Enterprise Storage Solutions With Linux And Windows Server

Master Storage Technologies: Windows Linux | Design, Deploy, Optimize | Cut Costs | Boost Performance | Hands-On Mastery

What you'll learn

Implement enterprise storage solutions on Windows & Linux, mastering Storage Spaces, Deduplication, VDO, NAS, & SANs for high performance and scalability.

Configure advanced storage features like RAID, logical volumes, file systems, and storage pools to optimize data integrity and resource utilization.

Deploy and troubleshoot storage components (Fibre Channel, iSCSI, SMB, NFS) for efficient data access and transfer across organizational networks.

Monitor, maintain, and develop disaster recovery strategies for storage environments, ensuring data protection, risk mitigation, and business continuity.

Leverage hands-on labs and real-world scenarios to build expertise in designing, deploying, and optimizing robust storage infrastructures.

Requirements

Basic understanding of computer hardware and storage concepts.

Familiarity with Windows Server and Linux operating systems at a beginner to intermediate level.

While prior experience with enterprise storage solutions would be advantageous, this course is designed to be accessible to learners with varying skill levels. Beginners with a strong interest in storage management and a willingness to learn can enroll in this course without any specific prerequisites.

The course provides a comprehensive introduction to storage concepts and gradually builds upon fundamental knowledge, making it suitable for IT professionals, system administrators, or anyone looking to expand their expertise in enterprise storage solutions.

Hands-on labs and practical demonstrations will guide learners through the process of setting up and configuring storage environments, ensuring a smooth learning experience regardless of their starting point.

Description

Advance Your Highly Valuable Skills in Enterprise Storage Management with Linux and Windows Server for Unmatched ExpertiseIn today's data-driven world, efficient storage management is crucial for businesses of all sizes. This comprehensive course will equip you with the skills to design, implement, and maintain enterprise storage solutions using both Linux and Windows Server platforms.Through hands-on labs and practical demonstrations, you'll dive deep into configuring local storage, implementing RAID configurations, and leveraging advanced technologies like Storage Spaces, Data Deduplication, and Virtual Data Optimizer (VDO) on Windows Server.But that's not all - you'll also explore network-attached storage (NAS), storage area networks (SANs), and file-level storage solutions like SMB and NFS shares. Gain expertise in managing logical volumes, partitions, and file systems on Linux, ensuring optimal storage utilization and performance.Whether you're a system administrator, IT professional, or anyone looking to expand their storage management expertise, this course offers a comprehensive journey through the world of enterprise storage. With a perfect blend of theoretical concepts and hands-on practical exercises, you'll be well-equipped to tackle real-world storage challenges across both Windows and Linux environments.Invest in your career growth today and enroll in this course to become an unrivaled expert in enterprise storage solutions!

Overview

Section 1: Building Windows Server 2022 Lab

Lecture 1 Instructor's Intro

Lecture 2 Introduction and Installing Windows Server 2022

Lecture 3 Setting a Base Image with SYSPREP

Lecture 4 Setting up your first DC

Lecture 5 Installing WAC and Joing a workstation to the domain

Lecture 6 Server Core

Lecture 7 Base Lab SOP

Lecture 8 Server Manager

Lecture 9 Installing Hyper-V in Windows Server Lab

Lecture 10 Installing Hyper-V in Windows Server Lab. Part 2

Section 2: Configuring Local Storage in Windows Server

Lecture 11 Managing disks in Windows Server

Lecture 12 Selecting a disk type

Lecture 13 Selecting a file system

Lecture 14 Implementing ReFS

Lecture 15 Implementing ReFS with Powershell

Lecture 16 Using .vhd and .vhdx file types

Lecture 17 Using .vhd and .vhdx file types

Lecture 18 Working with Dynamic Volumes

Lecture 19 Working with Diskpart

Lecture 20 Lab Assignment: Configuring Local Storage

Lecture 21 Lab Solution: Configuring Local Storage

Lecture 22 Selecting a disk type

Lecture 23 What is RAID?

Lecture 24 RAID levels

Section 3: Implementing enterprise storage solutions with Windows Server

Lecture 25 What is DAS?

Lecture 26 What is NAS?

Lecture 27 What is a SAN?

Lecture 28 Comparison and scenarios for usage

Lecture 29 Block-level storage vs. file-level storage

Lecture 30 What is Fibre Channel?

Lecture 31 Considerations for implementing Fibre Channel

Lecture 32 What is iSCSI?

Lecture 33 iSCSI components

Lecture 34 Core storage components

Lecture 35 Demo: Configuring an iSCSI target

Lecture 36 What is iSNS?

Lecture 37 What is DCB?

Lecture 38 What is MPIO?

Lecture 39 Demo: Configuring MPIO

Lecture 40 What is SMB?

