SanDisk SD8SBBU-120G-1122 Internal Solid State Drive Data Storage

Half a terabyte of speed and power-efficiency

The SanDisk Z410 SSD is a value/performance SSD designed for essential-class PC desktops and laptops. It can outperform HDDs by a factor of 24, while providing 5 times the reliability at 1/20th the power consumption, and offers ample capacity while serving as an affordable storage solution. Building upon the successful Z400s platform, the Z410 SSD is further optimized specifically for PC users. With faster write speeds, the Z410 SSD delivers quick responsiveness for a seamless and productive user experience.

Lowest average power extends battery life

With less power consumed during active use as well as during slumber and DEVSLP modes, the Z410 SSD features one of the lowest power draws of any SSD in the industry. This makes it ideal for power-conscious, sleek, battery-based platforms as well as for fan-less designs.

Build durable, reliable systems

The Z410 SSD has been validated for several top OEM platforms, highlighting the drive's consistent endurance and reliability for typical corporate and home productivity applications. Designed with LDPC error correction, the Z410 SSD delivers a reliable solution with endurance up to 120 terabytes written (TBW)2. A dedicated on-the-fly hardware core performs progressive error correction to minimize the impact on latency and performance, while maintaining low power usage. Its solid-state design means there are no moving parts, making it shock- and vibration-resistant, and extremely reliable. This translates into lower BOM costs for PC manufacturers, lower total cost of ownership and a better, more productive end-user experience.

Accelerate your system. Lower your BOM cost.

- Brings SSD performance and battery-saving to everyday PCs without sacrificing capacity
- Reduces BOM cost while increasing performance and reliability of the end product
- For IT departments, reduces TCO of computer systems and improves end-user experience
- Half a terabyte made affordable