MTFDKCC1T9TFR-1BC1ZABDA Micron 7400 Pro 1.92TB Pci Express 4.0 x4 NVMe SSD

• Brand: Micron
• Part Number: MTFDKCC1T9TFR-1BC1ZABDA
• Series: 7400 Pro

Technical Specifications

Drive Type and Capacity

• Capacity: 1.92 TB
• Flash: 96-layer 3D TLC NAND (Micron)
• Interface: PCIe 4.0 ×4 (NVMe)
• Form Factor: U.3 (2.5")
• Sequential Read/Write: up to 6,500 / 2,200 Mbps
• Random (4 KB) Read/Write: 430,000 / 95,000 IOPS
• Endurance (TBW): 3,500 TB
• MTTF: 2,000,000 hours

MTFDKCC1T9TFR-1BC1ZABDA Micron 7400 Pro 1.92TB SSD

The Micron 7400 Pro 1.92TB NVMe SSD (often referenced by model numbers such as MTFDKCC1T9TFR-1BC1ZABDA and similar internal SKUs) is a purpose-built enterprise-class PCIe Gen4 x4 NVMe solid state drive designed for modern data center workloads that demand high throughput, low latency and robust data integrity. This category includes multiple endurance and capacity classes, support for multiple form factors (M.2, U.3, E1.S and others), and enterprise features such as power-loss protection, hardware-driven security and support for many namespaces — making the 7400 Pro a versatile choice for boot, caching and primary storage roles in servers and storage arrays.

Key technical characteristics and what the model string means

Understanding the model code

The long manufacturer SKU (for example, MTFDKCC1T9TFR-1BC1ZABDA) encodes manufacturing, firmware and configuration details used by Micron and distributors. For shoppers and system designers, the important, human-readable parts are the product family (7400 Pro), interface (PCIe Gen4 x4 NVMe), form factor (M.2/U.3/E1.S), and usable capacity (1.92TB). Those elements determine compatibility, performance expectations and suitability for specific enterprise workloads.

PCIe Gen4 x4 NVMe interface

The Micron 7400 Pro uses the PCIe 4.0 x4 interface with NVMe protocol — doubling theoretical bandwidth per lane compared to PCIe Gen3 and enabling dramatically higher sequential throughput and improved random I/O performance for read/write-heavy tasks. Systems with PCIe Gen4 host controllers will get the full performance benefit; the SSD is backwards compatible with Gen3 hosts but will be constrained to lower maximum throughput in those systems.

NAND and endurance class

The 7400 series employs enterprise-grade 3D TLC NAND (Micron’s advanced node for the 7400 family) and is offered in endurance variants — including "Pro" (read-centric) and other endurance classes. The Pro class is optimized for read-intensive workloads with endurance characteristics typically around ~1 DWPD (Drive Writes Per Day) depending on capacity and specific SKU — balancing cost per GB with enterprise reliability for many server use-cases. When choosing a SKU, confirm the exact DWPD or TBW published for that model and capacity.

Enterprise features important to data center buyers

Hardware-driven security and secure erase

Micron’s 7400 series includes hardware-level security features such as TCG Opal / enterprise secure erase capabilities and firmware-based encryption options, enabling administrators to protect data at rest and comply with data sanitization policies. These capabilities reduce CPU overhead compared to software encryption and simplify lifecycle management when drives are decommissioned or repurposed. Always confirm the exact security feature set for the SKU you buy (some security options vary by region and firmware).

Namespace, virtualization and NVMe features

Micron 7400 SSDs support NVMe features such as multiple namespaces (useful in virtualized and multi-tenant environments), NVMe reservations, and other NVMe v1.x management capabilities designed for orchestration and predictability at scale. The ability to create up to 128 namespaces on some models increases flexibility for provisioning and multi-OS partitions inside a single physical device. This is particularly valuable for cloud providers and virtualization-heavy data centers.

