MTFDLCE7T6THG-1BP1DFCYY Micron 7.68TB E1.S 15mm PCIe NVMe SSD

Highlights of Micron MTFDLCE7T6THG-1BP1DFCYY 7.68TB NVMe

The Micron MTFDLCE7T6THG-1BP1DFCYY 7600 Pro Series 7.68TB E1.S NVMe SSD is a next-generation enterprise storage solution built for high-performance servers and data center environments. Featuring PCIe Gen5 x4 NVMe v2.0 architecture and advanced Micron G9 TLC NAND, this solid state drive delivers exceptional throughput, ultra-low latency, and reliable endurance for modern workloads.

General Information

• Manufacturer: Micron
• Series: 7600 Pro
• Part Number: MTFDLCE7T6THG-1BP1DFCYY
• Product Type: Enterprise Solid State Drive
• Sub Type: NVMe E1.S 15mm PCIe

Technical Specifications

• Total Capacity: 7.68TB
• Form Factor: E1.S (15mm)
• Interface: PCIe Gen5 x4
• Protocol: NVMe v2.0d

Performance and Throughput

• Sequential Read: Up to 12,000 MB/s
• Sequential Write: Up to 7,000 MB/s
• Random Read: Up to 2.1M IOPS
• Random Write: Up to 400K IOPS
• 70/30 Mixed Workload: Up to 700K IOPS

Latency and Endurance

• Typical Read Latency: 75 µs
• Typical Write Latency: 15 µs
• Total Endurance: 14,000 TBW

Compatibility

Supported System Platforms

• Enterprise Servers with EDSFF Support
• Data Center Storage Systems
• Cloud and Virtualization Infrastructure
• High-Performance Computing (HPC) Platforms

Backplane and Interface Requirements

• E1.S (EDSFF) 15mm compatible drive bays
• PCIe Gen5 x4 connectivity support
• NVMe v2.0 compatible controllers and backplanes
• Proper airflow and power delivery for E1.S form factor

Overview of Micron MTFDLCE7T6THG-1BP1DFCYY E1.S TLC SSD

The Micron MTFDLCE7T6THG-1BP1DFCYY 7600 Pro Series 7.68TB E1.S 15mm PCIe Gen5 1x4 NVMe v2 TLC Solid State Drive belongs to the ultra-high-performance enterprise SSD category engineered for next-generation data center architectures. This category focuses on maximizing throughput, minimizing latency, and delivering predictable performance under sustained workloads while maintaining high storage density and operational efficiency. As part of the EDSFF E1.S ecosystem, this class of SSDs is designed to support modern cloud, hyperscale, and edge computing infrastructures that demand scalable performance, hot-swap serviceability, and future-ready interface technologies.

E1.S Form Factor and EDSFF Design Philosophy

The E1.S form factor is a key component of the Enterprise and Datacenter Standard Form Factor initiative, created to address limitations of legacy storage designs while aligning with modern server and accelerator architectures. Unlike traditional U.2 or M.2 drives, E1.S SSDs provide a balance between compact footprint, improved airflow, and higher power envelopes. The 15mm height of this Micron 7600 Pro Series drive enables enhanced thermal management, ensuring consistent performance even during prolonged high-load operations.

Advantages of E1.S in Dense Server Environments

E1.S SSDs are optimized for front-accessible, hot-swappable deployments, allowing data center operators to service storage devices without disrupting system uptime. Their compact yet robust design supports higher drive counts per chassis, improving storage density while maintaining serviceability. This design is particularly beneficial in cloud and hyperscale environments where rapid scalability, ease of maintenance, and efficient space utilization are essential.

Mechanical and Electrical

The E1.S specification supports higher power budgets than legacy compact form factors, enabling PCIe Gen5 SSDs to operate at full performance without thermal throttling. Improved connector design and standardized dimensions ensure consistent compatibility across platforms, reducing integration complexity for OEMs and system integrators.

PCIe Gen5 1x4 Interface and NVMe v2 Protocol

The Micron 7600 Pro Series operates on a PCIe Gen5 1x4 interface, delivering a substantial increase in bandwidth compared to Gen4-based SSDs. This interface allows the drive to fully leverage the capabilities of modern CPUs and memory subsystems, ensuring that storage performance does not become a bottleneck in data-intensive workloads. NVMe v2 further refines command efficiency, queue management, and power optimization, making this category ideal for highly parallelized enterprise applications.

Bandwidth Scaling with PCIe Gen5

PCIe Gen5 doubles the per-lane throughput of Gen4, enabling significantly higher sequential and random performance. This bandwidth expansion is critical for workloads such as AI model training, real-time analytics, and high-speed data ingestion pipelines, where large volumes of data must be transferred rapidly between storage and compute resources.

NVMe v2 Enhancements

NVMe v2 introduces improvements in namespace management, command sets, and power state control. These enhancements allow enterprise SSDs to operate more efficiently under mixed workloads, supporting multiple tenants and applications with varying performance requirements. The Micron 7600 Pro Series benefits from these protocol refinements, delivering consistent low-latency access even at high queue depths.

