
SanDisk SD8SBAT-128G-1122 Z400s 128GB SATA SSD
Reliable and Efficient Storage Solution for Embedded ApplicationsThe SanDisk Z400s Solid State Drive provides a dependable storage solution for a variety of embedded applications. Available in multiple form factors and capacities, this SSD offers high endurance, exceptional stability, and low pow...
*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
Notice a mistake? Let Us Know
Overview
Reliable and Efficient Storage Solution for Embedded Applications
The SanDisk Z400s Solid State Drive provides a dependable storage solution for a variety of embedded applications. Available in multiple form factors and capacities, this SSD offers high endurance, exceptional stability, and low power consumption. Built to meet the demands of continuous operation, the Z400s ensures long-lasting performance and data reliability.
- Capacity: 128GB
- Form Factor: 2.5”
- Interface: SATA 3.2 6GB/s
Key Features
2.5-inch Form Factor SATA 3.2 6GB/s, 128GB Capacity
Sequential Read/Write: Up to 546/342MB/s
Random Read/Write: Up to 33/62K IOPS
Up to 1.7 Million Hours of continual use
Exceptional reliability and Faster Speeds Over Standard Hard Drives
Specifications
Pros & Cons
👍 Pros
- Achieve significantly faster data access compared to traditional hard drives, enhancing system performance.
- Benefit from exceptional reliability, rated for up to 1.7 million hours of continual use.
- The 2.5-inch form factor allows for broad compatibility with various desktop and laptop systems.
- Experience rapid sequential read speeds of up to 546MB/s for quicker application loading.
- Utilize sequential write speeds up to 342MB/s, improving efficiency for data transfers and saves.
👎 Cons
- The 128GB capacity may be limiting for users requiring extensive storage for large files or numerous applications.
- Random write speeds of up to 62K IOPS are respectable but might not satisfy users with extremely demanding, write-intensive workloads.
- This model uses the SATA 3.2 interface, which has a lower theoretical bandwidth limit compared to newer NVMe SSDs.
- Sequential write performance is noticeably lower than its sequential read performance, which could impact certain tasks.
- The focus on reliability may mean that peak performance metrics are not as high as some competing performance-oriented SSDs.