Ediloca 1TB SSD

The Ediloca EN1400 Max hits 14,000 MB/s reads and 10,000 MB/s writes, putting it near the top of the Gen5 SSD charts. At $200 USD for 1TB, it's priced around average but delivers well above average speed. The 700 TBW endurance and 3-year warranty are fine, though not class-leading. Best for desktop users with PCIe 5.0 slots who want maximum throughput, not for laptops.

The headline numbers are legit. 14,000 MB/s sequential reads put this drive in the 97th percentile for speed, and the feature set ranks even higher at 98th percentile. In practical terms, that means a 100GB game install copies in seconds, not minutes. Large video project files open like they're sitting in RAM. The write speed of 10,000 MB/s is also excellent, though it's worth noting that sustained writes on TLC NAND will eventually dip once the SLC cache fills up. That's true of every drive in this class, not just this one.

Random performance sits at the 81st percentile, which is strong but not chart-topping. The 1GB LPDDR4 cache helps here, and for most real-world workloads like booting Windows, launching apps, or loading game levels, you won't notice the difference between this and a drive that scores a few points higher. The thermal design is also worth mentioning. The aluminum-reinforced thermal pad and smart throttling are supposed to keep temps under 70°C even during long renders. That's a real concern for Gen5 drives, which can get toasty under sustained load.

The Samsung 990 PRO is probably the most recognizable name here, and it's a great drive, but it's Gen4. You're looking at roughly half the sequential throughput of the Ediloca. The trade-off is that Samsung has a longer track record, better software support, and a 5-year warranty. If you value peace of mind over peak speed, the 990 PRO is still a solid choice. The Crucial T500 is another strong Gen4 option with excellent random performance, but again, it can't compete on raw bandwidth.

The Lexar Professional NM1090 PRO is the most direct competitor, since it's also a Gen5 drive with similar speed claims. Lexar has more brand recognition in the storage space, and their drives tend to have slightly better endurance ratings. The Kingston Fury Renegade is a Gen4 drive that's often cheaper, so if you're budget-conscious and don't need Gen5, that's worth a look. The Micron T710 is aimed more at enterprise and workstation use, so it's probably overkill for most consumers.

At $200 USD, this drive sits in a weird spot. It's not cheap, but it's also not the most expensive Gen5 option out there. The affordability percentile of 48 means you're paying roughly average money for well above average speed. That's actually a decent deal if raw sequential performance is your priority. The 700 TBW endurance rating is fine for most users, though it lands at the 42nd percentile, so heavy data hoarders might want something with more headroom.

Compared to the Samsung 990 PRO, which is a Gen4 drive that tops out around 7,450 MB/s, you're getting nearly double the sequential speed for a similar or slightly higher price. The Micron T710 and Crucial T500 are also Gen4 competitors that can't touch these numbers. The real question is whether you have a PCIe 5.0 slot to take advantage of it. If you're on an older platform, you're paying for speed you can't use.

The Ediloca EN1400 Max is one of those drives that makes you realize how far storage has come. We're talking 14,000 MB/s reads and 10,000 MB/s writes on a PCIe 5.0 interface, which puts it in the top tier of what's currently possible for consumer SSDs. The 1TB capacity sits at a 55th percentile, which is fine but not huge, and the price lands right around the middle of the pack for affordability. This is a drive aimed at people who want Gen5 speed without necessarily paying the absolute premium that some of the bigger names charge.

Who's this for? Gamers who hate loading screens, video editors pushing 4K and 8K footage, and the growing crowd of folks running large AI models locally. The spec sheet mentions handling a 720GB DeepSeek model, which is a pretty specific flex. The 1GB LPDDR4 cache and dynamic SLC caching should keep random performance snappy, and the 700 TBW endurance rating means you can hammer this thing for years before it gives up.

What makes it interesting is the combination of that top-shelf speed with a 3-year warranty and hardware encryption. The TSMC 6nm controller is also worth noting, since it's supposed to cut power consumption by 45-50% compared to older 12nm designs. That matters more than you'd think for laptop users, even if the portable score here is a rough 20 out of 100. More on that later.

Laptop owners should probably look elsewhere. The portable score of 20 out of 100 is one of the worst we've seen in this category, and that's not a coincidence. Gen5 drives draw more power and generate more heat, which is exactly what you don't want in a battery-powered machine with limited airflow. A good Gen4 drive like the Samsung 990 PRO or Crucial T500 will give you 90% of the real-world performance at a fraction of the thermal cost.

Also skip this if you're on a PCIe 4.0 or older platform. You'll be paying for bandwidth you can't use, and the money would be better spent on a larger capacity Gen4 drive. The 1TB capacity here is already on the smaller side for content creators, so if you're working with 8K footage or large AI models regularly, consider a 2TB or 4TB Gen4 option instead. You'll get more room and similar real-world performance for most tasks.

If you've got a PCIe 5.0 motherboard and you want to see what the fuss is about, the Ediloca EN1400 Max delivers. The sequential speeds are genuinely impressive, and the thermal solution seems to keep things under control. For gamers and video editors who move large files constantly, this drive will feel like a meaningful upgrade over even the best Gen4 options. The 1TB capacity is workable, though you might want to pair it with a larger secondary drive for cold storage.

For laptop users, this is a harder sell. The portable score of 20 out of 100 suggests that power draw and thermal constraints make this a poor fit for thin and light machines. If you're building a desktop with proper airflow and a Gen5 M.2 slot, go for it. If you're upgrading a laptop or an older desktop, save your money and grab a good Gen4 drive instead. You won't notice the difference in day-to-day use, and you'll keep your system cooler.