700 gets you a 4-bay enclosure that can operate in RAID 0, 1, 5, 6, or 10, and using Thunderbolt 2, you can achieve throughput speeds of 20gbps.This is a great question, especially since I’ve been thinking about networking all week. ORICO 5 Bay Raid Storage Enclosure 3.5inch Type-C to SATA III External Raid Storage Aluminum Alloy Drive Enclosure HDD SSD Support RAID 0/1/JBOD.If you have a Mac equipped with Thunderbolt 2, consider the Pegasus2 enclosure from Promise. 1.5 Million Hours MTBF, best-in-class 600 TBW (terabytes written) more. Superior reliability and stability (MTBF/TBW).DAS ( Direct-attached storage). Most often, this is a fancy word for servers. NAS ( Network-attached storage). 2018 was a big year for Thunderbolt 3 I/O, as it saw two machines in the Mac lineup the 2018 Mac mini and the 2018 MacBook Air gain Thunderbolt 3 compatibility for the very first time. Connect to either Thunderbolt 3 enabled host at 40Gbps or USB 3.2 Gen 2 enabled host at 10Gbps Thunderbolt 3 cable included. Based on TitanRidge, Intel’s latest Thunderbolt chip, Pegasus32 has great new features expanding your connectivity.
![]() Best Thunderbolt Raid Enclosure Mac Equipped WithA collection of at least 3 HDD or SSD drives in a single enclosure, which looks like a single, very large, very fast drive to the computer. An earlier, slower, form of SSD used PCIe. NVMe (Non-Volatile Memory Express) is a new (2019) form of SSD noted for its high speed and how it transfers data to your computer. Shorthand for “solid-state drive.” This is the SSD or Fusion drive located inside your computer that holds the desktop and applications. This is also often called “external storage.” SANs typically use Fibre Channel connectivity, while a NAS uses Ethernet. A NAS is a single storage device that serves files over Ethernet and is relatively inexpensive and easy to set up, while a SAN is a tightly coupled network of multiple devices that work with block-based data and is more expensive and complex to set up and manage. Multicam edits – the more cameras the more data that needs to transferNOTE: There is another form of network storage, called a SAN (Storage Area Network). HDR (High-Dynamic Range), raw or log media (In media editing, write speeds are always lower than read speeds.) Performance needs are minimal for SD or HD media, but increase rapidly as you start editing any of the following media. DAS is the best choice when you want the best performance with the greatest storage capacity. An internal Fusion drive will only be about as fast as an external single hard drive with the same limitation as an internal SSD: it doesn’t hold a lot and when it gets full the performance of your computer will slow down dramatically. However, once it fills up, you can’t do very much with your computer. An added plus to using the internal drive is that you can be easily portable. An internal SSD will be the fastest storage, but it also has the smallest capacity. These are the fastest SSDs currently available, reading and writing data around 2,500 MB/second! And because they are SSDs, they are much less likely to break due to rough handling.There are two big problems with using internal SSDs as your primary storage: It also costs more to setup and maintain than any other storage.Let’s take a closer look at all the options.Internal storage in current Macs uses an NVMe SSD. While fast enough for some edits, it will never be as fast as direct-attached storage. NAS is the best choice when you need to share files. Fun mac games for twoAs well, for most Macs, these internal SSDs either can’t be upgraded or can only be upgraded with difficulty.The decision on whether your Mac uses an NVMe or PCIe SSD was made by Apple at the time your system was manufactured and can’t be changed later. A PCIe SSD only transfers data around 400 MB/sec.While still fast enough for many edits, it isn’t the blinding speed of the much more recent NVMe SSD. These share similar performance characteristics to an NVMe SSD, but with a slower transfer speed. Tying up internal storage with media and other data files means you have less room for applications or other system-level programs.Still, if your projects are small, you need to be quickly portable or performance is essential, storing your project on an internal SSD in a modern computer is an excellent choice.Older Macs, that don’t have Fusion drives, use a PCIe SSD. This means that, most of the time, the SSD is accelerating the operating system and applications, without boosting media transfer speeds much, if at all.Fusion drives also suffer from the same problems as internal SSDs: limited capacity that can’t be upgraded after purchase. The other reason for the speed difference is that the SSD is generally around 25 GB in size, with the rest of the storage being HDD. So, in most cases, an internal Fusion drive will be slower than external storage, though faster than most network storage. Capacities of Fusion drives are greater than SSDs, but not by a lot.PCIe SSDs read and write data around 400 MB/sec, while the spinning hard drive transfers data around 150 MB/sec. How it is connected (USB vs. This provides the fastest performance while not filling your internal hard disk with excessive media data files.This can get really complicated REALLY quickly, because there are so many options and “yes, but’s…” Still, here’s a high-level look.There are two gating factors affecting the performance of direct-attached storage: Store all media and projects external to your computer. As storage fills up, background activities will also slow down.My recommendation is that you use the internal drive for the operating system, applications and the work files generated by your software. (While that’s true of all spinning media devices, it is especially true for the internal boot disk.) There are many, MANY activities running in the background of your Mac, each of which needs hard disk access. ![]() But they are not fast, transferring data around 150 MB/second. These are cheap, hold a lot and are easy to move from place to place. A RAID composed of multiple spinning hard drivesSingle spinning hard drive. Image courtesy of Pexels.com.)Once you figure out the connection protocol, there are four different types of storage to consider: PCIe is an older format, newer systems use NVMe.Single NVME SSD. If you need to travel, and can work within the limited storage capacity they provide, these are an excellent choice. They are also more rugged and extremely portable. These hold much less data than a single spinning hard drive, but are much faster, transferring media around 400 MB/second. Not recommended for 4K, HDR or multicam editing.Single PCIe SSD. They hold vast amounts of data, vary in speed from fast to really fast, and can be expanded at any time by adding larger hard drives. HDD RAIDs are the workhorses of media editing. RAIDs can hold HDDs or SSDs.)RAID (HDD). If your projects are small and you can afford them, these are the best option for rugged, fast storage for media editing, especially when portability is important.NOTE: Any of these three devices should be good for editing HD media, when connected via Thunderbolt.(An OWC 8-drive RAID enclosure. However, they are expensive and don’t hold a lot. Worse, they provide a fraction of the storage capacity of spinning media.The good news is that SSD RAIDs are rugged, silent, light-weight, and fast. This is the only RAID that will fully saturate the high-speed pipe of Thunderbolt 3 (or Thunderbolt 4, for that matter).However, SSDs are expensive and NVMe SSDs are really expensive. When you need the highest level of performance, a RAID consisting of all SSDs – especially all NVMe SSDs – sets the standard. Drop an HDD RAID and you’ve likely broken something important.Still, hard disk RAIDs are the best option for almost all media editing when you need solid performance and vast storage at a reasonable price.RAID (SSDs). (How much noise depends upon fan size, fan speed, the hard disks you use and the manufacturing quality of the cabinet that holds everything together.) As well, they are fragile. (The maximum I know of holds 18 drives.)However, RAIDs are expensive, heavy and the spinning hard disks create noise.
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