IEEE P802.3bn Task Force
Technical Decisions |
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# | Synopsis | Motion Text | Motion # | Reference File |
27-28 September 2012 | ||||
1 | Power Saving | Study support for configurable power saving mechanism for EPoC interface(s), technical details for further study. |
See Motion 5 |
hajduczenia_05a_0912.pdf |
2 | OFDM for Downstream | Adopt OFDM for downstream EPoC PHY. |
See Motion 6 |
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3 | OFDMA for Upstream | Adopt OFDMA for upstream EPoC PHY. |
See Motion 7 |
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4 | LDPC Downstream inner code | Adopt LDPC for downstream inner code. There is no decision on outer code at this time. |
See Motion 8 |
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5 | OFDM subcarrier exclusion | Support exclusion of one or more OFDM subcarriers. |
See Motion 10 |
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6 | Multiple modulation orders | Support multiple downstream modulations orders up to 4096QAM, support multiple upstream modulation orders up to 1024QAM. |
See Motion 11 |
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7 | Downstream OFDM sampling frequency | In the downstream use OFDM channels of 192 MHz with OFDM sampling frequency of integer multiples of 10.24 MHz. |
See Motion 12 |
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8 | Support for higher capacity | The standard shall support the ability for higher capacity by combining multiple 192 MHz OFDM channels. |
See Motion 14 |
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13-15 November 2012 | ||||
9 | Data scaling with OFDM channels | The MAC/PLS date rate shall scale linearly with the number of OFDM channels, in the same baseline channel conditions in each channel. |
See Motion 6 |
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10 | Energy Efficiency Objective | Move that 802.3 Working Group approve the new additional objective for the IEEE P802.3bn Task Force that reads: Define Energy Efficient Ethernet operation for EPON Protocol over Coax PHYs |
See Motion 7 and Motion 10 |
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23-25 January 2013 | ||||
11 | Downstream PHY Link modulation order | The downstream PHY Link Channel shall use a fixed modulation order of 16 QAM to carry PHY Link information. |
See Motion 3 |
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12 | PHY Link downstream cyclic prefix auto-detect | A CNU shall auto-detect the CP size and sub-carrier spacing of the downstream PHY Link Channel. |
See Motion 4 |
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13 | PHY Link downstream cyclic prefix and symbol duration. | The downstream PHY Link Channel shall use the same CP size and symbol duration as the data channel. |
See Motion 5 |
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14 | Exclusion sub-bands placement. | Exclusion sub-bands can be on the lower portion of the OFDM channel, the upper OFDM channel, or within the OFDM channel. |
See Motion 6 |
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15 | Downstream Channel Model parameters. | Adopt the DS Channel model parameter list shown in howald_01a_0113.pdf slides 3-7 as baseline starting point for the Node +4 topology. |
See Motion 8 |
howald_01a_0113.pdf |
16 | Starting point for TDD baseline. | Use garavaglia_02a_0113.pdf as a starting point for development of a TDD baseline. |
See Motion 10 |
garavaglia_02a_0113.pdf |
17 | Downstream subcarrier spacings. | The standard shall define two downstream subcarrier spacings: 25 kHz and 50 kHz. |
See Motion 11 |
|
19-21 March 2013 | ||||
18 | Baseline Channel Conditions | Adopt the Channel model parameter lists and topology illustrations shown in remein_3bn_07_0313.pdf as baseline channel conditions. |
See Motion 3 |
remein_3bn_07_0313.pdf |
19 | Multiple Modulation Profiles | The EPoC standard shall support multiple modulation profiles for the bursting DS and US PHY and a single modulation profile for the continuous DS PHY. |
See Motion 4 |
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20 | 64b/66b Line Coding | EPoC PHY shall use the 64b/66b line coding (as defined in IEEE Standard 802.3-2012, Clause 49) with shortened Sync header (1 bit as in 10G-EPON). |
See Motion 5 |
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21 | PLC Transparency | The PLC shall be transparent to the MAC. It shall not add jitter or latency to the data. |
See Motion 7 |
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22 | TDD MPCP baseline | Approve garavaglia_3bn_02a_0313 as a baseline for EPoC TDD MPCP, Clause 103. |
See Motion 8 |
garavaglia_3bn_02a_0313 |
23 | Windowing | A raised cosine windowing function is applied (for details see slide 4 and slide 6 in montreuil_01a_0113.pdf). The amount of overlap Tp shall be configurable. In terms of samples, possible values for Tp are 0, 32, 64, 128, 192, and 256. |
See Motion 9 |
montreuil_01a_0113.pdf |
24 | Upstream RF Bandwidth | The supported RF bandwidth of an upstream channel shall be 192 MHz. The definition of exclusion bands shall allow for smaller channels when there is not 192 MHz of spectrum available. |
See Motion 10 |
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25 | Upstream Burst Markers | The beginning of an upstream burst is indicated by a start marker. The end of an upstream burst is indicated by an end marker. |
See Motion 11 |
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26 | Start Markers | The start marker identifies when a profiles starts in TDD downstream. The start marker is placed at the beginning of each profile burst. |
See Motion 12 |
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27 | Start Marker indicates profile | The start marker indicates the profile that is used. |
See Motion 13 |
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28 | Marker Definition |
A Marker
|
See Motion 14 |
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29 | Pilot structure starting points |
Presentation
pietsch_3bn_01_0313.pdf
shall be adopted as a
starting point towards a baseline proposal for the downstream pilot structure.
