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Showing posts from January, 2023

What You Need to Know About Network Attached Storage (NAS)?

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  Network Attached Storage (NAS) is a storage system designed for use with an Ethernet network. It provides users with reliable, high-performance data storage and access to that data from any computer or device connected to the same Ethernet network. But what exactly is NAS, and why should you consider it for your business? Let’s take a look at the basics of NAS and its role in data storage.  Data storage has become an important part of running most businesses. One of the best options for data storage is to use a Network Attached Storage (NAS) appliance. A NAS appliance is an external hard drive that allows you to store data on your network and access it from multiple devices. This article will explain the basics of a NAS appliance, its role in data storage, and how you can get started using one.  What Is Network Attached Storage (NAS)?  Network Attached Storage (NAS) is a type of file-level storage that connects directly to an Ethernet local area network (LAN). Unlike other types of

What is the difference between tape and Network Attached Storage

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  When it comes to data storage, you have a lot of options. One popular option is tape storage, while the other is network attached storage (NAS). In order to determine which one is right for your business needs, it’s important to understand the difference between them and their respective advantages. Let’s dive in. Tape Storage Tape storage has been around since the 1950s and was originally used as a way to store data offline. It continues to be a good option for long-term archiving due to its low cost and high capacity, but can take some time to access depending on the number of tapes involved. Due to its physical nature, tape storage also requires manual maintenance such as cleaning or replacing tapes if they become corrupted or damaged. Network Attached Storage A Network attached storage (NAS) was developed in the early 1990s as a way to store data on an external server that could be accessed remotely by multiple users over a network connection. NAS offers much faster access times

How Scale-out NAS Can Make Your Hybrid Cloud Environment Run Smoother.

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  Businesses are increasingly looking to take advantage of the cost savings and flexibility that hybrid cloud environments offer. These environments, which combine on-premises infrastructure with cloud storage, are becoming the norm for many companies. One tool that can help businesses get the most out of their hybrid cloud environment is Scale out NAS (Network Attached Storage). Let’s look at some case studies of businesses who have already deployed Scale out NAS in their hybrid cloud environments.  Case Study 1: Acme Corporation  Acme Corporation is a Fortune 500 manufacturer of consumer goods. The company has several data centers in multiple locations and needed a way to store and access large amounts of data quickly and securely. To meet these requirements, Acme deployed a Scale out NAS system in their hybrid cloud environment. The system allowed them to easily access data stored across multiple locations without having to manually manage it in each location. This simplified their

How does a Scale out NAS work and what security features does it have?

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  A scale-out Network Attached Storage (NAS) system is a type of storage system designed to provide high throughput and scalability for data-intensive workloads such as video streaming, big data analytics, and other I/O-intensive tasks. It offers many security features that are important for enterprises such as authentication protocols, encryption, auditing capabilities, and more. Let’s dive into the details behind a scale out NAS and its security features. How Does a Scale Out NAS Work? A scale out NAS works by connecting multiple nodes or servers together in order to increase the capacity of the network storage system. This allows you to add additional nodes as needed to increase the overall capacity of your network storage solutions . Each node in the system contains its own set of hard drives that can be used to store data. The nodes are connected via Ethernet cables or fiber optic cables to create an efficient network storage solution that has enough capacity for large amounts of