Today, everyone is talking about shared storage. The proliferation of digital resources has made data storage and transfer a necessity for nearly every type of company. There is a lot of file sharing that goes on in the video editing as well as post-production industry.
The time it takes to manually transfer raw footage from one device to the next would be enormous if they didn’t have access to shared storage. Follow the link https://www.techtarget.com/searchcloudcomputing/answer/When-should-you-use-cloud-vs-on-premises-storage
Read on if you want to learn more about shared storage alternatives and how they might improve your company’s operations.
What are they?
When numerous computers or users access and save their files in the same location, this is called shared storage. If you think about it, effective memory management could end up saving you a lot of time and money. Similar to how Google Play serves its consumer users, everything within shared storage may be accessed by multiple users at once.
The acronym NAS refers to a type of server that also functions as storage space for other devices on a network. In addition to a local area network, NAS requires access to the internet (LAN). You’ll need a number of hard drives, and they should be set up in a RAID array.
Everything in your NAS is under your command. By re-creating your data and adjusting the permissions, you may ensure that you always have a copy of your data. There is only one negative aspect of NAS. NAS is too slow when compared to other options in the market due to its complex design. NAS shared storage solutions have limited scalability potential.
Data is transferred to and from disk arrays in a Storage Area Network (SAN) with the aid of a network controller as well as a metadata controller. Access to the network is granted on a block-by-block basis, making this a very fast network. The blocks that make up a logical disk unit (LUN) come from a collection of servers. A majority of the shared storage industry is dominated by SAN.
Because they are built to avoid introducing new sources of failure, they are robust and highly available. SANs are highly reliable because they can survive the loss of several devices if they are well-designed. The switches, hosts, storage devices, and elements make up their complicated infrastructure. It makes use of a wide range of topologies and technologies, with data being stored in a number of different places. Read more here.
A group of hard drives organized as a RAID (Redundant Array of Independent Disks) provides redundancy and improved data safety. RAID is used by both SAN as well as NAS devices to store information across many hard drives. Assume you have 4 hard drives and you want to ensure data safety by having two of them contain an exact copy of the other two. Then you decide to store them in different places. If a drive fails in a RAID array, you won’t lose everything because the data has already been partially duplicated.
SAN is one among these options, but it is prohibitively expensive and difficult to set up by yourself. On the other hand, it is one of the most popular storage options since it improves efficiency and effectiveness by consolidating storage resources and allowing for several levels of storage.
The ideal way to handle your team’s post-production need is via shared storage. Additionally, it will assist your team in accessing necessary data at any time of the day, even if you are not present physically with the team. If you’re in charge of hundreds of visual effects artists, SAN is your best bet. RAID is an excellent choice for smaller groups of people working together. On the other hand, NAS is an alternative that provides a great deal of leeway.
Using a central repository for post-production work improves efficiency and facilitates teamwork. To share is to save both time and money. The group will finish the task ahead of schedule and improve upon it. To find out more about servers storages, check online.
What else to know?
Many industries rely heavily on collaborative file sharing systems that are designed to work with their respective editing applications. Instead of handing around drives or any other physical storage devices, that could be lost or damaged, multiple people can access and operate on the same system at the same time via a shared storage network.
Even when working with numerous operating systems, a unified workflow makes editing, digital audio workstations, as well as shared storage systems far more practical.
The collection of data no longer requires the use of many technologies. Shared storage allows you to minimize downtime in the event of an emergency or data loss. To put it simply, your data is safe even if one of the servers goes down. By booting up virtual computers, it is possible to transfer data from the broken server to a healthy one. Multiple users can take benefit of the shared storage solution’s perks at the same time.