This guide provides an overview on how Virtual SAN can be utilized successfully in an environment governed by PCI compliance. The following sections discuss the primary PCI Data Security Standard (DSS) goals and requirements as found in the PCI DSS Quick Reference Guide (version 3.1).
This guide explains the Virtual SAN licensing editions, discusses some Virtual SAN configuration options at a high level, and provides a number of examples to further illustrate potential licensing scenarios.
Learn more about how the Virtual SAN Assessment can help you leverage your vSphere environment to put radically simple hyper-converged storage to work for your IT organization.
Discover Virtual SAN 6.2 – Radically Simple Storage for Hyper-Converged Infrastructure.
This document provides a brief Virtual SAN architecture overview and covers the new features introduced in Virtual SAN 6.2.
vSphere Virtual Volumes is an integration and management framework for external storage that provides finer control at the VM-level, streamlines storage operation and offers flexibility of choice. This white paper is intended for Oracle Database administrators, storage architects, and VMware administrators involved in planning, architecting, and administering a business-critical Oracle environment.
This white paper demonstrates and discusses VMware all-flash Virtual SUPERMICRO SAN Ready Node, a hypervisor-converged infrastructure, which perfectly fits these needs. The paper also shares the results of virtual desktop infrastructure full-clone and linked desktop deployments scenarios running on SUPERMICRO TwinPro2 servers, which are superior deployment models for virtual desktop infrastructure.
This paper describes a deployment that supports over 960 users—700 View linked-clone desktops and 260 RDSH desktop sessions—based on VMware Horizon® 6 Enterprise Edition, which includes VMware App Volumes™ and VMware Virtual SAN™. It is intended to help IT architects, consultants, and administrators involved in the early phases of planning, design, and deployment by offering a standard, repeatable, and highly scalable design that can easily be adapted to specific environments and requirements. The reference environment was subjected to rigorous performance benchmarking, workload simulation, and operations testing. Performance tests, including workload testing with VMware View Planner and View operations testing, were also performed on the hardware configuration. The results can be characterized as follows.
Andrea Nelson, Intel’s Director of Storage Marketing and Charles Fan, SVP, VMware, Inc. discuss the benefits of Virtual SAN, software-defined hyper-converged storage, and the value of cost-effective scalable enterprise storage to data centers.
A demo of a 64-node, 368 Terabyte Virtual SAN powered by Intel® SSDs, including the Intel® SSD P3700 and the Intel® SSD S3510. A strong case made for an all-flash Virtual SAN to support VMware Vsphere*.