Doc.: IEEE 802.11-11/0957r0 Submission July 2011 Daning Gong, CATR S1G Spectrum Regulations in China Date: 2011-07-18 Authors: Slide 1.

Slides:

Advertisements

Similar presentations

Updated China's 5GHz Spectrum Regulation

Advertisements

Doc.: IEEE /1062r2 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.

Doc.: IEEE /1329r1 Submission September 2011 Rolf de Vegt, QualcommSlide 1 Motions and Strawpoll on Channelization for 11ah Date: Authors:

Doc.: IEEE /1196r1 Submission Data Rate and Spectrum Requirements for IEEE aj (45 GHz) Date: Authors: Haiming Wang (SEU)Slide.

Dirk Grunwald Department of Computer Science University of Colorado at Boulder July 7, 2011.

Doc.: IEEE /0685r0 Submission May 2011 Ron Porat, Broadcom S1G Spectrum Regulations Outside the US Date: Authors: Slide 1.

Submission doc.: IEEE /0594r0 May 2015 Slide 1 60 GHz band Japanese Regulatory Update Date: 2015-May-xx Authors: Kazu Takahashi, Panasonic.

Doc.: IEEE g Possible License Exempt Spectrum for g in China 12 March 2009 B. Rolfe, Q. WangSlide 1 Project: IEEE P

Doc.: IEEE /0957r2 Submission July 2011 Daning Gong, CATR S1G Spectrum Regulations in China Date: Authors: Slide 1.

Stacy Drake Bluetooth Vs. Wi-Fi. What is Bluetooth?

Doc.: IEEE /0323r0 SubmissionRon Porat, BroadcomSlide 1 Views on ah Use Cases Date: Authors: March 2011.

Doc.: IEEE /0111r1 SubmissionZander Lei, I2R SingaporeSlide 1 Singapore Sub 1GHz Frequency Bands and Channelization for IEEE ah Date:

Submission doc.: IEEE 11-13/0090r2 January 2013 Sam Oyama, ARIBSlide 1 Spectrum Allocation for Wireless LAN and ITS in Japan Date: Authors:

Doc.: IEEE /0033r0 Submission January 2004 Y. Inoue, et. al., NTTSlide 1 Japanese Frequency Regulations Related to TGn Functional Requirements.

Summary of Latest Japanese 920MHz Rules and Conditions

Doc.: IEEE 11-13/0000r0 Submission July 2013 Dapeng Liu (CMCC)Slide 1 Interference Control Use Case for HEW Date: Authors: NameAffiliationsAddressPhone .

Doc.: IEEE /1268r0 Submission November 2010 Minyoung Park, Intel Corp.Slide 1 Low Power Consumption Opportunity in Sub 1 GHz Date:

Doc.: IEEE /0585r1 Submission May 2012 David Halasz, Motorola MobilitySlide 1 IEEE ah and Security Date: Authors:

Doc.: IEEE /168r0 Submission March 2001 Stephen Berger, TEM Consulting Slide 1 Project: IEEE P Working Group for Wireless Personal Area.

Doc.: IEEE /0402r2 Submission May 2012 Haiming Wang, Xiaoming PengSlide 1 Date: Authors: Overview of CWPAN SG5 QLINKPAN.

Doc.: IEEE /0035r1 Submission Jan Heejung Yu, ETRISlide 1 Coverage extetion for IEEE802.11ah Date: Authors:

Doc.: IEEE b Submission Sept Hyungsoo Lee, Cheolhyo Lee, Jaeyoung Kim, ETRISlide 1 Project: IEEE P Working Group for Wireless.

Doc.: IEEE /0045r0 Submission July 2009 Fanny Mlinarsky, Mimi TamSlide 1 Need for Coexistence Certification Testing? Notice: This document has.

Doc.: IEEE /0xxxr0 Submission Sep Tuncer Baykas, NICTSlide 1 11af Channel Numbering Authors: Abstract Graphical Explanation of “11af Channel.

Submission doc.: /0929r00 Jim Lansford(CSR), et al Slide 1 Expansion of ac to 6-10GHz Date: Authors: July 2012.

Submission doc.: IEEE /0282r0 Slide GHz Tutorial Date: Authors: Peter Ecclesine (Cisco Systems) March 2013.

Doc.: IEEE /480r0 Submission July 2002 Peter Ecclesine, Cisco Systems, et alSlide 1 Preparation of PAR and 5 Criterion addressing Japan’s 4.9-5GHz.

