ASUS launches the P6X58-E WS Workstation Motherboard
Proving the Intel® X58 architecture’s enduring potential and value, the P6X58-E WS ships with multi-GPU support for both NVIDIA® SLI™ and AMD CrossFireX™, SATA 6Gb/s and USB 3.0. It also includes built-in server-class Intel® LAN, as well as ASUS-developed highlights such as Xtreme Phase power delivery and EPU energy consumption optimization. The new board ships with the ASUS “24X24” pledge, meaning 24-hour non-stop operation and 24-month guaranteed market availability to reduce costs due to involuntary product replacement.
Flexible multi-GPU configuration
A dedicated expansion slot controller ensures increased bandwidth availability for each connected graphics card, hence the P6X58-E WS supports up to 3-way NVIDIA® SLI™, with each of the triple PCI-E channels working at full X16 speeds. For AMD CrossFireX™, the P6X58-E WS offers up to quad-GPU arrangements, with each PCI-E channel working in X16.
This graphics flexibility and capacity aims to serve the needs of workstation users who require advanced graphics processing capabilities for professional ventures, including computer-aided design, graphics rendering, high definition video editing, animation, engineering and modeling.
SATA 6Gb/s and USB 3.0
The P6X58-E WS represents the first appearance of SATA 6Gb/s and USB 3.0 data transfer standards on an Intel® X58-based workstation motherboard. USB 3.0 works up to ten times faster than USB 2.0, offering significant time savings when handling large amounts of data. SATA 6Gb/s likewise doubles the throughput of SATA 3Gb/s, expediting transfer rates and creating a more reliable and efficient work environment.
Dual server-class Intel® Gigabit LAN
Two hardware-accelerated Intel® Gigabit LAN ports double the connection bandwidth available to users, while at the same time reducing CPU utilization. The implementation by ASUS of server-grade Intel® LAN reduces CPU load in half when compared with competing workstation motherboards by carrying out net-related calculations off the main processor. As a consequence, connections become faster and more stable, featuring reduced packet loss and lower latency. Users also benefit from an overall faster system, as greater CPU resources remain free to tackle other tasks. These accelerated Gigabit ports support dedicated server operating systems as well as VMWare® virtualization for increased functionality and efficiency on streamlined hardware.