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Building A1, Changsha E Center, No. 18 Xiangtai Avenue, Tel.:+86-731-89634887 Liuyang Economic and Technological Development Zone, Hunan, P.R.C Fax.: +86-731-89634887
www.hn-ecloud.com
Page 1 of 1
SAR Test Report For
Shenzhen Alldocube Technology And Science Co., Ltd
Test Standards:
EN50566:2017 EN50663:2017 EN62209-2:2010
Product Description: tablet pc
Tested Model: C11
Additional Model No.: C11
Report No.: EC1910010C11
Tested Date:
Issued Date:
2019-08-01 to 2019-08-30
2019-09-01
Approved By:
Bacon Wu / RF Manager
Hunan Ecloud Testing Technology Co., Ltd.
Building A1, Changsha E Center, No. 18 Xiangtai Avenue, Liuyang Economic and Technological Development Zone, Hunan, P.R.C
Tel.: +86-731-89634887 Fax.: +86-731-89634887 www.hn-ecloud.com
Note: This report is based on "STS1910010C11" of Shenzhen STS Test Services Co., Ltd.
Any reppermiss
Shenzh1/F., BuFuyong TEL: +8
production of tsion from STS
en STS Test Seilding B, ZhuokeStreet, Bao’an
86-755 3688 628
She
18/F, Ji
M
this documentS, All Test Data
ervices Co., Ltde Science ParkDistrict, Shenzh88 FAX: +86-7
SA
enzhen A
ia'anda B
Product
Brand
Model
Series M
Test Stan
Max. SAR
t must be donea Presented in
. , No.190,Chonghen, Guangdon755 3688 6277
AR T
Report
Alldocube
Bldg, HuShen
Name: ta
Name: A
Name:
Model:
ndard:
E
E
E
(10g):
e in full. No sin this report is
gqing Road, ng, China
E-mail:vita@s
TEST
No: STS
e Techno
afan Rozhen, Ch
ablet pc
ALLDOCUB
C11
C11
EN 50360:
EN 62209-1
EN 50663:
ngle part of ths only applicab
stsapp.com
T REP
S1910010C11
Issued for
ology an
ad, Dalahina 518
BE
2017; EN
1: 2016;EN
2017
Body: 0.47 W/kg
his document mble to presente
PORT
d Scienc
ang, Hon8109
50566: 20
N 62209-2:
may be reproded Test sample
T
ce Co., L
ghua Dis
017
: 2010;
duced without e.
Ltd
strict,
Applican
Address
Manufac
Address
Product
Product n
Brand na
Model na
Series M
Standard
This deviunder tesis applica
This repdocumendocumen
Date of T
Date (s) o
Date of Is
Test Res
nt’s Name .
..................
cture's Nam
..................
Descriptio
name .........
ame ..........
ame ..........
Model ..........
ds ..............
ice describest (EUT) is able only to
port shall nnt may be ant.
Test ............
of performa
ssue ..........
ult ..............
Te
Te
Au
................ :
................ :
me ............ :
................ :
on
................ :
................ :
................ :
................ :
................ :
ed above hain complian the tested
ot be reproltered or rev
..................
ance of tests
..................
..................
esting Engin
echnical Ma
uthorized Si
Test R
Shenzhen
18/F, Jia'aShenzhen
Shenzhen
18/F, Jia'aShenzhen
tablet pc
ALLDOC
C11
C11
EN 50360EN 62209EN 50663
as been tesnce with the sample ide
oduced excvised by ST
.............. :
s ............. :
.............. :
.............. :
neer :
nager :
ignatory :
Page
Report Cer
n Alldocube
anda Bldg,n, China 51
n Alldocube
anda Bldg,n, China 51
UBE
0: 2017; EN9-1: 2016; E3: 2017
sted by STS 2014/53/Entified in th
cept in fullTS, persona
2 of 56
rtification
e Technolog
Huafan Roa8109
e Technolog
Huafan Roa8109
N 50566: 20EN 62209-2
S, and the teU RED Diree report.
l, without tal only, and s
(Aaron B
(John Z
(Vita L
Repor
gy and Scien
ad, Dalang,
gy and Scien
ad, Dalang,
017 2: 2010;
est results sective Art.3.
he written shall be not
01 Aug. 20019~30 Aug.
01 Sep. 20019
Pass
2019
Bu)
ou)
Li)
rt No.: STS
nce Co., Ltd
, Honghua
nce Co., Ltd
, Honghua
show that th.1a requirem
approval oted in the re
d
District,
d
District,
e equipmenments. And
of STS, thievision of th
1910010C11
nt it
is e
1. Ge
1.
1.
1.
2. Tes
3. SA
3.
3.
4. Tis
4.
5. SA
5.
5.
6. SA
7. EU
7.
7.
7.
8. Me
9. Co
10. Te
10
10
11. SA
12. E
Appe
Appe
Appe
eneral Infor
1 EUT Des
2 Test Envi
3 Test Fact
st Standard
AR Measure
1 Definition
2 SAR Sys
ssue Simul
1 Simulatin
AR System
1 Validation
2 Validation
AR Evaluati
UT Test Pos
1 Cheek Po
2 Tilt Positi
3 Body-wor
easuremen
onducted P
est Photos
0.1 EUT Ph
0.2 Setup P
AR Result
Equipment
endix A. Sy
endix B. SA
endix C. Pr
rmation
scription
ronment
tory
ds And Lim
ement Syst
n Of Specific
tem
lating Liqu
ng Liquids P
Validation
n System
n Result
ion Proced
sition
osition
on
rn Position
nt Uncertain
Power Meas
s And Resu
otos
Photos
Summary
List
ystem Valid
AR Test Plo
robe Calibr
Tab
mits
tem
c Absorptio
ids
Parameter C
dures
Conditions
nty
surement
ults
dation Plots
ots
ration And
Page
le of Co
n Rate (SA
Check
s
Dipole Cal
3 of 56
ontents
R)
ibration Re
Repor
eport
r
5
5
6
6
7
8
8
8
11
11
12
12
12
13
14
14
15
15
16
17
24
24
27
33
37
38
48
56
t No.: STS1910010C11
Rev.
00
Note: Fo
Issue
ormat vers
e Date
1 Sep. 2019
sion of the r
R
Repor
report -V01
Page
Revision His
rt No.
STS1910010C11
4 of 56
story
Effect Pa
ALL
Repor
age
rt No.:
Conten
Initial Iss
nts
sue
STS1910010C11
1. Gene
1.1 EUTProduct NBrand NaModel NaSeries MoModel DifHardwareSoftware
Frequenc
Max. RepSAR(10g
Adapter
Battery
Descriptio
Antenna S
Operating
eral Info
T DescriptiName ame ame odel fference e Version Version
cy Range
ported ):
on test mod
Specificatio
g Mode:
rmation
ion tableALLDC11
N/A N/A N/A GSMGSMWCDLTE LTE LTE LTE WI-FWI-FSRDBluetGPSFM: 8
WCLL
LL
2.4
N/A
N/A
des SIM used
on: GSMBluetMaxi
et pc DOCUBE
M 900: 880.2M1800: 1710DMA Band IBand 1: 192Band 3: 17Band 38: 25Band 40: 23I IEEE 802I IEEE 802: 5725~587tooth: 2402 : 1575.42M88 MHz to 1
Mode
GSM 900GSM 1800CDMA BandLTE Band 1LTE Band 3TE Band 38TE Band 404GHz WLA
Limit
1 and SIM 2 to tested
M/WCDMA/Ltooth/WLANmum contin
Page
2 MHz to 910.2 MHz to : 1922.4 MH20 MHz to 10 MHz to 570 MHz to300 MHz to.11b/g/n: 24.11a/n/ac: 5
75MHz MHz to 24
MHz 108 MHz
d I
3 8 0
AN
2 is a chips
LTE: PIFA AN/GPS: PIFnuous outpu
5 of 56
14.8 MHz 1784.8 MHzHz to 1977.1980 MHz1785 MHzo 2620 MHzo 2400 MHz412MHz to 5150 – 5250
80 MHz
et unit and
Antenna FA Antennaut
Repor
z .6 MHz
z z 2472 MHz 0 MHz,
Body(W
0.760.710.430.420.590.300.430.11
2.0 W/
tested as s
rt No.:
W/Kg)
68 2
36 23 92 03 35
5 /Kg
single chipseet , SIM 1 iss
STS1910010C11
C11
1.2 Test E
Ambient
Items
Temp
Humid
1.3 Test
Shenzhe
Add. : 1/
Fuyong
Environme
t conditions
erature ( )℃
dity (%RH)
Factory
en STS Tes
/F., Building
Street, Bao
ent
s in the SAR
)
st Services
g B, Zhuoke
o’an District
R laboratory
Co., Ltd.
