Which of the following represents the price per core for BM.GPU3.8?

Which of the following represents the price per core for BM.GPU3.8?

• A. $0.03/core/hr
• B. $1.275/core/hr
• C. $0.049/core/hr
• D. $2.95/core/hr

Answer: (D)

The price per core for BM.GPU3.8 is accurately represented by the option that states $2.95/core/hr. This pricing reflects the overall cost associated with utilizing this specific high-performance computing instance type, which is designed for graphics and data-intensive workloads. In the context of high-performance computing (HPC), pricing can vary significantly based on the specifications of the instance type, including the number of GPUs, CPU cores, memory, and other resources that contribute to its performance capabilities. The BM.GPU3.8 instance offers specialized features suited for data processing tasks requiring substantial computational power, which is reflected in its pricing structure. Price per core is an important metric for organizations to consider when evaluating the cost-effectiveness of their computing resources, especially in HPC environments where operational efficiency can lead to significant time and cost savings in processing large datasets.

The price per core for BM.GPU3.8 is accurately represented by the option that states $2.95/core/hr. This pricing reflects the overall cost associated with utilizing this specific high-performance computing instance type, which is designed for graphics and data-intensive workloads.

In the context of high-performance computing (HPC), pricing can vary significantly based on the specifications of the instance type, including the number of GPUs, CPU cores, memory, and other resources that contribute to its performance capabilities. The BM.GPU3.8 instance offers specialized features suited for data processing tasks requiring substantial computational power, which is reflected in its pricing structure.

Price per core is an important metric for organizations to consider when evaluating the cost-effectiveness of their computing resources, especially in HPC environments where operational efficiency can lead to significant time and cost savings in processing large datasets.