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The Corsair MP700 Pro XT is the fastest, most power-efficient SSD we’ve tested to date.
Reasons to buy
+
Excellent all-around performance
+
Very good sustained performance
+
Class-leading power efficiency
Reasons to avoid
-
No 8TB SKU at launch
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Every once in a while, a product comes along that causes you to do a double-take. Oh, another high-end SSD, but wait! It delivers a record 3.3 million IOPS? It’s how power-efficient? The relatively plain-looking Corsair MP700 Pro XT knows how to surprise by turning the existing order of things on its head. In a time when we finally have some great high-end drives, it manages to raise the bar even further in a way that previously seemed improbable. Almost 15 GB/s with truly zero compromises? That reality is here.
Many of our expectations are built around Phison’s original high-end PCIe 5.0 SSD controller, the E26. This was an incredible innovation for its time, but it locked in a certain perspective on drives in this class – they are power-hungry, high-running storage solutions made only for enthusiasts. It’s hard to find a tech forum where users haven’t complained about the need for active cooling, even though it is not strictly required. That is, until SMI’s SM2508 controller arrived. When combined with the right flash it delivered new levels of performance with far less power consumption. Our sample didn’t even come with a heatsink. In retail, the SanDisk WD Black SN8100 in particular set the new baseline. Phison was, for once, not the one to make the first move, but taking the time to optimize its hardware has really paid off. The MP700 Pro XT proves that beyond any doubt.
Excellent 4KB random read performance? Check. Solid sustained write performance? Also check. Fantastic power efficiency so that the drive can be used anywhere? You know it. Even the launch pricing is reasonable, although current market turbulence makes that more difficult to judge. This drive has no weaknesses, and it impresses us across the board. Sure, there’s no 8TB model yet available, but if you want it at any other capacity, it is probably the best choice right now. We’re certainly eager to see what the competition brings out with this new hardware, but for now, diving into the MP700 Pro XT is an exciting prospect.
The Corsair MP700 Pro XT is available in 1TB, 2TB, and 4TB capacities for $159.99, $249.99, and $459.99. This is MSRP pricing, but the cost per terabyte isn’t unreasonable. Currently, the Crucial T710 is less expensive at 4TB; the Samsung 9100 Pro remains the best and only 8TB retail option; and the SanDisk WD Black SN8100 sets the price basis for high-end, Gen 5 SSDs. We think the MP700 Pro XT is compelling against the Black SN8100 at current pricing. However, given current market conditions, we can’t assume where these prices will go. Our only complaint here is that the MP700 Pro XT and its Phison E28 controller are a bit late to the market.
The drive is capable of hitting up to 14,900 / 14,700 MB/s for sequential reads and writes and up to 2,700K / 3,300K random read and write IOPS. This stands out for a few reasons. First, this pushes the limits of the PCIe 5.0 interface to the extreme, and it’s clear Phison really wanted the fastest drives possible on paper. Second, sequential performance at 1TB remains excellent, which is usually a problem with high-end drives. Previously, we’ve recommended the Crucial T710 at 1TB for its unusually high performance from six-plane flash, but Phison proves with the MP700 Pro XT’s numbers that it can push bandwidth with any flash. Third and lastly, the IOPS ratings are through the roof with the highest specifications we’ve ever seen on a drive. To put it bluntly, this is a powerhouse of a drive at any capacity.
It’s also backed by a standard five-year, 700TB of writes per TB of capacity warranty. This is nothing special, but we’re glad that no compromises are necessary. Phison’s E28 can support hardware encryption through TCG Opal, and the Corsair MP700 Pro XT states AES 256-bit encryption support. Corsair also provided power consumption numbers for this drive, which are excellent and even better than what the SMI SM2508 can deliver on the best drives. Compare the Kingston Renegade G5 – the MP700 Pro XT fits into a much tighter power envelope, which equates to fantastic power efficiency.
Corsair MP700 Pro XT Software and Accessories
Corsair offers its Corsair SSD Toolbox for its SSDs. This Windows-based program shows drive health information and controls functions such as TRIM optimization, secure erase, and drive cloning. We recommend CrystalDiskInfo and MultiDrive if you’re looking for free versions of software with some similar functionality.
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The 2TB Corsair MP700 Pro XT is a single-sided drive, which is definitely something we like to see. Some of the drives in this segment, like the Adata XPG Mars 980 Blade, are double-sided, which can complicate drive fit in some systems and make them more difficult to cool. It looks like the 4TB version of the MP700 Pro XT is also single-sided, given that it has the same dimensions as the 1TB and 2TB. Given the power numbers from Corsair, we think this drive will work without a heatsink and should be fine in a laptop, so this single-sided form factor is great.
Speaking of power numbers, the label indicates a 3.3V, 2.4A power rating. This ballparks a peak around 8W, but the drive is rated for 6.5W active draw at 4TB, and the top power state is also 6.5W. This suggests Phison has managed to make an even more efficient controller than SMI’s SM2508, which is quite the accomplishment. It’s certainly an improvement over its older E26, which will make some readers happy.
The MP700 Pro XT has an SSD controller, a single package of DRAM, and two NAND flash packages. Also on the board are Phison’s power management chips. This arrangement is the same as that on the Phison E28 ES, which we previously previewed, and it certainly contributes to its high power efficiency. Other configurations include discrete and on-ASIC power management, and all three arrangements have their pros and cons. The solution used here does take up some PCB space and may add cost to the drive, but there’s no arguing with the results, especially as this is a single-sided drive.
