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Embedded connectivity in manufacturing applications enables the rapid introduction of compute solutions to meet the sector's ever evolving needs.
Industrial reference platform lets designers customize their board, develop industrial applications, and flexibly upgrade to a next-generation CPU.
Industrial reference platform lets designers customize their board, develop industrial applications, and flexibly upgrade to a next-generation CPU.
Features Black Sand applications built using Intel® Embedded Development Board 1-N450 including a student-built hexapod robot.
Case Study: Guangzhou Zhiyuan high-performance embedded industrial PC uses Intel® Atom™ processors for better control of factory floor equipment.
Demo highlighting the scalability of multi-core Atom products reveals how Atom can be used real-time in the industrial environment.
UCLA’s Peter Reiher explains why embedded industrial security has become a pivotal issue in operational and factory control.
Learn more about how Intel® Architecture is deployed for industrial factory automation uses such as robots, human machine interfaces, and others.
Microsoft Windows* Embedded CE operating system and low-power Intel® Atom™ processor deliver cost-effective, real-time performance.
Solution Brief: Siemens flexible, small, and rugged microbox industrial PC* offers maximum performance in industrial automation.
Hexapod robot designed at the Robotics and Neural Systems Laboratory (RNSL) at the University of Arizona.
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.
Intel® technology uses real-time motion control to stabilize an inverted pendulum, a function with applications in industrial processes and robotics.
Equipment manufacturer changes platform architecture to deliver a high-performance controller
Brief: Altair uses Intel® Software Development Products to solve a crash simulation with more than 1 million elements in less than five minutes.
Senses-provoking demo shows how Atom as industrial controller can be used for real-time capability in the industrial environment.
Automation analyst Jim Pinot writes how tech trends are shifting manufacturing to standards-based architectures and seamless connectivity.
Increased automation with connected intelligence maximizes production efficiency.
White Paper: IT infrastructure technologies support smart factories with automated meshing of production and business processes and wireless control.
Solution Brief: Automation maker B&R powers its industrial PCs on Intel® Core™ processors for reliability, performance, and long-term availability.
Intel® technologies enable energy-efficient industrial control solutions to meet energy efficiency, cost savings, and reduced emissions demands.
Watch the innovative RockBot* application demo run four applications on a single industrial controller with multi-core technology and virtualization.
Case Study: KUKA releases its first PC-based robot controller featuring Intel® multi-core technology, raising the bar on industrial safety.
KUKA uses Intel® embedded products for improved, intelligent industrial automation platforms that can control a broad range of industrial robots.