Video: Intelligent factories use Intel® IoT Gateways and Intel® Quark™ SoC to solve security and legacy infrastructure key challenges. (Oct. 2014)
Video: Describes the intelligent factory and the key benefits of using the Intel® Quark™ SoC X1000 in automated industrial systems. (Oct. 2014)Vista completa >
Reviews corner glue use as a component to reduce soldering joint strain, material selection criteria, and demonstrates proper application techniques.
Intel’s ESD prevention methods prevent costly damage to electronic devices; overview provides device models, theory, and case studies.
Package-on-package device rework demos developing a thermal reflow profile, PCB pad site dress and cleaning, and new component preparation.
Demonstrates guidelines for package-on-package device rework, including developing a thermal reflow profile, PCB pad site dress and cleaning, and new component preparation.Vista completa >
Intel’s manufacturing organization, encompassing water fab, assembly, testing, boards, and outsourcing; locations, processes, certification.
Learn about Intel’s manufacturing organization, encompassing water fabrication, assembly, high-volume testing, board manufacturing, and outsourcing; includes factory locations, processes, and certification.
Intel® IoT Gateway and sensors with SAP software provide real-time, actionable data at the edge, even without a WAN connection.
Intel® IoT and other sensors feed data to Intel IoT Gateways running SAP software to provide real-time, actionable data at the edge and in the cloud or data center.
Solution Brief: Intel and its partners demonstrate how smart manufacturing IoT solutions reduce operating expenses and increase revenue.
Solution Brief: Hannover Messe, Intel and its solution partners demonstrate how smart manufacturing IoT solutions like asset solutions built on Intel® processor based platforms reduce operating expenses and increase revenue.
Complex silicon designs with large memory and compute requirements run efficiently and cost-effectively on servers with SSD swap drives.
Silicon chip designers are working on more complex designs that have considerable memory and compute requirements. Servers with SSD swap drives are a cost-effective, high-performance server platform for EDA applications.