Session10 Digital Processing and Circuit Techniques.pdf

1、ISSCC 2026SESSION 10Digital Processing and Circuit Techniques10.1:A 3nm,400TOPS,1080k DMIPS SoC with Chiplet Support for ASIL D Automotive Cross-Domain Applications 2026 IEEE International Solid-State Circuits Conference1 of 37A 3nm 400 TOPS,1080k DMIPS SoC with chiplet support for ASIL D automotive

2、 cross-domainShiro Machida,Kazuki Fukuoka,Tomoya Onda,Nobuhiro Yada,Hiroyuki Nakano,Sho Yamanaka,Cao Van Hung,Yusaku Hara,Takahiro Irita,Kohei Wakahara,Tatsuya Kamei,Cyril Cordoba,Yasuhisa Shimazaki,Renesas Electronics,Tokyo,Japan10.1:A 3nm,400TOPS,1080k DMIPS SoC with Chiplet Support for ASIL D Aut

3、omotive Cross-Domain Applications 2026 IEEE International Solid-State Circuits Conference2 of 37OutlineBackgroundChallenges in this work Chiplet Architecture for Automotive use case Dense Core Integration&Faster Clocks Testing for zero defects Minimizing Voltage Drop Under High Power and Multi-Mode

4、OperationChip implementationConclusion10.1:A 3nm,400TOPS,1080k DMIPS SoC with Chiplet Support for ASIL D Automotive Cross-Domain Applications 2026 IEEE International Solid-State Circuits Conference3 of 37Advancements in Autonomous Driving LEVEL1 Drive Assistant LEVEL2 Partial Auto Drive LEVEL3 Condi

5、tional Auto Drive LEVEL4,5 Full Auto Drive10.1:A 3nm,400TOPS,1080k DMIPS SoC with Chiplet Support for ASIL D Automotive Cross-Domain Applications 2026 IEEE International Solid-State Circuits Conference4 of 37Computing Demands for Autonomous Driving012345Driver RoleVehicle RoleSAE LEVELNo AutomationD

6、riverAssistanceConditionalAuto DriveHighAutomationPartialAutomationFullAutomationHumanComputer50/50Scaling SAE Levels:ECU Compute Beyond 1000 TOPS for Perception,Decision,and ControlBeyond1000TOPS10.1:A 3nm,400TOPS,1080k DMIPS SoC with Chiplet Support for ASIL D Automotive Cross-Domain Applications