Overview The Micron MTFDDAV960TGA-1BC16ABYYR is a 2.5 inch SATA solid-state drive designed to deliver 3.84 TB of high-capacity storage for data center environments. It offers a straightforward upgrade path from traditional hard drives to flash storage without requiring changes to existing backplanes or cables. With transfer speeds up to 600 MBps, this SSD supports workloads that demand consistent throughput such as virtualization, analytics, and content delivery. Key features Uses Micron’s eleventh-generation architecture combined with 176-layer NAND technology to provide reliable and efficient performance. Maintains steady data transfer rates that help ensure predictable response times for critical applications. Includes hardware-based 256-bit AES encryption to secure data at rest without impacting performance. Supports Self-Encrypting Drive functionality and complies with TCG Opal 2.0 standards to meet corporate and regulatory security requirements. Designed with a low-power, lightweight build that simplifies thermal management in dense server racks. Backed by a five-year limited warranty, reflecting confidence in long-term durability and reliability. Key specs Capacity: 3.84 TB Form factor: 2.5 inch SATA Maximum data transfer rate: 600 MBps NAND technology: 176-layer Architecture: Micron eleventh-generation Encryption: Hardware-based 256-bit AES Security compliance: TCG Opal 2.0, Self-Encrypting Drive Warranty: Five-year limited Connectivity and compatibility This SSD fits into standard 2.5 inch bays and connects via SATA interfaces, making it compatible with existing server infrastructures without requiring additional adapters or modifications. Its design allows IT teams to upgrade storage capacity and speed while maintaining current hardware setups. Ideal uses and environments The drive is well suited for cloud service providers, enterprise IT departments, and edge computing installations that require large storage capacities within a familiar SATA framework. It supports environments where consistent throughput and data security are essential, such as virtualization platforms, analytics workloads, and content delivery networks. Its low power consumption and thermal efficiency also make it a practical choice for dense server configurations.