e Science P
t, Shenzhen
Page
y:
R
1
3
Park, No.190
n, Guangdo
6 of 56
Required
8-25
30-70
0, Chongqin
ng, China
Repor
ng Road,
rt No.: STS1910010C11
2. Test SNo.
1
2
3 E
4 E
5
This devicewithin 20 ceGeneral Poover any 10
(A). Limits f
Whole-Bod
0.4
(B). Limits f
Whole-Bod
0.08
NOTE: Wgram of tissaveraged o
Populationare definedtheir expos
Occupatioare definedpotential fo
StandardIdentity
EN 50360:2017
EN 50566:2017
EN 62209-12016
EN 62209-22010
EN 50663:2017
e belongs to entimeters oopulation/Un0 gram of tis
for Occupat
dy Partial-
8.
for General
dy P
2.
Whole-Bodysue defined over any 10
n/Uncontrod as locationsure.
onal/Controd as locationor exposure,
ds And L
Produccommuvalues frequen
Produccommuvalues frequendevices
1: Measuhumanbody-mnext to
2:
Humanbody-minstrumSpecifiHandh
Generiequipmfields (
portable deof the body oncontrolled essue.
ional/Contro
-Body Ha
0
Population/
Partial-Body
0
y SAR is avas a tissue vgrams of tis
lled Environs where the
lled Environs where the
(i.e. as a re
GENERA
Limits
ct standard unication derelated to h
ncy range frct standard unication derelated to h
ncy range frs in close prement pro
n exposure tmounted wir the ear (Fr
n exposure mounted wirmentation, a
c Absorptioeld and Bodc standard
ment related0MHz to 30
evice categoof the user. Aexposure sho
olled Exposu
nds, Wrists,
20.0
Uncontrolled
Hands, W
4.0
eraged overvolume in thsue defined
nments: ere is the exp
nments: ere is exposuesult of empl
AL POPULAT
PAR
Page
to demonstevices, withhuman expofrom 300 MHto demonst
evices with human expofrom 30 MHproximity to cedure for tto radio freqreless commrequency rato radio fre
reless command proceduon Rate (SAdy-Mountedfor assessm
d to human 00GHz)
ory because According toould be app
ure (W/kg)
Feet and A
d Exposure
Wrists, Feet
r the entire bhe shape of ad as a tissue
posure of in
ure that mayloyment or o
NOTE
TION/UNCO
RTIAL BODY
2.0 W/kg
7 of 56
Document trate the co the basic rosure to eleHz to 6 GHztrate the cothe basic reosure to elez to 6 GHz:the human the assessmquency fieldmunication dange of 300quency fieldmunication dures –Part 2AR) in the hed Devices ument of lowexposure re
its radiatingo EN 50360 plied for this
Ankles
(W/kg)
t and Ankles
body, partiaa cube. SAR
e volume in t
dividuals wh
y be incurredoccupation).
NTROLLED
Y LIMIT
g
Repor
Title mpliance ofestrictions a
ectromagnetz: devices umpliance ofestrictions aectromagnet hand-held body
ment of speds from handevices - PMHz to 6 G
ds from handevices – H
2: Procedureead and bodsed inclosepower elec
estrictions f
g structure isand 1999/5device, it is
l-body SARR for hands, he shape of
ho have no k
d by people
EXPOSURE
rt No.:
f wireless and exposu
etic fields in used next tof wireless
and exposuretic fields in
and body m
ecific absorpnd-held and art 1: Devic
GHz) nd-held andHuman modre to determdy for 30MH
e proximity tctronic and for electrom
s allowed to 519/EC the l
2.0 W/kg as
R is averagedwrists, feet
f a cube.
knowledge o
who are aw
E
ure limit the
o the ear
re limit the
mounted
ption rate of
ces used
d dels,
mine the Hz to 6GHzto the bodyelectrical
magnetic
be used imit for s averaged
d over any 1and ankles
or control of
ware of the
f
z
10 is
f
STS1910010C11
3. SAR M
3.1 Defin
SAR is relaThe SAR dtechniques occupationexercise cothan the lim
The SAR dan incremedescription
SAR is expfield in the
Where: σ isρ is
3.2 SAR S
MVG SAR
Comosar isaccording t- Main com- 6 axis rob- Data acqu- Miniature - Phone ho- Head sim
Measure
ition Of Sp
ated to the raistribution in or numericaal/controlled
ontrol over hmits for gene
efinition is tental mass (d is as below
pressed in untissue by
s the conducs the mass d
System
System Dia
s a system tto different s
mputer to conbot uisition systeE-field prob
older ulating tissu
ement Sy
pecific Ab
ate at whichn a biologicaal modeling.d and generahis or her experal populatio
he time deridm) contain
w:
nits of Watts
ctivity of the density of th
agram:
hat is able tostandards. Tntrol all the s
em be
ue
ystem
bsorption
energy is aal body is co. The standaal populationposure. In gon/uncontro
vative (rate)ed in a volu
s per kilogra
tissue; e tissue and
o determineThe Comosasystem
Page
Rate (SAR
absorbed peomplicated aard recommn/uncontroll
general, occuolled.
) of the increme element
am (W/kg) SA
d E is the RM
e the SAR diar system co
8 of 56
R)
r unit mass and is usuallyends limits fed, based oupational/co
emental enet (dv) of a giv
AR measure
MS electrica
stribution inonsists of the
Repor
in an object y carried oufor two tiers
on a person’sontrolled exp
ergy (dW) abven density
ement can b
al field streng
side a phane following it
rt No.:
t exposed tout by experim
of groups, s awareness
posure limits
bsorbed by ((ρ). The eq
be related to
gth.
ntom of humtems:
o a radio fieldmental
s and abilitys are higher
(dissipated iuation
the electric
an being
d.
y to
n)
cal
STS1910010C11
The followin
The EUT uphantom, wphantom. T
3.2.1 Prob
For the mespecificatio- Dynamic r- Tip Diame- Length of - Maximum- Distance - Probe line- Axial Isotr- Spherical - Calibratio- Angle betw
ng figure sh
nder test opwhich is filledThe OpenSA
be
asurementsons is used range: 0.01-eter: 5 mm Individual D
m external diabetween dipearity: 0±2.2ropy: ＜0.10Isotropy: ＜n range: 400ween probe
ows the sys
perating at thd with head AR software
s the Specific
-100 W/kg
Dipoles: 4.5 ameter: 8 mpole/probe e27%(±0.10dB0 dB ＜0.10 dB 0 MHz to 3 G
e axis (evalu
Figure
stem.
he maximumsimulating licomputes t
c Dosimetric
mm mm extremity: 8 mB)
GHz for heaation axis) a
1-MVG CO
Page
m power leveiquid. The Ehe results to
c E-Field Pro
mm (repeata
ad & body siand surface
OMOSAR Do
9 of 56
el is placed E-Field probeo give a SAR
obe SN 14/1
ability better
mulating liqnormal line:
osimetric E f
Repor
in the phonee measures R value in a
16 EP309 w
r than +/- 2.7
uid. : less than 3
ield Dipole
rt No.:
e holder, undthe electric 1g or 10g m
with following
7mm)
30°
der the field inside
mass.
g
the
STS1910010C11
3.2.2 Phan
For the megroup is usphantom amincludes ana cover, wh
3.2.3 Devi
The SAR insource andproduce a Srepeatable standards.
ntom
asurementssed. The phamounts to 2n additional fhich prevent
ce Holder
n the phantod the liquid sSAR uncertameasureme
s the Specificantom is a pmm +/- 0.2mflat phantoms the evapo
om is approxsurface. For ainty of ± 20ents. The po
c Anthropomolyurethane
mm. It enablem part for theration of the
Figure
Figure
ximately invea source at
0 %. Accuratositions in w
Page 1
morphic Mane shell integres the dosime simplified e liquid.
e-SN 32/14
e-SN 32/14
ersely propo5 mm distante device pohich the dev
10 of 56
nnequin (SArated in a wometric evaluaperformance
SAM115
SAM116
ortional to thence, a positi
ositioning is tvices must b
Repor
AM) defined booden table.ation of left ae check. The
e square of toning uncertherefore cru
be measured
rt No.:
by the IEEE. The thicknand right phe phantom s
the distancertainty of ± 0rucial for accd are define
E SCC-34/SCess of the one usage aset-up includ
e between th0.5 mm woucurate and d by the
C2
and des
he ld
STS1910010C11
4. Tissu
4.1 Simul
The simulaof the diele
The uncertasource of esource of ebe assesseis 0,5.
