Samsung 750 EVO MZ-750250 - solid state drive - 250 GB - SATA 6Gb/s
Mfg # MZ-750250BW
CDW # 4088132
| UNSPSC 43201830
Quick tech specs
- Solid state drive
- 250 GB
- 2.5"
- buffer: 256 MB
- Self-Encrypting Drive (SED)
- encrypted
- internal
- SATA 6Gb/s
- 256-bit AES
- TCG Opal Encryption 2.0
Know your gear
PC users are choosing high-speed SSDs for better computing performance and reliability. The Samsung 750 EVO SSD, with a SATA 6 Gb/s interface, is an outstanding high-performance choice for an enhanced everyday computing experience. With sequential read and write speeds up to 540/520 MB/s and random read and write speeds up to 97,000/88,000 IOPS, you will find yourself handling multitasking faster than before.
The 750 EVO boasts a fast computing experience thanks to TurboWrite technology and RAPID mode. TurboWrite technology accelerates sequential write speeds by creating a write buffer inside the SSD. Magician software provides the option to enhance PC performance with RAPID mode, which processes data on a system level using unused PC memory (DRAM) as a cache.
The 750 EVO features SED technology to help keep your data safe. An AES-256-bit hardware-based full disk encryption engine secures your data with significantly less performance degradation often experienced with software-based encryption. And the 750 EVO is compliant with TCG 2 Opal v2.0 standards and IEEE 3 1667 protocol.
The 750 EVO boasts a fast computing experience thanks to TurboWrite technology and RAPID mode. TurboWrite technology accelerates sequential write speeds by creating a write buffer inside the SSD. Magician software provides the option to enhance PC performance with RAPID mode, which processes data on a system level using unused PC memory (DRAM) as a cache.
The 750 EVO features SED technology to help keep your data safe. An AES-256-bit hardware-based full disk encryption engine secures your data with significantly less performance degradation often experienced with software-based encryption. And the 750 EVO is compliant with TCG 2 Opal v2.0 standards and IEEE 3 1667 protocol.