 2 1RB Rig
ght Cheek
k Low
Date: 3/20
0/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 186
60 MHz;Dutyy Cycle: 1:1
used:
f = 186
60 MHz; σ = 1.346 S/m; εr = 39.71; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.37, 8.37
7, 8.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Low/Arrea Scan (71
1x121x1): In
nterpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.343 W/kg
eek Low/Zo
oom Scan (5
5x5x7)/Cub
be 0: Measurement grid:: dx=8mm, d
dy=8mm, dz
z=5mm
Right Che
Reference
e Value = 6.0
050 V/m; Po
ower Drift = 0.030 dB
Peak SAR
R (extrapolatted) = 0.470
0 W/kg
SAR(1 g) = 0.309 W/kg; SAR(10
0 g) = 0.192 W/kg
AR (measure
ed) = 0.331 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 92
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 27 LTE
L Band 2 1RB Ba
ack Side Low (Distance 15mm
m)
Date: 3/28
8/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 186
60 MHz;Dutyy Cycle: 1:1
used:
f = 186
60 MHz; σ = 1.476 S/m; εr = 53.718
8; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Low/Area
a Scan (71x121x1): Inte
erpolated griid: dx=1.500
0 mm, dy=1..500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.36
63 W/kg
e Low/Zoom
m Scan (5x5
5x7)/Cube 0:
0 Measurem
ment grid: dxx=8mm, dy=
=8mm, dz=5
5mm
Back Side
Reference
e Value = 11.37 V/m; Po
ower Drift = -0.037 dB
Peak SAR
R (extrapolatted) = 0.503
3 W/kg
SAR(1 g) = 0.317 W/kg; SAR(10
0 g) = 0.198 W/kg
AR (measure
ed) = 0.347 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 93
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 28 LTE
L Band 2 1RB Bo
ottom Edge Low (SIM
M2, Distan
nce 10mm
m)
Date: 3/28
8/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 186
60 MHz;Dutyy Cycle: 1:1
used:
f = 186
60 MHz; σ = 1.476 S/m; εr = 53.718
8; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.17, 8.17
7, 8.17); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
Low/A
Area Scan (5
51x111x1): Interpolated
grid: dx=1.0
000 mm, dyy=1.000 mm
Bottom Edge
Maximum value of SA
AR (interpola
ated) = 1.17
7 W/kg
Low/Zoom Scan (7x7x7)/Cub
be 0: Measu
urement grid
d: dx=5mm, dy=5mm, dz
z=5mm
Bottom Edge
Reference
e Value = 26
6.59 V/m; Po
ower Drift = 0.14 dB
Peak SAR
R (extrapolatted) = 2.23 W/kg
SAR(1 g) = 1.06 W/kg
g; SAR(10 g)
g = 0.528 W/kg
AR (measure
ed) = 1.14 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 94
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 29 LTE
L Band 4 1RB Rig
ght Cheek
k High
Date: 3/26
6/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 174
45 MHz;Dutyy Cycle: 1:1
used:
f = 174
45 MHz; σ = 1.403 S/m; εr = 40.003
3; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.63, 8.63
3, 8.63); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek High/Arrea Scan (7
71x121x1): Interpolated
grid: dx=1.5
500 mm, dy=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.37
78 W/kg
eek High/Zo
oom Scan (5x5x7)/Cub
be 0: Measu
urement grid
d: dx=8mm, d
z=5mm
dy=8mm, dz
Right Che
Reference
e Value = 6.8
863 V/m; Po
ower Drift = 0.025 dB
Peak SAR
R (extrapolatted) = 0.524
4 W/kg
SAR(1 g) = 0.345 W/kg; SAR(10
0 g) = 0.216 W/kg
AR (measure
ed) = 0.367 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 95
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 30 LTE
L Band 4 50%RB Back Side Middle (Distance
15mm)
Date: 3/19
9/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 173
32.5 MHz;Du
uty Cycle: 1::1
used
(interpo
olated): f = 1732.5
MHz
z; σ = 1.423 S/m; εr = 52
2.326; ρ = 10
000 kg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.50, 8.50
0, 8.50); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (71x121x1): Interpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.29
98 W/kg
e Middle/Zo
oom Scan (5x5x7)/Cub
be 0: Measurement grid: dx=8mm, d
dy=8mm, dz
z=5mm
Back Side
Reference
e Value = 9.185 V/m; Po
