The Corsair MP700 vs Seagate Firecuda 540 Gen5 SSD – Which Should You Buy?
It has taken some time, but Gen 5 m.2 NVMe SSDs are becoming more available, seeing a decrease in price, and are now being launched by major players in the SSD market. The slow rollout of Gen 5 in the solid-state drive world can be attributed in part to the 2020 pandemic and its subsequent impact on the production of Gen 5. The integration into motherboards and adoption by SSDs transitioning from Gen 4 to Gen 5 has also taken its time. Gen 5 promises enhanced performance capabilities and is accompanied by improved controllers from industry leaders. However, adoption at the motherboard and system levels has lagged slightly. While you can purchase a Gen 5 SSD now, the degree to which you can harness its peak performance consistently is still under discussion. Yet, if you’re buying a drive today for use over the next 5 years, it’s wise to be forward-thinking and future-proof your choice. As Gen 5 becomes more affordable and advanced, it’s poised to surpass and replace Gen 4. Thus, if you’re eyeing a high-performance SSD for future use, investing in a Gen 5 SSD now is a long-term strategy. Today, we’re evaluating two early Gen 5 SSD releases: the Seagate Firecuda 540 and Corsair MP700. These two SSDs may seem similar at first glance due to Gen 5’s nascent stage, but their priorities for a Gen 5 SSD differ. Let’s dive into a comparison of these drives.
Seagate Firecuda 540 NVMe SSD | Corsair MP700 NVMe SSD |
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Comparing Seagate Firecuda 540 and Corsair MP700 Hardware Specifications
From a consumer standpoint, Gen 5 has been available for just under 2 years, or closer to 18 months when considering when one could actually make a purchase online. In contrast, at the data center and enterprise levels, Gen 5 has been on the scene for nearly 3 years. This timeline has allowed for ongoing research, development, and innovation. As expected in the SSD realm, Phison was among the first to unveil a Gen 5 controller with its E26 controller and followed this with a few alternatives targeting enterprise and efficiency, like the DRAMless E31. Companies like Integrate and Silicon Motion soon joined the fray. This progression led numerous SSD brands to decide early on their Gen 5 SSD direction (and that’s without discussing in-house component brands like Samsung and WD). Concurrently, there were strides in storage efficiency and flash technology, resulting in increased layer counts and the possibility of denser storage while still upholding the high Gen 5 performance standards and expectations of durability and endurance. Given that these two Gen 5 SSDs are among the first wave in the market, their performance profiles are quite comparable. However, subtle differences in I/O metrics and durability might make some distinctions more significant than others in their head-to-head comparison. Here’s how the Seagate Firecuda 540 and Corsair MP700 stack up at the hardware level:
The competition in the SSD market is fierce, with manufacturers constantly aiming to outperform each other in various specifications. Today, we dive into a comprehensive comparison of the Seagate Firecuda 540 Gen5 SSD and the Corsair MP700 Gen5 SSD. Let’s delve into the details. Both SSDs, the Firecuda 540 from Seagate and the MP700 from Corsair, come equipped with PCIe Gen 5×4, powered by the Phison E26 controller, and using 3D TLC Micron B58R NAND Type. They are both built for enthusiasts who require the best speed and reliability. However, there are slight differences in features and performances that might tip the balance for potential buyers. In the current landscape of SSDs, the Seagate Firecuda 540 and Corsair MP700 stand out as noteworthy contenders, each with its unique offerings. While the Firecuda 540 offers a competitive price per TB and an extended data recovery warranty, the Corsair MP700 boasts a higher sequential read speed in the 1TB model and an integrated, fan-assisted heatsink, ideal for those concerned about optimal temperature management. Your choice between these two depends on your specific needs and preferences. Do you prioritize budget or cooling mechanisms? Do you need that extra data recovery assurance, or is a slight edge in performance more crucial for your tasks? Consider these factors, alongside the specifications provided, to make an informed decision that suits your requirements best. No matter the choice, both options represent the cutting-edge in SSD technology, promising users efficient, fast, and reliable storage solutions.
