A collection of the data coding means and event coding means multiplexed over the 1000BASE-T1, 10GBASE-T, 10GBASE-KR, MultiGBASE-T1, 25G/40GBASE-T, 2.5G/5GBASE-T, 100GBASE-R, 10G/25G-EPON, and 10GPASS-XR microframes

TL;DR

This paper compiles detailed memos on data and event coding methods multiplexed over various Ethernet protocols and standards, providing a comprehensive reference for high-speed Ethernet microframe coding techniques.

Contribution

It offers a unified collection of coding means and event coding techniques across multiple Ethernet standards involving long binary transport words.

Findings

Provides detailed coding schemes for multiple Ethernet standards

Extends IEEE protocols with multiplexed data and event coding methods

Serves as a comprehensive reference for Ethernet microframe coding

Abstract

This collection bundles the following memos dedicated to Ethernet protocols featuring a very long binary transport word (microframe): [1] "Data Coding Means and Event Coding Means Multiplexed Over the 1000BASE-T1 PCS Payload" (extends the IEEE 802.3bp protocol, present at pp. 1-4 in the bundle); [2] "Data Coding Means and Event Coding Means Multiplexed Over the 10GBASE-T PCS Payload" (IEEE 802.3an, pp. 5-8); [3] "Data Coding Means and Event Coding Means Multiplexed Over the 10GBASE-KR PCS Payload" (IEEE 802.3ap, pp. 9-12); [4] "Data Coding Means and Event Coding Means Multiplexed Over the MultiGBASE-T1 PCS Payload" (IEEE 802.3ch, pp. 13-16); [5] "Data Coding Means and Event Coding Means Multiplexed Over the 25G/40GBASE-T FEC Input" (IEEE 802.3bq, pp. 17-20); [6] "Data Coding Means and Event Coding Means Multiplexed Over the 2.5G/5GBASE-T FEC Input" (IEEE 802.3bz, pp. 21-24); [7] "Data Coding Means and Event Coding Means Multiplexed Over the 100GBASE-R FEC Inputs" (IEEE 802.3bj, pp. 25-28); [8] "Data Coding Means and Event Coding Means Multiplexed Over the 10G/25G-EPON FEC Inputs" (IEEE 802.3av/ca, pp. 29-32); and [9] "Data Coding Means and Event Coding Means Multiplexed Over the 10GPASS-XR FEC Inputs" (IEEE 802.3bn, pp. 33-36).