MZ3LO7T6HBLT-00AD3 Samsung 7.68TB PCIE Gen5 NVMe RI E3.S SSD

Samsung PM1743 7.68TB SSD

The Samsung MZ3LO7T6HBLT-00AD3 7.68TB PCIe Gen5 NVMe Read Intensive TLC E3.S SSD is engineered for high-performance computing environments. This enterprise-grade solid state drive combines massive storage capacity with cutting-edge PCIe Gen5 technology, ensuring lightning-fast data transfer speeds and consistent reliability for mission-critical workloads.

General Details 

• Brand: Samsung
• Model Number: MZ3LO7T6HBLT-00AD3
• Category: Internal Solid State Drive

Technical Specifications

Storage Capacity

• Generous 7.68TB digital storage space
• Perfect for large-scale applications and intensive workloads

Form Factor

• Compact 2.5-inch design
• Optimized for space-saving server environments

Interface

• PCIe 5.0 x4 E3.S connectivity
• Next-generation interface for ultra-fast communication

Encryption & Security

• TCG Opal 2.0 compliance
• Advanced data protection for secure enterprise operations

Performance Metrics

Random Read Speed

• Delivers up to 2,500,000 IOPS
• Exceptional responsiveness for database queries and analytics

Random Write Speed

• Handles up to 300,000 IOPS
• Efficient for transactional workloads and logging systems

Sequential Operations

Sequential Read Throughput

• Achieves up to 14,000 MB/s
• Ideal for streaming large datasets and virtualization tasks

Sequential Write Throughput

• Reaches up to 6,000 MB/s
• Supports rapid backups and content creation workflows

Reliability & Endurance

Data Protection

• Integrated data loss protection mechanisms
• Ensures integrity during unexpected power failures

Durability

Mean Time Between Failures

• Rated at 2,500,000 hours
• Designed for long-term operational stability

Total Bytes Written

• Endurance of 14,016TB
• Supports heavy-duty enterprise workloads

Drive Writes Per Day

• 1 DWPD over a 5-year lifecycle
• Balanced endurance for read-intensive applications

Samsung MZ3L07T6HBLT-00AD3 PM1743 7.68TB SSD

The Samsung MZ3L07T6HBLT-00AD3 PM1743 7.68TB PCIe 5.0 x4 NVMe E3.S 2.5-inch read intensive solid state drive belongs to a next-generation enterprise storage category engineered for extreme data throughput, ultra-low latency, and consistent performance under demanding server workloads. This category highlights a shift in modern data center infrastructure where storage solutions are no longer simple repositories of digital information, but rather agile performance engines driving cloud computing, virtualization, artificial intelligence, and analytics. As organizations produce and process more data every second, having a storage platform that meets high endurance expectations and predictable response times is essential.

E3.S PCIe 5.0 NVMe Enterprise SSD

This category of enterprise drives introduces E3.S form factor technology, offering internal server scalability and superior airflow optimization. Designed primarily for hyperscale data centers and enterprise IT facilities, these drives reduce space limitations while improving performance density. The PCIe 5.0 interface in this series enables double the bandwidth of PCIe 4.0 architecture and is optimized for emerging workloads that require real-time processing. The architecture supports multiple queue depths and parallel command execution, accelerating database indexing, virtualization layer switching, and large-scale distributed storage.

Enhanced PCIe 5.0 Architecture for Intensive Workloads

With PCIe 5.0 technology, the Samsung PM1743 delivers significant improvements over previous NVMe generations. This architecture enhances link bandwidth, lowers latency across transaction layers, and reduces CPU overhead through a more efficient data transport pipeline. For enterprise computing environments, this translates into faster application response, reduced bottlenecks during peak traffic, and stable performance across extended processing cycles.

Server Platforms Optimized for Next-Gen PCIe Storage

Servers adopting PCIe 5.0 storage technology benefit from optimized hardware acceleration, enabling multi-threaded programs and distributed cloud workloads to access data without interruption. Data-intensive industries such as financial transaction processing, genome sequencing, scientific simulation, and machine learning rely on uninterrupted throughput, and this drive category fulfills those needs with exceptional consistency.

Consistent Low-Latency Data Transmission

Latency-sensitive operations demand predictable response times. In this drive category, latency reductions support performance-critical services like edge computing and large-scale AI inference. The Samsung PM1743 demonstrates more reliable access to frequently used data blocks and maintains operational integrity even when handling complex enterprise-level queue trees.

7.68TB Capacity Tier

The 7.68TB capacity category balances storage density and cost-efficiency for read intensive usage models. Enterprise data storage systems using this capacity tier prioritize rapid data retrieval, high access concurrency, and sustained throughput for long-term operational cycles. This capacity is suitable for high-volume environments including infrastructure-as-a-service, container-based application services, file indexing systems, and data lake architectures where storage nodes must support terabytes of unstructured and semi-structured datasets.