EN 62209 RThe head ain the follow
F
Date
2018-07
2018-07
2018-07
2018-07
2018-07
ue Simula
lating Liqu
ating liquids sectric parame
ainty due to error is the derror arises fed using a re
RECOMMENand body tisswing table.
Frequency
300
450
900
1450
1800
2450
3000
5200
e c
Temp[°C]
7-26 22.7
7-27 22.8
7-27 22.8
7-28 23.1
7-28 23.1
ating Liq
uids Param
should be cheters are wit
the liquid coeviation of t
from the meectangular p
NDED TISSsue dielectr
Ambient condition p. ]
Humidity[%]
7 46
8 44
8 44
1 48
1 48
quids
meter Che
hecked at ththin the tole
onductivity athe liquid coasurement p
probability Fo
UE DIELECic paramete
Head
45.3
43.5
41.5
40.5
40.0
39.2
38.5
36.0
LIQUID M
Head/BSimulating
y Frequency
900 MHz
1800 MHz
1900 MHz
2450 MHz
2600 MHz
Page 1
eck
he beginningrances of th
and permittivnductivity froprocedures or 10 g aver
CTRIC PARAers recomme
r
Body
45.3
43.5
41.5
40.5
40.0
39.2
38.5
36.0
MEASUREM
Body g Liquid
Py
Temp. [°C]
22.3P
Co
22.4P
Co
22.4P
Co
22.7P
Co
22.7P
Co
11 of 56
g of a serieshe specified
vity arises from its targeused to ass
raging, the m
AMETERSended by the
y
3
5
5
5
0
2
5
0
MENT RES
Parameters
Permittivity:
onductivity:
Permittivity:
onductivity:
Permittivity:
onductivity:
Permittivity:
onductivity:
Permittivity:
onductivity:
Repor
of SAR metarget value
rom two diffet value (maxess conduct
maximum we
e EN 62209
Head
0.87
0.87
0.97
1.20
1.40
1.80
2.40
4.70
SULTS
Target Mea
41.5 40
0.97 0.
40 41
1.4 1.
40 39
1.4 1.
39.2 38
1.8 1.
39.0 38
1.96 1.
rt No.:
easurementses
erent sourcex _ 5 %) andtivity. The uneighting coe
have been
10g
S/m
asured Devia
[%
0.01 -3.5
.95 -2.3
1.21 3.0
.36 -2.6
9.41 -1.4
.41 0.8
8.78 -1.0
.81 0.5
8.85 -0.3
.91 -2.6
s to determin
es. The first d the secondncertainty shfficient for S
incorporated
Body
0.87
0.87
0.97
1.20
1.40
1.80
2.40
4.70
ation%]
Limited[%]
59 ±10
35 ± 10
01 ± 10
65 ± 10
48 ± 10
87 ± 10
08 ± 10
59 ± 10
38 ±10
65 ±10
ne
d hall
SAR
d
d
0
0
0
0
0
0
0
0
0
STS1910010C11
5. SAR S
5.1 Valida
Each MVG predefined performanc
The systemevery SA
phantom w
5.2 Valida
Comparingspecificatio
Date
2018-07-
2018-07-
2018-07-
2018-07-
2018-07-
System V
ation Syst
system is emeasureme
ce check and
m check veriAR measuremwith a match
ation Resu
to the originon of ±10 %.
Freq.
(MHz)
-26 900
-27 1800
-27 1900
-28 2450
-28 2600
Validatio
tem
equipped witent procedurd system va
ifies that thement. The shed dipole a
ult
nal SAR val
Power
(mW)
100
100
100
100
100
on
th one or mores within th
alidation. Sys
e system opeystem chec
at a specified
ue provided
Tested Valu
(W/Kg)
0.647
2.042
2.085
2.448
2.364
Page 1
ore system vhe MVG softstem kit incl
erates withink uses normd distance. T
d by MVG, th
ue Normali
(W
6
20
20
24
23
12 of 56
validation kittware, enabludes a dipo
n its specificmal SAR meThe system
he validation
ized SAR
W/kg)
.47
0.42
0.85
4.48
3.64
Repor
ts. These une the user tole, and dipo
cations. It’s pasurement ivalidation se
n data should
Target SAR
(W/kg)
6.99
20.1
20.5
24
24.6
rt No.:
nits, togetheo conduct th
ole device ho
performed din the flat seetup is show
d be within i
To
-
2
-
er with the he system older.
aily or beforection of the wn as below
its
lerance
(%)
-7.48
1.58
1.72
2.01
-3.90
re
w.
STS1910010C11
6. SAR E
The proced
- Establish
mobile and
- Measurem
calculating
- Measurem
inner surfac
values betw
the maximu
- Around th
or 5 mm. W
Area Scan&
First Area S
measureme
order to det
The Zoom
over 10 g. A
When the 1
for other pe
there is no
Evaluatio
dure for asse
a call with th
the base st
ment of the l
a possible p
ment of the S
ce of the ph
ween the se
um SAR is c
is point, a c
With these da
& Zoom Sca
Scan is used
ent grid with
termine the
Scan is perf
Area scan a
1-g SAR of t
eaks within 2
increase in
on Proce
essing the a
he maximum
tation simula
ocal E-field
power drift.
SAR distribu
antom. Sinc
nsors and th
calculated by
ube of 30 * 3
ata, the pea
an:
d to locate th
hin an Area S
EM field dis
formed arou
and zoom sc
the highest p
2 dB of the h
SAR.
edures
average SAR
m output pow
ator is estab
value at a fi
ution with a g
ce the senso
he inner pha
y an interpo
30 * 30 mm
k spatial-ave
he approxim
Scan is defin
stribution in a
und the highe
can resolutio
peak is withi
highest peak
Page 1
R value cons
wer with a ba
blished via a
ixed location
grid of 8 to 1
ors cannot d
antom surfac
lation schem
or 32 * 32 *
erage SAR
mate location
ned by the g
a three-dime
est E-field v
on setting fo
in 2 dB of th
k that have
13 of 56
sists of the f
ase station s
ir interface.
n. This value
16mm * 8 to
irectly meas
ce are extra
me.
32 mm is as
value can b
n(s) of the lo
grid extent, g
ensional spa
value to dete
llows KDB 8
he SAR limit
not been inc
Repor
following ste
simulator. Th
e serves as
o16 mm and
sure at the in
polated. Wit
ssessed by m
e calculated
ocal peak SA
grid step siz
atial extensio
ermine the a
865664 D01v
, additional z
cluded in any
rt No.:
eps:
he connectio
a reference
a constant
nner phanto
th these valu
measuring 5
d.
