
Safe Checkout
Secure Payments
Fast Delivery
Order Today
Free Shipping
Across the US
Easy Returns
Hassle-Free
DZ554A - HP / LSI Logic LSI20320 SCSI PCI-X Controller Card
- LSI Logic LSI20320 Chipset
- SCSI PCI-X Controller Card
- High-performance connectivity
- Supports SCSI devices
- PCI-X interface
- Reliable data transfer
Free Ground Shipping
(Within US)
We process POs for Government Agencies, Enterprises, Data Centers and SMBs.
Bulk Purchase Inquiries
Large-Scale Fleet Deployment Support
Product Overview
The HP / LSI Logic DZ554A is a SCSI PCI-X Controller Card, specifically the LSI20320 model. It provides a high-performance interface for connecting SCSI devices to servers and workstations equipped with PCI-X slots.
Technical Information
| Part Number | DZ554A |
| Brand | HP / LSI Logic |
| Product Type | SCSI PCI-X Controller Card |
Additional Specifications
| Chipset | LSI20320 |
| Interface | PCI-X |
Product Description
The DZ554A, also known as the HP / LSI Logic LSI20320, is a robust SCSI controller card designed for systems featuring PCI-X expansion slots. The PCI-X interface offers significantly higher bandwidth compared to standard PCI, making this controller ideal for high-performance storage applications that demand rapid data throughput. It enables servers and workstations to connect to a wide array of SCSI peripherals, including hard drives, tape drives, and optical drives. Leveraging the LSI Logic LSI20320 chipset, this controller card is engineered for reliability and speed. It supports advanced SCSI features, ensuring efficient data management and robust connectivity for critical data storage and retrieval tasks. The card is designed to handle demanding workloads, providing a stable and high-speed link between the host system and its SCSI storage devices. This controller card is a valuable component for environments that require high-performance SCSI connectivity, such as in enterprise servers, workstations used for data-intensive tasks, or storage arrays. Its PCI-X compatibility ensures it can be integrated into systems designed for maximum performance, offering a reliable solution for expanding storage capabilities.
