HPE2-N70 HPE Ezmeral Data Fabric Exam Free Dumps

dumps2025-05-28T11:31:41+08:00

To earn HPE Product Certified – HPE Ezmeral Data Fabric certification, you need to take and pass HPE2-N70 exam. There are 40 questions in real HPE HPE2-N70 exam, and you have 1 hour to answer all the questions. The passing score for HPE2-N70 exam is 70%. The available languages are English, Japanese, Korean. We provide the latest HPE Ezmeral Data Fabric HPE2-N70 exam dumps, which can help you pass the test in the first attempt. Free HPE Ezmeral Data Fabric HPE2-N70 exam dumps are available below.

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1. What aspect of HPE GreenLake simplifies the management of HPE Ezmeral Data Fabric?

Pre-configured firewalls

Unified billing for compute and storage

Centralized management through the GreenLake Central portal

Automatic hardware replacement

2. How does HPE GreenLake for Data Fabric handle infrastructure provisioning?

It relies on manual hardware installation.

It requires customers to purchase hardware upfront.

It automatically provisions and scales infrastructure resources as needed.

It provides a fixed set of resources regardless of usage.

3. Which feature allows HPE Ezmeral Data Fabric to handle both structured and unstructured data?

Multi-site replication

Object storage interface

POSIX compliance

Unified storage architecture

4. Which aspect of SDS is responsible for creating a unified storage pool from diverse storage devices?

Data replication

Storage virtualization

Data encryption

Data compression

5. What is the purpose of setting up alerts and notifications in the monitoring process?

To configure network switches

To choose data cable colors

To proactively identify and address issues or anomalies

To determine data access permissions

6. What is the primary advantage of using HPE Ezmeral Data Fabric for data analytics workloads?

It restricts data access to specific users.

It provides real-time data access and analysis capabilities.

It focuses exclusively on structured data.

It requires manual data migration for analytics.

7. Which technology is commonly used for data virtualization and resource pooling in HPE Ezmeral Data Fabric?

Storage virtualization

Quantum computing

Blockchain

Augmented reality

8. HPE GreenLake for Data Fabric provides an option for _____.

Full system replacement every 5 years

Capacity management and real-time monitoring

Open-source container management

Limiting access to certain applications

9. In HPE GreenLake for Data Fabric, what is the purpose of the "cloud experience"?

To mimic the appearance of clouds in data centers

To provide a seamless and consistent cloud-like experience for on-premises infrastructure

To offer cloud-based data storage exclusively

To create a physical data center in the cloud

10. What is the role of data encryption during the implementation of an HPE Ezmeral Data Fabric solution?

To determine the physical server locations

To provide additional storage capacity

To ensure data confidentiality and integrity

To select data cable types

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11. When a disk failure occurs in an HPE Ezmeral Data Fabric solution, what is the recommended action?

Delete the affected node

Stop all services

Replace the disk and initiate recovery processes

Reconfigure the network

12. Match the following maintenance tasks with their corresponding impact on system performance:

Task 1: Check data replication logs

Task 2: Update software patches

Task 3: Monitor network latency

Task 4: Replace faulty disks

Options:

A) Prevents data loss during disk failure

B) Ensures data consistency across nodes

C) Minimizes security vulnerabilities

D) Reduces potential for communication delays

Task 1: Check data replication logs → B) Ensures data consistency across nodes Task 2: Update software patches → C) Minimizes security vulnerabilities Task 3: Monitor network latency → D) Reduces potential for communication delays Task 4: Replace faulty disks → A) Prevents data loss during disk failure

Task 1: Check data replication logs → C) Minimizes security vulnerabilities Task 2: Update software patches → B) Ensures data consistency across nodes Task 3: Monitor network latency → D) Reduces potential for communication delays Task 4: Replace faulty disks → A) Prevents data loss during disk failure

Task 1: Check data replication logs → A) Prevents data loss during disk failure Task 2: Update software patches → C) Minimizes security vulnerabilities Task 3: Monitor network latency → D) Reduces potential for communication delays Task 4: Replace faulty disks → B) Ensures data consistency across nodes

Task 1: Check data replication logs → B) Ensures data consistency across nodes Task 2: Update software patches → C) Minimizes security vulnerabilities Task 3: Monitor network latency → A) Prevents data loss during disk failure Task 4: Replace faulty disks → D) Reduces potential for communication delays

13. How does HPE GreenLake for Data Fabric contribute to data center sustainability?

It increases power consumption.