AR value(s).
ze and grid o
on, Zoom Sc
averaged SA
v01r01 quot
zoom scans
y zoom sca
on between
value for
distance to
om surface, t
ues the area
5 or 8 * 5 or 8
The
offset. Next,
can is requir
AR -distributi
ted below.
s are require
n to ensure
the
the
the
a of
8*4
in
red.
ion
ed
STS1910010C11
7. EUT T
This EUT w
Define Two
1)The verticwidth wt of
2)The horizacoustic ou
3)The two lacoustic outhat the verhandsets, h
7.1 Cheek
1)To positiocrossing thdevice in threference pline RE-LE
2)To move phone touccontact withof the phan
Test Pos
was tested in
o Imaginary
cal centerlinthe handset
zontal line isutput. The ho
lines interseutput; howevrtical centerlhandsets wit
k Position
on the device center pic
his plane, alipoint (M: Mo.
the device tched the earh ear, move ntom or until
sition
n Right Chee
Lines On Th
ne passes tht at the level
s perpendicuorizontal line
ect at point Aver, the acouline is not neth flip covers
n
ce with the vcec in a planign the vertic
outh, RE: Rig
towards the r. While mainthe bottom contact with
ek, Right Tit
he Handset:
hrough two pl of the acou
ular to the vee is also tan
A. Note that ustic output ecessarily tos, and other
vertical centee parallel tocal center linght Ear, and
phantom wntaining the of the phoneh the ear is
Page 1
tled, Left Ch
:
points on theustic output,
ertical centegential to th
for many hamay be loca
o the front far irregularly s
er line of theo the sagittalne with the r
d LE: Left Ea
with the ear pdevice in the until any plost
14 of 56
heek, Left Tit
e front side oand the mid
rline and pahe face of the
andsets, poinated elsewhace of the hashaped han
e body of thel plane of thereference plar) and align
piece alignedhe referencepoint on the f
Repor
tled, Front F
of the handsdpoint of the
asses througe handset a
nt A coincideere on the h
andset, espedsets.
e device ande phantom. ane contain
n the center
d with the th plane and mfront side is
rt No.:
Face and Re
set the midpe width wb of
gh the centeat point A.
es with the chorizontal linecially for cla
d the horizonWhile maint
ning the ear of the ear p
he line LE-Rmaintaining in contact w
ear Face.
point of the f the handse
r of the
center of thene. Also noteamshell
ntal line taining the and mouth iece with the
E until the the phone
with the chee
et.
e e
e
ek
STS1910010C11
7.2 Tilt Po
(1)To positi
(2) While mmoves it ou
7.3 Body-
1) To positi
2) To adjus
3) To adjus
osition
ion the devic
maintaining tutward away
-worn Pos
ion the EUT
st the EUT p
st the distanc
ce in the “ch
he device iny from the m
sition Con
T parallel to t
parallel to the
ce between
heek” positio
n the referenmouth by an a
nditions
the phantom
e flat phanto
the EUT su
Page 1
on described
nce plane deangle of 15
m surface.
om.
urface and th
15 of 56
d above.
escribed abodegrees or
he flat phant
Repor
ove and pivountil with the
tom to 5mm
rt No.:
oting againse ear is lost
.
t the ear, .
STS1910010C11
8. Meas
This uncertlevel using
NO
Measureme
1 Prob
2 Axia
3 Hem
4 Bou
5 Line
6 Sys
7 Rea
8 Res
9 Inte
10 Amb
11 Amb
12 Prob
13 Probshe
14 Max
Test sam
15 De
16 De
17 Dr
Phantom
18 Ph
19 Liq
20 Liq
21 Liq
22 Liq
Combined
Expanded
urement
tainty represa coverage
ent System
be calibration
al isotropy
mispherical iso
undary effect
earity
tem Detection
adout electron
sponse time
gration time
bient noise
bient reflection
be positioner
be positioningll
x.SAR evaluat
ple related
evice position
evice holder
rift of output p
and set-up
hantom uncer
quid conductiv
quid conductiv
quid Permittiv
quid Permittiv
d standard
d uncertainty
t Uncerta
sents an expfactor of k=
Source
otropy
n limits
ics
ns
mech. restrict
g with respect
tion
ing
power
rtainty
vity (target)
vity (meas)
vity (target)
vity (meas)
(P=95%)
ainty
panded unce=2.
ions
to phantom
Page 1
ertainty expr
Tol(%) Pro
5.8
3.5
5.9
1.0
4.7
1.0
0.5
0
1.4
3.0
3.0
1.4
1.4
1.0
2.6
3
5.0
4.0
2.5
4
2.5
5.0
16 of 56
ressed at ap
ob. Dist.Div.
k
N 1
R √3
R √3
R √3
R √3
R √3
N 1
R √3
R √3
R √3
R √3
R √3
R √3
R √3
N 1
N 1
R √3
R √3
N 1
N 1
N 1
N 1
RSS U
U = k CU
Repor
pproximately
ci (1g) ci (
1
(1-cp)1/2(1-c
√Cp √
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0.78 0
0.23 0
0.78 0
0.23 0
n
iiiC UCU
1
22
,k=2
rt No.:
y the 95% co
(10g) 1gUi
1 5.8
cp)1/2 1.43
√Cp 2.41
1 0.58
1 2.71
1 0.58
1 0.50
1 0
1 0.81
1 1.73
1 1.73
1 0.81
1 0.81
1 0.6
1 2.6
1 3.0
1 2.89
1 2.31
0.71 1.95
0.26 0.92
0.71 1.95
0.26 1.15
2 10.63%
21.26%
onfidence
i 10gUiVf
5.8 ∞
3 1.43 ∞
2.41 ∞
8 0.58 ∞
2.71 ∞
8 0.58 ∞
0 0.50 ∞
0 ∞
0.81 ∞
3 1.73 ∞
3 1.73 ∞
0.81 ∞
0.81 ∞
0.6 ∞
2.6 1
3.0
2.89 ∞
2.31 ∞
5 1.78
1.04
5 1.78 ∞
5 1.30 ∞
% 10.54%
% 21.08%
Veff
∞
∞
∞
∞
∞
∞
∞
∞
∞
∞
∞
∞
∞
∞
11
7
∞
∞
5
5
∞
∞
STS1910010C11
9. Cond
Test Resu
Fre
GSM
GPR
GPR
GPR
GPR
EGP
EGP
EGP
EGP
RemarkMulti-SloMulti-SloMulti-Slo
Fre
GSM
GPR
GPR
GPR
GPR
EGPR
EGPR
EGPR
EGPR
Remar1. SAR2. Thescaledburst-aFrameFrameFrameFrame
ucted Po
ult:
Band
Channel
equency (M
M(GMSK, 1-
RS (GMSK, 1
RS (GMSK, 2
RS (GMSK, 3
RS (GMSK, 4
RS(8PSK, 1
RS(8PSK, 2
RS(8PSK, 3
RS(8PSK, 4
k: GPRS, CSot Class 8 , ot Class 10 ot Class 12
Band
Channel
equency (M
M(GMSK, 1-
S (GMSK, 1
S (GMSK, 2
S (GMSK, 3
S (GMSK, 4
RS(8PSK, 1
RS(8PSK, 2
RS(8PSK, 3
RS(8PSK, 4
rk : R testing wae frame-averd the maximuaveraged poe-averaged pe-averaged pe-averaged pe-averaged p
ower Me
Hz)
-Slot)
1-Slot)
2-Slot)
3-Slot)
4-Slot)
1-Slot)
2-Slot)
3-Slot)
4-Slot)
S4 coding scSupport Ma, Support M, Support M
Hz)
-Slot)
1-Slot)
2-Slot)
3-Slot)
4-Slot)
1-Slot)
2-Slot)
3-Slot)
4-Slot)
as performedraged powerum ower based power = Burpower = Burpower = Burpower = Bur
asureme
RF O
975
880.2
33.38
30.52
30.24
29.84
28.94
24.59
24.14
23.69
21.64
cheme. EGPax 4 downlin
Max 3 downliMax 1 downli
Fram- R
975
880.2
24.38
21.52
24.24
25.58
25.94
15.59
18.14
19.43
18.64
d on the maxr is linearly p
on time slotrst averagedrst averagedrst averagedrst averaged
Page 1
ent
Output Powe
GSM 900
60
902.0
33.83
30.61
30.20
29.89
29.28
24.42
24.06
23.75
21.46
PRS, MCS5k, 1 uplink , nk, 2 uplink nk, 4 uplink
RF Output Po
GSM 900
60
902.0
24.83
21.61
24.20
25.63
26.28
15.42
18.06
19.49
18.46
ximum framproportion to
ts. The calcud power (1 Td power (2 Td power (3 Td power (4 T
17 of 56
er (dBm)
124
914.8
33.80
30.52
30.14
29.81
28.22
24.54
24.15
23.85
22.33
coding sche5 working li, 5 working , 5 working
ower (dBm)
124
914.8
24.80
21.52
24.14
25.55
25.22
15.54
18.15
19.59
19.33
e-averaged o the slot nu
ulated methoTx Slot) – 9.0Tx Slots) – 6Tx Slots) - 4.Tx Slots) – 3
Repor
512
1710.2
31.18
27.19
26.72
26.26
27.24
21.39
21.05
20.56
21.92
eme. nk link link
512
1710.2
22.18
18.19
20.72
22.00
24.24
12.39
15.05
16.30
18.92
power modmber config
od is shown 03 dB .02 dB 26 dB .01 dB
rt No.:
DCS 1800
698
1747.4
31.23
26.76
26.48
26.19
27.21
21.34
20.91
20.48
21.51
DCS 1800
698
1747.4
22.23
17.76
20.48
21.93
24.21
12.34
14.91
16.22
18.51
e. gured and it
as below:
885
1784.8
30.98
27.10
26.72
26.32
26.84
21.31
20.83
20.53
22.69
885
1784.8
21.98
18.10
20.72
22.06
23.84
12.31
14.83
16.27
19.69
is linearly
STS1910010C11
WCDMA
As the SAR
maximum o
3GPP TS 3
all “all ‘1’s”b
The followin
R body tests
output powe
34.121 with t
b Test loop
ng procedur
s for WCDMA
er were verifi
the following
Mode 1
res had bee
B
Ch
Freque
RMC 1
HSDPA
HSDPA
HSDPA
HSDPA
HSUPA
HSUPA
HSUPA
HSUPA
HSUPA
A Band I, w
ied on high,
g configurati
n used to pr
Band
annel
ncy (MHz)
12.2Kbps
A Subtest-1
A Subtest-2
A Subtest-3
A Subtest-4
A Subtest-1
A Subtest-2
A Subtest-3
A Subtest-4
A Subtest-5
Page 1
we establishe
middle and
ion: a 12.2k
repare the E
961
1922
22.8
21.8
21.8
20.9
21.1
22.2
22.8
23.3
22.3
24.2
18 of 56
ed the radio
low channe
bps RMC, 6
EUT for the S
WCDMA
2 975
2.4 195
89 23.2
87 22.
