Overview

High-Performance Storage for Power Users and RAID environments.
When only the fastest and most reliable Solid State Drive on the market today will suffice for your data storage and backup, look no further than the OWC Mercury Extreme Pro RE SSD.
- Get maximum mobile performance and battery life from your notebook.
- Turn your Mac Pro or PC desktop into an extreme performance single drive or RAID workstation.
The Mercury Extreme SSD line features industry leading SandForce® DuraClass Technologies:
- DuraWrite™ extends the endurance of your Solid State Drive (SSD).
- Intelligent Block Management & Wear Leveling automatically distributes data evenly across the entire SSD.
- Intelligent Read Disturb Management spreads the active read/write across the flash components eliminating data corruption caused by constant use.
- Intelligent “Recycling” for advanced free space management gradually re-writes data across the SSD over time to ensure data never gets corrupted.
- RAISE™ (Redundant Array of Independent Silicon Elements) protects the data on your drive similar to having a RAID setup.
- Best-in-Class ECC Protection for longest data retention and drive life.
This internal 2.5" (adapts for use in 3.5" bays) SATA SSD uses the latest SandForce Processor and DuraClass™ technology to deliver the highest transfer speed, endurance, performance, and power efficiency available today.
With sustained read and write times over 260MB/s, up to 100X greater data protection than enterprise class HD's, and RAISE™ technology for RAID like data protection and reliability, the OWC Mercury Extreme SSD line delivers unbeatable performance that's designed and made in the U.S. from imported parts and backed by a five year warranty.
Consistently Fast & Reliable
28% Enterprise class over-provisioning along with RAISE technology offers real-time redundancy and data protection against data loss from flash cell failure. The over-provisioning provides exclusive capacity for wear-leveling and cell replacement so you can enjoy years of reliable, high-data load operation without any performance compromise.