Doc.: IEEE /1296r3 Submission September 2011 Rolf de Vegt, QualcommSlide 1 Potential Channelization for ah Date: Authors:

Submission doc.: /1320r00 Bo, Sun (ZTE Corp), et al Slide 1 11aj 45GHz Link Budget for use cases discussion Date: Authors: Nov 2012.

Doc.: IEEE d_Freqeuncy_Bands_SRD Submission July 2014 Thomas Kürner (TU Braunschweig). Slide 1 Project: IEEE P Working Group.

Submission doc.: IEEE 11-11/0972r0 Dezhi Zhang, ZTE CorporationSlide 1 More Information On Four Chinese Bands Date: Authors: July 2011.

Doc.: IEEE /1238r0 Submission September 2011 Rolf de Vegt, QualcommSlide 1 Channelization and Bandwidth Modes for ah Date: Authors:

IEEE g Submission Sangsung Choi & Cheolho Shin, ETRI Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)

Doc.: IEEE /1422r0 November 2011 Jonghyun Park, LG Electronics Inc. Submission 11ah Channelization of Korea Author: Date: November 7, 2011 NameCompanyAddressPhone .

Doc.: IEEE /0398r0 Submission March 2012 Slide 1 Date: Authors: CWPAN Response to IEEE China MM-Wave (CMMW) Study Group.

Doc.: IEEE /1062r0 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.

Doc.: IEEE /1420r3 December 2010 Stefan Aust, NEC Communication Systems Submission Slide 1 Coexistence in 950MHz-958MHz in Japan Authors: Date:

Doc.: IEEE /1133r0 Submission Aug 2011 Zander Lei, I2R SingaporeSlide 1 Singapore Sub 1GHz Frequency Bands for IEEE ah Date: Authors:

Submission doc.: IEEE 11-10/0973r1 July 2011 Lin Wang, ZTE CorporationSlide 1 Considerations of Compatibility with v and 11k Date: Authors:

Submission doc.: IEEE 11-10/0973r2 July 2011 Lin Wang, ZTE CorporationSlide 1 Considerations of Compatibility with v and 11k Date: Authors:

Doc.: IEEE /1163r0 Submission September 2011 Dave Halasz, Oaktree WirelessSlide 1 Status of IEEE ah and relevance to the Smart Grid Date:

Submission doc /0595r0: May 2013 Jun Lei, NufrontSlide 1 Introduction of EUHT Date: Authors:

IEEE N Submission Liang Li VinnoSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.

Doc.: IEEE /0176r0 Submission Jan 2013 Bo Sun, ZTE/CWPANSlide 1 Date: Presenter: Proposal of Channelization for aj.

Doc.:802.19/0016r1 Submission Apr 2009 Richard Paine, SelfSlide 1 TV Whitespace Coexistence Use Cases Date: Authors:

Doc.: IEEE sru Submission March 2013 Stefan Aust (NCOS)Slide 1 Project: IEEE P Working Group for Wireless Personal Area Networks.

Doc.: IEEE /0974r2 SubmissionShusaku Shimada 1 Consultation Summary of Japanese 920MHz Band Rules and Conditions Date: Authors: Note:

Doc.: IEEE /0662r2 Submission May 2012 Wai-Leong Yeow, I2R Singapore Slide 1 Block ACK Transmission Date: Authors:

Doc.: IEEE /0058r0 Submission Usage Scenarios and Applications For Long Range WiFi January 2016 Slide 1 Date: Authors: Jianhan Liu.

Doc.: IEEE /0778r0 Submission Zhendong Luo, CATR July MHz PHY Transmission Date: Authors: Slide 1.

Personal Communication Services & WiFi

China S1G Spectrum Performance Analysis

CWPAN Response to IEEE China MM-Wave (CMMW) Study Group

China S1G Spectrum Performance Analysis

Sept 2012 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: Detail Summary of Interference on Chinese.

November 18 May 2009 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: GFSK PHY proposal for Smart Utility.

11ah Channelization of China

China MM-Wave (CMMW) Study Group - Introduction of CMMW PAR and 5C

Submission Title: Chinese Radio Regulation Discussion

FCC Part 15 and channel widths

Bandwidth Indication Design for 120MHz

Bandwidth Indication Design for 120MHz

Updates on the 60GHz bands

Japanese Frequency Regulations Related to TGn Functional Requirements

平成31年1月 doc.: IEEE /424r1 July 2006 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: Japanese.

