A company has a NetApp ONTAP solution deployed in a data center. The current solution has a large amount of inactive dat
a. An administrator needs to free space in the data center without affecting access to the data.
Which NetApp technology accomplishes this task?
BlueXP tiering is a service that extends your data center to the cloud by automatically tiering inactive data from on-premises ONTAP clusters to object storage. This frees valuable space on the cluster for more workloads, without making changes to the application layer. BlueXP tiering can reduce costs in your data center and enables you to switch from a CAPEX model to an OPEX model. BlueXP tiering leverages the capabilities of FabricPool, which is a NetApp Data Fabric technology that enables automated tiering of data to low-cost object storage.Active (hot) data remains on the local tier (on-premises ONTAP aggregates), while inactive (cold) data is moved to the cloud tier --- all while preserving ONTAP data efficiencies12.Reference=Learn about BlueXP tiering,Cloud Tiering: Free up Space on On-Premises Storage Systems
A company has a large data set that is used at many branch offices worldwide. An administrator needs a solution to save frequently used data locally and centrally lock files for real-time collaboration.
Which two NetApp solutions can be used to meet these requirements? (Choose two.)
= BlueXP edge caching and BlueXP copy and sync are two NetApp solutions that can meet the requirements of saving frequently used data locally and centrally locking files for real-time collaboration.BlueXP edge caching creates a software fabric that caches ''active datasets'' in distributed offices to deliver guaranteed transparent data access and optimal performance on a global scale1.BlueXP copy and sync enables a ''single set of data'' for users globally to leverage virtual teams and increase their productivity for team and collaborative workflows1.Both solutions use a central file locking mechanism that ensures real-time collaboration and data consistency12.Reference=1:Global File Cache - File Sharing in the Cloud | NetApp,2:File Caching: Unify Your Data with Talon FAST and NetApp
Which protocol is supported in StorageGRID?
HTTPS and NFS are two protocols that are supported in StorageGRID.HTTPS is the protocol used for secure communication between clients and StorageGRID nodes1.NFS is the protocol supported by the StorageGRID NAS protocol bridge, which enables object access to files stored on NAS devices using the Amazon S3 API23.Reference=1:StorageGRID 11.6 Documentation - NetApp,2:Datasheet NetApp StorageGRID,3:NetApp Datasheet - NetApp StorageGRID Webscale Object Storage Software.
On which parameter is the NetApp BlueXP observability pricing model based?
NetApp BlueXP observability pricing model is based on the number of managed units (MUs) that you wish to monitor. A managed unit is a logical grouping of resources that can be monitored by Cloud Insights, such as a virtual machine, a Kubernetes pod, a storage volume, or a database instance. The number of managed units is not bound to specific device types, giving you the flexibility to re-deploy in line with your business and infrastructure needs. You can choose from different subscription plans based on the number of managed units and the duration of the contract.Reference=Cloud Insights: Infrastructure and Application Monitoring,NetApp Cloud Insights-Monitor and Optimize Your Hybrid Infrastructure
What are two benefits of configuring Advanced Disk Partitioning (ADP) on an AFF or FAS system? (Choose two.)
Advanced Disk Partitioning (ADP) is a feature that enables ONTAP to partition a disk into multiple logical units and use them for different purposes. ADP has two main benefits for AFF or FAS systems:
It optimizes storage capacity by reducing the number of disks required for the root aggregates, which store the system and configuration data. By using ADP, the root aggregate can share the same disk with a data aggregate, which stores the user data. This frees up more disks for data aggregates and increases the usable space for data.
It reduces RAID parity overhead by creating smaller RAID groups with partitions instead of whole disks. This reduces the amount of parity data that needs to be written and read, which improves the performance and efficiency of the system.Reference=What are the rules for Advanced Disk Partitioning?,Considerations for automatic drive assignment and ADP systems in ONTAP 9.4 and later,NetApp AFF and Advanced Drive Partition v2, part 1
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