It encourages the use of non-renewable energy sources.

It optimizes resource utilization, reducing waste.

It requires the disposal of old hardware.

14. What advantages does HPE GreenLake provide in terms of managing HPE Ezmeral Data Fabric? (Select two)

Simplified billing and reporting

Fixed storage capacity plans

Integrated monitoring and management tools

On-demand, real-time data replication

15. When designing an HPE Ezmeral Data Fabric solution, how should data access and security requirements be addressed?

By ignoring them to simplify the design

By prioritizing them based on their complexity

By involving external consultants

By including them as a key design consideration

16. What should be monitored to ensure optimal performance in HPE Ezmeral Data Fabric? (Select two)

Data replication status

CPU overclocking frequency

Memory utilization

Temperature of storage media

17. What are common causes of slow data replication in HPE Ezmeral Data Fabric? (Select two)

Disk failure

High network latency

Corrupted data

Insufficient disk space

18. How can a technician verify the health and status of individual nodes in an HPE Ezmeral Data Fabric cluster?

By conducting user training sessions

By checking the color of data cables

By using monitoring tools and the HPE Ezmeral Fabric Manager

By configuring network switches

19. When implementing multi-site replication in HPE Ezmeral Data Fabric, which factor is most critical to ensure data integrity?

Encryption of data at rest

Network bandwidth between sites

Number of worker nodes at each site

The type of storage media used

20. Match the HPE Ezmeral Data Fabric solution components with their correct descriptions:

Persistent Volumes (PV)

Data Tiering

ulti-site Replication

Control Plane

Options:

A) Ensures that data is stored in the correct performance tier

B) Manages the distribution and replication of data across multiple sites

C) Provides a consistent storage interface for containers

D) Orchestrates resource allocation and system health

Persistent Volumes (PV) → C) Provides a consistent storage interface for containers Data Tiering → A) Ensures that data is stored in the correct performance tier Multi-site Replication → B) Manages the distribution and replication of data across multiple sites Control Plane → D) Orchestrates resource allocation and system health

Persistent Volumes (PV) → D) Orchestrates resource allocation and system health Data Tiering → A) Ensures that data is stored in the correct performance tier Multi-site Replication → B) Manages the distribution and replication of data across multiple sites Control Plane → C) Provides a consistent storage interface for containers

Persistent Volumes (PV) → B) Manages the distribution and replication of data across multiple sites Data Tiering → A) Ensures that data is stored in the correct performance tier Multi-site Replication → C) Provides a consistent storage interface for containers Control Plane → D) Orchestrates resource allocation and system health

Persistent Volumes (PV) → A) Ensures that data is stored in the correct performance tier Data Tiering → C) Provides a consistent storage interface for containers Multi-site Replication → B) Manages the distribution and replication of data across multiple sites Control Plane → D) Orchestrates resource allocation and system health

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21. What is the main advantage of HPE GreenLake for Data Fabric compared to traditional on-premises deployments?

Lower hardware requirements

Faster data access speeds

Pay-as-you-go consumption model

Higher data encryption capabilities

22. Which of the following are benefits of HPE GreenLake for Data Fabric? (Select two)

Full control over infrastructure

Increased data replication speed

Capacity forecasting and scalability

Access to the latest technology with no upfront investment

23. What are the key benefits of using HPE Ezmeral Data Fabric's architecture? (Select two)

High data availability across distributed environments

Limited scalability in storage resources

Improved application response time through data locality

Increased operational overhead

24. Which monitoring tool is recommended for tracking resource utilization in HPE Ezmeral Data Fabric?

Prometheus

Datadog

Splunk

Nagios

25. In HPE Ezmeral Data Fabric, what does the term "multi-cloud" refer to?

Using multiple smartphones

Data storage in multiple countries

Data mobility across different cloud providers

Running multiple virtual machines

26. Which of the following is NOT a characteristic of HPE Ezmeral Data Fabric?

Scalability

Data resilience

Centralized data storage

High availability

27. Which command is used to monitor the health of an HPE Ezmeral Data Fabric solution?

maprcli service list

kubectl get pods

docker service ls

maprcli alarm list

28. Which of the following is a key feature of HPE GreenLake for Data Fabric?

On-premises resource allocation only

Single-region data deployment

Integration with cloud-native storage platforms

Fixed storage capacity

29. What is a key benefit of real-time monitoring in HPE Ezmeral Data Fabric?

Reduces replication overhead

Improves data compression efficiency

Detects issues before they impact system performance

Enhances storage capacity

30. In HPE Ezmeral Data Fabric, what is the purpose of "edge nodes"?

To connect to the central data repository

To perform data analysis in the cloud

To process data at the network edge

To encrypt data during transmission

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31. In HPE Ezmeral Data Fabric solution implementation, what is the purpose of user training?

