SSDPE2KE032T807 Intel DC P4610 PCIe3.1x4 3D2 TLC 3.2TB SSD

Intel SSDPE2KE032T807 3.2TB PCIE TLC DC P4610 SSD

The Intel SSDPE2KE032T807 3.2TB DC P4610 series SSD represents a new generation of enterprise-class storage engineered to meet the most demanding data center workloads. As part of the Intel Data Center (DC) P4610 family, this NVMe SSD is purpose-built to deliver exceptional speed, reliability, and endurance across read-intensive and mixed-workload applications. Utilizing the advanced PCIe 3.1 x4 interface and NVMe protocol, the SSD ensures high throughput and low latency operations that significantly reduce bottlenecks common in traditional SATA or SAS drives.

Powered by 3D2 TLC NAND flash technology, the Intel SSDPE2KE032T807 brings together large capacity, energy efficiency, and enterprise reliability for mission-critical workloads. Whether deployed in hyperscale cloud infrastructures, enterprise storage arrays, or database servers, it delivers predictable performance under sustained loads. It is optimized for applications such as virtualization, online transaction processing (OLTP), content delivery networks, and big data analytics that demand consistent responsiveness and data integrity.

Reliable Enterprise Architecture for Continuous Operations

The architectural design of the Intel DC P4610 3.2TB SSDPE2KE032T807 focuses on durability, performance balance, and endurance. It integrates end-to-end data path protection, power-loss protection circuitry, and advanced error correction mechanisms. These technologies ensure data reliability, even in the event of unexpected power failures or environmental fluctuations within the data center. Its enterprise-grade controller works in conjunction with Intel robust firmware algorithms to maintain uniform latency and prevent performance degradation over time.

The 3.2TB capacity provides a substantial balance between density and efficiency, allowing data center operators to optimize their storage per rack unit while maintaining manageable thermal output. This SSD can sustain intensive write workloads, making it suitable for mixed-use deployments that require both read and write operations with consistent IOPS.

Advanced NVMe 1.2 Protocol for Streamlined Data Access

By adopting the NVMe 1.2 protocol over PCIe 3.1 x4 lanes, the Intel SSDPE2KE032T807 delivers accelerated data transfer with direct communication between the SSD and the CPU. Unlike SATA-based SSDs that rely on legacy interfaces, this model minimizes command latency and supports parallel data streams through multiple queues, resulting in higher bandwidth and lower CPU overhead. Data-intensive environments benefit from this architecture, especially during simultaneous workloads, virtualization tasks, and data analytics operations where responsiveness is key.

The NVMe interface allows the SSD to reach sequential read speeds exceeding 3,200 MB/s and write speeds up to 2,000 MB/s under optimal conditions. This ensures that server systems equipped with the DC P4610 series experience minimal performance dips during high I/O demand periods. With optimized command sets, queue management, and low-latency transaction handling, the SSD efficiently balances performance across mixed operations while maintaining steady-state performance consistency.

3D2 TLC NAND Flash for Enhanced Efficiency and Longevity

The Intel SSDPE2KE032T807 leverages advanced 3D2 TLC NAND flash memory, which provides a high-density structure that enables increased capacity without compromising endurance. The three-dimensional NAND layering allows more storage cells per chip, improving performance per watt and reducing cost per gigabyte. This architecture enhances write efficiency and extends the SSD’s total bytes written (TBW) rating, ensuring long-term sustainability under continuous workload pressure.

Each NAND cell is precisely managed through wear-leveling and over-provisioning strategies that distribute writes evenly across the drive. This prevents premature cell degradation and preserves consistent performance over its operational lifespan. The drive’s endurance rating makes it an optimal choice for enterprise environments where predictable reliability and minimal downtime are essential for maintaining service-level agreements (SLAs).

Improved Data Protection and Error Correction

Data reliability is paramount in data center operations. The Intel DC P4610 SSD includes end-to-end data path protection and robust ECC (Error Correction Code) algorithms designed to detect and correct data corruption before it affects performance or system stability. Through advanced LDPC (Low-Density Parity-Check) technology, the SSD safeguards data from bit errors, ensuring that stored information maintains integrity even after millions of read/write cycles.

