HomeSSDsThe fastest SSDs

The fastest SSDs

70 drives meet the rule below, 56 of them with a live Amazon listing. Ranked strictly on rated sequential read, fastest first. Sequential read is the number manufacturers compete on and the one that shows up in large file copies and load screens.

Top of the list Corsair MP700 Pro XT 14,900 MB/s
Read across the list 7,000 to 14,900 ranked high to low
Catalogue 70 drives 2026 data

What is on this list

A drive is included when it meets all of:

  • Rated sequential read of 7,000 MB/s or more
  • Any interface, any capacity

What this data does not tell you:

  • Sequential read is a peak figure. Random I/O, sustained write once the SLC cache fills, and thermal throttling all vary between drives with the same headline speed.
  • Speeds are the manufacturer's rating for the fastest capacity in the range. Smaller capacities in the same family are usually slower.

Ranked by read

The top 20 of 70 are listed. The full SSD catalogue filters on every spec.

#ModelTierControllerRead MB/sTBW
1
Sabrent ROCKET 4 PLUS
Sabrent ROCKET 4 PLUS
500GB, 1TB, 2TB, 4TB
Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca72002800 Check price on Amazon
2
Samsung 980 PRO
Samsung 980 PRO
250GB, 500GB, 1TB, 2TB
Top-tier SAMSUNG ELPIS CONTROLLER (Samsung 70001200 Check price on Amazon
3 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca70001400 Check price on Amazon
4 Top-tier Innogrit IG5236 “Rainier” Controll74001480 Find on Amazon
5 Top-tier Innogrit IG5236 “Rainier” Controll74001480 Find on Amazon
6 Top-tier Innogrit IG5236 “Rainier” Controll74002000 Find on Amazon
7
Mushkin GAMMA
Mushkin GAMMA
1TB, 2TB
Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca71751400 Find on Amazon
8
Addlink S95
Addlink S95
1TB, 2TB
Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca71001400 Find on Amazon
9 Top-tier WD_BLACK G2 | Sandisk Modelo 20-8270001200 Find on Amazon
10
Anacomda i4
Anacomda i4
1TB, 2TB
Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca7000 Find on Amazon
11 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca70001400 Find on Amazon
12 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca70001400 Find on Amazon
13 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca7000 Find on Amazon
14 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca70001400 Find on Amazon
15 Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca70001400 Find on Amazon
16
MSI SPATIUM M480
MSI SPATIUM M480
500GB, 1TB, 2TB
Top-tier 70001400 Find on Amazon
17
Reletech P400 EVO
Reletech P400 EVO
500GB, 1TB, 2TB
Top-tier Phison PS5018-E18 (TSMC 12nm, 8 Ca7000 Find on Amazon
18
Corsair MP700 Pro XT
1TB, 2TB, 4TB
High-end Phison E2814900 Check price on Amazon
19
Crucial T710
1TB, 2TB, 4TB
High-end Silicon Motion SM250814900 Check price on Amazon
20
PNY CS3250
1TB, 2TB, 4TB
High-end Phison E2814900 Check price on Amazon

What actually makes a drive fast

Above roughly 7,000 MB/s you are looking at PCIe 4.0 drives at their ceiling and PCIe 5.0 drives beginning to stretch out. The controller and whether the drive carries a DRAM cache decide how much of that speed survives once the workload stops being a single large sequential copy.

Where the speed is visible, and where it is not

Moving large files, exporting video and pulling a project off an archive drive all scale with sequential throughput. Booting, launching applications and loading most games do not: those are dominated by small random reads, where the gap between a good Gen4 drive and a Gen5 flagship is far narrower than the headline numbers suggest.

Heat is the practical limit

The quickest Gen5 drives draw enough power to throttle without a heatsink. Many motherboards ship with an M.2 heatsink that is sufficient; in a laptop or a small case, sustained speed is usually limited by cooling rather than by the drive.

Common questions

Is a PCIe 5.0 SSD worth it over PCIe 4.0?

For large sequential transfers, yes: Gen5 roughly doubles Gen4 bandwidth. For gaming and everyday desktop use the difference is small, because those workloads are random rather than sequential. Gen5 also runs hotter and costs more per gigabyte.

Do these speeds apply to every capacity?

No. Within one product family the smaller capacities usually have fewer NAND dies to write across in parallel, so they are rated slower. The figure shown here is the fastest capacity in the range.