MZ-WLJ3T8A Samsung PM1733 3.84TB PCIE 4.0 2.5Inch Internal SSD

Overview of Samsung PM1733 MZ-WLJ3T8A 3.84TB NVME SSD

The SAMSUNG PM1733 MZ-WLJ3T8A 3.84TB PCIE Gen4 NVME enterprise solid state drive is engineered for modern data centers, virtualization environments, cloud platforms, and enterprise-level workloads that require ultra-fast throughput, low latency, and dependable endurance. Designed with PCI Express 4.0 x4 NVME technology, this internal SSD delivers remarkable transfer speeds and high IOPS performance for mission-critical applications. Built in a compact 2.5-inch form factor, the Samsung PM1733 series combines advanced NAND flash architecture with enterprise-grade reliability, making it suitable for servers, enterprise storage arrays, hyperscale infrastructure, and high-performance computing systems.

General Information

• Manufacturer: Samsung
• Part Number: MZ-WLJ3T8A
• Product Type: Solid State Drive

Technical Specifications

• Storage Capacity: 3.84TB
• Device Model: PM1733
• Form Factor: 2.5-Inch
• Interface: PCI Express 4.0 x4 NVME
• Enterprise Class: Yes
• Drive Writes Per Day: 1 DWPD
• Dual PCIE Interface Support

Sequential Read and Write Speed

• Sequential Read Speed: 7000 MB/s
• Sequential Write Speed: 3800 MB/s
• Reduced application loading time
• Accelerated large file processing
• Improved enterprise workflow efficiency

Expansion and Connectivity Specifications

• Interface: PCI Express 4.0 x4 NVMe
• Dual PCIe interface support
• 2.5-inch compatible bay
• Enterprise server compatibility
• Storage array integration support

Performance Specifications

• Sequential Read Speed: Up to 7000 MB/s
• Sequential Write Speed: Up to 3800 MB/s
• Random Read Performance: Up to 1500K IOPS
• Random Write Performance: Up to 135K IOPS

The Samsung MZ-WLJ3T8A PM1733 3.84TB PCIE 4.0 NVME SSD

The Samsung MZ-WLJ3T8A PM1733 3.84TB PCIe 4.0 x4 NVMe 2.5-inch internal SSD is engineered for enterprise-grade data center environments that demand high throughput, low latency, advanced endurance, and dependable long-term operational stability. Built on Samsung’s enterprise storage architecture, the PM1733 series represents a significant advancement in NVMe storage technology by leveraging PCI Express Gen4 bandwidth capabilities for accelerated data access and optimized server responsiveness. This enterprise solid-state drive is designed for hyperscale computing, virtualization infrastructures, cloud storage platforms, artificial intelligence workloads, enterprise databases, analytics systems, and mission-critical transactional environments.

PCIE Gen4 Performance Optimization

PCIE 4.0 technology doubles the available bandwidth compared to PCIE Gen3 storage devices, enabling significantly faster communication between the SSD controller and server processor. The Samsung PM1733 enterprise SSD fully utilizes PCIE 4.0 x4 connectivity to provide accelerated sequential read and write operations while maintaining exceptional random input/output performance for mixed enterprise workloads. High-bandwidth storage connectivity is essential for modern applications that process large-scale datasets, virtual machine clusters, transactional databases, and machine learning algorithms. The PM1733 architecture reduces storage bottlenecks by minimizing data access latency and increasing transfer efficiency across high-performance server environments. Enterprises deploying high-density virtualization infrastructures particularly benefit from reduced storage contention and faster application responsiveness.

3.84TB Capacity

The 3.84TB storage capacity offered by the Samsung MZ-WLJ3T8A configuration provides substantial storage density suitable for enterprise applications that require fast and scalable data access. This capacity tier is commonly deployed in database servers, virtualization hosts, analytics platforms, and enterprise cloud infrastructure where balancing performance with storage efficiency is critical. Organizations managing large datasets can use the 3.84TB PM1733 SSD to consolidate workloads while reducing physical storage footprints inside data centers. Higher-capacity enterprise SSDs help improve rack-level storage density, minimize power consumption per terabyte, and simplify infrastructure scaling strategies. The increased capacity also supports larger application datasets and extended caching capabilities for performance-sensitive workloads.

Advanced NVME Technology

The Non-Volatile Memory Express interface dramatically improves communication efficiency between enterprise storage devices and server processors. The Samsung PM1733 series uses NVME architecture to eliminate legacy storage bottlenecks associated with SATA and SAS technologies. By supporting thousands of parallel command queues and large queue depths, the PM1733 is capable of handling demanding multitasking operations in enterprise environments.

