TX Masks Date: Authors: January 2017

Slides:



Advertisements
Similar presentations
Simulation and Evaluation of Various Block Assignments Evaluation of multiple carriers deployed in a channel block evaluation criteria section.
Advertisements

Doc.: IEEE /0060r0 Submission January 2004 Christopher Hansen, BroadcomSlide 1 Thoughts on TX Spectral Masks for n Christopher J. Hansen.
Doc.: IEEE /1062r2 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.
Submission May 2012 Soo-Young Chang (CSUS) Slide 1 doc.: IEEE m May 2012 Soo-Young Chang (CSUS) Slide 1 Project: IEEE P Working.
Doc.: IEEE /283 Submission Sept/00 M. Webster and K. HalfordSlide 1 Spectral Mask Considerations for HRb Mark Webster and Karen Halford.
July 2002doc.: IEEE /420r0 Submission Rishi Mohindra, MAXIMSlide 1 2-Channel Option for 11g (proposal) Rishi Mohindra MAXIM Integrated Products.
Doc.: IEEE /1062r0 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.
Adjacent Channel results for Four Channels
Consideration of PHY design for 1.08GHz channel
Non-Uniform HOM Constellations for 11ay Single Carrier
Spectrum Mask in IEEE802.11p Date: Authors: March 2008
Impact of reciprocal mixing on WUR performance
doc.: IEEE <doc#>
60 GHz Cubicle Wall Reflectivity
Adjacent Channel results for Four Channels
Ack and Block Ack in bonded channels
Sub 1 GHz Non-licensed Operation
900 MHz ISM Band Date: Authors: January 2010 Month Year
Adjacent Channel Rejection Requirement
Spectrum Mask in IEEE802.11p Date: Authors: March 2008
Month Year doc.: IEEE yy/xxxxr0 May 2009
doc.: IEEE <doc#>
80-MHz Non-Contiguous Channel Spectrum
2-Channel Option for 11g (proposal)
System Capacity Evaluation in OBSS Environment at 5 GHz band
TGad Channel Model Update
Bandwidth Indication Design for 120MHz
Bandwidth Indication Design for 120MHz
Ack and Block Ack in bonded channels
CSN & BSS Bridging Date: Authors: Jan 2013
TGad January 2010 Closing Report
Technical complexity related to meeting the RF mask
Pilot Pattern for 120MHz Date: Authors: Month Year
Omni-directional Multiple Antenna Transmission for WUS
Transmit Spectral Mask Changes
Spectral Control Issues for TGg
IEEE Liaison Report for
Spectral line suppression for MC-OOK
Preamble for 120MHz Date: Authors: Nov, 2010 Month Year
Technical complexity related to meeting the RF mask
Analysis on the Impact of Blank GI to ISI
Data Subcarrier and Interleaving for 120MHz
Transmit Spectral Mask Changes
Interference and Co-existence Issues of EUHT network
doc.: IEEE yy/xxxxr0 Date:
Single User MCS Proposal
IEEE Liaison Report for
Phase Rotations for 1MHz DUP Mode
D1.0 PHY Comments Discussion
Motivation for Vendor Specific Request Element
Text Update on PHY Abstraction and SP
Potential of Non-Uniform Constellations with Peak Power Constraint
White Space Regulatory Issues
Interference and Co-existence Issues of EUHT network
System Capacity Evaluation in OBSS Environment at 5 GHz band
August 2008 doc: IEEE c Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Responses.
D1.0 PHY Comments Discussion
Text proposal for using receiver information
Spectral line suppression for MC-OOK
80-MHz Non-Contiguous Channel Spectrum
TGad January 2009 Closing Report
Representation of Transmitter Characteristics
Month Year doc.: IEEE y18/r0 March 2018
Spectrum Allocation for Wireless LAN and ITS in Japan
Channel Modeling with PAA Orientations
Unsolicited Block ACK Extension
RF Feasibility of 120 MHz Channelization for China
Omni-directional Multiple Antenna Transmission for WUS
80 MHz Channelization Date: Authors: July 2010 Month Year
Month Year doc.: IEEE y18/r0 March 2018
Presentation transcript:

TX Masks Date: 2017-01-16 Authors: January 2017 Month Year doc.: IEEE 802.11-yy/xxxxr0 January 2017 TX Masks Date: 2017-01-16 Authors: G. Cheng et al, Peraso John Doe, Some Company

Month Year doc.: IEEE 802.11-yy/xxxxr0 January 2017 Abstract TX Masks for 802.11ay to cover all bandwidths are provided along with technical justification G. Cheng et al, Peraso John Doe, Some Company

802.11ay Masks For All Bandwidths (1) January 2017 802.11ay Masks For All Bandwidths (1) Channel BW = 1 has the same mask as 802.11ad Revised masks for channel bandwidths 2, 3, and 4 G. Cheng et al, Peraso

Revised Proposal for 802.11ay Mask (2) January 2017 Revised Proposal for 802.11ay Mask (2) Levels remain the same as 802.11ad (0, -17, -22, and -30 dB) First corner shifts by the channel spacing Remaining corners scale with bandwidth (to accommodate spectral re- growth from amplifier non-linearity) 1 Channel (same as 802.11ad) First corner at 0.94 GHz Second corner at 1.2 GHz Third corner at 2.7 GHz Fourth corner at 3.06 GHz 2 Channels First corner at 2.02 GHz (i.e. 0.94 GHz+ 2.160 GHz / 2) Second corner at 2.40 GHz (i.e. 2 *1.2 GHz) Third corner at 5.40 GHz Fourth corner at 6.12 GHz G. Cheng et al, Peraso

Revised Proposal for 802.11ay Mask (3) January 2017 Revised Proposal for 802.11ay Mask (3) 3 Channels First corner at 3.10 GHz Second corner at 3.60 GHz Third corner at 8.10 GHz Fourth corner at 9.18 GHz 4 Channels First corner at 4.18 GHz Second corner at 4.80 GHz Third corner at 10.80 GHz Fourth corner at 12.24 GHz G. Cheng et al, Peraso

Proposed 802.11ay Mask (3) January 2017 Mean ACI level across adjacent channel bandwidth is increased slightly CB 1 = -19.2 dB CB 2 = -16.5 dB CB 3 = -15.0 dB CB 4 = -13.7 dB Wider bandwidth signal PSD will scale downward Net interference is less G. Cheng et al, Peraso

PA Distortion Results (1) January 2017 PA Distortion Results (1) New results under tighter conditions Rapp Model from 802.11ay Evaluation Methodology Root raised cosine beta = 0.3 Pi/2 BPSK Modulation 0.5 dB back-off from Psat G. Cheng et al, Peraso

PA Distortion Results (2) January 2017 PA Distortion Results (2) CB = 1 G. Cheng et al, Peraso

PA Distortion Results (3) January 2017 PA Distortion Results (3) CB = 2 G. Cheng et al, Peraso

PA Distortion Results (4) January 2017 PA Distortion Results (4) CB = 3 G. Cheng et al, Peraso

PA Distortion Results (5) January 2017 PA Distortion Results (5) CB = 4 G. Cheng et al, Peraso

References Draft 802.11 RevMC, D8.0 Month Year doc.: IEEE 802.11-yy/xxxxr0 January 2017 References Draft 802.11 RevMC, D8.0 IEEE 802.11-15-0866r4 11ay Evaluation Methodology G. Cheng et al, Peraso John Doe, Some Company