More details on the controller are available in our original preview. The pertinent details are that this is an eight-channel solution that can use newer ONFi/Toggle 5.2, or 3,600 MT/s, flash. Technically, this controller is rated for up to 4,200 MT/s in a four-channel configuration – previously, the Kioxia Exceria used the four-channel E12C variant of the E12/E12S for extra power efficiency – and up to 3,200 MT/s for the full eight channels. This is plenty of bandwidth to saturate the PCIe 5.0 connection. It can also use its choice of DRAM with the MP700 Pro XT, relying on SK hynix LPDDR4X, which is an efficient way to go.
The flash on hand is Kioxia – the “T” in the code points to its Toshiba origin – with 8Tb or 1TB packages using 218-layer TLC. This flash has proven to be excellent in our testing, with the best random read performance on record. The SanDisk WD Black SN8100 is a good example of what this flash can do. We’ve pointed to the agile, four-plane design as one factor for this performance, although it is the architecture as a whole – with sub-planes for responsiveness – that gives it a unique leg up over Micron’s 276-Layer flash on the Crucial T710. The MP700 Pro XT can also deliver maximum bandwidth thanks to optimizations for the E28 controller.
You say "the Samsung 9100 Pro remains the best and only 8TB retail option;" however that's no longer true as the WD 8100 now has an 8TB retail option.
On the second page in Trace Testing 3D Mark Storage Benchmarks, you say "These are the best 3DMark results we’ve seen to date, although the drive is only a smidge faster than the Black SN8100" Yet the chart right above that shows the MP700 equal to or slower than the 8100 in every test?
You've got the Quarch power charts in the steady state write saturation gallery (so the charts are there twice). Great to see steady state performance hitting 4.2 GB/s, incidentally! Now if only NAND and DRAM prices weren't going in the wrong direction... :'(
Does anyone know if Corsair allows users to upgrade firmware with a bootable disk/image ?
As a linux user, this has been one of the big reasons for avoiding anything not samsung or micron.
I recently bricked a 2TB kingston nvme drive trying to use experimental linux software to upgrade the firmware because they don't offer a bootable safe option and I have not owned windows in over 20 years.
You've got the Quarch power charts in the steady state write saturation gallery (so the charts are there twice). Great to see steady state performance hitting 4.2 GB/s, incidentally! Now if only NAND and DRAM prices weren't going in the wrong direction... :'(
You say "the Samsung 9100 Pro remains the best and only 8TB retail option;" however that's no longer true as the WD 8100 now has an 8TB retail option.
On the second page in Trace Testing 3D Mark Storage Benchmarks, you say "These are the best 3DMark results we’ve seen to date, although the drive is only a smidge faster than the Black SN8100" Yet the chart right above that shows the MP700 equal to or slower than the 8100 in every test?
You are aware that SanDisk lists the specs on the 8TB version of their WD Black SN8100 as Seq. Read 14,900 MB/s, Seq. Write 13,200 MB/s (not 14,000 MB/s like the two smaller capacity WD Black SN8100 2TB-4TB SSD you reference in Benchmarks and the 8TB Samsung 9100 Pro SSD beats the 8TB WD Black SN8100 like a drum in every metric that counts. So does this Corsair MP700 Pro XT up to the 4TB capacity easily beats all versions (1TB, 2TB, or 4TB) WD Black SN8100. They both have the same Seq. Read 14,900 MB/s, but the 2TB-4TB WD Black SN8100 has a lower Seq. Write of 14,000 MB/s and all 4 SanDisk WD Black SN8100 capacities 1TB-8TB have much slower Random Read 2.3M IOPS (2.2M IOPS Random Read for the WD Black SN8100 8TB) and Random Write of only 2.4M IOPS verses the new speed King Corsair MP700 XT with much higher Random Read 2.7M IOPS and Random Write 3.3M IOPS & Seq. Write 14,500 MB/s.
Face it @philged I too was once a SanDisk WD Black SN8100 Fan boy like you" but these newer Gen 5 M.2 SSDs based on the Phison E28 ES Controller are going to be faster than the really fast but older, former fastest 2TB SanDisk WD Black SN8100 SSDs.
Higher Random Read IOPS & Random Write IOPS usually equates to Real World Speed when combined with a higher Seq. Write of 14,500 MB/s & more importantly a much higher Sustained Write over the slower SanDisk WD Black SN8100 (all 4 capacities). All Hail the new 2280 M.2 NVMe Gen 5 SSD Speed King the Corsair MP700 Pro XT SSD (All 3 capacities 1TB, 2TB & 4TB)! Best of all is having this speed while using less power, staying cooler (less thermal throttling), and being priced cheaper than the SanDisk WD Black SN8100 SSDs makes this a no brainer. .
On the second page in Trace Testing 3D Mark Storage Benchmarks, you say "These are the best 3DMark results we’ve seen to date, although the drive is only a smidge faster than the Black SN8100" Yet the chart right above that shows the MP700 equal to or slower than the 8100 in every test?
Maybe the author meant to say PCMark10 Storage, as this drive does post up top marks in all those tests. As for 3D Mark, you are correct.
