K2P93A HPE 1.2TB 10K RPM SAS SFF Hard Drive with Tray

HPE 1.2TB 10K RPM SAS 12GBPS SFF HDD

The HPE K2P93A is a high-performance 1.2TB 10K RPM SAS 12Gbps Small Form Factor (SFF) hard disk drive with tray, designed for enterprise-level storage solutions. Built for reliability and speed, it is ideal for data-intensive applications.

General Information

• Manufacturer: HPE
• Part Number: K2P93A
• Device Type: Hot-Swap Hard Disk Drive

Technical Specifications

• Capacity: 1.2TB
• Interface: Serial Attached SCSI (SAS)
• Tray Type: 3PAR
• Enclosure: 8000 Series - 2.5-inch

Performance Features

• High-speed data transfer with 12Gbps SAS interface
• Optimized for enterprise workloads
• Hot-swappable design for minimal downtime
• Reliable 10K RPM spindle speed for consistent performance

Compatibility and Supported Models

ProLiant SAS G1-G7 2.5" SFF Drives

Available Variants

• ProLiant SAS 36GB 3G 10K 2.5"
• ProLiant SAS 36GB 3G 15K 2.5"
• ProLiant SAS 72GB 3G 10K 2.5"
• ProLiant SAS 72GB 3G 15K 2.5"
• ProLiant SAS 72GB 6G 15K 2.5"
• ProLiant SAS 146GB 3G 10K 2.5"
• ProLiant SAS 146GB 6G 10K 2.5"
• ProLiant SAS 146GB 3G 15K 2.5"
• ProLiant SAS 146GB 6G 15K 2.5"
• ProLiant SAS 300GB 3G 10K 2.5"
• ProLiant SAS 300GB 6G 10K 2.5"
• ProLiant SAS 300GB 6G 15K 2.5"
• ProLiant SAS 300GB 12G 15K 2.5"
• ProLiant SAS 450GB 6G 10K 2.5"
• ProLiant SAS 500GB 6G 7.2K 2.5"
• ProLiant SAS 600GB 6G 10K 2.5"
• ProLiant SAS 600GB 12G 10K 2.5"
• ProLiant SAS 900GB 6G 10K 2.5"
• ProLiant SAS 900GB 12G 10K 2.5"
• ProLiant SAS 1TB 6G 7.2K 2.5"
• ProLiant SAS 1.2TB 6G 10K 2.5"
• ProLiant SAS 1.2TB 12G 10K 2.5"

HPE K2P93A 1.2TB 10K RPM SFF Hard Disk Drive Overview

The HPE K2P93A 1.2TB 10K RPM SAS 12Gbps SFF Hard Disk Drive with Tray represents a refined balance of performance, reliability, and scalability tailored for enterprise-grade environments. Designed for compatibility with HPE ProLiant servers and storage systems, this category of high-speed SAS drives plays a critical role in modern data centers where consistent throughput and low latency are essential. Businesses managing transactional databases, virtualization workloads, and mission-critical applications rely heavily on such drives to ensure uninterrupted performance and data integrity. This category encompasses high-performance small form factor drives that deliver efficient storage density without compromising speed or durability.

Understanding 10K RPM SAS Drives in Enterprise Environments

The 10K RPM rotational speed defines a mid-tier performance class within enterprise hard drives, striking a balance between high-speed access and cost efficiency. Drives in this category, including the HPE K2P93A, are engineered to handle intensive read and write operations, making them suitable for workloads that require frequent data access. SAS technology further enhances the drive’s capabilities by providing faster data transfer rates and improved command queuing compared to traditional SATA interfaces. This combination ensures that systems using these drives can maintain high performance even under heavy load conditions.

Benefits of SAS 12Gbps Interface Technology

The 12Gbps SAS interface represents a significant advancement over earlier generations, enabling faster data transfer rates and improved bandwidth utilization. This technology ensures that bottlenecks are minimized when handling large volumes of data, which is critical in enterprise environments. The HPE K2P93A drive leverages this interface to deliver consistent performance across various applications, including database management systems, enterprise resource planning solutions, and cloud infrastructure deployments. Its compatibility with dual-port connections also enhances redundancy and availability, making it ideal for mission-critical operations.

Small Form Factor Advantages in Data Centers

The small form factor design of this category allows for higher storage density within server racks, enabling organizations to maximize their infrastructure without expanding physical space. This is particularly valuable in data centers where efficiency and scalability are key considerations. The compact size of the HPE K2P93A drive does not compromise its performance, as it is engineered to deliver enterprise-level reliability while optimizing space utilization. This makes it a preferred choice for organizations looking to scale their storage capabilities without increasing operational complexity.

Advanced Error Correction and Data Integrity

Data integrity is paramount in enterprise storage systems, and SAS drives like the HPE K2P93A incorporate sophisticated error correction technologies to safeguard information. These mechanisms detect and correct data anomalies during transmission, reducing the risk of corruption and ensuring accurate data retrieval. This level of reliability is essential for industries such as finance, healthcare, and telecommunications, where data accuracy directly impacts operational outcomes.

Rotational Vibration Protection

In multi-drive environments, rotational vibration can significantly affect performance and reliability. The HPE K2P93A category addresses this challenge through advanced vibration sensors and compensation algorithms. These features enable the drive to maintain consistent performance even when installed alongside multiple high-speed drives in a single chassis. This capability is crucial for maintaining system stability and ensuring predictable performance across all storage components.

Thermal Optimization for Continuous Operation

Thermal management is another critical factor in enterprise storage systems. Drives in this category are designed with efficient heat dissipation mechanisms to prevent overheating and ensure long-term reliability. By maintaining optimal operating temperatures, the HPE K2P93A drive reduces the risk of hardware failure and extends the lifespan of the storage infrastructure. This makes it a dependable choice for environments that require continuous operation without interruption.

Compatibility with HPE ProLiant and Storage Systems

One of the key advantages of the HPE K2P93A drive is its seamless integration with HPE ProLiant servers and storage arrays. This compatibility ensures that organizations can deploy the drive without extensive configuration or compatibility concerns. The included tray further simplifies installation, allowing for quick and secure mounting within supported systems. This ease of integration reduces downtime and enables organizations to scale their storage infrastructure efficiently.

Plug-and-Play Deployment with Preconfigured Tray

The inclusion of a preconfigured tray enhances the usability of the drive by enabling straightforward installation. This feature is particularly beneficial for IT teams managing large-scale deployments, as it reduces the time and effort required to integrate new storage components. The tray is designed to align perfectly with HPE server bays, ensuring secure placement and optimal connectivity.

Key Optimization for Enterprise Workloads

The HPE K2P93A 1.2TB SAS drive is engineered to handle a wide range of enterprise workloads, from transactional databases to virtualization platforms. Its 10K RPM speed ensures rapid data access, while the SAS interface provides high throughput and low latency. This combination enables organizations to maintain optimal performance even under demanding conditions, ensuring that applications run smoothly and efficiently.

Database and Transaction Processing Efficiency

For database-driven applications, the ability to quickly access and process data is critical. The HPE K2P93A drive delivers the performance required to handle complex queries and high transaction volumes, making it an ideal choice for database management systems. Its reliability ensures that data remains accessible and consistent, supporting the needs of modern enterprises.

Virtualization and Cloud Infrastructure Support

Virtualization environments require storage solutions that can handle multiple workloads simultaneously. The HPE K2P93A drive provides the performance and reliability needed to support virtual machines and cloud-based applications. Its ability to maintain consistent performance under heavy load makes it a valuable component of modern IT infrastructures.