xw4400 The HP xw4400 Workstation eliminates the need to compromise performance for value. Featuring new Intel Core microarchitecture, now in both Dual- and Quad-Core configurations, the HP xw4400 Workstation delivers significant performance gains while reducing typical power consumption. Engineered to meet the ever-increasing computing demands of engineers, architects, designers, video editors and power users, the HP xw4400 is delivered in a quiet, convertible, tool-less access chassis which is easy to use, service, and upgrade.
|
xw6400 The HP xw6400 is distinguished by what has been taken away: size, power demands, heat and noise, making this new mid-range workstation the ideal solution for space and power constrained environments. Added are new Quad-Core Intel Xeon Processor 5300 Series or Dual-Core Intel Xeon Processor 5100 Series and the new Intel 5000X chipset delivering the performance you need today with the expandability and configuration flexibility for adapting to tomorrow.
|

|

|
xw8400 Our highest-performing Intel Xeon processor-based workstation, the HP xw8400 meets your most demanding computational and visualization needs. Based on revolutionary new Quad-Core technology, the HP xw8400 Workstation offers a full range of the latest professional graphics, the OS that best fits your requirements and the reliability assured by HP’s close partnering with a wide variety of hardware and software vendors. Delivered in our innovative tool-less chassis, the HP xw8400 is the ultimate in Intel dual-core performance and easy expandability.
|
xw9400 The HP xw9400 Workstation delivers high-end personal workstation performance and advanced visualization for compute-intensive environments. Supporting uncompromised dual PCIe x16 graphics and Dual Core AMD Opteron processors, the HP xw9400 meets the combined needs for computational and visualization power and I/O performance. The HP xw9400 Workstation is delivered in a highly expandable dual-socket chassis featuring an extremely efficient, easy to maintain, tool-less access design.
|

|

|