Presentation kliger_3bn_01_0313.pdf shall be adopted as a starting point towards a baseline proposal for the upstream pilot structure. |
See Motion 15 |
pietsch_3bn_01_0313.pdf kliger_3bn_01_0313.pdf |
30 | Center Frequency Granularity | The granularity for setting the Center Frequency (fc) of the 192 MHz OFDM Channel, in both US and DS, shall be 1 MHz. |
See Motion 16 |
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31 | RF Spectrum upper bound | The EPoC PHY shall be capable of communicating an upper bound of the RF spectrum of at least 5 GHz. |
See Motion 17 |
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32 | Exclusion Bands configured by MDIO | Downstream and upstream exclusion sub-bands within an OFDM channel can be configured in both the CLT and CNU by MDIO. |
See Motion 18 |
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33 | Exclusion Bands configured by PHY Link Channel | Downstream and upstream exclusion sub-band configuration in an OFDM channel can be communicated from the CLT to the CNU over the PHY Link Channel. |
See Motion 19 |
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34 | Use of MDIO registers | The PHY will have a number of MDIO registers to report on subcarrier or subcarrier group, signal parameters including quality. |
See Motion 20 |
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35 | Minimum contiguous spectrum | The minimum contiguous downstream spectrum with no internal exclusion sub-bands shall be 24 MHz. This does not preclude nulled subcarriers which do not carry information. |
See Motion 21 |
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36 | PHY Link Error Correcting Code | The downstream PHY Link shall include an error correcting code. |
See Motion 23 |
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37 | PLC Transparency |
The PLC is transparent to the MAC. No additional jitter and latency No additional buffering |
See Motion 24 |
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38 | PHY Link framing | The Downstream PHY Link Channel shall be composed of a preamble (with start of frame delimiter) and PLC frame. It will not include MAC Data. Note: Guard time or dead-time may also be included. |
See Motion 25 |
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39 | PLC Subcarriers | The downstream PLC will be 400KHz wide without continuous pilots. 8 subcarriers at 50KHz spacing or 16 subcarriers at 25KHz spacing. |
See Motion 26 |
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40 | Downstream MAC/PLS data rate target | The standard will target a downstream data rate of 1.6 Gb/s at the MAC/PLS service interface, in a 192-MHz OFDM channel, in baseline channel conditions ( remein_3bn_07_0313.pdf ). |
See Motion 27 |
remein_3bn_07_0313.pdf |
41 | EPoC delay evaluation criteria | EPoC Delay as calculated using the methodology described in garavaglia_02_0912.pdf (or a future update), should be used as an evaluation criteria in evaluating proposals. |
See Motion 28 |
garavaglia_02_0912.pdf |
42 | Rx Idle Deletion | In the receive direction, EPoC CNU and CLT shall support Idle Deletion process used by 10G-EPON. |
See Motion 31 |
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43 | Rx Idle Insertion | In the receive direction, EPoC CNU and CLT shall support Idle Insertion process used by 10G-EPON, as defined in IEEE Std 802.3-2012, 76.3.3.7, with the following changes: - The value of FIFO_II_SIZE is TBD at this time and shall be set once FEC and PMD details are defined. |
See Motion 32 |
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44 | Tx Idle Insertion | In the transmit direction, EPoC CNU and CLT shall support Idle Insertion process used by 10G-EPON, as defined in IEEE Std 802.3-2012, 77.2.2 (Figures 77-13 for CLT and 77-14 for CNU), with the following changes: Function FEC_Overhead shall be replaced with the function accounting for FEC and PHY overhead (tentative name: PMD_Overhead) once FEC and PMD details are defined. |
See Motion 33 |
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45 | Tx Idle Deletion |
In the transmit direction, EPoC CNU and CLT shall support Idle Deletion
process used by 10G-EPON, as defined in IEEE Std 802.3-2012, 76.3.2.1, with the following changes:
Figure 76.9 CLT operation) shall be modified to account for EPoC-specific FEC and PMD overhead, once these details are settled. Figure 76.10 CNU operation) shall be modified to account for EPoC-specific FEC and PMD overhead, once these details are settled. |
See Motion 34 |
|
15-17 May 2013 | ||||
46 | 64b/66b Encoder and Decoder | Move to: - Adopt hajduczenia_3bn_04_0513.pdf (content of subclauses 101.3.2.2 and 101.3.3.6) as baseline for draft for 64b/66b encoder and decoder processes, respectively. - Sync header truncation (in Tx direction) before the encoder and expansion (in the Rx direction) after the decoder. |
See Motion 3 | hajduczenia_3bn_04_0513.pdf |
47 | EPoC FEC | Move to accept prodan_3bn_01_0513.pdf as the starting point for EPoC FEC. | See Motion 5 | prodan_3bn_01_0513.pdf |
48 | Tx/Rx Idle Deletion/Insertion | Move to adopt hajduczenia_3bn_01_0513.pdf (content of subclauses 101.3.2.1 and 101.3.3.7) as baseline for draft for Tx Idle Deletion and Rx Idle Insertion functions, respectively. | See Motion 7 | hajduczenia_3bn_01_0513.pdf |
49 | Tx Idle Insertion | Move to adopt garavaglia_3bn_02a_0513.pdf (content of sub-clause 102.2.2) as baseline for the draft for Tx Idle Insertion at MPCP Multiple Control Multiplexer. | See Motion 8 | garavaglia_3bn_02a_0513.pdf |
50 | Continuous 65 bit vector | Move that in the EPoC continuous downstream a 65 bit vector (shortened 64b/66b encoded vector) shall not be split across FEC codewords. | See Motion 9 | |
