On my Z690 board I am using the Samsung 8TBS ATA drive via USB 3.2 Gen 2 for this reason, as using a any of the lower bank of SATA ports disables those ports as the lower M.2 slots being used takes the priority. On other boards such as Z790, this may well be different and you find yourself witth half the PCIe lanes that you would otherwise have, if connecting SATA drives in conjunction with the lower M.2 slots being occupied. The largest consumer SSDs we have to compare against are Samsung's earlier 4TB SATA SSDs. We've included the 4TB 860 EVO. For some tests, we also have included results from a few enterprise drives: 8TB NVMe models from Intel and SK hynix, and 4TB SATA drives from Kingston and Samsung. These all use TLC NAND, but without SLC caching. There are other 8TB NVMe drives out there, too, but anything considerably cheaper will be using slower QLC flash storage. Corsair's MP600 8TB springs to mind, which also comes similarly specced, warrantied and priced, and there are others, too. So your choice may well boil down to brand loyalty and/or software features in this segment. Sabrent confirmed to us that they were first to release drives of this category after commissioning Phison to develop the drives with a 1 year exclusive lead. Keep in mind also that Puget Systems recently switched to Sabrent drives for their professional workstations over Samsung. Before you open your wallet, be sure to prepare for this drive: it requires a heatsink to reach its highest levels of performance. Unlike with the T700, Team does not offer a heatsink version of the Z540. The heatsink requirement mostly precludes it from use in a laptop, and you can choose from less expensive options for the PlayStation 5. In fact, there are many solid Gen 4 alternatives that are much more budget-friendly without some of the Z540’s downsides, like its poor power efficiency. But if you want the very best performance right now, look no further. Sequential Read Up to 560 MB/s Sequential Read * Performance may vary based on system hardware & configuration

Sequential Write Up to 530 MB/s Sequential Write * Performance may vary based on system hardware & configuration ** Measured with Intelligent TurboWrite technology being activated Random Read (4 KB, QD32) Up to 98,000 IOPS Random Read * Performance may vary based on system hardware & configuration ** Measured with Intelligent TurboWrite technology being activatedThose with extremely large gaming libraries should be more than happy as time goes on and newer titles leverage the bandwidth that NVMe SSDs in general are capable of, with or without gaming technologies like DirectStorage. The newest budget NVMe SSDs have undercut the pricing of mainstream drives on the slower SATA interface (which was originally designed for hard drives), but we shouldn't expect to see the end of SATA SSDs any time soon. Many of the first PCIe 5.0 SSDs come with active cooling solutions, meaning they have a fan attached to the heatsink. In contrast, the T700 has a stylish passive heatsink that does an admirable job of assuring top-notch performance. Crucial also offers the drive without a heatsink, thus allowing you to use either your own third-party cooler or the in-built motherboard M.2 heatsinks that are becoming increasingly popular. The folks at Sabrent have also been upfront and transparent with me in relation to technical questions and general discussions surrounding not only their drives but SSDs as a whole. This resonates with me at a personal level, as good customer service is what I look for when looking at upgrading to high-value components. Yes, faster drives will be released to the market near the end of the year, but for now, the T700's 12.4 / 11.8 GB/s of throughput leads the market, not to mention the beastly up to 1.5 million random read/write IOPS that remains uncontested by any SSD on the market. The Crucial T700 can take a beating, too: The T700 doesn't lose as much steam as other drives during heavy sustained workloads, making it a suitable drive for even the heaviest of workloads, like workstation-class video editing.