ower Drift = 0.00 dB
Peak SAR
R (extrapolatted) = 0.402
2 W/kg
SAR(1 g) = 0.255 W/kg; SAR(10
0 g) = 0.159 W/kg
AR (measure
ed) = 0.293 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 96
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 31 LTE
L Band 4 50%RB Bottom Edge
Midd
dle (SIM2, Distance 10mm)
Date: 3/19
9/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 173
32.5 MHz;Du
uty Cycle: 1::1
used
(interpo
olated): f = 1732.5
MHz
z; σ = 1.421 S/m; εr = 51
1.486; ρ = 10
000 kg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(8.50, 8.50
0, 8.50); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
Middle
e/Area Scan
n (51x111x1): Interpolatted grid: dx=
=1.000 mm, dy=1.000 mm
Bottom Edge
Maximum value of SA
AR (interpola
ated) = 0.76
62 W/kg
Middle
e/Zoom Sca
an (7x7x7)/C
Cube 0: Mea
asurement grid:
dx=5mm
m, dy=5mm, dz=5mm
Bottom Edge
Reference
e Value = 22
2.96 V/m; Po
ower Drift = -0.03 dB
Peak SAR
R (extrapolatted) = 1.17 W/kg
SAR(1 g) = 0.711 W/k
kg; SAR(10
0 g) = 0.402 W/kg
AR (measure
ed) = 0.797 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 97
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 32 LTE
L Band 5 1RB Rig
ght Cheek
k Low
Date: 3/26
6/2018
Communication Syste
em: UID 0, LTE_FDD
(0
0); Frequenc
cy: 829 MHzz;Duty Cycle: 1:1
used:
f = 829
9 MHz; σ = 0.932 S/m; εr = 41.275; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.23, 10..23, 10.23); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek Low/Arrea Scan (71
1x121x1): In
nterpolated grid: dx=1.5
500 mm, dy=
=1.500 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.412 W/kg
eek Low/Zo
oom Scan (5
5x5x7)/Cub
be 0: Measurement grid:: dx=8mm, d
dy=8mm, dz
z=5mm
Right Che
Reference
e Value = 6.8
861 V/m; Po
ower Drift = -0.13 dB
Peak SAR
R (extrapolatted) = 0.487
7 W/kg
SAR(1 g) = 0.396 W/kg; SAR(10
0 g) = 0.302 W/kg
AR (measure
ed) = 0.414 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 98
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 33 LTE
L Band 5 1RB Ba
ack Side Low (Distance 15mm
m)
Date: 3/27
7/2018
Communication Syste
em: UID 0, LTE_FDD
(0
0); Frequenc
cy: 829 MHzz;Duty Cycle: 1:1
used:
f = 829
9 MHz; σ = 1.005 S/m; εr = 55.487; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Low/Area
a Scan (71x121x1): Inte
erpolated griid: dx=1.500
0 mm, dy=1..500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.33
34 W/kg
e Low/Zoom
m Scan (5x5
5x7)/Cube 0:
0 Measurem
ment grid: dxx=8mm, dy=
=8mm, dz=5
5mm
Back Side
Reference
e Value = 19
9.07 V/m; Po
ower Drift = 0.021 dB
Peak SAR
R (extrapolatted) = 0.497
7 W/kg
SAR(1 g) = 0.268 W/kg; SAR(10
0 g) = 0.188 W/kg
AR (measure
ed) = 0.347 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 99
9 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 34 LTE
L Band 5 1RB Ba
ack Side Low (Distance 10mm
m)
Date: 3/27
7/2018
Communication Syste
em: UID 0, LTE_FDD
(0
0); Frequenc
cy: 829 MHzz;Duty Cycle: 1:1
used:
f = 829
9 MHz; σ = 1.005 S/m; εr = 55.487; ρ = 1000 kg
g/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(10.40, 10..40, 10.40); Calibrated: 6/27/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Low/Area
a Scan (71x121x1): Inte
erpolated griid: dx=1.500
0 mm, dy=1..500 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.543 W/kg
e Low/Zoom
m Scan (5x5
5x7)/Cube 0:
0 Measurem
ment grid: dxx=8mm, dy=
=8mm, dz=5
5mm
Back Side
Reference
e Value = 23
3.07 V/m; Po
ower Drift = 0.11 dB
Peak SAR
R (extrapolatted) = 0.652
2 W/kg
SAR(1 g) = 0.522 W/kg; SAR(10
0 g) = 0.399 W/kg
AR (measure
ed) = 0.547 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 100 of 189
This report sh
hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 35 LTE
L Band 7 1RB Lefft Cheek High
Date: 3/20
0/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 256
