MTX
‐
3G
‐
JAVA
Family
www.mtx
‐
terminals.com
www.mtxm2m.com
2015/10
v1.6
Page
90
/
109
MTX
M2M®
by
MATRIX
ELECTRONICA
S.L.U
10.3
FCC Compliant
MTX
‐
3G
‐
JAVA
and
any
variants
contain
FCC
ID:
QIPEHS6.
The
FCC
Equipment
Authorization
Certification
for
the
EHS6
Module
is
listed
under
the
FCC
identifier
QIPEHS6
Industry
Canada
Certification
Number:
7830A
‐
EHS6
granted
to
Gemalto
M2M
GmbH.
The
Cinterion
reference
application
of
the
EHS6
Module
registered
under
the
above
identifier
is
certified
to
be
in
accordance
with
the
following
Rules
and
Regulations
of
the
Federal
Communications
Commission
(FCC).
Power
listed
is
ERP
for
Part
22
and
EIRP
for
Part
24.
It
is
compliant
with
FCC
regulations.
Equipment
class:
PCS
Licensed
Transmitter
Notes:
Quad
band
GSM/GPRS
Modem
10.3.1
SAR
information
Cinterion
Wireless
Modules
models:
EHS6
is
marketed
without
a
defined
antenna.
The
Maximum
Antenna
Gain
when
using
indoor
antennas
depends
on
the
distance
from
the
antenna
to
any
nearby
persons
when
in
normal
operation.
It
should
not
exceed
the
values
shown
on
the
table
below.
According
to
the
limit
in
47
CFR
1.1310,
we
get
the
value
of
the
maximum
antenna
gain
as
follows:
The
maximum
measured
power
output
in
the
850
MHz
band
is
1866.38
mW
(32.71
dBm,
see
7layers
test
report
MDE_Siem_0714_FCCb).
The
maximum
permissible
exposure
is
defined
as
47
CFR
1.1310
with
0.55773
mW/cm².
The
maximum
measured
power
output
in
the
1900
MHz
band
is
974.99
mW
(29.89
dBm,
see
7layers
test
report
MDE_Siem_0714_FCCc).
The
maximum
permissible
exposure
is
defined
as
47
CFR
1.1310
with
1
mW/cm².
According
to
the
limit
in
47
CFR
1.1310,
we
get
the
value
of
the
maximum
antenna
gain
as
follows:
S
=
P*G/4
π
R²
S
=
0.55773
mW/cm²
or
1
mW/cm²
P
=
1866.38
mW
or
974.99
mW
R
=
20
cm
or
100cm
π
=
3.1416
G(dBi)=10*log10(G)
Solving
for
G;
the
maximum
antenna
gain
is
Band
Distance
Maximum
Gain
in
dBi
850MHz
20cm
1.7669
850MHz
50cm
9.7257
1900MHz
20cm
7.1227
1900MHz
50cm
15.0815
