Lenovo Solid-State Drives specifications.
Solid-State Drives Specs >> LenovoLenovo ThinkSystem P5800X 1.60 TB 4XB7A77070 |
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 | Drive Type: Internal Form Factor: 3.5" Maximum Read Transfer Rate: 7372.80 MB/s Maximum Write Transfer Rate: 6348.80 MB/s ... |
 Lenovo ThinkSystem P5800X 1.60 TB 4XB7A77070 |
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Lenovo PM1645a 800 GB 4XB7A84196 |
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| Drive Type: Internal Form Factor: 2.5" ... |
| Lenovo PM1645a 800 GB 4XB7A84196 |
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Lenovo PM1733a 15.36 TB 4XB7A81954 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 7500 MB/s Maximum Write Transfer Rate: 4100 MB/s ... |
| Lenovo PM1733a 15.36 TB 4XB7A81954 |
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Lenovo 7450 PRO 3.84 TB 4XB7A79648 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 6800 MB/s Maximum Write Transfer Rate: 5300 MB/s ... |
| Lenovo 7450 PRO 3.84 TB 4XB7A79648 |
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Lenovo 5300 960 GB 4XB7A38138 |
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| Drive Type: Internal Form Factor: M.2 ... |
| Lenovo 5300 960 GB 4XB7A38138 |
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Lenovo 5400 PRO 1.92 GB 4XB7A82267 |
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| Drive Type: Internal Maximum Read Transfer Rate: 540 MB/s Maximum Write Transfer Rate: 520 MB/s ... |
| Lenovo 5400 PRO 1.92 GB 4XB7A82267 |
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Lenovo PM983 960 GB 4XB7A38177 |
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| Drive Type: Internal Form Factor: M.2 ... |
| Lenovo PM983 960 GB 4XB7A38177 |
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Lenovo P5620 12.80 TB 4XB7A17136 |
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| Drive Type: Internal Form Factor: 2.5" ... |
| Lenovo P5620 12.80 TB 4XB7A17136 |
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Lenovo 7450 PRO 1.92 TB 4XB7A79647 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 6800 MB/s Maximum Write Transfer Rate: 2700 MB/s ... |
| Lenovo 7450 PRO 1.92 TB 4XB7A79647 |
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Lenovo CM6-R 3.84 TB 4XB7A64141 |
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| Drive Type: Internal Maximum Read Transfer Rate: 6900 MB/s Maximum Write Transfer Rate: 4200 MB/s ... |
| Lenovo CM6-R 3.84 TB 4XB7A64141 |
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Lenovo PM1653 3.84 TB 4XB7A80326 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 2100 MB/s Maximum Write Transfer Rate: 2000 MB/s ... |
| Lenovo PM1653 3.84 TB 4XB7A80326 |
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Lenovo S4620 960 GB 4XB7A17132 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 550 MB/s Maximum Write Transfer Rate: 510 MB/s ... |
| Lenovo S4620 960 GB 4XB7A17132 |
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Lenovo S4620 3.84 TB 4XB7A78626 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 550 MB/s Maximum Write Transfer Rate: 510 MB/s ... |
| Lenovo S4620 3.84 TB 4XB7A78626 |
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Lenovo PM1655 6.40 TB 4XB7A80347 |
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| Drive Type: Internal Form Factor: 2.5" ... |
| Lenovo PM1655 6.40 TB 4XB7A80347 |
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Lenovo 960 GB 4XB7A14695 |
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| Drive Type: Internal Form Factor: 2.5" ... |
| Lenovo 960 GB 4XB7A14695 |
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Lenovo 7450 PRO 3.84 TB 4XB7A82856 |
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| Drive Type: Internal Maximum Read Transfer Rate: 6800 MB/s Maximum Write Transfer Rate: 5300 MB/s ... |
| Lenovo 7450 PRO 3.84 TB 4XB7A82856 |
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Lenovo P5620 12.80 TB 4XB7A17148 |
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| Drive Type: Internal Form Factor: 3.5" ... |
| Lenovo P5620 12.80 TB 4XB7A17148 |
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Lenovo CM6-R 7.68 TB 4XB7A38270 |
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| Drive Type: Internal Maximum Read Transfer Rate: 6900 MB/s Maximum Write Transfer Rate: 4000 MB/s ... |
| Lenovo CM6-R 7.68 TB 4XB7A38270 |
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Lenovo 5400 PRO 240 GB 4XB7A82276 |
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| Drive Type: Internal Form Factor: 3.5" Maximum Read Transfer Rate: 540 MB/s Maximum Write Transfer Rate: 350 MB/s ... |
| Lenovo 5400 PRO 240 GB 4XB7A82276 |
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Lenovo PM1653 15.36 TB 4XB7A80322 |
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| Drive Type: Internal Form Factor: 2.5" Maximum Read Transfer Rate: 2100 MB/s Maximum Write Transfer Rate: 2000 MB/s ... |
| Lenovo PM1653 15.36 TB 4XB7A80322 |
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Following the Toshiba hard disk drive of impressive capacity in the market of classic drives and noted the company Western Digital, presenting even more capacious ?hard? for 32 TB in a standard case. The manufacturer explained how it managed to achieve this figure.
The South Korean company announced that it has begun mass production of its fastest PCle 5.0 solid state drive (SSD) for personal computers. The PM9E1 achieves the highest speed performance by integrating Samsung's 5nm controller and eighth-generation V-NAND technology.
ADATA has announced the launch of the new Legend 970 Pro SSD. PCIe Gen5 support allows for high read/write speeds, while active cooling prevents overheating and performance degradation.