Qlogic-Sanblade PX2810403-29 8GB Host Bus Adapter 1 Port Bulk

The QLogic Sanblade PX2810403-29 8Gigabytes(GB) Host Bus Adapter (HBA) is a critical component in modern data storage and networking systems. This device, equipped with 1 port and utilizing Peripheral Component Interconnect Express PCI-E X8 Fibre Channel technology, plays a vital role in facilitating high-speed data transfer and connectivity within a storage area network (SAN). In this comprehensive guide, we will delve into the key features, benefits, and technical aspects of the QLogic Sanblade PX2810403-29 HBA.

The QLogic Sanblade PX2810403-29 HBA boasts an impressive 8Gigabytes per second data transfer rate. This high-speed capability is essential for handling large volumes of data efficiently, making it suitable for demanding enterprise-level applications.

With a single port, this HBA is designed for specific use cases where a singular, high-bandwidth connection is sufficient. This is suitable for scenarios where cost-effectiveness and simplicity are paramount.

The use of PCI-E X8 technology ensures a robust and efficient connection to the host system. The X8 designation indicates that the HBA utilizes eight lanes for data transfer, providing a wider bandwidth compared to the lower lane.

The Fibre Channel technology employed by the QLogic Sanblade PX2810403-29 is crucial for high-performance storage networks. Fibre Channel is known for its reliability and low latency, making it a preferred choice in enterprise environments.

The PCI Express (PCI-E) X8 interface is a high-speed serial computer expansion bus standard that ensures fast and efficient communication between the HBA and the host system. With eight lanes, the X8 provides increased bandwidth, reducing potential data bottlenecks

The 8Gigabytes per second data transfer rate is a testament to the HBA's capability to handle large data workloads. This is particularly advantageous in scenarios where quick access to and transfer of data is critical, such as in virtualized environments or data-intensive applications.

The QLogic Sanblade PX2810403-29 utilizes the Fibre Channel protocol, a high-speed networking technology commonly used in SANs. Fibre Channel ensures reliable and scalable connectivity, making it suitable for enterprise storage solutions where data integrity and performance are paramount.

The single port of this HBA simplifies. In scenarios where a single, high-speed connection meets the requirements, a single-port HBA can offer a cost-effective solution without sacrificing performance.

The 8Gigabytes per second data transfer rate and Fibre Channel connectivity contribute to the high performance of the QLogic Sanblade PX2810403-29 HBA. This makes it well-suited for demanding applications, including databases, virtualization, and data analytics.

Fibre Channel technology is renowned for its reliability and data integrity. The protocol incorporates features such as error detection and correction, ensuring that data is transmitted accurately and without corruption.

The QLogic Sanblade PX2810403-29 HBA's design allows for scalability, making it a viable solution for growing storage needs. Its compatibility with Fibre Channel SANs ensures that it can seamlessly integrate into existing infrastructures as storage requirements expand.

The single port of this HBA provides a cost-effective solution for scenarios where a single connection meets the performance requirements. This makes it an attractive option for businesses looking to balance performance and budget considerations.

The QLogic Sanblade PX2810403-29 HBA is well-suited for enterprise-level storage systems where high performance and reliability are crucial. Its 8Gigabytes per second data transfer rate and Fibre Channel connectivity make it an ideal choice for handling large volumes of data in business-critical applications.

In virtualized environments, where multiple virtual machines contend for resources, the high-speed data transfer capabilities of the QLogic Sanblade PX2810403-29 HBA become particularly beneficial. It ensures that data access and transfer do not become bottlenecks, contributing to the overall efficiency of virtualized infrastructures.

The HBA's ability to handle large data workloads makes it suitable for data-intensive applications, including data analytics and big data processing. Its high-speed data transfer rate allows for quick access to and analysis of large datasets, contributing to faster decision-making processes.

Before, it is crucial to ensure that the host system has an available PCI-E X8 slot compatible with the QLogic Sanblade PX2810403-29 HBA. This ensures optimal performance and compatibility with the host system.

To enable proper communication between the HBA and the host system, it is essential to have the appropriate drivers. These drivers can typically be obtained from the manufacturer's website and should be compatible with the operating system running on the host.

Periodic firmware updates may be released by the manufacturer to improve performance, address potential issues, or introduce new features. It is advisable to check for firmware updates to ensure the HBA operates at its best.

In a SAN environment, proper zoning is essential for optimal performance and security. The QLogic Sanblade PX2810403-29 HBA should be according to the SAN administrator's guidelines, taking into account the specific requirements of the storage infrastructure.

• Manufacturer: Qlogic
• Part Number or SKU# PX2810403-29
• Product Type: Host Bus Adapter

In general, the QLogic Sanblade PX2810403-29 8Gigabytes(GB) Host Bus Adapter stands out as a reliable and high-performance solution for storage area networks. With its 8Gigabytes per second data transfer rate, Fibre Channel connectivity, and single port, it addresses the needs of enterprise-level storage systems, virtualized environments, and data-intensive applications. Its ease of and, coupled with scalability, makes it a valuable component for businesses seeking a cost-effective yet powerful storage solution. By understanding its key features, technical specifications, and benefits, users can make informed decisions regarding its integration into their storage infrastructure, ensuring optimal performance and reliability.