There are many factors to consider when purchasing an SSD. One of the most important is the storage capacity, followed closely by price per GB. Another critical factor is the type of memory used in the drive. Storage standards such as SATA, PCIe, and NVMe are different access protocols that can be used to connect drives directly to another device or computer. Understanding these protocols will help you choose the right SSD for your needs and budget. A solid-state drive (SSD) stores data on flash memory instead of spinning disk platters like a hard disk drive (HDD). This makes them faster, smaller, and more power efficient than HDDs. There are many different types of SSDs available with varying storage capacities, interfaces, and features. Let’s take a look at some of the best 8TB SSDs on the market today!
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Best 8TB Ssds In 2022
1. Samsung 960 PRO
The Samsung 960 PRO is a great choice for gamers who want the best performance possible out of their high-end SSD. This drive is built specifically for gaming and boasts better performance than most other drives on the market. With a high bandwidth interface and outstanding read and write speeds, this drive is perfect for any enthusiast looking to upgrade their gaming rig with the latest technology available today. The 960 PRO has been designed to fit in just about any PC build with its M.2 form factor and supports 4K video playback at 60fps. The Samsung 970 Pro will be released soon after this model which has an improved NVMe interface that will provide several more GB of bandwidth per second! If you’re upgrading your gaming PC’s storage subsystem to the latest technology available, then this drive is definitely worth considering!
2. Intel Optane 905P
The Intel Optane 905P is one of the first drives to utilize the new NVMe interface which is capable of providing up to 32GBps of bandwidth! The Optane 905P also supports the new UFS 2.1 protocol which will allow for a massive amount of data to be transferred through this drive. This drive is designed for high-performance PC applications and can easily be used in any system with a PCIe slot and an available M.2 slot, such as the upcoming Intel NUC 8 series systems. If you’re looking for an SSD that can handle heavy workloads without breaking a sweat, then this might be just what you’re looking for!
3. Samsung 970 EVO Plus
The Samsung 970 EVO Plus is the fastest drive on this list and it’s definitely worth looking into if you’re looking to upgrade your PC with a high-end SSD! The 970 EVO Plus has been built specifically for gamers and it offers speeds that are up to 10x faster than standard SSDs. This drive comes in a 2.5” form factor which allows it to fit in just about any PC build without any problems! Additionally, this drive supports NVMe over PCIe 3.0 x4 which will allow for incredible transfer speeds! If you want the best performance possible from your storage subsystem, then this is the drive for you!
4. Samsung 960 PRO M.2
The Samsung 960 PRO is the first drive in this list that supports NVMe over PCIe 3.0 x4 and it’s definitely a good choice if you want the best performance possible! This drive offers speeds up to 2x faster than SATA SSDs and up to 18x faster than standard SSDs. It also has incredible sequential read speeds of up to 3,500 MB/s and sequential write speeds of up to 3,300 MB/s! The 960 PRO also comes in an M.2 form factor which means it can fit into any PC build with ease and it supports NVMe 1.3 which allows for even higher transfer speeds! If you want blazing fast performance out of your storage subsystem then this is the drive for you!
5. Samsung 970 EVO M.2
The Samsung 970 EVO is the fastest drive on this list and it’s definitely worth looking into if you’re looking to upgrade your PC with a high-end SSD! This drive comes in both a 2.5” and M.2 form factor which allows for easy installation into any PC build without any problems! Additionally, this drive supports NVMe over PCIe 3.0 x4 which will allow for incredible transfer speeds! If you want the best performance possible then this is the drive for you!
A modern SSD will be faster than a traditional HDD due to the lack of moving parts. The controller on the SSD is directly connected to the flash memory, which makes it extremely fast. Also, the lack of moving parts means that there will be fewer opportunities for mechanical wear and tear, so you can expect years of reliable use from an SSD.
An SSD has no moving parts, so it’s much more reliable than a traditional HDD. They are also smaller and less prone to shock or vibration damage, meaning you can rely on them for years without worrying about data loss or corruption. It’s also worth noting that many modern SSDs have a minimum service life of 5-10 years before they lose their ability to be repaired. This means that you won’t have to replace your drive until after 5-10 years! This is a cost-effective way to protect your data while still enjoying the maximum performance!
