SSDPE21K015TA Intel 1.5TB Optane DC P4800x 2.5inch PCI-E NVMe SSD

Intel SSDPE21K015TA 1.5TB Optane DC P4800x SSD

The Intel SSDPE21K015TA is a high-performance 1.5TB Optane DC P4800x Solid State Drive designed for enterprise environments requiring ultra-low latency, exceptional endurance, and sustained high-speed storage. This 2.5-inch U.2 NVMe SSD combines Intel's proprietary 3D XPoint memory technology with PCI Express 3.0 x4 interface, delivering unmatched performance for demanding workloads.

Technical Specifications

• Manufacturer: Intel
• Part Number: SSDPE21K015TA
• Device Type: Internal Solid State Drive
• Form Factor: U.2 2.5-inch
• Interface: PCI Express 3.0 x4 (NVMe)
• Memory Type: 3D XPoint
• Capacity: 1.5TB

Product Features

• Ultra-low latency for accelerated data access
• High endurance for enterprise-scale applications
• Optimized for database and transactional workloads
• Seamless integration with PCIe NVMe architecture
• Advanced 3D XPoint memory technology for reliable performance

Performance Specifications

Read and Write Performance

• Sequential Read Speed (100%): Up to 2,500 MB/s
• Sequential Write Speed (100%): Up to 2,200 MB/s
• Random Read IOPS (4K blocks): 550,000 IOPS
• Random Write IOPS (4K blocks): 550,000 IOPS

Data Protection and Encryption

• 256-bit AES encryption standard for secure data storage
• Protection against unauthorized access and data theft

Reliability and Endurance

Long-Term Durability

• Mean Time Between Failures (MTBF): 2 million hours
• Uncorrectable Bit Error Rate (UBER): Less than 1 sector per 10¹⁷ bits read
• Exceptional endurance for heavy read/write workloads

Enterprise-Grade Reliability

• Optimized for high-performance servers and data centers
• Minimizes downtime with resilient hardware design
• Consistent performance under continuous operational load

Advantages of Intel Optane DC P4800x

Accelerated Storage Solutions

• Reduces latency for mission-critical applications
• Speeds up transactional databases and analytics
• Improves responsiveness for virtualization and cloud workloads

High-Performance Use Cases

• Data-intensive computing and AI applications
• High-frequency trading systems requiring rapid data access
• Enterprise-grade storage for database servers
• Accelerated caching for large-scale IT infrastructures

Compatibility and Integration

• Supports PCI Express 3.0 x4 NVMe interfaces for modern servers
• Plug-and-play ready for U.2 2.5-inch form factor devices
• Compatible with leading enterprise storage solutions and operating systems

Optimized Memory Architecture

• Intel 3D XPoint memory ensures high endurance and low latency
• Maintains consistent performance under mixed workloads
• Delivers near-memory speeds with persistent storage reliability

Key Benefits for Enterprise Users

• Maximizes server efficiency with ultra-fast data access
• Reduces total cost of ownership by extending storage lifespan
• Ensures data security with advanced encryption and protection standards
• Supports demanding workloads for AI, ML, and real-time analytics

Intel SSDPE21K015TA NVMe Solid State Drive

The Intel SSDPE21K015TA 1.5TB Optane DC P4800x 2.5inch PCI-E NVMe Solid State Drive is engineered for enterprise-grade performance, designed to deliver unprecedented speed, endurance, and reliability. This high-capacity NVMe SSD integrates Intel's innovative Optane memory technology, offering a transformative solution for data-intensive workloads, from high-frequency trading to large-scale databases.

Advanced Optane Technology

Intel’s Optane DC technology is based on 3D XPoint memory, providing a unique combination of high throughput, low latency, and endurance that surpasses traditional NAND SSDs. This technology ensures that frequently accessed data can be quickly retrieved, significantly reducing the time for read and write operations in high-performance computing environments. The P4800x series represents the pinnacle of Intel’s Optane innovation, offering superior performance in both random and sequential workloads.

