Dear Colleagues,
Just a friendly reminder that we will be holding the scheduled P802.3bq Channel Modeling Ad Hoc meeting tomorrow.
The updated agenda includes two contributions – one related to system background noise in the PCB host channel, and another related to “cable dynamics”.
As we draw near to next week’s 802.3 interim session in Norfolk, I’m pasting in our Task Force Chair’s note regarding contributions – it’s not too late for you to contribute!
“Note – since we are holding a PHY Proposal ad hoc meeting on Thursday – after the presentation deadline – I will be accepting presentation updates until next Friday to allow you to incorporate feedback from the ad hoc.
Looking forward to seeing you in Virginia!”
Thanks in advance for your participation!
Best regards,
Brad & Pete
-----Original Appointment-----
From: Cibula, Peter R
Sent: Friday, April 04, 2014 2:03 PM
To: Cibula, Peter R; 'STDS-802-3-NGBASET@xxxxxxxxxxxxxxxxx'; Brad Booth (brbooth@xxxxxxxxxxxxx); Chalupsky, David; Schmelzer, Raymond M
Cc: 'Sambasivan, Sam'; 'George Zimmerman'; 'Bill Woodruff'; 'Dinh, Thuyen'; 'Sujan Pandey'; 'Hugh Barrass (hbarrass)'; 'Herman, Todd'; 'Victor Renteria'; Mellitz, Richard; Belopolsky, Yakov; AbuGhazaleh, Shadi; Lars Lindskov Pedersen; Martin ROSSBACH;
hans.lackner@xxxxxxxxx; Tremblay, David; Ed Gastle; Bernd Horrmeyer; anna.an@xxxxxxxxxxxxxxx; jerry.chiang@xxxxxxxxxxxxxxx; dave@xxxxxxxxx; Carrie_Higbie@xxxxxxxxxx; Pachon, Arturo
Subject: [802.3_NGBASET] IEEE 802.3bq Channel Modeling Ad Hoc Meetings
When: Tuesday, May 06, 2014 8:00 AM-10:00 AM (UTC-08:00) Pacific Time (US & Canada).
Where: Online Meeting
Dear Colleagues,
With this invitation, meetings of the IEEE 802.3bq Channel Modeling Ad Hoc are scheduled for every other Tuesday at 8:00AM PDT through the end of July, 2014.
(We can adjust specific meeting dates & times as needed; the series will serve as a friendly reminder as you are planning any work for contributions.)
We are currently soliciting channel contributions that support the work of our P802.3bq Task Force PHY Proposal ad hoc.
Some topics of interest include system background noise in the PCB host channel, “cable dynamics” (changes in cable characteristics when cabling elements are moved), and cabling channel noise.
A proposed general agenda for the meeting follows.
8:00 am meeting start
1. Roll call
Record attendance, attendees’ names and affiliations (Following previous meeting practice, ad hoc attendees are asked to please email Brad Booth <
brbooth@xxxxxxxxxxxxx> or Pete
Cibula <
peter.r.cibula@xxxxxxxxx> a note confirming their attendance)
2. Reminder of IEEE patent policy
3. Housekeeping
Review & approve meeting agenda.
Approve meeting minutes from the previous meeting (To be posted to the ad hoc area).
4. New business for this ad hoc meeting:
- Channel Modeling ad hoc sub-team updates with discussion – status of new/ongoing work
- New contributions with discussion
- Pete Cibula, Intel Corporation – “An Initial Assessment of Real-Time System Background Noise in 10GBASE-T Systems” (working title)
- Dave Chalupsky, Intel Corporation – “Patch Cord/Cable Movement (“Cable Dynamics”) and Time-To-Link/BER Performance – A 10GBASE-T User’s Perspective” (working title)
• Presenters please note:
o If you are planning to submit a contribution for this ad hoc meeting, please notify Dave Chalupsky, Brad Booth & Pete Cibula.
o Contributions are encouraged to be submitted the Friday before the scheduled meeting (However, we will gladly accept “real time” contributions –Thanks in advance to all contributors!)
5. Closing Discussion
Review action items from this meeting
Future presentations & contributions
Next steps/future meetings
10:00 am meeting end
Thanks in advance for your participation in the most fun ad hoc* of the most fun project in all of 802.3!
Brad Booth & Pete Cibula
P802.3bq Channel Modeling ad hoc Co-Chairs
*I think I heard George Zimmerman claim this title in his last PHY proposal ad hoc meeting.
Competition for the coveted “most fun ad hoc” is heating up!
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Join by Phone
+1(916)356-2663 (or your local bridge access #) Choose bridge 5.
Conference ID: 933014529
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