To configure network switches

To select the hardware vendor

To educate users on data access and management

To choose data cable colors

32. What is the primary advantage of using HPE Ezmeral Data Fabric for data storage and management?

It only supports structured data.

It provides centralized data storage with no redundancy.

It offers scalability, high availability, and data resilience.

It focuses on real-time data analysis.

33. In troubleshooting an HPE Ezmeral Data Fabric Solution, what does "root cause analysis" refer to?

Identifying the color of data cables

Determining the location of hardware vendors

Identifying the underlying cause of a problem or issue

Selecting data fabric colors

34. Which steps are essential when implementing a security configuration for HPE Ezmeral Data Fabric? (Select two)

Set up role-based access control (RBAC)

Configure shared data pools across tenants

Enable SSL/TLS for data in transit

Use a single user account for all data access

35. When implementing an HPE Ezmeral Data Fabric solution, how should data access control be configured?

By ignoring it to simplify the implementation

By involving external consultants

By configuring access permissions and security measures

By selecting a data fabric color

36. What is the benefit of using HPE GreenLake’s pay-per-use pricing for Data Fabric solutions?

Improved data integrity

Lower costs with upfront investment

Reduced operational complexity

Financial flexibility by paying only for what is used

37. When designing an HPE Ezmeral Data Fabric solution for a customer with large-scale data requirements, which factor should be prioritized?

Cost of storage hardware

Availability of cloud service providers

Scalability of storage and compute nodes

Latency between data centers

38. What is the primary purpose of the HPE Ezmeral Data Fabric Controller?

Monitoring network traffic

Managing data security

Orchestrating and managing the data fabric

Running virtualization environments

39. What role does data migration play in the implementation of HPE Ezmeral Data Fabric?

It determines the color of data cables.

It involves moving data from existing systems to the data fabric.

It selects the hardware vendor.

It configures network switches.

40. What is the main objective of performing regular maintenance on an HPE Ezmeral Data Fabric Solution?

To choose data cable colors

To reduce the need for user training

To ensure optimal performance and reliability

To configure network switches

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41. What are the typical benefits of software-defined storage? (Select two)

Tight integration with proprietary hardware

Improved scalability and flexibility

Reduced dependency on manual management

Limited storage tiering options

42. What is the first step in troubleshooting node communication failures in HPE Ezmeral Data Fabric?

Check for corrupted files

Verify network configurations and connectivity

Reboot all nodes

Check data replication settings

43. What is the role of HPE Ezmeral Fabric Node in the data fabric architecture?

Managing user authentication

Storing and serving data

Orchestrating data movement

Running virtual machines

44. What benefit does SDS offer in terms of scalability?

It limits scalability to a fixed number of storage devices.

It makes it difficult to add more storage capacity.

It allows for easy and non-disruptive scaling of storage resources.

It requires manual data migration for scalability.

45. In HPE GreenLake for Data Fabric, what does "elastic scaling" refer to?

The ability to shrink infrastructure resources on demand

The automatic adjustment of resources to match workload needs

The fixed allocation of resources regardless of usage

The color-coding of data cables

46. What is the primary purpose of HPE Ezmeral Data Fabric?

Cloud gaming

Data storage and management

Mobile app development

Network security

47. Which best practices should be followed during the implementation of an HPE Ezmeral Data Fabric solution for high availability? (Select two)

Deploy at least three master nodes

Set up cross-region data replication

Enable periodic system restarts

Configure data deduplication

48. What is the key benefit of HPE GreenLake for Data Fabric's consumption-based model?

Fixed upfront costs

Limited scalabilityVendor lock-in

Pay-per-usage flexibility

Vendor lock-in

49. Which characteristics make HPE Ezmeral Data Fabric suitable for big data analytics environments? (Select two)

Unified storage for multiple data types

Vendor lock-in with specific hardware

Support for real-time data processing

Inflexible data migration policies

HPE2-N70 HPE Ezmeral Data Fabric Exam Free Dumps

HPE2-N70 HPE Ezmeral Data Fabric Exam Free Dumps

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