Video production companies are well aware that speed is important to their success.

Creating some of the best quality material and reaching tough deadlines can suggest the main key difference between a successful project and the failing one. Brands are recognizing the value of video for business growth and are investing in video production teams to develop better video content than it’s ever been.

Meanwhile, camera technology has advanced to the point where 4K and 8K material is now nearly standard in the industry. Because of the massive amount of video content created and the massive file sizes associated with 4k as well as 8k footage, video professionals require high-performance disks and storage systems to keep their desktop computers running smoothly.

Why Is Picking the Right SSD vs HDD Drives Important for Video Editing?

To begin, let’s look at how a typical hard disc fits into the film creation process. After the material is caught on camera, it must be transferred to a computer so that a video editor can work with it. That footage must be archived in some way.

Solid State Drives, as well as Hard Disk Drives, are the two primary categories of storage drives provided to video editors (HDDs). These can be found in several shapes and sizes, and they can be widely used in a variety of storage devices. Let’s evaluate the benefits and drawbacks of HDDs and SSDs so you can decide what’s best for your video editing demands.

SSD vs HDD: Which is Best for Video Production?

Execution

The performance will be a primary consideration when deciding between SSD and HDD for any video production crew. The speed with which your discs read and write data can boost your video editors’ productivity and efficiency immensely. When it comes to syncing files, the choice between solid-state drives and traditional hard disc drives might have an impact on data transfer speed. The solid-state drive stores information as small sections of digital information, whereas a hard disc drive (HDD) writes data to a spinning disc that is read and written using a mechanical arm as well as a spinning platter. Current HDD read & write speeds are roughly 200 MB/s, whereas SSD read and write rates can reach 550MB/s and 520MB/s, respectively.

Boot times are another factor to consider when comparing HDD versus SSD performance. Traditional hard drives must spin up before collecting information, however, SSD drives save some data in flash storage, allowing for a substantially faster loading time. When one evaluates SSDs with HDDs in terms of performance, it’s evident who is the front-runner.

Reliability

Video editors, secondly after only to performance, need reliable discs. Your disks should be capable of handling the load set on them without losing any of the important data they contain. In comparison to HDDs, SSDs also have a long lifetime. HDDs are more prone to fail earlier and have a lifecycle of 5-10 years as opposed to SSDs, which have a lifetime of 10+ years due to the presence of moving internal elements. While SSDs have a limited amount of P/E (programmed & deleted) cycles, they feature software that can detect probable breakdown and help you avoid data loss, which is a huge relief!

Mistakes do happen, even if we don’t think you’re flinging your drives around. HDDs are brittle and easily break if dropped perhaps a short distance, whereas SSDs can withstand shocks far better. SSDs withstand severe temperatures significantly better than HDDs and are not susceptible to magnetic erasure. SSDs are the approach to go if dependability is important.

Cost

Whenever it involved buying new gear, the cost is always a factor. Once it comes to price per terabyte, SSDs are more expensive. A 1TB HDD will set you back roughly $50, although a 1TB SSD can set you back around $100. A traditional hard drive will be your perfect idea if you want to optimize your storage space and HDD performance is suitable for your needs.

Noise

You’ve probably heard the noise of an HDD rotating up as it gets ready to work — or possibly the clicking noise that signals a hard drive failure on the horizon. SSD does not maintain any moveable elements and therefore they stay thoroughly silent throughout the process. While completing intense tasks, the only sound you may hear is the churning of your computer’s fans – high CPU temperatures can cause performance issues, therefore your computer’s fans will start spinning if you have multiple jobs running at the same time and things began to heat up.

Power

SSDs use less electricity than spinning discs because they don’t have any mechanical components. One of the reasons why so many laptops come having SSDs is that they have longer battery life. Because hard disc drives are continually in movement, they need more power.

Data security & restoration

You can typically recover deleted files on your hard drive if it fails. This is true for both HDDs as well as SSDs, with a few notable exceptions. Many data recovery firms charge more to operate with SSDs because they are newer. However, because they are speedier, you may be able to restore your data more quickly than with an HDD. When files are erased, SSDs employ using TRIM command to discard data. This is one of the ways SSDs distribute wear over all the units, but it also makes recovering erased files more difficult. Professional data retrieval for SSDs should be done in a lab using specialist technology and supplies.

Backing up data to external drives or cloud storage, regardless of the type of disc you use, is the greatest approach to protect your data. When you have a newer version of your SSD, you won’t have to worry about data recovery.

Choosing the SSD vs HDD Drive Type for your Video Editing Team 

After you’ve decided between SSDs as well as HDDs, you’ll need to figure out what kind of storage you’ll require. Here you have a few selections to pick from:

  • Hard Disks (External)
  • RAID Storage Devices
  • NAS (Network Attached Storage)

External Hard Disks

External drives are a fantastic choice for a single operator on a budget, but we recommend avoiding them if you’re operating with a video production staff. Western Digital, for example, has several different SSDs & external hard drives here on market. If you need to share files with others as part of your video editing workflow, external drives will force you to use the sneakernet,’ where you walk or mail drives to the entire team. You will get the action you want to move ib, however, your task will take a bit longer to finish. Furthermore, increasing your storage space necessitates the purchase of a new external drive, and as you gather more of them, accessing the files you require becomes a plug-and-play nightmare.

RAID Storage Devices

Redundant Array of Independent Disks will let you store information across multiple hard drives easily. These systems can employ both HDD and SSD drives. Depending on how you set up the device, RAIDs can lower the risk of data loss and enhance read and write speeds. While RAIDs offer more storage and data security than an external drive, most of these drives are not designed for video editing, resulting in a rough editing experience and an unhappy editor.

NAS (Network Attached Storage)

Video production teams benefit from network-attached storage since it offers the best performance as well as storage capacity. These systems are available in a variety of capacities, including 16 and 24-bay models that handle both HDD as well as SSD storage and may be used on both PC and MAC workstations. Internal SSDs, as well as HDDs, will be used in NAS systems to give a big amount of storage. SATA SSDs or NVMe SSDs can be used in these servers to give read and write rates that are substantially quicker than a hard disc drive.

The benefit of NAS memory is that it permits many video editors to use the system at the same time but also view data simultaneously, and it may be tailored for video creation. High-performance processors like AMD Ryzen and graphics cards like Nvidia RTX can also be used in video-specific NAS Storage systems. This results in a visual experience in rivals or even exceeds that of high-end gaming laptops and also devices.

Conclusion

If you’re not cautious, both SSDs, as well as HDDs, can build up with unnecessary files and other rubbish, resulting in lesser storage space and poorer disc performance.

When it comes to choosing between SSD and HDD for your video production staff, performance and affordability are the most important factors to consider. You’ll pay a little more per terabyte if you go with SSDs, but your operators will have better editing performance or a more stable drive. HDDs, on the other hand, will save you money but come with the danger of slow performance as well as a drive failure.