60 MHz;Dutyy Cycle: 1:1
used:
f = 256
60 MHz; σ = 1.944 S/m; εr = 38.953
3; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Left
ft Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.37, 7.37
7, 7.37); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
ek High/Are
ea Scan (91x
x151x1): Intterpolated grid:
dx=1.20
00 mm, dy=1
1.200 mm
Left Chee
Maximum value of SA
AR (interpola
ated) = 0.37
73 W/kg
ek High/Zoo
om Scan (7x
x7x7)/Cube
e 0: Measure
ement grid: dx=5mm,
dyy=5mm, dz=
=5mm
Left Chee
Reference
e Value = 2.3
374 V/m; Po
ower Drift = 0.043 dB
Peak SAR
R (extrapolatted) = 0.607
7 W/kg
SAR(1 g) = 0.323 W/kg; SAR(10
0 g) = 0.168 W/kg
AR (measure
ed) = 0.332 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 101 of 189
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 36 LTE
L Band 7 1RB Ba
ack Side Low (Distance 15mm
m)
Date: 3/21
1/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 251
10 MHz;Dutyy Cycle: 1:1
used:
f = 2510 MHz; σ = 2.017 S/m; εr = 51.316
6; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.51, 7.51
1, 7.51); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Low/Area
a Scan (91x151x1): Inte
erpolated griid: dx=1.200
0 mm, dy=1..200 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 1.18
8 W/kg
e Low/Zoom
m Scan (7x7
7x7)/Cube 0:
0 Measurem
ment grid: dxx=5mm, dy=
=5mm, dz=5
5mm
Back Side
Reference
e Value = 2.7
731 V/m; Po
ower Drift = 0.036 dB
Peak SAR
R (extrapolatted) = 1.83 W/kg
SAR(1 g) = 0.992 W/kg; SAR(10
0 g) = 0.505 W/kg
AR (measure
ed) = 1.09 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 102 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 37 LTE
L Band 7 1RB Ba
ack Side Low (Distance 10mm
m)
Date: 3/21
1/2018
Communication Syste
em: UID 0, LTE
L (0); Freq
quency: 251
10 MHz;Dutyy Cycle: 1:1
used:
f = 2510 MHz; σ = 2.017 S/m; εr = 51.316
6; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.51, 7.51
1, 7.51); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Low /Area
a Scan (91x
x151x1): Inte
erpolated grrid: dx=1.200 mm, dy=1.200 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 1.33
3 W/kg
e Low/Zoom
m Scan (7x7
7x7)/Cube 0:
0 Measurem
ment grid: dxx=5mm, dy=
=5mm, dz=5
5mm
Back Side
Reference
e Value = 3.7
713 V/m; Po
ower Drift = -0.028 dB
Peak SAR
R (extrapolatted) = 2.31 W/kg
SAR(1 g) = 1.15 W/kg
g; SAR(10 g)
g = 0.529 W/kg
AR (measure
ed) = 1.26 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 103 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 38 802.11b
Right Cheek High
Date: 3/20
0/2018
Communication Syste
em: UID 0, WiFi
W (0); Fre
equency: 243
37 MHz;Dutty Cycle: 1:1
used:
f = 243
37 MHz; σ = 1.823 S/m; εr = 39.246
6; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Rig
ght Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.55, 7.55
5, 7.55); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
eek High/Arrea Scan (9
91x151x1): Interpolated
grid: dx=1.2
200 mm, dy=1.200 mm
Right Che
Maximum value of SA
AR (interpola
ated) = 0.08
801 W/kg
eek High/Zo
oom Scan (7x7x7)/Cub
be 0: Measu
urement grid
d: dx=5mm, d
z=5mm
dy=5mm, dz
Right Che
Reference
e Value = 1.7
714 V/m; Po
ower Drift = 0.040 dB
Peak SAR
R (extrapolatted) = 0.089
90 W/kg
SAR(1 g) = 0.042 W/kg; SAR(10
0 g) = 0.015 W/kg
AR (measure
ed) = 0.053 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 104 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 39 802.11b
Ba
ack Side Middle
(Diistance 10
0mm)
Date: 3/20
0/2018
Communication Syste
em: UID 0, 802.11b
(0); Frequency: 2437 MHz;Duty Cycle: 1:1
used:
f = 243
37 MHz; σ = 1.931 S/m; εr = 51.529
9; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.85, 7.85
5, 7.85); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Arrea Scan (91x151x1): Interpolated grid: dx=1.2
200 mm, dy=
=1.200 mm
Back Side
