SSDPE21K750GAT Intel 750GB Optane DC P4800x Series U.2 SSD

Intel Optane DC P4800X 750GB SSD 

Discover blazing-fast storage performance with the Intel SSDPE21K750GAT 750GB Optane DC P4800X Series. Engineered for enterprise-grade reliability and speed, this internal solid-state drive leverages PCIe 3.0 x4 and NVMe protocol for optimal data throughput.

Product Details

• Brand: Intel Corporation
• Model Number: SSDPE21K750GAT
• Drive Category: Internal Solid-State Drive

Hardware Specifications

Storage Capacity and Physical Format

• Total Storage: 750 Gigabytes
• Drive Size: U.2 15mm Form Factor

Interface and Protocol

• Connection Type: PCI-Express 3.0 x4
• Data Protocol: NVMe (Non-Volatile Memory Express)

Memory Architecture

• Technology Used: 3D XPoint Memory

Performance Metrics

Sequential Data Transfer Rates

• Read Speed (100%): Up to 2500 MB/s
• Write Speed (100%): Up to 2200 MB/s

Random Access Speeds

• Random Read IOPS: 550,000 (4K Block Size)
• Random Write IOPS: 550,000 (4K Block Size)

Security and Data Protection

• Encryption Protocol: AES 256-bit Hardware Encryption

Reliability and Endurance

Operational Longevity

• MTBF (Mean Time Between Failures): 2 Million Hours
• Unrecoverable Bit Error Rate (UBER): Less than 1 sector per 10¹⁷ bits read

Choose Intel Optane P4800X SSD

• Exceptional performance for data-intensive workloads
• Advanced memory design for ultra-low latency
• Enterprise-level durability and reliability
• Secure data encryption for enhanced protection
• Optimized for servers, cloud computing, and high-performance systems

Intel SSDPE21K750GAT 750GB DC P4800x PCIE Overview

The Intel SSDPE21K750GAT 750GB Optane DC P4800x Series is a high-performance internal solid-state drive designed for enterprise-class storage solutions. Built with 3D XPoint memory technology, this U.2 NVMe drive leverages PCI-Express 3.0 x4 lanes to deliver ultra-low latency and exceptional endurance, making it ideal for data-intensive workloads. This category of SSDs is tailored for applications requiring both high throughput and low response times, ensuring optimal performance in data centers, cloud environments, and high-frequency trading platforms.

Advanced Performance and Technology

3D XPoint Memory Architecture

The Intel Optane DC P4800x Series employs 3D XPoint memory, a revolutionary non-volatile memory technology that bridges the gap between DRAM and NAND storage. Unlike traditional NAND-based SSDs, 3D XPoint enables significantly lower latency and higher endurance. Users can expect consistent, high-speed performance even under sustained heavy workloads, allowing businesses to achieve faster transaction processing and reduced data bottlenecks.

NVMe over PCIe 3.0 x4 Interface

This internal SSD utilizes the NVMe protocol over a PCIe 3.0 x4 interface, which facilitates a direct, high-speed connection to the CPU. The NVMe protocol is specifically designed to take advantage of low-latency, high-bandwidth SSDs, improving data access speeds for applications that require rapid read and write operations. By supporting multiple I/O queues, this technology ensures superior parallel processing capabilities for server and enterprise environments.

Advanced Data Protection

Intel has integrated multiple layers of data protection into the Optane DC P4800x Series. End-to-end data path protection ensures that data integrity is maintained from the host system through to the memory cells. Additionally, power loss protection mechanisms safeguard against unexpected shutdowns, preserving in-flight data and preventing corruption. This makes these drives reliable choices for enterprise storage systems that demand continuous uptime.

Optimized for Enterprise Applications

Data Center Acceleration

In large-scale data centers, where massive amounts of data must be processed rapidly, these Optane drives accelerate workload performance. By acting as a high-speed caching layer or primary storage medium for latency-sensitive applications, the Intel P4800x Series improves the overall responsiveness of servers. Applications such as AI inference, real-time analytics, and big data platforms see immediate benefit from this optimized storage solution.

Virtualization and Cloud Workloads

The Intel SSDPE21K750GAT is fully capable of supporting multiple virtual machines and cloud-based applications concurrently. Its combination of endurance, speed, and reliability ensures that each virtual instance experiences minimal latency, maintaining seamless performance for users and enterprise applications alike. Cloud service providers leverage this capability to enhance service delivery and improve operational efficiency.

Scalability and Integration

U.2 Form Factor and Compatibility

The U.2 interface ensures broad compatibility with modern server infrastructure, enabling easy integration into existing data center environments. This form factor provides hot-swappable functionality, allowing drives to be replaced or upgraded without downtime, which is crucial for enterprises requiring continuous operations. Compatibility with multiple platforms also simplifies deployment across different server models.

Key Features and Benefits

Unmatched Latency and Speed

The Intel Optane DC P4800x Series consistently delivers nanosecond-level latency, which significantly reduces data access times compared to conventional NAND SSDs. This advantage is particularly important for databases and workloads requiring immediate data retrieval, where delays can impact business operations and service quality.

Exceptional Durability for Enterprise Workloads

With a high endurance rating, these drives are capable of handling sustained write-intensive workloads without degradation. Enterprises relying on frequent data updates, logging, and real-time analytics can trust that these drives will maintain consistent performance over long periods, ensuring both reliability and longevity.

Optimized for Mixed Workloads

The Intel Optane DC P4800x excels in environments where mixed workloads are prevalent. Its balanced architecture allows for high-speed random reads, sequential writes, and sustained heavy I/O operations without sacrificing performance. This flexibility makes it a suitable solution for diverse enterprise applications, including online transaction processing, content delivery networks, and large-scale caching.