88 21.6
96 21.6
3 22.0
28 20.2
82 20.
33 21.
34 20.2
26 22.
Repor
link through
els for each
64,144,384 k
SAR test.
A Band I
50 988
50 197
24 23.
19 22.
69 22.
68 21.
06 21.
22 20.
74 20.
17 21.
22 20.
14 22.
rt No.:
h call proces
test band ac
kbps RMC w
88
77.6
.14
.09
.83
.96
.96
.14
.55
.04
.05
.05
ssing. The
ccording to
with TPC sett to
STS1910010C11
WLAN (2.4
a. The clienspecified m
b. Maximummeasureme
c. The condafter the SA
d. During Sother chann
Output pow
80
80
4Gband)
nt supplied amaximum pow
m conductedent.
ducted poweAR measure
SAR test, thenels were m
wer (Averag
Mode
802.11b
802.11g
02.11 n-HT20
02.11 n-HT40
a special driwer and cha
d power was
er was measement.
e highest oumeasured ac
ge)(dBm):
0
0
ver to prograange the cha
s measured
sured at the
tput channecording to th
Channel Number
1
7
13
1
7
13
1
7
13
3
7
11
Page 1
ram the EUTannel freque
by replacing
e high, middl
el per band mhe normal p
Fre(
19 of 56
T, allowing itency.
g the antenn
e and low c
measured firrocedures.
equency (MHz)
2412
2442
2472
2412
2442
2472
2412
2442
2472
2422
2442
2462
Repor
to continua
na with an a
hannel frequ
rst, and then
Ave
rt No.:
ally transmit
adapter for c
uency befor
n if necessa
erage EIRP (dBm)
14.51
14.82
14.34
12.92
12.39
12.42
12.72
12.38
12.24
12.08
11.8
12.05
the
conductive
e and
ry, the
Power
STS1910010C11
Bluetooth
BLE
Note: Accothan trequir
GFS
π/4-DQ
8DPS
GFS
ording to prEthe low-powred.
Mode
SK(1Mbps)
QPSK(2Mbps
SK(3Mbps)
Mode
SK(1Mbps)
EN 50663,Thwer exclusion
s)
he available n level defin
Page 2
antenna poed (Pmax:1
20 of 56
Av
Av
ower of this E3 dBm), So
Repor
verage EIRP(dBm)
3.28
3.88
3.83
verage EIRP (dBm)
‐1.89
EUT is 12.8 bluetooth st
rt No.:
P Power
P Power
dBm, the potand-alone S
ower Is lessSAR is not
s
STS1910010C11
LTE outpu
Band
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band1
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
ut list Chann
Bandwi
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 5MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
1 20MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 1.4MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 5MH
3 10MH
3 10MH
nel idth
Modu
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
Hz QP
Hz QP
ulation Chan
PSK 180
PSK 180
PSK 180
PSK 180
PSK 183
PSK 183
PSK 183
PSK 183
PSK 185
PSK 185
PSK 185
PSK 185
PSK 181
PSK 181
PSK 181
PSK 181
PSK 183
PSK 183
PSK 183
PSK 183
PSK 185
PSK 185
PSK 185
PSK 185
PSK 192
PSK 192
PSK 192
PSK 192
PSK 195
PSK 195
PSK 195
PSK 195
PSK 199
PSK 199
PSK 199
PSK 199
PSK 192
PSK 192
PSK 192
PSK 192
PSK 195
PSK 195
PSK 195
PSK 195
PSK 199
PSK 199
PSK 199
PSK 199
PSK 192
PSK 192
Page 2
nnel RB
025
025
025
025
300
300
300
300
575
575
575
575
100
100
100
100
300
300
300
300
500
500
500
500
207
207
207
207
575
575
575
575
943
943
943
943
225
225
225
225
575
575
575
575
925
925
925
925
250
250
21 of 56
B Configure
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#5
5RB#0
5RB#1
1RB#0
1RB#5
5RB#0
5RB#1
1RB#0
1RB#5
5RB#0
5RB#1
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
12RB#0
12RB#38
Report No.:
Result (dBm)
23.58
23.55
23.68
23.75
23.51
23.50
23.60
23.61
23.49
23.50
23.57
23.55
23.87
23.98
23.69
23.77
23.95
23.81
23.79
23.67
23.79
23.84
23.59
23.50
23.68
23.73
24.01
23.96
23.97
24.02
24.33
24.27
24.13
24.17
24.36
24.31
23.69
23.75
23.81
23.95
24.04
24.11
24.16
24.23
24.03
24.14
24.06
24.09
23.65
23.79
Verdict
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
STS1910010C11
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band3
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
3 10MH
3 10MH
3 10MH
3 10MH
3 10MH
3 10MH
3 10MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
3 20MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 5MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
8 20MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
0 5MH
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
z QP
PSK 192
PSK 195
PSK 195
PSK 195
PSK 199
PSK 199
PSK 199
PSK 193
PSK 193
PSK 193
PSK 193
PSK 195
PSK 195
PSK 195
PSK 195
PSK 198
PSK 198
PSK 198
PSK 198
PSK 377
PSK 377
PSK 377
PSK 377
PSK 380
PSK 380
PSK 380
PSK 380
PSK 382
PSK 382
PSK 382
PSK 382
PSK 378
PSK 378
PSK 378
PSK 378
PSK 380
PSK 380
PSK 380
PSK 380
PSK 381
PSK 381
PSK 381
PSK 381
PSK 386
PSK 386
PSK 386
PSK 386
PSK 391
PSK 391
PSK 391
PSK 391
PSK 396
PSK 396
Page 2
250
575
575
575
900
900
900
300
300
300
300
575
575
575
575
850
850
850
850
775
775
775
775
000
000
000
000
225
225
225
225
850
850
850
850
000
000
000
000
150
150
150
150
675
675
675
675
150
150
150
150
625
625
22 of 56
50RB#0
12RB#0
12RB#38
50RB#0
12RB#0
12RB#38
50RB#0
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
8RB#0
8RB#17
1RB#0
1RB#24
Report No.:
22.66
24.08
