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Micron MTFDDAK1T9QDE-2AV16ABYY 1.92TB 6Gb/s SATA Quad-Level Cell SSD
- 1.92TB storage capacity
- 2.5-inch form factor
- 6Gb/s SATA III interface
- QLC (Quad-Level Cell) NAND flash technology
- Designed for enterprise servers and storage arrays
- High density storage solution
- Optimized for read-intensive workloads
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Product Overview
The Micron MTFDDAK1T9QDE-2AV16ABYY is a 1.92TB 2.5-inch SSD with a 6Gb/s SATA interface. It features Quad-Level Cell (QLC) NAND flash technology, offering high density and cost-effectiveness for enterprise applications. This SSD is designed for servers and storage systems requiring large capacity and reliable performance.
Technical Information
| Model | MTFDDAK1T9QDE-2AV16ABYY |
| Brand | Micron |
| Capacity | 1.92TB |
Additional Specifications
| Form Factor | 2.5-inch |
| Interface | SATA III (6Gb/s) |
| NAND Type | QLC |
Product Description
The Micron MTFDDAK1T9QDE-2AV16ABYY is an enterprise-grade solid-state drive designed to provide high-capacity storage solutions within a standard 2.5-inch form factor. With a substantial 1.92TB of storage, it is well-suited for applications that require significant data storage density, such as data warehousing, cloud storage, and large-scale virtualization environments. The drive utilizes the widely adopted 6Gb/s SATA III interface, ensuring broad compatibility with existing server and storage infrastructure. This SSD employs QLC (Quad-Level Cell) NAND flash technology, which allows for higher data storage density per cell compared to TLC or MLC NAND. This translates into more terabytes of storage within a given physical footprint and often at a more competitive cost per gigabyte, making it an attractive option for capacity-focused enterprise deployments. While QLC NAND typically offers lower endurance and write speeds than other NAND types, Micron's advanced controller and firmware technologies are employed to optimize performance and reliability for enterprise workloads. The MTFDDAK1T9QDE-2AV16ABYY is particularly well-suited for read-intensive applications where the drive will be accessed frequently for data retrieval rather than constant data writing. Its design focuses on delivering consistent performance and reliability for mission-critical enterprise workloads, providing a cost-effective way to expand storage capacity and improve data access times in data centers and server environments.
