Apricorn Aegis Padlock 480GB Encrypted USB Solid State Drive w/ PIN Access

General Information Clocking Speeds of over 200MB/s Apricorns Next Generation USB 3.0 Encrypted Solid State Drive Fuses FIPS 140-2 Hardware Data Protection with a Rugged Design With no moving parts, this drive is drop and vibration resistant, unaffected by high humidity and works in extremes of temperature. Invincible to key logging attacks, you access the drive with your own unique PIN via an onboard keypad. Certified to NIST FIPS 140-2 Level 2 requirements, this drive is tested on 11 cryptographic levels. All data on the drive is protected with real-time hardware AES-XTS 256-bit encryption, and with no software required for installation or operation this drive needs no ADMIN rights. Combine this with a USB 3.0 integrated cable and SSD performance, and you have one powerful drive. Technical Information Storage Capacity: 480 GB Platform Supported: PC Platform Supported: Mac Features: Rugged Features: PIN Code Protection Features: 256-bit AES Encryption Features: Hardware Encryption Features: Water Resistant Features: Dust Proof Features: Noise-free Features: Drive Reset Features: Auto-lock Features: Data at Rest Protection Features: Brute Force Self Destruct Features: Variable Timing Circuit (VTC) Technology Features: Password Protection Drive Performance Maximum External Data Transfer Rate: 5120 MB/s (40 Gbit/s) Maximum Read Transfer Rate: 205 MB/s Maximum Write Transfer Rate: 185 MB/s Buffer: 8 MB Average Seek Time: 100 µs BUS Powered: Yes Interfaces/Ports Host Interface: USB 3.0 Physical Characteristics Drive Type: External Durability: Vibration Resistant Durability: Shock Resistant Durability: Crush Resistant Miscellaneous Package Contents: Aegis Padlock SSD – USB 3.0 Solid State Drive Y-auxiliary USB 3.0 Power Cable Travel Pouch Quick Start Guide System Requirements: Requires USB port Operating System(s): Windows Mac OS Linux Certifications & Standards: FCC CE FIPS 140-2 Level 2 TAA Warranty Limited Warranty: 3 Year Product images may differ from actual product appearance.