51 | PLC Codeword Pointer | Move that in the EPoC continuous dowstream PHY, the PLC shall transmit (either in all or some PLC frames) a pointer in bits to identify the start of the first complete FEC codeword in the following PLC frame. | See Motion 11 | |
52 | Local Grant Identification | Move to: Adopt garavaglia_3bn_05_0513.pdf (content of sub-clause 102.3.5) for the method for local grant identification for EPoC TDD. | See Motion 12 | garavaglia_3bn_05_0513.pdf |
53 | PLC Baseline starting point | Use boyd_3bn_02_0513.pdf slides 2-8 as starting point for the development of the PHY Link baseline (Use of multiple OFDM channels is for further study). | See Motion 13 | boyd_3bn_02_0513.pdf |
54 | Exemplar Channel Conditions | Move to adopt the Channel model parameter lists and topology illustrations shown in howald_3bn_02_0313.pdf slides 7-20 as exemplar channel conditions for the associated topologies (Node+6, Node+3 with digital distribution, Node+3 with analog distribution, and Node+0<1GHz). | See Motion 14 | howald_3bn_02_0313.pdf |
55 | Exclusion Sub-band | Move to define Exclusion Sub-band as a set of k adjacent subcarriers indexed [m, m+1,... m+k-1], which are configured to have zero amplitude. | See Motion 15 | |
56 | Internal exclusion subcarriers | Move to define two differernt types of exclusion sub-bands:
- Internal exclusion sub-bands - Band edge exclusion sub-bands [and] to define two differerent types of individual exclusion subcarriers: - individual exclusion subcarriers which have zero amplitude - individual exclusion subcarriers which are pilots |
See Motion 16 | |
57 | Band-edge Exclusion Sub-bands | Move that the standard will support support 2 separate downstream band-edge exclusion sub-bands, in a single 192 MHz OFDM Channel, in the transmitted signal. | See Motion 18 | |
58 | Minimum internal exclusion width | Move that the minimum width of a downstream internal exclusion sub-band is 1 MHz. | See Motion 19 | |
59 | Internal Exclusion Sub-bands | Move that the standard shall support a fixed integer number of internal exclusion sub-bands, in a single 192 MHz OFDM channel, in the transmitted signal. | See Motion 20 | |
60 | Continual Pilots | Presentation kliger_3bn_02_0513.pdf shall be adopted as a refinement of the proposal on continual pilots contained in pietsch_3bn_01_0313.pdf, which was adopted as a starting point towards a baseline proposal for the downstream pilot structure. | See Motion 22 |
kliger_3bn_02_0513.pdf
pietsch_3bn_01_0313.pdf |
61 | Upstream pilot structure | Adopt presentation pietsch_3bn_01_0513.pdf as a refinement of the original presentation kliger_3bn_01_0313.pdf. pietsch_3bn_01_0513.pdf is the a new starting point towards a baseline proposal for the resource block configuration and upstream pilot structure. | See Motion 24 |
pietsch_3bn_01_0513.pdf
kliger_3bn_01_0313.pdf pietsch_3bn_01_0513.pdf |
62 | PLC placement | The downstream PLC shall be placed such that there is at least 3 MHz of contiguous spectrum on either side of the center of the PLC. | See Motion 25 | |
63 | Cycle Prefix | The cyclic prefix duration is configurable and is independently chosen for the downstream transmission and the upstream transmission. The allowed values for the downstream and the recommended values for the upstream are listed in the tables. (Reference: pietsch_3bn_02_0313.pdf slide 2) | See Motion 26 | pietsch_3bn_02_0313.pdf |
64 | Pre-equalization | Each CNU shall configure transmit pre-equalization based on feedback from the CLT. (Reference: montreuil_01_0512.pdf and kliger_01a_0912.pdf ) | See Motion 27 |
montreuil_01_0512.pdf
kliger_01a_0912.pdf |
65 | Upstream Ranging | Move to adopt kliger_3bn_01_0513.pdf as the starting point for developing a baseline proposal for upstream ranging for EPoC. | See Motion 28 | kliger_3bn_01_0513.pdf |
66 | Channel Probing | Move to adopt montreuil_3bn_01a_0513.pdf as the starting point for developing a baseline proposal for upstream channel probing sequence for EPoC. | See Motion 29 | montreuil_3bn_01a_0513.pdf |
67 | Continuous pilots | Move that any downstream continuous pilots bounding exclusion sub-bands are in addition to the continuous pilots specified by kliger_3bn_02_0513.pdf (i.e., continuous pilots bounding exclusion sub-bands are not counted as part of the required number of pilots on slide 5 of the aforementioned document). | See Motion 30 | kliger_3bn_02_0513.pdf |
68 | Create TF Draft 0.1 | Move that the P802.3bn Task Force authorizes the editors to create a Draft version 0.1 of the EPoC standard for presentation at the July meeting. Draft to include all baseline material to date. | See Motion 31 | |
16-18 July 2013 | ||||
69 | Exclusion sub-band characterization. | An exclusion sub-band is characterized by a start sub-carrier index and an integer number of sub-carriers. |
See Motion 3 |
|
70 | Sub-band distinction by modulated subcarrier. | In the downstream an exclusion sub-band shall be mappable onto any of the OFDM subcarriers within an OFDM channel, with the restriction that there is at least one modulated subcarrier between exclusion sub-bands. |
See Motion 4 |
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71 | Number of exclusion sub-bands. | In the downstream, there shall be at most 16 exclusion sub-bands in a single 192-MHz OFDM channel. |
See Motion 5 |
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72 | FDD RF Spectrum operation |
For an FDD system, the EPoC standard shall support operation over the following frequency ranges:
Downstream: 54 MHz to at least 1212 MHz Actual frequencies in use on the coax will depend on the diplexer, region, etc. Downstream operation above 1212 MHz to 2610 MHz is for further study. [Modified: Motion #5 (TD #89) September 2013 Interim.] |
See Motion 6 |
|
73 | TDD RF Spectrum |
For a TDD system, the EPoC standard shall support operation in a passive cable plant from 10 MHz up to at least 1800 MHz.
