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INTERNATIONAL ELECTROTECHNICAL COMMISSION
Copyright © IEC, Geneva, Switzerland
EMF Standards for 5G technologies
Human exposure compliance assessment procedures for mobile device and network equipment operating from 6-100 GHz
Mike WoodChairman IEC TC106 MWF 5G Workshop – Portoroz, Slovenia
24 June 2018
What is 5G
?
5G is the 5th generation of m
obile networks
2
AnalogueD
igitalSM
SM
ultimedia
Video Calling
Mobile internet
Mobile B
roadbandEnhanced Video
Mobile C
onnected World
Enhanced Mobile B
roadbandLow
latency applicationsInternet of Things
AR &
VR
Extrem
e speeds -Gbps
High C
apacity –10x
Low Latency –
1ms
5G Tim
eline
3
2025M
ass 5G
Adoption
2019 -20C
omm
ercial Launch
2017-19First 5G
S
tandards2016-195G
Trials
2012R
&D
projects
(numerous)
Fixed wireless access for hom
es and enhanced mobile broadband services are likely to be
the first applications using new 5G
wireless access m
odems and hot spots.
Mobile handsets w
ith 3G, 4G
and 5G connectivity expected in the 2019 –
2021 timefram
eLow
latency and widespread m
achine to machine applications using 5G
in similar
timefram
e
5G –
Implications for EM
F Assessm
ent
EMF Assessm
ent Considerations
New
Spectrum
m
mW
aveM
acro Cells, S
mall C
ellsnear &
far fieldM
IMO
Beam
Steering
power averaging
5G and 4G
togetherm
ultiple technologiesM
any devicescom
plex assessments
45G
and 4G w
orking together, with central and local servers
providing faster content to users and low latency applications
Challenges for 5G
& EM
F Standards
�G
lobally harmonised EM
F exposure limits
�R
evised ICN
IRP, IEEE, FC
C exposure guidelines are critical
especially for 5G devices >6/10G
Hz
�D
evelopment and im
plementation of new
network and device
testing procedures to meet 5G
technology evolution
5C
hallenge –IEC
TC106 has responsibility to develop assessm
ent standardsfor 5G
devices and networks to 100G
Hz
(by 2018)
Devices
-m
mW
ave-
Com
plex devices-
Far field –E
or H is m
easured-
Near field -E
&H
field, Phase, field reconstruction
-M
ultiple tx, beam steering &
varied shapes-
Advanced m
odelling techniques
Netw
orks-
mm
Wave
-C
omplex antennas
-N
ear field and far field-
MIM
O &
beam steering
-P
ower averaging for true E
MF level
-A
dvanced modelling techniques
6
New
5G Exposure A
ssessment Standards from
the IEC
5G N
etworks
IEC
62232 ED
2 110 MH
z to 100GH
z 2017IE
C TR
62669 –case studies inc 5G
2018
5G D
evicesIE
C TR
63170 Technical Report 6 to 100G
Hz July 2018
IEC
/ IEE
E International S
td 6 to 300 GH
z Dec 2020
�IEC
Strategic Business Plan has been to prepare for 5G
�Ensure Standards and Technical R
eports are developed-Trials &
early deployments in 2018 –
2019, Com
mercial Launch 2019 -2020
IEC TR
63170 ED
1
Measurem
ent procedure for the evaluation of pow
er density related to human
exposure to radio frequency fields from
wireless com
munication devices operating
between 6 G
Hz and 100 G
Hz H
z
5G D
evice Test systems –
power density m
easurements
7
Nearfieldprobe
Waveguide probe
Device under test
placed here
IT’IS E
Um
mW
Poynting vector probe
Art-Fi m
mW
ave guide probe development
During developm
ent of the IEC
5G Technical R
eport in 2017, test laboratories initiated developm
ent of 5G m
mW
ave device test systems
AP
RE
L mm
Wave probe developm
ent
5G M
acro Cell A
ssessment using IE
C 62232
8
5G B
ase Station Antenna
Field Measurem
ents
Lab Measurem
ents
Measurem
ents of 5G in A
ustralia using IEC 62232
Locating beam and observing level variation
Modelling actual pow
er due to beam steering
Summ
ary
9IEC
and IEEE have formed a Joint W
orking Group to ensure 5G
assessment
standards are globally harmonised and m
eet the 5G release tim
eframes
INTE
RN
ATION
AL
ELE
CTR
OTE
CH
NIC
AL
CO
MM
ISS
ION
Copyright ©
IEC
, Geneva, S
witzerland
THA
NK
YOU
Copyright ©
IEC
, Geneva, S
witzerland