SSDPE2KE032T801 Intel 3.2TB PCI Express NVME 3.1 X4 U.2 15MM 3D2 TLC Solid State Drive.

Highlights of Intel 3.2TB NVMe PCIe SSD

The Intel SSDPE2KE032T801 is a high-capacity 3.2TB solid-state storage device designed for enterprise-grade performance. Utilizing PCI Express NVMe 3.1 x4 interface and built with 3D2 TLC NAND technology, this internal SSD ensures rapid data access and reliability for demanding workloads.

Manufacturer Details

• Brand Name: Intel
• Model Number: SSDPE2KE032T801
• Category: Internal Solid-State Drive

Technical Specifications

• Total Storage: 3.2 Terabytes
• Energy Consumption: 13.8 Watts (Active), 5 Watts (Idle)
• Memory Type: 3D TLC NAND Flash
• Connectivity: PCIe Gen 3.1 x4 (NVMe Protocol)

Physical Attributes

• Mass: 139 grams
• Size: 100mm × 70mm × 15mm
• Design Format: 2.5-inch U.2 with 15mm height

Performance Metrics

Data Transfer Speeds

• Sequential Read: Up to 3,200 MB/s
• Sequential Write: Up to 3,050 MB/s

Reliability & Longevity

• Mean Time Between Failures (MTBF): 2 million hours

Environmental Conditions

Operating Temperature Range

• Minimum Temperature: 0°C
• Maximum Temperature: 55°C

Intel SSDPE2KE032T801 3.2TB PCIe NVMe U.2 TLC SSD Overview

The Intel SSDPE2KE032T801 3.2TB Solid State Drive represents the cutting-edge of enterprise-grade storage solutions, optimized for high-performance computing environments. Utilizing the PCI Express NVMe 3.1 interface, this drive delivers exceptional speed, reliability, and endurance for data-intensive applications. Designed with a U.2 15MM form factor, the SSD seamlessly integrates into modern servers and storage arrays, providing enterprises with robust storage capabilities that meet rigorous operational demands.

Advanced Performance

Equipped with a PCIe 3.1 x4 interface, the Intel SSDPE2KE032T801 offers unparalleled data transfer speeds, enabling faster access to large datasets. This interface allows simultaneous multiple command queues, reducing latency and ensuring efficient handling of high-volume read and write operations. The result is improved application performance and reduced bottlenecks in demanding server environments.

3D2 TLC NAND Technology for Enhanced Endurance

The SSD leverages Intel’s 3D2 TLC NAND flash, which stacks memory cells vertically to maximize storage density and maintain high reliability. This advanced memory technology enhances endurance, allowing the drive to handle extensive write cycles while preserving data integrity. Enterprises benefit from lower maintenance costs and longer operational lifespans compared to traditional SSD technologies.

NVMe Optimization for Enterprise Workloads

Designed to exploit the NVMe protocol, the Intel 3.2TB U.2 SSD reduces command overhead and maximizes parallel processing capabilities. This ensures consistent low-latency performance for database management, virtualization, and real-time analytics. The NVMe architecture improves CPU efficiency by minimizing I/O wait times, enabling faster completion of complex computational tasks.

Reliability and Data Protection

End-to-End Data Integrity

Intel’s SSDPE2KE032T801 is engineered with end-to-end data protection features that ensure the integrity of stored information. From initial write operations to retrieval, the drive employs sophisticated error correction codes and internal monitoring to detect and correct potential data corruption. This reliability is critical for mission-critical systems where data accuracy is paramount.

Optimized Form Factor

U.2 15MM Compatibility for Rack Servers

The 15MM U.2 form factor allows the SSD to fit seamlessly into high-density server configurations. Its compact design is ideal for modern data centers that demand high-capacity storage without sacrificing space. This form factor also supports hot-swappable functionality, enabling administrators to replace or upgrade drives with minimal downtime.

Integration with Enterprise Storage Solutions

Intel’s 3.2TB NVMe SSD integrates with a wide range of enterprise storage solutions, including RAID arrays and converged infrastructure systems. Its U.2 interface and NVMe support facilitate fast deployment and interoperability, ensuring that storage administrators can scale their environments without compatibility concerns.

High-Performance Databases and Transactional Systems

The SSD is particularly well-suited for database workloads that require low latency and high IOPS. Transactional systems benefit from the drive’s rapid response times, ensuring faster query execution and improved user experiences. Enterprises running mission-critical applications can rely on the drive for consistent and predictable performance.