Buying for your business? Get bulk order discounts - chat with us now.
Buying for your business? Get bulk order discounts - chat with us now.

AG637-63012 HP 4-Port 4Gb Fibre Channel I/O Controller Module EVA4400

SKU:
AG637-63012
Weight: 5.00 lbs
Condition: Refurbished
  • HP StorageWorks EVA4400 4-Port Fibre Channel I/O Controller Module
  • Supports 4 Gbps Fibre Channel data transfer rate
  • Equipped with 4 Fibre Channel ports for high-speed connectivity
  • Designed for HP StorageWorks EVA4400 storage systems
In stock

$279.00

Product Overview

The HP StorageWorks EVA4400 4-Port 4Gb Fibre Channel I/O Controller Module (AG637-63012) is a high-speed storage solution designed for HP EVA4400 storage systems. With four Fibre Channel ports and a data transfer rate of 4 Gbps, it enhances storage connectivity and performance. This controller module ensures efficient data management, making it an ideal choice for enterprises seeking to optimize their storage infrastructure with high-speed Fibre Channel connectivity.

General Information

Brand HP
Part Number AG637-63012

Connectivity & Physical

Weight 5.00
Condition Refurbished


Product Description

The HP StorageWorks EVA4400 4-Port Fibre Channel I/O Controller Module (Part Number: AG637-63012) is designed to enhance the performance and scalability of HP StorageWorks EVA4400 storage arrays. With a data transfer rate of 4 Gbps, this module ensures high-speed and reliable data transmission. It features four Fibre Channel ports, providing seamless connectivity for enterprise-level storage environments. Built for optimal efficiency, this controller module helps manage and distribute data across the EVA4400 storage system, improving storage utilization and system performance.

Key Features

  • 4-Port Fibre Channel I/O Controller Module for HP StorageWorks EVA4400
  • Supports a data transfer rate of up to 4 Gbps for high-speed connectivity
  • Equipped with four Fibre Channel ports for reliable data transmission
  • Optimized for enterprise storage performance and scalability
  • Designed for seamless integration into HP StorageWorks EVA4400 systems
  • Ensures efficient data management and improved storage utilization

The HP StorageWorks EVA4400 4-Port Fibre Channel I/O Controller Module delivers reliable and high-performance data connectivity, making it an essential component for storage environments requiring fast and secure data transfer.


Use Cases

The AG637-63012 HP 4-Port 4Gb Fibre Channel I/O Controller Module is primarily utilized in enterprise-grade storage systems requiring robust and high-speed data throughput. It is well-suited for data centers and IT environments where reliable and scalable storage connectivity is critical, particularly those operating HP StorageWorks EVA4400 arrays.

How It's Used:

  • Connecting multiple servers to EVA4400 storage arrays in large-scale data center environments to support virtualization and heavy I/O workloads.
  • Facilitating SAN (Storage Area Network) setups in enterprise IT infrastructures that demand low latency and high availability for mission-critical applications.
  • Enhancing data replication and backup processes in disaster recovery sites by providing efficient Fibre Channel connectivity.
  • Supporting storage clusters in financial institutions where consistent high-speed access to shared storage resources is essential.
  • Enabling scalable storage expansion in remote office environments that require seamless integration with central data centers.

By integrating this controller module, organizations can maintain operational efficiency and scalability in their storage environments. It ensures consistent high-bandwidth connectivity, which is vital for sustaining performance in complex storage networks and evolving enterprise workloads.


Write Your Own Review
You're reviewing:AG637-63012 HP 4-Port 4Gb Fibre Channel I/O Controller Module EVA4400
Your Rating
Back to Top
AG637-63012 HP 4-Port 4Gb Fibre Channel I/O Controller Module EVA4400
AG637-63012 HP 4-Port 4Gb Fibre Channel I/O Controller Module EVA4400
$279.00