Reliability, endurance and lifecycle considerations

DWPD, TBW and warranty expectations

Enterprise buyers should evaluate DWPD (Drive Writes Per Day), MTFDKCC1T9TFR-1BC1ZABDA TBW (Total Bytes Written) and the manufacturer’s warranty when selecting a 7400 Pro SKU. The "Pro" classification typically indicates a read-centric/device configuration optimized for lower DWPD but with strong read performance and adequate endurance for many server roles. Micron often backs its enterprise products with multi-year warranties (commonly 5 years for many enterprise SKUs), but specific terms, endurance ratings and RMA policies depend on the exact part number and region — always confirm with the product brief or reseller listing.

Predictive failure analysis and SMART telemetry

The 7400 family exposes SMART attributes and vendor telemetry to help administrators monitor drive health and predict end-of-life before failures occur. Integration with storage management and monitoring tools allows automated alerts for metrics such as media health, spare capacity, and unrecoverable error counts. For high-availability designs, combine telemetry with proactive replacement workflows to minimize unplanned downtime.

Fleet management and firmware updates

Managing large fleets of enterprise SSDs requires coordinated firmware updates and staging workflows. Micron provides firmware update mechanisms and guidance for the 7400 family; system integrators should test firmware in staging environments to validate behavior under their representative workloads prior to wide deployment. Good fleet management reduces risk and ensures consistent performance across nodes.

Form factor decisions: M.2 vs U.3 vs E1.S

Choose form factor based on serviceability, density and thermal profile:

• M.2: high-density, cost-effective but limited by board-level cooling; ideal for compact servers or edge devices.
• U.3: best for hot-swap bays and enterprise chassis that require simple field servicing and replacement.
• E1.S: increasingly used in next-gen server platforms for improved thermal handling and higher sustained power envelopes.

Pre-deployment validation and benchmarking

Run application-representative benchmarks (synthetic and real-world) in a test harness that mirrors your production environment. Benchmark both peak and sustained workloads, monitor thermal behaviour and collect latency percentiles (99th/99.9th) to ensure the drive meets your SLA targets. If you plan to use Gen4 NVMe lanes, test on Gen4-capable hardware to evaluate the true performance envelope.

Firmware strategy and rolling updates

Establish a firmware testing plan: stage updates on a subset of hosts, run extended soak tests under realistic loads, and use vendor release notes to understand fixes and potential incompatibilities. Coordinate firmware updates with maintenance windows and ensure backups before large-scale changes.

Security, compliance and data governance

Encryption and key management

The MTFDKCC1T9TFR-1BC1ZABDA Micron 7400 Pro supports hardware-based encryption and secure erase capabilities. Pairing hardware encryption with an enterprise key management system (KMS) simplifies compliance with data protection standards while keeping performance overhead low. Verify supported encryption standards and KMS compatibility for your regulatory environment.

Sanitization and end-of-life handling

For regulated environments, follow Micron’s guidance for secure erase and sanitization or use validated cryptographic erase procedures. Maintain documented procedures for drive retirement, chain-of-custody and secure destruction if required by policy.

Where the 7400 Pro excels

The Micron 7400 Pro excels in read-centric enterprise workloads that need a combination of capacity, NVMe Gen4 performance and enterprise-grade reliability. Its availability across multiple form factors and strong vendor support make it a pragmatic choice for mixed server fleets and environments that want a single SSD family across varying chassis designs.

Consider other models or vendors

If your workload is extremely write-intensive (high continuous DWPD), consider higher-endurance SSDs or models specifically marketed for heavy write endurance. Also evaluate alternatives if you need extremely low-latency tail behaviour under ultra-high queue depths — in those cases, compare published latency percentiles across competitive enterprise SSD offerings and independent third-party reviews. Real-world performance and supportability should drive final selection.

Micron 7400 Pro 1.92TB compatible with PCIe Gen3 systems

Yes the drive is backwards compatible with PCIe Gen3 hosts, but peak Gen4 throughput will not be achievable on Gen3 controllers. Verify host BIOS/motherboard NVMe to ensure proper enumeration and boot compatibility if the drive is used as a system/boot device. The 7400 family supports hardware-based security features; refer to the specific SKU’s datasheet for supported encryption standards and any regional firmware or export-controlled options.

Many enterprise-class Micron SSDs carry multi-year warranties (commonly 3–5 years) and are backed by Micron’s enterprise support channels and authorized reseller policies. Confirm the warranty duration and RMA procedure for the exact part number and purchase region at the time of procurement.