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Micron MTFDDAV240TGA-1BC15ABYYR is a 240GB enterprise-class SATA solid state drive designed for reliable and efficient performance in data center environments. Powered by Micron’s advanced NAND technology, it delivers consistent throughput, low latency, and strong endurance for read-intensive and mixed workloads. This SSD offers optimized power efficiency, dependable data integrity, and long-term stability, making it suitable for enterprise servers, virtualization platforms, and cloud infrastructure where secure and continuous operation is required.

Micron MTFDDAV480TGA-1BC15ABYYR is a 480GB enterprise-class SATA solid state drive designed for reliable and efficient performance in data center environments. Powered by Micron’s advanced NAND technology, it delivers consistent throughput, low latency, and strong endurance for mixed and read-intensive workloads. This SSD provides optimized power efficiency, dependable data integrity, and long-term operational stability, making it ideal for enterprise servers, virtualization, and cloud infrastructure where consistent performance and reliability are critical.

Micron MTFDDAV960TGA-1BC15ABYYR is a 960GB enterprise-class SATA solid state drive engineered for reliable and efficient performance in data center environments. Powered by Micron’s advanced NAND flash technology, it delivers consistent throughput, low latency, and strong endurance for mixed and read-intensive workloads. This SSD offers optimized power efficiency, dependable data integrity, and long-term operational stability, making it ideal for enterprise servers, virtualization, and cloud infrastructure where consistent performance and reliability are critical.

Micron MTFDDAK480TGB-1BC15ABYYR 5400 MAX 480 GB Solid State Drive - 2.5" Internal - SATA (SATA/600) - Mixed Use Server Device Supported - 5.0 DWPD - 540 MB/s Maximum Read Transfer Rate - Hot Pluggable - 256-bit AES Encryption Standard - 5 Year Warranty - Retail

The Micron MTFDDAK240TGA-1BC16ABYYR 240GB SSD is an enterprise-grade storage solution from the Micron 5400 PRO Series, designed for reliable performance in data center and server environments. With a 240GB capacity, it is ideal for boot drives, operating systems, and light enterprise workloads where stability and efficiency are required.

The Micron MTFDDAK7T6TGA-1BC16ABYYR is a 7.68TB enterprise-grade SATA solid state drive built for high-capacity storage and consistent performance in demanding IT environments. Designed in a 2.5-inch form factor with a 6Gb/s SATA interface, it delivers reliable throughput and low latency for data center, cloud, and virtualization workloads. Leveraging advanced NAND flash technology, this SSD provides strong endurance, data protection, and stable performance under continuous operation. With power-loss protection and an energy-efficient design, it ensures dependable storage for mission-critical business applications.

Micron MTFDDAV240TGA-1BC16ABYYR is a 240GB enterprise-grade SATA solid state drive designed for stable and efficient performance in data center and server environments. Built with Micron’s advanced NAND flash technology, it delivers consistent performance, low latency, and strong endurance for mixed and read-intensive workloads. This SSD ensures optimized power efficiency, reliable data protection, and long operational lifespan, making it suitable for enterprise applications such as virtualization, cloud computing, and mission-critical storage systems.

Micron MTFDDAV240TGA-1BC1ZABYYR 5400 PRO 240 GB Solid State Drive - M.2 2280 Internal - SATA (SATA/600) - Read Intensive Server Device Supported - 1.5 DWPD - 540 MB/s Maximum Read Transfer Rate - Hot Pluggable - 256-bit AES Encryption Standard - 5 Year Warranty - Retail

The Micron MTFDDAK240TGA-1BC15ABYYR 240GB SSD is an enterprise-grade storage solution from the Micron 5400 MAX Series, designed for data center and server environments that require reliable performance, endurance, and consistent operation. With a 240GB capacity, it is ideal for boot drives, operating systems, and light to moderate enterprise workloads.