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What is the abbreviation for Data Storage?
Looking for the shorthand of Data Storage? This page is about the various possible meanings of the acronym, abbreviation, shorthand or slang term: Data Storage.
Storage Management Software
What Does Storage Management Software Mean?
Storage management software is a type of program that is especially designed for managing storage solutions like storage networks.
Techopedia Explains Storage Management Software
Storage management software is used in everything from desktop computers to mainframes and includes products that work on limited or a single set of devices, as well as those that work universally and support a heterogeneous device set.
Data storage defined
There are two types of digital information: input and output data. Users provide the input data. Computers provide output data. But a computer’s CPU can’t compute anything or produce output data without the user’s input.
Users can enter the input data directly into a computer. However, they have found early on in the computer-era that continually entering data manually is time- and energy-prohibitive. One short-term solution is computer memory, also known as random access memory (RAM).
But its storage capacity and memory retention are limited. Read-only memory (ROM) is, as the name suggests, the data can only be read but not necessarily edited. They control a computer’s basic functionality.
Although advances have been made in computer memory with dynamic RAM (DRAM) and synchronous DRAM (SDRAM), they are still limited by cost, space and memory retention.
When a computer powers down, so does the RAM’s ability to retain data. The solution? Data storage.
With data storage space, users can save data onto a device. And should the computer power down, the data is retained. And instead of manually entering data into a computer, users can instruct the computer to pull data from storage devices. Computers can read input data from various sources as needed, and it can then create and save the output to the same sources or other storage locations. Users can also share data storage with others.
Today, organizations and users require data storage to meet today’s high-level computational needs like big data projects, artificial intelligence (AI),
machine learning and the internet of things (IoT). And the other side of requiring huge data storage amounts is protecting against data loss due to disaster, failure or fraud. So, to avoid data loss, organizations can also employ data storage as backup solutions.
How data storage works
In simple terms, modern computers, or terminals, connect to storage devices either directly or through a network.
Users instruct computers to access data from and store data to these storage devices. However, at a fundamental level, there are two foundations to data storage:
the form in which data takes and the devices data is recorded and stored on.
Data storage devices
To store data, regardless of form, users need storage devices. Data storage devices come in two main categories: direct area storage and network-based storage.
Direct area storage, also known as direct-attached storage (DAS), is as the name implies. This storage is often in the immediate area and directly connected to the computing machine accessing it. Often, it’s the only machine connected to it.
DAS can provide decent local backup services, too, but sharing is limited. DAS devices include floppy disks, optical discs—compact discs (CDs) and digital video discs (DVDs)—hard disk drives (HDD), flash drives and solid-state drives (SSD).
allows more than one computer to access it through a network, making it better for data sharing and collaboration.
Its off-site storage capability also makes it better suited for backups and data protection. Two common network-based storage setups are network-attached storage (NAS) and storage area network (SAN).
Types of storage devices
SSD and flash storage
Flash storage is a solid-state technology that uses flash memory chips for writing and storing data. A solid-state disk (SSD) flash drive stores data using flash memory.
Compared to HDDs, a solid-state system has no moving parts and, therefore, less latency, so fewer SSDs are needed.
Since most modern SSDs are flash-based, flash storage is synonymous with a solid-state system.
SSDs and flash offer higher throughput than HDDs, but all-flash arrays can be more expensive. Many organizations adopt a hybrid approach, mixing the speed of flash with the storage capacity of hard drives.
A balanced storage infrastructure enables companies to apply the right technology for different storage needs. It offers an economical way to transition from traditional HDDs without going entirely to flash.
The provider hosts, secures, manages, and maintains the servers and associated infrastructure and ensures you have access to the data whenever you need it.
Hybrid cloud storage
Hybrid cloud storage combines private and public cloud elements. With hybrid cloud storage, organizations can choose which cloud to store data. For instance, highly regulated data subject to strict archiving .
and replication requirements is usually more suited to a private cloud environment. Whereas less sensitive data can be stored in the public cloud.
Some organizations use hybrid clouds to supplement their internal storage networks with public cloud storage.
Backup software and appliances
Backup storage and appliances protect data loss from disaster, failure or fraud. They make periodic data and application copies to a separate, secondary device and then use those copies for disaster recovery. Backup appliances range from HDDs and SSDs to tape drives to servers.
but backup storage can also be offered as a service, also known as backup-as-a-service (BaaS). Like most as-a-service solutions, BaaS provides a low-cost option to protect data, saving it in a remote location with scalability.
Data storage for business
Computer memory and local storage might not provide enough storage, storage protection, multiple users’ access, speed and performance for enterprise applications. So, most organizations employ some form of a SAN in addition to a NAS storage system.
Sometimes referred to as the network behind the servers, a SAN is a specialized, high-speed network that attaches servers and storage devices.
It consists of a communication infrastructure, which provides physical connections, allowing an any-to-any device to bridge across the network using interconnected elements, such as switches and directors. The SAN can also be viewed as an extension of the storage bus concept.
This concept enables storage devices and servers to interconnect by using similar elements, such as local area networks (LANs) and wide-area networks (WANs). A SAN also includes a management layer that organizes the connections, storage elements and computer systems.
This layer ensures secure and robust data transfers.
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(SDS) is a marketing term for computer data storage software for policy-based provisioning and management of data storage independent of the underlying hardware. typically includes a form of storage virtualization to separate the storage hardware from the software that manages it.