May 2023 IEEE 802.3 Joint Task Force SessionIEEE P802.3cw, P802.3df & P802.3dj |
Agenda and General Information | 22-May-2023 | John D'Ambrosia | Futurewei, US Subsidiary of Huawei | |
Approved M.inutes | 19-Jul-2023 | Kent Lusted John D'Ambrosia Mark Nowell |
Intel Futurewei, US Subsidiary of Huawei Cisco |
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Joint TF Session - Motions &
Strawpolls |
18-May-2023 | Kent Lusted John D'Ambrosia |
Intel Futurewei, US Subsidiary of Huawei |
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IEEE P802.3df Logic Ad Hoc Update | 10-May-2023 | Mark Gustlin | Cisco | |
IEEE P802.3dj Joint Logic / Optics Ad hoc update | 11-May-2023 | Mark Gustlin Mark Nowell |
Cisco | |
IEEE P802.3dj Electrical Ad hoc Update | 10-May-2023 | Kent Lusted | Intel | |
Liaisons & Communications |
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1 |
[IEEE P802.3dj] ITU-T SG15 to IEEE 802.3: G.652 fibre link property Attachment (Password protected) |
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Proposed Response Update per Task Force Discussion |
18-May 2023 |
Frank Effenberger Peter Stassar |
Futurewei Huawei |
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IEEE P802.3cw Presentations |
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1 | Chief Editor's Report | 16-May-2023 | Tom Issenhuth | Huawei |
IEEE P802.3df Presentations |
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1 | Chief Editor's Report | 14-May-2023 | Matt Brown | Huawei |
IEEE P802.3dj Presentations |
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All IEEE P802.3dj Files | 24-May-2023 | |||
1 |
Motions and State of the IEEE P802.3dj Task Force | 15-May-2023 |
John D'Ambrosia Gary Nicholl Kent Lusted |
Futurewei, US Subsidiary of Huawei Cisco Intel |
2 | Reference Package Model Update for 200G/Lane Electrical I/Os | 10-May-2023 |
Mike Li Zhiguo Qian Jenny Xiaohong Jiang Hsinho Wu Masashi Shimanouchi Kemal Aygun Itamar Levin Ariel Cohen |
Intel |
3 | Updated 200G Chip to Module Channels | 15-May-2023 |
Nathan Tracy Megha Shanbhag |
TE Connectivity |
4 |
224 Gbps-PAM4 Chip-to-Module Link Simulation and Analysis with a
"Universal Port" Channel: Design A Reference: A 224 Gbps-PAM4 Chip-to-Module Channel for "Universal Port" and Its Characteristics: Design A |
15-May-2023 | Mike Li, Jenny Jiang, Hsinho Wu, Masashi Shimanouchi, Ilia Radashkevich, Itamar Levin, Ariel Cohen | Intel |
Ali Hammoodi, Jose Paniagua, Michael Rowlands, Sam Kocsis | Amphenol | |||
5 |
224 Gbps-PAM4 Chip-to-Module Link Simulation and Analysis with a
"Universal Port" Channel: Design B Reference: A 224 Gbps-PAM4 Chip-to-Module Channel for "Universal Port" and Its Characteristics: Design B |
15-May-2023 | Mike Li, Jenny Jiang, Hsinho Wu, Masashi Shimanouchi, Ilia Radashkevich, Itamar Levin, Ariel Cohen | Intel |
Nathan Tracy Megha Shanbhag |
TE Connectivity | |||
6 | 200 Gbps/lane AUI C2M Channel Selection Criteria | 15-May-2023 |
Kent Lusted Tobey P.R. Li Mau-Lin Wu |
Intel MediaTek MediaTek |
7 | 200 Gbps/Lane AUI C2C Considerations | 15-May-2023 |
Tobey P.-R. Li Mau-Lin Wu |
MediaTek |
8 | Updated CRU Bandwidth Recommendation for 200G Interfaces | 15-May-2023 |
Ali Ghiasi David Cassan Henry Wong Vasu Parthasarathy Sridhar Ramesh |
Ghiasi Quantum Alphawave Semi Alphawave Semi Broadcom Maxlinear |
9 | Considerations for use of the MLSE model in COM | 10-May-2023 | Adam Healey | Broadcom |
10 | Updated 200G Passive Copper Cable Assembly CR Channels | 15-May-2023 |
Nathan Tracy Megha Shanbhag |
TE Connectivity |
11 | Copper Cable Channel Characteristics | 15-May-2023 |
M. Rowlands A. Hammoodi Sam Kocsis J. Paniagua |
Amphenol |
12 | Demonstration of a 224 Gbps-PAM4 CR SERDES in Supporting a 1 Meter Passive DAC Long Reach Channel | 15-May-2023 |
Mike Li Nathan Tracy |
Intel TE Connectivity |
13 |
224 Gbps-PAM4 Long Reach Link Simulation and Analysis with a 1 Meter
DAC Channel: Design A Reference: A 224 Gbps-PAM4 1 Meter DAC Long Reach Channel and its Characteristics: Design A |
15-May-2023 |
Mike Li Jenny Jiang Hsinho Wu Masashi Shimanouchi Ilia Radashkevich Itamar Levin Ariel Cohen |
Intel |
Ali Hammoodi Jose Paniagua Michael Rowlands Sam Kocsis |
Amphenol | |||
14 |
224 Gbps-PAM4 Long Reach Link Simulation and Analysis with a 1 Meter
DAC Channel: Design B Reference: A 224 Gbps-PAM4 1 Meter DAC Long Reach Channel and its Characteristics: Design B |
