Industrial Embedded Computing Platforms Overview

Intel® architecture unifies industries

Industrial computing platforms from Intel provide the means to overcome fragmentation that can result from solutions based on incompatible architectures.

A single implementation across multiple sub-segments requires systems from a wide variety of providers. For example, a highly automated factory requires seamless integration of different sub-systems such as programmable controllers, testing systems, machine vision, and back-end IT infrastructure. If those components are based on incompatible hardware and software platforms, the overall complexity and expense of the solution can escalate dramatically.

The fact that multiple use cases exist within each sub-segment makes the compatibility provided by Intel® architecture even more valuable. For example, test and measurement includes such devices and technologies as oscilloscopes, signal generators, spectrum analyzers, and more. Smooth inter-operation helps ensure scalability and software re–use.

In addition to innovations in performance, cost-effectiveness, and energy efficiency, the unmatched ecosystem that surrounds Intel architecture drives revolutionary improvements in efficiency and productivity, across industrial sub-segments.

Test and measurement instrumentation	Real-time performance management and monitoring for product testing and data gathering.
Human-machine interfaces	Sophisticated functionality to enhance ease of use, localization, and responsiveness.
Industrial PCs	Ruggedized platforms that can withstand extremes of temperature, shock, and vibration.
Industrial automation	Implementations like programmable controllers and computer numerical control equipment.
Transportation	Systems to support sophisticated engine control, transmission, and braking for highest safety standards.
Building automation	The means to efficiently control systems from climate control to security and lighting.