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Open control platform design approach provides the benefits of IA-32 open architectures, meets industrial power and cost needs.
White Paper: Utility infrastructure multi-zone protection and situational awareness simplify endpoint management for lower support costs.
Reference design details for the hexapod robot, evaluating Q-learning and learned-walking, include an interactive block diagram and specifications.
Industrial control system reference design details include a block diagram and specifications for developing industrial automation devices, software.
Multi-core virtualized industrial control systems reference design details include an overview, a block diagram, and specifications.
Industrial reference platform lets designers customize their board, develop industrial applications, and flexibly upgrade to a next-generation CPU.
Case Study: Guangzhou Zhiyuan high-performance embedded industrial PC uses Intel® Atom™ processors for better control of factory floor equipment.
Intel® technologies enable energy-efficient industrial control solutions to meet energy efficiency, cost savings, and reduced emissions demands.
KUKA uses Intel® embedded products for improved, intelligent industrial automation platforms that can control a broad range of industrial robots.
UCLA’s Peter Reiher explains why embedded industrial security has become a pivotal issue in operational and factory control.
Solution Brief: Automation maker B&R powers its industrial PCs on Intel® Core™ processors for reliability, performance, and long-term availability.
Demo highlighting the scalability of multi-core Atom products reveals how Atom can be used real-time in the industrial environment.
Live at Embedded World 2010, the Intel® single quad-core processor puts on a show, running four applications to play Guitar Hero*.
Industrial automation technology built on Intel® architecture brings energy efficiency, safety, productivity, connectivity to the factory.
Brief: Altair uses Intel® Software Development Products to solve a crash simulation with more than 1 million elements in less than five minutes.
Microsoft Windows* Embedded CE operating system and low-power Intel® Atom™ processor deliver cost-effective, real-time performance.
Increased automation with connected intelligence maximizes production efficiency.
Create seamless, secure factory solutions that turn real-time data into business knowledge with Intel®-based Intelligent Systems.
Study: Pilz selects the Intel® Atom™ processor E6xx series to enable embedded processing and flexibility of standard and user-defined I/O interfaces.
PCI Express* I/O reference design details include a block diagram and specs and feature the Intel® Atom™ processor Z510 and FPGA development board.
Features Black Sand applications built using Intel® Embedded Development Board 1-N450 including a student-built hexapod robot.
Watch the innovative RockBot* application demo run four applications on a single industrial controller with multi-core technology and virtualization.