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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
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John D'Ambrosia | Dell |
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Approved Minutes |
Dave Chalupsky |
Intel |
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IEEE 802.3 Opening Plenary Report |
John D'Ambrosia | Dell |
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IEEE 802.3 Closing Plenary Report |
John D'Ambrosia | Dell |
| Liaisons and Communications | ||
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Liaison from OIF: MLG |
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Proposed Informal Communication to PICMG |
Kent Lusted | Intel |
| Presentations | ||
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The Case for Legacy Channels |
Kent Lusted Dave Chalupsky |
Intel |
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Intro to PICMG |
Kent Lusted | Intel |
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Blade Servers & The Relative Cost Impact
of Materials |
Bhavesh Patel John D'Ambrosia |
Dell |
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PAM-2 Broad Market Potential |
Scott Kipp Mike Dudek Mike Li Pravin Patel |
Brocade QLogic Altera IBM |
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PCB Technology Future Trend |
Joe Beers Dr. Karl Minten |
Gold Circuit Electronics |
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Low Transmission Loss Multi-layer Material
for High speed & High Frequency Application |
Ted Tanabe | Hitachi-Chemical |
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Channel Characteristics at 12.5 GHz |
Vasu Parthasarathy Howard Frazier |
Broadcom |
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IEEE 802.3bj Twinaxial Cu cable assembly
objective |
Chris Di Minico | MC Communications Leoni Cables |
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Evaluation of Various Channels |
Charles Moore | Avago |
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S/N comparison for NRZ and PAM4 |
Charles Moore | Avago |
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Sensitivity to Timing Error Jitter for NRZ
and PAM-4 |
William Bliss | Broadcom |
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Line Signaling Performance Comparison
on 1m Improved FR4 Channel |
Troy Beukema Pravin Patel Mounir Meghelli |
IBM |
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A PAM-2 based solution for legacy
backplane channels |
Sanjay Kasturia Hamid Rategh Nima Ferdosi |
Inphi PLX
Technology Inphi PLX Technology |
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Feasibility of PAM-2 on a 1 Meter
Backplane Channel |
Vittal Balasubramanian | FCI |
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Analysis of 30dB Channel Using IBIS-AMI
Models |
Walter Katz | SiSoft |
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Performance Analysis of PAM4 Receivers over
Long Backplane Channels |
Dariush Dabiri | APM |
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Time-domain performance analysis for recently
contributed channels using PAM-4 signaling |
Adee Ran | Intel |
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Output Voltage Proposal for PAM-4
Transmitter |
Ziad Hatab | Vitesse |
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EEE Support for 100 Gb/s |
Mark Gustlin Hugh Barrass |
Cisco |
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FEC Requirements for 100G Backplane |
Phil Northcott | PMC-Sierra |
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Transcoding and FEC Options and
Trade-Offs for 100 Gb/s Backplane and Copper Cable |
Roy Cideciyan John Ewen |
IBM |
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Performance Evaluation of Transcoding
and FEC Schemes for 100 Gb/s Backplane and Copper Cable |
Roy Cideciyan | IBM |
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Further Studies of FEC Code for 100G-KR |
Zhongfeng Wang Hongtao Jiang Chung-Jue Chen |
Broadcom |
| Presentations - Common Time with Next Gen 100GbE Optics SG | ||
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System OEM design guidelines for chip to
module interfaces |
Gary Nicholl | Cisco |
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FEC architectural considerations |
Mark Gustlin John D'Ambrosia Sudeep Bhoja |
Cisco Dell Broadcom |
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Channel Specifications Discussions |
John D'Ambrosia Joel Goergen Adam Healey Charles Moore |
Dell Cisco LSI Avago |
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cPPI-4 Channel and Compliance Boards |
Ali Ghiasi Scott Sommers Tom Palkert |
Broadcom Molex Molex |
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Marrying Copper and Optical. |
Mike Dudek Chris Cole |
QLogic Finisar |
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MDI for 4x25G Copper and Fiber Optic I/O |
Nathan Tracy Tom Palkert |
TE Connectivity Molex |
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Active cables in a passive copper and
optical module world |
Tom Palkert | Molex |
| Action Items | ||
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Dk & Df Algebraic Model v1.01 |
Joel Goergen Beth Kochuparambil |
Cisco |
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Late Presentations |
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Bringing Forward the Dk & Df
Algebraic Model (v1.01) |
Beth Kochuparambil | Cisco |
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EEE |
Mike Bennett | LBNL |
Return to 100 Gb/s Backplane and Copper Cable
Task Force Public Area
Last Update: 04-Apr-12
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