MTFDDAK3T8TDT-1AW12ABMA Micron 3.84TB SATA-6GBPS 2.5Inch Enterprise SSD.

Micron MTFDDAK3T8TDT-1AW12ABMA 3.84TB SATA 6GBPS 2.5-Inch Enterprise SSD

• Manufacturer: Micron
• Model Number: MTFDDAK3T8TDT-1AW12ABMA
• NAND Flash Type: Triple-Level Cell (TLC)
• Hot-Swap Capability: Supported

• Capacity: 3.84TB
• Interface: SATA 6GBPS
• Form Factor: 2.5-inch
• Read Speed: Up to 560MB/s
• Write Speed: Up to 530MB/s
• Endurance: High DWPD (Drive Writes Per Day)
• Power Consumption: Energy-efficient for continuous operation

Advanced Performance Metrics

Data Transfer & Speed

• External Data Rate: 600 Mbps for ultra-fast transfers
• Internal Read Speed: Up to 540 Mbps
• Internal Write Speed: Up to 520 Mbps

Seamless Integration

• 1 x SATA 6Gbps interface for universal compatibility
• Fits into 2.5-inch hot-swap bays with ease
• Designed for high-demand enterprise environments

Micron MTFDDAK3T8TDT-1AW12ABMA 3.84TB SATA SSD

The Micron MTFDDAK3T8TDT-1AW12ABMA is a high-capacity, enterprise-grade 2.5-inch SATA solid state drive designed for mixed-use and data-center workloads. Built around Micron’s 3D TLC NAND and tuned firmware, this model targets server-class storage tiers where reliability, consistent latency, and efficient power use matter. The drive delivers a combination of large usable capacity (3.84TB), a standard SATA-III 6Gb/s interface, and a low-profile 7mm 2.5" form factor—making it a drop-in replacement for existing SATA bays while increasing usable flash density considerably.

More about the 5300 Series Context

The Micron 5300 family (Max / PRO / Pro variants appear in market listings) is positioned as a data center SATA portfolio with firmware tuned for consistent I/O and predictable latency. Micron’s lineup typically separates read-intensive and mixed-use SKUs; the 3.84TB MTFDDAK3T8TDT identifier aligns with the high-capacity members of that family where balancing cost per TB and performance matters most. OEM and channel vendors sometimes shuffle suffixes (for example, -1AW12ABMA vs -1AW1ZABDA) to denote firmware, packaging, or encryption variants—so it’s common to see small differences across seller SKUs even when the base hardware is the same.

Performance Characteristics and Benchmarks

Sequential throughput for SATA SSDs is bound by the SATA III link but still important for real-world workloads. This Micron model typically reports sequential read throughput in the mid-500 MB/s range and sequential write throughput in the low-500 MB/s range—figures that reflect steady-state performance using enterprise-modulated workloads and are useful when sizing cache tiers and planning rebuild windows. Random I/O performance (IOPS at 4K) will depend heavily on queue depth, the host controller, and whether the drive is operating in mixed-use or read-intensive mode; enterprise firmware prioritizes tight tail latency to reduce outliers during multi-tenant access patterns.

Latency and Tail Performance Matter

In enterprise deployments, it's not just peak throughput that determines application responsiveness — tail latency (the response time at the high percentiles) is critical. Micron’s enterprise SSD firmware for the 5300 family focuses on minimizing latency spikes under mixed I/O to improve user experience for latency-sensitive workloads like databases and virtual machines. When comparing drives, look at published P99 or P99.9 latency numbers for random reads/writes as those better reflect multi-tenant server conditions than peak MB/s alone.

Endurance, Reliability, and Data Integrity

Endurance on enterprise SSDs is expressed through Drive Writes Per Day (DWPD) or total bytes written (TBW). Micron’s 5300-class SSDs come in multiple endurance profiles (read-intensive to mixed-use). Higher DWPD variants use firmware and over-provisioning strategies to push endurance and consistent write performance up, while read-intensive models maximize capacity efficiency and lower cost per TB. For write-heavy caching or logging use cases, confirm the DWPD or TBW rating on the exact SKU before deployment.

Form Factor, Physical, and Deployment

The Micron MTFDDAK3T8TDT-1AW12ABMA uses a standard 2.5" SFF (small form factor) with a 7mm z-height—this thin profile fits modern blade servers, storage appliances, and standard 2.5" drive bays with sleds. Because it's a SATA device, compatibility is broad: any server, workstation, or storage shelf that supports 2.5" SATA SSDs will accept the drive, but it is always good practice to verify BIOS or HBA firmware compatibility lists for large-scale rollouts. Adapters exist to convert to 3.5" bay sizes if necessary.

