The HP Workstation xw6400, part number RD689AW, is equipped with an Intel Xeon 5140 processor operating at a frequency of 2.33 GHz. This dual-core processor from Intel’s Xeon 5100 series is based on the Woodcrest microarchitecture, which supports a 1333 MHz front-side bus for enhanced system performance. The system does not come with a pre-installed operating system or memory, offering flexibility for users to configure these based on their specific needs.
Featuring advanced thermal management, the xw6400 is designed with a well-ventilated chassis that ensures optimal cooling during high-performance tasks, making it reliable for demanding workloads. It supports multiple hard drive bays, ideally suited for users in data-intensive industries such as CAD, 3D rendering, or digital content creation, who need extensive storage scalability. The unit also provides PCI Express expansion slots for additional upgrades, allowing the customisation of the system with add-ons like graphics cards, storage controllers, and network components.
Another key feature of the HP xw6400 is its support for DDR2 ECC (Error Correcting Code) memory, increasing system stability by automatically detecting and correcting data corruption issues. This feature is particularly important for professional and business environments, where data integrity is critical. Additionally, the supportive chipset allows it to handle up to a maximum of 32 GB of RAM, given available slots and the use of compatible memory modules.
Designed with versatility and expandability in mind, the HP Workstation xw6400 is a robust platform for users seeking a capable, reliable solution for professional applications. Its Xeon architecture and built-in flexibility make it suitable for various computational tasks while maintaining a highly configurable setup.
EOL Technology Services provides comprehensive support for the HP Workstation xw6400, offering professional services such as replacement parts and assistance with system configuration. Our team helps ensure that your workstation continues to perform optimally, even if you need new or upgraded components.