Persistent Memory Benefits

The persistent memory architecture of the Intel SSDPE21K015TA allows it to maintain data integrity even in the event of power interruptions. Unlike standard NAND-based SSDs, Optane DC drives provide consistent low latency across a wide range of workloads. This capability is particularly critical for enterprise applications requiring fast access to large datasets, such as in-memory databases, analytics platforms, and virtualization environments.

Latency and Throughput Optimization

With the Intel SSDPE21K015TA, latency is dramatically reduced, enabling near-instantaneous data access. The drive’s PCIe NVMe interface allows for peak throughput that supports demanding enterprise applications. Sequential read and write speeds reach the multi-gigabyte per second range, while random read IOPS performance remains exceptionally high, ensuring smooth operation under intensive workloads. The drive is optimized to handle both mixed workloads and sustained high-intensity operations without performance degradation.

Enterprise Reliability and Endurance

Durability and reliability are core strengths of the Intel Optane DC P4800x series. The SSDPE21K015TA is designed for extreme endurance, supporting millions of write operations without failure. Its advanced error correction, wear leveling, and power-loss protection features enhance reliability, making it ideal for enterprise storage systems, cloud data centers, and mission-critical applications. The drive’s endurance rating ensures long-term performance stability, reducing total cost of ownership in enterprise deployments.

Data Security and Protection

Intel integrates comprehensive data protection technologies into the SSDPE21K015TA. The drive supports encryption features to safeguard sensitive data while maintaining performance. Built-in power-loss data protection prevents data corruption during unexpected outages, ensuring that transactions and critical information remain secure. Furthermore, the drive complies with rigorous enterprise standards for reliability, safeguarding data integrity across diverse workloads.

Thermal and Power Efficiency

The Intel SSDPE21K015TA is designed to operate efficiently under demanding thermal conditions. Its power management features allow for optimized energy usage without sacrificing performance. The drive’s thermal management mechanisms prevent overheating during continuous heavy workloads, maintaining optimal operating temperatures. Power efficiency is particularly advantageous for data centers where energy consumption is a critical operational cost.

NVMe PCIe Interface Advantages

The PCIe NVMe interface of the Intel SSDPE21K015TA provides a direct communication path to the CPU, eliminating bottlenecks associated with SATA interfaces. This high-speed interface supports multiple lanes for data transfer, maximizing throughput and reducing latency. NVMe technology ensures efficient parallel processing of commands, making the drive suitable for applications requiring rapid data retrieval and real-time processing.

High-Performance Storage Solutions

The Intel SSDPE21K015TA is positioned as a high-performance solution for enterprise storage environments. It excels in scenarios involving transactional databases, high-speed caching, and virtualized server environments. By delivering a consistent performance profile under heavy workloads, it supports multiple simultaneous users and applications without slowing down operations. The drive’s robust architecture enables data centers to achieve higher efficiency and responsiveness.

Workload Optimization

This Optane DC SSD is specifically engineered for a wide variety of workloads. It efficiently handles mixed workloads with high write and read demands, offering balanced performance across all storage operations. Applications such as SAP HANA, Oracle databases, and large-scale virtualization platforms benefit from the low latency and high endurance, improving overall system responsiveness and reliability. IT administrators can deploy these drives in mission-critical systems without fear of bottlenecks or data loss.

Enterprise Application Acceleration

By leveraging the Intel SSDPE21K015TA, organizations can accelerate data-intensive applications. The drive reduces data access times, improving database query speeds and accelerating analytics processes. Its consistent performance under high-load conditions ensures that critical applications maintain peak efficiency, enhancing overall productivity. Enterprises benefit from faster response times, lower latency, and improved user experiences.

