01D23 Dell 4TB 7.2K RPM SATA 6GBPS 512N Internal Hard Drive With Tray

Highlights of Dell 01D23 4TB 7.2K RPM SATA 6GBPS LFF HDD

The Dell 01D23 4TB SATA hard disk drive is a reliable enterprise storage solution designed for Dell PowerEdge servers. With a 7,200 RPM spindle speed, SATA 6Gbps interface, and 3.5-inch form factor, this hot-plug HDD delivers stable performance, large storage capacity, and efficient data handling for modern data center workloads.

General Product Information

• Manufacturer: Dell
• Part Number: 01D23
• Product Type: Enterprise Hot-Plug Hard Drive

Technical Specifications

• Storage Capacity: 4TB
• Interface Type: SATA 6GBPS
• Form Factor: 3.5-Inch Slots
• Sector Format: Advanced Format 512n
• Enclosure Type: Internal Hot-Plug Drive
• Spindle Speed: 7,200 RPM
• External Transfer Rate: Up to 600 Mbps
• Interface Speed: SATA 6Gb/s
• Drive Type: Hot-Plug Enterprise HDD
• Data Optimization: Stable sequential throughput
• Hot-Plug Support: Yes

Compatibility

Supported Server Models

• Dell PowerEdge C6420
• Dell PowerEdge R440
• Dell PowerEdge R540
• Dell PowerEdge R640
• Dell PowerEdge R6415
• Dell PowerEdge R740
• Dell PowerEdge R740xd
• Dell PowerEdge R7415
• Dell PowerEdge R7425

Products Overview of Dell 01D23 Enterprise SATA Storage HDD

Dell 01D23 4TB 7.2K RPM SATA 6GBPS 512n 3.5Inch Form Factor Hot Plug Hard Drive with Tray for 14G PowerEdge Server is engineered for enterprise storage environments that require a balance between high capacity, stable performance, and cost efficient scalability. This hard drive is designed for workloads that prioritize large data storage volumes combined with consistent access performance in server environments. It is widely used in data centers, backup systems, archival storage pools, virtualization clusters, and enterprise file storage infrastructures.

Four Terabyte Capacity Enterprise Storage

The 4TB storage capacity provides a strong foundation for enterprise level bulk storage requirements, enabling organizations to store large volumes of structured and unstructured data efficiently. This capacity is ideal for archival storage, backup repositories, media storage systems, surveillance data retention, and enterprise file sharing platforms. It allows enterprises to reduce physical drive count while increasing total storage density per server chassis. This improves infrastructure efficiency and reduces overall storage management complexity in large scale environments.

Seven Thousand Two Hundred RPM

The 7200 RPM rotational speed provides a balanced performance profile optimized for nearline storage environments where consistent data access is more important than ultra low latency performance. This speed ensures stable read and write operations for sequential workloads and large file transfers. It delivers reliable throughput for backup operations, data archiving, and bulk storage processing tasks. The mechanical design ensures consistent performance across long duration workloads commonly found in enterprise storage systems.

SATA Six Gigabit Interface Enterprise

The SATA 6Gbps interface provides reliable and efficient data communication between the hard drive and enterprise server systems. It ensures stable bandwidth delivery for sequential and mixed workloads while maintaining compatibility with enterprise storage controllers. The interface supports error detection mechanisms that help maintain data integrity during transmission. This makes the drive suitable for cost optimized enterprise environments where reliability and scalability are essential requirements.

Dell PowerEdge 14G Server System

This hard drive is fully optimized for Dell PowerEdge 14th generation server platforms, ensuring seamless integration into enterprise infrastructure environments. Compatibility validation ensures stable firmware alignment and predictable system behavior across supported configurations. Administrators can deploy the drive within existing Dell server ecosystems without requiring complex configuration adjustments. Native compatibility ensures operational stability and reduces deployment risk in enterprise storage environments.

Three Point Five Inch Form Factor High Capacity Storage

The 3.5-inch form factor enables high capacity storage deployment in enterprise server environments where large volume storage is required. This design allows for efficient storage scaling while maintaining mechanical stability and thermal efficiency. The larger physical size supports higher platter density, enabling cost effective storage expansion. This form factor is commonly used in nearline storage systems where capacity is prioritized over extreme performance.

