This article details how to run both human-machine interfaces (HMI) and a real-time controller in industrial setting on single platform based on Intel® Atom™ Processor E6xx series.

The Intel® Atom™ Processor E6xx series delivers I/O flexibility, scalable performance, and low cost. Find the HW, SW, and tools for it offered by the Intel® Embedded Alliance.

Find the new generation of industrial computers with advanced features and the ability to withstand harsh industrial conditions based on Intel® Atom™ Processor E6xx Series.

This document provides the overview of the Intel® Atom™ processor-based industrial reference platform and the associated tutorials as offered on Remote Labs.

Version:  002 : October 2010

This document provides the overview of the Intel® Atom™ processor-based industrial reference platform and the associated tutorials as offered on Remote Labs.

Version:  002DE : December 2010

Guangzhou Zhiyuan Electronics designed the Intel® Atom™ processor into its latest Industrial PC, the EPCM-500, that features high efficiency, flexibility, stability and reliability.

Version:  001 : January 2009

Groundbreaking robot controller with industry leading safety enabled with multi-core technology.

Version:  001 : July 2010

By converting to Intel® architecture, OMRON Corporation promotes scalability and energy efficient performance for its newly designed PLC.

Version:  001 : January 2011

This paper demonstrates the potential of Intel® Architecture in real-time embedded systems applications with an example of a robot capable of playing the paper/scissors/rock game.

Learn how Siemens* flexible, small, and rugged microbox industrial PC offers maximum flexibility in industrial automation.

Version:  001 : May 2009

Two engineers provide an objective evaluation of the Remote Lab for an Intel® Atom™ processor-based industrial reference platform.

Version:  001 : October 2010

Meet the demands of energy efficiency, cost savings and reduced emissions with Intel's technologies, product roadmaps and vision for a greener future.

Version:  001 : January 2009

Open control design using Intel® Atom™ processors with power and cost for the control level in factory automation.

Version:  001 : July 2009

The Intel® industrial control reference design is based on an easy-to-use platform, comprising hardware and software components from industrial market leaders.

File Type/Size:  PDF 309KB

Version:  003 : November 2010

Siemens*, Microsoft* and Intel teamed up to present the production line of the future supporting the smart connected digital factory proof of concept.

Hexapod robot designed at the Robotics and Neural Systems Laboratory (RNSL) at the University of Arizona.

File Type/Size:  PDF 2,105KB

Version:  May 2009

A Converged Access Platform (CAP) is a device that enables IP telephony, analog telephone and internet connectivity on a single network.

Rugged, small form factor, fanless design featuring Intel® Atom™ processor.

Version:  001 : January 2009

Consolidate software, increase real time performance, and optimize performance and power consumption for industrial computing applications.

Version:  001 : August 2009

COM Express* module build with ultra-low power, industrial temperature Intel® Atom™ processor—including a real time OS and a general-purpose OS.

Version:  001 : November 2009

Learn how designing processors, based on Intel® Core™ Microarchitecture, make an impact for a broad range of demanding embedded application environments.

Version:  001 : March 2009

Microsoft Windows* Embedded CE operating system and low-power Intel® Atom™ processor deliver cost-effective, real-time performance for industrial control applications.

Version:  001 : April 2009

The global nature of our economy is affecting the industrial automation industry. Along with increasing automation complexity, trends suggest vendors need new and more agile processes now.

Version:  001 : August 2011

Embedded connectivity in manufacturing applications enables the rapid introduction of compute solutions to meet the industrial sector's ever evolving needs.

Version:  1 : May 2011

Dave Illar Product Manager at EuroTech* showcased Catalyst Module XL* development kit based on Intel® Atom™ processor at Embedded World 2009.

Version:  001 : June 2010

The details found in this complete industrial development platform allow designers to customize their board to exacting needs, with the flexibility to upgrade to a next generation CPU.

Version:  001 : June 2010

It provides an overview of the Intel® Embedded Development Board 1-N450 and showcases hexapod robot as one of the applications that can be built using an Intel® Atom™ processor.

Version:  001 : September 2010

Increased automation with connected intelligence maximizes production efficiency.

Version:  1 : December 2010

A demonstration that shows how Atom can be used for real-time capability as it applies in the industrial environment.

Version:  1 : November 2011

A recognized authority on connected computing, Dr. Reiher explains why embedded security has become a pivotal issue for embedded OEMs and developers.

Version:  1 : April 2011

Video demo of Hexapod robot designed at the Robotics and Neural Systems Laboratory (RNSL) at the University of Arizona.

Version:  001 : December 2009

Learn more on how Intel® Architecture is deployed for industrial factory automation uses such as robots, human machine interfaces, programmable logic controller (PLC) and vision systems.

Version:  1 : December 2010

Kuka uses Intel® Embedded products for improved, intelligent industrial automation platforms.

Version:  1 : December 2010

Live at Embedded World 2010, the Intel® single quad-core processor puts on a show, running four applications to play Guitar Hero* flawlessly, accompanied by drums and graphics display.

Version:  001 : June 2010

See the power of multi-core technology and virtualization at work, using the innovative Rockbot application.

Version:  1 : December 2010

Get details for PC-based Automation with highest performance and how Siemens has implemented Intel® Core™ processors into SIMATIC IPCs and PGs.

Version:  001 : December 2010

"The Institute for Automation & Industrial IT at Cologne University of Applied Sciences, Intel and Computacenter are developing pioneering solutions for smart IT infrastructure."