Publication | Closed Access
SoftSKU
83
Citations
91
References
2019
Year
Unknown Venue
Cluster ComputingEngineeringTop SevenMicroservices DesignEnergy EfficiencyEdge ComputingServer HardwareCloud Computing ArchitectureCloud ComputingComputer EngineeringComputer ArchitectureParallel ProgrammingBig DataParallel ComputingScalable ComputingPerformance Scalability
The variety and complexity of microservices in warehouse-scale data centers has grown precipitously over the last few years to support a growing user base and an evolving product portfolio. Despite accelerating microservice diversity, there is a strong requirement to limit diversity in underlying server hardware to maintain hardware resource fungibility, preserve procurement economies of scale, and curb qualification/test overheads. As such, there is an urgent need for strategies that enable limited server CPU architectures (a.k.a "SKUs") to provide performance and energy efficiency over diverse microservices. To this end, we first undertake a comprehensive characterization of the top seven microservices that run on the compute-optimized data center fleet at Facebook.
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