To ensure long-term data reliability, the NF1 NVMe SSD has been designed with an endurance level of 1.3 drive write per day (DWPD), which guarantees writing an entire 8TB of data 1.3 times a day over its three-year warranty period. Normally, one wants to maintain 20-25% free space on an SSD to help ensure minimal fragmentation (yes, SSDs fragment but that will be kept to a level an SSD can easily handle as long as TRIM is enabled and there is plenty of free space on the drive). Generally, the more often a drive will be written to, the greater amount of free space one wants to maintain. Since my drive will be mostly read only, I can get away with maintaining the lower limit of free space. The one partition I have fully populated is only 80.6% full so there is plenty of free space there. The partition I'm currently slowly populating will not reach maximum usable capacity for quite some time. SATA is slowest: SATA isn't as fast as an M.2 PCIe or a PCIe add-in card, but the majority of desktops and many laptops support 2.5-inch SATA drives, and many doing typical mainstream tasks users won't notice the difference between a good recent SATA drive and a faster PCIe model. So fast compared to what I'm use to! It has actually disrupted my morning routine as I use to have time to get a cup of coffee while my old system booted up, lol. Now I walk in with my coffee, hit the power button, and before I get my chair situated I have my login prompt. Loading large game files is so fast I hardly notice it and I have not yet been able to discern a single noticeable lag with a cut-scene load-in. The Intel 670p is an older driver, but it is also a proven budget option that is often on steep sale. It’s best to grab it at 1TB or 2TB, as the 512GB model is slower with a smaller pSLC cache. The drive has DRAM, which is nice, and it has the fastest QLC on the market, even now. Performance outside of the cache does not suffer as much as a consequence.The combination of the Phison E18 controller and 176-layer TLC flash from Micron is a match made in heaven: unrivaled peak performance and, with the right cache design as on the Gaming model, strong sustained performance. That is ideal for workstation tasks, and Inland’s drives are cheaper than competitor offerings while maintaining a decent warranty. This is a barebones drive but will get the job done. I chose this drive over the only other 8TB SSD I'm aware of (a 2.5" SATA model), despite being QLC, for its longer warranty, large capacity, and because it allowed me to keep one of the 2.5" bays in my laptop free for another purpose. Once data has been written to the drive, it will be mostly read only with the only writes being when occasionally adding new data. Since the drive will be powered up frequently and have few writes, it should outlast the warranty without loss of data. My only gripe is that the Sabrent Control Panel application has not seen a facelift yet, just as I mentioned in the last review. It looks like something that was created over a decade ago and its usability/features appear constrained when compared with Samsung's Magician, or Western Digital's Dashboard utilities. Sabrent have confirmed to us that a new version is in the works, but a definitive release date is unknown. Watch this space. By introducing the first NF1 NVMe SSD, Samsung is taking the investment efficiency in data centers to new heights,” said Sewon Chun, senior vice president of Memory Marketing at Samsung Electronics. “We will continue to lead the trend toward enabling ultra-high density data centers and enterprise systems by delivering storage solutions with unparalleled performance and density levels.” My laptop is running on Linux Mint 19.3 booted from an MLC NVMe drive. I have a 4TB 2.5" MLC SSD for data frequently accessed, written, edited, and deleted.

The era of PCIe 5.0 SSDs is upon us, propelling us to new heights of stratospheric SSD performance. Blazing-fast PCIe 5.0 M.2 SSDs, which offer up to twice the sequential speeds of the older PCIe 4.0 standard, are now supported with Intel and AMD's current platforms, the Zen 4 Ryzen 7000 and 13th-Gen Raptor Lake. The SK hynix Gold P31 is still the gold standard for laptop SSDs, especially as it has DRAM, but it’s limited to PCIe 3.0 bandwidth, isn’t always available, and is limited to 2TB of capacity. The MP44 can get twice the bandwidth, but even in a 3.0 slot, it is inexpensive for 4TB and even has an 8TB option. Other alternatives, like the Crucial P3 Plus or Corsair MP600 Core XT, are slower and use QLC. The heatsink found on the Addlink A93 and other SSDs preclude them from laptop use and can add a little cost. Otherwise, the MP44 will have some competition at lower capacities, but it is worth a look if you can find it at the right price. Intel is a known brand, and their SSDs are generally reliable, with a strong warranty and good support. However, this drive now falls under the Solidigm umbrella and has been succeeded by the PCIe 4.0 P41 Plus. That drive is DRAM-less and feels more like a side-grade, but has also been priced aggressively. However, if you don’t need the bit of extra bandwidth and would prefer a drive with DRAM, the 670p is a solid choice for a budget PCIe 3.0 SSD, especially for laptops. Yet even so, sustained performance consistency was very good in multiple runs of the benchmarks below, as well as in heavy workload usage. CrystalDIskMark (peak)

Crucial's T700 is the world's fastest SSD, taking the hands-down performance lead in every performance category. That groundbreaking speed comes courtesy of the drive's PCIe 5.0 x4 connection, which offers a pathway for up to twice the throughput of PCIe 4.0 SSDs, and the Phison E26 SSD controller paired with Micron's leading-edge 232-Layer 3D TLC flash. That potent common creates an SSD that's the fastest on the market for PC game loading times. The Team MP44 is part of the vanguard for new and better DRAM-less SSDs. Newer controllers and flash are letting budget/value drives push the limits of the PCIe 4.0 interface while providing high capacities without making compromises. They can have the endurance and performance of TLC and the high power efficiency of four-channel, DRAM-less controllers, all without extra cost. Less power means less heat, and these drives are also designed to be single-sided. That combination makes the MP44 perfect for laptops. Random Read (4 KB, QD1) Up to 11,000 IOPS Random Read * Performance may vary based on system hardware & configuration ** Measured with Intelligent TurboWrite technology being activated We have tested both the original version of this drive, which had a heatsink and 96-layer flash, as well as the updated Gaming version which has a heatsink and 176-layer flash. Inland also has updated this model with that flash and now offers a 4TB capacity option, sans heatsink for all capacities. We do recommend a heatsink for heavier workloads, which can be added yourself if you don’t fancy the Gaming model of Inland’s line or need a 4TB option. The SSD itself uses QLC NAND. Since more data is stored per cell, the SSD will have a shorter write life than TLC and MLC SSDs. Also, since each cell is more crowded, data leakage will start happening sooner than with TLC and MLC NAND. However, the TBW rating is still high enough that most people will never come close to exceeding the the TBW rating or experience data leakage during the five year warranty period.