片上系统验证的现代方法：从虚拟模型到仿真.pdf

1、Karthik PadmakumarArmLuis E.RodriguezSiemensA Modern Approach to SoC Verification:From Virtual Models to EmulationA Modern Approach to SoC Verification:From Virtual Models to EmulationKarthik PadmakumarArmLuis E.RodriguezSiemensTest and ValidationChiplets Revolutionizing System DesignNecessitates a

2、modern Shift Left approach for AI System Chiplet:New building blocks of computing AI as the full stack requires aggressive“Shift Left”for competitive advantagePre-verified Compute Subsystem Early SW Optimization Co-validation of SW/HWWith open standards(CSA,AMBA CHI)following OCP interoperability gu

3、idelinesArm Neoverse Compute Subsystems(CSS)System controlSecurityMemoryIOPower ControlPartner specific on-chip AcceleratorsAnnouncedAug23Arm Neoverse CSSPartner InnovationAccelerating time to custom Silicon(Shift Left Optimized Compute System)Fastest Path to Production SiliconWorld Leading Performa

4、nceLeading Edge TechnologyArm CSS HARDWARE VALIDATIONSOFTWARE DEVELOPMENTSYSTEM INTEGRATIONNew:Reduced Time-to-silicon and Accelerated Software DevelopmentCompressing Time to Market for AI Competitive AdvantageShift Left:Reducing HW/SW Development TimelinesSoftware Development accelerationCurrent:In

5、dividual IP Development Approach with Virtual PrototypingSoftware Development accelerationSilicon development timelineArm IPHARDWARE VALIDATIONSOFTWARE DEVELOPMENTSYSTEM INTEGRATIONVirtual Platform Co Validate HW/SW Modern Shift Left Approach:Optimized Compute System(CSS)+Ecosystem(ATD Partner)Ecosy

6、stem CollaborationChiplets Connect Silicon Modularity to AI System DeliveryFirmwareComputeStandardsIOM EM ORYSYSTEMS EC URI TYOPTIMIZED ARM CPU CHIPLETSINTEGRATED AND VALIDATED SUBSYSTEMS ToToFromFromArchitectureSoftware EnablementKernel librariesSubsystemsCSA,AMBA,UCIeInstruction SetBIOS,BMCAI appl