Best Internal Ssd for Video Editing – Choosing any of the SSDs we recommend will improve your video editing workflow. In particular, the M.2 NVMe SSDs offer faster, smaller, and more efficient storage to meet the needs of heavier video editing workflows. Having enough storage is also important.
If you want the optimal storage setup, the key takeaway is this: a four SSD storage setup is king. Primary and secondary drives should be ultra-fast NVMe SSDs, to run your programs and store project files.
The other 2 drives are allocated for the scratch disc and long term storage. Each drive is fast and does a specific job. This will remove all bottlenecks and give you the fastest video editing storage setup possible.back to menu ↑
1.SAMSUNG 980 PROback to menu ↑
2.ADATAback to menu ↑
3.XPG SX8200 Proback to menu ↑
4.Sabrent Rocketback to menu ↑
5.Seagate Firecuda 520back to menu ↑
6.Crucial P5 1TBback to menu ↑
7.Patriot Viper VPR100back to menu ↑
8.Corsair Vengeance LPXback to menu ↑
9.Western Digitalback to menu ↑
10.Kingston 500GB A2000back to menu ↑
Best Internal Ssd for Video Editing – BUYER’S GUIDE
M.2 is most commonly referred to as the interface and/or slot. But there’s more to it than that. M.2 also describes the SSDs form factor. In addition, M.2 dictates the keying that allows the SSD to fit onto a motherboard.
The most common size for M.2 SSDs is 22mm wide. However, lengths differ ranging from 80mm (M.2 Type-2280), and 60mm (M.2 Type-2260), and the shortest 42mm (M.2 Type-2242). The difference in size due to different computers have smaller surface area around the motherboard. You should know your available space before you choose.
Storage capacity isn’t defined by length. However, longer SSDs have more space to house memory grids. Due to the size and space of M.2 SSDs, most max out at 1TB.
You want to make sure you know what interface or connections your motherboard supports, in order to choose the right type of M.2 SSD. M.2 SSDs, depending on the type, are made to work on SATA or PCIe bus. PCIe is faster.
M.2 SSD sticks, no matter what the length, are not equal. The bus type is the key specification you need to know to make sure you have compatibility. This is absolutely vital.
M.2 drives first came with SATA bus types. And you can still find SATA M.2 drives today in M.2 form factor/shape. Most M.2 slots will accept them and they are quite common.
If you are looking for higher-level speed and performance, PCIe gen 2.0 bus type is the preferred option. The latest M.2 drives support PCIe x4 which is 4 lanes of bandwidth. But if you want the most performance from M.2 PCIe, you want to look for an NVMe SSD.
SSD interface Types:
If you opt for an SSD and want the fastest workflow possible, we should understand the different interfaces used to connect SSDs. It’s important to know SSDs come in a number of different form factors and different interface connection types. The most common are PCIe and SATA.
SATA, (Serial Advanced Technology Attachment) is an interface used in computing systems for connecting a variety of components such as storage and optical drives. There have been many versions of SATA over the years. However, the most commonly used nowadays is SATA 3.x.
PCIe, (Peripheral Component Interconnect Express) is an interface that can be used for connecting a variety of components, such as graphics cards and storage devices. There are quite a few generations of PCIe. Most SSDs nowadays comply with PCIe 3.0. However, some SSDs are starting to support PCIe 4.0.
Overall, both PCIe SSD and SATA SSD will give way faster storage than traditional SATA HDD.
What’s better for you will ultimately depend on the performance trade-off. For designers who need the fastest computer no matter what the cost, PCIe is the right choice. On the other hand, SATA based SSDs are perfect if you don’t want to pay a premium, but still need a good performance and latency attributes.
If you want the highest level performance out of your PCIe SSD, there’s one important attribute of the PCIe interface to note. Which is, different slot sizes provide varying amounts of bandwidth. Both the slot size and PCIe version will determine total bandwidth. PCIe interfaces are available in the following sizes: x4, x8, and x16.back to menu ↑
Frequently Asked Questionsback to menu ↑
Why do I need an external SSD for video editing?
As mentioned above, the main reason for editing off of an external SSD would be that your internal SSD is full. As your internal storage is used for your operating system, applications, general documents, and other day-to-day content, it’s likely you may want to have a separate drive for your video editing space.
If you fill up your internal storage you most likely won’t want to go through and always have to clear more space just to copy the latest shoot footage, hence using an external SSD.
There usually isn’t a performance boost by editing from an external drive. Because they’re connected through methods usually no faster than the internal connection (whether m.2 or 2.5″ SATA), and the drives themselves are the same technology (either SATA or nVME).
As we’ll touch on more down below, you can’t just edit videos off of a regular spinning hard drive (HDD), as the read and write speeds aren’t nearly capable to keep up with modern video files. Solid-state devices don’t use spinning platters and as such can offer a much higher transfer rate.
Now that the read and write speed for external drives are fast enough, you can easily edit your videos directly from an SSD, whether internal or external. Everything you can do on internal drives you can now do on external drives without worrying about a difference in drive speed between the two.back to menu ↑
The fact that you are looking for an internal SSD for video editing tells me you get why SSDs are so important. In fact, not having a fast SSD means you won’t get optimal performance out of your other components like the CPU and RAM. And with video editing becoming more demanding on your computer, choosing the right SSD can dramatically improve your workflow.