Scalability and Integration

Intel Optane DC drives, including the SSDPE21K015TA, offer seamless integration into existing storage infrastructures. The drive supports scalable deployment, enabling IT professionals to expand storage capacity without sacrificing performance. Multiple drives can be configured in RAID setups or integrated into enterprise servers to deliver high-performance storage clusters. Scalability ensures that growing workloads and data volumes are managed efficiently.

Compatibility with Modern Server Architectures

The SSDPE21K015TA is fully compatible with modern server platforms, providing support for NVMe protocols and standardized form factors. Its 2.5-inch design ensures that it can fit into most enterprise server chassis, while PCIe connectivity delivers superior performance compared to traditional storage solutions. Compatibility with contemporary server architectures allows organizations to deploy these drives in both new and existing systems, maximizing the value of hardware investments.

System-Level Efficiency

Integration of the Intel SSDPE21K015TA into enterprise systems enhances overall system efficiency. By reducing storage latency and accelerating data access, the drive allows processors to handle tasks more effectively. Workload distribution becomes more balanced, minimizing bottlenecks and improving system throughput. Enterprises benefit from increased operational efficiency, enabling faster processing of critical tasks and improved service levels.

Comparison to Traditional NAND SSDs

Unlike traditional NAND SSDs, Intel Optane DC drives utilize 3D XPoint memory, providing advantages in speed, endurance, and consistency. NAND-based SSDs often suffer from performance degradation under sustained workloads, whereas the SSDPE21K015TA maintains predictable performance. This drive excels in scenarios requiring low latency and high random read/write operations, outperforming conventional SSDs in mission-critical enterprise applications.

Performance Consistency

The Intel SSDPE21K015TA is engineered for consistent performance across varying workloads. While NAND SSDs may experience slowdowns during extended use, Optane DC technology ensures that data access times remain predictable. This consistency is crucial for real-time processing, database management, and virtualization environments, where even slight delays can impact productivity and operational efficiency.

Durability and Endurance

Endurance is a critical factor in enterprise storage. The SSDPE21K015TA offers exceptional write endurance, handling millions of I/O operations per day without degradation. Unlike NAND-based SSDs, which can wear out quickly under heavy workloads, Optane DC drives maintain reliable performance over extended periods, reducing the need for frequent replacements and lowering total cost of ownership.

Data Center Optimization

Data centers benefit from deploying Intel Optane DC drives due to their combination of speed, reliability, and endurance. The SSDPE21K015TA reduces latency, accelerates database transactions, and supports high-volume I/O operations without performance loss. Optimizing storage infrastructure with these drives enables IT teams to manage larger workloads efficiently, improve service levels, and reduce operational costs.

Key Use Cases

The Intel SSDPE21K015TA is ideal for a variety of enterprise applications. Its design supports database acceleration, virtualization, high-performance computing, and analytics workloads. The drive is particularly effective for environments where low latency, high throughput, and sustained performance are essential. Organizations in finance, research, and cloud computing can leverage these drives to enhance operational efficiency and maintain competitive advantages.

Database and Analytics Acceleration

The SSDPE21K015TA accelerates both transactional and analytical databases. By providing near-instantaneous access to frequently used data, the drive reduces query times and accelerates analytics workloads. This performance boost is essential for business intelligence, real-time analytics, and large-scale reporting, enabling enterprises to derive insights more rapidly and make data-driven decisions with confidence.

Virtualization and Cloud Computing

Virtualized environments benefit from the low-latency, high-endurance capabilities of the Intel SSDPE21K015TA. Multiple virtual machines can operate concurrently without encountering storage bottlenecks, enhancing server density and operational efficiency. In cloud computing environments, the drive ensures fast access to virtualized resources, supporting responsive and scalable cloud services.

High-Performance Computing (HPC)

For high-performance computing applications, the SSDPE21K015TA delivers consistent and predictable performance. Scientific simulations, engineering computations, and data-intensive research workflows benefit from accelerated read and write operations. The drive’s reliability and endurance ensure that HPC clusters maintain peak efficiency, minimizing downtime and maximizing computational output.