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Ming Yang (PhD Candidate, University of Toronto)
Location: Ballroom B
Date: Thursday, January 30
Time: 8:00am - 8:45am
Track: 08. Measurement, Simulation & Improving Jitter, Noise & BER (Pre & Post FEC), 06. System Co-Design: Modeling, Simulation & Measurement Validation
Format: Technical Session
Pass Type: 2-Day Pass, All-Access Pass, Alumni All-Access Pass - Get your pass now!
Vault Recording: TBD
Audience Level: All
This paper presents a statistical modeling approach to accurately estimate post-FEC BER for high-speed wireline links using standard linear block codes, such as the RS(544,514,15) KP4 and RS(528,514,7) KR4 codes. A hierarchical approach is adopted to analyze the propagation of PAM-symbol and FEC-symbol errors through a two-layer Markov model. In this paper, we will turn our proposed BER estimation method into a set of tools to assist in making architectural choices for wireline transceivers, such as co-design of the equalization and FEC in the presence of DFE error and various noise sources including residual ISI, crosstalk, transmitter and receiver jitter.
A statistical modeling approach to accurately estimate post-FEC BER below 10^-15 for high-speed wireline links using standard linear block codes while accounting for DFE error propagation and other noise sources including residual ISI, crosstalk and TX/RX jitter.
Basic knowledge in probability and statistics; familiar with common equalization techniques in wireline Serializer/Deserializer; understanding the fundamentals of linear block codes