Portable Hp Hp Ag638-04500 4gb Fiber Channel Dual Bus I/o Module 461494-005 Ag638-60410 689192545386 - Today Only [r4ZzVCLg]

HP HP AG638-04500 4GB Fiber Channel Dual Bus I/O Module

Experience unparalleled data transfer and storage efficiency with the HP HP AG638-04500 4GB Fiber Channel Dual Bus I/O Module. This cutting-edge module is designed to enhance the performance of your server, ensuring smooth and reliable data handling. With its advanced Fiber Channel technology and dual bus architecture, it delivers lightning-fast data throughput and exceptional reliability, making it an ideal choice for high-performance computing environments.

• Advanced Fiber Channel Technology provides a robust and efficient data transfer solution.
• Dual Bus Architecture offers enhanced performance and reduced latency.

Product Specifications and Technical Details

The HP HP AG638-04500 4GB Fiber Channel Dual Bus I/O Module boasts a 4GB memory capacity, ensuring ample storage space for your data-intensive applications. Its Model: AG638 04500 and MPN: 461494 005 make it easily identifiable and compatible with a wide range of HP server systems. This module is crafted by EK, a renowned manufacturer known for its high-quality components, and is proudly branded by HP. Despite not having a UPC, its unique features and capabilities make it a standout choice in the market.

• 4GB Memory Capacity for efficient data storage and processing.
• Model: AG638 04500 and MPN: 461494 005 for easy identification and compatibility.

Practical Applications and Benefits

Whether you are managing a large enterprise or running a high-performance computing environment, the HP HP AG638-04500 4GB Fiber Channel Dual Bus I/O Module is the perfect solution for your needs. Its dual bus architecture and advanced Fiber Channel technology ensure seamless data transfer, minimizing downtime and optimizing productivity. This module is ideal for scenarios where high-speed data access and reliable performance are critical, such as data centers, financial institutions, and research facilities.

• Seamless Data Transfer for enhanced productivity.
• High-Speed Data Access in demanding computing environments.