ADATA launches its new industrial solid disks ISSS314

The manufacturer of RAM and solid storage solutions ADATA, just presented its new ISSS314 SSD solid-state drive. These new disks are designed specially for the industrial oriented business market. And for this they have been endowed with greater resistance to shock and extreme temperatures. So that they can operate correctly in any working environment.

ADATA launches its new industrial solid disks ISSS314 3D MLC NAND Industrial environments are always the most demanding for computer components. Since in these environments it is very easy to surpass the usual operating conditions for them.

Two versions will be available for these new SSDs. Differentiated by the type of 3D NAND Flash memory that they mount inside.

Thus, for example, there will be a version that will mount 3D TLC NLC memory. It will be available in capacities of 128, 256 and 512 GB. This will be the version that supports a lower temperature range. The latter being confined between 0 and 70 ° C. This means that they can not be used in very extreme environments.

On the other hand, we have the version that mounts 3D MLC NAND . This will be available in sizes ranging from 32 to 512 GB. In this case, the temperature ranges supported are broader. Since they range from -40 to 80 ° C. Turning them into essential tools for very unfavorable environments.

The rest of specifications for both models is identical.

ADATA launches its new industrial solid disks ISSS314 3D NAND Flash memory
The read and write speeds for both models are completely the same. These are 560 MB / s for reading, and 520 MB / s for writing. So it’s clear they’re pretty fast drives. So is the impact resistance of 1500 G / 0.5 s. Or the average life time, which is over 2 million hours of operation. As well as the resistance to vibrations, which is 20 G, at a frequency between 10 Hz and 2 KHz.

ADATA has not provided the price of ISSS314, but it is clear that the model with 3D NLC TLC will be cheaper than the model made with 3D MLC NAND.

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