General Specifications
Specification | Seagate Firecuda 540 | Corsair MP700 |
---|---|---|
Manufacturer | Seagate | Corsair |
Name/Series | Firecuda 540 | MP700 |
Capacities | 1-2-4TB | 1-2-4TB |
PCIe Gen | PCIe Gen 5×4 | PCIe Gen 5×4 |
Controller | Phison E26 | Phison E26 |
NVMe Rev. | NVMe 2.0 | NVMe 2.0 |
NAND Type | 3D TLC Micron B58R | 3D TLC Micron B58R |
NAND Layer | 232L | 232L |
Inclusive Heatsink? | No (inc Heatshield) | Yes (vented + fan) |
Price Per TB (2TB) | $148/TB | $289 / $144 per TB |
DWPD | 0.55DWPD | 0.38DWPD |
MTBF | 2 Million Hours | 1.6 Million Hours |
Warranty | 5yrs + 3yrs Data Rec | 5yrs |
1TB Model Specifications
Specification | Seagate Firecuda 540 | Corsair MP700 |
---|---|---|
Model ID | ZP1000GM3A004 | CSSD-F1000GBMP700R2 |
Price | $189 | $175 |
Seq Read Speed | 9.5GB/s | 10GB/s |
Seq Write Speed | 8.5GB/s | 8.5GB/s |
4K Random Read IOPS | 1.3 Million | 1.3 Million |
4K Random Write IOPS | 1.5 Million | 1.5 Million |
TBW | 1000TBW | 700TBW |
2TB Model Specifications
Specification | Seagate Firecuda 540 | Corsair MP700 |
---|---|---|
Model ID | ZP2000GM3A004 | CSSD-F2000GBMP700R2 |
Price | $299 | $289 |
Seq Read Speed | 10GB/s | 10GB/s |
Seq Write Speed | 10GB/s | 10GB/s |
4K Random Read IOPS | 1.5 Million | 1.5 Million |
4K Random Write IOPS | 1.5 Million | 1.7 Million |
TBW | 2000TBW | 1400TBW |
4TB Model Specifications
Specification | Seagate Firecuda 540 | Corsair MP700 |
---|---|---|
Model ID | N/A | CSSD-F4000GBMP700R2 |
Price | N/A | TBC |
Seq Read Speed | N/A | 10GB/s |
Seq Write Speed | N/A | 10GB/s |
4K Random Read IOPS | N/A | 1.5 Million |
4K Random Write IOPS | N/A | 1.7 Million |
TBW | N/A | 3000TBW |
For those unfamiliar with SSD jargon, like DWPD, IOPS, and TBW, please refer to the video below. It will acquaint you with prevalent solid-state drive terms, aiding in grasping the nuanced differences between these two drives.
In today’s rapidly advancing SSD market, both the Seagate Firecuda 540 and Corsair MP700 have made considerable strides to establish their dominance, with each showcasing unique features that set them apart.
Performance and Price: The Seagate Firecuda 540 offers an enticing balance between performance and affordability. Its price per TB, especially for the 2TB model, is notably competitive, making it a strong contender for those who are budget-conscious yet unwilling to compromise on speed and efficiency. On the other hand, the Corsair MP700, while priced slightly higher, flaunts a marginally better sequential read speed in its 1TB variant, which may be the deciding factor for users seeking that extra boost in performance.
Cooling and Durability: The Corsair MP700 takes the lead in thermal management with its vented heatsink complemented by a fan, ensuring optimal performance even under heavy workloads. This advanced cooling solution can be particularly crucial for those who run intensive applications or have concerns about the longevity of their drives in warmer environments. Meanwhile, the Seagate Firecuda 540, although devoid of an inclusive heatsink, does come with a heatshield. The additional data recovery warranty offered by Seagate is also a standout feature, offering users peace of mind in the rare event of data loss or drive failure.
Future Considerations: As technology continues to evolve, so will user needs. Those looking to invest in an SSD for long-term use should also consider factors like future software updates, compatibility with evolving hardware, and the brands’ reputations for customer support and post-purchase service.
In conclusion, the choice between the Seagate Firecuda 540 and the Corsair MP700 boils down to individual priorities and use cases. While both drives are top-tier in their category, prospective buyers should assess their specific needs—be it price, performance, cooling solutions, or additional warranty features—before making a decision. Both SSDs represent the pinnacle of current SSD technology, and regardless of your choice, you’re investing in a device that promises speed, durability, and a significant boost to your computing experience.
Seagate Firecuda 540 NVMe SSD | Corsair MP700 NVMe SSD |
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I can sympathize about the seagulls. In any big city, you’ve got to deal with pigeons, unless you’re near water, in which case seagulls are bigger, a lot noisier, and produce a lot more poop. We have a ton of them in Chicago and the surrounding suburbs.
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14:52
Crucial T700 right now is running for $269 as of 05-07-2024 10:00am, prices are coming down, though slowly. And pretty soon Gen5 is going to be the norm.
Come Black Friday 2024, these are going to drop to around $160 to $180 for 2TB.
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forget the shotgun mate get some Alka-Seltzer tabs stops pesky seagulls in their tracks 😉
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Here, I’ll save everyone some time….no. Until ALL motherboards can run a full speed GPU at Gen 5 AND a Gen 5 NVME SSD, no. Buy two Gen 4’s and raid 0 them, it will be just as fast, if not faster. Not to mention you’ll save money on your motherboard and drives.