Ideal Use Cases for Read Intensive NVMe Enterprise Storage

Read intensive enterprise NVMe drives support workloads where read operations drastically outweigh write operations. Suitable facilities include streaming media distribution, content delivery networks, telemetry monitoring, real-time trading engines, and large-scale AI model hosting. The read heavy environment ensures that storage media retains performance efficiency while minimizing write endurance consumption.

Sustained Performance for Continuous Server Uptime

Modern enterprise data environments demand devices engineered for continuous-on operation without failure. The working temperature, error correction, and firmware-level management ensure the drive remains stable during nonstop service execution. Firmware-based monitoring and multi-layer data integrity mechanisms provide an additional safeguard to extend component life while preserving application uptime.

Enterprise Data Throughput Capabilities

The PM1743 category supports tremendous throughput levels with improved queue handling logic. When placed in multi-tenant cloud servers, drives in this segment maintain throughput consistency across simultaneous workloads, allowing IT administrators to scale operational processes without forcing service interruptions or performance degradation.

E3.S 2.5-Inch Enterprise Form Factor

The E3.S 2.5-inch SSD category represents a new generation of enterprise storage designed to replace traditional U.2 and E1.S layouts. Improved PCB thermal distribution and optimized internal airflow allow large storage arrays to maintain cooler operation, reducing cooling overhead and extending hardware lifespan. Dense server chassis that adopt this form factor reduce physical footprint and simplify maintenance cycles.

Thermal Efficiency and Cooling Improvements

Heat dissipation remains one of the principal concerns for storage administrators. E3.S designs optimize airflow patterns, improve contact surface thermal conduction, and reduce hot spot concentration. This lowers power consumption and sustains transfer speed stability while running computationally intensive operations.

Higher Performance per Rack Unit

Data centers aim to improve IOPS per watt ratios and increase performance density. This category supports improved rack organization, remote manageability, and predictive service intervals. Administrators can deploy more storage nodes per rack without surpassing thermal or electrical limitations that traditionally restrict deployment.

Infrastructure Ready for Next-Generation Cloud Expansion

The E3.S platform accelerates cloud adoption, updating infrastructure readiness for growing AI inference workloads, hybrid multi-cloud ecosystems, application microservices architectures, and software-defined storage.

Samsung PM1743 Series Reliability and Security Enhancements

The PM1743 category prioritizes endurance, secure data retention, and encryption. Hardware-level security modules ensure encryption key processing and tamper protection. Enterprise facilities benefit from firmware that supports secure erase, sanitization, and remote trust management. Data confidentiality is critical for regulated industries such as government, telecommunications, healthcare, and banking.

High-Availability Reliability Mechanisms

This drive category integrates enterprise-grade error recovery, adaptive thermal throttling, and sustained performance governance. These mechanisms deliver predictable response rates, regardless of workload cycles or power-state transitions. Stability ensures minimal downtime for mission-critical systems.

Endurance Architecture for Read Intensive Deployments

The NAND endurance model is tailored for environments with high-volume read patterns, maintaining sufficient write cycles for indexing, metadata updates, and journaling operations. The endurance design ensures long-term reliability while providing powerful read efficiency under heavy server load.

Data Integrity and Power Loss Protection

Power loss protection mechanisms preserve buffered data and reduce file corruption risks. Enterprise servers must ensure that uncommitted transactions, write caches, and metadata tables remain safe. This category includes safeguards to prevent data structure corruption, protecting organizations from operational downtime.

NVMe Storage for Artificial Intelligence and Cloud Workloads

AI-driven computing relies on extremely fast data access from high-performance SSDs. Enterprise AI models ingest millions of data points requiring immediate read operations across numerous data layers. This category supports neural processing inference, real-time analytics, and distributed AI frameworks. Cloud platforms must scale workload layers dynamically, and NVMe PCIe 5.0 storage provides necessary throughput.

Data Center Virtualization and Container Acceleration

Virtual machines and container deployments require persistent storage that scales with workload migration. The PM1743 category improves hypervisor and container orchestration speed. Virtual workloads can be migrated faster across nodes, enhancing availability and load balancing.

Edge Computing and Latency-Sensitive Applications

Edge architecture moves data processing closer to the request source, lowering transfer latency and enhancing real-time decision systems. Retail analytics, autonomous systems, and smart city applications depend on low-latency NVMe response times within this SSD category.

Enterprise Storage Integration and Deployment Flexibility

This category is compatible with advanced server platforms and optimized for cloud management frameworks. Hot-swap capability streamlines maintenance cycles, while NVMe over Fabrics compatibility increases deployment flexibility across multi-node clusters. This category supports infrastructure modernization and simplifies storage lifecycle management strategies.

Software-Defined Storage Adaptation

Enterprises shifting to software-defined storage environments need hardware with consistent throughput. This SSD category integrates with SDS platforms, enabling policy-based provisioning and data-tiering automation.

Reduced Total Cost of Ownership

Long-term cost savings arise from reduced cooling expenses, improved power efficiency, and simplified upgrades. Cloud service providers and hyperscale operations benefit financially from improved density per rack, reducing space and power consumption over large deployments.