Nested Virtualization in Azure with StarWind Virtual SAN. Part 2: Hybrid Cloud
Posted by Dmytro Malynka on February 13, 2018

Hybrid deployment architectures

You all probably know that our main goal is delivering all the “building blocks” required to construct a full-stack IT infrastructure. This is ensured by a portfolio that has solutions for most business problems for IT systems. With the ever-increasing popularity of cloud computing, StarWind has recently created an easy-entry-to-cloud solution suitable for any businesses. It ensures that your data is always safe and readily available, regardless of outside factors.

Before we take a deep dive into StarWind Hybrid Cloud, let’s overview common cloud deployment models.

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Nested Virtualization in Azure with StarWind Virtual SAN. Part 1: Introduction
Posted by Dmytro Malynka on September 12, 2017

At Microsoft Build 2017, the Nested Virtualization support in Azure has been announced. Now you can enable nested virtualization using the Dv3 and Ev3 VM sizes – not a wide variety, but Microsoft is going to expand the support for more VM sizes in the upcoming months.

Azure Nested Virtualization diagramm

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Top 5 Best Utilities for your vSphere infrastructure presented on VMware Labs in 2017
Posted by Dmytro Malynka on August 23, 2017

As all of you know, VMware Labs posts handful utilities for VMware administrators to make the management of vSphere virtualization infrastructure easer. Those tools are being developed by VMware Engineers, Community, and Open Source. Today I would like to emphasize some of the latest tools available to download and implement.

vSphere HTML5 Web Client

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StarWind VVols for VMware vSphere Environment
Posted by Dmytro Malynka on June 16, 2017

VMDK file to LUN storage architecture has been the most usable scenario for years until VMware released Virtual Volumes in vSphere 6.0. In the case of an array with block access, own VMware file system – VMFS  – was used -, and NFS was used for file storage. The array capacity was divided into LUNs or NFS-shares and presented ESXi hosts in the datastore form. Frequently, datastore is a large capacity storage housing numerous VMs. In fact, allocating a separate datastore for each VM is quite inconvenient and time-consuming in terms of administration.

With this approach, the VM storage maintenance operations are at the datastore level, and not at the Virtual Machine level. The operations like snapshots, replication, deduplication, encryption, etc. are performed at the storage level, thus being implemented faster with no use of compute and networking resources. The traditional VM storage technology described in vSphere is still supported. At once, Virtual Volumes (VVols) is an object containing VM files virtual disks and their derivatives.

This handy and at the same time advanced technology was integrated with StarWind Products, that I am about to implement.

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