A customer needs new switches that are stackable, Layer 2, and provide PoE. Which switch should you recommend?
* Understanding the Requirements:
The customer needs stackable switches that support Layer 2 functionality and Power over Ethernet (PoE).
* Switch Options:
A . CX 6400: High-end modular switch series, offering Layer 3 functionality but might be overkill for just Layer 2 and PoE requirements.
B . CX 6100: Entry-level switch series, may not offer the full stackable capabilities and PoE required.
C . CX 6200F: This specific model is not typically associated with PoE and stackable capabilities needed.
D . CX 6300: Stackable, Layer 2 switch with PoE support, making it a suitable choice.
* Why CX 6300 (D) is the Best Fit:
Stackability: The CX 6300 series supports stacking, allowing for scalable network deployments.
PoE Support: Provides Power over Ethernet, essential for powering devices like IP cameras and phones.
Layer 2 Functionality: Meets the requirement for Layer 2 network capabilities, making it a well-rounded choice.
* Reference:
Aruba CX 6300 Series Switches: Aruba CX 6300
HPE Switch Selection Guide: HPE Networking Switches
Your customer has a ProLiant DL38O Genl 0 server. They have a health issue with one of the server's power supplies, and they want to download an Active Health System log on to create a support case.
How can they get the Active Health System Log? (Select two.)
* Understanding the Requirements:
The customer needs to download an Active Health System (AHS) log for a ProLiant DL380 Gen10 server to create a support case.
* Log Access Options:
A . Service Pack for ProLiant: Used for firmware and driver updates but not specifically for downloading AHS logs.
B . Smart Update Manager: Similar to Service Pack, used for updates, not AHS log extraction.
C . iLO Web Interface: Provides direct access to AHS logs via the server's integrated lights-out management interface.
D . iLO Repository: A repository for firmware and software updates, not for extracting logs.
E . cURL Utility: Can be used to script and automate the download of AHS logs via the iLO RESTful API.
* Why C and E are the Correct Answers:
C . iLO Web Interface: The iLO web interface provides an easy, GUI-based method to download the AHS log.
E . cURL Utility: Allows for automated and script-based retrieval of AHS logs, useful for integrating into support workflows.
* Reference:
HPE iLO User Guide: HPE iLO User Guide
Using cURL with iLO: iLO RESTful API Documentation
How does HPE GreenLake platform benefit customers? (Select two.)
* Understanding the Benefits of HPE GreenLake:
HPE GreenLake is an as-a-service offering that provides a flexible, pay-per-use model for IT resources.
It aims to simplify IT management and provide a cloud-like experience on-premises.
* Option Analysis:
A . Manages entirely through HPE OneView services: HPE OneView is a management tool for infrastructure automation, but it is not specifically a core feature of GreenLake.
B . Allows a simple point-and-click automated provisioning via a self-service portal: This is a key feature of HPE GreenLake, providing ease of use and quick resource provisioning.
C . Provides management through CloudPhysics: CloudPhysics is a different tool focused on analytics and planning, not specifically a part of GreenLake.
D . Enables customers to manage capacity ahead of demand: HPE GreenLake offers capacity management to anticipate and scale resources as needed.
E . Provides a dedicated backup service at no cost for all HPE GreenLake workloads: While GreenLake offers various services, dedicated backup service at no cost is not a standard offering across all workloads.
* Why B and D are the Correct Answers:
B . Automated Provisioning: The self-service portal in HPE GreenLake allows users to provision resources quickly and efficiently, improving operational agility.
D . Capacity Management: HPE GreenLake provides tools to monitor and manage capacity, ensuring that resources are available ahead of demand, preventing over-provisioning or under-provisioning.
* Reference:
HPE GreenLake Overview: HPE GreenLake
GreenLake Benefits: GreenLake Benefits
You connect to the Compute Ops Management (CoM) through the GreenLake Cloud Platform dashboard. The server you want to manage is missing. Where should the server be added so it appears in the CoM?
* Understanding the Scenario:
You are accessing Compute Ops Management (CoM) through the GreenLake Cloud Platform dashboard.
A specific server is not appearing in the CoM, indicating it needs to be added.
* Steps to Add the Server:
A . Compute Ops Management - Server Groups: This option manages existing groups of servers but does not handle the initial onboarding.
B . GreenLake Cloud Platform - Onboard Devices: This is the process to add new devices (servers) to the GreenLake Cloud Platform, ensuring they appear in the CoM.
C . Compute Ops Management - Servers: Used to manage servers already onboarded to the platform.
D . GreenLake Cloud Platform - Manage Subscriptions: Related to managing service subscriptions rather than onboarding devices.
* Why B is the Correct Answer:
Onboarding Process: The server needs to be onboarded to the GreenLake Cloud Platform for it to be visible and manageable in the Compute Ops Management interface.
Correct Procedure: Onboarding devices is the initial step required to integrate new hardware into the platform's management tools.
* Reference:
HPE GreenLake Onboarding Guide: HPE GreenLake Onboarding
Compute Ops Management Documentation: HPE Compute Ops Management
Your customer wants to convert their current legacy application to a cloud-native application. The new application needs to run a web-based user interface closer to end users in the public cloud environment and keep critical data on-premises.
Which deployment model should be used?
* Understanding the Requirements:
The customer wants to modernize a legacy application into a cloud-native application.
The new application must have a web-based user interface (UI) that runs closer to end users.
Critical data must be kept on-premises for security, compliance, or performance reasons.
* Deployment Model Options:
Cloud Service On-Premises (A): This typically refers to running cloud-like services in an on-premises data center, which doesn't satisfy the requirement of running the UI closer to end users in the public cloud.
Hybrid Cloud (B): This model integrates both public cloud and on-premises resources, allowing the UI to run in the public cloud for proximity to end users, while critical data remains on-premises.
Public Cloud Only (C): This would mean hosting everything in the public cloud, which does not meet the requirement of keeping critical data on-premises.
Traditional IT On-Premises Only (D): This would keep all components on-premises, not leveraging the benefits of the public cloud for the web-based UI.
* Why Hybrid Cloud (B) is the Best Fit:
Flexibility and Proximity: A hybrid cloud allows the deployment of the web-based UI in the public cloud, ensuring low latency and high performance for end users.
Data Sovereignty and Compliance: Critical data can remain on-premises, satisfying security and compliance needs.
Best of Both Worlds: It combines the scalability and flexibility of the public cloud with the control and security of on-premises infrastructure.
* Reference:
HPE's Hybrid Cloud Solutions: HPE Hybrid Cloud Solutions
Benefits of Hybrid Cloud: What is Hybrid Cloud?
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