Elara Micron 5400 PRO

Overview

Range/Series Overview

IMPORTANT: This Range/Series overview section describes the range of which this product belongs. Features of different versions might be mentioned and may not apply to the specific product on this page. Please view Specs for specification of product.Discover the Lenovo Micron 5400 PRO solid state drive, a reliable and secure storage solution designed to meet the demands of intensive data environments. With a substantial 960 GB capacity and advanced 176-layer 3D TLC NAND technology, this drive is engineered for durability and performance. It offers fast data transfer rates of up to 600 MBps, coupled with a high internal data rate, making it ideal for quick access to large files. Security is paramount, featuring 256-bit AES hardware encryption to protect sensitive data. Additionally, its efficient design ensures minimal power consumption, while the drive's impressive MTBF of 3,000,000 hours signifies its reliability. Whether for professional or personal use, the Lenovo Micron 5400 PRO SSD is crafted to provide superior storage capability, security, and efficiency.

Features Summary

• Enhanced durabilityWith an MTBF of 3,000,000 hours and robust end-to-end data path protection, this solid state drive offers reliability and data integrity you can count on.
• High-speed performanceExperience data transfer rates up to 600 MBps, complemented by internal data rates of 540 MBps read and 520 MBps write, ensuring quick access to your data.
• Advanced securityEquipped with 256-bit AES hardware encryption, including Self-Encrypting Drive (SED) and TCG Enterprise SSC, this drive provides security for your sensitive data.
• Efficient power consumptionOptimized for efficiency, the drive consumes only 2.8 watts during read operations and 3.1 watts during write operations, making it an efficient choice for your storage needs.
• Exceptional capacityWith a 960 GB capacity and support for up to 2628 TB of data written over its lifetime, this drive is capable of handling extensive data storage requirements.