These days, almost every company that stores its own data on-premise, will it be the virtual machines, databases or just plain files, needs to be sure that this data won’t be lost due to some accident or human error. More to say, backup solutions are usually requested to be flexible, feature-rich and utilize different storage-optimization technologies for increased cost-efficiency. The additional requirement of the long-term data retention significantly increases the overall cost of the final solution, which resulted in an increased demand for public clouds like Amazon Web Services and Azure as a backup repository for their data.

In the previous article, we have covered the basics of Microsoft Windows Server Core installation. After configuring the operating system and specifying the networks and storage for the future configuration, there are few more things left.

This series of articles will guide you through the basic deployment of Microsoft Windows Server 2016 Core version, covering all the steps from an initial installation to the deployment of Hyper-V role and Failover Cluster configuration. The first and the main thing you need to double-check before installing the Windows Server 2016 Core is whether your hardware meets the system requirements of WS 2016. This also is very important in the process of planning your environment, in order to be sure that you have enough amount of compute resources for running your production workload.

Tapes have been on the “backup market” for a long time and still are considered as a good option to store and secure a high amount of backup data. However, the continuous increase of backup size becomes a bottleneck in terms of fitting backup windows and reduces a simplicity and redundancy of backup solutions. Today more and more companies consider backing up their production data to more reasonable storage solutions, like Clouds. Here comes in hand the technology that emulates physical tapes on top of inexpensive, fast, and high-capacity spindle drives.

These days, more and more companies need high-quality, reliable and efficient server hardware.  Home labs used by enthusiasts and professionals in the IT sphere for software developing and testing, studying for an IT certification, and configuring virtual environments became popular as well. Small companies are also interested in cheap and compact servers, the production of which is based on a couple of virtual machines or networking applications. Supermicro company ranks one of the leading positions in server development for a long time. Supermicro products range from the Hi-End clusters to microservers. Recently the company released two compact servers: SuperServer E200-8D and its younger model – SuperServer E300-8D.

Since every computer now has a volatile amount of available storage located in the RAM, when compared to other direct-access memory used for data storage, for example, hard disks, CD-RWs, DVD-RWs and the older drum memory, the amount of time used to read/write the data differs in correspondence to the physical location and/or the medium used for reading/recording (rotation speeds and arm movement) the data. The implementation of RAM as a storage provides a list of benefits over other conventional devices, due to the fact of the data being read or written in the same amount of time irrespective of the physical location of data inside the volume. Taken into consideration all the information mentioned above, it would be a crime not to take advantage of the provided conditions.