[Modified: Motion #6 (TD #90) September 2013 Interim.] |
See Motion 7 |
|
74 | OFDM Numerology | Adopt the OFDM numerology for downstream and upstream EPoC as shown in rahman_saif_3bn_01_0713.pdf. |
See Motion 8 |
rahman_saif_3bn_01_0713.pdf |
75 | PLC FEC | Adopt the LDPC(384,288) code for PLC FEC as presented in shen_3bn_01_0713.pdf. |
See Motion 9 |
shen_3bn_01_0713.pdf |
76 | PLC Preamble | Accept the proposed PLC preamble, pages 2, 3, 12, and 13, for inclusion in the PHY Link baseline as presented in montreuil_3bn_01_0713.pdf. |
See Motion 10 |
montreuil_3bn_01_0713.pdf |
77 | PLC Content | Adopt "PLC Content" presentation as a starting point for inclusion in the PHY Link baseline as in kliger_3bn_01b_0713.pdf. |
See Motion 11 |
kliger_3bn_01b_0713.pdf |
78 | Cyclic Prefix baseline text | Adopt solomon_3bn_02b_0713.pdf as baseline text. |
See Motion 12 |
solomon_3bn_02b_0713.pdf |
79 | Downstream Pilots | Adopt EPoC downstream continuous pilots as presented in "EPoC Downstream Pilot Proposal" ( kliger_3bn_02a_0713.pdf ) as a baseline proposal. |
See Motion 13 |
kliger_3bn_02a_0713.pdf |
80 | Single sub-carrier Resource Block | Move that a single sub-carrier Resource Block shall be included as a reguirement in the upstream specifications (as illustrated in kliger_3bn_03_0713.pdf page 6). |
See Motion 14 |
kliger_3bn_03_0713.pdf |
81 | FEC for active plant |
Adopt the LDPC codes for active plant EPoC FEC as presented in
prodan_3bn_01a_0713.pdf
, pages 3, 5, 6, 7, and 8.
[Modified: Motion #8 (TD #92) September 2013 Interim.] |
See Motion 15 |
prodan_3bn_01a_0713.pdf |
82 | MTTFPA Objective |
Add a new Objective for P802.3bn Task Force: Mean Time To False Packet Acceptance at least equal to 1.4 x 1010 years. |
See Motion 18 |
|
83 | TDD Guard Time | The standard shall support a TDD Guard Time in positive integer multiples of 1.25 us, starting at 1.25 us to at least 10 us. |
See Motion 19 |
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84 | TDD time windows | The TDD downstream and upstream time windows will be characterized by an integer multiple of the symbol duration, which is equal to the inverse of the sub-carrier spacing plus the cyclic prefix duration. |
See Motion 20 |
|
85 | TDD lower frequency band |
The standard shall support a lower TDD frequency band from 10 MHz to 277 MHz.
[Modified: Motion #6 (TD #90) September 2013 Interim.] |
See Motion 21 |
|
86 | TDD upper frequency band |
The standard shall support an upper TDD frequency band from 750 MHz to 1800 MHz.
[Modified: Motion #6 (TD #90) September 2013 Interim.] |
See Motion 22 |
|
03-05 September 2013 | ||||
87 | D0.1 Comment Resolutions | Move to accept the comment resolution as recorded in draft_0p01_all_comment_responses_final.pdf |
See Motion 3 |
Contained in RAR package: Comments_8023bn_D0p1_140911_1023.rar (P) |
88 | TDD downstream data detector | Adopt shellhammer_3bn_03_0913.pdf slides 5-11 as the baseline for the TDD downstream data detector. |
See Motion 4 |
shellhammer_3bn_03_0913.pdf |
89 | FDD Upstream Frequency ammendment |
The FDD Upstream frequency band shall be from 5 MHz to 234 MHz.
Note: This modifies motion #6 from the July 2013 Plenary. |
See Motion 5 |
|
90 | TDD PMD bands |
A TDD PMD shall support the low band (5 MHz - 277 MHz) or the high band (750 MHz to 1800 MHz), or both.
Note: This is a refinement of motion #7, motion #21, and motion #22, from the July 2013 Plenary. |
See Motion 6 |
|
91 | PHY downstream Tx block diagram | Approve kliger_3bn_01a_0913.pdf (page 2) as the starting point for the high level downstream PHY transmit block diagram. |
See Motion 7 |
kliger_3bn_01a_0913.pdf |
92 | LDPC (5940,5040) type-correction | Adopt the typo-corrected LDPC (5940,5040) code for active plant EPoC FEC as presented in shen_3bn_01_0913.pdf , page 2. |
See Motion 8 |
shen_3bn_01_0913.pdf |
93 | MTTFPA | Incorporate data encoding/decoding scheme to achieve the MTTFPA objective as presented in prodan_3bn_02a_0913.pdf slides 14, 18, 19, and 20 for the downstream and upstream. |
See Motion 9 |
prodan_3bn_02a_0913.pdf |
94 | FEC Clause 101 changes | Adopt hajduczenia_3bn_01a_0913.pdf (with changes per Motion #9, this meeting) as baseline text for downstream FEC encoding/decoding and incorporate in Clause 101 in the next draft version. |
See Motion 10 |
hajduczenia_3bn_01a_0913.pdf |
95 | FDD use the three active LDPC FEC codes | Adopt that FDD mode shall use the three LDPC FEC codes (as adopted in Technical Decision #81, motion #15 from Geneva 2013 meeting) for Node + N, N ≥ 0. |
See Motion 11 |
|
96 | TDD LDPC FEC codes | TDD mode shall use the four LDPC FEC codes on Slides 5 and 6 of pietsch_3bn_01a_0913.pdf for both downstream and upsteam. |
See Motion 12 |
pietsch_3bn_01a_0913.pdf |
97 | Power based burst marker detection | Adopt the power based burst marker detection scheme for both upstream and downstream described in slides 3 and 6 in rahman_syed_3bn_01_0913.pdf |
See Motion 13 |
rahman_syed_3bn_01_0913.pdf |
98 | Upstream probing scheme | Adopt the upstream probing scheme with the option for sub-carrier skipping described in slides 4,5,6, and 7 (option-2) in rahman_syed_3bn_01_0313.pdf |
See Motion 14 |
rahman_syed_3bn_01_0313.pdf |
99 | PHY Link baseline starting point | Accept the remein_3bn_03a_0913.pdf as PHY Link starting point for the baseline text. |
See Motion 15 |
remein_3bn_03a_0913.pdf |
