1. APAC update – September 2019
Month Year
doc.: IEEE yy/xxxxr0
September 2019
APAC update – September 2019
Author:
Edward Au (Huawei)
John Doe, Some Company

2. September 2019
Background
This slide deck provides a high-level overview of the activities in APAC (related to Wi-Fi and WPAN) between July and September 2019.
Edward Au (Huawei)

3. Month Year
doc.: IEEE yy/xxxxr0
September 2019
APT (1)
The APG19-5 meeting was held in Tokyo, Japan, from July 31 to August 6, 2019
Preliminary APT common proposals with consensus approach were developed
For details on selected agenda items that are of interest to us, please refer to 19/0128r0.
Edward Au (Huawei)
John Doe, Some Company

4. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Australia ACMA (1)
Consultation on Proposed area-wide apparatus licence
Closed on August 9, 2019
To develop a new transmitter and receiver licence type, referred to as the area-wide apparatus licence (AWL) type. This new licence type is intended to benefit spectrum users by complementing existing licensing options and improving apparatus licensing flexibility, particularly by providing a scalable licensing option to support area-wide multi-device deployments. 
apparatus-licence
Edward Au (Huawei)
John Doe, Some Company

5. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Australia ACMA (2)
Consultation on Spectrum Sharing: Overview and New Approaches
Submission deadline: September 27, 2019
To provide an overview of spectrum sharing concepts as they currently exist and outline new approaches to spectrum sharing arrangements, including examples of sharing arrangements being either introduced or considered internationally. This is intended to provide a common information base against which new proposals for spectrum sharing can be considered.
spectrum-sharing-1
Edward Au (Huawei)
John Doe, Some Company

6. Month Year
doc.: IEEE yy/xxxxr0
September 2019
India TRAI
Consultation on Allotment of spectrum to Indian Railways for Public Safety and Security services
Closed on July 22, 2019
Open House Discussion conducted on August 26, 2019
Indian Railways has requested DoT to reserve 15 MHz of spectrum in 700 MHz band for the purpose and to begin with 10 MHz to be allocated free of cost as the proposal is devoid of any commercial gain, but only for enhancing security and passenger amenities. DoT has also requested TRAI to provide recommendations on administrative allotment of spectrum to Indian Railways and the quantum, price, appropriate frequency band (including MHz band) and any other related issue.
indian-railways-public-safety-and-security-services
Edward Au (Huawei)
John Doe, Some Company

7. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (1)
Consultation on the report related to the technical conditions for advanced radio equipment that uses radio waves in the 60 GHz band and necessary for sophistication of low-power wireless systems
Submission deadline: September 30, 2019
news/01kiban14_ html
Edward Au (Huawei)
John Doe, Some Company

8. Japan MIC (2) Motivation
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (2)
Motivation
With the introduction of IEEE802.11ad / WiGig in 2013, antenna power has been increased.
In recent years, broadband millimeter-wave radar, mobile terminals and televisions, motion sensors, and biological information sensors have been developed.
The components of communication systems have changed significantly since 2013.
IEEE ay, which can be considered as not only communications devices, but also radar, is expected to finish soon.
In view of the status of the system, it is necessary to review the new usage needs and the technical requirements.
Edward Au (Huawei)
John Doe, Some Company

9. Japan MIC (3) New usage models
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (3)
New usage models
Smart home appliances, including the use of (high resolution) radar senor for, e.g., gesture sensing.
Personal health check and monitoring system through biometric information acquisition that can be introduced to nursing and childcare facilities, e.g.,
recognize slight movements of the human surface due to heartbeat and breathing from a distance
acquire biological information of multiple persons at the same time by using a radar sensor
Edward Au (Huawei)
John Doe, Some Company

10. Japan MIC (4) New usage models (cont’d) Personal authentication
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (4)
New usage models (cont’d)
Personal authentication
60 GHz radar-based face recognition enables not only face detection but also biometric recognition
In-vehicle sensing
High resolution radar enables detection of sitting position and biological information
Edward Au (Huawei)
John Doe, Some Company

