Motherboard Mechanical Layout Tool provides relative mechanical shock risk information regarding chipset or platform controller hub placement.
Design a better board by reducing the risk from mechanical shocks using the Motherboard Mechanical Layout Tool to provide predicted relative mechanical shock risk information regarding placement of the chipset or platform controller hub.
Case Study: Gneis improves server performance and lowers costs with Intel® Xeon® processor E5 RISC migration for Bankinter’s business applications.
Case Study: Gneis switches Bankinter’s mission-critical applications to Intel® Xeon® processor E5 family-based servers running Linux* in RISC migration to improve performance and lower costs.
Powered by Intel® Celeron® processor, the Intel® NUC Board DCP847SKE provides customizable computing system for a range of applications.
Powered by the Intel® Celeron® processor, Intel® NUC Board DCP847SKE provides a customizable computing system for a range of applications, including home PCs and digital signage.
Designed for cost-effective execution, the Intel® Server Board S1600JP is perfect for applications requiring powerful, reliable server solutions.
The Intel® Server Board S1600JP supports the Intel® Xeon® processor E5-2600/E5-1600 product family with single-socket performance and memory capacity, 8 DIMMs, in a custom (6.8”W x 13.8”L) high density form factor for convenient 1U rack deployment.