100 | Authorized Editors for D0.2 | Authorize the Editors to create Draft 0.2 from Draft 0.1 by incorporating approved baseline material from the July or September 2013 meetings. |
See Motion 16 |
|
12-14 November 2013 | ||||
101 | Draft D0.2 Editor Bulk Comments | Accept in bulk the comment resolutions for all Editorial comments as recorded in 8023bn_draft0d2_proposed_responses.pdf |
See Motion 3 |
8023bn_draft0d2_proposed_responses.pdf |
102 | Upstream codeword filling | Adopt the upstream codeword filling algorithm from prodan_3bn_01_1113.pdf pages 2, 3, 4 and 12 for EPoC. |
See Motion 4 |
prodan_3bn_01_1113.pdf |
103 | Constellation Mapping | Adopt the constellation mapping procedure in prodan_3bn_02_1113.pdf pages 2-4 and 6-7 for EPoC. |
See Motion 5 |
prodan_3bn_02_1113.pdf |
104 | Downstream PMD Electrical | Adopt rahman_saif_3bn_02_1113.pdf as baseline proposal for PMD Downstream Electrical Input/Output. |
See Motion 6 |
rahman_saif_3bn_02_1113.pdf |
105 | Initial and Fine Ranging FEC | Adopt the LDPC FEC codes in shen_3bn_01_1113.pdf: The (128,80) punctured LDPC code with 24-bit CRC for initial ranging on BPSK pages 3 & 5. The (362,272) shortenend and punctured LDPC code for fine ranging on QPSK page 7. |
See Motion 7 |
shen_3bn_01_1113.pdf |
106 | Upstream Wideband Probing | Adopt rahman_syed_3bn_02_1113.pdf as a baseline proposasl for the upstream wideband probing. |
See Motion 9 |
rahman_syed_3bn_02_1113.pdf |
107 | CNU Upstream TX | Adopt kliger_3bn_01a_1113.pdf slide 5 as a baseline proposal for CNU upstream Tx. |
See Motion 10 |
kliger_3bn_01a_1113.pdf |
108 | TDD additional upstream QAM constellations | Support for 2048 and 4096 QAM in the TDD upstream shall be mandatory, using the same QAM constellation mapping as the FDD downstream. |
See Motion 11 |
|
109 | Burst Markers | Adopt rahman_syed_3bn_01_1113.pdf as the baseline proposal for burst markers. "Power boosting for Burst Marker sequences" section is removed and T.B.D. |
See Motion 12 |
rahman_syed_3bn_01_1113.pdf |
110 | Downstream baseline starting point | Adopt laubach_3bn_04c_1113.pdf as a baseline starting point for EPoC downstream. |
See Motion 14 |
laubach_3bn_04c_1113.pdf |
111 | New PHY Link Clause | Create a new clause to address PHY-Link and incorporate into the draft. |
See Motion 15 |
|
112 | Clause 102 Issues Solutions | Adopt changes proposed in remein_3bn_06_1113.pdf "Cl-102 Issues and Solutions" slides 14-18 & 20-21 and incorporate into the draft. |
See Motion 16 |
remein_3bn_06_1113.pdf |
113 | PHY Link baseline | Accept remein_3bn_07_1113.pdf and remein_3bn_08_1113.pdf as PHY-Link baseline material and incorporate into the draft. Include PLC material extracted from laubach_3bn_04c_1113.pdf All material goes into the new PHY-Link Clause. |
See Motion 17 |
remein_3bn_07_1113.pdf
remein_3bn_08_1113.pdf laubach_3bn_04c_1113.pdf |
114 | Draft 0.3 authorization | Authorize the Editors to create Draft 0.3 from Draft 0.2 by incorporating approved baseline and comment resolution material from the November 2013 meeting. |
See Motion 18 |
|
22-24 January 2014 | ||||
115 | Separate P802.3bn work into two efforts |
Move to: Separate P802.3bn work into two efforts: 1.EPoC FDD work will continue under existing P802.3bn project documents. 2.TDD work to be spun off to a new 802.3 project, pending CFI, 802.3 working-group, and 802 EC confirmation. Note: this would authorize P802.3bn Chair to work with the 802.3 Chair and WG with the goal of seeking study group approval for the EPoC-TDD study group by the 802 EC at 2014 March closing plenary meeting. |
See Motion 3 |
|
116 | MDIO Register baseline material | Accept as baseline material the MDIO Registers outlined in remein_3bn_06_0114.pdf slides 4, 5, 6, 7, & 8 and incorporate into the draft. |
See Motion 4 |
remein_3bn_06_0114.pdf |
117 | Downstream GearBox starting point. |
Use
boyd_3bn_03_0114.pdf
as a starting point Baseline for the Downstream GearBox including:
Accurate Rate control for the PCS-to-PMA Accurate Rate control for the IDLE Deletion Function Bit Loading Configuration Switchover at PLC Boundaries |
See Motion 5 |
boyd_3bn_03_0114.pdf |
118 | Simplified IDLE Deletion function starting point | Simplify the IDLE Deletion function into a single process with the data rate reference from the GearBox as described in boyd_3bn_03_0114.pdf as a starting point. |
See Motion 6 |
boyd_3bn_03_0114.pdf |
119 | PHY Discovery Initiation and Control starting point | Accept as a starting point the concepts outlined in remein_3bn_05_0114.pdf slides 2, 4, 7, 8 & 10 for initiation and control of the PHY Discovery window. |
See Motion 8 |
remein_3bn_05_0114.pdf |
120 | PLC FEC, initial/fine ranging start point | Adopt shen_3bn_01_0114.docx as a starting point for PLC FEC, initial ranging FEC and CRC, fine ranging FEC, constellation mappings and the other elements of initial and fine ranging for P802.3bn |
See Motion 9 |
shen_3bn_01_0114.docx |
121 | OFDMA 1D-to-2D Upstream starting point. | Adopt EPoC OFDMA upstream with 1D-to-2D translation as described in boyd_3bn_02_0114.pdf as a starting point. |
See Motion 10 |
boyd_3bn_02_0114.pdf |
122 | D0.3 Editorial bulk acceptance. |
Accept in bulk the comment resolutions for all Editorial comments as
recorded
8023bn Draft 0.3 Comment Proposed Responses 140108.pdf (P)
and
8023bn Draft 0.3 LATE Comments Proposed Responses 140108.pdf (P)
with the exception of; 1231, 1386, & 1250.