7.68TB TLC NAND Capacity and Data Density

The 7.68TB capacity positions this SSD within the high-density enterprise storage segment, offering ample space for large datasets, virtual machine images, container layers, and application data. Triple-Level Cell NAND technology provides a balance between cost efficiency, endurance, and performance, making it well suited for read-intensive and mixed-use enterprise workloads.

Storage Consolidation Benefits

High-capacity SSDs enable organizations to consolidate storage resources, reducing the total number of drives required to meet capacity demands. This consolidation lowers power consumption, simplifies cabling, and improves overall data center efficiency. With 7.68TB per drive, administrators can design scalable storage architectures that minimize physical complexity while maximizing usable capacity.

Data Placement and Tiering Strategies

Large-capacity NVMe SSDs support advanced data tiering strategies, allowing frequently accessed data to reside on high-performance storage while less active data is migrated to secondary tiers. This approach optimizes performance and cost efficiency, ensuring that critical workloads benefit from low-latency access without overprovisioning premium storage resources.

Performance Characteristics for Enterprise Workloads

The Micron 7600 Pro Series category is defined by its ability to deliver sustained high performance across a wide range of enterprise workloads. PCIe Gen5 connectivity, combined with advanced controller architecture and optimized firmware, enables exceptional sequential throughput and strong random I/O performance. These characteristics are essential for applications that require predictable response times and high transaction rates.

Sequential Performance and Data Streaming

High sequential read and write speeds are critical for workloads involving large file transfers, backup and restore operations, and data replication. The Micron 7600 Pro Series supports rapid data movement, reducing processing delays and improving overall system throughput in data-intensive environments.

Random I/O and Transaction Processing

Random I/O performance directly impacts database operations, virtualization platforms, and metadata-heavy applications. This SSD category delivers low latency and high IOPS, ensuring responsive access to small data blocks and efficient handling of concurrent transactions. These capabilities improve application responsiveness and user experience in enterprise systems.

Endurance, Reliability, and Data Integrity

Enterprise SSD categories prioritize durability and data integrity to support continuous operation in mission-critical environments. The Micron 7600 Pro Series incorporates advanced wear leveling, error correction, and health monitoring features that extend drive lifespan and maintain consistent performance over time.

Wear Leveling and Flash

Intelligent wear leveling algorithms distribute write operations evenly across NAND cells, reducing localized wear and preventing premature failure. Effective garbage collection and write amplification management ensure that performance remains stable even under sustained write workloads.

ECC and Data Protection

Advanced error correction mechanisms detect and correct data errors at the hardware level, preserving data integrity and system stability. These features are essential for enterprise applications where data accuracy and availability are paramount.

Thermal Design

As performance increases with PCIe Gen5 SSDs, power efficiency and thermal management become critical design considerations. The Micron 7600 Pro Series balances high performance with optimized power consumption, enabling dense deployments without excessive energy use or heat generation. NVMe v2 power management features allow the SSD to transition between power states based on workload demand. This dynamic power control reduces energy consumption during idle periods while maintaining rapid responsiveness when performance is required.

Thermal Stability in High-Density Deployments

The 15mm E1.S form factor supports effective airflow and cooling solutions commonly used in modern data centers. This thermal stability ensures sustained performance and prevents throttling during prolonged high-load operations.

Integration with Modern Server Architectures

The Micron 7600 Pro Series E1.S SSD is designed for seamless integration with next-generation servers and storage platforms. Compatibility with industry-standard NVMe drivers and management tools simplifies deployment and ongoing maintenance across diverse IT environments.

Container Platforms

This SSD category integrates smoothly with virtualization platforms, container orchestration systems, and software-defined storage solutions. High performance and low latency support multi-tenant environments and dynamic workload allocation. Enterprise-grade firmware supports health monitoring, performance tracking, and predictive maintenance. Administrators can monitor endurance metrics and error rates to proactively manage storage resources and minimize downtime.

Use Cases Across Enterprise and Cloud Environments

The Micron 7600 Pro Series category serves a wide range of use cases, including cloud infrastructure, AI and machine learning, real-time analytics, and high-performance computing. Its combination of capacity, speed, and reliability makes it suitable for both primary storage and performance-critical data tiers.

Data Analytics

AI and analytics workloads require rapid access to large datasets and intermediate results. High-throughput PCIe Gen5 NVMe storage accelerates data pipelines, shortens training cycles, and improves real-time analytics performance.

Cloud and Hyperscale Deployments

Cloud service providers benefit from high-density, front-accessible SSDs that support scalable storage pools and diverse tenant workloads. The Micron 7600 Pro Series enables efficient resource utilization and consistent performance across shared infrastructure.

Storage Strategy

The Micron MTFDLCE7T6THG-1BP1DFCYY 7600 Pro Series 7.68TB E1.S 15mm PCIe Gen5 1x4 NVMe v2 TLC Solid State Drive category represents a forward-looking approach to enterprise storage. By combining next-generation interface technology, high-density capacity, and enterprise-grade reliability, this category supports evolving workload demands and long-term infrastructure planning. Organizations adopting E1.S PCIe Gen5 SSDs position themselves to meet future performance requirements, scalability challenges, and operational efficiency goals while maintaining a resilient and adaptable storage foundation.