0DW18 Dell 3.84TB SATA 6GBPS Read Intensive TLC Hot-plug SSD.

Dell 0DW18 3.84TB SATA-6GBPS Read Intensive 512e TLC Hot-plug SSD Overview

The Dell 0DW18 3.84TB SATA-6GBPS Read Intensive 512e TLC Hot-plug SSD is designed to deliver outstanding performance, efficiency, and reliability for modern data-driven environments. This enterprise-grade solid-state drive is optimized for read-intensive workloads, offering businesses faster access to data, reduced latency, and seamless scalability. Built with Triple-Level Cell (TLC) NAND technology and advanced 512e sector formatting, it combines high storage capacity with durability, making it ideal for demanding IT infrastructures.

General Specifications

• Manufacturer: Dell
• Part Number: 0DW18
• Storage Capacity: 3.84TB
• Interface: SATA-6GBPS
• Product Type: Solid State Drive (SSD)

Technical Highlights

Storage and Architecture

• Capacity: 3.84TB
• NAND Flash Type: Triple Level Cell (TLC)
• Form Factor: 2.5-Inch
• Interface Type: SATA-6GBPS
• DWPD: 1 Drive Write Per Day
• Endurance Classification: Read Intensive

Performance Metrics

• External Data Transfer Rate: 600 Mb/s
• Sequential Read Speed: Up to 555 Mb/s
• Sequential Write Speed: Up to 530 Mb/s

Benefits of Dell 0DW18 SSD

• High capacity of 3.84TB, ideal for enterprise storage expansion
• Hot-plug support for simplified maintenance and reduced downtime
• Read-intensive endurance, optimized for applications with frequent read cycles
• Efficient SATA-6GBPS interface ensuring reliable connectivity
• Excellent balance of speed and endurance for data-driven workloads

System Compatibility

The Dell 0DW18 3.84TB SSD is fully compatible with a wide range of Dell PowerEdge servers, ensuring seamless integration in enterprise environments. Below are some supported models:

Supported Dell PowerEdge Servers

• PowerEdge R230
• PowerEdge R230xl
• PowerEdge R330
• PowerEdge R330xl
• PowerEdge R430
• PowerEdge R630
• PowerEdge R730
• PowerEdge R730xd
• PowerEdge R730xd XL
• PowerEdge R830
• PowerEdge T430
• PowerEdge T440
• PowerEdge T630
• PowerEdge T640

Key Features of Dell 0DW18 SSD

• Massive 3.84TB storage capacity for enterprise applications.
• SATA-6Gbps interface for reliable high-speed data transfer.
• Read Intensive performance tailored for data-heavy workloads.
• Hot-plug functionality for easy maintenance and replacement.
• 512e advanced format enabling compatibility with modern systems.
• TLC NAND technology balancing cost, endurance, and performance.

High Storage Density for Enterprise Systems

Businesses require greater storage density in compact form factors, and the Dell 0DW18 addresses this demand effectively. With a 3.84TB capacity in a 2.5-inch design, it fits seamlessly into rack-mounted servers and data center infrastructures. This level of capacity is beneficial for hosting large databases, virtual desktop infrastructures, content delivery platforms, and cloud applications.

Reliable SATA-6Gbps Connectivity

Featuring a SATA-6Gbps interface, this SSD ensures compatibility with a wide range of enterprise servers and storage arrays. While SATA may not be as fast as NVMe, it provides a reliable and cost-effective storage option for businesses that require stable throughput and wide adoption across existing infrastructure.

Performance Advantages

The Dell 0DW18 SSD offers significant performance improvements compared to traditional spinning hard drives. By eliminating mechanical parts, it ensures faster response times, reduced latency, and better overall system efficiency. Its read-intensive nature is particularly suitable for environments where read operations dominate.

Optimized for Read-Intensive Applications

Designed with read-intensive workloads in mind, this SSD is perfect for:

• Big data analytics and reporting systems
• Cloud storage platforms
• Virtualization environments
• Streaming and content delivery networks
• Web server applications

Enhanced System Responsiveness

With high read performance, the Dell 0DW18 ensures fast boot times, quick data retrieval, and improved application responsiveness. This helps IT administrators reduce downtime and deliver better end-user experiences.

Low Latency Data Access

The SSD reduces latency dramatically compared to mechanical HDDs. This is especially important for applications that require real-time processing and high availability. The result is smooth, uninterrupted data access across multiple workloads.

Durability and Endurance

Built with TLC NAND flash technology, the Dell 0DW18 balances endurance, cost, and performance. Its read-intensive profile ensures longevity, making it an excellent choice for applications where read operations far exceed writes. This design not only extends the lifecycle of the drive but also reduces total cost of ownership.

Hot-Plug Capability

The hot-plug feature allows IT teams to replace or add the SSD without shutting down servers. This ensures:

• Continuous uptime for mission-critical systems
• Faster maintenance and hardware upgrades
• Reduced risk of service interruptions
• Seamless scalability for growing storage demands

512e Advanced Format Benefits

The 512e (512-byte emulation) format improves storage efficiency and compatibility. By emulating 512-byte sector sizes while physically using 4K sectors, it provides:

• Improved error correction for data protection
• Compatibility with legacy applications and operating systems
• Optimized space utilization for large datasets

Enterprise-Grade Reliability

The Dell 0DW18 SSD is built with enterprise-class reliability in mind. It integrates advanced error correction, wear-leveling technologies, and power-loss protection to safeguard mission-critical data. These features make it an ideal choice for organizations seeking dependable storage solutions.

Power-Loss Data Protection

Unexpected power outages can compromise data integrity. This SSD incorporates safeguards to preserve stored information during power disruptions, ensuring business continuity and minimizing risk.

Error Correction and Data Integrity

Advanced error correction algorithms enhance reliability by detecting and correcting bit errors. This ensures that data remains accurate, even under heavy workloads.