- BEST MAC SETUP FOR VIDEO EDITING SOFTWARE
- BEST MAC SETUP FOR VIDEO EDITING PLUS
- BEST MAC SETUP FOR VIDEO EDITING WINDOWS
Disk Utility on Macs let you set up RAID 0, RAID 1, RAID 10 and JBOD (Just a Bunch Of Disks).
BEST MAC SETUP FOR VIDEO EDITING WINDOWS
Starting with Windows XP (2001), Microsoft integrated RAID functionality into its operating systems.
BEST MAC SETUP FOR VIDEO EDITING SOFTWARE
But software RAID systems are constantly improving. Generally speaking, using a hardware option means less strain on the computers operating system, as well as possible other benefits depending on the hardware used. More and more computers have the ability to set up and control a RAID via utility software in the operating system. In hardware RAID setups, the drives are connected to the motherboard via a fast PCI-Express card slot. You can configure a RAID using both software or hardware controllers. A RAID 5 has fast read performance but slower write performance. If one drive fails, all of the data can be recovered by reconstructing the information from the remaining drives. The configuration stripes this parity information across all of the drives. And it doesn’t “mirror” the data but backs it up using a “parity” system based on a mathematical function. Though RAID 0 and RAID 1 require a minimum of two drives each, RAID 5 requires a minimum of three. This configuration gives you the best of both worlds: striping and a type of redundancy called “distributed parity” but it will come at a price.
Read operations can be quicker as data can be read from both drives simultaneously but write operations will be slower as every write operation must be executed twice.
BEST MAC SETUP FOR VIDEO EDITING PLUS
Because the data is mirrored, one plus one equals one in RAID 1 math. One terabyte plus one terabyte equals two terabytes, right? Not with a RAID 1. Say you set-up a RAID 1 with two one-terabyte drives. One disadvantage to this configuration is that you will only “utilize” half your drive space. If one drive fails, the other drive has all of the information.
RAID 1, aka “disk mirroring,” writes all of your data to both drives simultaneously, assuming you are using just two drives.
This is the opposite of RAID 0, simplistically speaking. Basically, if one of your drives goes down, you lose the whole shebang. However, with RAID 0 arrays, there is no “fault tolerance.” In English, that means there is no protection against the many types of hard drive failures that threaten your data. If you are working with mulitcam, 4K RAW video (or higher) with visual effects and motion graphics, a fast computer (CPU and RAM) with a RAID 0 is your friend.
This gives the editor an increase in performance, mostly read/write speeds, by “striping” the data - the ones and zeros - evenly to all the drives. I only have 800 words here so let’s stick with the three RAID systems most used by video editors.Īlso known as “nonredundant arrays” or “data striping arrays,” this configuration distributes your data evenly across the disk drives in equal-sized sections. Beyond these eight configurations, there are Nested RAIDs as well as non-standard variants. But there is also RAID 2, 3, 4, 6 and 10. The most common for video editors, standard RAIDs are known as RAID 0, RAID 1 and RAID 5. Common RAID Configurationsįirstly, RAIDs are characterized by numbers. Let’s break down a few of the different RAID configurations, talk about why you might use them and look at how you can set-up your own RAID. In plain English: two or more drives linked together to make “one drive” or RAID set for an increase in speed or protection of data storage. A RAID is a Redundant Array of Inexpensive (or sometimes "Independent") Disks.Ĭonfiguring a RAID system may not be the sexiest thing you read about today, but if you want to level up your editing game, read on.Ī RAID is a Redundant Array of Inexpensive (or sometimes “Independent”) Disks.
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