OWC Aura Pro 6G 1TB mSATA SSD for MacBook Pro with Retina Display (2012 - Early 2013)

The OWC 1TB Aura Pro 6G SSD is a great option to expand the storage of your MacBook Pro. It features a high capacity, high speed SSD, SLC caching algorithms and advanced security protocols.

Once again, OWC provides Mac users an upgrade path that delivers phenomenal performance, functionality, and reliability! Whether it's for the base 13" model only offering a 128GB SSD or the base 15" model offering a 256GB SSD, installing an Aura Pro 6G SSD is the best enhancement for the MacBook Pro with retina display. OWC Aura Pro SSDs provide a noticeable increase in performance over the factory SSDs for all MacBook Pro models. OWC redesigned its 3rd generation of OWC Aura Pro 6G SSDs with premium 3D NAND Flash and the latest controller technology to operate cooler and consume less power, resulting in improved battery life for your MacBook Pro with retina display. OWC SSDs are engineered to be the best for Mac, undergoing a rigorous multi-stage lab testing process to deliver absolute reliability at maximum performance long into the future.

FEATURES:

• Read speeds up to 530MB/s
• Write speeds up to 494MB/s
• ECC protection
• Designed for the Macbook Pro 2012 to Early 2013 (Retina Display)
• Advanced security protocols

SPECIFICATIONS:

• Controller: Silicon Motion SM2258 with 7% Over Provisioning
• NAND: Triple-Level Cell (TLC) 3D NAND Flash
• Form Factor: Custom blade
• Interface: SATA 6Gb/s
• Capacity: 970GB useable capacity
• Total Flash Memory Components: 1000GB, 30 GB Allocated to real-time data redundancy and error correction
• Formatted Capacity: 903GiB
• Native Command Queuing: Yes
• RoHS Compliant: Yes
• Raid Support: No
• Format: Unformatted
• Dimensions: 8.8 x 3.2 x 0.3 cm
• Weight: 10 g

WHAT'S IN THE BOX:

• OWC 1TB Aura Pro 6G SSD - Blue x1 (For Macbook Pro with Retina Display 2012 to early 2013)

The OWC 1TB Aura Pro 6G SSD is a great option to expand the storage of your MacBook Pro. It features a high capacity, high speed SSD, SLC caching algorithms and advanced security protocols.