15-May-2023 | Mike Li Jenny Jiang Hsinho Wu Masashi Shimanouchi Ilia Radashkevich Itamar Levin Ariel Cohen, Ajay Balankutty |
Intel |
Megha
Shanbhag Nathan Tracy |
TE Connectivity | |||
15 | Updated KR Channels In Support of a 200G Backplane Objective | 15-May-2023 |
Nathan Tracy Megha Shanbhag |
TE Connectivity |
16 | 212Gb/s Per Lane PAM4 KR Cabled Backplane Channels with Asymmetric NPC Cable Lengths | 10-May-2023 |
Jim Weaver Jason Chan |
Arista Networks |
17 | 200 Gb/s per lane KR Backplane Objective Proposal | 15-May-2023 |
Rich Mellitz Brandon Gore Kent Lusted Jim Weaver Sam Kocsis Howard Heck Mike Li Tom Palkert Nathan Tracy Priyank Shukla |
Samtec |
18 | Economics of Latency | 10-May-2023 | David Ofelt | Juniper Networks |
19 |
Joint Ad hoc Chairs: BER Targets for Type 1 and Type 2 PHYs |
15-May-2023 |
Kent Lusted Mark Nowell |
Intel Cisco |
20 | Partitioning AUI C2M and C2C BERs | 17-May-2023 |
Ali Ghiasi David Cassan Henry Wong Vasu Parthasarathy Jamal Riani Sridhar Ramesh |
Ghiasi Quantum / Marvell Alphawave Semi Alphawave Semi Broadcom Marvell Maxlinear |
21 | Proposal for BER budget allocation for AUIs in Type 1 and Type 2 PHYs | 17-May-2023 | Adee Ran | Cisco |
22 | FEC_I Sublayer Architecture Proposal for Type 2 PHYs | 10-May-2023 | Xiang He | Huawei |
23 | 4x RS Codeword Interleaving Proposal for 200 GbE and 400 GbE | 10-May-2023 | Xiang He Hao Ren Matt Brown Adee Ran |
Huawei Huawei Huawei Cisco |
24 | Simplified Pad Insertion for Inner FEC | 17-May-2023 | Zvi Rechtman Piers Dawe |
Nvidia |
25 | Various Convolutional Interleaver options for Inner FEC code (128, 20) | 18-May-2023 |
Lenin Patra Arash Farhood Jamal Riani |
Marvell |
26 | 25G PCSL & 100G PCSL based FEC sublayer Architecture for Inner Code | 17-May-2023 | Lenin Patra Arash Farhood Vasu Parthasarathy Sridhar Ramesh Henry WOng |
Marvell Marvell Broadcom Maxlinear Alphawave |
27 | Baseline proposals for 200G/L PMD specifications for single wavelength 500m and 2km standards | 18-May-2023 | Brian Welch Jonathan Ingham Eric Bernier |
Cisco Huawei Huawei |
28 | FEC Inner Code Bypass Options for 200G/L IMDD Optics | 18-May-2023 | Brian Welch Zvi Rechtman Piers Dawe |
Cisco Nvidia Nvidia |
29 | Considerations on an 800G-FR4 baseline | 10-May-2023 |
Roberto Rodes Maxim Kuschnerov |
Coherent Huawei |
30 | Updates on Baseline Proposal for 800G-FR4 Objective | 23-May-2023 |
Guangcan Mi Yu Tian Ruoxu Wang |
Huawei |
31 | Baseline proposal for 200G/L PMD specification for 4 wavelengths over a single SMF in each direction with lengths up to at least 2km | 18-May-2023 | Brian Welch |
Cisco |
32 | 802.3 SMF Channel Proposal Using Existing ITU-T Codes | 10-May-2023 | Chris Cole | Coherent |
33 | Towards an 800G-LR4 IMDD Specification Consensus - May 2023 update | 10-May-2023 |
Roberto Rodes Maxim Kuschnerov Frank Chang Rangchen (Ryan) Yu Mark Kimber Vipul Bhatt Xiang Liu Kazuhiko Naoe John Johnson |
Coherent Huawei Source Photonics SiFotonics Semtech Coherent Huawei Lumentum Broadcom |
34 | Feasibility Study on Baud-Rate Sampling and Equalization (BRSE) for 800G-LR1 | 24-May-2023 |
Tao Gui QianXiang Xiang Liu |
Huawei |
35 | Feasibility Study on O-Band Coherent 800G-LR1 & ER1 | 10-May-2023 |
Sisi Tan Tao Gui Xiang Liu |
Huawei |
36 | Benefits of a Coherent Solution Tailored for 800G-LR1 | 18-May-2023 |
Or Vidal Tony Chan Carusone |
Alphawave Semi |
37 | Considerations on GMP bypass for 800G-LR1/ER1 | 14-May-2023 |
Haojig Wang Weiqiang Cheng Rubio Han |
China Mobile |
38 | Update to oFEC-based single lambda baseline for 10km and 40km objectives | 18-May-2023 | Tom Williams | Cisco |
39 | Logic baseline proposal (PCS and PMA) for a single Lambda coherent solution to address the 800GbE 10km and 40km SMF objectives | 10-May-2023 |
Gary Nicholl Mike Sluyski Jim Duda |
Cisco |
40 | Logic baseline proposal for 800GBASE-LR1 | 18-May-2023 |
Eric Maniloff Ian Betty Sebastien Gareau James Harley |
Ciena |
Bo Zhang Kishore Kota Lenin Patra |
Marvell | |||
Late #1 | Consensus Proposal for AUI Error Requirements | 18-May-2023 |
Adee Ran Lenin Patra Jamal Riani Adam Healey Kent Lusted |
Cisco Marvell Marvell Broadcom Intel |
Late #2 | IEEE history on 10 km and 40km PMD interoperation | 22-May-2023 |
Mark Nowell John D'Ambrosia |
Cisco Futurewei, U.S. Subsidiary of Huawei |
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