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via Udemy |
Go to Course: https://www.udemy.com/course/vmware-vsan-deploy-and-manage-v7/
Certainly! Here's a comprehensive review and recommendation for the Coursera course on VMware vSAN: --- **Course Review: VMware vSAN Fundamentals on Coursera** Are you looking to deepen your understanding of hyper-converged infrastructure and software-defined storage? The VMware vSAN course on Coursera offers an in-depth exploration of VMware’s pioneering storage technology, suitable for IT professionals, system administrators, and those aspiring to specialize in modern data center solutions. ### What You'll Learn: This course covers crucial vSAN concepts such as: - **Hybrid and All-Flash Architectures:** Understand how to set up and optimize different configurations based on your performance and capacity needs. - **Storage Policies:** Learn how to create and manage storage policies to meet specific performance, capacity, and availability requirements for virtual machines. - **Cluster Setup & Management:** Step-by-step guidance on creating a vSAN cluster and managing it effectively. - **Failure Handling & Resilience:** Understand how vSAN manages hardware, network failures, and ensures high availability. - **Advanced Features:** Get familiar with stretch clusters, checksum, encryption, deduplication, compression, and erasure coding to enhance performance and security. ### Why This Course Is Valuable: VMware vSAN is a leading hyper-converged infrastructure solution, integrated directly into the VMware ESXi kernel, providing seamless, high-performance storage solutions for modern data centers. The course delves into technical details that empower learners to design, implement, and troubleshoot vSAN environments confidently. ### Course Highlights: - **Hands-On Approach:** Practical exercises that include creating and managing vSAN clusters. - **Up-to-Date Content:** Covers recent enhancements like improved IOPS performance, health checks, and security features. - **Flexible Learning:** Suitable for beginners and advanced users, with content tailored to enhance understanding regardless of prior experience. ### Who Should Take This Course? - IT administrators and system engineers working with VMware environments. - Anyone interested in learning about hyper-converged infrastructure or preparing for VMware certifications. - Technical professionals seeking to modernize their data center capabilities. ### Final Verdict: I highly recommend this Coursera course for anyone looking to master VMware vSAN technology. Its comprehensive content, practical approach, and focus on real-world deployment make it an excellent resource. Gaining knowledge from this course can significantly boost your skills and career prospects in the rapidly evolving world of data storage. --- **Need more information or personalized guidance?** Feel free to contact me via my LinkedIn profile. I’m happy to answer any questions or provide further insights into VMware vSAN and related technologies. --- This overview should help you decide if this course aligns with your learning goals. Happy studying!
You will learn about vSAN concepts like Hyrbird and All-Flash architectures, Storage Policies, how to create a vSAN cluster, how vSAN handles failures, and much much more.*** if you have any questions or need help you can contact me over my LinkedIn ***VMware vSAN (formerly Virtual SAN) is a hyper-converged, software-defined storage (SDS) product developed by VMware that pools together direct-attached storage devices across a VMware vSphere cluster to create a distributed, shared data store. The user defines the storage requirements, such as performance and availability, for virtual machines (VMs) on a VMware vSAN cluster and vSAN ensures that these policies are administered and maintained.vSAN is part of the VMware ESXi kernel and runs on industry-standard x86 servers from original equipment manufacturers (OEMs), including Cisco, Dell EMC, Hewlett Packard Enterprise, Fujitsu, Lenovo and Supermicro. Because vSAN is a native component, it does not require additional software, and the user can enable it with a few clicks.The distributed architecture of VMware vSAN enables the parameters of the storage policy to be enforced despite changes in virtual machine (VM) workload demands or hardware or network failures. The vSphere Web Client handles cluster administration and storage policy implementation.vSAN supports both hybrid and all-flash configurations using a two-tier architecture. Both configurations use a caching tier and a capacity tier. The caching tier is composed of at least one flash device per host. The capacity tier is composed of at least one flash device (for all-flash) or one magnetic disk (for hybrid) per host. vSAN combines the host's storage resources into a single, high-performance, shared data store that all the hosts in the cluster can use.Important featuresVMware vSAN includes a number of key features, although the feature set varies depending on the license type. Some of vSAN's key features are Storage Policy-Based Management, stretched clusters, checksum and software-defined data-at-rest encryption which does not require self-encrypting drive (SEDs).vSAN 6.6 claims to deliver 50% more IOPS than previous versions of vSAN because of the way it minimizes storage latency through the use of server-side flash devices. It also includes a new health check feature that enables the administrator to see at a glance whether or not the vSAN cluster is healthy and, if it detects a problem, help diagnose the issue.A vSAN cluster can include between 2 and 64 nodes. The vSAN 6.6 Enterprise license offers stretched clusters with local site protection, and native data-at-rest encryption designed to achieve higher availability and security with minimal CPU overhead. Both Advanced and Enterprise licenses support deduplication, compression and erasure coding data services for all-flash configurations. Erasure coding can be configured with either single or double parity protection against disk failures.All the vSAN licenses also offer support for storage quality of service (QoS), which enables an administrator to place limits on the number of IOPS that specific VMs can consume.