The SSD range includes the Ultra-S Plus Series multi-level cell (MLC) and the Ultra-S Plus Series single-level cell (SLC) in order to suit a variety of needs. The Ultra-S Plus Series MLC is available in capacities of 32, 64 and 128 GB and allows users to read up to 110MB of data per second and write up to 78MB per second; while the Ultra-S Plus Series SLC reads up to 119MB per second and writes up to 99MB per second and is available in 32 and 64 GB.

SSD is a stable and reliable storage solution as there are no mechanical moving parts like there are in a traditional hard disk drive. The chips used in SSD are resistant to vibration, shock and extreme changes in temperature, ensuring users are further protected from losing valuable data. Static wear-levelling algorithm prolongs the SSD lifecycle by one hundred times, and a built-in error correct code function that detects and corrects inaccuracies ensures data reliability.

A SSD drive allows faster access to files and storage servers, faster rebooting of the computer and eliminates the risk of mechanical failure. Compared to traditional hard disk drives, this means that SSD is virtually noise free so it removes the tedious whirr and hum of conventional drives.

Download: Datasheet

SSD Ultra-S Plus multi-level cell (MLC)
- Data transfer speed max sequential read- up to 110 MB/ sec
- Data transfer speed max sequential write - up to 78 MB/ Sec
- Available in capacities of 32GB, 64GB and 128GB

SSD Ultra-S Plus single-level cell (SLC)
- Data transfer speed max sequential read - up to 119 MB/ Sec
- Data transfer speed max sequential write - up to 99 MB/ Sec
- Available in capacities of 32GB and 64GB

SSD features 
- Form factor: 2.5”
- Host interface SATA (1.5Gbit/ 3 Gbit)
- Connector 7-pin signal segment, 15-pin power segment SATA connector.
- Built-in hardware ECC function to insurance data reliability
- Enhanced endurance by static wear-leveling
- Virtually no heat generation
- No acoustic noise or vibration
- High durability (shock, vibration, drop resistance)
- Low power consumption
- Lightweight
- Bad block management