Maximum value of SA
AR (interpola
ated) = 0.0160 W/kg
e Middle/Zo
oom Scan (7x7x7)/Cub
be 0: Measurement grid: dx=5mm, d
dy=5mm, dz
z=5mm
Back Side
Reference
e Value = 0 V/m;
Power Drift = 0.00
0 dB
Peak SAR
R (extrapolatted) = 0.039
90 W/kg
SAR(1 g) = 0.0117 W/kg;
SAR(10 g) = 0.004
471 W/kg
AR (measure
ed) = 0.0138
8 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 105 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
Plot 40 802.11b
To
op Edge Middle
(Dis
stance 10m
mm)
Date: 3/20
0/2018
Communication Syste
em: UID 0, 802.11b
(0); Frequency: 2437 MHz;Duty Cycle: 1:1
used:
f = 243
37 MHz; σ = 1.931 S/m; εr = 51.529
9; ρ = 1000 kkg/m3
Medium parameters
Ambient Temperature
e:22.3 ℃
Liquid Te
emperature: 21.5℃
Phantom section: Flatt Section
n:
DASY5 Configuration
urface: 4mm
m (Mechaniccal Surface Detection)
Sensor-Su
Probe: EX
X3DV4 - SN3
3898; ConvF
F(7.85, 7.85
5, 7.85); Calibrated: 6/27
7/2017;
Electroniccs: DAE4 Sn
n1291; Calib
brated: 10/31
1/2017
Phantom: SAM1; Type: SAM; Serial: TP-1534
ment SW: DA
ASY52, Verssion 52.8 (8); SEMCAD X Version 14.6.10
(733
31)
Measurem
e Middle/Are
ea Scan (51
1x111x1): In
nterpolated grid:
dx=1.00
00 mm, dy=1.000 mm
Top Edge
Maximum value of SA
AR (interpola
ated) = 0.0296 W/kg
e Middle/Zoom Scan (7
7x7x7)/Cube
e 0: Measurrement grid: dx=5mm, d
dy=5mm, dz=
=5mm
Top Edge
Reference
e Value = 2.3
357 V/m; Po
ower Drift = 0.063 dB
Peak SAR
R (extrapolatted) = 0.131 W/kg
SAR(1 g) = 0.051 W/kg; SAR(10
0 g) = 0.016 W/kg
AR (measure
ed) = 0.056 W/kg
Maximum value of SA
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 106 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
ANNEX
X D: Prob
be Calibrration Ce
ertificate
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 108 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 110 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 111 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 112 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 114 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
Page 115 of 189
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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hall not be reprroduced exceptt in full, withoutt the written ap
pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
TA-MB-04-00
03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
TA Technology (Shangh
hai) Co., Ltd.
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03S
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pproval of TA Teechnology (Shan
nghai) Co., Ltd.
FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
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hai) Co., Ltd.
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FCC SAR Test Report
Rep
port No: R1803
3A0100-S1
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hai) Co., Ltd.
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Download: ZTEBLADEA530 LTE/WCDMA/GSM(EDGE, GPRS) Multi- Mode Digital Mobile Phone RF Exposure Info R1803A0100-S1 ZTE A530 FCCx ZTE Corporation
Mirror Download [FCC.gov]ZTEBLADEA530 LTE/WCDMA/GSM(EDGE, GPRS) Multi- Mode Digital Mobile Phone RF Exposure Info R1803A0100-S1 ZTE A530 FCCx ZTE Corporation
Document ID3848838
Application ID2i7xrqCs9EaIzlmdMIq7PQ==
Document DescriptionTest Report_SAR-1
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeRF Exposure Info
Display FormatAdobe Acrobat PDF - pdf
Filesize485.2kB (6065026 bits)
Date Submitted2018-05-14 00:00:00
Date Available2018-05-31 00:00:00
Creation Date2018-04-11 15:47:02
Producing SoftwareAcrobat Distiller 9.0.0 (Windows)
Document Lastmod2018-04-11 15:50:03
Document TitleR1803A0100-S1 ZTE A530 FCCx
Document CreatorPScript5.dll Version 5.2.2
Document Author: Administrator

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