A.On-premise container platform: Cisco Container Platform automates repetitive tasks, such as installing
Kubernetes and Docker, installing analytics tools, creating
clusters, load balancing, curatmg the OS. and even updating the distribution

B.Application centric infrastructure: ACI enables faster deployment via End-Point Group integration of
the HyperFlex clusters into existing application environments

C.Cloud mobility: CloudCenter enables workload mobility between HyperFlex and public and private
clouds, Including private cloud self-service Infrastructure as a service (laaS) capabilities

D.Multi-cloud integration Workloads are able to seamlessly migrate to platforms such as Amazon Web
Services: Microsoft Azure and Google Cloud Platform

E.Data Center Network Monitor: This management platform enables administrators to monitor storage In
the HyperFlex solution and provide real-time storage performance for the HyperFlex cluster

A.78 GB

B.24 GB

C.12 GB

D.48 GB

A.HyperFlex enables stretched RAID arrays spanning multiple geographic sites.

B.Distributing data locally, not just across the hosts in HyperFlex cluster

C.Hardware replacement initiates self-healing with minimal impact

D.Eliminating the need for additional hardware cards, while maintaining high performance.

E.Limiting the number of drives locally, which are not a part of the shared datastore.

A.Migration

B.Saving and restoring program state

C.Virtual machine store

D.Garbage collection

E.Write Cache

A.LAZ can increase RTO for 16+ node clusters.

B.RF2 has 100% better protection of data while using 33% more space and is recommended.

C.LAZ can decrease fault tolerance of S+ node clusters to less than 4

D.When performing rolling upgrades, the upgraded node is down for maintenance, stretching RF2 to the
absolute limit.

E.RF3 has 100% better protection of data while using 33% more space and is recommended.