700-905 Exam Dumps : Cisco HyperFlex for Systems Engineers

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

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

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

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

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

Use HX 220s for compute nodes and HX 240s for converged nodes

Use B-Series servers to improve converged node scale.

Use the same CPU model but memory configuration can be different.

Use the same server configuration for the cluster.

Use the same server model for the cluster.

Battery-Initiated Read-back (default): Only read data and most commonly used data are deposited in the Level 4 read-back cache

Write-back (default): Only write information and most commonly used information are deposited in the cache

Write-through (install option for VDI): Only most commonly used data is cached: optimizing VDI performance

No caching (SSD): With all-flash nodes; because there is little difference in read speeds between SSDs

Level 4 cached (SSD): With semi-flash nodes; there is a large difference in read speeds between SSDs

Write-first (default for VDI): Infrequently used data is cached: freeing system resources for VDI performance