ATP Readies 3D NAND SSDs For Embedded Applications

15 SEPTEMBER 2016

Wafer Packaged NAND Flash Storage Solutions Provide Added Supply Flexibility and Product Differentiation

ATP007_3D_MLC_NAND_SSDs_HRESATP Electronics Inc., the leading manufacturer of embedded Flash and ruggedized SSD and DRAM modules, announces its next generation of storage solutions utilizing the latest 3D NAND flash technologies. Combined with ATP’s wafer packaging and testing capabilities, these new lines of 3D NAND based SSDs including M.2, mSata, SlimSata, 2.5” SSD, eUSB and memory cards, provides a new level of product differentiation targeting the industrial and embedded markets.

3D NAND technology is a transformational shift from the traditional SLC/MLC/TLC planar NAND technologies. It has become the new flash storage technology of choice, primarily focusing on both the client and enterprise SSD markets today. Inevitably the 3D NAND usage will propagate to the embedded markets such as industrial, IoT, medical, automotive and telecom. To be at the forefront of this technology shift, ATP has taken the initiative to adopt 3D NAND for its next generation embedded SSDs, in order to gain early understanding on the ins&outs of 3D NAND under extreme conditions, in order to better provide the solutions suitable for these niche markets where traditionally SLC/MLC technologies were deployed. In addition, by taking 3D NAND wafers to package its own BGAs and TSOPs and testing to specifications, ATP is able to provide a multitude of various chip densities using DDP, QDP and even ODP die-stacking while using the same wafer stock. This provides not only the flexibility in supply chain, but also enables ATP to ramp multiple product densities quickly. These new ATP 3D NAND solutions benefit the embedded customers with the high reliable, high available yet cost-effective storage solutions while mitigating supply risks in this volatile market.

For more details about the latest 3D NAND based products and solutions, please contact your local ATP representatives, or email info@atpinc.com.

ATP
www.atpinc.com

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