Chair's Note: This adoption removed the 8K FFT option as per Comment #1359. |
See Motion 12 |
8023bn Draft 0.3 Comment Proposed Responses 140108.pdf (P)
8023bn Draft 0.3 LATE Comments Proposed Responses 140108.pdf (P) |
123 |
Authorize
Draft 0.4 |
Authorize the Editors to create Draft 0.4 from Draft 0.3 by incorporating approved baseline and comment resolution material from the January 2014 meeting as recorded in P8023bn_draft0d3_Comments_Approved_Responses.pdf.(P) |
See Motion 13 |
P8023bn_draft0d3_Comments_Approved_Responses.pdf.(P) |
124 | Three Resource Block symbol length configurations. | Specify three configurations for the number of symbols in a Resource Block: 8, 12 and 16. |
See Motion 14 |
|
18-20 March 2014 | ||||
125 | Upstream PHY Block Diagram | Adopt the Upstream PHY Block Diagram for Clause 100 as presented in laubach_3bn_02_0314.vsd as shown in laubach_3bn_02_0314.pdf as a baseline figure. Editors to place in Clause 100.1.5.2, Figure 100-2, for 10GPASS-XR-U and move Figure 100-1, to Clause 100.1.5.1 for 10GPASS-XR-D. Rationalize PHY Link block in Figure 100-1 as illustrated in new Figure 100-2. |
See Motion 3 |
laubach_3bn_02_0314.vsd
laubach_3bn_02_0314.pdf |
126 | Upstream 4x6 Burst Marker |
Adopt as baseline the 4x6 Burst Marker as described in Slide 6 in
montreuil_3bn_01b_0314.pdf
with normative mapping into Resource Blocks using S0 as an example
is shown on slides 8-10, and additional defined parameters include:
|
See Motion 4 |
montreuil_3bn_01b_0314.pdf |
127 | D0.4 Editorial bulk acceptance. Authorize D0.5 | Move to accept in bulk the comment resolutions for all Editorial comments as recorded in 8023bn Draft 0.3 Comment Proposed Responses 140307(P). Authorize the Editors to create Draft 0.5 from Draft 0.4 by incorporating approved baseline and comment resolution material from the March 2014 meeting as recorded in Draft 0.4 Comment Approved Responses(P) . |
See Motion 5 |
8023bn Draft 0.3 Comment Proposed Responses 140307(P).
Draft 0.4 Comment Approved Responses(P) |
14-16 May 2014 | ||||
128 | Bit Scrambler |
Adopt and incorporate in the draft the bit scrambler recommendation
on pages 2, 3 and 4 of
montreuil_3bn_01a_0514.pdf
for the upstream PCS MAC data path function and PHY Link. The seed
shall have a default value and may also be set via the PHY Link.
Adopt and incorporate in the draft the bit scrambler recommendation on pages 5 and 6 of montreuil_3bn_01a_0514.pdf for the downstream PCS MAC data path function and PHY Link. The seed shall have a default value and may also be set via the PHY Link. |
See Motion 3 |
|
129 | Upstream Probe Sequence | Adopt and incorporate in the draft the Upstream Probe Sequence recommendation on pages 2 and 3 of montreuil_3bn_02a_0514.pdf without staggering. |
See Motion 4 |
|
130 | PHY Discovery Preamble | Adopt and incorporate in the draft the PHY Discovery preamble on slide 4 of montreuil_3bn_03a_0514.pdf |
See Motion 5 |
|
131 | Upstream PHY Link pilot pattern | Adopt and incorporate in the draft the Upstream PHY Link Pilot Pattern on slide 2 of montreuil_3bn_05a_0514.pdf without the Complementary Pilots (CP). |
See Motion 6 |
|
132 | D0.5 Editorial bulk acceptance. Authorize D0.6 | Accept in bulk the comment resolutions for all Editorial comments as recorded in 8023bn Draft 0.5 Comment Proposed Responses 140507. Authorize the Editors to create Draft 0.6 from Draft 0.5 by incorporating approved baseline and comment resolution material from the May 2014 meeting as recorded in Draft 0.5 Comment Approved Responses. |
See Motion 8 |
|
15-16 July 2014 | ||||
133 | CNU_ID assignment | Accept the MDIO interface for assigned CNU_ID as described in remein_3bn_02_0714.pdf slides 7 & 9 except create only one register set (CNU_ID, flag, Range & MAC address) and incorporate into the draft. |
See Motion 3 |
remein_3bn_02_0714.pdf |
134 | Resource Block Sizes | Adopt Resource Block (RB) sizes of 1 subcarrier by 8 symbols and 1 subcarrier by 16 symbols as described in slide 3 of kliger_3bn_02b_0714.pdf. The 1 subcarrier x 12 symbol RB mode will not be adopted. Instruct the Editors to include in the next draft. Instruct Editors to remove 4 subcarrier RB and 8 subcarrier RB modes from the next draft. |
See Motion 4 |
kliger_3bn_02b_0714.pdf |
135 | Upstream Burst rules and Pilot Type definition | Adopt Burst rules in slide 5 and Pilots rules in slide 6 and Pilot Type definition in slide 4 of kliger_3bn_02b_0714.pdf. Instruct the Editors to include in the next draft. |
See Motion 5 |
kliger_3bn_02b_0714.pdf |
136 | Upstream OFDMA Frame and Superframe structure | Adopt the upstream OFDMA Frame and Superframe structure as shown in slide 16 of kliger_3bn_01_0714.pdf where PHY Discovery Window and Fine Ranging Window of size 128 subcarriers by 4 symbols and Probe share a common area using all subcarriers with a duration of 5 or 6 symbol. Multiple Discovery or Fine Ranging responses may occupy symbol periods at different frequencies. Instruct the Editors to include in the next draft. |
