Price

User reviews: SSD Transcend

Best SSD according to user reviewsApply →

256 - 1000 GB, M.2, 22x80, PCI-E 3.0 4x, 3D TLC NAND, 1250 - 3200 MB/s, IOPS 290 - 340 K, 3500 MB/s, IOPS 210 / 300 K

128 - 4000 GB, 2.5", 3D TLC NAND, 380 - 520 MB/s, IOPS 70 - 89 K, 530 / 560 MB/s, IOPS 35 - 90 K

250 - 1000 GB, M.2, 3D TLC NAND, 460 MB/s, 520 MB/s

128 - 2000 GB, M.2, 22x80, PCI-E 3.0 4x, 3D TLC NAND, 400 - 1500 MB/s, IOPS 90 - 250 K, 1500 - 1700 MB/s, IOPS 90 - 200 K

500 - 2000 GB, 2.5", 3D QLC NAND, 500 MB/s, IOPS 59 - 80 K, 550 MB/s, IOPS 57 / 81 K

32 / 64 GB, mini-SATA, MLC, 450 MB/s, IOPS 13 / 25 K, 570 MB/s, IOPS 26 / 50 K

32 - 128 GB, M.2, 22x42, SATA 3, MLC, 320 / 450 MB/s, IOPS 10 - 70 K, 500 / 560 MB/s, IOPS 20 - 70 K

128 / 512 GB, 2.5", MLC, 170 / 460 MB/s, 520 MB/s

120 - 960 GB, 2.5", TLC, 420 / 450 MB/s, IOPS 80 K, 550 MB/s, IOPS 80 K

120 - 480 GB, M.2, 22x42, SATA 3, 3D TLC NAND, 480 MB/s, IOPS 75 K, 520 / 530 MB/s, IOPS 40 / 50 K

32 - 512 GB, 2.5", MLC, 40 - 460 MB/s, IOPS 10 - 75 K, 230 - 560 MB/s, IOPS 20 - 75 K

256 - 4000 GB, M.2, 22x80, SATA 3, 3D NAND, 400 - 520 MB/s, IOPS 70 / 85 K, 530 / 560 MB/s, IOPS 45 - 90 K

Articles, reviews, useful tips

Important differences between the types of NAND memory TLC, QLC, MLC, SLC, which determine the scope of their use and development prospects

A simple and inexpensive solution with a large memory capacity that will breathe new life into old computer equipment.

Do gaming HDDs have the right for life and is it worth buying a fast NVMe SSD with PCI-E 4.0 support?

High-speed SSD M.2 with a long lifespan for tasks of any complexity