Faster Transfer Rates
SSDs are able to access data at higher speeds than hard drives because they don’t use spinning disks as HDDs do in order to retrieve information from the data storage system (also known as the platter). This allows them to transfer much larger amounts of information (upwards of 10GB/s) with less time consumption than traditional HDDs (around 100MB/s). This is a huge advantage when making backups or transferring large files between devices. Modern SSDs are able to perform this data transfer at a much higher rate than HDDs, so you can save time and money!
Lower Power Consumption
SSDs are built with flash memory, which is much more power efficient than HDD platters. This means that your computer will use less energy when it’s running on an SSD than it would if it was running on a traditional HDD. If you’re looking to upgrade your computer or store more data in your storage system, an SSD will save you money on your electric bill!
Smaller Size and Weight
SSDs are smaller and lighter than HDDs. They also have smaller power requirements, so they don’t take up as much room in your case or on the floor of your case! They also don’t need any extra cooling because they operate at lower temperatures than HDDs do (around 40 degrees Celsius compared to 65 degrees Celsius). This means that you can fit more of them in the same amount of space as a traditional HDD would take up! They also weigh considerably less because they don’t need any extra components to make them work like HDDs do (like an internal cooling fan or motor). These benefits make SSDs ideal for use in small form factor computers such as laptops, desktops, and tablets!
Faster Boot Times
SSDs are able to boot faster than HDDs because they don’t need to spin up their platters (the spinning hard drives that store data). This is a huge benefit when you’re trying to boot your computer while it’s already in use. It also reduces power consumption, which means that you can save money on your electricity bill!
Wd Blue SSD
1. WD Blue SSD
The first 8TB SSD we are looking at is the WD Blue, a SATA-based drive. This drive offers 8TB of storage capacity but does not include the advanced features of a PCIe or NVMe SSD. The WD Blue is compatible with all desktop and laptop computers that support SATA-based drives. It also comes in capacities of 2TB and 4TB, which are relatively inexpensive compared to 8TB models. This drive uses the standard MLC memory, which is slower than the TLC memory used in other drives on this list. An important thing to note about this drive is that it does not feature any encryption or other security features built into the drive itself.
2. Samsung 970 EVO Plus MZ-V7E1T0BW
The Samsung 970 EVO Plus MZ-V7E1T0BW offers a whopping 8TB of storage capacity! This drive comes with a PCIe interface and an NVMe protocol, making it capable of speeds up to 3GB/sec. The Samsung 970 EVO Plus MZ-V7E1T0BW can be used in desktop computers as well as laptops that support PCIe connections and use NVMe protocols such as the latest Intel i3/i5/i7 processors (Skylake). However, this model lacks TRIM support, so any data written to the drive will be permanent unless you use third-party software to overwrite old data on your system’s hard drive.
3. Samsung 860 EVO
The Samsung 860 EVO offers a similar amount of storage capacity to the WD Blue, but it comes with a faster and more advanced NVMe protocol. This drive is compatible with all desktop and laptop computers that support SATA-based drives, as well as computers that use PCIe or NVMe protocols. The Samsung 860 EVO also includes AES 256-bit Encryption, which helps protect your data from unauthorized access. It also includes an enhanced power management system to ensure the drive can operate at peak performance even when it is in heavy workload situations. This drive does not include TRIM support, so you will need to manually over-write any old data on your system’s hard drive if you want to keep overwriting new data on the SSD itself.
4. SanDisk Extreme Pro 960GB
The SanDisk Extreme Pro 960GB has a very similar feature set and price tag to the Samsung 970 EVO Plus MZ-V7E1T0BW, but it only has an MLC memory type instead of a TLC memory type. While this makes up for some of the performance difference between these two drives, this model does lack 256-bit AES encryption and TRIM support compared to its competition on this list (which is more than made up for by its lower price). The SanDisk Extreme Pro 960GB does offer much faster sequential read speeds than its competition on this list (which is more than made up for by its higher price).
The Samsung 8TB SSD is one of the best 8TB SSDs on the market. It uses Samsung’s latest 3D V-NAND technology and comes with a 5-year limited warranty. The SanDisk Ultra 3D is a great choice for gamers and enthusiasts. The Kingston HyperX Predator and HGST Ultrastar Helium SSD are excellent 8TB drives that offer high performance at an affordable price. The WD Blue SSD is another solid choice if you’re looking for an 8TB SSD that offers high performance at a reasonable price. You can use an SSD to improve the performance of your computer by storing your most frequently used data on it. This will reduce the amount of time your system takes to boot, launch programs, and perform other tasks.