When designing a workstation to run VMware Workstation for application development, which criteria should be prioritized?

When designing a workstation to run VMware Workstation for application development, which criteria should be prioritized?

• A. 32-bit processor with quad-core
• B. 64-bit processor with eight cores
• C. Single-channel RAM
• D. Optical drive support

Answer: (B)

When designing a workstation to run VMware Workstation for application development, prioritizing a 64-bit processor with eight cores is essential due to several key factors that enhance performance and efficiency for virtualization tasks. Firstly, VMware Workstation requires a 64-bit architecture in order to effectively utilize modern operating systems and applications. A 64-bit processor can handle significantly more RAM than a 32-bit processor, which is crucial for running virtual machines and additional applications simultaneously without performance degradation. This is particularly important in development environments where multiple virtual machines may be running concurrently for testing and development purposes. Secondly, having eight cores enables better multitasking and resource allocation. Virtualization software benefits from multiple cores as it can create multiple virtual CPUs (vCPUs) for each virtual machine (VM). This allows each VM to process tasks in parallel, leading to improved performance, especially when running resource-intensive applications or compiling large codebases. In a development setting, the ability to efficiently run multiple VMs and applications can greatly enhance productivity and reduce idle time. In contrast, options like a 32-bit processor with quad-core or single-channel RAM would limit the system's ability to perform effectively under heavy loads typically associated with running development environments. An optical drive may be useful for some older applications

When designing a workstation to run VMware Workstation for application development, prioritizing a 64-bit processor with eight cores is essential due to several key factors that enhance performance and efficiency for virtualization tasks.

Firstly, VMware Workstation requires a 64-bit architecture in order to effectively utilize modern operating systems and applications. A 64-bit processor can handle significantly more RAM than a 32-bit processor, which is crucial for running virtual machines and additional applications simultaneously without performance degradation. This is particularly important in development environments where multiple virtual machines may be running concurrently for testing and development purposes.

Secondly, having eight cores enables better multitasking and resource allocation. Virtualization software benefits from multiple cores as it can create multiple virtual CPUs (vCPUs) for each virtual machine (VM). This allows each VM to process tasks in parallel, leading to improved performance, especially when running resource-intensive applications or compiling large codebases. In a development setting, the ability to efficiently run multiple VMs and applications can greatly enhance productivity and reduce idle time.

In contrast, options like a 32-bit processor with quad-core or single-channel RAM would limit the system's ability to perform effectively under heavy loads typically associated with running development environments. An optical drive may be useful for some older applications