VMware vSAN: Plan and Deploy [V7] Quiz Questions and Answers
Answer :
Configuring Quality of Service (QoS)
Explanation :
Configuring Quality of Service (QoS) in a vSAN environment allows administrators to control network traffic, prevent congestion, and optimize performance by prioritizing traffic types.
Implementing Flow Control is a best practice that can help in controlling traffic in a vSAN environment to ensure efficient data transmission by managing data flow between devices.
Recommended design considerations for vSAN capacity sizing include calculating storage needs based on workload requirements to ensure optimal performance and resource utilization.
A key advantage of vSAN stretched clusters is enhanced data protection by providing site-level resiliency and ensuring data availability across geographically separate locations.
VMware vSAN is designed to integrate seamlessly with VMware technologies, such as vSphere Hypervisor, NSX-T Data Center, and vRealize Operations, but not with Microsoft Hyper-V.
Object-based storage in vSAN enhances data availability by providing built-in data protection mechanisms and redundancy, ensuring data is accessible even in case of failures.
Object-based storage in vSAN simplifies data management by allowing data to be stored as objects rather than traditional block storage, making it easier to manage and scale.
To ensure compatibility and performance, all devices, drivers, and firmware versions in a vSAN configuration must be certified and listed in the VMware Compatibility Guide.
vSAN integration with other VMware technologies provides users with a seamless management experience, allowing for easier administration and monitoring of the environment.
Metadata in object-based storage in vSAN contains information about data objects, such as location, attributes, and relationships, facilitating efficient data management.
