SanDisk Z400s SSD (Solid State Drive)
The SanDisk Z400s SSD delivers the performance, capacities, and form factors SATA SAS PCIe ideal for replacing HDDs in embedded systems. Competitively priced, it can outperform HDDs by a factor of 20 and is 5 times more reliable at 1/20th the power consumption. Companies looking to design sleek, green products will also appreciate its silent, low power, and low heat characteristics.
The Z400s is highly versatile and can accommodate a wide range of embedded platforms. It is available in 2.5”/7mm cased, M.2 (2242 & 2280), and mSATA form factors with capacities of 32GB which makes it ideal for verticals such as:
- ATMs and interactive kiosks used in a variety of industries, including banking, hotels, and healthcare
- POS systems in the retail, hospitality, and restaurant industries that process numerous daily transactions
- Digital signage used in retail and commercial spaces
Reliability & TCO
The SanDisk Z400s SSD can improve total cost of ownership (TCO) by reducing downtime and service requests due to hard drive failures. Its solid-state design means there are no moving parts, making it shock-resistant and much more reliable than traditional HDDs.
Endurance
The Z400s is able to sustain a high volume of transactions, which is well-suited for POS systems, ATMs, and other embedded platforms that handle frequent transactions.
Low Power
Its low power characteristics mean it generates very little heat, making the Z400s perfect for green and fanless designs.
Key Features
Vertically Integrated Validation
32gb Capacities Ideal for Embedded Applications
2.5”/7mm Cased, M.2 and Msata form Factors
Low Power, Low Heat for Fanless and Green Designs
Higher Reliability HDD
SATA Revision 3.2 6gb/S Interface
Windows Embedded Certified
SanDisk Z400s SD8SBAT-032G-1122 32GB 2.5” 6.0 Gb/s MLC / Multi-Level Cell Consumer / Value Endurance 0.3-DWPD / Drive Writes Per Day SATA / Serial ATA SSD / Solid State Drive
Compatibility
The Z400s is highly versatile and can accommodate a wide range of embedded platforms.