See Motion 6 |
kliger_3bn_01_0714.pdf |
137 | Start, Stop Burst Marker figures | Add figures to the draft showing Start and Stop Burst Markers in slides 9 and 11 of kliger_3bn_02b_0714.pdf. |
See Motion 7 |
kliger_3bn_02b_0714.pdf |
138 | Authorize Draft 1.0 | Authorize the Editors to create Draft 1.0 from Draft 0.6 by incorporating approved baseline and comment resolution material from the July 2014 meeting as recorded in Draft 0.6 Comments Approved Responses (P). |
See Motion 8 |
Draft 0.6 Comments Approved Responses (P) |
139 | Clause 45 pre-equalizer coefficients | Instruct the Editors to create registers in Clause 45 to specify CNU upstream pre-equalizer coefficients as two 16 bit registers per subcarrier Clause 101.4.3.12.1. Note for a description see Draft 0.6, Page 143, Line 36. |
See Motion 9 |
|
10-11 September 2014 | ||||
140 | PMA Service Interface | Adopt the PMA Service Interface text in laubach_3bn_09a_0914.pdf into the next draft. |
See Motion 3 |
laubach_3bn_09a_0914.pdf |
141 | Multiple Downstream Channels | Adopt into the draft the figure 100-2 update based on laubach_3bn_04_0914.pdf Page 3 and text updates as per laubach_3bn_05a_0914.pdf Editors will update to support up to 5 downstream OFDM channels. |
See Motion 4 |
laubach_3bn_04_0914.pdf
laubach_3bn_05a_0914.pdf |
142 | Frame Lost Ratio objective update |
Amend P802.3bn Task Force objective as follows:
“PHY to have:
a downstream frame loss ratio better than 10^-6 at the MAC/PLS service interface;
an upstream frame loss ratio better than 5x10^-5 at the MAC/PLS service interface.”
Direct the P802.3bn Chair to bring forward at next IEEE 802 plenary meeting for Working Group approval. |
See Motion 5 |
|
143 | Authorize Draft 1.1 | Authorize the Editors to create Draft 1.1 from Draft 1.0 by incorporating approved baseline and comment resolution material from the September 2014 meeting as recorded in Draft 1.0 Comments Approved Responses |
See Motion 6 |
|
04-05 November 2014 | ||||
144 | Comment roll up | Approve proposed responses to all open comments in remein_3bn_03_1114.pdf. |
See Motion 4 |
remein_3bn_03_1114.pdf |
145 | Upstream codeword filler text | Adopt prodan_3bn_02a_1114.pdf into the P802.3bn draft. |
See Motion 6 |
prodan_3bn_02a_1114.pdf |
146 | Upstream electrical text | Adopt kolze_3bn_02a_1114.pdf into the P802.3bn draft. |
See Motion 7 |
kolze_3bn_02a_1114.pdf |
147 | Authorize Draft 1.2 | Authorize the Editors to create Draft 1.2 from Draft 1.1 by incorporating approved baseline and comment resolution material from the November 2014 meeting as recorded in Draft 1.1 Comments Approved Responses. |
See Motion 8 |
Draft 1.1 Comments Approved Responses |
13-15 January 2015 | ||||
148 | Upstream symbol mapper baseline | Move to adopt laubach_3bn_05a_0115.pdf and laubach_3bn_06_0115.pdf as baseline starting point for upstream symbol mapper. |
See Motion 3 |
laubach_3bn_05a_0115.pdf
laubach_3bn_06_0115.pdf |
149 | RxMER draft text | Adopt RxMER draft text from laubach_3bn_02a_0115.pdf. Allow the Editor to split out equations for stylistic reasons. |
See Motion 4 |
laubach_3bn_02a_0115.pdf |
150 | Upstream pilot insertion | Adopt upstream pilot insertion draft text from laubach_3bn_04a_0115.pdf |
See Motion 5 |
laubach_3bn_04a_0115.pdf |
151 | Authorize Draft 1.3 | Authorize the Editors to create Draft 1.3 from Draft 1.2 by incorporating approved baseline and comment resolution material from the January 2015 meeting as recorded in Draft 1.2 Comments Approved Responses. |
See Motion 6 |
Draft 1.2 Comments Approved Responses |
10-12 March 2015 | ||||
152 | PCS transmit update | Adopt laubach_3bn_03_0315.pdf changes to Draft 1.3 for PCS Transmit |
See Motion 3 |
laubach_3bn_03_0315.pdf (P) |
153 | Upstream PMA updates | Adopt laubach_3bn_07_0315.pdf as an update to Draft 1.3 for Upstream PMA Staging, Pilot Insertion, and Frame Timing. The Editors have license to adjust section numbers and variable lists to comply with IEEE Style Guide and 802.3 practices. On Page 76, Line 11, change “T2” to “T1” (subcarrier type). |
See Motion 4 |
laubach_3bn_07_0315.pdf |
154 | Downstream electrical update | Adopt laubach_3bn_05a_0315.pdf draft text changes for Downstream Electrical |
See Motion 5 |
laubach_3bn_05a_0315.pdf |
155 | Authorize Draft 1.4 | Authorize the Editors to create Draft 1.4 from Draft 1.3 by incorporating approved baseline and comment resolution material from March 2015 meeting as recorded in Draft 1.3 Comments Approved Responses |
See Motion 6 |
Draft 1.3 Comments Approved Responses |
