Both SAN and NAS provide connection storage solutions.
Some users want to know the difference between SAN and NAS and which one to choose.
Now, read this post fromMiniToolto get the details about SAN vs NAS.
Overview of SAN and NAS
What Is SAN
What is SAN?
SAN is the abbreviation of storage area web connection.
It is a way to provide you with high-performance, low-latency storage shared access.
SAN can provide shared storage for you in demanding applications such asvideo editingor multiple tool servers.
What Is NAS
What is NAS?
NAS is the abbreviation of web link attached storage.
The NAS volume is shown to you as a connection-mounted volume.
The NAS rig itself is a internet node.
It is much like computers and otherTCP/IPdevices and they all maintain their IP addresses.
NAS uses Ethernet to send and receive files.
SAN vs NAS
We have introduced basic information about SAN and NAS.
Then, what is the difference between SAN and NAS?
Here is a quick guide on NAS vs SAN.
Then, lets get more detailed information about SAN vs NAS.
The differences between them are outlined below.
SAN vs NAS: Fabric
The first aspect of SAN vs NAS is fabric.
NAS uses a TCP/IP web link, the most common being Ethernet.
SAN vs NAS: Data Processing
Then, lets see SAN vs NAS for data processing.
The two storage architectures handle data differently: SAN handles block data, while NAS handles file-based data.
SAN can access a dedicated SAN file system, while NAS can operate using a global namespace.
In the SAN architecture, each server maintains a dedicated, non-sharedLUN(Logical Unit Number).
The global namespace aggregates multiple NAS file systems to present a unified view.
The SAN file system enables servers to share files.
The NAS is directly connected to the Ethernet connection through a cable connected to the Ethernet switch.
NAS can use multiple protocols to connect to the server, including NFS, SMB/CIFS, and HTTP.
SAN vs NAS: Performance
This section is about SAN vs NAS: performance.
NAS devices are considered devices and have fewer hardware and software management components than SAN.
In contrast, scalability is the main driver for purchasing a SAN.
Its connection architecture enables administrators to expand performance and capacity in a scale-up or scale-out configuration.
SAN requires more management time than NAS devices.
Deployment usually requires physical changes to the data center, while ongoing management usually requires dedicated administrators.
SAN: When it’s crucial that you accelerate, expand, and protect.
NAS: When you’re gonna wanna integrate, centralize and share.
NAS is reliable and inexpensive, making it for SMB seeking easy-to-implement storage solutions.
In addition, it is a user-friendly program to protect your box and data.
Or it’s possible for you to clickBack up Laterto delay the process.
After all of the steps are finished, you have successfully backed up your files to the NAS rig.
With MiniTool ShadowMaker, you’re able to provide better protection for your box and keep it safe.
you’re free to follow the instructions below:
Step 1:Typesettingsin theSearchbox to open to theSettingsapplication.
Then scroll down to find theUpdate & Securitysection and click it.
Step 2:Click theBackupsection and clickMore options.
In theBackup optionswindow, you should clickSee advanced prefs.
Step 3:In theSelect a File History drivepart, you might continue to chooseAdd web connection location.
Step 4:Enter the internet address.
it’s possible for you to also provide the name for the NAS unit as well and clickSelect Folder.
Step 5:opt for backup folder, opt for backup path, and clickOKandEnable.
Then, clickBack up now.
NAS devices enable many computers to share the same backup server at one time.
Bottom Line
To sum up, this post has introduced information about SAN vs NAS.