Hot Plug Tray System Continuous Availability

The included hot plug tray enables drive installation and replacement without powering down the server, ensuring continuous system availability. This feature is essential for enterprise environments where downtime must be minimized or eliminated. Secure tray mounting ensures proper alignment and stable mechanical operation during drive activity. Hot plug capability enhances maintenance efficiency and supports uninterrupted enterprise operations.

Enterprise Workload Processing Continuous

Dell 01D23 is designed to support continuous enterprise workloads with stable and predictable performance behavior across long operational cycles. It is optimized for sequential data processing, backup operations, and large file storage environments. The firmware and mechanical architecture ensure consistent throughput even under sustained workload conditions. This stability is essential for enterprise environments that require reliable long term storage performance.

Sequential Data Processing High Volume Storage

The drive is optimized for sequential read and write operations, making it highly effective for large data transfers and bulk storage workloads. This capability ensures efficient performance in backup systems, archival storage, and data replication environments. Sequential optimization reduces mechanical stress and improves throughput consistency during continuous operations. It enhances overall storage efficiency in enterprise nearline applications.

Advanced Durability System Architecture

The Dell 01D23 incorporates enterprise grade mechanical components engineered for durability and long operational lifespan. Precision balanced platters, stable spindle motors, and robust actuator systems ensure reliable data access under continuous workloads. These components are designed to withstand long term usage in enterprise environments where reliability is critical. Mechanical stability ensures consistent performance over extended operational cycles.

Thermal Regulation Stability Control

Efficient thermal management is essential for maintaining consistent storage performance in enterprise environments. The drive is engineered to operate within stable temperature ranges while dissipating heat effectively during continuous use. Proper thermal control ensures long term reliability and reduces component stress. Stable operating temperatures contribute to improved system lifespan and consistent performance behavior.

Enterprise Data Integrity Protection and Reliable Information

Data integrity is a key requirement in enterprise storage systems, and Dell 01D23 is designed with advanced error detection and correction mechanisms. These systems ensure accurate data storage and retrieval across all workloads. SATA 6Gbps communication includes integrity verification processes that reduce the risk of data corruption. This makes the drive suitable for enterprise applications where data accuracy is essential.

Enterprise Consolidation Storage Performance

Dell 01D23 supports virtualization environments where multiple workloads share a common storage infrastructure. Its balanced performance characteristics ensure stable operation of virtual machines without storage bottlenecks. Consistent throughput enables efficient consolidation of workloads in enterprise environments. This improves infrastructure utilization and reduces hardware overhead in data centers.

Scalable Storage Expansion Enterprise Infrastructure

The drive can be deployed within larger storage arrays to support scalable enterprise infrastructure expansion. SATA compatibility ensures integration into multi drive storage systems without performance instability. This scalability allows organizations to increase storage capacity while maintaining operational efficiency. It supports long term infrastructure planning and resource optimization strategies.

Enterprise Operation Balanced Power Consumption

The Dell 01D23 is designed to deliver reliable storage performance while maintaining efficient power consumption suitable for enterprise environments. Balanced energy usage helps reduce operational costs and supports sustainable data center operations. Lower power consumption also contributes to reduced heat output and improved system cooling efficiency. This makes it suitable for large scale enterprise deployments.

Continuous Availability High Uptime Enterprise

Enterprise storage environments require continuous data availability, and this drive is engineered to meet high uptime expectations. Hot plug capability, durable mechanical design, and stable SATA communication ensure uninterrupted operation during maintenance or workload changes. Continuous availability supports business continuity and ensures service level compliance in enterprise infrastructures.

Dell Firmware Storage Integration

Dell validated firmware ensures compatibility with PowerEdge server environments and provides stable integration with enterprise management tools. Administrators can monitor drive health, performance, and operational status through centralized management systems. This improves infrastructure visibility and simplifies storage management. Validated firmware ensures predictable performance and reduces deployment risks.

Tray Based Deployment System

The included tray system allows for efficient installation and replacement procedures within Dell PowerEdge servers. Proper alignment ensures mechanical stability and reduces installation complexity. This improves service efficiency and minimizes downtime during maintenance operations. Tray based deployment supports structured enterprise hardware management practices.