Lecture 41 Configuring SMB shares

Lecture 42 Demo: Configuring SMB shares by using Server Manager and Windows PowerS

Lecture 43 What is NFS?

Lecture 44 Configuring NFS shares

Lecture 45 Demo: Configuring an NFS share by using Server Manager

Lecture 46 Lab Assignment: Implementing enterprise storage solutions

Lecture 47 Lab Solution: Implementing enterprise storage solutions

Section 4: Implementing Storage Spaces and Data Deduplication

Lecture 48 Enterprise storage needs

Lecture 49 What are Storage Spaces?

Lecture 50 Components and features of Storage Spaces

Lecture 51 Demonstration: Configuring Storage Spaces

Lecture 52 Changes to file and storage services in Windows Server

Lecture 53 Storage Spaces usage scenarios

Lecture 54 Discussion: Comparing Storage Spaces to other storage solutions

Lecture 55 Managing Storage Spaces

Lecture 56 Managing disk failure with Storage Spaces

Lecture 57 Storage pool expansion

Lecture 58 Demonstration: Managing Storage Spaces by using Windows PowerShell

Lecture 59 Event logs and performance counters

Lecture 60 Event logs and performance counters. Part 2

Lecture 61 Performance counters

Lecture 62 Lab A Tasks: Implementing Storage Spaces. Execrcise 1

Lecture 63 Lab A Tasks: Implementing Storage Spaces. Execrcise 2

Lecture 64 Lab A Solution: Implementing Storage Spaces. Execrcise 1

Lecture 65 Lab A Solution: Implementing Storage Spaces. Execrcise 2

Lecture 66 What is Data Deduplication?

Lecture 67 Data Deduplication components

Lecture 68 Deploying Data Deduplication

Lecture 69 Usage scenarios for Data Deduplication

Lecture 70 Monitoring and maintaining Data Deduplication

Lecture 71 Backup and restore considerations with Data Deduplication

Lecture 72 Lab B Tasks: Implementing Data Deduplication

Lecture 73 Lab B Tasks: Implementing Data Deduplication

Lecture 74 Lab B Solution: Implementing Data Deduplication

Section 5: Building Linux Server Lab

Lecture 75 Demo: Installing Red Hat 9 with GUI

Lecture 76 Registering Red Hat Enterprise Linux from the Command Line

Lecture 77 Introduction to the Bash Shell

Lecture 78 Creating Red Hat Linux Lab environment with Vagarant

Lecture 79 Modifying Vagrant Lab Configuration File

Lecture 80 Demo: Installing KVM virtualization on Red Hat VM

Lecture 81 Demo:Installing Vagrant on Red Hat VM

Lecture 82 Demo: Interpreting command-line and its editing options

Lecture 83 Demo: Logging in locally and remotely

Section 6: Managing Storage in Linux

Lecture 84 Adding Partitions, File Systems, and Persistent Mounts

Lecture 85 Guided Exercise: Adding Partitions, File Systems, and Persistent Mounts

Lecture 86 Managing Swap Space

Lecture 87 Lab: Managing Basic Storage

Lecture 88 Managing Logical Volumes

Lecture 89 Extending Logical Volumes

Lecture 90 Guided Exercise: Extending Logical Volumes

Lecture 91 Lab: Managing Logical Volumes

Lecture 92 Managing Layered Storage with Stratis

Lecture 93 Guided Exercise: Managing Layered Storage with Stratis

Lecture 94 Compresson and Deduplicating Storage with VDO

Lecture 95 Lab: Implementing Advanced Stirage Features

Lecture 96 Accessing Network-Attached Storage

Lecture 97 Guided Exercise: Accessing Network-Attached Storage

IT Students and Aspiring Storage Professionals: Students pursuing IT-related degrees or certifications, as well as individuals aspiring to enter the field of storage management, will find this course an excellent starting point. It provides a solid foundation in enterprise storage concepts and equips learners with the practical skills necessary to kickstart their careers in this dynamic field.,IT Professionals and System Administrators: This course is an invaluable resource for IT professionals and system administrators who are responsible for designing, implementing, and maintaining storage infrastructures within their organizations. By mastering the concepts and techniques covered in this course, they can optimize storage performance, enhance data security, and ensure business continuity.,Storage Administrators and Engineers: Storage administrators and engineers who work with enterprise storage solutions will find this course extremely beneficial. It will equip them with the knowledge and skills necessary to effectively manage and troubleshoot storage environments, including advanced technologies like Storage Spaces, Data Deduplication, Virtual Data Optimizer (VDO), Network-Attached Storage (NAS), and Storage Area Networks (SANs).,Cloud and Data Center Professionals: With the increasing adoption of cloud computing and the growing demand for efficient data center operations, this course is highly valuable for professionals working in these domains. They will gain insights into storage management best practices, enabling them to design and deploy scalable and high-performance storage solutions that meet the ever-growing data storage needs of modern businesses.