CVA6S+：具有高吞吐量内存架构的超标量 RISC-V 内核.pdf

《CVA6S+：具有高吞吐量内存架构的超标量 RISC-V 内核.pdf》由会员分享，可在线阅读，更多相关《CVA6S+：具有高吞吐量内存架构的超标量 RISC-V 内核.pdf（69页珍藏版）》请在三个皮匠报告上搜索。

1、pulp-platform.orgpulp_ PlatformOpen Source Hardware,the way it should be!CVA6S+:A Superscalar RISC-V Core with High-Throughput Memory ArchitectureRiccardo Tedeschi1,Gianmarco Ottavi1,Cme Allart2,3,Nils Wistoff4,Zexin Fu4,Filippo Grillotti5,Fabio De Ambroggi5,Elio Guidetti5,Jean-Baptiste Rigaud3,Oliv

2、ier Potin3,Jean Roch Coulon2,Csar Fuguet6,Luca Benini1,4,Davide Rossi1University of Bologna,Italy1Thales DIS,France2Mines Saint-Etienne,France3ETH Zrich,Switzerland4STMicroelectronics,Italy5Inria,France6Introduction:RISC-V high-performance open cores2 The growing demand for autonomy in critical fiel

3、ds like automotive,industrial automation,and aerospace is driving the need for high-performance CPUsIntroduction:RISC-V high-performance open cores3 The growing demand for autonomy in critical fields like automotive,industrial automation,and aerospace is driving the need for high-performance CPUs An

4、 increasing number of open-source RISC-V cores are targeting high-performance applications,including BlackParrot,BOOM,XiangShan,and Xuantie C910Introduction:RISC-V high-performance open cores4CVA61 is a configurable 64/32 bit RISC-V core originally developed by the PULP Platform and now maintained b

5、y OpenHW Group with the support of multiple industrial and academic partners:1F.Zaruba,The Cost of Application-Class Processing:Energy and Performance Analysis of a Linux-Ready 1.7-GHz 64-Bit RISC-V Core in 22-nm FDSOI Technology,IEEE VLSI,2019 The growing demand for autonomy in critical fields like

6、 automotive,industrial automation,and aerospace is driving the need for high-performance CPUs An increasing number of open-source RISC-V cores are targeting high-performance applications,including BlackParrot,BOOM,XiangShan,and Xuantie C910Introduction:RISC-V high-performance open cores5CVA61 is a c