#Hpc aws pricing calculator software#

We could add further detail to the model if needed. This is a simple model - although it is good enough to be useful quickly for many situations. Ratio of cloud TCO to on-premise TCO (i.e., cloud is more expensive than on-premises if factor is >1) TCO to use this same computing capacity from the cloud TCO to use this same computing capacity from on-premises system Occupancy (fraction of year the service is in place)

Management & support team for cloud service / virtual cluster (number of persons or 'FTE') TCO MODEL FOR CLOUD COMPUTING TO DELIVER SAME AMOUNT OF ACTUAL USED CORE-HRS PARAMETERS Occupancy (fraction of year the system is in place) User support team (number of persons or 'FTE')ĬALCULATED COST PROFILE FOR ON-PREMISES HPC System management team (number of persons or 'FTE') Total number of core-hrs user per year Įffort spent on procurement & commissioning (person years)Įffort spent on decommissioning (person years) Service time (i.e., percentage of time that the system is available to users) Utilization (i.e., percentage of the available cycles that are used) PUE (ratio of total power used by the datacenter vs power delivered to the HPC systems)Ĭapital (i.e., total amount spent on the hardware)

Fortran Library for SMP & Multicore VersionsīASELINE TCO MODEL FOR ON-PREMISES HPC SERVICE PARAMETERS.

#Hpc aws pricing calculator software#

Software Optimization and Code Modernization.