Read speed
| Sequential read speed i | 10000 MB/s (9 others) |
| Random read speed i | 1800000 IOPS (2 others) |
Write speed
| Sequential write speed i | 14000 MB/s (7 others) |
| Random write speed i | 1300000 IOPS (3 others) |
Benchmarks
General info
| Type i | M2 (200 others) |
| Ssd cache i | DRAM cache (158 others) |
| Is an nvme ssd i | ✔ (197 others) |
| Internal Storage i | 2000GB (52 others) |
| Controller i | InnoGrit IG5666 TacomaPC (5 others) |
| Ssd storage type i | TLC (180 others) |
| Pci express (pcie) version i | 5 (92 others) |
Similar products
Frequently Asked Questions
What is the PCIe version of the Adata Legend 970 Pro 2TB?
At 5, the Adata Legend 970 Pro 2TB ranks #1 out of 198 — see ranking ssd products — one of the Highest PCIe version in this category, 14% above the category average.
What is the sequential write speed of the Adata Legend 970 Pro 2TB?
At 14000 MB/s, the Adata Legend 970 Pro 2TB ranks #3 out of 202 — see ranking ssd products — one of the Highest sequential write speed in this category, 76% above the category average.
What is the random read speed of the Adata Legend 970 Pro 2TB?
At 1800000 IOPS, the Adata Legend 970 Pro 2TB is 43% above the category average for random read speed, ranking #34 out of 155 — see ranking ssd products.
How does it compare?
How does the Adata Legend 970 Pro 2TB's random write speed compare to similar ssdss?
At 1300000 IOPS, the Adata Legend 970 Pro 2TB trails the Corsair MP700 Pro XT 2TB (3300000 IOPS) by 61%.
How does the Adata Legend 970 Pro 2TB's random read speed compare to similar ssdss?
At 1800000 IOPS, the Adata Legend 970 Pro 2TB trails the Corsair MP700 Pro XT 2TB (2700000 IOPS) by 33%.
How does the Adata Legend 970 Pro 2TB's sequential read speed compare to similar ssdss?
At 10000 MB/s, the Adata Legend 970 Pro 2TB trails the Corsair MP700 Pro XT 2TB (14900 MB/s) by 33%.
How does the Adata Legend 970 Pro 2TB's sequential write speed compare to similar ssdss?
At 14000 MB/s, the Adata Legend 970 Pro 2TB leads the SK Hynix Platinum P51 2TB (12000 MB/s) by 14%.