PCIE Gen4 SSD Advantages

The transition from PCIE Gen3 to PCIE Gen4 significantly enhances storage subsystem performance. Samsung PM1733 SSDs leverage PCIE 4.0 x4 connectivity to provide increased data transfer capabilities suitable for enterprise environments with heavy transactional workloads and high concurrency requirements. Applications such as artificial intelligence model training, real-time analytics, financial transaction processing, and high-frequency database operations demand extremely fast storage access. PCIE Gen4 technology supports these requirements by providing higher throughput ceilings and improved sustained performance under continuous workloads.

Benefits of PCIE4.0 Enterprise Storage

Enterprise-grade PCIE 4.0 SSDs deliver multiple operational advantages across data center deployments. Faster read/write operations contribute to reduced application loading times and quicker transaction completion rates. High-bandwidth storage also improves backup performance, data replication efficiency, and disaster recovery processes. In cloud computing environments, faster storage response times improve user experience and reduce latency-related performance degradation. Multi-tenant infrastructures can maintain higher service quality while supporting larger numbers of simultaneous workloads.

Compatibility with Enterprise Servers

The Samsung PM1733 is compatible with a wide range of enterprise-grade servers and storage systems supporting PCIe NVMe U.2 connectivity. This broad compatibility ensures easier deployment across various enterprise environments including rack servers, blade systems, and high-density storage arrays. Modern enterprise server manufacturers increasingly support PCIe Gen4 NVMe SSD integration due to growing demand for accelerated storage performance. The PM1733 aligns with these evolving infrastructure standards.

Hot-Swap Capabilities

Many enterprise server platforms support hot-swappable NVMe SSD configurations, enabling administrators to replace or upgrade storage devices without shutting down the entire system. This capability minimizes operational disruptions and improves data center maintenance efficiency. Hot-swap functionality is particularly valuable within mission-critical environments where uptime requirements remain extremely high. Organizations operating financial services, healthcare systems, and cloud hosting infrastructures benefit substantially from uninterrupted maintenance procedures.

1 DWPD Enterprise Endurance Rating

The Samsung MZ-WLJ3T8A PM1733 enterprise SSD features a 1 Drive Write Per Day endurance specification, making it suitable for intensive enterprise workloads requiring consistent write activity throughout the operational lifecycle of the drive. Enterprise endurance ratings are critical when evaluating storage solutions for transactional databases, virtualization clusters, caching systems, and analytics platforms. A 1 DWPD endurance profile indicates that the SSD can sustain a full drive write every day during the warranty period without compromising operational integrity. This level of endurance is ideal for mixed-use enterprise applications where both read and write performance are essential. Organizations requiring reliable long-term storage performance can deploy the PM1733 in environments with continuous data processing demands.

2.5-Inch U.2 Form Factor

The Samsung PM1733 2.5-inch form factor enables broad compatibility across enterprise server platforms, storage arrays, and data center infrastructure systems. The compact design supports efficient rack integration while simplifying deployment within high-density server configurations. Many enterprise servers are designed specifically to accommodate 2.5-inch NVMe SSDs due to their space efficiency and thermal optimization characteristics. The PM1733 fits seamlessly into enterprise storage architectures requiring scalable performance and consistent operational reliability. The U.2 interface also supports hot-swappable deployment configurations, enabling administrators to replace or upgrade storage devices without powering down entire systems. This capability is critical for maintaining uptime in enterprise environments where service continuity is a priority.

Thermal Management and Cooling Efficiency

Thermal optimization plays a major role in enterprise SSD performance stability. The Samsung PM1733 is engineered to maintain consistent operational characteristics under sustained workloads while supporting efficient heat dissipation within server chassis environments. Enterprise SSDs operating under continuous high-throughput workloads generate substantial thermal output. Proper thermal management ensures performance consistency while protecting NAND flash components and controller circuitry from excessive heat exposure. Samsung incorporates advanced thermal monitoring and management systems to support stable operation in demanding environments.

Data Integrity Features

Enterprise environments require robust data integrity mechanisms to protect critical information from corruption, transmission errors, and unexpected operational disruptions. The Samsung PM1733 incorporates enterprise-level error correction technologies and advanced NAND management systems to maintain reliable data accuracy. End-to-end data protection mechanisms help ensure that information written to the SSD remains consistent throughout storage and retrieval operations. These capabilities are especially important in transactional databases, healthcare systems, financial applications, and enterprise cloud environments handling sensitive information.

Consistent Performance

Many consumer SSDs experience performance degradation under prolonged workloads due to thermal limitations. Enterprise-class drives such as the PM1733 are engineered to sustain consistent throughput during extended operational periods. This sustained performance capability is essential for enterprise backup operations, analytics processing, virtualization clusters, and high-availability databases where predictable storage responsiveness directly impacts operational efficiency.