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QLogic FC5010409-09 SANBlade 2GB Single Channel 64-bit 133MHz PCI-X
- 2GB Fibre Channel (FC) speed.
- Single Channel HBA.
- PCI-X 64-bit interface.
- Designed for SAN connectivity.
- Provides high-speed access to storage networks.
- QLogic SANBlade technology.
- Supports 133MHz PCI-X bus.
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Product Overview
The QLogic FC5010409-09 SANBlade is a 2GB Single Channel Fibre Channel Host Bus Adapter (HBA). It is designed for high-speed access to Storage Area Networks (SANs) over a PCI-X interface.
Technical Information
| Interface | Fibre Channel (FC) |
| Speed | 2Gbps |
| Channels | Single |
| Bus Type | PCI-X 64-bit |
Additional Specifications
| Clock Speed | 133MHz |
| Product Type | Host Bus Adapter (HBA) |
| Manufacturer | QLogic |
Product Description
The QLogic FC5010409-09 SANBlade is a high-performance Host Bus Adapter (HBA) engineered for seamless integration into Storage Area Networks (SANs). It operates at 2Gbps Fibre Channel speeds, providing the necessary bandwidth for efficient data transfer between servers and storage devices in a SAN environment. The single-channel design simplifies connectivity while still delivering substantial throughput for demanding storage applications. This HBA utilizes the PCI-X 64-bit interface, operating at a clock speed of 133MHz. This bus architecture was prevalent in high-performance servers and workstations, offering greater bandwidth than standard PCI. The SANBlade technology from QLogic signifies a robust and reliable solution for enterprise storage connectivity, ensuring data integrity and consistent performance critical for SAN operations. Designed for servers requiring direct, high-speed access to shared storage resources, the FC5010409-09 enables servers to connect to SAN fabrics, facilitating centralized storage management and improved data availability. It is a crucial component for environments that rely on SANs for scalability, performance, and data resilience, allowing for efficient data access and management across multiple servers.