156 | Upstream exclusion band edit | Remove the sentence “Exclusion bands are limited to TBD % or less of encompassed spectrum (see Table 101-13)” on Page 183 Line 4. |
See Motion 7 |
|
157 | Upstream frequency band change | Change Table 100-11 upstream Frequency band from “5 to 234” to “5 to at least 204”. Editor to change elsewhere in the draft text from “234” to “204”. |
See Motion 8 |
|
18-20 May 2015 | ||||
158 | Affirm project documentation | The P802.3bn Task Force believes that Draft 1.4 and later draft revisions meet the P802.3bn PAR, 5 Criteria, and Objectives. |
See Motion 4 |
|
159 | Authorize D1.5 and pre-submit to WG | Authorize the Editors to create Draft 1.5 from Draft 1.4 for recirculation by incorporating the approved comment resolution material from the May 2015 meeting as recorded in Draft 1.4 Final Comments. Authorize the Chair to pre-submit Draft 1.5 to IEEE 802.3 in anticipation of requesting WG ballot at the July 2015 Plenary. |
See Motion 5 |
|
13-14 July 2015 (as per unconfirmed minutes) | ||||
160 | Authorize Draft 1.6 | Authorize the Editors to create Draft 1.6 from Draft 1.5 by incorporating approved comment resolution material from July 2015 meeting as recorded in Draft 1.5 Final Comments. |
See Motion 3 |
|
161 | Advance D1.6 to WG ballot | Authorize the Chair to request that the 802.3 Working Group consider advancing P802.3bn Draft 1.6 to working group ballot. |
See Motion 5 |
|
16-18 September 2015 (as per unconfirmed minutes) | ||||
162 | Authorize Draft 2.1 | Authorize the Editors to create Draft 2.1 from Draft 2.0 by incorporating approved comment resolution material from September 2015 meeting as recorded in Draft 2.0 Final Comments. |
See Motion 5 |
|
163 | Recirculate Draft 2.1, ITU SG9 liaison to WG | Authorize the Chair to ask the 802.3 Working Group Chair to recirculate Draft 2.1 when available and ask the Working Group Chair to distribute Draft 2.1 in response to ITU SG9 liaison communications. |
See Motion 6 |
|
09-10 November 2015 | ||||
164 | Authorize Draft 2.2 | Authorize the Editors to create Draft 2.2 from Draft 2.1 by incorporating approved comment resolution material from the November 2015 meeting as recorded in Draft 2.1 Final Comments. |
Motion 3 |
|
165 | Request recirculation | Authorize the Chair to ask the 802.3 Working Group Chair to recirculate Draft 2.2 when available. |
Motion 4 |
|
166 | Conditional approval to sponsor ballot | Authorize the Chair to request that the 802.3 Working Group grant conditional approval for the P802.3bn draft to proceed to Sponsor ballot. |
See Motion 5 |
|
16-17 December 2015 | ||||
167 | Authorsize Draft 2.3 | Authorize the Editors to create Draft 2.3 from Draft 2.2 by incorporating approved comment resolution material from the December 2015 meeting as recorded in Draft 2.2 Final Comments. |
See Motion 3 |
|
168 | Request recirculation | Authorize the Editors to create Draft 2.3 from Draft 2.2 by incorporating approved comment resolution material from the December 2015 meeting as recorded in Draft 2.2 Final Comments |
See Motion 4 |
|
19 January 2016 (as per unconfirmed minutes) | ||||
169 | Authorsize Draft 3.0 | Authorize the Editors to revise Draft 2.3 Working Group ballot draft into Draft 3.0 Sponsor Ballot draft; Authorize the Chair to ask the 802.3 Working Group Chair to consider advancing Draft 3.0 to sponsor ballot. |
See Motion 3 |
|
26 May 2016 (as per unconfirmed minutes) | ||||
170 | Authorize Draft 3.2 | Authorize the Editors to create Draft 3.2 from Draft 3.1 by incorporating approved comment resolution material from the May 2016 meeting as recorded in Draft 3.1 Final Comments . Chair to send Draft 3.2 to 802.3 Chair for sponsor recirculation ballot. |
See Motion 4 |
|
171 | Figure 102-15 update | Move to: Approve amended comment r01-7. Approve change to SEND_EMB in Figure 102-15 to reveal hidden line “Send( PhyTD )” and remove red fill. |
See Motion 5 |
|
172 | Clause 102 table fix. | Move to: Remove table titles from PICS in Clause 102. |
See Motion 6 |
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21 June 2016 (as per unconfirmed minutes) | ||||
173 | Approve comment response | Approve comment resolution material from the June 2016 meeting as recorded in Draft 3.2 Final Comment . |
See Motion 3 |
|
174 | Submit to RevCom | Authorize the Chair to request that the IEEE 802.3 Working Group re-affirm the CSD (grandfathered 5C) responses in http://www.ieee802.org/3/bn/5Criteria.pdf and request approval to submit the IEEE P802.3bn draft D3.2 to RevCom for approval. |
See Motion 4 |
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Note P: these file are available under the P802.3bn private area.
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Return to IEEE P802.3bn EPoC PHY Task Force Home Page |
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