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That’d be interesting to touch GPU NVMe direct , aka gpus w/NVMe drives, in context of Gen4 vs Gen5 NVMe drives
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wow just keep on talking while birds are squealing away, huh?
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For gamers like me, i didn’t see any differences between Gen 5, Gen 4, even Gen 3 Nvme SSD, jumping from Gen 3 to Gen 5 SSD only makes game loading screen 1-2 seconds faster.
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Idk why but when I hear them seagulls and he says “I really hate seagulls” I end up laughing
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Is that costs cup part of the decor ????
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Given that many “refresh” Motherboards are providing Thunderbolt 4 .. is it safe to say that ‘midi latency’ with Intel CPU’s can be as readily minimized as with the Apple Mac Studio or Mac Mini ? ~ I have heard that Intel CPu’s have an intrinsic latency issue that increases midi latency that does not exist in the Mac Silicon integrated processors. Can you shed some light on that issue. ~There are some decent Intel Z790 motherboards out now that have TB4 and PCIe / M.2. gen 5. Is it safe to assume that with the new MOBOs my latency issue ( I’ve been running an older Del quad core up till now) will be resolved. ~My intended build (for Audio production only hence no graphics card) setup is; i7-14700K, Possibly with the ASUS Z790 Maximums Dark Hero. ~As with all new Z790 MOBOs it seem there is going to be ‘some’ wasted lane action due to bifurcation. The Dark Hero, as I understand it, has 1 Gen 5 M.2 and 1 Gen 4 M.2 going directly through the Processor and additional Gen 4 M.2 through chipset. This seems as close to the integrated Mac setup as one might expect with a Z790 board ,,,and still is slightly less expensive than the Mac Studio with sufficient storage and Ram. BUT will it(with a TB interface) resolve my long term MIDI latency issue? Please advise!? Thanks! Great videos!
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If you want to remove the seagalls, rather than using a shootgun (Why not?) use Davinci resolve Studio : your problem will be solved in 5 minutes
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I like to try the Samsung MZ1L23T8HBLA-00A07 PM9A3 3.8TB NVMe PCIe Gen4, does anybody know about this drive ?
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Thank goodness you are about the only one I’ve come across who knows how to pronounce Asus (Ace-Us). So many others annoyingly call it A-Sooos. They obviously haven’t looked up the origin of the company name.
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I want to see you put one in a ps5
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Robbie, the seagulls heard what you said. Every word.
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Off topic, is it possible to use Samsung 980 pro 2tb with heatsink on a laptop? or I have to remove that builtin heatsink?
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What’s the BEST SSD for PS5?
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Flying rats make their appearance
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The seagulls bring a smile to my face as does your reaction. What do you think about replacing your B-roll motorway background with some metaphorical seagull footage? Landing, gliding, fighting, picking through garbage, saving small children who have drifted out to sea. (not sure, that last one might be dolphins) In any case, what you and the team do and how you do it is greatly appreciated.
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I’m blown away by the fact how overheating is a normal and expected behaviour of Gen5 NVMe drives. Necessity for large heatsinks and even active cooling solutions totally eliminates the whole point of having a tiny embedded storage attached directly to motherboard. What gives..?!
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From the looks of it, none of those Motherboards support PCIe 5.0 on the M.2 slots.
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I’ll buy one once SK Hynix release theirs
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The only reason why I got a Gen 5 motherboard is I’ll be upgrading in a couple of years gen-5 is way too early to adopt anything from it
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I don’t mind the seagulls. Ever seen Jonathan Seagull (the movie)? Advise watching stoned. It’s an old hippie movie. LOL
Yeah I’ll wait a bit for equipping my ASRock Live mixer B650 with a Gen 5. Black Friday perhaps.
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Watching with an open window behind me, thought they were here!????????????
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This is easy.
pcie gen 3 is the way to go, espcecially due to thermals.
gen4 and gen5 get needlessly hot for “performance” most people won’t even need
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Robbie will never be able to change locations to one without seagulls without losing an iconic part of his channel’s aesthetic.
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Love the Seagulls ????????????
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lol this is easy it isn’t worth it, many folks don’t even need gen4 unless they want drive for playstation 5
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Is it worth buying some nvme gen 5 to put them in a ds1621+ for example? And for example in a tvs-862x?I think the connections of these NAS are gen 3, right?
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I picked up two 2 TB Samsung 990 Pro PCIe 4 SSDs for $129 each during Prime Day. That will tide me over until my next platform upgrade probably.
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Hello
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