Case Study: ARBOR Technology Incorporated meets an automaker's needs for a robust, flexible computing infrastructure that can operate in harsh conditions with the TOKIN* series industrial panel PC based on Intel® architecture. (v.1, Feb. 2014)
White Paper: Intel’s development strategy ensures reliable embedded systems that use investment-grade components, such as multi-feature Intel® processors, Wind River real-time operating systems, and McAfee security technology. (v.1, Jan. 2013)
Support: Intel® SCS 110 K (v.1, Apr. 2014)
Omron is enhancing manufacturing sites via parallel processing of large-scale, high-precision motion and information controls. (v.1, May 2015)
The Omron Sysmac Machine Automation Controller* NX7 with a built-in Intel® Core™ i7 Processor simultaneously performs large-scale, high-speed, high-precision motion control and ultrafast data processing. (v.1, May 2015)
Brief: Describes how NEXCOM controllers based on Intel® processors perform precise robotics and run essential industrial application software.
Solution Brief: Describes several robotics use cases and corresponding proven designs that use NEXCOM controllers based on Intel® processors to perform precise robotics control and run essential industrial application software.
Case Study: Moxa brings intelligent system performance to oil spill detection and mission-critical operations with rugged marine computers.
Case Study: Moxa MC-5150* embedded marine computers and MPC-2240* marine panel computers bring intelligent system performance and reliability to oil spill detection and mission-critical operations in harsh marine environments.
Case study: Formosa Plastics deploys an Intel® architecture-based standardized distributed control system, boosting efficiency and reducing TCO.
Case study: Petrochemical manufacturer Formosa Plastics deploys a standardized distributed control system on NEXCOM and Intel® architecture, boosting operational and maintenance efficiency while eliminating overhead and reducing TCO.
White Paper: Use Intel® Virtualization Technology on Intel® Core™ vPro™ processors to consolidate industrial devices, helping reduce complexity.
White Paper: Describes how to use Intel® Virtualization Technology running on Intel® Core™ vPro™ processors to consolidate industrial automation computing devices, helping manufacturers reduce costs and complexity on the factory floor.
Intel® architecture and technologies for the Internet of Things drive a new industrial revolution by integrating end-to-end intelligence and more.
See how Intel® architecture and technologies for the Internet of Things drive a new industrial revolution by integrating end-to-end intelligence, extracting new insights from data, optimizing and securing operations, and enabling new services.Full View >