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Meeting Materials |
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All Files |
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| General Information | ||
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Agenda and General Information |
John D'Ambrosia | Force10 Networks |
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Jan 11 Action Items and Attendance |
Dave Chalupsky | Intel |
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Approved Minutes |
Dave Chalupsky | Intel |
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IEEE 802.3 Opening Plenary Report |
John D'Ambrosia | Force10 Networks |
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IEEE 802.3 Closing Plenary Report |
John D'Ambrosia | Force10 Networks |
| Liaisons and Communications | ||
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Liaison from OIF |
OIF | |
| Presentations - General | ||
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Objectives Discussion |
John D'Ambrosia Howard Frazier Adam Healey |
Force10 Networks Broadcom LSI |
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An Overview of Energy Efficient Ethernet |
Mike Bennett | Lawrence Berkeley National Laboratory |
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IEEE P802.3bf Data Delay |
David Law Marek Hajduczenia Steve Carlson |
HP ZTE High Speed Design |
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Bit Error Ratio Objective |
Brad Booth | Applied Micro |
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Signaling Terminology: PAM-M and Partial
Response Precoders |
William Bliss | Broadcom |
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Recommendations for common VNA
Configurations for channel characterization |
Greg Lecheminant |
Agilent |
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Recommendations for TDR Configurations for
channel characterization |
Pavel Zivny | Tektronix |
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Suggested Practices for Reporting
Simulation Results (reprise) |
Adam Healey | LSI |
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System Vendors View on 100 Gb/s Backplane
and Copper Study Group Issues |
Mark Gustlin Hugh Barrass Priooz Tooyserkani Lin Shen Marco Mazzini John D'Ambrosia Dan Dove Ilango Ganga David Chalupsky Shimon Muller |
Cisco Force10 Networks HP Intel Oracle |
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FEC Triple Tradeoffs & 100GCU SG Objectives |
Sudeep Bhoja Mark Gustlin |
Broadcom Cisco |
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Broad Market Potential and Economic
Feasibility of the 100Gb Backplane and Cu Cable Solutions for the Volume
Blade & Rack Server Markets |
Dave Chalupsky | Intel |
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Consider SG Objective from IC Vendor Perspective |
Frank Chang | Vitesse |
| Presentations - Backplane | ||
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Circuit Board Technology: An Introduction
to Fabrication Issues in High Speed Channels |
Joel Goergen | Cisco |
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A Method for Evaluating Channels |
Charles Moore Adam Healey |
Avago LSI |
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Evaluation of Channels Submitted to Study
Group Spreadsheet 12-Mar 11 (9k) |
Charles Moore Adam Healey |
Avago LSI |
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Comparing newer versus older
backplanes |
Vasu Parthasarathy Howard Frazier |
Broadcom |
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Channel Analysis for Defining Reach and BER
Objectives |
Ziad Hatab | Vitesse |
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25Gb/s Signaling for 100G Backplanes: Channel
Loss vs Equalization |
John Ewen Mounir Meghelli Troy Beukema |
IBM |
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25Gb/s Signaling for 100G Backplanes:
Time Domain SI Analysis |
Mounir Meghelli John Ewen Pravin Patel Barry Barnett Troy Beukema |
IBM |
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100G Backplane Link Feasibility Study:
Time Domain Simulations Using Frequency Domain Measurement Data |
Peerouz Amleshi Pravin Patel Troy Beukema |
Molex IBM |
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100Gb/s Measured Backplane Channels |
Megha Shanbhag |
Tyco Electronics |
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Alternative Backplane Architectures for
100Gb/s Applications |
Nathan Tracy Megha Shanbhag |
Tyco Electronics |
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A Study of 10G-KR Channel Evolution and Its
Signaling Implications at 25 Gbps |
Mike Li |
Altera |
| Presentations - Copper Cable | ||
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Server Link Lengths for ToR
Cabinet-to-Cabinet & EoR/Centralised Switching |
Alan Flatman | LAN Technologies |
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Viability of 3 Meter Cable Reach Based on
10Gb/s Market Snapshot |
Nathan Tracy | Tyco Electronics |
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Twin-Ax Capability for 4x25Gbps |
Mark Bugg | Molex |
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Connector Considerations |
Scott Sommers |
Molex |
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Considerations for Determining Objectives |
Chris DiMinico |
MC Communications LEONI Cables & Systems |
Return to 100 Gb/s Backplane and Copper Cable
Study Group Public Area
Last Update: 26-June-11
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