DCON26_PAPER_Track01_IBIS-AMIModellingMethodologyforSimultaneousBi-DirectionalSBDDie-to-DieChipletConnectiv_214_6.pdf

1、 IBIS-AMI Modeling Methodology for Simultaneous Bi-Directional(SBD)Die-to-Die Chiplet Connectivity Arpit Kothari,Eliyan C Mohammad Mahani,Eliyan C Ali Khoshniat,Eliyan C Abstract Simultaneous Bi-Directional(SBD)signaling is an innovative scheme for die-to-die chiplet interconnects aiming at solving

2、one of the biggest challenges that our industry faces:the ability to process massive amounts of data with the highest efficiency and the lowest power consumption.SBD architecture contains a transmitter-receiver combo at each end of the channel operating simultaneously.This paper presents the first i

3、ndustry attempt at developing a methodology to use IBIS-AMI models for analyzing single-ended SBD links.Since IBIS-AMI models only support communication in one direction,a novel approach is presented that captures the important aspects of SBD operation while utilizing unidirectional models.Various o

4、perating scenarios are studied,and the models are shown to accurately predict the behavior of the system.Author(s)Biography Arpit Kothari received a BE degree in Instrumentation Technology from Visvesvaraya Technological University,Belgaum,India,in 2007,and MS degree in Electrical Engineering from M

5、issouri University of Science and Technology(Missouri S&T),Rolla.in 2013.His prior work experience includes Cisco Systems,Juniper Networks(now part of HP enterprise)and Palo Alto Networks.Currently he is working as a Principal Engineer at Eliyan Corp.specializing in Signal and Power Integrity.Mohamm

6、ad Shahidzadeh Mahani received his B.Sc and M.Sc degrees from Iran University of Science and Technology in Iran and his Ph.D.from McGill University,Canada all in electrical engineering.He was the recipient of McGill Engineering Doctoral Award.His previous experience includes Analog/Mixed-Signal desi