PE Edge-to-Cloud Solutions is 50% lectures and 50% handson activities. Course topics include how to plan and design HPE solutions, including software-defined, containers, and data protection
solutions. It also covers how to plan and design compute, storage, and networking elements of a solution.

After completing this course, you should be able to:

• Describe, differentiate, and apply industry-standard infrastructure, cloud architectures, and technologies

• Gather and analyze customer business and technical requirements

• Recommend and position HPE offerings (solutions, products, and services) for customer use cases

• Architect and design an HPE and/or ISV solution to achieve customer business outcomes

• Explain how the solution proposal meets the customer business outcomes

Ideal candidates are solutions architects, field engineers, consultants, and systems engineers with one of the following:
• Three years of experience in design and/or operational experience or equivalent in at least one of the core HPE areas (server, storage, and networking)
• Six months of experience in design and/ or operational experience or equivalent in other HPE solutions and technologies

Before attending this course, you should hold  the HPE ATP – Hybrid Cloud certification.

Selected items from this course are included in the HPE Edge-to-Cloud Solutions Exam ID: HPE0-V27.
This course satisfies the prerequisite for Advanced HPE Edge-to-Cloud Solutions, Rev. 24.31 (0001209042)

HPE Value Proposition

• Classify and position HPE portfolio solutions,
based on customer use cases
• Locate and examine HPE resources, tools, and
services
• Summarize architecting methodology
Planning and Designing Compute Elements of an HPE Solution

• Position and summarize the components of the
HPE Synergy platform and Virtual Connect
• Describe and differentiate the HPE Edgeline
portfolio options
• Describe and differentiate the HPE Moonshot
portfolio options
Planning and Designing Networking Elements of an HPE Solution

• Position ethernet networking elements of a
solution, differentiate their features, and plan
and design ethernet networking elements of a
solution
• Position SAN networking elements of a solution,
differentiate their features, and plan and design
SAN networking elements of a solution
Planning and Designing Storage Elements of an HPE Solution

• Position and make recommendations from the
HPE Storage portfolio and explain ideal use
cases
• Compare and describe building blocks and
features, management and monitoring options,
and capabilities of HPE Alletra 5000, 6000, and
9000
• Differentiate and explain the HPE SimpliVity
product family, building blocks, concepts and
technologies, and networking options
• Evaluate and describe HPE GreenLake for
Storage offerings, HPE GreenLake data
management tools, and customer benefits
• Plan and size an HPE Alletra 5000, 6000, 9000,
and/or HPE SimpliVity solution
Planning and Designing a Software-defined Storage Solution

• Describe the current market and position the
HPE software-defined storage portfolio
• Differentiate and recommend the HPE Apollo
4000 platforms used for SDS solutions
• Differentiate and recommend products and
features of SDS solutions
• Plan and size SDS solutions
Planning and Designing a Containers Solution

• Examine and describe the background of
container technology
• Plan and design HPE Storage solutions for
containers and Kubernetes
• Recommend HPE GreenLake for Containers and
describe its benefits
Planning and Designing a Data Protection Solution

• Distinguish and describe data protection terms
and methods
• Differentiate and recommend HPE StoreOnce
hardware, features, and licensing options
• Differentiate and recommend HPE StoreEver
hardware, features, and licensing options
• Plan a data protection strategy
Integrating Data Protection Software and Services

• Differentiate and recommend HPE data
protection portfolio solutions
• Differentiate and describe partner data
protection software offerings and how they
integrate with HPE solutions
• Explain HPE GreenLake for Data Protection
integrations and options
• Summarize data protection options for
containers