80 MHz Channelization Date: Authors: July 2010 Month Year

Slides:



Advertisements
Similar presentations
Doc.: IEEE /1255r0 Submission TX Mask for Noncontiguous 160 MHz Date: Youhan Kim et al.Slide 1 Authors: November 2010.
Advertisements

Phase Tracking During VHT-LTF
Doc.: IEEE /1064r2 Submission Channelization for 11ac Date: Youhan Kim, et al.Slide 1 Authors: September 2010.
Doc.: IEEE /0778r0 Submission Zhendong Luo, CATR July MHz PHY Transmission Date: Authors: Slide 1.
VHT Frame Padding Date: Authors: Month Year
11ac 80MHz Transmission Flow
PHY Abstraction for MU-MIMO in TGac
MAX Per BCC Data Rate Date: Authors: Month Year
Non contiguous MHz mode for Europe, Japan and global
80MHz Tone Allocation Date: Authors: Month Year Month Year
April 2007 doc.: IEEE /0570r0 July 2010 Response to ITU-R Liaison to IEEE on “Multiple Gigabit Wireless Systems in frequencies around 60 GHz”
AID Selection Date: Authors: September 2010 Month Year
Preamble Parameters Date: Authors: Slide 1.
Sounding and P Matrix Proposal
VHT Packet Duration Signaling
160 MHz PHY Transmission Date: Authors: March 2010
April 2007 doc.: IEEE /0570r0 July 2010 Response to ITU-R Liaison to IEEE on “Multiple Gigabit Wireless Systems in frequencies around 60 GHz”
80-MHz Non-Contiguous Channel Spectrum
System Capacity Evaluation in OBSS Environment at 5 GHz band
Bandwidth Indication Design for 120MHz
120MHz channelization solution
Proposed Specification Framework for TGac – Introductory Comments
Non contiguous additional bandwidth mode
Spec Text Motion Date: Authors: July 2018 Month Year
Evaluation of the saturation of the 5GHz band
Joint Multichannel CSMA
MAX Per BCC Data Rate Date: Authors: Month Year
Pilot Sequence for VHT-DATA
Evaluation of the saturation of the 5GHz band
Proposed Specification Framework for TGac – Introductory Comments
Overlapping IEEE ah Networks of Different Types
Omni-directional Multiple Antenna Transmission for WUS
Proposed Specification Framework for TGac – Introductory Comments
160 MHz Transmission Flow Date: Authors: September 2010
VHT Frame Padding - Summary
Preamble for 120MHz Date: Authors: Nov, 2010 Month Year
Cyclic Shift For More Than 4 Antennas in Non-VHT Portion
Non contiguous MHz mode for Europe, Japan and global
Non contiguous MHz mode for Europe, Japan and global
Interference and Co-existence Issues of EUHT network
MU with Frequency Domain Multiplexing
‘On’ Symbol Generation
Single User MCS Proposal
Non contiguous MHz mode for Europe, Japan and global
160 MHz Transmissions Date: Authors: July 2010 Month Year
Straw Polls and Motions on 256 QAM and BW: Optional-Mandatory Features
Text Update on PHY Abstraction and SP
Straw polls and Motions on Spec text for and
Selection Procedure for TGai
Interference and Co-existence Issues of EUHT network
System Capacity Evaluation in OBSS Environment at 5 GHz band
LB97 Coex: Duplicate DSSS
Overlapping IEEE ah Networks of Different Types
120 MHz PHY Transmission Date: Authors: January 2010
TGac – Coexistence Ad Hoc Meeting #3
Straw polls and Motions on Spec text for and
80-MHz Non-Contiguous Channel Spectrum
TGah Coexistence Assurance
Proposed Normative Text Changes Concerning Distributed Admissions
160 MHz Transmission Flow Date: XX Authors: September 2010
Joint Multichannel CSMA
1MHz Dup Mode Date: Authors: Nov 2012 Month Year
Proposed Normative Text Changes Concerning Poll Responses
Comments to IEEE /68 Date: Authors: September 2009
Transmit OOB emission Date: Authors: Month Year Month Year
11bd Frame Format Date: Authors: March 2019
LC MAC submission – follow up
LC MAC submission – follow up
NGV Terminology Date: Authors: July 2018
Omni-directional Multiple Antenna Transmission for WUS
Presentation transcript:

80 MHz Channelization Date: 2010-07-12 Authors: July 2010 Month Year doc.: IEEE 802.11-yy/xxxxr0 July 2010 80 MHz Channelization Date: 2010-07-12 Authors: Youhan Kim, et al. John Doe, Some Company

Background TGac has adopted 80 MHz PHY transmission [1] July 2010 Background TGac has adopted 80 MHz PHY transmission [1] 11n 40 MHz channelization Consists of two adjacent IEEE 20 MHz channels Do not partially overlap with each other 5170 MHz 5330 MHz 5490 MHz 5710 MHz 5735 MHz 5835 MHz 36 40 44 48 52 56 60 64 100 104 108 112 116 120 124 128 132 136 140 149 153 157 161 165 IEEE channel # 20 MHz 40 MHz Youhan Kim, et al.

80 MHz Channelization Propose to follow the same approach as in 40 MHz July 2010 80 MHz Channelization Propose to follow the same approach as in 40 MHz Consists of two adjacent IEEE 40 MHz channels Do not partially overlap with each other Justification Not necessary to come up with coexistence rules for partially overlapping channels Sufficient number of 80 MHz channels 5 non-overlapping 80 MHz channels in US 4 non-overlapping 80 MHz channels in Europe 5170 MHz 5330 MHz 5490 MHz 5710 MHz 5735 MHz 5835 MHz 36 40 44 48 52 56 60 64 100 104 108 112 116 120 124 128 132 136 140 149 153 157 161 165 IEEE channel # 20 MHz 40 MHz Proposed 80 MHz channels for US Youhan Kim, et al.

July 2010 Straw Poll #1 Do you support adding the following item into the specification framework document, 11-09/0992? R3.1.1.X: 80 MHz channels consists of two adjacent IEEE 40 MHz channels, and do not partially overlap with each other. Youhan Kim, et al.

July 2010 Straw Poll #2 Do you support adding the following text and figure in section 3.1 of the specification framework document, 11-09/0992? Figure X shows the 80 MHz channels for the US region. 5170 MHz 5330 MHz 5490 MHz 5710 MHz 5735 MHz 5835 MHz 36 40 44 48 52 56 60 64 100 104 108 112 116 120 124 128 132 136 140 149 153 157 161 165 IEEE channel # 20 MHz 40 MHz 80 MHz Figure X. 80 MHz channels for the US region. Youhan Kim, et al.

July 2010 References [1] Stacey, R. et al., Specification Framework for TGac, IEEE 802.11-09/0992r11, May 2010 Youhan Kim, et al.