Datasheet

Z400S KEY FEATURES

VERTICALLY INTEGRATED VALIDATION

LOW POWER WITH DEVSLP SUPPORT

FOR GREEN, FANLESS DESIGNS

32GB-256GB CAPACITIES

2.5” 7MM, M.2 (2242 & 2280), AND MSATA

FORM FACTORS

TESTED FOR 20 TBW (32GB), 40 TBW

(64GB), AND 72 TBW (128 AND 256GB)

SHOCK-RESISTANT

HIGHER RELIABILITY THAN HDD

EASY MIGRATION

SATA REVISION 3.2 6GB/S INTERFACE

WINDOWS® WHCK CERTIFIED

SanDisk

Z400s SSD (Solid State Drive)

COST EFFECTIVE AND RELIABLE HDD REPLACEMENT

SATA SAS PCIe

The SanDisk Z400s is a cost eective SSD designed to replace HDDs in

computing platforms. On par with HDD pricing, it can outperform HDDs

by a factor of 20, while providing 5 times the reliability at 1/20th the power

consumption.

The Z400s is highly versatile and can accommodate a wide range of platforms

with its variety of form factors and capacities. It is available in 2.5” 7mm cased,

M.2 (2242 & 2280), and mSATA form factors with capacities from 32GB up to

256GB.

The Z400s has also been validated for use in several of the top OEM platforms in the industry, demonstrating

its endurance and ability to sustain high-volume transactions. Its solid-state design means there are no moving

parts, making it shock-resistant and much more reliable than traditional HDDs, which translates into lower

total cost of ownership (TCO) and a better end-user experience.

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SanDisk® Z400s SSD (Solid State Drive) COST EFFECTIVE AND RELIABLE HDD REPLACEMENT The SanDisk Z400s is a cost effective SSD designed to replace HDDs in computing platforms. On par with HDD pricing, it can outperform HDDs by a factor of 20, while providing 5 times the reliability at 1/20th the power consumption.
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Low Power The Z400s utilizes breakthrough SanDisk technology that optimizes power consumption, making it one of the lowest power consuming SSDs at 30mW for average power. This increases the amount of usable hours per battery charge, which is essential for modern mobile devices. TCO SanDisk SSDs are more reliable than HDDs, which can improve total cost of ownership (TCO) by reducing downtime due to hard drive failures.