24.16
23.08
23.95
23.94
22.91
23.96
24.29
23.67
23.89
24.28
24.46
24.04
24.14
0.00
0.00
24.02
23.96
23.16
23.16
23.26
23.29
23.19
23.23
23.25
23.31
23.27
23.26
23.35
23.36
23.32
23.38
23.24
23.29
23.29
23.52
23.28
23.41
23.41
23.53
23.35
23.41
24.21
24.15
24.30
24.29
23.98
23.89
24.08
24.05
23.07
23.08
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
FAIL
FAIL
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
STS1910010C11
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
Band4
0 5MH
0 5MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
0 20MH
z QP
z QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
Hz QP
PSK 396
PSK 396
PSK 387
PSK 387
PSK 387
PSK 387
PSK 391
PSK 391
PSK 391
PSK 391
PSK 395
PSK 395
PSK 395
PSK 395
Page 2
625
625
750
750
750
750
150
150
150
150
550
550
550
550
23 of 56
8RB#0
8RB#17
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
1RB#0
1RB#99
18RB#0
18RB#82
Report No.:
23.14
23.09
24.36
24.15
24.32
24.13
24.31
23.89
24.18
23.83
23.37
23.10
23.34
22.98
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
PASS
STS1910010C11
10. Test
10.1 EUT
t Photos
Photos
And Ressults
Page 224 of 56 Report No.: STS1910010C11
Page 225 of 56 Report No.: STS1910010C11
Page 2
Left side
26 of 56
e
Report No.: STS1910010C11
10.2 Setu
up Photos
B
B
Page 2
Body Front
Body Back
27 of 56
side
side
Report No.: STS1910010C11
B
Page 2
Body Right
Body Left s
28 of 56
side
side
Report No.: STS1910010C11
B
Page 2
Body Top s
ody Bottom
29 of 56
side
m side
Report No.: STS1910010C11
900 Bod
1800 Bo
Page 3
dy liquid de
ody liquid de
30 of 56
pth (15 cm)
epth (15 cm
15cm
15
Repor
)
)
m
5cm
rt No.: STS1910010C11
1900 Bo
2450 Bo
Page 3
ody liquid de
ody liquid de
31 of 56
epth (15 cm
epth (15 cm
15cm
15
Repor
)
)
5cm
rt No.: STS1910010C11
2600 Bo
Page 3
ody liquid de
32 of 56
epth (15 cm
15cm
Repor
)
m
rt No.: STS1910010C11
11. SAR
Body: (0mm
Band
GSM 90
GSM 18
WCDMBand
LTE Ban
LTE Ban
R Result S
m between
d M
00 G
Dat
800 G
Dat
MA I
nd 1 20M
O
nd 3 20M
O
Summar
DUT and PTest Case o
Model
GPRS ta-4 Slot
GPRS ta-4 Slot
RMC
MHz 1RB Offset 0
MHz 1RB Offset 0
ry
Phantom) of Body
Test Positio
Body Fron
Body Back
Left side
Right side
Top Side
Bottom Sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Page 3
on Chan
nt CH
k CH
CH
e CH
CH
de CH
k CH 9
k CH
nt CH 6
k CH 6
CH 6
e CH 6
CH 6
e CH 6
k CH 5
k CH 8
nt CH 9
k CH 9
CH 9
e CH 9
CH 9
e CH 9
k CH 9
k CH 9
nt CH18
k CH18
CH18
e CH18
CH18
e CH18
k CH 18
k CH 18
nt CH19
k CH19
CH19
e CH19
33 of 56
Fr(Mnnel
60 90
60 90
60 90
60 90
60 90
60 90
975 88
124 91
698 174
698 174
698 174
698 174
698 174
698 174
512 171
885 178
9750 195
9750 195
9750 195
9750 195
9750 195
9750 195
9612 192
9888 197
8300 195
8300 195
8300 195
8300 195
8300 195
8300 195
8100 193
8500 197
9575 174
9575 174
9575 174
9575 174
Repor
req. MHz)
Pow
Drift
02.0 3.1
02.0 0.7
02.0 0.0
02.0 -0.
02.0 0.2
02.0 3.3
80.2 0.7
4.8 0.7
47.4 0.0
47.4 3.4
47.4 -2.
47.4 2.2
47.4 1.3
47.4 1.6
10.2 3.4
84.8 3.4
50.0 -3.
50.0 -2.
50.0 3.6
50.0 0.6
50.0 -0.
50.0 0.9
22.4 -2.
77.6 -2.
50.0 3.0
50.0 3.8
50.0 -0.2
50.0 3.8
50.0 0.0
50.0 -0.4
30.0 3.8
70.0 3.8
47.5 1.0
47.5 0.4
47.5 1.7
47.5 -2.
rt No.:
wer
t(%)
SAR ((W/
18 0.36
78 0.76
07 0.03
55 0.03
21 0.09
38 0.23
78 0.69
78 0.72
06 0.35
42 0.71
71 0.0
21 0.02
32 0.4
69 0.42
42 0.65
42 0.66
79 0.2
92 0.43
67 0.39
64 0.09
37 0.10
96 0.1
92 0.39
92 0.38
05 0.20
81 0.42
27 0.34
83 0.2
09 0.07
47 0.08
81 0.4
81 0.39
05 0.28
46 0.59
77 0.3
52 0.52
10g)/kg)
Mea.
No.
65 -
68 1
33 -
37 -
91 -
31 -
93 -
25 -
57 -
12 2
15 -
25 -
17 -
21 -
58 -
63 -
11 -
36 3
93 -
92 -
02 -
11 -
96 -
87 -
08 -
23 4
45 -
11 -
74 -
82 -
11 -
98 -
85 -
92 5
12 -
29 -
STS1910010C11
Note: ·Two S
·When
Ba
GSM
2.4
WL
LTE Band
LTE Band
2.4GHWLAN
SIM card slo
n the 10g SA
and
M 900
Da
4GHz
LAN 8
d 38 20M
O
d 40 20M
O
z N
80
ot can’t work
AR is ≤1.0W
Model
GPRS
ata-4 Slot
802.11b
MHz 1RB Offset 0
MHz 1RB Offset 0
02.11b
k at the same
W/kg，testin
Test
Position
Body Back
Body Back
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Left side
Right side
Top side
Bottom sid
Body Back
Body Back
Body Fron
Body Back
Page 3
e time.
ng for low an
Gap
(mm)
0
0
CH19
e CH19
k CH19
k CH19
nt CH38
k CH38
CH38
e CH38
CH38
e CH38
k CH37
k CH38
nt CH39
k CH39
CH39
e CH39
CH39
e CH39
k CH38
k CH39
nt CH
k CH
34 of 56
nd high chan
Channe
CH 60
CH 7
9575 174
9575 174
9300 172
9850 177
8000 25
8000 25
8000 25
8000 25
8000 25
8000 25
7850 25
8150 26
9150 23
9150 23
9150 23
9150 23
9150 23
9150 23
8750 23
9550 23
H 7 24
H 7 24
Repor
nnel is optio
el
SAR
(W/k
0 0.76
0.11
47.5 0.1
47.5 -2.2
20.0 0.4
75.0 0.4
595 2.4
595 1.6
595 -2.4
595 -0.
595 0.9
595 -0.
580 1.6
610 1.6
350 0.3
350 -1.
350 2.8
350 3.0
350 -0.
350 -0.
310 -1.
390 -1.
442 -1.
442 1.5
rt No.:
onal.
