allfiles.zip
(last updated:  6/19/2018 
7:30 AM    PT Pacific US time)
Note: “(ver 01a)” or similar, indicates the version has been
updated since the initial upload – check these for new files
| Title | Presenters(s) | Affiliation(s) | 
| Steve Carlson, Chair, P802.3ch Task Force | High
  Speed Design, Inc., Robert Bosch GmbH. Marvell | |
| Jon Lewis | Dell EMC | |
| Motions and Straw Polls | ||
| George
  Zimmerman, Ad Hoc Chair | CME
  Consulting/CommScope, LTC, Aquantia | |
| 
  Editor's Report – P802.3ch Draft 0.3 | Natalie
  Wienckowski, Chief Editor | GM | 
| IEEE Process | ||
| Copper Link Segment | ||
| Bert Bergner, Eric DiBiaso | TE
  Connectivity | |
| P802.3ch Channel Performance at different tempertures (01a) | Josef Ohni | MD Electronik | 
| Cable comparison | Ricky Vernickel | LEONI Kabel GmbH) | 
| 802.3ch channel insertion loss AWG26 and AWG24 | Thomas Müller | Rosenberger | 
| 802.3ch coupling attenutation (02a) | Thomas Müller | Rosenberger | 
| 802.3ch ALSE ingress noise | Thomas Müller | Rosenberger | 
| Objectives (EEE, Start-up, etc.) | ||
| PHY | ||
|  |  | |
|   |  |  | 
| Bandwidth, Modulation and SNR Comparison for Multi-Gigabit Automotive PHY (01c) | Tom Souvignier | Broadcom | 
|   |   |   | 
| 2.5G and 10G PHYs Modulation Scheme Proposal (01c) | Sujan Pandey | NXP Semiconductors | 
| Line modulation considerations for 2.5Gbps and 10Gbps Automotive Ethernet (01b) | Gerrit W. den Besten | NXP Semiconductors | 
| Power/Area Tradeoffs in Multi-Gig BASE-T1 PHYs (01a) | Ramin Farjadrad George Zimmerman | Aquantia CME Consulting/CommScope, LTC, Aquantia | 
| 2.5GBASE-T1 PHY Strawman (01a) | Brett McClellan | Marvell | 
| Working Sessions on Output | ||
| Proposal for 2.5G/5G/10GBASE-T1 Transmit Voltage Level | Mike Tu Tom Souvignier George Zimmerman Amir Bar-Niv | Broadcom Broadcom CME Consutlting, Aquantia Aquantia | 
| 
  PHY discussion | Natalie
  Wienckowski, Chief Editor | GM | 
IEEE 802.3
Multi-gig Automotive Ethernet PHY Task Force  Public Area
(last updated: 6/19/2018 
7:30 AM   PT  
Pacific US time)