11. Japan MIC (5) This report also covers:
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (5)
This report also covers:
Forecast of the market and the market size of 60 GHz band wireless systems, especially on radar
Trends of the usage of 60 GHz systems in other countries, including automotive radars, industrial applications (e.g., high precision sensing and intelligent processing), motion gesture recognition sensor.
International standards, including Wireless HD, IEEE c, IEEE ad, IEEE e, and IEEE ay.
60 GHz regulation in other countries, including US, Europe, Korea, China.
Edward Au (Huawei)
John Doe, Some Company

12. Japan MIC (3) This report also covers (cont’d):
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Japan MIC (3)
This report also covers (cont’d):
Requirements for 60 GHz band low-power broadband millimeter- wave radar
Coexistence/sharing analysis with other wireless systems
Radio wave protection guidelines
Technical Conditions of radio equipment
Edward Au (Huawei)
John Doe, Some Company

13. Korea MSIT (1) Consultation on the use of radar for vehicles in E-band
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (1)
Consultation on the use of radar for vehicles in E-band
Closed on August 19, 2019
d=mssw353&artId=
The following items from the consultation are effective from August 30, 2019:
Increase radar radio frequency from GHz to GHz
Update the supply power of the radar antenna for preventing vehicle collision from 10mW or below to 20mW or below.
mssw353&artId=
mssw353&artId=
Edward Au (Huawei)
John Doe, Some Company

14. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (2)
Consultation (parts of) on the use of 940 MHz for Ubiquitous Sensor Networks (USN)
Closed on October 7, 2019
d=mssw353&artId=
Edward Au (Huawei)
John Doe, Some Company

15. Korea MSIT (3) The center frequency of the radio waves to be emitted:
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (3)
The center frequency of the radio waves to be emitted: CH
Freq. (MHz) 1
940.2 8
941.6 15
943.0 2
940.4 9
941.8 16
943.2 3
940.6 10
942.0 17
943.4 4
940.8 11
942.2 18
943.6 5
941.0 12
942.4 19
943.8 6
941.2 13
942.6 20
944.0 7
941.4 14
942.8 21
944.2
Edward Au (Huawei)
John Doe, Some Company

16. Korea MSIT (4) Occupied frequency bandwidth is within 200 kHz
Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (4)
Occupied frequency bandwidth is within 200 kHz
Frequency tolerance should be ±20×10-6 or less
Radiated power including antenna absolute gain should be less than 200kW
The sum of the transmission times of the radio equipment shall be within 5% for any one minute.
Edward Au (Huawei)
John Doe, Some Company

17. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (5)
Use one or more of the following avoidance or interference mitigation techniques:
10 or more non-overlapping channels when using frequency hopping
If Listen Before Talk is used, the radio wave should be released more than seconds before the transmission and the transmission signal shall be stopped within 3 seconds and paused for more than 0.05 seconds only when the strength of the received signal is less than –65dBm.
Edward Au (Huawei)
John Doe, Some Company

18. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Korea MSIT (6)
Undesired emission outside the specified frequency band should be less than the following:
Frequency
Reference value
Resolution of BW
< 1 GHz
-36 dBm except the following:
MHz: average power is -76m
MHz: average power is -64m
MHz: average power is -76m
100 kHz
> 1 GHz
-30 dBm
1 MHz
Edward Au (Huawei)
John Doe, Some Company

19. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Malaysia MCMC
Consultation on Allotment of spectrum to Indian Railways for Public Safety and Security services
Closed on August 9, 2019
Paper:
consultation-on-proposed-malaysia%E2%80%99s-positio
List of submissions is available at:
consultation-on-proposed-malaysia’s-positio
Edward Au (Huawei)
John Doe, Some Company

20. Month Year
doc.: IEEE yy/xxxxr0
September 2019
Singapore IMDA
Public Consultation on Allocation of Spectrum for Enterprise and Public Mobile use
Paper:
Licensing-and-Consultations/Consultations/Consultation- Papers/Public-Consultation-Paper-for-800-MHz.pdf?la=en
Of interest to us is the refarming of the MHz band
The deadline for comment submission was further extended to September 9, It is now closed.
List of submissions:
licensing/Regulations/consultations/Consultation- Papers/2019/Public-Consultation-on-Allocation-of-Spectrum-for- Enterprise-and-Public-Mobile-use
Edward Au (Huawei)
John Doe, Some Company