Electrical and Environmental Considerations

As an enterprise drive, power efficiency is a consideration—especially at scale. These devices are tuned to offer reasonable idle and active power profiles so that dense server arrays can optimize watts per TB. Temperature ranges, shock/vibration tolerances, and MTBF numbers are critical when choosing drives for remote racks or edge locations; consult the vendor datasheet for exact environmental specifications and operational limits. Micron’s enterprise product briefs provide the detailed numbers needed for engineering sign-offs.

Use Cases and Deployment Patterns

1. Virtualization and Hyper converged Infrastructure

For virtualization hosts running many VMs, consistent IOPS and low latency are essential. A 3.84TB drive allows administrators to allocate substantial local storage to host images, ephemeral data, or caching layers. Using these SSDs in RAID or erasure-coded pools combines capacity with resilience; choose RAID levels and rebuild policies with the drive’s endurance profile in mind. If the workload is read-heavy (VDI boot storms, large-scale image serving), a read-optimized variant improves cost-efficiency.

2. Large-Scale Databases and Analytics Nodes

Analytic nodes that perform sustained sequential scans or random lookups benefit from the high sequential throughput and the enterprise firmware’s ability to maintain predictable performance. For write-heavy transactional databases, verify the drive’s DWPD and consider mixed-use firmware variants or tiering strategies that offload heavy write bursts to NVMe caching while using SATA drives for bulk storage.

3. Backup Appliances, Archive, and Cold Storage Tiers

When designing capacity tiers, 3.84TB SATA SSDs can provide a fast access layer in front of HDD-based cold stores. For read-once/read-many patterns (backup restores, content distribution), read-intensive SSDs deliver fast retrieval times while lowering the TCO compared with all-NVMe deployments. Consider lifecycle policies and secure erase options when using drives for backups and archive.

How to Interpret Vendor Part Numbers and Suffixes

Micron part numbers can include suffixes indicating firmware versions, encryption options, or packaging. For example, small differences in the trailing characters (e.g., -1AW12ABMA vs -1AW1ZABDA) may reflect different firmware builds (read-intensive vs mixed-use), TCG Opal support, or vendor-specific repackaging. When buying at scale, treat the exact part number as the authoritative identifier to ensure the drive you receive matches the endurance and feature set you planned for. Cross-reference part numbers with Micron’s datasheets or trusted reseller listings.

Firmware, Monitoring, and Firmware Management

Keep firmware up to date to benefit from bug fixes and performance improvements, but in enterprise settings use a staged firmware rollout: test on a small number of nodes, measure performance and stability, then schedule a fleet-wide update during maintenance windows. Monitor SMART attributes, device health metrics, and temperature—automating alerts when thresholds are crossed. Micron and most resellers provide monitoring tools or recommend third-party utilities compatible with enterprise SSD SMART attributes.

End-of-Life and Secure Erase

When decommissioning drives, follow FIPS/TCG erase or physical destruction policies appropriate to your data classification. Many Micron enterprise drives support secure erase commands; however, for regulatory compliance, additional steps (like cryptographic wipe verified by host-side tooling) may be required. Retain proof of secure erasure or destruction per your organizational policy.

Example HTML Content Blocks for Product Pages (snippets)

Micron MTFDDAK3T8TDT-1AW12ABMA — 3.84TB 2.5" SATA-III enterprise SSD. Built for data center workloads, this Micron 5300-class drive blends high capacity, enterprise firmware, and SATA compatibility to deliver predictable latency, robust data-path protection, and secure drive options for large-scale server deployments. Ideal for virtualization, caching, and archive/restore appliances.

Product Page Style Closing Without Intro/Outro

The Micron MTFDDAK3T8TDT-1AW12ABMA 3.84TB SATA 6Gb/s 2.5" enterprise SSD offers a balanced approach to large-capacity, cost-efficient, and enterprise-protected storage for data centers and server environments. By matching the correct endurance profile and verifying firmware and security options with your vendor, you can deploy these drives as primary bulk storage, cache acceleration, or as part of a tiered architecture—realizing substantial performance gains over HDDs while keeping a familiar SATA deployment model.

Compatibility

For final specification confirmation, always consult the Micron product datasheet and your reseller’s product listing for the exact suffix of the part number you intend to buy—small changes in suffix or packaging can indicate important differences (encryption support, firmware variant, or warranty). Vendor pages and reseller listings often display the precise drive metrics and SKU variants, useful for procurement and deployment planning. Micron 5300 Max, MTFDDAK3T8TDT, 3.84TB enterprise SSD, 2.5-inch SATA SSD, SATA-6GBPS drive, data center SSD, read-intensive SSD, mixed-use SSD, enterprise NAND, TCG Opal SSD, drive writes per day, DWPD enterprise drive.