(10g)
kg)
Co
SA
(W
68
0
15
18 0.0
22 0.05
46 0.49
46 0.5
43 0.15
69 0.30
44 0.24
84 0.02
97 0.05
05 0.19
69 0.26
69 0.30
32 0.22
54 0.43
83 0.08
01 0.13
53 0.02
39 0.03
54 0.39
54 0.37
57 0.07
56 0.11
ombined
AR (10g)
W/kg)
0.883
18 -
53 -
93 -
15 -
57 -
03 6
43 -
29 -
53 -
90 -
69 -
01 -
24 -
35 7
89 -
38 -
28 -
35 -
96 -
74 -
78 -
15 8
STS1910010C11
SimultaneApplication
NOTE:
1. Bluetoot
2. 2.4GHz W
3. For simu
transmis
4. The repo
5. DUT will
transmit
6. Multi-ban
of determ
from the
where :
Pt
the seco
If the out
seconda
eous Multi-n Simultane
Pos
He
Bo
h and 2.4GH
WLAN and 5
ultaneous tra
ssion was th
orted SAR s
choose eith
t simultaneo
nd transmiss
mining the th
measured p
th.m is the thr
ndary transm
tput power o
ry transmitte
band Transeous Transm
sition
ead
ody
Hz WLAN ca
5GHz WLAN
ansmission a
he worst sta
ummation is
her 2G/3G/4
ously.
sion analysi
hreshold pow
peak spatial-
P a
reshold excl
mitter at the
of the secon
er is not nec
smission Emission info
1. GS
2. WC
3. LTE
1. GS
2. WC
3. LTE
an’t simultan
N can’t simu
at head and
te.
s calculated
G according
s for Body S
wer level ava
-average SA
available = Pth
usion powe
separation
dary transm
cessary.
Page 3
Evaluation:rmation:
M + BT
CDMA + BT
E + BT
M + BT
CDMA + BT
E + BT
neous transm
ultaneous tra
body expos
based on th
g to the netw
SAR is perfo
ailable to the
AR of the pri
,m * (SAR lim
r level taken
distance us
mitter is less
35 of 56
:
Simultane
mission at th
ansmission a
sure position
he same con
work signal c
ormed follow
e secondary
mary transm
m - SAR 1 )/S
n from Annex
sed in the tes
than P availab
Repor
ous state
he same tim
at the same
n, 2 transmit
nfiguration a
condition, th
wing EN 6220
y transmitter
mitter (SAR1)
SAR lim
x B of IEC 6
sting .
ble ，SAR me
rt No.:
me.
e time.
tters simulta
and test pos
herefore, 2G
09-2 proced
r(P available) is
) according
624797 for th
easurement
aneous
ition.
/3G/4G will
dure. One w
s to calculate
to the equat
he frequency
for the
not
ay
e it
tion：
y of
STS1910010C11
SimulM
GSM +
WCDM
LTE +
Note：
The “N
The “Y
ltaneous Mode
+ BT
MA + BT
BT
No” is repres
Yes” is repre
Position
Body
Body
Body
sent that SAR
esent that SA
SAR1
s
0.768 6
0.436 6
0.592 5
R measurem
AR measure
Page 3
secondary tMaximum
PowdBm
6.28 4
6.28 4
5.02 3
ment for the
ement for the
36 of 56
transmitter Average
wermW
4.246
4.246
3.177
secondary
e secondary
Repor
Separatiodistance
(mm)
5
5
5
transmitter i
y transmitter
rt No.:
n P availabl
12.320
15.640
14.080
is not neces
r is necessar
leResul
t
No
No
No
ssary.
ry.
STS1910010C11
12. Equi
Kind of
900MH
1800M
1900M
2450M
2600M
E-Fie
Dielectri
An
Pha
Pha
Phon
Lapto
Network
Mult
Signal
WirCommun
SWir
CommunS
Power
Powe
Powe
Powe
Powe
9dB A
11dB A
110dB A
Direction
hygrothe
Therm
ipment L
Equipment
Hz Dipole
Hz Dipole
Hz Dipole
Hz Dipole
Hz Dipole
ld Probe
c Probe Kit
tenna
antom1
antom2
e holder
op holder
k Analyzer
ti Meter
Generator
reless nication Test Set reless nication Test Set
r Amplifier
er Meter
er Meter
er Sensor
er Sensor
Attenuator
Attenuator
Attenuator
nal coupler
ermograph
mograph
List
Manufactur
MVG
MVG
MVG
MVG
MVG
MVG
MVG
MVG
MVG
MVG
MVG
MVG
Agilent
Keithley
Agilent
Agilent
R&S
DESAY
R&S
Agilent
R&S
Agilent
Agilent
Agilent
Agilent
Narda
MiEO
Elitech
rer Type
SID9
SID1
SID1
SID2
SID2
SS
SCL
ANT
SA
SA
N/
N/
8753
Multi Met
N518
8960-E
CMW
ZHL-4
NR
E44
NRP-
E930
998
849
849
4226
HH6
RC
Page 3
e No.
900 DI
1800 DI
1900 DI
2450 DI
2600 DI
E5 SN
LMP
TA3
AM
AM
/A
/A SN
3ES U
ter 2000
82A M
E5515C M
W500
42W
RP
18B G
-Z11
01A M
899 D
94B D
94B D
6-20
660
C-4EF
37 of 56
Serial No.
SN 30/14 P0G900-328SN 30/14 P1G800-329SN 30/14 P1G900-333SN 30/14 P2G450-335SN 30/14 P2G600-336
14/16 EP30
SN 32/14 OCPG67 SN 07/13 ZNTA52 SN 32/14 SAM115 SN 32/14 SAM116 SN 32/14 MSH97
32/14 LSH2
US38432810
4050073
MY50140530
MY48360751
117239
9638
100510
GB43312526
101919
MY41497725
DC-18GHz
DC-18GHz
DC-18GHz
3305
N/A
S/N F7176501537
Repor
Last Calib
82017.08
92017.08
32017.08
52017.08
62017.08
09 2017.12
2017.12
N/A
2014.09
2014.09
2014.09
29 2014.09
2018.03
2017.10
2017.10
2017.10
2017.10
2017.10
2017.10
2017.10
2017.10
2017.10
2018.05
2018.05
2018.05
2017.10
2017.10
72017.11
rt No.:
bration Cal
8.15 2
8.15 2
8.15 2
8.15 2
8.15 2
2.15 2
2.03 2
A
9.01
9.01
9.01
9.01
3.08 2
0.15 2
0.15 2
0.15 2
0.15 2
0.15 2
0.15 2
0.15 2
0.15 2
0.15 2
5.10 2
5.10 2
5.10 2
0.15 2
0.18 2
1.10 2
ibrated Until
020.08.14
020.08.14
020.08.14
020.08.14
020.08.14
018.12.14
018.12.02
N/A
N/A
N/A
N/A
N/A
019.03.07
018.10.14
018.10.14
018.10.14
018.10.14
018.10.14
018.10.14
018.10.14
018.10.14
018.10.14
019.05.09
019.05.09
019.05.09
018.10.14
018.10.17
018.11.09
STS1910010C11
Append
System P
Type: Pho
Area scan
Zoom sca
Date of m
Experime
dix A. Sys
Performan
one measu
n resolution
an resolutio
measurem
ental cond
F
R
C
S
stem Val
nce Check
urement (C
n: dx=8mm
on: dx=8m
eent: 2019
ditions.
Phanto
Device Pos
Band
Channe
Signa
Frequency
Relative perm
Conductivity
Power drif
Probe
ConvF
Crest fac
SURFACE
SAR 10g (W
SAR 1g (W
lidation P
k Data(900
Complete)
m,dy=8mm
m, dy=8mm
0825
m
sition
els
l
(MHz)
mittivity
y (S/m)
ft (%)
e
F
ctor:
SAR
Maximum
W/Kg)
W/Kg)
Page 3
Plots
MHz)
m, dz=5mm
location: X
38 of 56
m
Va
SN
VO
X=7.00, Y=-1
Repor
alidation pla
-
900MHz
-
CW
900MHz
40.01
0.95
2.30
N 14/16 EP
5.44
1:1
OLUME SA
.00
0.646702
1.089023
rt No.:
ane
P309
AR
2
3
STS1910010C11
Z
Page 3
Z Axis Sc
39 of 56
can
Report No.: STS1910010C11
System P
Type: Pho
Area scan
Zoom sca
Date of m
Experime
Performan
one measu
n resolution
an resolutio
measurem
ental cond
R
C
S
nce Check
urement (C
n: dx=8mm
on: dx=8m
eent: 2019-
ditions.
