The Next Evolution of Meta’s Compute Server Platform with Crater Lake, Yosemite V3.5, and Open Rack V3.pdf

1、Metas Next Generation Compute Server PlatformIT Ecosystem:Server&StorageMetas Next Generation Compute Server PlatformTa-Yu Wu,Systems Engineer,MetaGoals for Next Gen Compute Server PlatformCompute density improvementPower efficiency improvementWorkload requirements alignmentFlexible deployment locat

2、ionMetas next generation compute server platform consists of latest advances at the rack,chassis,and server levelEvolving Metas Compute Server PlatformCrater Lake ServerYosemite V3.5 ChassisOpen Rack v3PSU/BBUPlatform Overview4th Gen Intel Xeon CPU supportDDR5 memory technologyPCIe Gen5 endpoints wi

3、th support for CXL 1.1 devicesServer:Crater LakeORv3 IntegrationHigher powered server board and 15K RPM fans supportModular server expansion optionsChassis:Yosemite V3.5Higher rack power densityFlexible chassis and PSU placementScalable backup time with different BBU configurationsRack:Open Rack V3S

4、caling Hyperscale ApplicationsUsersFront end Client ServersDatabasesLarge Blob StoreCacheApplication,Business Logic ServersFlexible Platform Allows Efficient ScalingLeveraging Modularity for Server ConfigurationCrater LakePCIe CEM Expansion1OU E1.S Expansion2OU E1.S ExpansionYosemite V3.5ComputeMemo

5、ryStorageAcceleratorsCompute/MemoryStorageDense ComputeAccelerated ComputeLightweight ComputeLightweight StorageDense StorageSpecialized Rack ConfigurationsStateless Dense ComputeStateless Compute for Ephemeral DataDense Storage NodesApplication Specific AccelerationStateful Compute with Persistent

6、StorageORv3Backup PowerLocation Flexibility due to ORv3Crater Lake,YV3.5,and ORv3 leverages platform modularity to create custom solutions at scaleBuilding with OCP Stateless Dense ComputeStateless Compute for Ephemeral DataDense Storage NodesApplication Specific AccelerationStat