Japanese Frequency Regulations Related to TGn Functional Requirements

<month year> <doc.: IEEE doc> January 2012

February 19 May 2009 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: GFSK PHY proposal for Smart Utility.

11ah Channelization of China

RF Feasibility of 120 MHz Channelization for China

Presentation transcript:

doc.: IEEE /0957r0 Submission July 2011 Daning Gong, CATR S1G Spectrum Regulations in China Date: Authors: Slide 1

doc.: IEEE /0957r0 Submission July 2011 Daning Gong, CATR Outline Several S1G spectrum are available in China with different equipment regulation requirements. Information on available spectrum and regulations in China are provided for ah discussion. Slide 2

doc.: IEEE /0957r0 Submission Regulation in China The mandate of “Micro-power (short range) technical requirements for wireless equipment ” is issued in Sept. 5, 2005 by Radio Administration Bureau of Ministry of Information Industry of China, and carried out in Oct. 1, [1] [2] 14 types of equipments and corresponding regulations are defined in the mandation, in which 12 types of equipments work on S1G spectrum. July 2011 Daning Gong, CATR

doc.: IEEE /0957r0 Submission Equipment Categories and Regulations Equipment CategorySpectrum / Max Tx Power/ Channel BW 1.General Micro-power (short range) radio transmission equipment 1-40MHz / 5mW 2.General Wireless Remote Control Device (no interferece to broadcast and TV) MHz, MHz / 5mW / 1MHz 3.Wireless microphone, wirless civilian measureing equipment (no interferece to broadcast and TV) (1) MHz / 3mW (2) MHz,84-87MHz / 10 mW (3) MHz / 10mW (4) MHz, MHz /50 mW / 200kHz 4.Biomedical telemetry devices MHz, MHz, MHz / 10mW 5.Analog cordless telephone MHz 6.cranes or machinery for the wireless remote control devices to send around 230 MHz 12 channel / 20mW /16kHz July 2011 Daning Gong, CATR

doc.: IEEE /0957r0 Submission Cont. July 2011 Daning Gong, CATR Equipment CategorySpectrum / Max Tx Power/ Channel BW 7.industrial wireless remote control device around 419 MHz / 20mW /16kHz 8.wireless data transmission equipment around 228 MHz / 10mW /16kHz 9.Electronic Hanging wireless transmission equipment (1)about 223 MHz / 50mW /50kHz (2)about 450 MHz / 50mW /20kHz 10.Wireless remote control in civilian equipment (excluding toys) (1)314 － 316MHz ， MHz ， MHz/ 10mW/ 200kHz (2) MHz /10 mw 11.Wireless romete control for model and toys about 26, 40, 72MHz / 750mW / 8 or 20kHz 12.wireless intercomabout 409MHz/ 500mW / 12.5kHz

doc.: IEEE /0957r0 Submission General Spurious Radiation Limitations Tx max power state Tx idle state July 2011 Daning Gong, CATR Frequency RangeTest bandwidthLimitation 30MHz ～ 1GHz 100kHz(3dB)-36dBm Frequency RangeTest bandwidthLimitation 30MHz ～ 1GHz 100kHz(3dB)-47dBm

doc.: IEEE /0957r0 Submission Major Frequency and Use Case Discussion Frequency Band (MHz)Max Tx Power (mW) Channel BW Possible ah use case Categories suited , , kHz , KHz1, , MHz1, , 2 July 2011 Daning Gong, CATR ah use case Categories in [3] : use case 1: Sensors and meters use case 2: Backhaul Sensor and use use case 3: Extended range Wi-Fi

doc.: IEEE /0957r0 Submission Conclusions Each frequency band is suitable for 1-2 typical use case of ah. Lots of spectrum resource is available in MHz and MHz in which regulations require no interefence to wireless broast and TV services. Usage of wireless broast and TV in this band in China need to be verified. Max Tx power is about tens of mW for short distance usage, coverage of ah should be considered in system design. July 2011 Daning Gong, CATR Slide 9

doc.: IEEE /0957r0 Submission References [1] htmlhttp:// html [2] [3] ah-potential-compromise-of ah- use-case-document.pptx July 2011 Daning Gong, CATR Slide 10