Phanto
Device Po
Band
Channe
Signa
Frequency
Relative per
Conductivity
Power dri
Probe
Conv
Crest fac
SURFACE
SAR 10g (
SAR 1g (W
k Data(180
Complete)
m,dy=8mm
m, dy=8mm
0826
om
osition
d
els
al
(MHz)
rmittivity
y (S/m)
ft (%)
e
F
ctor:
E SAR
Maximum
W/Kg)
W/Kg)
Page 4
0MHz)
m, dz=5mm
location: X
40 of 56
m
V
S
V
X=7.00, Y=-1
Repor
Validation pl
-
1800MHz
-
CW
1800MHz
41.21
1.36
-1.39
SN 14/16 EP
4.69
1:1
VOLUME SA
.00
2.041709
3.893655
rt No.:
lane
z
z
P309
AR
9
5
STS1910010C11
Z
Page 4
Z Axis Sc
41 of 56
can
Report No.: STS1910010C11
System P
Type: Pho
Area scan
Zoom sca
Date of m
Experime
Performan
one measu
n resolution
an resolutio
measurem
ental cond
R
S
nce Check
urement (C
n: dx=8mm
on: dx=8m
eent: 2019-
ditions.
Device Po
Band
Chann
Signa
Frequency
Relative per
Conductivit
Power dri
Probe
Conv
Crest fac
SURFACE
SAR 10g (
SAR 1g (W
k Data(190
Complete)
m,dy=8mm
m, dy=8mm
0827
osition
d
els
al
(MHz)
rmittivity
y (S/m)
ft (%)
e
F
ctor:
E SAR
Maximum
W/Kg)
W/Kg)
Page 4
0MHz)
m, dz=5mm
location: X
42 of 56
m
V
S
V
X=2.00, Y=2
Repor
Validation pl
1900MHz
-
CW
1900
39.41
1.41
-0.17
N 14/16 EP
5.46
1:2
VOLUME SA
.00
2.085293
4.061984
rt No.:
lane
z
P309
AR
3
4
STS1910010C11
Z
Page 4
Z Axis Sc
43 of 56
can
Report No.: STS1910010C11
System Pe
Type: Pho
Area scan
Zoom sca
Date of m
Experime
erformance
one measu
n resolution
an resolutio
measurem
ental cond
R
C
S
e Check Da
urement (C
n: dx=8mm
on: dx=8m
eent: 2019
ditions.
Device Po
Band
Channe
Signa
Frequency
Relative per
Conductivity
Power drif
Probe
Conv
Crest fac
SURFACE
SAR 10g (W
SAR 1g (W
ata(2450MH
Complete)
m,dy=8mm
m, dy=8mm
08 28
osition
d
els
al
(MHz)
rmittivity
y (S/m)
ft (%)
e
F
ctor:
E SAR
Maximum
W/Kg)
W/Kg)
Page 4
Hz)
m, dz=5mm
location: X
44 of 56
m
V
S
V
X=3.00, Y=1
Repor
Validation pl
2450 MH
-
CW
2450
38.78
1.81
-1.20
SN 14/16 EP
5.09
1:1
VOLUME SA
.00
2.448296
5.281008
rt No.:
lane
Hz
P309
AR
6
8
STS1910010C11
Z
Page 4
Z Axis Sc
45 of 56
can
Report No.: STS1910010C11
System
Type: Ph
Area sca
Zoom sc
Date of m
Experim
Performa
hone meas
an resolutio
can resolut
measurem
mental con
Dev
C
Freq
Relat
Cond
Pow
C
SU
ance Chec
surement (
on: dx=8m
tion: dx=8m
ent: 2019-
nditions.
vice Positio
Band
Channels
Signal
quency (MH
ive permittiv
ductivity (S/
wer drift (%
Probe
ConvF
rest factor:
URFACE S
SAR 10g (
SAR 1g (W
ck Data(26
Complete)
m,dy=8mm
mm, dy=8m
08-28
n
Hz)
vity
m)
)
AR
Maximum
W/Kg)
W/Kg)
Page 4
600MHz)
)
m
mm, dz=5m
location: X
46 of 56
mm
Valida
260
2
3
-
SN 14
VO
X=3.00, Y=1
Repor
ation plane
00 MHz
-
CW
2600
38.85
1.91
-0.26
4/16 EP309
4.96
1:1
LUME SAR
.00
2.364114
5.355473
rt No.:
R
4
3
STS1910010C11
Z
Page 4
Z Axis Sc
47 of 56
can
Report No.: STS1910010C11
Append
Plot 1: D
dix B. SA
DUT: table
SU
3
S
SA
AR Test P
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxi
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
Plots
T Model:
e
ition
s
imum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 4
C11
cation: XPeak: 2.3
48 of 56
X=-1.00, Y35 W/kg
V
H
Repor
2018-07-2
Body Bac
GPRS 90
Middle
Y=-5.00
VOLUME S
Hot spot po
0.76774
1.43219
3.38
rt No.:
26
ck
00
SAR
osition
47
99
STS1910010C11
Plot 2: DU
UT: tablet
SU
Z
S
SA
pc; EUT M
Test Date
Device Pos
Band
Channels
Max
URFACE S
Z Axis Sca
SAR 10g (W/
AR 1g (W/
Variation (%
M
e
ition
s
ximum loSAR
SAR
an
/Kg)
/Kg)
%)
Page 4
odel: C11
ocation: XPeak: 2.0
49 of 56
X=-3.00, 00 W/kg
V
Repor
2018-07-2
Body Bac
GPRS 180
Middle
Y=5.00
VOLUME S
3D
0.71225
1.26138
3.42
rt No.:
27
ck
00
SAR
51
81
STS1910010C11
Plot 3: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxi
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
imum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: XPeak: 1.4
50 of 56
X=-5.00, Y44 W/kg
V
H
Repor
2018-07-2
Body Bac
WCDMA
Middle
Y=-6.00
VOLUME S
Hot spot po
0.43628
0.81140
-2.92
rt No.:
27
ck
I
SAR
osition
86
09
STS1910010C11
Plot 4: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxim
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
mum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: XPeak: 1.2
51 of 56
=-17.00, 27 W/kg
V
H
Repor
2018-07-2
Body Bac
LTE Band
Middle
Y=-7.00
VOLUME S
Hot spot po
0.42290
0.77593
3.81
rt No.:
27
ck
d 1
SAR
osition
05
34
STS1910010C11
Plot 5: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxi
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
mum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: XPeak: 1.5
52 of 56
X=-16.00,58 W/kg
V
H
Repor
2018-07-2
Body Bac
LTE Band
Middle
Y=0.00
VOLUME S
Hot spot po
0.59208
1.02288
0.46
rt No.:
27
ck
d 3
SAR
osition
81
88
STS1910010C11
Plot 6: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxim
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
mum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: X=Peak: 0.9
53 of 56
=15.00, Y95 W/kg
V
H
Repor
2018-07-2
Body Bac
LTE Band
Middle
Y=-13.00
VOLUME S
Hot spot po
0.30252
0.54183
1.69
rt No.:
28
ck
38
SAR
osition
29
32
STS1910010C11
Plot 7: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxi
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
mum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: XPeak: 1.3
54 of 56
X=9.00, Y33 W/kg
V
H
Repor
2018-07-2
Body Bac
LTE Band
Middle
Y=-10.00
VOLUME S
Hot spot po
0.43524
0.80466
-1.54
rt No.:
28
ck
40
SAR
osition
43
62
STS1910010C11
Plot 8: DDUT: table
SU
3
S
SA
et pc; EUT
Test Date
Device Pos
Band
Channels
Maxi
URFACE S
D screen s
SAR 10g (W/
AR 1g (W/
Variation (%
T
e
ition
s
imum locSAR
SAR
shot
/Kg)
/Kg)
%)
Page 5
Model: C11
cation: XPeak: 0.2
55 of 56
IE
X=-7.00, Y26 W/kg
V
H
Repor
2018-07-2
Body Bac
EEE 802.11b
Middle
Y=-8.00
VOLUME S
Hot spot po
0.11468
0.17244
1.56
rt No.:
28
ck
b ISM
SAR
osition
82
42
STS1910010C11
Append
Refer the
dix C. Pro
e appendix
obe Calib
Calibration
※※
bration A
n Report.
※※※※END
Page 5
And Dipo
D OF THE R
56 of 56
ole Calibr
REPORT※※
Repor
ration Re
※※※
rt No.:
eport
STS1910010C11