Additionally, the SSD’s internal power-loss protection mechanism prevents data corruption in the event of sudden power interruptions. Integrated capacitors temporarily retain enough charge to complete pending writes to non-volatile media, safeguarding active data and maintaining storage consistency. For environments with strict compliance requirements, this feature adds a critical layer of resilience to protect sensitive enterprise workloads.

Exceptional Performance for Enterprise Applications

When deployed in enterprise servers and data center arrays, the Intel SSDPE2KE032T807 3.2TB P4610 offers transformative improvements in application responsiveness and throughput. With balanced random read/write IOPS and high sustained bandwidth, it is particularly suited for handling mixed-use workloads like virtualization, content indexing, and real-time analytics. The consistent low latency response of under 20 microseconds ensures seamless transaction handling and smooth database operations.

This performance consistency under stress makes it ideal for cloud infrastructure providers that must deliver constant uptime and speed. As workloads scale, the P4610 maintains uniformity of throughput and latency, ensuring predictable application performance. The reduced queue depth sensitivity and enhanced I/O command handling minimize latency spikes during burst activity, ensuring mission-critical operations run efficiently.

Optimized for Read-Intensive and Mixed Workload

In data center scenarios where both read and write tasks occur simultaneously, maintaining consistent throughput is essential. The Intel DC P4610 balances these operations effectively through intelligent caching algorithms and a large DRAM buffer that optimizes data placement. Its firmware dynamically adapts to varying workload types, allowing the SSD to sustain stable IOPS across multiple threads without throttling or thermal slowdowns.

This model’s efficiency is further enhanced by its capability to handle sustained sequential writes and random reads concurrently, which are common in enterprise applications like virtual desktop infrastructure (VDI), content management, and transactional processing systems. The intelligent firmware adapts write amplification to reduce unnecessary NAND wear, maintaining operational integrity across years of continuous use.

Scalability for Modern Data Centers

The 3.2TB capacity of the Intel SSDPE2KE032T807 is designed to meet the scalability needs of growing data centers. Whether integrated into existing infrastructures or used in new deployments, it supports vertical and horizontal scaling with ease. The combination of NVMe architecture and compact 2.5-inch form factor allows data center operators to achieve high storage density while maintaining manageable power and cooling requirements.

Its PCIe 3.1 x4 interface ensures backward compatibility with existing NVMe infrastructure, simplifying integration while providing headroom for bandwidth-intensive applications. As workloads expand and data demands increase, this SSD maintains its consistent performance profile, making it an ideal foundation for long-term infrastructure scalability.

Seamless Compatibility Across Enterprise Platforms

Compatibility is critical in enterprise storage planning. The Intel DC P4610 SSD integrates seamlessly with leading server architectures, storage controllers, and hypervisors. Its NVMe protocol adherence ensures smooth interoperability with mainstream operating systems and virtualization platforms such as VMware, Microsoft Hyper-V, and Linux KVM. The broad compatibility simplifies deployment in mixed environments and allows IT teams to leverage the SSD’s capabilities without extensive customization.

Additionally, the SSD supports advanced namespace management features that enhance virtualization efficiency by allowing multiple virtual machines to access isolated storage partitions with predictable performance. This capability optimizes I/O operations in multi-tenant cloud infrastructures where isolation and performance consistency are vital.

End-to-End Data Protection Architecture

Beyond hardware-based protection, the SSDPE2KE032T807 employs an end-to-end data path protection mechanism that ensures every bit transferred from the host to the NAND array is verified for accuracy. This includes CRC checks, parity validation, and error correction layers embedded within the data path. As a result, the SSD eliminates silent data corruption that can otherwise compromise enterprise storage reliability.

This multi-layered protection architecture extends throughout the entire data lifecycle, providing peace of mind for businesses handling sensitive, mission-critical, or compliance-regulated information. It allows enterprises to maintain consistent service quality, avoid downtime, and reduce maintenance costs associated with data recovery operations.