Duration: 3 Days
In this course, you will cover the 3PAR hardware and architecture, and gain insight into the constructs within the 3PAR array family. You will cover Management Console GUI and CLI, common provisioning groups, hosts and volume sets, thin provisioning, dynamic optimization, virtual copies, and virtual domains. The course is 50 percent lecture and 50 percent hands-on labs using HP 3PAR arrays.
What You Will Learn
- Numbering schemes for the HP 3PAR hardware components
- Data flow and
communication concepts in an HP 3PAR controller node
- Use Management Console
4.3 GUI and CLI
- Set up a common provisioning group (CPG) and manage alerts
- Create a thin provisioned virtual volume (TPVV)
- Use Autonomic Groups to
simplify provisioning storage
- Change volume RAID, availability, and service
levels using dynamic optimization
- Administer virtual volumes using the CLI
and Management Console 4.3 GUI to manage space
- Create a virtual copy volume
(Snapshot)
- Create, manage, and remove a virtual domain
Audience
HP 3PAR administrators who need training on specific concepts and best practices needed to administer the array
Prerequistes
- Understanding of general storage concepts
- Experience with Fibre Channel theory
- Proficient in OS at operator level
Course Outline
1. HP 3PAR Solution O
- Benefits and Advantages of HP 3PAR Technology vs. Traditional Arrays
- HP 3PAR Hardware Offerings
- Basic HP 3PAR High Availability Advantages
- HP 3PAR Technology and Architecture in VMware Environments
- Data Flow and Communication Concepts in an HP 3PAR Controller Node
- Array Cooling Best Practices
2. T Series/F Series/V
Series Hardware
- HP 3PAR
Hardware Components Basics
- HP 3PAR Hardware Components Numbering Schemes
- Gen3 and Gen4 ASIC Chip Functionality
3. 7200/7400
Hardware
- HP 3PAR Controller
Options Basics
- Drive Cage
Expandability Options
4. Management Console GUI and
CLI
- Installing Management
Console GUI and Command Line Interface (CLI)
- Logging to the GUI and CLI
- GUI basic features and CLI Basic Commands
- Management Console GUI and CLI Benefits
5. Storage
Concepts and Terminology
- HP
3PAR Provisioning Terminology
- HP 3PAR Concept Of a Disk Chunklet and Logical Disk (LD)
- HP 3PAR Concept Of a Common Provisioning Group (CPG)
- HP 3PAR Virtual Volumes (VV) types
6. Storage
Configuration
- CPGs Using
Management Console GUI and CLI
- Fully Provisioned and Thin Provisioned VVs Using Management Console GUI and CLI
- Fat-to-Thin Online Conversion
7. Host Connectivity and Storage Allocation
- Supported
Operating Systems
- Preparing a Host to Access a 3PAR Storage Array
- Creating Hosts in a 3PAR Storage Array
- Adding Fibre Channel (FC) Ports to a
Host
- Exporting VVs to a Host as VLUNs
- Uexport VVs/VLUNs from a Host
- Using Management Console GUI and CLI to Work with Hosts and Storage
8.
Autonomic Groups: Host Sets and Volume Sets
- Host and Volume Sets Advantages
- Creating and Maintaining Host and Volume Sets
- Management Console GUI and CLI
to Work with Host and Volume Sets
- Host and Volume Sets Guidelines and Rules
9. Dynamic Optimization (DO)
- Benefits of DO
- Changing VV Redundant Array of Inexpensive Disks (RAID) Level
- Changing VV
Setsize and Availability Level
- Changing VV Service Level
- Changing VV
User Data and Copy Space
10. Space Management/Thin Technologies
- Space Management Features
-
Administering VV Using the CLI to Manage Space
11. Virtual Copy (VC)
- Benefits of VC
- Creating a VC Volume
- Rules
Around VC Relationships
- Using Management Console GUI and CLI to manage
Virtual Copies
12. Virtual Domains
- Concepts of Virtual Domains
- User Privileges for Domains
- Creating a Domain
- Creating a Domain Object
- Managing Domain Objects
- Removing a Domain
Course Labs